INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Ala
ACC      euk-Ala-r2-031616
STATES   230
NODES    61
CLEN     72
W        624
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 05:42:02 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ala-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Ala-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ala-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ala-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ala-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ala-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ala-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     2222
EFFN     2222.000000
CKSUM    1304273726
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -12.9881 0.71881
ECMLC    0.67436    -7.64628     1.67243     1600000      643238  0.001866
ECMGC    0.33350   -44.66971   -32.47775     1600000       23329  0.017146
ECMLI    0.67259    -7.10970     2.11627     1600000      594458  0.002019
ECMGI    0.35281   -41.69919   -30.17506     1600000       23325  0.017149
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   624  1302 -16.045 -17.290  -0.023  -5.981                 
    IL     1     1 2     1     4    26    51   626  1304  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    27    52   627  1304  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    185 - A - -
    MR     3     2 3     5     5    32    53   625  1303  -5.358  -0.036 -15.886 -16.098 -16.989          1.803 -4.797 -1.478 -3.116 
     D     4     2 3     5     5    23    46   622  1300 -10.721  -5.707  -8.348  -9.779  -0.035         
    IR     5     5 3     5     5    32    54   627  1305  -0.595  -1.569 -12.625 -10.792 -11.898          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    181 G C - -
    MP     6     5 3    10     6    31    52   624  1302 -17.001 -16.940  -0.000 -15.717 -11.799 -16.392 -2.374 -4.399 -1.327 -3.514 -7.471 -5.029 -1.030 -11.475 -3.376  3.805 -5.995 -2.802 -1.174 -4.343 -5.614 -9.751 
    ML     7     5 3    10     6    24    46   622  1300  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    25    48   623  1300  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    23    46   622  1300 -15.072 -13.770  -9.567 -10.249 -10.267  -0.004 
    IL    10    10 5    10     6    26    49   624  1301  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    26    50   623  1301  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    180 G C - -
    MP    12    11 6    16     6    29    50   622  1300 -17.001 -16.940  -0.038  -9.740  -5.314 -16.391 -6.236 -1.127 -7.219 -5.990 -5.004 -3.286  0.410 -6.035 -4.739  3.712 -7.093 -1.322 -1.784 -2.460 -7.286 -7.856 
    ML    13    11 6    16     6    23    44   620  1298  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    23    46   621  1299  -7.778  -6.507  -0.715  -6.485  -1.619  -4.699 -0.408  0.905 -1.144 -0.119 
     D    15    11 6    16     6    23    46   622  1300 -15.072  -0.041  -9.567 -10.249 -10.267  -5.329 
    IL    16    16 5    16     6    23    46   622  1299  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    27    50   622  1300  -1.460  -0.658 -11.098  -9.265 -10.371          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    177 G U - -
    MP    18    17 6    22     6    28    49   620  1298  -6.199 -16.925  -0.020 -15.702 -15.981 -16.376 -4.609 -6.957 -4.198 -0.582 -7.986 -11.384 -1.900 -10.606 -1.295  0.833 -2.652  3.536 -2.032 -10.644 -0.511 -4.079 
    ML    19    17 6    22     6    22    43   618  1295  -8.463  -8.809  -1.927  -0.482  -8.659  -6.188 -0.673 -1.041 -0.534  1.135 
    MR    20    17 6    22     6    24    45   620  1298 -13.117 -11.846  -7.754 -11.824  -0.009 -10.037  1.987 -7.619 -7.099 -5.424 
     D    21    17 6    22     6    19    41   615  1293  -9.909  -8.608  -4.405  -5.087  -5.104  -0.167 
    IL    22    22 5    22     6    26    48   620  1298  -1.015  -8.838  -0.996 -10.493 -11.270 -10.930  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    23    46   620  1297  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      6    176 G C - -
    MP    24    23 6    28     6    26    47   618  1296 -16.986 -16.925  -0.006  -7.977 -15.982 -16.377 -7.357 -4.645 -6.617 -1.306 -4.938 -7.330  2.170 -4.802 -6.437  3.388 -11.455 -2.005 -2.162 -6.992 -8.969 -9.736 
    ML    25    23 6    28     6    21    42   616  1294  -8.184  -8.530  -3.244  -0.203  -8.380  -5.909 -1.604 -2.827  1.729 -2.214 
    MR    26    23 6    28     6    23    44   619  1297 -13.117 -11.846  -6.632 -11.824  -0.017 -10.037 -7.364  1.992 -7.834 -6.397 
     D    27    23 6    28     6    19    41   615  1293  -9.909  -8.608  -1.010  -5.087  -5.104  -1.180 
    IL    28    28 5    28     6    22    44   618  1295  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    22    45   618  1295  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      7    175 a u - -
    MP    30    29 6    34     6    24    45   616  1294 -16.981 -16.920  -0.001 -10.693 -15.976 -16.372 -4.869 -1.596 -7.591  2.458 -9.939 -5.591  0.232 -7.413 -4.633  2.447 -8.526  0.365  0.902 -3.013 -2.960 -5.019 
    ML    31    29 6    34     6    20    41   615  1292 -10.267 -10.613  -1.474  -5.021 -10.463  -0.720  1.968 -5.391 -4.825 -5.080 
    MR    32    29 6    34     6    22    43   618  1296 -13.109 -11.838  -7.746 -11.816  -0.009 -10.029 -8.026 -7.202 -9.058  1.995 
     D    33    29 6    34     6    19    40   613  1291  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    22    43   616  1294  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    22    43   616  1294  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      8    174 U A - -
    MP    36    35 6    40     6    22    43   614  1292 -16.983 -16.922  -0.010  -8.208 -15.978  -8.132 -5.115 -5.904 -8.531  1.247 -5.506 -6.356 -0.414 -7.091 -7.776  0.510 -9.166 -2.294  3.001 -3.942  0.249  0.921 
    ML    37    35 6    40     6    21    42   614  1292  -7.748  -8.094  -0.342  -2.503  -7.944  -5.473 -0.994 -1.082 -1.696  1.442 
    MR    38    35 6    40     6    21    42   617  1295 -13.109 -11.838  -7.746 -11.816  -0.009 -10.029  1.994 -7.993 -7.266 -7.402 
     D    39    35 6    40     6    19    40   613  1291 -12.796 -11.495  -7.292  -7.974  -7.991  -0.021 
    IL    40    40 5    40     6    21    42   614  1292  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    21    42   614  1292  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      9    173 G C - -
    MP    42    41 6    46     4    20    41   612  1290  -7.881  -5.534  -0.038 -14.821                 -6.326 -2.703 -10.758  1.491 -6.619 -11.353 -2.526 -6.601 -7.103  3.305 -7.963 -0.656  1.164 -6.976 -6.613 -4.626 
    ML    43    41 6    46     4    20    41   615  1293  -0.160  -7.081  -3.647  -5.811                  1.949 -4.727 -4.186 -4.445 
    MR    44    41 6    46     4    20    41   616  1294  -0.017 -10.161  -8.028  -7.089                 -7.355  1.992 -7.824 -6.388 
     D    45    41 6    46     4    19    40   613  1291  -1.147  -0.962  -6.956  -5.210                 
    IL    46    46 5    46     4    20    41   615  1293  -0.404  -5.119  -2.213 -13.495                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    19    40   612  1289  -2.167  -0.365  -9.800                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     15      - U - - -
    ML    48    47 6    50     3    18    39   610  1288 -17.160  -0.000 -15.814                         -10.849 -5.867 -6.451  1.989 
     D    49    47 6    50     3    16    37   609  1287  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    18    39   611  1289  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     16      - A - - -
    ML    51    50 3    53     2    17    38   609  1287 -17.816  -0.000                                  1.429 -12.001  0.370 -6.090 
     D    52    50 3    53     2    16    37   608  1286  -8.445  -0.004                                 
    IL    53    53 3    53     2    17    38   610  1288  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    16    37   608  1286                                                 
                                             [ BEGR   42 ]      -      - - - - -
     S    55    54 1    56     3     0     3   204   448 -17.160  -0.000 -15.814                         
    IL    56    56 2    56     3     1     4   205   448  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   43 ]    124      - A - - -
    ML    57    56 2    59     3     1     3   204   448  -7.224  -0.104  -3.998                          1.745 -3.291 -3.881 -1.068 
     D    58    56 2    59     3     0     1   189   433  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   205   448  -4.778  -0.062  -7.478                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    126      - G - - -
    ML    60    59 3    62     3     1     2   204   447  -3.383  -0.145 -15.721                         -3.195 -6.019  1.816 -1.501 
     D    61    59 3    62     3     0     1   100   344 -14.585  -0.003  -8.976                         
    IL    62    62 3    62     3     1     5   234   477  -0.109  -3.780 -14.864                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    145      - G - - -
    ML    63    62 3    65     3     1     1    27    46  -7.250  -0.043  -5.449                         -1.552 -6.661  1.857 -5.274 
     D    64    62 3    65     3     0     0    26    45  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     2    27    46  -4.754  -0.063  -7.454                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    147      - U - - -
    ML    66    65 3    68     3     1     2    26    45 -17.127  -0.000 -15.781                         -1.931 -0.320 -4.249  1.528 
     D    67    65 3    68     3     0     0    26    45 -13.141  -0.008  -7.532                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    148      - C - - -
    ML    69    68 3    71     5     1     2    25    44 -16.093  -0.000 -15.909 -16.121 -17.012         -1.353  1.771 -3.710 -3.081 
     D    70    68 3    71     5     0     0    25    43  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    27    44  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    149    170 C G - -
    MP    72    71 3    76     6     2     2    24    43  -7.050 -16.963  -0.011 -15.740 -16.019 -16.414 -11.205 -4.349 -4.454 -0.570 -4.711 -7.321  3.414 -6.620 -11.096  1.534 -7.951 -2.669 -0.273 -4.704 -0.761 -8.587 
    ML    73    71 3    76     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    24    42  -6.818  -7.080  -0.032  -8.736  -9.512  -9.172  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    25    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    151    169 u a - -
    MP    78    77 6    82     6     2     2    22    41  -7.008 -16.963  -0.011 -13.456 -16.019 -16.414 -6.611 -7.451 -5.935 -0.379 -4.411 -7.287  2.573 -6.880 -8.529  0.093 -10.107 -1.780  2.770 -4.052 -0.158 -4.434 
    ML    79    77 6    82     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    22    40  -6.857  -7.120  -0.031  -8.775  -9.552  -9.212  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    153    168 G C - -
    MP    84    83 6    88     6     2     2    20    39 -17.024 -16.963  -0.000 -15.740 -13.216 -16.414 -4.934 -3.551 -10.809 -0.822 -11.940 -9.188  1.152 -9.002 -11.247  3.638 -6.187 -1.027 -7.271 -8.664 -9.013 -3.008 
    ML    85    83 6    88     6     1     1    24    43  -6.545  -6.891  -1.606  -0.758  -6.741  -4.271  0.166 -0.708  0.475 -0.191 
    MR    86    83 6    88     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    154    167 G C - -
    MP    90    89 6    94     6     2     2    18    37 -17.024 -16.963  -0.000 -15.739 -16.019 -16.414 -10.990 -3.957 -7.856 -1.332 -11.939 -7.044 -0.417 -11.498 -4.965  3.841 -11.492 -2.451 -2.609 -5.448 -4.584 -9.773 
    ML    91    89 6    94     6     1     1    24    42  -6.545  -6.891  -0.961  -1.300  -6.741  -4.271  0.166 -0.708  0.475 -0.191 
    MR    92    89 6    94     6     1     1    23    42  -7.311  -6.040  -1.121  -6.018  -1.152  -4.232  0.001  0.372 -0.694  0.121 
     D    93    89 6    94     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    155    166 G C - -
    MP    96    95 6   100     4     2     2    16    35 -16.251 -16.458  -0.001 -11.309                 -15.004 -11.579 -17.580 -4.853 -16.610 -5.183 -10.883 -16.922 -5.321  3.969 -5.190 -3.828 -2.879 -6.174 -13.343 -16.824 
    ML    97    95 6   100     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    156      - U - - -
    ML   102   101 6   104     3     1     1    13    31  -7.055  -0.011 -15.814                         -1.550 -6.938 -6.818  1.865 
     D   103   101 6   104     3     0     0    16    35  -7.738  -0.383  -2.130                         
    IL   104   104 3   104     3     1     1    14    32  -4.931  -0.056  -7.631                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    158      - U - - -
    ML   105   104 3   107     3     1     1    12    30 -17.160  -0.000 -15.814                         -6.605 -4.020 -11.341  1.974 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    159      - C - - -
    ML   108   107 3   110     3     1     1    10    29 -17.160  -0.000 -15.814                         -11.220  1.969 -6.259 -3.792 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    160      - G - - -
    ML   111   110 3   113     3     1     1     9    27 -17.160  -0.000 -15.814                          0.574 -6.043  1.311 -6.137 
     D   112   110 3   113     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    161      - A - - -
    ML   114   113 3   116     3     1     1     7    13  -7.183  -0.010 -15.814                          1.974 -6.667 -4.207 -6.982 
     D   115   113 3   116     3     0     0     6    12  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1     8    13  -4.815  -0.060  -7.515                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    163      - U - - -
    ML   117   116 3   119     3     1     1     6    11  -7.122  -0.011 -10.390                         -1.197 -2.180 -4.197  1.718 
     D   118   116 3   119     3     0     0     5    10  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1     6    12  -4.870  -0.058  -7.570                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    165      - c - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -3.328  0.926 -1.966  0.803 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     0    15   585  1262   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   173     0    15   585  1262                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     0    23    41  -0.000 -15.153 -14.560 -15.200                 
                                             [ MATP   15 ]     17     36 G C - -
    MP   127   126 1   131     6     2     2    23    41 -17.024 -16.963  -0.000 -15.740 -16.019 -16.414 -12.449 -5.334 -12.454 -3.880 -13.898 -13.421 -4.771 -12.839 -3.954  3.470 -5.550  2.159 -9.230 -5.850 -5.323 -2.382 
    ML   128   126 1   131     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    25    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     18     35 C G - -
    MP   133   132 6   137     6     2     2    21    39 -17.024 -16.963  -0.000 -15.740 -16.019 -16.414 -14.039 -14.298 -5.182 -4.480 -5.149 -13.530  3.546 -12.645 -13.473 -4.182 -13.601 -12.650  1.987 -13.884 -2.324 -12.273 
    ML   134   132 6   137     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    23    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     19     34 U A - -
    MP   139   138 6   143     6     2     2    19    37 -17.024  -6.522  -0.016 -15.740 -16.019 -16.414 -6.242 -5.176 -11.322  0.337 -5.823 -12.166  1.127 -10.840 -7.902 -0.181 -11.693 -8.589  3.516 -7.543 -2.866 -5.562 
    ML   140   138 6   143     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    19    38  -6.466  -0.025  -9.977  -8.145  -9.250          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     20     32 C G - -
    MP   145   144 6   149     4     2     2    17    35 -16.251 -16.458  -0.000 -14.872                 -14.080 -14.362 -13.397 -10.598 -1.684 -4.105  3.334 -6.817  0.267 -10.570 -6.242 -12.766 -4.413 -13.914 -1.174  1.937 
    ML   146   144 6   149     4     1     1    24    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    24    42  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    23    41  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    25    44  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    24    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     21      - A - - -
    ML   151   150 6   153     3     1     1    14    32  -6.736  -0.014 -15.814                          1.992 -12.955 -6.599 -6.524 
     D   152   150 6   153     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    14    33  -5.224  -0.045  -7.924                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     23      - G - - -
    ML   154   153 3   156     3     1     1    13    31 -17.160  -0.000 -15.814                         -1.985 -4.958  1.865 -3.784 
     D   155   153 3   156     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    22    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     24      - U - - -
    ML   157   156 3   159     3     1     1    11    29  -1.914  -0.445 -15.814                         -1.693 -2.632 -1.710  1.689 
     D   158   156 3   159     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    11    29  -9.943  -0.002 -12.643                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     26      - G - - -
    ML   160   159 3   162     3     1     1    10    28 -17.160  -0.000 -15.814                         -5.938 -6.376  1.990 -12.425 
     D   161   159 3   162     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     27      - G - - -
    ML   163   162 3   165     3     1     1     9    26 -17.160  -0.000 -13.157                         -5.393 -6.522  1.984 -6.868 
     D   164   162 3   165     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     28      - U - - -
    ML   166   165 3   168     3     1     1     7    14  -2.693  -0.242 -15.814                         -4.970 -3.212 -4.634  1.934 
     D   167   165 3   168     3     0     0     5    12  -6.758  -0.888  -1.150                         
    IL   168   168 3   168     3     1     1     7    13  -4.267  -0.077 -11.941                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     31      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.942 -12.189 -5.371 -2.918 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    26 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   27 ]      -      - - - - -
     S   173   125 1   174     3     0     0   569  1247 -17.160  -0.000 -15.814                         
    IL   174   174 2   174     3     1     1   570  1248  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   28 ]     37      - G - - -
    ML   175   174 2   177     5     1     1   569  1247 -16.093  -0.000 -15.909 -16.121 -17.012         -0.443 -5.067  1.616 -2.557 
     D   176   174 2   177     5     0     0   566  1244  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1   569  1247  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   29 ]     38    123 C G - -
    MP   178   177 3   182     6     2     2   568  1246  -7.258 -16.963  -0.010 -15.740 -16.019 -16.414 -6.653 -13.303 -5.945 -6.023 -3.274 -5.292  3.145 -4.364 -5.532 -9.123 -5.068 -11.167  2.701 -6.423 -1.450 -11.708 
    ML   179   177 3   182     6     1     1   565  1243  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   565  1243  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0   558  1236  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   567  1245  -6.621  -6.884  -0.036  -8.539  -9.315  -8.976  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   567  1245  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     40    122 u a - -
    MP   184   183 6   188     6     2     2   566  1244 -17.024 -16.963  -0.000 -15.740 -16.019 -16.414 -6.312 -4.512 -7.402  1.346 -6.854 -2.961  0.988 -2.211 -5.790  1.237 -9.037 -2.160  2.916 -0.869 -3.076 -2.044 
    ML   185   183 6   188     6     1     1   563  1241  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 6   188     6     1     1   563  1241  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0   556  1234  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   565  1243  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   565  1243  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     41    121 c g - -
    MP   190   189 6   194     6     2     2   564  1242 -17.024 -16.963  -0.000 -15.740 -16.019 -16.414 -6.189 -11.023 -4.686 -6.849 -4.486 -12.166  2.793 -7.789 -6.431  0.606 -7.941 -6.420  2.718 -8.172 -2.398 -0.652 
    ML   191   189 6   194     6     1     1   561  1239  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1   562  1239  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0   555  1233  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   563  1241  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   563  1241  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     42    120 G C - -
    MP   196   195 6   200     6     2     2   562  1240 -17.024 -16.963  -0.019 -15.740  -6.233 -16.414 -10.992 -3.609 -10.811  0.515 -11.942 -11.407  0.824 -8.111 -5.024  3.056 -11.495  2.060 -7.273 -7.243 -2.637 -5.254 
    ML   197   195 6   200     6     1     1   559  1237  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   560  1238  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0   553  1231  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   561  1239  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   561  1239  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     43    119 C G - -
    MP   202   201 6   206     4     2     2   560  1238 -16.231 -16.438  -0.000 -14.852                 -12.742 -12.593 -4.655  0.808 -4.473 -13.023  3.719 -6.429 -12.456 -3.530 -5.895 -10.306 -0.662 -12.812 -2.036 -11.205 
    ML   203   201 6   206     4     1     1   558  1236  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     4     1     1   560  1238 -10.260  -0.031  -7.156  -6.217                  1.990 -7.116 -6.444 -6.612 
     D   205   201 6   206     4     0     0   551  1229  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   559  1237  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   559  1237  -5.700  -0.032  -8.400                          0.000  0.000  0.000  0.000 
                                             [ MATL   34 ]     44      - U - - -
    ML   208   207 6   210     3     1     1   558  1236 -17.160  -0.000 -15.814                         -5.872 -0.389 -6.980  1.683 
     D   209   207 6   210     3     0     0   548  1225  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   558  1235  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     45      - U - - -
    ML   211   210 3   213     3     1     1   557  1235 -17.160  -0.000 -15.814                         -5.854 -4.118 -5.247  1.963 
     D   212   210 3   213     3     0     0   542  1220  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   556  1234  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     46      - g - - -
    ML   214   213 3   216     3     1     1   556  1234 -17.160  -0.000 -15.814                         -0.018 -0.021  0.055 -0.018 
     D   215   213 3   216     3     0     0   533  1210  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   554  1232  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     47      - u - - -
    ML   217   216 3   219     3     1     1   555  1233  -3.520  -0.132 -15.814                          0.001 -0.001 -0.002  0.002 
     D   218   216 3   219     3     0     0   513  1191  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   552  1230  -8.345  -0.136  -3.520                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     49      - c - - -
    ML   220   219 3   222     3     1     1   554  1232 -17.149  -0.000 -15.803                         -0.119  0.309 -0.122 -0.118 
     D   221   219 3   222     3     0     0   378  1056 -11.577  -7.090  -0.011                         
    IL   222   222 3   222     3     1     1   551  1229  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     50      - A - - -
    ML   223   222 3   225     3     1     1   553  1231  -1.660  -0.549 -15.803                          1.950 -5.562 -3.441 -5.378 
     D   224   222 3   225     3     0     0   299   977 -11.577  -7.090  -0.011                         
    IL   225   225 3   225     3     1     1   595  1272  -0.039  -5.221 -18.105                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]    117      - U - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                 -0.323 -3.149 -5.962  1.619 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    41 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Ala
ACC   euk-Ala-r2-031616
LENG  72
MAXL  615
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 05:42:03 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ala-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Ala-r2-031616.sto
NSEQ  2222
EFFN  17.287327
CKSUM 1304273726
STATS LOCAL MSV       -8.2131  0.71881
STATS LOCAL VITERBI   -8.9798  0.71881
STATS LOCAL FORWARD   -3.7363  0.71881
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.55653  1.43841  1.21433  1.36680
          1.38629  1.38629  1.38629  1.38629
          0.01375  4.98660  4.98660  1.46634  0.26236  0.00000        *
      1   2.17368  2.76513  0.28302  2.66256      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01398  4.98660  4.95400  1.46634  0.26236  1.09861  0.40547
      2   2.25251  2.31974  0.31781  2.67618      2 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03570  4.98638  3.56687  1.46634  0.26236  1.07700  0.41645
      3   1.87441  2.17162  0.46862  2.23776      3 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02566  3.99264  4.97855  0.96087  0.48217  1.81403  0.17793
      4   2.29470  1.49954  0.49778  2.68686      6 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97855  4.97855  1.46634  0.26236  1.79685  0.18131
      5   1.20056  2.23995  0.82212  1.87726      7 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.01655  4.97884  4.65278  1.46634  0.26236  1.81120  0.17848
      6   1.71650  1.88121  1.83123  0.67790      8 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.01697  4.97618  4.61300  1.46634  0.26236  0.36750  1.17916
      7   1.62077  2.96262  0.48685  1.99501      9 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.04445  3.30435  4.99711  1.23549  0.34346  0.87168  0.54172
      8   3.99201  3.72565  4.31667  0.05753     15 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
      9   0.41087  4.49716  1.17101  4.15200     16 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     10   2.44644  3.17154  0.20431  2.87792     17 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     11   3.76306  0.39140  3.58746  1.29824     18 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     12   2.25206  1.55523  2.24250  0.54907     19 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     13   3.35417  0.53888  2.31246  1.26356     20 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     14   0.01936  5.40919  4.83281  4.99994     21 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02170  4.21810  5.00007  0.75140  0.63810  1.09861  0.40547
     15   2.49801  3.72483  0.15574  3.27415     23 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     16   2.35170  2.74351  2.54630  0.27171     24 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.27395  1.45717  5.00007  0.05689  2.89500  1.09861  0.40547
     17   4.41898  5.25307  0.02309  5.19476     26 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     18   4.24641  5.19407  0.02789  4.87402     27 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01365  5.00007  4.98848  1.46634  0.26236  1.09861  0.40547
     19   3.51338  3.08348  3.82293  0.10254     28 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.15704  1.97619  4.99999  0.14045  2.03233  1.09090  0.40934
     20   0.06322  4.40678  4.10923  3.42188     31 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     21   2.01239  3.29871  0.50831  1.47888     32 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02303  4.13322  5.00007  0.69834  0.68798  1.09861  0.40547
     22   0.60036  2.34952  1.44097  2.12635     34 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     23   1.38167  3.73455  0.36022  3.59600     35 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     24   3.25005  0.47911  2.94556  1.24021     36 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     25   1.69851  3.49765  0.32448  2.75084     37 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     26   2.92069  0.72639  2.64346  0.93818     38 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01923  4.39714  5.00007  0.87592  0.53868  1.09861  0.40547
     27   1.63957  1.62731  1.63134  0.88235     40 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     28   2.83620  0.92155  2.01330  0.89184     41 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     29   1.95280  2.21460  0.36888  2.85735     42 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02514  5.00007  4.01243  1.46634  0.26236  1.09861  0.40547
     30   2.11965  0.38134  2.80766  1.99047     43 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01372  4.98865  4.98865  1.46634  0.26236  0.55670  0.85120
     31   3.52572  1.75664  4.07561  0.24723     44 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     32   3.62776  3.31735  3.96133  0.08541     45 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     33   1.32439  1.47336  1.44400  1.31342     46 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     34   1.31607  1.46306  1.47379  1.30479     47 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.08478  2.59636  5.00007  0.17189  1.84563  1.09861  0.40547
     35   1.37127  1.29683  1.53883  1.35408     49 c - - _
          1.38629  1.38629  1.38629  1.38629
          0.02017  5.00007  4.32512  1.46634  0.26236  1.09861  0.40547
     36   0.06843  4.10787  3.45410  4.01266     50 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.33267  1.28659  4.99355  3.60716  0.02750  1.37724  0.29072
     37   1.72451  2.91450  3.66128  0.29866    117 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02531  4.00591  4.99355  0.62878  0.76195  0.70229  0.68409
     38   2.19298  2.97592  0.34773  2.03159    119 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     39   3.23470  0.66453  2.08621  1.13335    120 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     40   1.03276  2.11612  0.85233  2.33245    121 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     41   1.03174  1.64844  1.51907  1.45952    122 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     42   1.02703  2.83047  0.66619  2.66956    123 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     43   0.23193  3.03227  3.29519  2.10591    124 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.07528  4.38738  2.81204  0.86866  0.54389  1.09861  0.40547
     44   2.83418  3.77776  0.18552  2.43402    126 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.09998  2.43015  4.94525  2.58954  0.07802  0.20235  1.69723
     45   2.41593  4.23763  0.13459  3.80770    145 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03934  4.39564  3.64037  0.87480  0.53948  1.09861  0.40547
     46   2.43775  1.64616  3.39558  0.37639    147 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01384  4.98037  4.98037  1.46634  0.26236  0.41441  1.08096
     47   2.36677  0.21036  3.60196  2.67871    148 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     48   2.43066  0.61607  1.63294  1.73384    149 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02012  4.32912  5.00007  0.82648  0.57552  1.09861  0.40547
     49   2.38679  1.03350  2.04906  0.85930    151 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02031  4.31481  5.00007  0.81643  0.58341  1.09861  0.40547
     50   2.19818  2.07263  0.34477  2.90484    153 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01364  5.00007  4.98871  1.46634  0.26236  1.09861  0.40547
     51   2.27623  2.65151  0.26268  2.85079    154 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01357  4.99999  4.99999  1.46634  0.26236  1.09106  0.40926
     52   3.83039  4.67602  0.04718  4.19518    155 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01388  5.00007  4.95542  1.46634  0.26236  1.09861  0.40547
     53   2.45940  3.57230  4.09514  0.13953    156 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.33169  4.99976  0.82852  0.57394  1.06907  0.42057
     54   3.93349  3.43820  4.53733  0.06443    158 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     55   4.63234  0.04682  4.66826  3.62605    159 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     56   0.99875  3.97100  0.52900  3.74604    160 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     57   0.03903  4.69263  3.95328  4.61326    161 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01952  4.37427  5.00007  0.85900  0.55093  1.09861  0.40547
     58   2.20426  2.62923  3.50280  0.23899    163 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02042  4.35426  4.91195  0.84444  0.56177  1.09861  0.40547
     59   2.64608  0.81141  2.60654  0.88904    165 c - - _
          1.38629  1.38629  1.38629  1.38629
          0.01358  4.99945  4.99945  1.46634  0.26236  1.04074  0.43571
     60   4.23724  0.05864  4.55740  3.44137    166 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01363  5.00007  4.99114  1.46634  0.26236  1.09861  0.40547
     61   3.10448  0.30009  2.51394  2.01404    167 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00001  5.00001  1.46634  0.26236  1.10160  0.40398
     62   3.23435  0.40183  1.99963  1.85704    168 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00001  5.00001  1.46634  0.26236  1.09267  0.40845
     63   1.01471  2.22801  0.89074  2.12531    169 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01357  5.00007  5.00007  1.46634  0.26236  1.09861  0.40547
     64   2.04341  1.71347  0.53834  2.24002    170 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.04093  3.57642  4.41231  0.58914  0.80924  1.09861  0.40547
     65   2.09874  0.55529  2.80412  1.41502    173 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01414  4.99466  4.92509  1.46634  0.26236  0.98824  0.46558
     66   0.96379  1.97092  1.53188  1.33523    174 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.01508  4.99698  4.80293  1.46634  0.26236  1.17099  0.37115
     67   2.04743  0.95359  2.08585  1.01783    175 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.01362  4.99585  4.99585  1.46634  0.26236  0.88322  0.53350
     68   2.85610  0.55074  1.46993  1.99478    176 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01380  4.99915  4.96743  1.46634  0.26236  1.13506  0.38773
     69   2.34161  1.52529  1.88806  0.62567    177 U - - )
          1.38629  1.38629  1.38629  1.38629
          0.02707  3.91380  4.99893  1.83079  0.17470  1.01119  0.45222
     70   2.94582  0.33565  2.27500  2.04197    180 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01375  4.98660  4.98660  1.46634  0.26236  1.09861  0.40547
     71   2.72133  0.32136  2.44399  2.10177    181 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03500  3.59122  4.98654  1.16938  0.37187  1.09861  0.40547
     72   0.18674  3.52601  2.36432  3.05962    185 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00690  4.97969        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Arg
ACC      euk-Arg-r2-031616
STATES   233
NODES    62
CLEN     73
W        637
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 06:17:27 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Arg-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Arg-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Arg-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Arg-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Arg-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Arg-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Arg-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     2318
EFFN     2318.000000
CKSUM    482676187
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -13.3095 0.71878
ECMLC    0.69438    -6.46143     2.24874     1600000      508011  0.002362
ECMGC    0.33465   -45.51526   -33.22878     1600000       24418  0.016381
ECMLI    0.63248    -6.82896     2.59976     1600000      466749  0.002571
ECMGI    0.34057   -42.37032   -30.29373     1600000       24450  0.016360
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   637  1322 -16.106 -17.351  -0.000 -13.805                 
    IL     1     1 2     1     4    21    44   640  1324  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    21    46   640  1325  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    200 - g - -
    MR     3     2 3     5     5    30    54   639  1324  -5.606  -0.030 -15.969 -16.182 -17.073         -0.167 -6.273  0.854  0.366 
     D     4     2 3     5     5    18    40   636  1321  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    25    54   641  1326  -0.596  -1.568 -12.462 -10.630 -11.736          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    196 G C - -
    MP     6     5 3    10     6    30    53   638  1323 -17.085 -17.024  -0.000 -15.800 -16.080 -16.475 -8.325 -5.578 -10.869 -2.364 -11.999 -6.530 -0.827 -6.175 -8.005  3.369 -7.686  2.079 -0.733 -5.992 -9.073 -7.129 
    ML     7     5 3    10     6    20    42   635  1320  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    20    42   635  1319  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    18    38   629  1314  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    20    43   637  1321  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    20    44   637  1321  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    195 c g - -
    MP    12    11 6    16     6    29    51   636  1321 -17.085 -17.024  -0.001 -11.339 -16.080 -16.475 -8.559 -7.507 -9.133  0.592 -1.987 -12.208  2.856 -6.733 -9.032 -0.893 -7.482  2.343  0.228 -11.546 -2.486 -6.643 
    ML    13    11 6    16     6    20    42   634  1318  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    20    41   633  1318  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    18    38   628  1312  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    20    43   635  1319  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    20    43   635  1319  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    194 C G - -
    MP    18    17 6    22     6    27    49   634  1319 -17.084 -17.023  -0.001 -15.800 -10.527 -16.475 -11.422 -11.126 -6.654 -3.391 -6.156 -6.494  3.604 -8.081 -11.278  0.622 -11.788 -5.394  1.062 -11.603 -4.226 -9.997 
    ML    19    17 6    22     6    20    43   632  1317  -7.410  -7.756  -0.448  -2.165  -7.606  -5.136  1.410 -1.447 -1.168 -0.914 
    MR    20    17 6    22     6    20    41   631  1316  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    17    38   626  1311  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    20    43   633  1317  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    20    43   633  1317  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    193 C G - -
    MP    24    23 6    28     6    26    47   632  1317 -17.084 -17.023  -0.000 -12.861 -16.079 -16.474 -7.668 -11.082 -6.916 -3.024 -6.341 -8.470  3.275 -3.963 -11.239 -1.428 -7.740 -2.987  1.844 -11.564  1.006 -8.036 
    ML    25    23 6    28     6    19    41   630  1315  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    20    42   629  1314  -8.539  -7.268  -3.176  -0.588  -2.380  -5.459 -1.371  1.507 -2.179 -0.861 
     D    27    23 6    28     6    17    37   625  1310  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    20    42   631  1316  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    20    42   631  1315  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    192 c g - -
    MP    30    29 6    34     6    24    45   630  1315  -7.505  -7.272  -0.017 -15.799 -16.079 -16.474 -9.893 -7.271 -7.755  0.154 -4.461 -5.230  2.782 -5.873 -10.036  1.333 -10.589  1.353  0.804 -3.751 -0.342 -2.166 
    ML    31    29 6    34     6    20    42   629  1313  -8.103  -8.449  -0.261  -2.858  -8.299  -5.828 -0.339  1.078 -1.517 -0.418 
    MR    32    29 6    34     6    19    40   627  1312  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    17    37   624  1309  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    21    44   629  1314  -6.446  -6.709  -0.041  -8.364  -9.141  -8.801  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    21    44   629  1314  -5.827  -0.040  -9.338  -7.506  -8.612          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      7    190 c g - -
    MP    36    35 6    40     6    22    43   628  1313 -17.085 -17.024  -0.000 -12.808 -16.080 -16.475 -11.348 -8.814 -8.821  1.073 -6.769 -8.958  2.283 -6.077 -11.216  0.718 -11.730  1.683  1.800 -11.533 -2.890 -0.932 
    ML    37    35 6    40     6    19    40   626  1311  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    19    39   626  1310  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6    17    37   623  1308  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    19    41   627  1312  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    19    41   627  1312  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      8    189 G C - -
    MP    42    41 6    46     4    20    41   626  1311 -16.311 -16.518  -0.000 -14.933                 -11.050 -4.333 -10.869  0.870 -11.996 -7.517  0.519 -6.668 -1.527  3.338  0.279 -1.918 -1.039 -7.627 -2.041 -9.834 
    ML    43    41 6    46     4    18    39   625  1310  -4.141  -4.324  -0.372  -3.053                  0.011 -0.880  0.723 -0.325 
    MR    44    41 6    46     4    17    38   624  1309  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    16    37   623  1308  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    19    40   626  1310  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    19    40   625  1310  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      9      - U - - -
    ML    48    47 6    50     3    18    39   624  1309 -17.221  -0.000 -15.875                         -6.773 -6.531 -12.176  1.993 
     D    49    47 6    50     3    16    37   622  1307  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    18    39   624  1309  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     10      - G - - -
    ML    51    50 3    53     2    17    38   623  1308 -17.877  -0.000                                 -0.938 -6.597  1.789 -6.558 
     D    52    50 3    53     2    16    37   622  1307  -8.445  -0.004                                 
    IL    53    53 3    53     2    17    38   623  1308  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    16    37   622  1307                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     3   166   348 -17.221  -0.000 -15.875                         
    IL    56    56 2    56     3     1     5   168   351  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    128      - A - - -
    ML    57    56 2    59     3     1     3   166   348  -3.690  -0.261  -3.506                          1.446 -4.946 -0.931 -0.479 
     D    58    56 2    59     3     0     2   175   358  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     6   180   362  -0.159  -3.264 -14.196                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    141      - G - - -
    ML    60    59 3    62     3     1     2   154   337  -4.029  -0.091 -15.742                         -4.594 -3.387  1.935 -4.652 
     D    61    59 3    62     3     0     3   178   361  -0.338  -2.268  -9.528                         
    IL    62    62 3    62     3     1     5   181   364  -0.145  -3.385 -15.011                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    163      - g - - -
    ML    63    62 3    65     3     1     1    27    46  -4.445  -0.152  -4.200                          0.767 -3.754  0.961 -1.852 
     D    64    62 3    65     3     0     0    26    45  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     3    27    46  -7.490  -0.009 -10.191                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    165      - U - - -
    ML    66    65 3    68     3     1     2    26    45 -17.140  -0.000 -15.794                         -6.164 -1.118 -3.170  1.772 
     D    67    65 3    68     3     0     0    26    44 -14.444  -0.003  -8.835                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    166      - U - - -
    ML    69    68 3    71     5     1     2    25    44 -16.154  -0.000 -15.969 -16.182 -17.073         -6.290 -0.085 -5.868  1.598 
     D    70    68 3    71     5     0     0    25    43  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    27    44  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    167    188 G C - -
    MP    72    71 3    76     6     2     2    24    43 -17.085  -6.996  -0.012 -15.800 -13.309 -16.475 -11.050 -5.177 -6.702 -0.809 -11.999 -11.464  1.576 -9.191 -6.557  3.236 -5.840  1.529 -4.707 -6.023 -6.783 -7.056 
    ML    73    71 3    76     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    23    42  -6.080  -0.033  -9.591  -7.759  -8.865          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    168    186 c g - -
    MP    78    77 6    82     6     2     2    22    41 -17.085 -17.024  -0.000 -15.800 -16.080 -16.475 -11.382 -11.083 -11.382 -0.070 -7.936 -12.226  2.683 -6.792 -8.623 -0.211 -11.753 -3.077  2.603 -5.402  0.595 -5.822 
    ML    79    77 6    82     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    24    43  -7.303  -6.032  -1.130  -6.011  -1.144  -4.224  0.876 -0.750 -0.482 -0.227 
     D    81    77 6    82     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    169    185 G C - -
    MP    84    83 6    88     6     2     2    20    39  -7.392 -17.024  -0.009 -15.800 -16.080 -16.475 -5.435 -5.730 -10.871  2.138 -12.002 -7.430 -1.837 -5.268 -5.766  3.475 -11.555 -3.963 -7.333 -6.557 -9.076 -5.578 
    ML    85    83 6    88     6     1     1    23    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    20    39  -6.552  -6.815  -0.038  -8.470  -9.246  -8.907  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    171    184 G C - -
    MP    90    89 6    94     6     2     2    18    37 -17.085 -17.024  -0.001 -11.139 -16.080 -16.475 -11.782 -1.431 -11.655 -0.332 -12.755 -6.846 -3.269 -12.330 -6.011  3.870 -12.045 -5.208 -5.362 -5.923 -6.004 -10.622 
    ML    91    89 6    94     6     1     1    23    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    22    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    172    183 G C - -
    MP    96    95 6   100     4     2     2    16    35 -16.311 -16.518  -0.000 -14.932                 -15.067 -5.213 -17.656 -9.136 -16.672 -5.119 -10.943 -16.991 -6.403  3.963 -13.198 -3.860 -1.963 -6.096 -13.404 -16.908 
    ML    97    95 6   100     4     1     1    23    41  -4.803  -4.985  -1.551  -0.758                 -0.775 -0.908 -1.458  1.333 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    173      - U - - -
    ML   102   101 6   104     3     1     1    13    31  -7.294  -0.009 -15.874                         -6.931 -6.973 -6.922  1.991 
     D   103   101 6   104     3     0     0    16    34  -7.946  -0.325  -2.337                         
    IL   104   104 3   104     3     1     1    14    32  -4.769  -0.062  -7.469                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    175      - U - - -
    ML   105   104 3   107     3     1     1    12    30 -17.221  -0.000 -15.875                         -11.016 -5.983 -6.788  1.991 
     D   106   104 3   107     3     0     0    17    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    176      - C - - -
    ML   108   107 3   110     3     1     1    10    29  -7.278  -0.009 -15.875                         -6.824  1.980 -6.066 -5.009 
     D   109   107 3   110     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    12    30  -4.785  -0.062  -7.485                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    178      - G - - -
    ML   111   110 3   113     3     1     1     9    28 -17.221  -0.000 -15.875                         -1.966 -6.949  1.901 -12.365 
     D   112   110 3   113     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    179      - A - - -
    ML   114   113 3   116     3     1     1     8    26  -7.297  -0.009 -15.875                          1.990 -5.925 -6.673 -12.337 
     D   115   113 3   116     3     0     0    13    31  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1     9    28  -4.767  -0.062  -7.467                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    181      - G - - -
    ML   117   116 3   119     3     1     1     7    25 -17.221  -0.000 -15.875                         -1.346 -0.512  1.302 -1.188 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    182      - U - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -4.555  0.601 -7.085  1.283 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    61 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     1    15   597  1282   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   176     1    15   597  1282                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     1    40    74  -0.000 -15.214 -14.621 -15.261                 
                                             [ MATP   15 ]     11     31 G C - -
    MP   127   126 1   131     6     2     3    40    74 -17.085 -17.024  -0.000 -15.800 -16.080 -16.475 -14.947 -4.529 -16.989 -5.661 -16.616 -12.829 -10.943 -16.560 -4.807  3.882 -5.031  0.165 -11.298 -13.288 -13.380 -15.950 
    ML   128   126 1   131     6     1     1    38    72  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    38    72  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    35    69  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    40    73  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    39    73  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     12     30 C G - -
    MP   133   132 6   137     6     2     3    38    72 -17.085 -17.024  -0.000 -15.800 -12.222 -16.475 -14.139 -14.421 -6.123 -4.597 -4.830 -5.109  3.842 -6.035 -13.561 -10.628 -5.266 -12.823  0.460 -13.974 -3.003 -12.363 
    ML   134   132 6   137     6     1     1    37    70  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    36    70  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    34    67  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    38    71  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    37    71  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     13     29 g c - -
    MP   139   138 6   143     6     2     3    36    70 -17.084 -17.024  -0.000 -15.800 -16.080 -16.475 -8.245 -4.614 -5.085 -1.659 -7.500 -7.715  2.133 -8.024 -7.443  2.880 -6.260 -5.220  1.902 -11.496 -3.922 -9.948 
    ML   140   138 6   143     6     1     1    35    68  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    35    68  -7.636  -6.365  -0.814  -6.343  -1.477  -4.557 -0.174 -1.105  0.965 -0.522 
     D   142   138 6   143     6     0     0    32    66  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    36    69  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    35    69  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     14     28 c g - -
    MP   145   144 6   149     4     2     3    34    68 -16.312 -16.519  -0.000 -14.933                 -0.371 -3.805 -11.375 -2.838  1.518 -2.716  2.789 -7.822 -6.001 -6.054 -11.748 -4.568  2.166 -5.486 -1.439 -2.898 
    ML   146   144 6   149     4     1     1    34    67  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    33    66  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    32    65  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    35    68  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    34    68  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     15      - A - - -
    ML   151   150 6   153     3     1     2    32    66 -17.221  -0.000 -15.875                          1.993 -6.799 -6.562 -12.378 
     D   152   150 6   153     3     0     0    30    64  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    33    67  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     16      - A - - -
    ML   154   153 3   156     3     1     2    31    65 -17.221  -0.000 -15.875                          1.570 -7.139  0.014 -6.240 
     D   155   153 3   156     3     0     0    29    62  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    32    66  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     17      - U - - -
    ML   157   156 3   159     3     1     2    30    64  -1.937  -0.437 -15.875                         -3.188 -3.275 -6.865  1.918 
     D   158   156 3   159     3     0     0    28    61  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     2    30    63  -9.981  -0.002 -12.681                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     19      - G - - -
    ML   160   159 3   162     3     1     2    29    62 -17.221  -0.000 -15.875                         -6.248 -13.521  1.995 -12.493 
     D   161   159 3   162     3     0     0    27    60  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    30    63  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     20      - G - - -
    ML   163   162 3   165     3     1     2    28    61 -17.221  -0.000 -15.875                         -5.584 -13.509  1.988 -6.502 
     D   164   162 3   165     3     0     0    26    59  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    29    62  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     21      - a - - -
    ML   166   165 3   168     3     1     1    27    60  -4.658  -0.729  -1.485                          0.899 -1.370 -6.714  0.798 
     D   167   165 3   168     3     0     0    24    57  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1    32    65  -0.795  -1.241 -11.211                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     26      - U - - -
    ML   169   168 3   171     3     1     1     7    26 -16.583  -0.000 -15.237                         -1.791 -1.682 -3.603  1.730 
     D   170   168 3   171     3     0     0     6    24 -17.155  -0.000 -11.547                         
    IL   171   171 3   171     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     27      - A - - -
    ML   172   171 3   174     2     1     1     1     1       *   0.000                                  1.716 -6.827 -2.427 -0.944 
     D   173   171 3   174     2     0     0     0     0       *   0.000                                 
    IL   174   174 3   174     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   175   174 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   176   125 1   177     3     0     0   581  1266 -17.221  -0.002  -9.776                         
    IL   177   177 2   177     3     1     1   583  1267  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     32      - G - - -
    ML   178   177 2   180     5     1     1   581  1266 -16.152  -0.000 -15.968 -16.180 -17.072          0.305 -6.052  1.382 -2.811 
     D   179   177 2   180     5     0     0   580  1264  -7.154  -0.141  -6.416  -4.790  -4.703         
    IL   180   180 3   180     5     1     1   581  1266  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     33    127 U A - -
    MP   181   180 3   185     6     2     2   580  1265 -17.085  -7.237  -0.010 -15.800 -16.080 -16.475 -11.415 -4.854 -3.835 -1.811 -5.437 -12.250  1.812 -7.835 -6.107 -4.217 -11.782 -8.686  3.099 -11.596  1.771 -5.641 
    ML   182   180 3   185     6     1     1   577  1262  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   183   180 3   185     6     1     1   577  1261  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 3   185     6     0     0   571  1255  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   579  1264  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   579  1264  -5.860  -0.039  -9.371  -7.538  -8.644          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     34    125 C G - -
    MP   187   186 6   191     6     2     2   578  1263  -6.244 -17.024  -0.019 -15.800 -16.080 -16.475 -7.238 -11.081 -6.705 -0.850 -5.260 -6.648  3.074 -10.900 -11.238  1.325 -5.259 -3.998  2.075 -6.709 -2.726 -9.958 
    ML   188   186 6   191     6     1     1   575  1260  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   189   186 6   191     6     1     1   575  1259  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   190   186 6   191     6     0     0   569  1254  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   578  1263  -7.651  -0.037  -5.831  -9.569 -10.345 -10.005  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   577  1262  -6.787  -0.020 -10.298  -8.466  -9.571          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     36    123 u a - -
    MP   193   192 6   197     6     2     2   576  1261 -17.085 -17.024  -0.000 -15.800 -16.080 -16.475 -11.296 -4.811 -11.286  1.138 -3.034 -12.101  1.067 -1.511 -7.708  1.979 -2.883 -1.699  2.758 -9.243 -4.739 -9.921 
    ML   194   192 6   197     6     1     1   574  1258  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   572  1257  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   568  1252  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   575  1260  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   575  1260  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     37    122 G C - -
    MP   199   198 6   203     6     2     2   574  1259 -17.085 -17.024  -0.000 -15.800 -16.080 -16.475 -11.051 -2.156 -6.617 -2.682 -12.000 -11.465 -0.463 -7.550 -6.333  3.689 -5.896  0.736 -2.891 -10.724 -2.762 -9.835 
    ML   200   198 6   203     6     1     1   572  1256  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     6     1     1   570  1255  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   202   198 6   203     6     0     0   566  1251  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   203   203 5   203     6     1     1   573  1258  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     5     1     1   573  1258  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     38    121 A U - -
    MP   205   204 6   209     4     2     2   572  1257 -16.312 -16.519  -0.000 -14.933                 -4.026 -4.589 -11.397  3.495 -6.472 -12.238  1.600 -8.657 -11.256 -1.160 -5.602 -8.668 -0.736 -11.581 -1.028 -6.579 
    ML   206   204 6   209     4     1     1   570  1255  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   207   204 6   209     4     1     1   567  1252  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   208   204 6   209     4     0     0   565  1250  -4.568  -4.250  -2.265  -0.520                 
    IL   209   209 5   209     4     1     1   572  1256  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   210   210 6   210     3     1     1   571  1256  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     39      - C - - -
    ML   211   210 6   213     3     1     1   570  1255 -17.221  -0.000 -15.875                         -11.299  1.863 -6.775 -1.506 
     D   212   210 6   213     3     0     0   563  1247  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   570  1255  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     40      - U - - -
    ML   214   213 3   216     3     1     1   569  1254 -17.221  -0.000 -15.875                         -6.771 -6.608 -12.204  1.993 
     D   215   213 3   216     3     0     0   559  1244  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   569  1253  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     41      - u - - -
    ML   217   216 3   219     3     1     1   568  1253 -17.221  -0.000 -15.875                          0.001 -0.001 -0.001  0.001 
     D   218   216 3   219     3     0     0   553  1238  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   567  1252  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     42      - u - - -
    ML   220   219 3   222     3     1     1   567  1252 -17.221  -0.000 -15.875                          0.001 -0.001 -0.001  0.001 
     D   221   219 3   222     3     0     0   544  1229  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   566  1250  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     43      - u - - -
    ML   223   222 3   225     3     1     1   566  1251 -17.221  -0.000 -15.875                          0.001 -0.001 -0.001  0.001 
     D   224   222 3   225     3     0     0   526  1211  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   564  1248  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     44      - A - - -
    ML   226   225 3   228     3     1     1   565  1250  -1.406  -0.684 -15.875                          1.111 -11.817  0.719 -2.373 
     D   227   225 3   228     3     0     0   441  1126  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   601  1285  -0.039  -5.235 -18.445                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    120      - A - - -
    ML   229   228 3   231     2     1     1     1     1       *   0.000                                  1.692 -0.763 -10.599 -2.487 
     D   230   228 3   231     2     0     0     0     0       *   0.000                                 
    IL   231   231 3   231     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   232   231 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Arg
ACC   euk-Arg-r2-031616
LENG  73
MAXL  631
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 06:17:27 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Arg-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Arg-r2-031616.sto
NSEQ  2318
EFFN  18.573605
CKSUM 482676187
STATS LOCAL MSV       -8.0153  0.71878
STATS LOCAL VITERBI   -9.0193  0.71878
STATS LOCAL FORWARD   -3.7439  0.71878
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.58384  1.42123  1.17064  1.41375
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  0.00000        *
      1   2.40501  2.76030  0.25475  2.64017      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
      2   2.15550  0.87076  1.21739  1.77479      2 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
      3   3.05461  0.45199  2.08091  1.65191      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01266  5.11571  5.02387  1.46634  0.26236  1.09861  0.40547
      4   2.89184  0.65987  2.44148  1.07711      4 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11513  5.11513  1.46634  0.26236  1.03833  0.43702
      5   2.08774  1.00129  1.29037  1.45474      5 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01693  4.52948  5.11571  0.88848  0.52980  1.09861  0.40547
      6   1.90382  1.19331  1.31454  1.27588      7 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
      7   1.86690  2.29877  0.40927  2.51480      8 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
      8   4.28288  4.11143  4.94617  0.03801      9 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
      9   2.05742  4.22614  0.17658  3.93836     10 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     10   3.87534  5.04458  0.03464  4.98232     11 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     11   3.96534  0.18545  3.83801  2.04974     12 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01225  5.11571  5.08783  1.46634  0.26236  1.09861  0.40547
     12   2.58119  1.29270  0.91373  1.39126     13 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11554  5.11554  1.46634  0.26236  1.08011  0.41485
     13   2.04913  0.78311  2.27467  1.16687     14 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     14   0.01896  5.20355  4.83315  5.23534     15 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     15   0.32182  4.36882  1.39756  4.17941     16 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     16   3.15265  3.12323  4.16311  0.10793     17 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.27298  1.45718  5.11571  0.05077  3.00578  1.09861  0.40547
     17   4.62048  6.04375  0.01680  5.41798     19 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     18   4.43382  5.90639  0.02161  4.99341     20 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     19   0.85343  2.09172  3.01807  0.91211     21 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.44109  3.20909  1.15115  0.93829  0.49643  1.09861  0.40547
     20   2.39292  2.35285  3.19691  0.25793     26 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01756  4.74425  4.74425  1.46634  0.26236  0.03725  3.30866
     21   0.24502  3.57323  2.79781  2.05334     27 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     22   0.94423  2.36914  0.93249  2.08837     28 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     23   1.48423  0.95043  1.21875  2.39526     29 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     24   2.18304  3.97924  0.16848  3.74415     30 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     25   4.82596  0.09778  4.71167  2.57515     31 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01306  5.11571  4.96496  1.46634  0.26236  1.09861  0.40547
     26   1.23792  3.66889  0.46615  2.86299     32 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01209  5.11473  5.11473  1.46634  0.26236  1.00068  0.45828
     27   2.71631  1.34074  2.67404  0.50541     33 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     28   2.59460  0.77329  1.75109  1.23701     34 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02377  4.04635  5.11571  0.58540  0.81393  1.09861  0.40547
     29   1.78549  1.57293  1.37378  0.98967     36 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     30   2.33298  2.67884  0.25336  2.84446     37 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     31   0.67475  1.45270  2.30940  1.84860     38 A - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     32   4.28882  0.11541  4.60030  2.46240     39 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     33   4.28992  4.12498  4.95537  0.03761     40 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     34   1.31891  1.45973  1.46990  1.30812     41 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     35   1.31891  1.45973  1.46990  1.30812     42 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     36   1.31891  1.45973  1.46990  1.30812     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     37   0.64908  3.88072  0.93704  2.73252     44 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.41521  1.09722  5.11571  3.62024  0.02714  1.09861  0.40547
     38   0.25001  1.98688  3.89022  2.75452    120 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     39   2.14035  2.43705  1.29466  0.65205    121 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     40   3.17942  0.36090  2.48039  1.72803    122 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     41   1.05616  1.49842  1.50514  1.57628    123 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02377  4.04635  5.11571  0.58540  0.81393  1.09861  0.40547
     42   1.33864  1.83659  0.71830  2.39845    125 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01793  4.44253  5.11571  0.82491  0.57674  1.09861  0.40547
     43   0.81787  2.83589  0.85991  2.56703    127 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     44   0.46762  3.06513  1.98510  1.66341    128 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.10002  2.61291  3.82319  2.23849  0.11274  1.09861  0.40547
     45   3.39355  3.53862  0.09124  3.70679    141 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.13136  2.14558  5.09972  2.27612  0.10834  0.43771  1.03708
     46   0.94030  3.05973  0.77021  2.30589    163 g - - ,
          1.38629  1.38629  1.38629  1.38629
          0.10437  3.08185  2.93303  0.24382  1.53077  1.09861  0.40547
     47   3.54385  2.18442  3.33539  0.19485    165 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01268  5.06732  5.06732  1.46634  0.26236  0.20333  1.69286
     48   3.54714  1.54999  3.99365  0.30041    166 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     49   2.25655  1.85728  0.37293  2.98622    167 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01215  5.11571  5.10358  1.46634  0.26236  1.09861  0.40547
     50   2.40441  0.96869  2.22457  0.86278    168 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11563  5.11563  1.46634  0.26236  1.09055  0.40952
     51   1.37608  2.94814  0.43643  3.02291    169 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01733  4.49384  5.11571  0.86189  0.54881  1.09861  0.40547
     52   2.29659  3.51104  0.17663  3.45963    171 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     53   3.93968  4.77072  0.04862  3.93606    172 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01245  5.11571  5.05576  1.46634  0.26236  1.09861  0.40547
     54   3.92445  3.81697  4.37127  0.05592    173 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01769  4.46251  5.11534  0.83939  0.56558  1.05905  0.42585
     55   4.09583  3.81806  4.43798  0.05175    175 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     56   4.54525  0.03939  4.65388  3.99070    176 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01775  4.45720  5.11571  0.83532  0.56869  1.09861  0.40547
     57   2.76716  4.80220  0.08460  4.59805    178 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     58   0.02184  4.94162  4.77401  5.11425    179 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01768  4.46377  5.11571  0.84003  0.56510  1.09861  0.40547
     59   2.01189  1.82577  0.55861  2.01616    181 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     60   3.19846  1.03723  3.97507  0.53450    182 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01245  5.11571  5.05576  1.46634  0.26236  1.09861  0.40547
     61   3.99303  0.05601  4.80896  3.58013    183 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11534  5.11534  1.46634  0.26236  1.05905  0.42585
     62   3.71851  0.17802  3.34370  2.26823    184 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     63   3.27560  0.47555  2.81380  1.27051    185 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     64   1.08875  2.37665  0.77645  2.20306    186 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01900  4.35721  5.11571  0.76672  0.62462  1.09861  0.40547
     65   3.25635  0.58842  1.79462  1.42678    188 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01218  5.11571  5.09818  1.46634  0.26236  1.09861  0.40547
     66   2.62596  0.55409  1.80278  1.67030    189 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11560  5.11560  1.46634  0.26236  1.08696  0.41134
     67   1.46891  2.01161  1.11022  1.18233    190 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01848  4.45455  5.00853  0.83344  0.57014  1.09861  0.40547
     68   1.77148  1.75272  0.87519  1.42781    192 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11503  5.11503  1.46634  0.26236  1.02845  0.44248
     69   1.44148  2.64854  0.48472  2.56655    193 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01240  5.11571  5.06361  1.46634  0.26236  1.09861  0.40547
     70   1.77329  2.16494  0.42198  2.81798    194 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11539  5.11539  1.46634  0.26236  1.06419  0.42313
     71   1.90356  2.50853  0.82986  1.09822    195 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01208  5.11571  5.11571  1.46634  0.26236  1.09861  0.40547
     72   2.82602  0.52466  2.64205  1.28092    196 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03029  3.73668  5.11571  1.17063  0.37131  1.09861  0.40547
     73   1.43336  2.99206  0.89074  1.20078    200 g - - :
          1.38629  1.38629  1.38629  1.38629
          0.00606  5.10969        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Asn
ACC      euk-Asn-r2-031616
STATES   236
NODES    63
CLEN     74
W        442
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 06:53:22 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Asn-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Asn-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asn-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asn-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asn-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asn-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Asn-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     874
EFFN     874.000000
CKSUM    827166040
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -10.8958 0.71879
ECMLC    0.64020    -7.77482     1.84561     1600000      567550  0.002114
ECMGC    0.31159   -50.38201   -36.82437     1600000       27334  0.014634
ECMLI    0.63789    -7.30587     2.22497     1600000      524256  0.002289
ECMGI    0.31363   -47.32416   -33.89905     1600000       26958  0.014838
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   442   888 -14.700 -15.946  -0.000 -12.399                 
    IL     1     1 2     1     4    22    45   444   890  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    23    46   445   890  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    184 - G - -
    MR     3     2 3     5     5    30    55   443   889  -5.436  -0.034 -14.565 -14.777 -15.669         -2.128 -6.006  1.770 -1.534 
     D     4     2 3     5     5    19    41   441   886  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    26    51   445   891  -0.611  -1.545 -11.246  -9.414 -10.520          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    180 G C - -
    MP     6     5 3    10     6    30    54   442   888 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -9.661 -3.630 -9.479 -4.203 -4.932 -4.219 -3.089 -10.168 -9.917  3.425 -5.468 -0.805  2.100 -6.355 -7.681 -6.023 
    ML     7     5 3    10     6    21    43   440   885  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    21    43   439   885  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    18    40   434   879  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    22    44   441   887  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    22    44   441   887  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    179 u a - -
    MP    12    11 6    16     6    29    52   440   886 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -9.977 -9.681 -4.512  0.872 -3.683 -10.823  2.517 -9.501 -6.135  0.688 -10.351 -7.251  2.687 -5.932 -2.679 -3.734 
    ML    13    11 6    16     6    21    43   438   883  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    21    43   437   883  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    18    39   432   878  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    21    44   439   885  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    22    44   439   885  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    178 C G - -
    MP    18    17 6    22     6    28    50   438   884 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -3.027 -13.017 -12.053 -9.254 -2.774 -12.197  3.834 -11.318 -12.156 -9.226 -3.031 -11.421  0.269 -12.569 -2.855 -10.958 
    ML    19    17 6    22     6    20    43   436   882  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    20    43   435   881  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    17    39   431   877  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    21    44   437   883  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    21    44   437   883  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    177 U G - -
    MP    24    23 6    28     6    26    48   436   882 -15.685 -15.624  -0.001 -11.781 -14.681 -15.076 -12.649 -12.877 -4.512 -9.069 -10.376 -12.175  1.493 -11.282 -12.096 -5.362 -3.282 -0.512  0.439 -5.433  3.445 -4.650 
    ML    25    23 6    28     6    20    42   434   880  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    20    42   434   879  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    17    39   430   875  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    21    43   435   881  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    21    43   435   881  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    176 C G - -
    MP    30    29 6    34     6    24    46   434   880 -15.685  -5.995  -0.023 -14.400 -14.680 -15.075 -9.997 -9.698 -4.892 -5.525 -4.207 -5.297  3.452 -5.364 -9.854  1.095 -4.471 -0.236  0.624 -6.769 -1.697 -8.573 
    ML    31    29 6    34     6    20    42   433   878  -6.631  -6.977  -0.885  -1.386  -6.827  -4.356 -0.010  0.390 -0.707  0.117 
    MR    32    29 6    34     6    20    42   432   878  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    17    39   429   874  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    21    43   433   879  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    22    45   433   879  -5.717  -0.043  -9.228  -7.396  -8.502          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6    174 u a - -
    MP    36    35 6    40     6    22    44   432   878 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -4.151 -9.531 -9.789  0.610 -3.350 -7.368  2.137 -9.403 -9.675  0.323 -10.197  0.723  2.704 -5.475 -1.151 -5.692 
    ML    37    35 6    40     6    19    41   431   876  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    19    41   430   876  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6    17    39   428   874  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    20    42   432   877  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    20    42   431   877  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7    173 G C - -
    MP    42    41 6    46     4    20    42   430   876 -14.906  -6.110  -0.021 -13.527                 -9.660 -5.340 -9.479  0.810 -10.609 -7.117 -1.592 -10.169 -4.081  3.638 -5.667 -0.001 -3.041 -2.151 -7.683 -8.444 
    ML    43    41 6    46     4    18    41   429   875  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    18    40   429   874  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    17    39   427   873  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    19    41   430   876  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    19    42   430   876  -1.023  -0.987  -8.186                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      8      - U - - -
    ML    48    47 6    50     3    18    40   428   874 -15.816  -0.000 -11.821                         -6.350 -5.549 -6.681  1.984 
     D    49    47 6    50     3    16    38   427   872  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    18    40   429   875  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]      9      - G - - -
    ML    51    50 3    53     2    17    39   427   873 -16.471  -0.000                                 -0.730 -6.703  1.756 -6.633 
     D    52    50 3    53     2    16    38   426   872  -8.488  -0.004                                 
    IL    53    53 3    53     2    17    39   428   874  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    16    38   426   872                                                 
                                             [ BEGR   44 ]      -      - - - - -
     S    55    54 1    56     3     0     4   254   596 -15.816  -0.000 -14.470                         
    IL    56    56 2    56     3     1     1   254   597  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]     98      - A - - -
    ML    57    56 2    59     3     1     4   254   596  -5.470  -0.041  -7.490                          1.610 -1.517 -3.305 -1.007 
     D    58    56 2    59     3     0     0   243   586  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     7   323   665  -0.078  -4.261 -12.066                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    119      - G - - -
    ML    60    59 3    62     3     1     4   161   351  -3.862  -0.103 -14.462                         -2.715 -4.272  1.796 -1.633 
     D    61    59 3    62     3     0     0   117   307  -9.851  -0.080  -4.242                         
    IL    62    62 3    62     3     1     5   188   378  -0.140  -3.441 -12.802                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    139      - G - - -
    ML    63    62 3    65     3     1     3    90   189  -5.436  -0.035 -10.734                         -0.661 -4.172  1.707 -4.435 
     D    64    62 3    65     3     0     0    88   187  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    91   190  -1.631  -0.569  -8.406                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    142      - U - - -
    ML    66    65 3    68     3     1     4    89   188 -15.815  -0.000 -14.469                         -3.593 -2.993 -4.683  1.908 
     D    67    65 3    68     3     0     0    88   187  -7.285  -0.555  -1.676                         
    IL    68    68 3    68     3     1     1    90   189  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   49 ]    143      - U - - -
    ML    69    68 3    71     5     1     3    88   187 -14.749  -0.000 -14.565 -14.777 -15.669         -6.128  0.776 -5.311  1.169 
     D    70    68 3    71     5     0     0    86   185  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    88   187  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    144    170 G C - -
    MP    72    71 3    76     6     2     3    87   186 -15.685  -5.988  -0.023 -14.401 -14.681 -15.076 -12.470 -3.266 -12.893 -1.097 -13.692 -11.262 -0.281 -13.359 -4.783  3.841 -7.472 -2.357 -8.784 -4.945 -10.660 -11.856 
    ML    73    71 3    76     6     1     1    85   184  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    85   184  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    81   179  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    86   185  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    86   185  -5.723  -0.043  -9.234  -7.402  -8.508          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    145    168 G C - -
    MP    78    77 6    82     6     2     3    85   184 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -9.655 -5.489 -9.474  1.711 -10.600 -4.460 -0.222 -10.163 -5.863  3.098 -10.158 -2.047  1.534 -4.312 -5.279 -8.439 
    ML    79    77 6    82     6     1     1    83   182  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    83   182  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    79   178  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    84   183  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    84   183  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    146    167 U A - -
    MP    84    83 6    88     6     2     3    83   182 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -4.612 -9.527 -9.962  0.837 -6.978 -10.768 -0.250 -9.580 -6.169  2.308 -10.367 -7.110  3.040 -4.347 -3.887 -8.583 
    ML    85    83 6    88     6     1     1    81   180  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    81   180  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    78   177  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    82   181  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    82   181  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    147    166 G C - -
    MP    90    89 6    94     6     2     2    81   180  -6.973 -15.624  -0.024  -6.895 -14.681 -15.076 -13.500 -4.328 -15.362  2.161 -15.103 -3.222 -9.469 -15.086 -4.565  3.489 -11.794 -4.575 -9.823 -4.186 -11.884 -14.361 
    ML    91    89 6    94     6     1     1    80   179  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    79   178  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    77   176  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    80   179  -5.657  -5.920  -0.072  -7.575  -8.352  -8.012  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    80   179  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   54 ]    149    165 G C - -
    MP    96    95 6   100     4     2     2    79   178 -14.894 -15.101  -0.000 -13.515                 -13.656 -4.500 -16.248 -7.725 -15.261 -4.737 -9.532 -15.582 -4.348  3.966 -4.702 -3.491 -9.904 -3.216 -11.994 -15.502 
    ML    97    95 6   100     4     1     1    78   177  -6.913  -0.160  -3.662  -5.825                 -3.779 -3.442 -4.572  1.923 
    MR    98    95 6   100     4     1     1    78   177  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    77   175  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    79   178  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    77   176  -3.904  -3.260  -0.271                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    150      - U - - -
    ML   102   101 6   104     3     1     1    77   176 -15.804  -0.000 -14.458                         -1.811 -5.721 -9.531  1.885 
     D   103   101 6   104     3     0     0    76   175 -10.419  -0.053  -4.811                         
    IL   104   104 3   104     3     1     1    78   177  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    151      - U - - -
    ML   105   104 3   107     3     1     1    76   175 -15.816  -0.000 -14.470                         -6.327 -6.488 -6.516  1.987 
     D   106   104 3   107     3     0     0    73   172  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    77   176  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    152      - C - - -
    ML   108   107 3   110     3     1     1    75   174  -7.076  -0.011 -14.470                         -6.058  1.963 -5.055 -4.147 
     D   109   107 3   110     3     0     0    72   170  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    75   174  -3.754  -0.129  -6.454                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    154      - G - - -
    ML   111   110 3   113     3     1     1    74   173 -15.816  -0.000 -14.470                          0.317 -5.736  1.446 -6.483 
     D   112   110 3   113     3     0     0    70   168  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    74   173  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    155      - A - - -
    ML   114   113 3   116     3     1     1    73   172  -4.525  -0.064 -14.470                          1.987 -6.527 -6.453 -6.154 
     D   115   113 3   116     3     0     0    66   165  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    89   188  -0.269  -2.560 -11.279                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    162      - G - - -
    ML   117   116 3   119     3     1     1     8    26 -15.816  -0.001 -10.719                         -1.516 -1.472  1.632 -2.399 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   61 ]    163      - C - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -5.223  1.680 -6.069 -0.408 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    62 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     1    17   401   847   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   179     1    17   401   847                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     4    25    44  -0.000 -13.812 -13.219 -13.859                 
                                             [ MATP   15 ]     10     28 G C - -
    MP   127   126 1   131     6     2     6    25    44 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -13.583 -5.016 -15.759 -1.919 -15.231 -11.416 -9.542 -15.280 -4.614  3.914 -4.336 -1.199 -9.902 -3.324 -11.986 -14.781 
    ML   128   126 1   131     6     1     2    27    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     2    26    45  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    25    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     2    27    45  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     2    26    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     11     27 C G - -
    MP   133   132 6   137     6     2     6    23    42 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -12.735 -13.017 -3.831 -9.254 -3.860 -3.171  3.880 -3.860 -12.156 -9.226 -12.276 -11.422 -2.115 -12.569 -0.462 -10.958 
    ML   134   132 6   137     6     1     2    26    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     2    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     2    25    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     2    25    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     12     26 G C - -
    MP   139   138 6   143     6     2     6    21    40 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -9.752 -1.054 -9.604 -3.387 -10.005 -5.599  0.928 -7.545 -5.148  3.056 -10.226 -1.927  2.284 -9.511 -7.261 -8.494 
    ML   140   138 6   143     6     1     2    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     2    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     2    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     2    24    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     13     25 C G - -
    MP   145   144 6   149     4     2     5    19    38 -14.906 -15.113  -0.000 -13.527                  0.731 -12.137 -6.000 -8.151 -1.675 -4.115  3.575 -5.917 -11.704  0.684 -3.975 -10.056 -2.730 -12.087 -3.192 -3.646 
    ML   146   144 6   149     4     1     1    25    44  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    25    43  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    24    42  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     2    27    45  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     2    26    44  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     14      - A - - -
    ML   151   150 6   153     3     1     3    16    35 -15.816  -0.000 -14.470                          1.887 -11.067 -1.731 -10.800 
     D   152   150 6   153     3     0     0    21    39  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     2    25    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     15      - A - - -
    ML   154   153 3   156     3     1     2    15    34 -15.816  -0.000 -14.470                          1.126 -5.905  0.839 -6.370 
     D   155   153 3   156     3     0     0    19    38  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     2    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     16      - U - - -
    ML   157   156 3   159     3     1     1    14    32 -15.816  -0.104  -3.842                         -4.444 -1.593 -9.421  1.856 
     D   158   156 3   159     3     0     0    18    37  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     17      - U - - -
    ML   160   159 3   162     3     1     2    13    31  -4.299  -0.075 -14.366                         -4.564 -0.040 -2.487  1.489 
     D   161   159 3   162     3     0     0    12    31 -13.401  -0.007  -7.793                         
    IL   162   162 3   162     3     1     1    13    31  -6.160  -0.023  -8.861                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     19      - G - - -
    ML   163   162 3   165     3     1     2    12    30 -15.816  -0.000 -14.470                         -5.036 -12.090  1.985 -6.489 
     D   164   162 3   165     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    20    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     20      - G - - -
    ML   166   165 3   168     3     1     2    10    29 -15.816  -0.000 -14.470                         -4.933 -6.252  1.977 -5.753 
     D   167   165 3   168     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1    19    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     21      - U - - -
    ML   169   168 3   171     3     1     1     9    27  -6.678  -0.297  -2.503                         -4.681 -1.033 -9.436  1.795 
     D   170   168 3   171     3     0     0     8    26  -6.174  -1.687  -0.566                         
    IL   171   171 3   171     3     1     1     9    27  -4.081  -0.102  -6.781                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     23      - U - - -
    ML   172   171 3   174     3     1     1     8    26 -15.536  -0.000 -14.190                         -5.575 -0.700 -5.133  1.738 
     D   173   171 3   174     3     0     0     7    26 -14.735  -0.003  -9.126                         
    IL   174   174 3   174     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   27 ]     24      - A - - -
    ML   175   174 3   177     2     1     1     1     1       *   0.000                                  1.863 -5.569 -6.092 -1.617 
     D   176   174 3   177     2     0     0     0     0       *   0.000                                 
    IL   177   177 3   177     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    28 ]      -      - - - - -
     E   178   177 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   29 ]      -      - - - - -
     S   179   125 1   180     3     0     0   384   830  -6.108  -0.021 -14.470                         
    IL   180   180 2   180     3     1     1   386   832  -1.023  -0.987  -8.189                          0.000  0.000  0.000  0.000 
                                             [ MATL   30 ]     31      - G - - -
    ML   181   180 2   183     5     1     1   384   830 -14.749  -0.000 -14.565 -14.777 -15.669         -1.250 -5.697  1.821 -5.160 
     D   182   180 2   183     5     0     0   381   827  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   183   183 3   183     5     1     1   384   830  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     32     97 U A - -
    MP   184   183 3   188     6     2     2   383   829 -15.685 -15.624  -0.001 -14.401 -11.332 -15.076 -4.947 -11.881 -11.549 -7.858 -4.434 -11.928 -3.189 -1.437  0.251 -0.253 -11.828 -4.092  3.409 -6.020  1.430 -5.998 
    ML   185   183 3   188     6     1     1   380   826  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 3   188     6     1     1   380   826  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 3   188     6     0     0   374   820  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   382   828  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   382   828  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     33     96 u a - -
    MP   190   189 6   194     6     2     2   381   827  -7.063  -7.045  -0.022 -14.400 -14.680 -15.075 -9.953 -5.195 -9.957 -0.208 -3.931 -10.802  1.677 -9.490 -5.224  0.824 -10.334 -5.550  2.934 -6.716  1.153 -2.766 
    ML   191   189 6   194     6     1     1   378   824  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1   378   824  -7.459  -6.188  -0.965  -6.166  -1.300  -4.379  1.017 -0.883 -0.628 -0.345 
     D   193   189 6   194     6     0     0   373   819  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   380   826  -5.578  -5.840  -0.076  -7.496  -8.272  -7.932  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   380   826  -4.813  -0.082  -8.324  -6.492  -7.598          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     35     94 C G - -
    MP   196   195 6   200     6     2     2   379   825 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -5.385 -9.684 -9.982  0.204 -2.636 -5.688  3.271 -5.299 -9.841 -0.556 -6.389 -7.252  1.948 -10.165 -1.373 -5.845 
    ML   197   195 6   200     6     1     1   377   822  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   376   821  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0   371   817  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   378   824  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   378   824  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     36     93 G C - -
    MP   202   201 6   206     6     2     2   377   823 -15.685 -15.624  -0.000 -14.401 -14.681 -15.076 -9.681 -2.927 -9.501 -2.093 -5.730 -4.738 -2.804 -10.190 -3.760  3.753 -10.178  0.789 -5.963 -3.757 -7.705 -4.337 
    ML   203   201 6   206     6     1     1   375   821  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     6     1     1   373   819  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     6     0     0   370   816  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   206   206 5   206     6     1     1   376   822  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     5     1     1   376   822  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   35 ]     37     92 G C - -
    MP   208   207 6   212     4     2     2   375   821 -14.906 -15.113  -0.000 -13.527                 -5.671 -3.812 -5.888  2.787 -10.606 -6.144 -2.991 -10.165 -4.750  3.115 -6.503 -3.720 -5.938 -4.701 -7.680 -8.441 
    ML   209   207 6   212     4     1     1   373   819  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   210   207 6   212     4     1     1   371   817  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   211   207 6   212     4     0     0   369   815  -4.568  -4.250  -2.265  -0.520                 
    IL   212   212 5   212     4     1     1   375   820  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   213   213 6   213     3     1     1   374   820  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     38      - C - - -
    ML   214   213 6   216     3     1     1   373   819 -15.816  -0.000 -14.470                         -6.399  1.969 -6.541 -3.998 
     D   215   213 6   216     3     0     0   367   813  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   373   819  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     39      - U - - -
    ML   217   216 3   219     3     1     1   372   818 -15.816  -0.000 -14.470                         -6.413 -6.389 -10.437  1.991 
     D   218   216 3   219     3     0     0   365   810  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   372   818  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     40      - u - - -
    ML   220   219 3   222     3     1     1   371   817 -15.816  -0.000 -14.470                          0.003 -0.003 -0.004  0.004 
     D   221   219 3   222     3     0     0   361   807  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   371   816  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     41      - u - - -
    ML   223   222 3   225     3     1     1   370   816 -15.816  -0.000 -14.470                          0.003 -0.003 -0.004  0.004 
     D   224   222 3   225     3     0     0   355   800  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   369   815  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     42      - u - - -
    ML   226   225 3   228     3     1     1   369   815 -15.816  -0.000 -14.470                          0.003 -0.003 -0.004  0.004 
     D   227   225 3   228     3     0     0   343   788  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   367   813  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     43      - A - - -
    ML   229   228 3   231     3     1     1   368   814  -1.457  -0.653 -14.470                          1.949 -6.172 -3.170 -6.302 
     D   230   228 3   231     3     0     0   288   734  -6.174  -1.687  -0.566                         
    IL   231   231 3   231     3     1     1   392   837  -0.060  -4.627 -16.382                          0.000  0.000  0.000  0.000 
                                             [ MATL   42 ]     91      - A - - -
    ML   232   231 3   234     2     1     1     1     1       *   0.000                                  1.885 -1.838 -6.327 -6.193 
     D   233   231 3   234     2     0     0     0     0       *   0.000                                 
    IL   234   234 3   234     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    43 ]      -      - - - - -
     E   235   234 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Asn
ACC   euk-Asn-r2-031616
LENG  74
MAXL  435
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 06:53:22 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Asn-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Asn-r2-031616.sto
NSEQ  874
EFFN  10.838982
CKSUM 827166040
STATS LOCAL MSV       -8.2803  0.71879
STATS LOCAL VITERBI   -9.0499  0.71879
STATS LOCAL FORWARD   -3.6380  0.71879
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.59658  1.40108  1.17123  1.42255
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  0.00000        *
      1   2.18835  2.68115  0.48129  1.60232      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
      2   1.97845  1.07169  1.88954  0.99928      2 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
      3   3.23943  0.25378  3.01933  1.99422      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
      4   2.61959  1.40821  2.14470  0.57007      4 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
      5   2.53327  0.67435  1.63257  1.53393      5 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
      6   1.96719  1.23177  1.63111  0.98708      6 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
      7   1.81764  2.74379  0.35726  2.60809      7 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
      8   3.51036  3.35805  3.98940  0.08687      8 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01886  4.68323  4.66337  1.46634  0.26236  1.09861  0.40547
      9   1.91718  3.86447  0.21872  3.55924      9 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68304  4.68304  1.46634  0.26236  1.08542  0.41213
     10   2.74343  3.69691  0.12874  3.45306     10 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     11   4.10353  0.10289  4.00629  2.76365     11 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     12   2.12031  1.91362  0.71671  1.41017     12 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     13   1.89579  0.68073  1.81373  1.71197     13 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     14   0.11801  4.17416  2.54378  4.05405     14 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     15   0.63015  3.66430  0.89238  3.43616     15 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     16   3.19014  2.39458  3.87739  0.16615     16 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.07702  4.68323  2.73526  1.46634  0.26236  1.09861  0.40547
     17   2.66530  1.50031  2.76873  0.43909     17 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.06136  3.00136  4.62599  0.35604  1.20545  0.25086  1.50568
     18   3.97404  5.26513  0.03470  4.59118     19 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     19   3.77174  4.70064  0.04704  4.27920     20 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     20   3.17997  2.12283  3.84283  0.20176     21 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.18277  4.07266  1.89705  0.87023  0.54275  1.09861  0.40547
     21   2.98516  1.93092  3.43552  0.25845     23 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02176  4.53152  4.53152  1.46634  0.26236  0.11628  2.20931
     22   0.15392  3.42201  3.53818  2.51395     24 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     23   1.62438  1.93442  0.63159  2.06584     25 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     24   1.49715  0.75790  1.80488  1.94428     26 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     25   3.24127  4.00693  0.08081  3.89577     27 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     26   3.72344  0.16557  3.45187  2.33557     28 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03051  3.87259  4.68323  1.01415  0.45053  1.09861  0.40547
     27   2.17357  3.73149  0.18751  3.40369     31 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     28   2.19888  1.76140  1.72877  0.61662     32 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01896  4.68323  4.65330  1.46634  0.26236  1.09861  0.40547
     29   2.19792  1.34402  1.84204  0.75571     33 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02480  4.18365  4.68295  0.95672  0.48475  1.07876  0.41554
     30   2.18812  0.73973  2.13805  1.22844     35 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     31   2.11418  2.80550  0.28632  2.69163     36 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     32   1.13392  2.82743  0.59194  2.72093     37 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     33   4.10619  0.06255  4.43731  3.43171     38 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     34   3.85345  3.70067  4.47292  0.05904     39 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     35   1.29764  1.48520  1.49989  1.28297     40 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     36   1.29764  1.48520  1.49989  1.28297     41 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     37   1.29764  1.48520  1.49989  1.28297     42 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     38   0.07634  4.07527  3.27361  3.98256     43 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.36986  1.20424  4.68323  3.19429  0.04186  1.09861  0.40547
     39   0.13577  2.69802  3.60331  3.43018     91 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     40   2.97748  0.64824  2.64065  1.03621     92 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     41   2.96496  0.39525  2.65204  1.58758     93 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     42   1.36892  2.28160  0.67103  2.02257     94 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02487  4.17897  4.68323  0.95269  0.48728  1.09861  0.40547
     43   1.00257  1.95609  1.03245  1.99861     96 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     44   0.76591  2.08090  1.32323  1.93794     97 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     45   0.39063  2.22263  2.75357  1.88820     98 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.04176  3.60285  4.29369  2.79163  0.06328  1.09861  0.40547
     46   2.47770  3.24160  0.24051  2.39977    119 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.07625  2.74687  4.67881  2.34035  0.10125  0.85643  0.55282
     47   1.79751  3.25649  0.29102  3.03110    139 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03808  3.58704  4.63744  0.75783  0.63240  1.09861  0.40547
     48   3.03638  2.85224  3.59492  0.14293    142 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01868  4.68279  4.68279  1.46634  0.26236  1.06832  0.42096
     49   2.85913  0.94894  3.40674  0.64935    143 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     50   2.25089  2.67339  0.25436  2.99043    144 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     51   1.57074  2.39406  0.61968  1.81564    145 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     52   1.91764  1.86429  1.17304  0.94517    146 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     53   1.42817  2.94158  0.43347  2.82659    147 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02519  4.15869  4.68323  0.93640  0.49764  1.09861  0.40547
     54   3.15137  3.91092  0.09266  3.66202    149 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02553  4.68323  4.13755  1.46634  0.26236  1.09861  0.40547
     55   2.54013  3.24583  3.88184  0.14897    150 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01880  4.67649  4.67649  1.46634  0.26236  0.76960  0.62213
     56   3.53177  3.42941  4.00097  0.08333    151 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     57   4.02316  0.06801  4.19804  3.41661    152 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02470  4.18964  4.68323  0.96137  0.48187  1.09861  0.40547
     58   1.19451  3.56607  0.45767  3.32076    154 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     59   0.03741  4.55781  4.26964  4.40268    155 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.05463  3.12545  4.68323  1.75268  0.19032  1.09861  0.40547
     60   2.06965  2.37699  0.36037  2.48268    162 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01912  4.68323  4.63693  1.46634  0.26236  1.09861  0.40547
     61   3.06752  0.30848  3.73962  1.63406    163 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01868  4.68279  4.68279  1.46634  0.26236  1.06798  0.42114
     62   4.02033  0.10237  3.80281  2.86388    165 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     63   3.09501  0.47142  2.81492  1.30675    166 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     64   1.02245  1.23907  1.71174  1.77147    167 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     65   1.93716  0.68453  2.26211  1.39663    168 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03163  3.82192  4.68323  0.70169  0.68467  1.09861  0.40547
     66   3.24316  0.29201  2.54888  1.99487    170 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03049  3.87372  4.68323  1.01453  0.45031  1.09861  0.40547
     67   2.92680  0.43915  2.57296  1.48927    173 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     68   1.10945  2.03909  1.10294  1.56917    174 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.03177  3.82461  4.66277  0.70332  0.68307  1.09861  0.40547
     69   1.73810  1.88390  0.60428  2.07402    176 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01868  4.68304  4.68304  1.46634  0.26236  1.08502  0.41233
     70   1.82248  2.57794  0.43362  2.16902    177 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     71   2.10214  3.29250  0.22725  3.12538    178 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     72   1.10414  2.00512  0.98191  1.83718    179 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01867  4.68323  4.68323  1.46634  0.26236  1.09861  0.40547
     73   1.68778  0.55307  2.53144  1.83043    180 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03761  3.58763  4.68323  1.19657  0.35986  1.09861  0.40547
     74   2.36908  3.43469  0.24600  2.38297    184 G - - :
          1.38629  1.38629  1.38629  1.38629
          0.00938  4.67394        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Asp
ACC      euk-Asp-r2-031616
STATES   230
NODES    61
CLEN     72
W        420
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 07:17:25 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Asp-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Asp-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asp-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asp-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asp-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Asp-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Asp-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     782
EFFN     782.000000
CKSUM    744627801
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -12.8516 0.71883
ECMLC    0.82646    -5.24364     2.24350     1600000      584158  0.002054
ECMGC    0.33756   -42.84434   -30.01570     1600000       30391  0.013162
ECMLI    0.66953    -6.69499     2.42494     1600000      538265  0.002229
ECMGI    0.33373   -40.41747   -27.45823     1600000       30221  0.013236
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   420   854 -14.540 -15.786  -0.000 -12.239                 
    IL     1     1 2     1     4    20    42   422   856  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    21    44   422   856  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    162 - G - -
    MR     3     2 3     5     5    26    52   421   855  -5.131  -0.042 -14.405 -14.617 -15.509          0.631 -6.395  1.277 -5.874 
     D     4     2 3     5     5    16    39   418   852  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    23    49   423   857  -0.609  -1.549 -11.389  -9.556 -10.662          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    158 U A - -
    MP     6     5 3    10     6    26    52   420   854 -15.526 -15.465  -0.018  -6.338 -14.521 -14.916 -4.850 -6.472 -2.560 -8.568 -3.541 -12.120 -6.030 -11.176 -6.255  0.263 -6.465 -10.236  3.821 -5.915 -1.987 -4.219 
    ML     7     5 3    10     6    18    41   418   852  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    18    41   417   851  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    14    37   411   845  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    19    42   419   853  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    19    42   419   853  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    157 C G - -
    MP    12    11 6    16     6    25    50   418   852 -15.508 -15.447  -0.000 -14.224 -14.504 -14.899 -11.464 -11.357 -11.168 -7.289 -2.042 -9.608  3.728 -4.585 -6.002 -0.405 -5.933 -9.118 -0.581 -11.506 -0.037 -5.306 
    ML    13    11 6    16     6    21    44   418   852 -10.156  -0.099  -5.217  -4.911 -10.352  -7.882  1.964 -5.245 -4.685 -4.944 
    MR    14    11 6    16     6    17    40   415   849  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    13    37   410   844  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    19    42   417   851  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    21    45   417   851  -5.270  -0.059  -8.781  -6.949  -8.055          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    155 C G - -
    MP    18    17 6    22     6    23    48   416   850 -15.526 -15.465  -0.000 -14.242 -14.521 -14.916 -9.980 -9.690 -3.944 -2.514 -3.850 -4.735  3.644 -3.431 -9.828 -2.071 -5.534 -7.264  1.235 -10.155 -1.225 -8.549 
    ML    19    17 6    22     6    17    40   413   847  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    17    40   413   847  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    13    37   408   842  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    18    41   415   849  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    19    42   415   849  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    154 u g - -
    MP    24    23 6    28     6    21    46   414   848 -15.526 -15.465  -0.000 -14.242 -14.521 -14.916 -9.826 -9.527 -4.583 -3.033 -5.247 -10.670  2.514 -9.345 -6.713  1.229 -6.981 -2.553 -0.744 -7.376  2.793 -5.109 
    ML    25    23 6    28     6    17    40   411   846  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    16    40   411   845  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    13    37   407   841  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    18    41   413   847  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    18    41   413   847  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    153 c g - -
    MP    30    29 6    34     6    19    44   412   846 -15.526 -15.465  -0.000 -14.242 -14.521 -14.916 -9.793 -9.506 -5.936  0.077 -3.304 -10.642  2.897 -4.312 -9.661 -1.600 -6.381 -7.087  1.398 -3.495  1.986 -1.791 
    ML    31    29 6    34     6    16    40   410   844  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    32    29 6    34     6    15    40   409   844  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    12    37   406   840  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    17    41   411   845  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    17    41   411   845  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6    152 G C - -
    MP    36    35 6    40     6    17    42   410   844 -15.526 -15.465  -0.003 -14.242 -14.521  -9.180 -6.818 -4.064 -5.853  0.980 -10.126 -6.861  0.721 -9.827 -6.022  3.078 -3.335  0.841  0.716 -4.939 -2.281 -4.371 
    ML    37    35 6    40     6    15    39   408   842  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    14    39   408   842  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6    12    37   405   840  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    16    40   409   843  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    16    40   409   843  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7    151 u a - -
    MP    42    41 6    46     4    15    40   408   842 -14.743  -6.031  -0.022 -13.365                 -4.808 -1.218 -9.312  1.713 -4.739 -5.864 -5.509 -10.003 -9.751  2.078 -5.321  1.651  2.221 -4.957 -4.618 -4.291 
    ML    43    41 6    46     4    14    38   407   841  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    13    38   406   841  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    12    37   405   839  -6.286  -5.967  -3.983  -0.139                 
    IL    46    46 5    46     4    14    39   408   842  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    14    39   407   841  -4.496  -0.076  -7.196                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      8      - U - - -
    ML    48    47 6    50     3    13    38   406   840  -5.310  -0.037 -14.307                         -5.536 -3.708 -4.581  1.949 
     D    49    47 6    50     3    12    37   405   839  -8.263  -0.255  -2.655                         
    IL    50    50 3    50     3    13    38   406   841  -1.182  -2.916  -1.228                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     11      - A - - -
    ML    51    50 3    53     2    12    37   405   839 -16.281  -0.000                                  1.404 -10.402  0.417 -5.870 
     D    52    50 3    53     2    11    36   404   839  -0.517  -1.732                                 
    IL    53    53 3    53     2    12    37   405   839  -5.977  -0.023                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   121    55    11    36   404   838                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     2    69   129 -15.656  -0.000 -14.310                         
    IL    56    56 2    56     3     1     1    70   131  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]     99      - A - - -
    ML    57    56 2    59     3     1     2    69   129  -2.645  -0.251 -14.310                          1.332 -3.344 -0.599 -0.466 
     D    58    56 2    59     3     0     0    60   120  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     2    74   134  -0.438  -1.936 -12.350                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    127      - G - - -
    ML    60    59 3    62     3     1     1    29    48 -15.656  -0.008  -7.456                         -5.213 -6.315  1.976 -5.218 
     D    61    59 3    62     3     0     0    31    50  -6.174  -1.687  -0.566                         
    IL    62    62 3    62     3     1     1    36    54  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    128      - A - - -
    ML    63    62 3    65     3     1     1    28    47 -15.647  -0.000 -14.301                          1.522 -4.367 -0.401 -1.632 
     D    64    62 3    65     3     0     0    28    47  -9.734  -0.087  -4.126                         
    IL    65    65 3    65     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    129      - C - - -
    ML    66    65 3    68     5     1     1    27    46 -14.589  -0.000 -14.405 -14.617 -15.509         -5.586  1.852 -1.997 -3.067 
     D    67    65 3    68     5     0     0    26    45  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    68    68 3    68     5     1     1    28    46  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    130    149 C G - -
    MP    69    68 3    73     6     2     2    26    45 -15.526  -5.611  -0.033  -9.825  -9.893 -14.916 -3.687 -12.824 -5.531 -4.979 -2.216 -12.033  3.885 -11.151 -3.330 -9.017 -4.441 -1.978 -3.724 -12.396 -1.316 -10.784 
    ML    70    68 3    73     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    71    68 3    73     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    72    68 3    73     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    73    73 5    73     6     1     1    26    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    74    74 6    74     5     1     1    25    44  -5.921  -0.037  -9.432  -7.600  -8.706          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    131    147 C G - -
    MP    75    74 6    79     6     2     2    24    43 -15.523 -15.462  -0.000 -14.239 -14.518 -14.913 -5.171 -3.147 -8.952  0.390 -8.644 -5.326  3.192 -9.051 -4.684  2.035 -5.225 -2.304 -0.645 -5.236 -1.593 -6.345 
    ML    76    74 6    79     6     1     1    24    42  -7.384  -7.730  -0.458  -2.139  -7.580  -5.110 -0.562 -1.586  1.311 -0.977 
    MR    77    74 6    79     6     1     1    24    42  -7.986  -6.715  -0.596  -6.693  -1.827  -4.906 -0.624  1.099 -1.379 -0.278 
     D    78    74 6    79     6     0     0    22    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    79    79 5    79     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    80    80 6    80     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    132    146 G C - -
    MP    81    80 6    85     6     2     2    22    41  -6.954 -15.465  -0.012 -14.242 -14.521 -14.916 -11.126 -6.548 -11.140  1.866 -12.303 -5.419 -7.318 -3.802 -10.823  3.436 -11.112  0.443 -7.574 -4.327 -9.364 -10.045 
    ML    82    80 6    85     6     1     1    23    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    83    80 6    85     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    84    80 6    85     6     0     0    21    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    85    85 5    85     6     1     1    22    40  -5.534  -5.797  -0.078  -7.452  -8.229  -7.889  0.000  0.000  0.000  0.000 
    IR    86    86 6    86     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    134    145 G C - -
    MP    87    86 6    91     6     2     2    20    39 -15.526 -15.465  -0.000 -14.242 -14.521 -14.916 -12.278 -4.160 -12.762 -2.439 -14.389 -12.036 -9.340 -12.766 -4.450  3.917 -11.786 -0.928 -9.487 -5.346 -11.468 -4.118 
    ML    88    86 6    91     6     1     1    22    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    89    86 6    91     6     1     1    23    41  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    90    86 6    91     6     0     0    21    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    91    91 5    91     6     1     1    22    40  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    92    92 6    92     5     1     1    21    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    135    144 G C - -
    MP    93    92 6    97     4     2     2    18    37  -6.698 -14.953  -0.014 -11.543                 -13.509 -4.481 -16.100 -7.578 -15.114 -4.588 -9.386 -15.435 -4.850  3.962 -3.001 -3.010 -9.757 -4.827 -11.847 -15.354 
    ML    94    92 6    97     4     1     1    22    40  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    95    92 6    97     4     1     1    22    40  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    96    92 6    97     4     0     0    21    39  -4.568  -4.250  -2.265  -0.520                 
    IL    97    97 5    97     4     1     1    21    39  -5.057  -5.740  -0.077  -8.226                  0.000  0.000  0.000  0.000 
    IR    98    98 6    98     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    137      - U - - -
    ML    99    98 6   101     3     1     1    15    33 -15.655  -0.000 -14.309                         -6.084 -8.540 -5.741  1.987 
     D   100    98 6   101     3     0     0    18    37  -6.719  -0.923  -1.111                         
    IL   101   101 3   101     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    138      - U - - -
    ML   102   101 3   104     3     1     1    13    32 -15.656  -0.000 -11.585                         -12.162 -5.315 -13.295  1.991 
     D   103   101 3   104     3     0     0    17    36  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    139      - C - - -
    ML   105   104 3   107     3     1     1    12    31 -15.655  -0.000 -14.309                         -6.071  1.906 -5.924 -2.185 
     D   106   104 3   107     3     0     0    16    35  -6.786  -0.866  -1.178                         
    IL   107   107 3   107     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    140      - A - - -
    ML   108   107 3   110     3     1     1    11    29 -15.656  -0.000 -14.310                          1.249 -5.471  0.678 -10.353 
     D   109   107 3   110     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    141      - A - - -
    ML   111   110 3   113     3     1     1     9    28 -15.656  -0.000 -14.310                          1.989 -11.310 -6.101 -6.038 
     D   112   110 3   113     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    142      - U - - -
    ML   114   113 3   116     3     1     1     8    26 -15.656  -0.000 -14.310                         -3.495 -2.697 -3.760  1.881 
     D   115   113 3   116     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    143      - U - - -
    ML   117   116 3   119     2     1     1     1     1       *   0.000                                 -4.954  0.457 -5.898  1.366 
     D   118   116 3   119     2     0     0     0     0       *   0.000                                 
    IL   119   119 3   119     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   120   119 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   121    54 1   122     1     0    16   382   816   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   122   121 1   123   173     0    16   382   816                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   123   122 1   124     4     0     1    24    43  -0.000 -13.652 -13.060 -13.700                 
                                             [ MATP   15 ]     13     31 G U - -
    MP   124   123 1   128     6     2     3    24    43 -15.526  -6.889  -0.012 -14.242 -14.521 -14.916 -4.695 -10.224 -11.759 -2.735 -3.182 -15.040 -9.353 -11.802 -2.977  2.500 -3.925  3.294 -9.279 -13.060 -11.185 -4.713 
    ML   125   123 1   128     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   126   123 1   128     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   127   123 1   128     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   128   128 5   128     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   129   129 6   129     5     1     1    24    42  -4.811  -0.082  -8.322  -6.490  -7.596          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     14     29 U A - -
    MP   130   129 6   134     6     2     3    22    41 -15.526 -15.465  -0.000 -14.242 -14.521 -14.916 -3.996 -12.857 -11.892 -9.093 -3.846 -12.037  0.415 -11.158 -11.996 -9.065 -12.116 -11.261  3.829 -4.468 -2.184 -4.152 
    ML   131   129 6   134     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   132   129 6   134     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   133   129 6   134     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   134   134 5   134     6     1     1    24    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   135   135 6   135     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     15     28 a u - -
    MP   136   135 6   140     6     2     3    20    39 -15.526 -15.465  -0.000 -14.242 -14.521 -14.916 -9.795 -5.417 -3.195  2.801 -5.592 -10.644  2.114 -3.376 -9.662 -2.208 -10.177 -2.506  0.974 -9.982  1.057 -7.116 
    ML   137   135 6   140     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   138   135 6   140     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   139   135 6   140     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   140   140 5   140     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   141   141 6   141     5     1     1    23    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     16     27 U G - -
    MP   142   141 6   146     4     2     2    18    37 -14.746 -14.953  -0.000 -13.367                 -12.575 -12.857 -3.735 -9.094 -0.054 -4.985  2.184 -11.158 -11.996 -9.065 -12.116 -11.261 -2.389 -5.692  3.047  0.932 
    ML   143   141 6   146     4     1     1    24    43  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   144   141 6   146     4     1     1    24    42  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   145   141 6   146     4     0     0    23    41  -4.568  -4.250  -2.265  -0.520                 
    IL   146   146 5   146     4     1     1    26    44  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   147   147 6   147     3     1     1    25    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     17      - A - - -
    ML   148   147 6   150     3     1     1    15    34 -15.656  -0.000 -14.310                          1.991 -11.552 -5.316 -10.920 
     D   149   147 6   150     3     0     0    20    38  -6.174  -1.687  -0.566                         
    IL   150   150 3   150     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     18      - G - - -
    ML   151   150 3   153     3     1     1    14    33 -15.656  -0.000 -14.310                         -1.951 -11.217  1.890 -4.865 
     D   152   150 3   153     3     0     0    18    37  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     19      - U - - -
    ML   154   153 3   156     3     1     1    13    31  -5.099  -0.043 -14.310                         -2.703 -2.642 -3.053  1.834 
     D   155   153 3   156     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    13    32  -5.348  -0.041  -8.049                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     21      - G - - -
    ML   157   156 3   159     3     1     1    12    30 -15.656  -0.000 -14.310                         -6.119 -5.945  1.989 -10.918 
     D   158   156 3   159     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     22      - G - - -
    ML   160   159 3   162     3     1     1    10    29 -15.656  -0.000 -14.310                         -5.913 -5.574  1.981 -6.040 
     D   161   159 3   162     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     23      - U - - -
    ML   163   162 3   165     3     1     1     9    27  -6.127  -0.044  -6.014                         -1.692 -1.198 -4.366  1.681 
     D   164   162 3   165     3     0     0    10    28  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1     9    27  -4.416  -0.080  -7.116                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     25      - U - - -
    ML   166   165 3   168     3     1     1     8    26 -15.633  -0.000 -14.287                         -2.245 -0.340 -0.905  1.302 
     D   167   165 3   168     3     0     0    10    28 -11.104  -0.033  -5.496                         
    IL   168   168 3   168     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     26      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.979 -5.451 -5.719 -5.880 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   173   122 1   174     3     0     0   366   800 -15.656  -0.000 -14.310                         
    IL   174   174 2   174     3     1     1   367   802  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     32      - u - - -
    ML   175   174 2   177     5     1     1   366   800  -6.965  -0.012 -14.405 -14.617 -15.509         -0.767  0.247 -0.541  0.622 
     D   176   174 2   177     5     0     0   363   797  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1   366   800  -4.739  -0.086  -6.418  -8.251  -7.524          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     34     98 c g - -
    MP   178   177 3   182     6     2     2   365   799  -5.747 -15.465  -0.027 -14.242 -14.521 -14.916 -9.885 -9.590 -7.049 -1.310 -4.971 -5.898  2.949 -9.394 -9.739  0.320 -10.249 -7.159  1.881 -10.065  1.520 -8.459 
    ML   179   177 3   182     6     1     1   362   796  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   361   796  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0   356   790  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   364   798  -6.634  -6.897  -0.036  -8.552  -9.328  -8.989  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   364   798  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     36     97 C G - -
    MP   184   183 6   188     6     2     2   363   797 -15.526  -6.652  -0.015 -11.302 -14.521 -14.916 -6.877 -5.873 -6.254  0.036 -3.549 -6.066  3.118 -3.403 -4.198  1.982 -4.151 -2.870  0.246 -3.683 -2.748 -1.154 
    ML   185   183 6   188     6     1     1   360   795  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 6   188     6     1     1   359   794  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0   354   789  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   362   796  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   362   796  -5.006  -0.071  -8.517  -6.685  -7.791          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     37     95 c g - -
    MP   190   189 6   194     6     2     2   361   795 -15.525  -3.955  -0.096 -14.241 -14.521 -14.916 -5.432 -5.798 -8.758  0.621 -2.574 -5.286  2.733 -8.792 -8.779  2.550 -4.372 -4.636  0.232 -4.351 -1.435 -4.901 
    ML   191   189 6   194     6     1     1   358   793  -6.727  -7.073  -0.808  -1.482  -6.923  -4.452  0.975 -0.842 -0.583 -0.307 
    MR   192   189 6   194     6     1     1   357   791  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0   353   787  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   361   795  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   366   800  -0.195  -8.554  -3.020 -12.145 -13.251          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     38     85 G C - -
    MP   196   195 6   200     6     2     2   358   793 -15.430 -15.369  -0.000 -14.146 -14.425 -14.820 -9.418 -2.550 -2.158 -3.755 -10.359 -5.984  2.036 -9.923 -9.672  3.317 -3.024 -0.250 -5.696 -9.093 -1.181 -6.099 
    ML   197   195 6   200     6     1     1   356   791 -12.465 -12.811  -7.526  -0.010 -12.661 -10.191 -7.234  1.991 -7.699 -6.276 
    MR   198   195 6   200     6     1     1   355   789  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0   352   786  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   357   792  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   357   791  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     39     84 C G - -
    MP   202   201 6   206     4     2     2   356   791 -14.649 -14.856  -0.000 -13.270                 -5.760 -3.887 -6.766  0.596 -3.637 -10.581  3.539 -3.847 -9.596 -3.790 -10.109  1.108 -1.633 -9.921 -4.270 -6.253 
    ML   203   201 6   206     4     1     1   355   790  -9.555  -9.737  -0.008  -8.467                 -6.401 -8.163  1.992 -7.161 
    MR   204   201 6   206     4     1     1   352   787  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     4     0     0   351   785  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   356   790  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   356   790  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     40      - C - - -
    ML   208   207 6   210     3     1     1   354   789 -15.656  -0.000 -14.310                         -6.092  1.452 -9.836  0.321 
     D   209   207 6   210     3     0     0   349   783  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   354   789  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     41      - U - - -
    ML   211   210 3   213     3     1     1   353   788 -15.656  -0.000 -14.310                         -6.435 -4.877 -6.455  1.979 
     D   212   210 3   213     3     0     0   346   780  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   353   787  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     42      - u - - -
    ML   214   213 3   216     3     1     1   352   787 -15.656  -0.000 -14.310                         -0.013 -0.021 -0.021  0.054 
     D   215   213 3   216     3     0     0   343   777  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   352   786  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     43      - u - - -
    ML   217   216 3   219     3     1     1   351   786 -15.656  -0.000 -14.310                          0.004 -0.004 -0.004  0.004 
     D   218   216 3   219     3     0     0   337   771  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   351   785  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     44      - u - - -
    ML   220   219 3   222     3     1     1   350   785 -15.656  -0.000 -14.310                          0.004 -0.004 -0.004  0.004 
     D   221   219 3   222     3     0     0   325   760  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   349   783  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     45      - A - - -
    ML   223   222 3   225     3     1     1   349   784  -2.022  -0.408 -14.310                          1.948 -5.201 -3.297 -6.177 
     D   224   222 3   225     3     0     0   281   715  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   381   816  -0.061  -4.590 -15.623                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     83      - C - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                 -1.713  1.781 -6.595 -2.007 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Asp
ACC   euk-Asp-r2-031616
LENG  72
MAXL  414
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 07:17:26 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Asp-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Asp-r2-031616.sto
NSEQ  782
EFFN  15.700020
CKSUM 744627801
STATS LOCAL MSV       -8.0964  0.71883
STATS LOCAL VITERBI   -9.0780  0.71883
STATS LOCAL FORWARD   -3.5939  0.71883
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.58346  1.40217  1.22215  1.37011
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  0.00000        *
      1   2.73749  2.10155  2.16024  0.35996      1 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
      2   2.96268  0.39485  2.34277  1.72329      2 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
      3   2.73823  0.47250  2.49578  1.47211      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
      4   2.73960  1.05321  1.75246  0.88373      4 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
      5   2.19121  0.90669  2.30997  0.95427      5 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
      6   1.80445  2.19445  0.52059  2.04142      6 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.87862  4.70731  1.46634  0.26236  1.09861  0.40547
      7   1.48872  2.60213  0.79576  1.39037      7 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.01535  4.87720  4.87720  1.46634  0.26236  1.15904  0.37657
      8   3.53826  3.18829  3.78554  0.09762      8 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03692  3.55335  4.87720  0.46726  0.98542  0.98772  0.46589
      9   0.42994  4.33929  1.14629  3.98493     11 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03249  3.71492  4.87862  0.53874  0.87583  1.09861  0.40547
     10   2.45916  3.16977  0.18981  3.09295     13 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     11   3.51782  1.90449  3.37603  0.23920     14 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     12   1.11469  1.25725  2.23185  1.27218     15 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     13   3.22653  1.05937  3.17831  0.55866     16 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     14   0.02172  5.34338  4.51729  5.15179     17 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     15   2.70051  4.61826  0.10189  3.92038     18 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     16   2.88689  2.83722  3.25561  0.16593     19 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.04036  3.44358  4.87862  0.42287  1.06468  1.09861  0.40547
     17   4.36390  5.05739  0.02571  5.06891     21 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     18   4.18225  4.78618  0.03446  4.57895     22 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     19   2.40402  2.16534  3.48208  0.26894     23 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.04084  3.93565  3.88820  0.65372  0.73419  1.09861  0.40547
     20   2.17877  1.61928  2.00090  0.59138     25 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01553  4.86567  4.86567  1.46634  0.26236  0.55551  0.85279
     21   0.03900  4.41716  4.28593  4.38815     26 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     22   2.15757  3.28092  0.34033  2.00052     27 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     23   1.70981  2.44034  0.96353  1.04861     28 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     24   0.27171  3.47197  1.77242  3.29832     29 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02254  4.22129  4.87862  0.83616  0.56805  1.09861  0.40547
     25   3.09934  0.91821  3.02610  0.67888     31 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     26   1.62459  1.31563  1.75406  1.01713     32 u - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02211  4.25044  4.87862  0.85725  0.55222  1.09861  0.40547
     27   2.65173  0.84075  2.11045  0.97577     34 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.03134  3.76176  4.87862  0.56146  0.84485  1.09861  0.40547
     28   2.04993  0.86311  1.41492  1.57764     36 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     29   1.99007  1.01962  1.15024  1.68188     37 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     30   2.21362  1.56948  0.50869  2.51009     38 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     31   2.10806  0.57898  1.74646  1.94024     39 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     32   3.34621  0.43643  4.13780  1.19572     40 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     33   3.69468  3.45695  4.13957  0.07506     41 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     34   1.31925  1.47561  1.48803  1.27938     42 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     35   1.31223  1.46758  1.47911  1.30027     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     36   1.31223  1.46758  1.47911  1.30027     44 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     37   0.07048  4.05423  3.37866  4.09757     45 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.24927  1.54637  4.87862  3.16821  0.04299  1.09861  0.40547
     38   2.53028  0.21172  4.09488  2.35902     83 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.07190  4.87862  2.78435  1.46634  0.26236  1.09861  0.40547
     39   2.11820  2.61887  0.52838  1.52644     84 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01622  4.82294  4.82294  1.46634  0.26236  0.22019  1.62132
     40   3.00309  0.57917  1.44239  1.87315     85 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.07221  2.78435  4.84127  1.92768  0.15722  1.09861  0.40547
     41   1.89052  1.20141  0.93627  1.85694     95 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02384  4.13837  4.87833  0.77902  0.61407  1.07387  0.41807
     42   1.83202  1.50392  0.79989  1.78215     97 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     43   1.42095  2.21196  0.57374  2.45787     98 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     44   0.58516  2.65025  1.79006  1.58281     99 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.16096  1.95854  4.87862  1.34996  0.30009  1.09861  0.40547
     45   4.03605  4.92480  0.03830  4.37042    127 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02013  4.87862  4.39650  1.46634  0.26236  1.09861  0.40547
     46   0.40389  3.10407  1.71592  2.22920    128 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01541  4.87390  4.87390  1.46634  0.26236  0.80422  0.59319
     47   3.87847  0.12753  2.98607  3.02488    129 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     48   3.79447  0.11353  3.41752  2.95593    130 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01619  4.87862  4.77292  1.46634  0.26236  1.09861  0.40547
     49   2.05015  0.80712  1.32470  1.83722    131 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01534  4.87778  4.87778  1.46634  0.26236  1.02940  0.44196
     50   1.50547  3.03305  0.39163  2.91946    132 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02222  4.24271  4.87862  0.85161  0.55639  1.09861  0.40547
     51   2.50785  3.39192  0.17167  3.15462    134 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     52   3.64537  4.44355  0.05152  4.39379    135 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02370  4.15958  4.85260  0.79313  0.60226  1.09861  0.40547
     53   3.69772  3.68260  4.08283  0.06913    137 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01534  4.87842  4.87842  1.46634  0.26236  1.08134  0.41422
     54   4.52105  3.97237  5.05373  0.03676    138 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01557  4.87862  4.84876  1.46634  0.26236  1.09861  0.40547
     55   4.05800  0.09390  4.40497  2.81129    139 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01534  4.87839  4.87839  1.46634  0.26236  1.07880  0.41552
     56   0.52789  4.04645  0.97675  4.12663    140 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     57   0.02388  5.19974  4.62863  4.78970    141 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     58   3.16240  2.87953  3.53420  0.13658    142 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     59   3.16411  1.15492  3.78110  0.47825    143 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     60   4.53329  0.06767  4.08782  3.27259    144 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     61   3.43710  0.22095  3.19960  2.07699    145 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     62   3.22361  0.50292  2.91247  1.20035    146 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01623  4.87862  4.76879  1.46634  0.26236  1.09861  0.40547
     63   2.08918  1.40113  0.73393  1.89796    147 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.03296  3.69653  4.87774  0.53046  0.88755  1.02675  0.44343
     64   3.13484  3.79582  0.10120  3.49745    149 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02979  3.89629  4.70731  0.63169  0.75863  1.09861  0.40547
     65   1.47467  1.08774  2.40356  1.06777    151 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.01535  4.87720  4.87720  1.46634  0.26236  0.98772  0.46589
     66   2.23984  0.68168  2.01251  1.37000    152 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     67   1.57915  2.43443  0.56894  1.96558    153 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     68   2.09522  1.87213  0.45035  2.45621    154 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     69   1.65562  2.65196  0.41802  2.52370    155 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     70   2.07766  2.48030  0.31829  2.75412    157 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01533  4.87862  4.87862  1.46634  0.26236  1.09861  0.40547
     71   0.40408  2.26880  1.86382  2.60513    158 A - - )
          1.38629  1.38629  1.38629  1.38629
          0.03980  3.46055  4.87862  1.16768  0.37264  1.09861  0.40547
     72   0.95965  3.96612  0.55703  3.68422    162 G - - :
          1.38629  1.38629  1.38629  1.38629
          0.00770  4.87099        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Cys
ACC      euk-Cys-r2-031616
STATES   230
NODES    61
CLEN     72
W        501
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 07:33:51 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Cys-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Cys-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Cys-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Cys-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Cys-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Cys-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Cys-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1170
EFFN     1170.000000
CKSUM    2537362871
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -13.5523 0.71882
ECMLC    0.73900    -6.21555     2.18704     1600000      596972  0.002010
ECMGC    0.34237   -41.16232   -28.57408     1600000       29771  0.013436
ECMLI    0.65766    -6.83328     2.45670     1600000      540213  0.002221
ECMGI    0.37504   -37.42254   -25.95055     1600000       29552  0.013535
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   501  1033 -15.120 -16.366  -0.028  -5.691                 
    IL     1     1 2     1     4    21    43   502  1034  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    22    45   503  1035  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    161 - U - -
    MR     3     2 3     5     5    26    51   502  1034  -5.300  -0.037 -14.957 -15.169 -16.060         -1.482 -1.560 -3.828  1.693 
     D     4     2 3     5     5    18    41   494  1026 -10.103  -5.093  -7.729  -9.160  -0.054         
    IR     5     5 3     5     5    26    51   504  1036  -0.603  -1.557 -11.764  -9.931 -11.037          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    157 G C - -
    MP     6     5 3    10     6    25    50   501  1033 -16.075  -6.718  -0.014 -14.791 -15.071 -15.466 -10.046 -4.847 -6.237 -1.280 -10.995 -4.868 -4.736 -10.554 -4.676  3.717 -5.010  0.524 -0.444 -3.972 -8.068 -8.829 
    ML     7     5 3    10     6    21    44   499  1030  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    21    44   499  1030  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    18    41   494  1025 -14.443 -13.141  -8.938  -9.620  -9.638  -0.007 
    IL    10    10 5    10     6    21    44   499  1031  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    19    42   495  1027  -5.421  -3.508  -8.932  -7.100  -0.185          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    155 G C - -
    MP    12    11 6    16     6    25    50   499  1031 -16.061 -16.001  -0.000 -14.777 -15.057 -15.452 -5.665 -3.200 -5.280 -1.250 -3.586 -8.216  0.917 -10.534 -5.783  3.471 -4.402  0.563 -0.503 -3.746 -4.796 -8.812 
    ML    13    11 6    16     6    21    44   497  1028  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    21    44   497  1029  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    17    41   494  1025 -15.006  -1.718  -9.502 -10.184 -10.201  -0.529 
    IL    16    16 5    16     6    22    45   498  1030  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    23    48   498  1030  -5.342  -0.056  -8.853  -7.021  -8.127          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    153 G C - -
    MP    18    17 6    22     6    23    48   497  1029 -16.074 -16.013  -0.016 -14.790  -6.507 -15.465 -10.039 -3.408 -5.060 -0.073 -10.980 -7.733 -0.088  0.117 -5.011  3.408 -4.975 -1.112  0.645 -6.024 -2.535 -8.824 
    ML    19    17 6    22     6    20    43   495  1027  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    21    43   496  1027  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    17    40   491  1023 -14.484 -13.182  -3.973  -9.661  -9.679  -0.099 
    IL    22    22 5    22     6    21    44   496  1028  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    21    45   496  1028  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    152 G C - -
    MP    24    23 6    28     6    21    46   495  1027 -16.060 -15.999  -0.001 -11.742 -15.056 -15.451 -10.064 -2.906 -9.898 -1.149 -10.623 -10.514  1.317 -7.517 -6.105  3.280 -3.827 -0.415  0.573 -9.778 -0.188 -8.826 
    ML    25    23 6    28     6    19    42   493  1025  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    21    44   495  1027  -0.088  -9.791  -5.699  -9.769  -4.903  -7.983 -5.196  1.964 -5.699 -4.292 
     D    27    23 6    28     6    17    40   491  1023 -14.392 -13.090  -6.679  -1.011  -9.587  -1.022 
    IL    28    28 5    28     6    20    44   494  1026  -6.433  -6.696  -0.041  -8.351  -9.128  -8.788  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    20    43   494  1026  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      6    151 G C - -
    MP    30    29 6    34     6    19    44   493  1025 -16.076 -16.015  -0.001 -10.756 -15.071 -15.466 -9.308 -2.938 -9.346 -1.314 -5.069 -7.828  1.713 -5.921 -6.575  3.178 -7.951 -1.773  1.077 -2.668 -1.421 -2.856 
    ML    31    29 6    34     6    17    41   491  1023 -10.354 -10.700  -5.415  -0.043 -10.550  -8.080 -4.443 -6.007  1.967 -5.177 
    MR    32    29 6    34     6    16    39   491  1022  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    17    39   491  1023 -13.384 -12.082  -0.067  -8.562  -8.579  -4.654 
    IL    34    34 5    34     6    18    40   492  1024  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    18    40   492  1024  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      7    150 U G - -
    MP    36    35 6    40     6    17    42   491  1023 -16.088 -16.027  -0.002  -9.373 -15.084 -15.479 -9.489 -9.436 -4.869 -0.186 -4.213 -10.438  1.480 -5.489 -6.513  0.438 -5.706 -2.613  0.592 -5.343  3.169 -2.806 
    ML    37    35 6    40     6    16    40   490  1022 -10.428 -10.774  -0.048  -5.183 -10.624  -8.154 -4.649 -4.238 -5.462  1.958 
    MR    38    35 6    40     6    15    38   489  1021  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6    13    36   487  1019  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    16    39   490  1022  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    16    39   490  1022  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      8    149 A U - -
    MP    42    41 6    46     4    15    40   489  1021 -15.324 -15.531  -0.000 -13.945                 -4.603 -5.722 -3.634  3.289 -11.022 -4.899 -6.088 -10.581 -6.021  1.311 -4.609  0.779  0.781 -9.746 -5.028 -4.952 
    ML    43    41 6    46     4    13    37   487  1019  -5.266  -5.448  -2.014  -0.507                  1.680 -2.205 -1.853 -1.731 
    MR    44    41 6    46     4    14    37   488  1019  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    13    36   487  1018  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    15    39   489  1021  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    15    38   489  1020  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      9      - U - - -
    ML    48    47 6    50     3    13    38   487  1019 -16.234  -0.000 -14.888                         -6.556 -5.141 -4.294  1.967 
     D    49    47 6    50     3    12    36   486  1018  -8.549  -0.206  -2.941                         
    IL    50    50 3    50     3    14    37   488  1019  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     10      - A - - -
    ML    51    50 3    53     2    12    37   486  1018  -6.806  -0.013                                  1.751 -6.635 -0.708 -6.319 
     D    52    50 3    53     2    11    36   485  1017  -8.445  -0.004                                 
    IL    53    53 3    53     2    12    37   486  1018  -5.428  -0.034                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    11    36   485  1017                                                 
                                             [ BEGR   42 ]      -      - - - - -
     S    55    54 1    56     3     0     3   127   268 -16.236  -0.000 -14.890                         
    IL    56    56 2    56     3     1     3   128   269  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   43 ]    101      - A - - -
    ML    57    56 2    59     3     1     3   127   268 -16.236  -0.076  -4.280                          1.658 -3.249 -4.243 -0.543 
     D    58    56 2    59     3     0     0   118   259  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     2   127   268  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    102      - G - - -
    ML    60    59 3    62     3     1     2   126   267  -3.402  -0.143 -14.814                         -2.035 -11.448  1.877 -3.597 
     D    61    59 3    62     3     0     0    72   213 -13.384  -0.016  -6.546                         
    IL    62    62 3    62     3     1     1   143   284  -0.189  -3.447  -5.020                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    124      - G - - -
    ML    63    62 3    65     3     1     1    28    46  -6.561  -0.136  -3.661                         -3.238 -12.106  1.937 -3.931 
     D    64    62 3    65     3     0     0    26    45 -12.236  -7.749  -0.007                         
    IL    65    65 3    65     3     1     1    28    47  -4.514  -0.075  -7.215                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    126      - U - - -
    ML    66    65 3    68     3     1     1    27    45 -16.083  -0.000 -14.737                         -2.500 -3.421 -3.570  1.866 
     D    67    65 3    68     3     0     0    26    45 -14.341  -0.008  -7.504                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    127      - C - - -
    ML    69    68 3    71     5     1     1    26    44 -15.169  -0.001 -10.965 -15.196 -16.088         -10.236  1.854 -5.163 -1.487 
     D    70    68 3    71     5     0     0    25    43  -5.555  -0.907  -4.816  -1.768  -3.104         
    IL    71    71 3    71     5     1     1    27    45  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    128    148 C G - -
    MP    72    71 3    76     6     2     2    25    43 -16.102  -6.591  -0.015 -14.818 -15.097 -15.492 -10.401 -10.084 -5.730  0.294 -3.414 -5.300  3.375 -5.025 -10.262  1.278 -10.773  0.344 -1.397 -10.576 -2.699 -8.980 
    ML    73    71 3    76     6     1     1    25    43  -7.092  -7.438  -0.584  -1.847  -7.288  -4.818 -0.397 -0.629 -1.041  1.076 
    MR    74    71 3    76     6     1     1    25    44  -7.314  -6.043  -1.952  -6.021  -0.618  -4.235  0.108 -0.770  0.573 -0.237 
     D    75    71 3    76     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    24    42  -5.557  -0.048  -9.068  -7.236  -8.342          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    129    146 C G - -
    MP    78    77 6    82     6     2     2    23    41 -16.102 -16.042  -0.000 -14.818 -15.098 -15.493 -10.450 -10.153 -2.855 -2.501 -3.495 -5.370  3.613 -5.632 -10.305 -2.289 -6.347 -7.722  0.867 -10.630  0.329 -5.980 
    ML    79    77 6    82     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    24    43  -7.314  -6.043  -1.952  -6.021  -0.618  -4.235  0.108 -0.770  0.573 -0.237 
     D    81    77 6    82     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    25    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    130    145 g c - -
    MP    84    83 6    88     6     2     2    21    39  -6.993 -16.042  -0.012 -14.818 -15.098 -15.493 -5.566 -9.869 -6.304 -0.999 -3.044 -8.269  2.009 -7.700 -10.009  2.096 -10.534 -4.624  1.911 -7.299  1.599 -2.349 
    ML    85    83 6    88     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    24    42  -7.314  -6.043  -1.117  -6.021  -1.155  -4.235  0.108 -0.770  0.573 -0.237 
     D    87    83 6    88     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    21    39  -6.014  -6.277  -0.056  -7.932  -8.708  -8.368  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    132    144 G C - -
    MP    90    89 6    94     6     2     2    19    37 -16.103 -16.042  -0.000 -14.818 -15.098 -15.493 -10.071 -3.771 -5.435  1.175 -11.020 -6.572 -1.609 -4.949 -6.775  3.530 -5.144 -0.716  0.077 -6.385 -8.094 -6.616 
    ML    91    89 6    94     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    133    143 G C - -
    MP    96    95 6   100     4     2     2    17    35 -15.326 -15.533  -0.000 -13.947                 -14.085 -1.258 -16.670 -8.155 -15.690 -3.936 -9.962 -16.008 -6.486  3.906 -4.770 -2.823 -1.961 -3.662 -12.423 -15.921 
    ML    97    95 6   100     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    134      - U - - -
    ML   102   101 6   104     3     1     1    14    32  -7.055  -0.011 -14.890                         -9.648 -5.737 -6.021  1.987 
     D   103   101 6   104     3     0     0    17    36  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    15    33  -4.117  -0.099  -6.817                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    136      - U - - -
    ML   105   104 3   107     3     1     1    13    31 -16.236  -0.000 -14.890                         -6.334 -5.785 -6.648  1.985 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    137      - C - - -
    ML   108   107 3   110     3     1     1    11    30 -16.236  -0.000 -14.890                         -6.361  1.984 -6.322 -5.607 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    138      - A - - -
    ML   111   110 3   113     3     1     1    10    28 -16.236  -0.000 -14.890                          1.298 -6.062  0.602 -6.827 
     D   112   110 3   113     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    139      - A - - -
    ML   114   113 3   116     3     1     1     8    27 -16.236  -0.000 -14.890                          1.970 -6.783 -5.412 -4.367 
     D   115   113 3   116     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    140      - A - - -
    ML   117   116 3   119     3     1     1     6    12  -6.771  -0.015  -9.643                          1.482 -3.322 -2.681 -0.073 
     D   118   116 3   119     3     0     0     5    12  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1     7    13  -4.360  -0.083  -7.061                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    142      - U - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -5.532  0.079 -5.764  1.538 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     0    15   462   994   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   173     0    15   462   994                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     0    33    56  -0.000 -14.230 -13.638 -14.278                 
                                             [ MATP   15 ]     12     32 G C - -
    MP   127   126 1   131     6     2     2    33    56  -7.060 -16.042  -0.011 -14.818 -15.098 -15.493 -10.074 -4.403 -9.892 -0.536 -11.023 -6.300 -2.735 -5.700 -1.430  3.802 -5.821 -0.875 -2.997 -4.012 -8.097 -8.858 
    ML   128   126 1   131     6     1     1    31    55  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    31    55  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    29    52  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    32    55  -5.953  -6.216  -0.058  -7.872  -8.648  -8.308  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    32    56  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     14     31 C G - -
    MP   133   132 6   137     6     2     2    31    54 -16.103 -16.042  -0.000 -14.818 -15.098 -15.493 -13.155 -13.437 -4.415 -9.674 -4.257 -4.273  3.902 -11.738 -12.576 -9.646 -4.952 -11.842 -0.446 -12.989 -2.963 -11.378 
    ML   134   132 6   137     6     1     1    29    53  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    29    53  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    27    50  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    31    54  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    30    54  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     15     30 U A - -
    MP   139   138 6   143     6     2     2    29    52 -16.103 -16.042  -0.000 -14.818 -15.098 -15.493 -3.699 -4.342 -10.457 -4.293 -4.612 -11.290  0.984 -9.972 -6.417 -1.501 -10.827 -7.737  3.733 -6.639 -3.643 -4.508 
    ML   140   138 6   143     6     1     1    28    51  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    28    51  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    26    49  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    29    52  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    28    52  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     16     29 C G - -
    MP   145   144 6   149     4     2     2    27    50 -15.326 -15.533  -0.000 -13.947                 -0.980 -5.524 -7.457 -2.468 -1.198 -4.911  3.639 -5.592  0.253 -7.373 -5.191 -9.381 -1.162 -11.895 -0.587 -10.287 
    ML   146   144 6   149     4     1     1    27    50  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    26    50  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    25    49  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    28    51  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    27    51  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     17      - A - - -
    ML   151   150 6   153     3     1     1    25    48 -16.236  -0.000 -14.890                          1.988 -6.432 -6.323 -6.598 
     D   152   150 6   153     3     0     0    23    46  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    26    50  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     18      - G - - -
    ML   154   153 3   156     3     1     1    24    47 -16.236  -0.000 -14.890                         -3.496 -6.258  1.960 -6.838 
     D   155   153 3   156     3     0     0    22    45  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    25    49  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     19      - U - - -
    ML   157   156 3   159     3     1     1    23    46  -3.739  -0.112 -14.890                         -2.632 -0.337 -0.269  1.149 
     D   158   156 3   159     3     0     0    20    43  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    25    49  -1.139  -0.875 -10.780                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     23      - G - - -
    ML   160   159 3   162     3     1     1    10    29 -16.236  -0.000 -14.890                         -1.782 -6.624  1.882 -6.361 
     D   161   159 3   162     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     24      - G - - -
    ML   163   162 3   165     3     1     1     9    27 -16.236  -0.000 -14.890                         -5.092 -5.833  1.983 -11.483 
     D   164   162 3   165     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     25      - U - - -
    ML   166   165 3   168     3     1     1     7    13  -2.390  -0.305 -14.890                         -4.072 -2.268 -3.235  1.859 
     D   167   165 3   168     3     0     0     5    11  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1     7    13  -4.412  -0.070 -11.315                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     28      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.973 -4.778 -6.268 -5.407 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    26 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   27 ]      -      - - - - -
     S   173   125 1   174     3     0     0   447   979 -16.236  -0.000 -14.890                         
    IL   174   174 2   174     3     1     1   448   980  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   28 ]     33      - A - - -
    ML   175   174 2   177     5     1     1   447   979 -15.169  -0.000 -14.985 -15.197 -16.088          1.480 -5.847  0.233 -5.788 
     D   176   174 2   177     5     0     0   444   976  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1   447   978  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   29 ]     34    100 U G - -
    MP   178   177 3   182     6     2     2   446   978 -16.103  -5.999  -0.023 -14.818 -15.098 -15.493 -6.055  0.425 -3.100  0.714 -7.525 -8.388 -0.680 -2.191 -5.965  0.219 -5.927  0.618 -0.383 -3.747  3.074 -4.703 
    ML   179   177 3   182     6     1     1   443   975  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   443   975  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0   437   969  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   445   977  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   446   978  -1.037  -0.976 -10.549  -8.716  -9.822          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     35     97 U A - -
    MP   184   183 6   188     6     2     2   444   976 -16.103  -6.887  -0.026 -14.818  -6.745 -15.493 -10.390 -10.095 -10.392 -0.855  0.167 -11.236  1.780 -9.916 -6.837 -0.348 -5.795 -0.071  3.119 -5.174 -1.368 -5.508 
    ML   185   183 6   188     6     1     1   441   973  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 6   188     6     1     1   441   973  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0   436   967  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   443   975  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   443   975  -5.298  -0.058  -8.809  -6.977  -8.083          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     36     95 U A - -
    MP   190   189 6   194     6     2     2   442   974 -16.089 -16.029  -0.000 -14.805 -15.085 -15.480 -10.774 -10.489 -10.728  1.462 -9.552 -11.502  0.756 -10.229 -10.606  1.179 -11.088 -8.077  3.206 -7.967 -5.655 -5.028 
    ML   191   189 6   194     6     1     1   439   971  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1   440   971 -10.865  -9.594  -5.503  -9.572  -0.044  -7.786 -4.405 -5.962  1.967 -5.138 
     D   193   189 6   194     6     0     0   434   966  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   441   973  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   441   972  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     37     94 G C - -
    MP   196   195 6   200     6     2     2   440   972 -16.089  -6.981  -0.012 -14.805 -15.085 -15.480 -14.071 -3.241 -16.651 -8.141 -15.675 -5.154 -2.608 -15.992 -4.637  3.854 -7.213  0.199 -10.319 -4.395 -12.408 -15.900 
    ML   197   195 6   200     6     1     1   438   969  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   439   970 -10.865  -9.594  -0.068  -9.572  -4.706  -7.786 -4.496 -4.097 -5.304  1.953 
     D   199   195 6   200     6     0     0   433   964  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   439   971  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   439   971  -5.205  -0.062  -8.716  -6.884  -7.990          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     38     92 A U - -
    MP   202   201 6   206     4     2     2   438   970 -15.326 -15.533  -0.000 -13.947                 -4.739 -3.121 -6.676  3.865 -14.416 -15.596 -0.352 -3.997 -11.903 -1.834 -4.566 -4.923 -9.841 -13.642 -4.088 -10.940 
    ML   203   201 6   206     4     1     1   436   968  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     4     1     1   434   965  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     4     0     0   432   963  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   437   969  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   437   969  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   34 ]     39      - C - - -
    ML   208   207 6   210     3     1     1   436   968 -16.236  -0.000 -14.890                         -5.837  1.586 -6.528 -0.044 
     D   209   207 6   210     3     0     0   430   961  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   436   968  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     40      - U - - -
    ML   211   210 3   213     3     1     1   435   967 -16.236  -0.000 -14.890                         -6.456 -4.975 -6.352  1.980 
     D   212   210 3   213     3     0     0   427   958  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   435   966  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     41      - c - - -
    ML   214   213 3   216     3     1     1   434   966 -16.236  -0.000 -14.890                         -0.011  0.037 -0.016 -0.010 
     D   215   213 3   216     3     0     0   422   954  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   433   965  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     42      - u - - -
    ML   217   216 3   219     3     1     1   433   965 -16.236  -0.000 -14.890                          0.003 -0.003 -0.003  0.003 
     D   218   216 3   219     3     0     0   415   947  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   432   963  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     43      - u - - -
    ML   220   219 3   222     3     1     1   432   964 -16.236  -0.000 -14.890                          0.003 -0.003 -0.003  0.003 
     D   221   219 3   222     3     0     0   401   933  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   430   962  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     44      - G - - -
    ML   223   222 3   225     3     1     1   431   963  -1.837  -0.474 -14.890                          0.300 -4.897  1.436 -5.060 
     D   224   222 3   225     3     0     0   343   875  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   467   998  -0.050  -4.876 -16.672                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     91      - A - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                  1.740 -3.293 -5.223 -0.916 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    41 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Cys
ACC   euk-Cys-r2-031616
LENG  72
MAXL  494
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 07:33:52 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Cys-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Cys-r2-031616.sto
NSEQ  1170
EFFN  13.911781
CKSUM 2537362871
STATS LOCAL MSV       -8.2511  0.71882
STATS LOCAL VITERBI   -8.8241  0.71882
STATS LOCAL FORWARD   -3.8107  0.71882
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.49344  1.45516  1.23274  1.38411
          1.38629  1.38629  1.38629  1.38629
          0.01464  4.92449  4.92449  1.46634  0.26236  0.00000        *
      1   2.17888  2.97832  0.28453  2.48191      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02281  4.92449  4.18100  1.46634  0.26236  1.09861  0.40547
      2   2.13932  2.12733  0.39442  2.41866      2 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01476  4.91644  4.91644  1.46634  0.26236  1.41178  0.27933
      3   2.00459  2.07422  0.48820  2.07225      3 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01465  4.92401  4.92401  1.46634  0.26236  1.41178  0.27933
      4   2.16352  1.88952  0.54570  1.86754      4 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01463  4.92507  4.92507  1.46634  0.26236  0.66829  0.71863
      5   2.17648  1.62147  0.69431  1.66321      6 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.01451  4.93317  4.93317  1.46634  0.26236  1.09861  0.40547
      6   2.21048  1.43520  1.92093  0.68159      7 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
      7   0.85248  2.66226  1.00895  1.97148      8 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.01566  4.94073  4.78116  1.46634  0.26236  1.09861  0.40547
      8   3.54640  3.36328  3.68630  0.09268      9 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01442  4.93950  4.93950  1.46634  0.26236  0.99511  0.46153
      9   0.21614  4.00334  1.86231  3.87220     10 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02207  4.22119  4.94073  0.79279  0.60254  1.09861  0.40547
     10   2.11161  2.92503  0.26984  2.78397     12 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02086  4.30555  4.94073  0.85214  0.55600  1.09861  0.40547
     11   4.82243  0.05502  4.71202  3.31033     14 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     12   2.72551  1.55040  2.39375  0.46039     15 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     13   2.12592  0.60625  1.93335  1.65746     16 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     14   0.03038  4.74714  4.46029  4.63734     17 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     15   3.46435  4.72401  0.05334  4.44255     18 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     16   2.13248  1.61074  1.66993  0.70632     19 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.08067  2.65421  4.94073  0.69001  0.69630  1.09861  0.40547
     17   2.57624  4.31351  0.11440  3.98173     23 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     18   4.04361  4.88843  0.03341  4.85513     24 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     19   3.20393  2.69036  3.31845  0.15627     25 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.19274  1.78289  4.94073  0.12409  2.14812  1.09861  0.40547
     20   0.04956  4.09170  4.18235  4.11152     28 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     21   1.58175  2.39266  0.54396  2.09919     29 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     22   0.50326  2.52562  1.44096  2.54162     30 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     23   3.46995  4.79527  0.04940  4.73117     31 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     24   2.82542  0.34499  2.75421  1.77888     32 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     25   0.39058  3.89415  1.27701  3.72537     33 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     26   1.55816  1.83956  1.57938  0.85687     34 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     27   2.36138  1.21185  1.88610  0.78438     35 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02243  4.94073  4.19776  1.46634  0.26236  1.09861  0.40547
     28   1.80521  1.63623  1.76612  0.75533     36 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01452  4.93282  4.93282  1.46634  0.26236  1.41152  0.27941
     29   2.71973  3.30898  0.14872  3.33147     37 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01452  4.93282  4.93282  1.46634  0.26236  0.66854  0.71837
     30   0.07500  3.73715  3.42127  4.14996     38 A - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     31   3.18891  0.35858  3.87676  1.42963     39 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     32   3.60659  3.39415  4.04836  0.08139     40 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     33   1.31320  1.45374  1.49284  1.29970     41 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     34   1.30741  1.47332  1.48587  1.29458     42 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     35   1.30741  1.47332  1.48587  1.29458     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     36   1.22054  3.51051  0.45064  3.27471     44 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.28835  1.41325  4.94073  3.36743  0.03509  1.09861  0.40547
     37   0.24536  2.95254  3.39565  2.02608     91 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     38   4.35918  3.57316  3.60579  0.07045     92 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02116  4.28410  4.94073  0.83666  0.56767  1.09861  0.40547
     39   3.55558  0.21816  3.16772  2.07676     94 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     40   0.81864  1.85155  1.51756  1.69976     95 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02169  4.24730  4.94073  0.81073  0.58795  1.09861  0.40547
     41   0.79504  2.26142  1.20848  1.92700     97 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02793  3.89236  4.94073  0.94419  0.49265  1.09861  0.40547
     42   1.85040  1.70187  0.86847  1.42342    100 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     43   0.31106  2.85773  3.14783  1.78984    101 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.05946  4.94073  2.98425  1.46634  0.26236  1.09861  0.40547
     44   2.63481  4.21426  0.12809  3.38999    102 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.09884  2.44603  4.89634  2.05142  0.13760  0.25429  1.49372
     45   3.27626  4.71743  0.07281  3.75002    124 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.11361  4.14304  2.39122  0.74146  0.64706  1.11104  0.39931
     46   2.77622  2.97756  3.37609  0.15943    126 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01574  4.85233  4.85233  1.46634  0.26236  0.14774  1.98524
     47   3.89128  0.13815  4.12110  2.38173    127 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01441  4.94047  4.94047  1.46634  0.26236  1.09408  0.40774
     48   2.18635  0.67123  1.50187  1.87158    128 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94059  4.94059  1.46634  0.26236  1.10540  0.40209
     49   2.64609  0.51354  2.45905  1.40574    129 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94059  4.94059  1.46634  0.26236  1.10540  0.40209
     50   2.35266  1.26564  1.42260  0.96302    130 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02117  4.28348  4.94059  0.83633  0.56792  1.08518  0.41225
     51   1.73249  2.79617  0.40200  2.37374    132 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     52   2.51158  3.38027  0.17900  3.02179    133 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     53   3.79156  3.55413  4.11360  0.06990    134 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02085  4.30619  4.94073  0.85260  0.55566  1.09861  0.40547
     54   3.64273  3.50458  4.11328  0.07536    136 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     55   4.33960  0.04421  4.57608  3.91656    137 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     56   0.50246  3.99217  1.03427  3.86245    138 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     57   0.04865  4.39208  4.10816  3.98046    139 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     58   0.46625  2.69064  2.61327  1.46308    140 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02332  4.20851  4.80640  0.78422  0.60968  1.09861  0.40547
     59   3.21372  1.44268  3.73436  0.35723    142 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01442  4.93971  4.93971  1.46634  0.26236  1.01109  0.45228
     60   3.26946  0.18566  3.23273  2.38629    143 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     61   2.53539  0.47254  2.63495  1.48887    144 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     62   1.39565  1.49211  0.89832  2.11879    145 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01440  4.94073  4.94073  1.46634  0.26236  1.09861  0.40547
     63   1.74339  2.61680  0.40240  2.48499    146 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02375  4.13968  4.88679  0.73915  0.64917  1.09861  0.40547
     64   2.08179  1.80753  0.62433  1.73946    148 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01566  4.94034  4.78076  1.46634  0.26236  1.06297  0.42377
     65   2.10849  1.26087  2.42440  0.67995    149 U - - )
          1.38629  1.38629  1.38629  1.38629
          0.02314  4.93950  4.15286  1.46634  0.26236  0.99511  0.46153
     66   1.77532  2.07234  0.56753  1.98229    150 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01464  4.92452  4.92452  1.46634  0.26236  1.37282  0.29221
     67   1.90532  0.74375  1.48467  1.90165    151 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.01463  4.92486  4.92486  1.46634  0.26236  1.38986  0.28650
     68   2.21110  0.63490  1.63063  1.80407    152 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01465  4.92401  4.92401  1.46634  0.26236  1.41178  0.27933
     69   2.25146  0.55531  2.21184  1.55418    153 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.02232  4.21274  4.92401  1.46634  0.26236  0.66829  0.71863
     70   2.59180  0.50738  2.03187  1.65050    155 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01464  4.92449  4.92449  1.46634  0.26236  1.09861  0.40547
     71   2.67462  0.38652  2.79026  1.65944    157 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03654  3.55397  4.92438  1.17130  0.37101  1.09861  0.40547
     72   2.27526  2.30909  3.26146  0.27503    161 U - - :
          1.38629  1.38629  1.38629  1.38629
          0.00735  4.91709        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Gln
ACC      euk-Gln-r2-031616
STATES   230
NODES    61
CLEN     72
W        595
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 07:57:20 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Gln-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Gln-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gln-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gln-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gln-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gln-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Gln-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1162
EFFN     1162.000000
CKSUM    165419657
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -12.4743 0.71880
ECMLC    0.76608    -6.00263     2.11065     1600000      600467  0.001998
ECMGC    0.36314   -43.54316   -31.86604     1600000       27776  0.014401
ECMLI    0.72367    -6.10788     2.38495     1600000      560219  0.002142
ECMGI    0.37871   -40.49108   -29.30909     1600000       27616  0.014484
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   595  1234 -15.110 -16.356  -0.001 -11.660                 
    IL     1     1 2     1     4    19    41   597  1236  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    20    43   598  1237  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    175 - U - -
    MR     3     2 3     5     5    26    52   597  1236  -5.317  -0.037 -14.974 -15.187 -16.078         -0.267 -3.646 -1.140  1.398 
     D     4     2 3     5     5    17    38   592  1231  -5.647  -1.002  -3.274  -4.705  -1.560         
    IR     5     5 3     5     5    23    51   598  1238  -0.603  -1.557 -11.765  -9.933 -11.039          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    171 G C - -
    MP     6     5 3    10     6    26    51   595  1235 -16.093 -16.032  -0.001 -10.662 -15.088 -15.483 -12.707 -4.467 -13.036 -2.855 -13.888 -11.629 -3.024 -13.542 -11.726  3.842 -6.818 -2.957  0.266 -6.030 -10.872 -12.001 
    ML     7     5 3    10     6    19    41   593  1232  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    19    40   592  1231  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    15    36   587  1226  -9.495  -8.193  -3.990  -4.672  -4.690  -0.227 
    IL    10    10 5    10     6    19    42   594  1233  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    19    42   594  1233  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    170 G C - -
    MP    12    11 6    16     6    25    50   593  1233 -16.092 -16.031  -0.000 -14.808 -15.087 -15.482 -10.138 -4.320 -9.960 -3.599 -11.085 -5.567  0.848 -10.648 -4.035  3.741 -6.999 -2.886 -3.725 -4.593 -1.530 -8.926 
    ML    13    11 6    16     6    19    41   592  1231  -7.236  -7.582  -0.517  -1.991  -7.432  -4.962 -0.515 -0.712 -1.171  1.167 
    MR    14    11 6    16     6    18    40   590  1229  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    14    36   585  1225  -9.495  -8.193  -3.990  -4.672  -4.690  -0.227 
    IL    16    16 5    16     6    19    41   592  1231  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    19    42   592  1231  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    169 U A - -
    MP    18    17 6    22     6    24    48   591  1231 -16.093 -16.032  -0.000 -14.808 -15.088 -15.483 -5.307 -10.290 -10.557 -3.338 -1.873 -11.367  1.075 -10.065 -5.187  0.005 -10.922 -7.866  3.612 -5.845 -2.246 -9.145 
    ML    19    17 6    22     6    18    40   589  1228  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    18    40   589  1228  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    14    36   585  1224  -9.495  -8.193  -3.990  -4.672  -4.690  -0.227 
    IL    22    22 5    22     6    19    41   590  1229  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    19    41   590  1229  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    168 u g - -
    MP    24    23 6    28     6    22    46   589  1229 -16.093 -16.032  -0.000 -12.479 -15.088 -15.483 -10.365 -10.075 -7.205 -1.101 -2.121 -11.213  1.798 -5.845 -10.231  0.373 -4.313 -1.791  1.924 -7.554  2.667 -6.253 
    ML    25    23 6    28     6    18    39   587  1226  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    17    39   587  1226  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    14    36   584  1223  -9.495  -8.193  -1.604  -4.672  -4.690  -0.765 
    IL    28    28 5    28     6    19    40   588  1228  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    19    40   588  1227  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    167 C G - -
    MP    30    29 6    34     6    20    44   587  1227  -7.052  -7.052  -0.022 -14.808 -15.088 -15.483 -2.051 -10.098 -10.397 -4.479 -5.354 -11.240  3.397 -5.815 -10.256  1.752 -8.107 -0.387 -1.153 -10.580 -2.206 -1.584 
    ML    31    29 6    34     6    17    39   586  1225  -6.556  -6.902  -0.951  -1.311  -6.752  -4.282  0.049  0.293 -0.641  0.136 
    MR    32    29 6    34     6    16    39   585  1224  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    13    36   582  1221  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    19    42   586  1226  -5.951  -6.214  -0.058  -7.869  -8.645  -8.306  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    19    42   586  1226  -5.147  -0.064  -8.658  -6.826  -7.932          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      7    165 C G - -
    MP    36    35 6    40     6    18    42   585  1225 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -10.392 -10.093 -5.537 -2.906 -4.021 -11.236  3.206 -5.712 -10.250 -0.496 -5.557 -4.108  2.427 -10.575 -2.370 -2.532 
    ML    37    35 6    40     6    16    38   584  1223  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    15    38   583  1222  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6    13    36   581  1220  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    16    39   585  1224  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    16    39   584  1224  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      8    164 A U - -
    MP    42    41 6    46     4    16    40   583  1223 -15.316  -6.988  -0.012 -13.937                 -11.765 -7.994 -11.837  3.519 -13.527 -13.569 -2.650 -5.598 -11.652  1.866 -12.212 -1.154 -1.963 -12.450 -10.701 -10.555 
    ML    43    41 6    46     4    14    37   582  1221  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    14    37   582  1221  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    12    36   580  1220  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    15    38   583  1222  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    15    38   582  1222  -4.164  -0.096  -6.864                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      9      - U - - -
    ML    48    47 6    50     3    14    38   581  1221 -16.226  -0.000 -14.880                         -6.295 -6.168 -10.767  1.990 
     D    49    47 6    50     3    12    36   580  1219  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    14    37   582  1221  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     10      - G - - -
    ML    51    50 3    53     2    13    37   580  1220 -16.881  -0.000                                  0.640 -4.166  1.227 -4.443 
     D    52    50 3    53     2    12    36   579  1219  -8.445  -0.004                                 
    IL    53    53 3    53     2    13    37   581  1220  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   121    55    12    36   579  1219                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     2    80   155 -16.226  -0.000 -14.880                         
    IL    56    56 2    56     3     1     1    81   157  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    114      - c - - -
    ML    57    56 2    59     3     1     2    80   155  -2.737  -0.235 -12.240                         -1.225  0.850 -4.958  0.797 
     D    58    56 2    59     3     0     0    69   144  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     2    87   162  -0.352  -2.208 -13.098                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    141      - A - - -
    ML    60    59 3    62     3     1     1    29    47  -5.671  -0.192  -3.253                          1.022 -10.701  0.864 -2.749 
     D    61    59 3    62     3     0     0    27    46  -6.752  -2.265  -0.354                         
    IL    62    62 3    62     3     1     2    29    47  -5.346  -0.042  -8.046                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    143      - A - - -
    ML    63    62 3    65     3     1     1    28    46 -16.066  -0.000 -14.720                          1.730 -5.190 -1.398 -1.854 
     D    64    62 3    65     3     0     0    27    45 -14.398  -0.006  -8.000                         
    IL    65    65 3    65     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    144      - c - - -
    ML    66    65 3    68     5     1     1    27    45 -15.159  -0.000 -14.974 -15.187 -16.078         -4.210  0.994 -3.920  0.917 
     D    67    65 3    68     5     0     0    26    44  -5.312  -0.587  -4.574  -2.949  -2.861         
    IL    68    68 3    68     5     1     1    28    46  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    145    162 C G - -
    MP    69    68 3    73     6     2     2    26    44 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -10.463 -10.168 -7.276  0.396 -4.834 -11.287  3.673 -7.871 -10.317  0.325 -10.825 -3.929 -1.754 -10.643 -1.925 -9.037 
    ML    70    68 3    73     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    71    68 3    73     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    72    68 3    73     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    73    73 5    73     6     1     1    26    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    74    74 6    74     5     1     1    26    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    146    161 C G - -
    MP    75    74 6    79     6     2     2    24    42 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -6.933 -10.084 -5.997 -0.904 -4.593 -4.108  3.284 -5.348 -10.241 -2.941 -10.755 -1.660  2.191 -6.821 -0.936 -5.003 
    ML    76    74 6    79     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    77    74 6    79     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    78    74 6    79     6     0     0    22    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    79    79 5    79     6     1     1    25    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    80    80 6    80     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    147    160 G C - -
    MP    81    80 6    85     6     2     2    22    40 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -10.062 -5.507 -9.881  0.864 -10.998 -10.477  2.451 -10.567 -6.272  3.004 -5.903 -1.823 -2.495 -6.563 -5.064 -2.906 
    ML    82    80 6    85     6     1     1    23    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    83    80 6    85     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    84    80 6    85     6     0     0    21    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    85    85 5    85     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    86    86 6    86     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    148    159 G C - -
    MP    87    86 6    91     6     2     2    20    38 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -5.222 -2.684 -12.259  2.816 -14.316 -15.146 -9.724 -4.575 -5.390  3.095 -12.512 -3.221 -9.693 -13.423 -11.579 -4.186 
    ML    88    86 6    91     6     1     1    22    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    89    86 6    91     6     1     1    23    41  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    90    86 6    91     6     0     0    21    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    91    91 5    91     6     1     1    22    40  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    92    92 6    92     5     1     1    21    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    149    158 G C - -
    MP    93    92 6    97     4     2     2    18    36  -6.804 -15.523  -0.013 -13.937                 -14.076 -4.834 -16.669 -8.145 -15.681 -4.938 -9.952 -16.003 -12.020  3.974 -4.459 -2.968 -10.324 -4.623 -12.413 -15.923 
    ML    94    92 6    97     4     1     1    22    40  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    95    92 6    97     4     1     1    22    40  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    96    92 6    97     4     0     0    21    39  -4.568  -4.250  -2.265  -0.520                 
    IL    97    97 5    97     4     1     1    20    39  -5.483  -6.167  -0.057  -8.652                  0.000  0.000  0.000  0.000 
    IR    98    98 6    98     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    151      - U - - -
    ML    99    98 6   101     3     1     1    14    33 -16.226  -0.000 -14.880                         -9.726 -6.038 -6.149  1.989 
     D   100    98 6   101     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   101   101 3   101     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    152      - U - - -
    ML   102   101 3   104     3     1     1    13    31 -16.226  -0.000 -14.880                         -9.757 -6.373 -5.772  1.989 
     D   103   101 3   104     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    153      - C - - -
    ML   105   104 3   107     3     1     1    12    30 -16.226  -0.000 -14.880                         -6.646  1.984 -6.288 -5.587 
     D   106   104 3   107     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    154      - G - - -
    ML   108   107 3   110     3     1     1    10    29 -16.226  -0.000 -14.880                          0.685 -6.591  1.245 -6.432 
     D   109   107 3   110     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    155      - A - - -
    ML   111   110 3   113     3     1     1     9    27 -16.226  -0.000 -14.880                          1.988 -6.328 -6.640 -6.610 
     D   112   110 3   113     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    156      - A - - -
    ML   114   113 3   116     3     1     1     7    26 -16.226  -0.001 -11.318                          1.393 -2.873 -0.825 -0.572 
     D   115   113 3   116     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    157      - U - - -
    ML   117   116 3   119     2     1     1     1     1       *   0.000                                 -9.173 -1.204 -5.822  1.826 
     D   118   116 3   119     2     0     0     0     0       *   0.000                                 
    IL   119   119 3   119     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   120   119 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   121    54 1   122     1     1    16   558  1197   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   122   121 1   123   173     1    16   558  1197                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   123   122 1   124     4     0     1    27    43  -0.000 -14.221 -13.628 -14.268                 
                                             [ MATP   15 ]     11     29 G C - -
    MP   124   123 1   128     6     2     3    27    43 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -13.852 -4.940 -15.570 -2.200 -15.569 -11.876 -2.594 -15.261 -4.948  3.932 -12.225 -1.785 -10.288 -12.320 -12.362 -14.424 
    ML   125   123 1   128     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   126   123 1   128     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   127   123 1   128     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   128   128 5   128     6     1     1    27    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   129   129 6   129     5     1     1    27    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     12     28 U A - -
    MP   130   129 6   134     6     2     3    25    41 -16.093  -6.840  -0.013 -14.809 -15.088 -15.483 -4.949 -13.399 -12.453 -9.626 -5.990 -12.602  0.367 -11.721 -12.554 -1.061 -12.678 -11.779  3.819 -6.595 -6.147 -4.717 
    ML   131   129 6   134     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   132   129 6   134     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   133   129 6   134     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   134   134 5   134     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   135   135 6   135     5     1     1    24    41  -5.330  -0.057  -8.841  -7.009  -8.115          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     13     26 G C - -
    MP   136   135 6   140     6     2     3    23    39 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -10.066 -3.517 -9.885 -1.517 -10.985 -10.481  1.370 -10.565 -5.581  3.608 -6.857 -3.207 -0.961 -6.438 -3.149 -8.848 
    ML   137   135 6   140     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   138   135 6   140     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   139   135 6   140     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   140   140 5   140     6     1     1    24    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   141   141 6   141     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     14     25 U G - -
    MP   142   141 6   146     4     2     3    21    37 -15.316 -15.523  -0.000 -13.937                  0.568 -13.427 -12.463 -9.664 -6.929 -4.180 -1.427 -11.729 -4.259 -9.636 -5.121 -11.832 -1.460 -4.903  3.234  2.069 
    ML   143   141 6   146     4     1     1    25    43  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   144   141 6   146     4     1     1    24    43  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   145   141 6   146     4     0     0    23    42  -4.568  -4.250  -2.265  -0.520                 
    IL   146   146 5   146     4     1     1    26    45  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   147   147 6   147     3     1     1    25    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     15      - A - - -
    ML   148   147 6   150     3     1     2    19    34 -16.226  -0.000 -14.880                          1.971 -12.025 -3.650 -11.447 
     D   149   147 6   150     3     0     0    20    38  -6.174  -1.687  -0.566                         
    IL   150   150 3   150     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     16      - G - - -
    ML   151   150 3   153     3     1     2    18    33 -16.226  -0.000 -14.880                          0.852 -6.503  1.108 -5.175 
     D   152   150 3   153     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     17      - U - - -
    ML   154   153 3   156     3     1     2    17    32  -3.776  -0.109 -14.880                         -1.119 -0.969 -5.118  1.585 
     D   155   153 3   156     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    18    33  -1.892  -0.454 -10.312                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     20      - G - - -
    ML   157   156 3   159     3     1     2    12    30 -16.226  -0.000 -14.880                         -5.250 -12.529  1.990 -11.502 
     D   158   156 3   159     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     21      - G - - -
    ML   160   159 3   162     3     1     2    10    29 -16.226  -0.000 -14.880                         -6.079 -5.955  1.943 -3.007 
     D   161   159 3   162     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     22      - U - - -
    ML   163   162 3   165     3     1     1     9    28 -16.226  -0.153  -3.314                         -3.983 -1.971 -4.414  1.862 
     D   164   162 3   165     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     23      - U - - -
    ML   166   165 3   168     3     1     1     7    26 -16.073  -0.000 -14.727                         -2.408 -1.191 -2.128  1.653 
     D   167   165 3   168     3     0     0     8    26 -14.335  -0.003  -8.727                         
    IL   168   168 3   168     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     24      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.908 -10.536 -2.959 -3.085 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   173   122 1   174     3     0     0   542  1181  -5.128  -0.042 -14.880                         
    IL   174   174 2   174     3     1     1   546  1185  -0.424  -1.977 -10.508                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     34      - U - - -
    ML   175   174 2   177     5     1     1   542  1181 -15.159  -0.000 -14.975 -15.187 -16.078         -0.515 -1.270 -0.958  1.246 
     D   176   174 2   177     5     0     0   538  1177  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1   541  1180  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     35    113 C G - -
    MP   178   177 3   182     6     2     2   541  1180 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -10.390 -10.092 -2.239 -3.008 -3.822 -6.804  3.093 -6.754 -10.249  1.361 -6.470 -0.238  1.047 -10.573  0.624 -8.968 
    ML   179   177 3   182     6     1     1   538  1177  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   537  1176  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0   531  1170  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   539  1178  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   539  1178  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     36    112 u a - -
    MP   184   183 6   188     6     2     2   539  1178 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -7.396 -6.445 -7.706  1.393 -4.697 -11.193  1.792 -9.889 -7.952  0.579 -10.729 -7.647  2.993 -5.704 -1.713 -4.038 
    ML   185   183 6   188     6     1     1   536  1175  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 6   188     6     1     1   535  1174  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0   530  1169  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   537  1176  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   537  1176  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     37    111 G C - -
    MP   190   189 6   194     6     2     2   537  1176 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -10.061 -3.109 -9.880  0.986 -11.010 -8.225 -0.189 -10.570 -6.872  3.645 -7.950 -4.909 -1.686 -2.856 -8.084 -6.434 
    ML   191   189 6   194     6     1     1   534  1173  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1   533  1172  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0   528  1167  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   535  1174  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   535  1174  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     38    110 G C - -
    MP   196   195 6   200     6     2     2   535  1174 -16.093 -16.032  -0.000 -14.809 -15.088 -15.483 -13.110 -4.267 -13.651 -7.617 -14.073 -6.631 -0.903 -14.018 -11.840  3.877 -5.229 -3.174 -1.246 -6.188 -2.914 -12.643 
    ML   197   195 6   200     6     1     1   532  1171  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   530  1170  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0   527  1166  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   533  1173  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   533  1172  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     39    109 A U - -
    MP   202   201 6   206     4     2     2   533  1172 -15.316 -15.523  -0.000 -13.937                 -5.715 -9.880 -2.521  3.518 -12.538 -12.243 -2.629 -4.814 -11.270  1.185 -11.701 -4.901  0.207 -11.373 -9.662 -0.537 
    ML   203   201 6   206     4     1     1   531  1170  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     4     1     1   528  1167  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     4     0     0   526  1165  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   532  1171  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   532  1171  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     40      - C - - -
    ML   208   207 6   210     3     1     1   531  1170 -16.226  -0.000 -14.880                         -5.572  1.115 -10.200  0.857 
     D   209   207 6   210     3     0     0   523  1162  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   530  1170  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     41      - U - - -
    ML   211   210 3   213     3     1     1   530  1169 -16.226  -0.000 -14.880                         -6.541 -6.317 -6.637  1.988 
     D   212   210 3   213     3     0     0   520  1159  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   529  1168  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     42      - u - - -
    ML   214   213 3   216     3     1     1   529  1168 -16.226  -0.000 -14.880                          0.003 -0.003 -0.003  0.003 
     D   215   213 3   216     3     0     0   515  1154  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   528  1167  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     43      - u - - -
    ML   217   216 3   219     3     1     1   528  1167 -16.226  -0.000 -14.880                          0.003 -0.003 -0.003  0.003 
     D   218   216 3   219     3     0     0   506  1145  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   526  1165  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     44      - u - - -
    ML   220   219 3   222     3     1     1   527  1166 -16.226  -0.000 -14.880                          0.003 -0.003 -0.003  0.003 
     D   221   219 3   222     3     0     0   489  1128  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   524  1163  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     45      - A - - -
    ML   223   222 3   225     3     1     1   526  1165  -1.501  -0.629 -14.880                          1.864 -11.390 -1.480 -11.174 
     D   224   222 3   225     3     0     0   412  1051  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   561  1200  -0.042  -5.138 -17.258                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    108      - A - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                  1.078 -2.662 -6.325  0.781 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Gln
ACC   euk-Gln-r2-031616
LENG  72
MAXL  589
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 07:57:20 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Gln-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Gln-r2-031616.sto
NSEQ  1162
EFFN  17.690819
CKSUM 165419657
STATS LOCAL MSV       -8.1437  0.71880
STATS LOCAL VITERBI   -9.0893  0.71880
STATS LOCAL FORWARD   -3.6982  0.71880
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.49559  1.44924  1.30526  1.30920
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03885  5.03885  1.46634  0.26236  0.00000        *
      1   2.77881  3.46851  0.18979  2.53089      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03885  5.03885  1.46634  0.26236  1.09861  0.40547
      2   2.43102  2.19601  0.30892  2.70959      2 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03885  5.03885  1.46634  0.26236  1.09861  0.40547
      3   2.88931  1.53518  2.21745  0.47791      3 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03885  5.03885  1.46634  0.26236  1.09861  0.40547
      4   2.51581  1.32490  1.96741  0.66640      4 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03885  5.03885  1.46634  0.26236  1.09861  0.40547
      5   2.65114  0.62970  1.42584  1.85550      5 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01964  4.34530  5.03900  0.81055  0.58809  1.09861  0.40547
      6   2.83852  0.70321  2.29490  1.06211      7 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
      7   0.49685  3.44404  1.14157  3.21124      8 A - - (
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
      8   4.11696  3.97079  4.79181  0.04442      9 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
      9   0.99670  3.45213  0.57665  3.28475     10 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     10   3.44457  4.19169  0.05716  4.76611     11 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     11   3.66882  1.96822  2.89932  0.24881     12 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     12   2.31189  1.94912  0.38039  2.59114     13 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     13   2.12989  2.28425  2.85132  0.32638     14 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     14   0.03479  5.15100  3.83217  4.99978     15 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     15   0.80498  4.08032  0.67020  3.71343     16 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     16   2.10831  2.02087  3.53702  0.33280     17 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.07864  2.67155  5.03900  0.43141  1.04866  1.09861  0.40547
     17   4.36542  5.93797  0.02038  5.33449     20 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     18   3.90381  4.53663  0.06624  3.40471     21 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     19   3.32754  2.61691  3.75826  0.14183     22 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.10455  5.03900  2.37746  1.46634  0.26236  1.09861  0.40547
     20   2.58667  2.14483  2.73430  0.29746     23 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01429  4.94874  4.94874  1.46634  0.26236  0.13075  2.09914
     21   0.09807  4.14330  3.19865  3.30417     24 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     22   1.86472  2.99745  0.60944  1.38034     25 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     23   2.82766  0.41692  1.85650  2.07498     26 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02069  4.26868  5.03900  0.75897  0.63140  1.09861  0.40547
     24   0.26847  2.98199  1.88321  3.42163     28 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     25   4.69759  0.08030  4.09765  2.96754     29 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03824  3.47260  5.03900  1.39762  0.28393  1.09861  0.40547
     26   1.56507  2.03474  1.95051  0.65776     34 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     27   2.58764  0.78870  1.56375  1.34316     35 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     28   1.82343  1.34945  2.01921  0.80657     36 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     29   1.81337  2.59195  0.36220  2.71989     37 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     30   2.49940  2.80341  0.23650  2.69010     38 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     31   0.64394  2.68455  1.32313  1.96448     39 A - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     32   3.30095  0.66435  4.11913  0.83867     40 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     33   3.82630  3.70896  4.27406  0.06211     41 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     34   1.31699  1.46198  1.47253  1.30586     42 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     35   1.31699  1.46198  1.47253  1.30586     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     36   1.31699  1.46198  1.47253  1.30586     44 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     37   0.11829  4.62780  2.39625  4.53463     45 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.38021  1.17183  5.03900  3.55219  0.02908  1.09861  0.40547
     38   0.72391  2.56584  3.09273  0.93416    108 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     39   2.30806  1.40895  2.44854  0.56260    109 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     40   2.97141  0.26815  2.59465  2.21359    110 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     41   3.02034  0.38432  2.47890  1.67950    111 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     42   0.89350  2.10841  1.23382  1.72501    112 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     43   1.71652  1.80798  0.61460  2.15876    113 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     44   2.04532  0.84831  3.38015  0.89531    114 c - - ,
          1.38629  1.38629  1.38629  1.38629
          0.15302  2.00058  5.01625  1.53220  0.24342  1.09861  0.40547
     45   0.71145  3.91344  0.83476  2.89826    141 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.12767  3.75829  2.33784  0.48567  0.95525  1.10625  0.40167
     46   0.24607  3.39893  2.29911  2.47244    143 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01435  4.94448  4.94448  1.46634  0.26236  0.12735  2.12378
     47   2.97825  0.75379  3.42075  0.80777    144 c - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03885  5.03885  1.46634  0.26236  1.08351  0.41310
     48   2.28025  0.43324  2.13284  2.03382    145 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     49   2.57191  0.66514  2.42437  1.13670    146 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     50   1.89429  1.34630  0.65753  2.64166    147 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     51   1.00716  3.22091  0.60171  3.05863    148 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     52   4.01514  4.87955  0.03438  4.80938    149 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02084  4.25853  5.03900  0.75237  0.63723  1.09861  0.40547
     53   3.99364  3.75006  4.28456  0.05734    151 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     54   3.97185  3.75925  4.21097  0.05866    152 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     55   4.52294  0.03764  4.68638  4.08271    153 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     56   0.91175  4.13878  0.57618  3.90228    154 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     57   0.02497  4.90555  4.69346  4.81551    155 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     58   0.53283  2.61936  1.91306  1.64724    156 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01336  5.03900  4.99257  1.46634  0.26236  1.09861  0.40547
     59   3.74559  2.24241  4.05736  0.15914    157 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03869  5.03869  1.46634  0.26236  1.06790  0.42118
     60   5.13752  0.04397  4.72124  3.56707    158 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     61   3.31943  0.64170  3.06929  0.93911    159 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     62   2.95676  0.72229  1.30043  1.66095    160 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     63   1.28381  2.70510  0.59559  2.25455    161 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     64   2.30609  2.25100  0.39072  2.13294    162 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01990  4.32548  5.03900  0.79690  0.59916  1.09861  0.40547
     65   3.37615  1.27240  3.32164  0.43145    164 U - - )
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03900  5.03900  1.46634  0.26236  1.09861  0.40547
     66   1.16997  2.45258  0.65083  2.50177    165 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01976  4.34536  5.02049  0.81059  0.58806  1.09861  0.40547
     67   2.10654  1.62061  0.57859  2.12130    167 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03873  5.03873  1.46634  0.26236  1.08631  0.41167
     68   1.37535  2.16834  0.64446  2.22622    168 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03885  5.03885  1.46634  0.26236  1.09861  0.40547
     69   0.50839  2.33126  1.45773  2.67953    169 A - - )
          1.38629  1.38629  1.38629  1.38629
          0.01356  5.03885  4.96417  1.46634  0.26236  1.09861  0.40547
     70   3.16156  0.34521  2.01968  2.14665    170 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01305  5.03835  5.03835  1.46634  0.26236  1.04945  0.43098
     71   2.62966  0.21327  3.30086  2.48766    171 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03511  3.57490  5.03885  1.16438  0.37414  1.09861  0.40547
     72   1.51447  2.72123  2.08091  0.52854    175 U - - :
          1.38629  1.38629  1.38629  1.38629
          0.00654  5.03235        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Glu
ACC      euk-Glu-r2-031616
STATES   230
NODES    61
CLEN     72
W        661
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 08:21:48 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Glu-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Glu-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Glu-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Glu-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Glu-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Glu-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Glu-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1323
EFFN     1323.000000
CKSUM    1904062609
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -11.1595 0.71893
ECMLC    0.73375    -6.90791     1.73470     1600000      681191  0.001762
ECMGC    0.36744   -44.13228   -32.91609     1600000       24656  0.016223
ECMLI    0.65264    -7.69481     1.93898     1600000      645275  0.001860
ECMGI    0.38766   -41.39727   -30.74403     1600000       24866  0.016086
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   661  1386 -15.297 -16.543  -0.011  -7.004                 
    IL     1     1 2     1     4    26    50   664  1389  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    27    52   664  1389  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    180 - A - -
    MR     3     2 3     5     5    30    53   663  1388  -5.319  -0.037 -15.150 -15.363 -16.254          1.740 -5.223 -0.716 -5.413 
     D     4     2 3     5     5    23    46   662  1386  -9.018  -0.104  -4.341  -8.075  -6.069         
    IR     5     5 3     5     5    28    52   665  1390  -0.601  -1.560 -11.936 -10.104 -11.210          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    176 U A - -
    MP     6     5 3    10     6    29    52   662  1387 -16.279 -16.218  -0.000 -14.994 -15.274 -15.669 -4.692 -12.979 -12.633 -3.534 -4.576 -12.933 -5.165 -11.970 -2.252 -4.217 -12.858 -1.742  3.919 -5.692 -3.415 -11.499 
    ML     7     5 3    10     6    23    45   659  1384  -6.950  -7.296  -2.011  -0.533  -7.146  -4.676 -0.154 -1.080  0.941 -0.499 
    MR     8     5 3    10     6    22    44   659  1384  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    19    41   654  1379  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    23    45   661  1386  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    23    46   661  1386  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    175 C G - -
    MP    12    11 6    16     6    27    50   660  1385 -16.279 -16.218  -0.024 -14.994  -5.998  -9.853 -13.332 -13.614 -4.457 -9.851 -3.323 -4.997  3.925 -4.864 -12.753 -9.822 -4.982 -12.018 -1.892 -13.166 -1.740 -11.555 
    ML    13    11 6    16     6    22    45   657  1382  -6.950  -7.296  -2.011  -0.533  -7.146  -4.676 -0.285 -0.556 -0.916  0.978 
    MR    14    11 6    16     6    22    44   658  1383  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    19    41   653  1378  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    23    45   659  1384  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    23    45   659  1384  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    174 C G - -
    MP    18    17 6    22     6    26    48   658  1383 -16.254 -16.193  -0.011 -14.970  -7.009 -15.645 -13.308 -13.589 -3.756 -9.826 -4.321 -8.664  3.917 -4.631 -12.729 -0.672 -4.469 -11.994 -7.708 -13.142 -4.349 -11.530 
    ML    19    17 6    22     6    22    45   656  1381  -6.950  -7.296  -0.660  -1.705  -7.146  -4.676 -0.154 -1.080  0.941 -0.499 
    MR    20    17 6    22     6    23    46   657  1382 -11.743 -10.472  -4.367 -10.451  -0.078  -8.664 -2.755 -6.212  1.932 -5.480 
     D    21    17 6    22     6    18    41   652  1376 -10.894  -9.592  -5.389  -6.071  -6.088  -0.082 
    IL    22    22 5    22     6    23    45   657  1382  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    23    45   657  1382  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    173 g c - -
    MP    24    23 6    28     6    24    46   656  1381 -16.244 -16.184  -0.002  -9.635 -15.240 -15.635 -10.304 -9.107 -6.384 -1.262 -3.137 -5.163  2.871 -5.719 -10.468  2.883 -4.590 -1.750 -3.988 -10.068 -1.705 -9.042 
    ML    25    23 6    28     6    21    44   654  1379  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    22    45   656  1381  -0.628 -10.991  -6.900 -10.969  -1.548  -9.183  1.402 -5.643  0.395 -5.524 
     D    27    23 6    28     6    18    40   651  1376 -10.894  -9.592  -5.389  -6.071  -6.088  -0.082 
    IL    28    28 5    28     6    23    46   656  1381  -1.022  -8.286  -0.994  -9.941 -10.718 -10.378  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    22    45   655  1380  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      7    172 a u - -
    MP    30    29 6    34     6    22    44   654  1379 -16.265  -7.079  -0.011 -14.980 -15.260 -15.655 -6.789 -3.677 -6.535  2.873 -6.325 -8.917 -1.333 -6.542 -6.459 -0.232 -8.692 -1.051  2.594 -6.089 -1.920 -1.023 
    ML    31    29 6    34     6    20    43   653  1377  -7.970  -8.316  -0.288  -2.725  -8.166  -5.695 -1.294 -2.466  1.648 -1.851 
    MR    32    29 6    34     6    20    43   653  1378 -10.760  -9.489  -5.398  -9.467  -0.047  -7.681 -4.351 -3.965 -5.156  1.948 
     D    33    29 6    34     6    18    40   651  1376 -10.894  -9.592  -0.424  -6.071  -6.088  -2.164 
    IL    34    34 5    34     6    20    43   653  1378  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    21    43   653  1378  -5.272  -0.059  -8.783  -6.950  -8.056          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      8    170 u a - -
    MP    36    35 6    40     6    20    42   652  1377 -16.268 -16.207  -0.008 -14.984 -15.264  -7.605 -10.484 -9.843 -10.438 -0.251 -1.917 -6.385 -1.260 -10.199 -10.434  2.157 -8.046 -1.009  2.730 -10.523  1.474 -3.532 
    ML    37    35 6    40     6    18    40   650  1375  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    19    42   652  1377  -0.109  -9.489  -5.398  -9.467  -4.601  -7.681  1.966 -5.318 -4.755 -5.012 
     D    39    35 6    40     6    16    39   649  1374  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    19    41   651  1376  -6.135  -6.398  -0.051  -8.053  -8.830  -8.490  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    19    41   651  1376  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]     10    169 g c - -
    MP    42    41 6    46     4    18    40   650  1375 -15.496  -7.280  -0.009 -14.117                 -10.314 -7.676 -6.339  2.432 -11.277 -10.748 -2.919 -10.817 -10.561  2.559 -10.815  1.887 -0.237 -10.003 -8.352 -7.077 
    ML    43    41 6    46     4    16    39   649  1374  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    16    38   648  1373  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    16    39   649  1374  -8.222  -0.113  -5.919  -4.174                 
    IL    46    46 5    46     4    17    40   650  1374  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    17    39   649  1374  -4.808  -0.061  -7.508                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     11      - U - - -
    ML    48    47 6    50     3    16    38   648  1373 -16.413  -0.000 -15.067                         -6.711 -3.712 -5.406  1.960 
     D    49    47 6    50     3    14    37   646  1371  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    16    39   648  1373  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     12      - G - - -
    ML    51    50 3    53     2    15    37   647  1372  -6.902  -0.012                                  0.084 -2.549  1.430 -3.742 
     D    52    50 3    53     2    14    36   646  1371  -8.445  -0.004                                 
    IL    53    53 3    53     2    15    37   647  1372  -5.503  -0.032                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   121    55    14    36   646  1371                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     3    65   128 -16.413  -0.000 -15.067                         
    IL    56    56 2    56     3     1     4    66   129  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    125      - A - - -
    ML    57    56 2    59     3     1     3    65   128 -16.413  -0.683  -1.407                          1.120  0.119 -1.892 -1.087 
     D    58    56 2    59     3     0     1    62   125  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     4    67   130  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    126      - G - - -
    ML    60    59 3    62     3     1     3    65   128  -4.447  -0.068 -11.493                         -10.240 -2.371  1.920 -5.537 
     D    61    59 3    62     3     0     1    36    99 -16.426  -0.002  -9.795                         
    IL    62    62 3    62     3     1     2    75   138  -0.423  -1.980 -10.691                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    145      - G - - -
    ML    63    62 3    65     3     1     5    27    45  -1.065  -0.938 -15.066                         -2.315 -6.643  1.918 -6.556 
     D    64    62 3    65     3     0     0    25    42  -7.376  -2.889  -0.219                         
    IL    65    65 3    65     3     1     4    26    44 -10.044  -0.002 -12.744                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    147      - C - - -
    ML    66    65 3    68     5     1     4    25    43 -15.346  -0.000 -15.161 -15.373 -16.265         -6.470  1.851 -4.780 -1.539 
     D    67    65 3    68     5     0     0    25    42  -5.752  -0.924  -5.013  -1.636  -3.301         
    IL    68    68 3    68     5     1     1    27    44  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    148    167 C G - -
    MP    69    68 3    73     6     2     5    24    42 -16.279 -16.218  -0.000 -14.994 -15.274 -15.669 -6.246 -13.537 -3.661 -2.216 -2.539 -6.153  3.905 -5.298 -12.719 -1.855 -6.815 -11.878 -6.254 -13.130 -2.309 -11.519 
    ML    70    68 3    73     6     1     1    25    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    71    68 3    73     6     1     1    24    41  -7.429  -6.158  -2.066  -6.136  -0.560  -4.350  0.009 -0.883  0.727 -0.328 
     D    72    68 3    73     6     0     0    23    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    73    73 5    73     6     1     1    26    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    74    74 6    74     5     1     1    25    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    149    166 C G - -
    MP    75    74 6    79     6     2     4    22    40 -16.279 -16.218  -0.000 -14.994 -15.274 -15.669 -7.405 -10.264 -3.918 -0.979 -3.592 -11.411  3.342 -5.485 -7.858  2.074 -5.106 -4.667 -1.768 -10.749 -0.797 -5.493 
    ML    76    74 6    79     6     1     1    23    39  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    77    74 6    79     6     1     1    22    39  -7.429  -6.158  -0.994  -6.136  -1.270  -4.350  0.009 -0.883  0.727 -0.328 
     D    78    74 6    79     6     0     0    21    37  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    79    79 5    79     6     1     1    24    40  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    80    80 6    80     5     1     1    23    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    150    165 G C - -
    MP    81    80 6    85     6     2     3    20    38  -6.805 -16.218  -0.013 -14.995 -15.275 -15.670 -10.255 -3.798 -10.074  0.928 -6.084 -5.635 -6.271 -5.427 -3.536  3.719 -4.870 -0.880 -6.537 -6.318 -8.279 -3.421 
    ML    82    80 6    85     6     1     1    20    37  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    83    80 6    85     6     1     1    21    37  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    84    80 6    85     6     0     0    19    36  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    85    85 5    85     6     1     1    20    37  -6.349  -6.612  -0.044  -8.267  -9.043  -8.703  0.000  0.000  0.000  0.000 
    IR    86    86 6    86     5     1     1    21    38  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    152    164 G C - -
    MP    87    86 6    91     6     2     3    18    36 -16.279 -16.218  -0.013  -6.852 -15.275 -15.670 -14.247 -3.226 -16.753 -2.451 -4.753 -5.094 -10.132 -16.138 -5.906  3.948 -4.772 -3.757 -10.502 -3.597 -12.589 -15.967 
    ML    88    86 6    91     6     1     1    19    36  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    89    86 6    91     6     1     1    20    36  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    90    86 6    91     6     0     0    19    35  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    91    91 5    91     6     1     1    20    37  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    92    92 6    92     5     1     1    20    36  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    153    163 G C - -
    MP    93    92 6    97     4     2     2    16    34 -15.491 -15.698  -0.000 -12.062                 -14.247 -4.573 -16.826 -3.417 -15.854 -4.828 -10.126 -16.167 -4.581  3.961 -4.423 -3.427 -10.497 -3.742 -12.586 -16.071 
    ML    94    92 6    97     4     1     1    18    36  -7.493  -0.138  -3.759  -6.405                 -3.097 -2.954 -2.938  1.857 
    MR    95    92 6    97     4     1     1    20    36  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    96    92 6    97     4     0     0    19    35  -4.568  -4.250  -2.265  -0.520                 
    IL    97    97 5    97     4     1     1    21    37  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    98    98 6    98     3     1     1    16    35  -4.418  -3.774  -0.184                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    154      - U - - -
    ML    99    98 6   101     3     1     1    14    32 -16.400  -0.000 -15.054                         -6.432 -6.356 -6.485  1.987 
     D   100    98 6   101     3     0     0    15    34 -11.028  -0.035  -5.419                         
    IL   101   101 3   101     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    155      - U - - -
    ML   102   101 3   104     3     1     1    13    31 -16.413  -0.000 -15.067                         -6.456 -6.534 -5.102  1.981 
     D   103   101 3   104     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    156      - C - - -
    ML   105   104 3   107     3     1     1    11    30 -16.413  -0.000 -15.067                         -5.935  1.969 -10.873 -3.858 
     D   106   104 3   107     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    157      - G - - -
    ML   108   107 3   110     3     1     1    10    28 -16.413  -0.000 -15.067                          0.600 -6.269  1.297 -6.130 
     D   109   107 3   110     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    158      - A - - -
    ML   111   110 3   113     3     1     1     8    27 -16.413  -0.000 -15.067                          1.965 -6.201 -6.264 -3.830 
     D   112   110 3   113     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    159      - U - - -
    ML   114   113 3   116     3     1     1     6    13  -7.090  -0.011 -15.067                         -2.620 -0.849 -1.839  1.586 
     D   115   113 3   116     3     0     0     6    12  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1     7    13  -4.237  -0.091  -6.937                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    161      - U - - -
    ML   117   116 3   119     2     1     1     1     1       *   0.000                                 -5.850 -0.833 -5.997  1.768 
     D   118   116 3   119     2     0     0     0     0       *   0.000                                 
    IL   119   119 3   119     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   120   119 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   121    54 1   122     1     0    16   625  1350   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   122   121 1   123   173     0    16   625  1350                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   123   122 1   124     4     0     1    80   170  -0.000 -14.407 -13.814 -14.454                 
                                             [ MATP   15 ]     14     39 G U - -
    MP   124   123 1   128     6     2     3    80   170 -16.279  -7.070  -0.011 -14.995 -15.275 -15.670 -12.322 -7.373 -12.517 -0.507 -14.657 -15.806 -10.114 -3.879 -4.541  1.573 -3.879  3.589 -10.039 -6.033 -11.945 -3.611 
    ML   125   123 1   128     6     1     1    78   168  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   126   123 1   128     6     1     1    78   168  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   127   123 1   128     6     0     0    73   164  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   128   128 5   128     6     1     1    79   170  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   129   129 6   129     5     1     1    79   169  -5.292  -0.058  -8.803  -6.971  -8.077          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     15     37 U A - -
    MP   130   129 6   134     6     2     3    78   168 -16.279 -16.218  -0.001 -14.995 -11.565 -15.670 -4.755 -13.582 -12.649 -9.821 -3.418 -12.799 -6.718 -11.918 -3.335 -5.247 -12.873 -11.943  3.964 -5.139 -4.445 -4.233 
    ML   131   129 6   134     6     1     1    76   166  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   132   129 6   134     6     1     1    76   166  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   133   129 6   134     6     0     0    72   162  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   134   134 5   134     6     1     1    77   168  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   135   135 6   135     5     1     1    77   167  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     16     36 C G - -
    MP   136   135 6   140     6     2     3    76   166 -16.279 -16.218  -0.000 -14.994 -15.274 -15.669 -4.428 -13.613 -5.938 -9.850 -4.475 -4.690  3.602 -4.913 -12.753  1.840 -12.873 -12.017 -7.732 -13.166 -3.380 -11.555 
    ML   137   135 6   140     6     1     1    74   165  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   138   135 6   140     6     1     1    74   164  -7.580  -6.309  -0.858  -6.287  -1.421  -4.501 -0.124 -1.042  0.905 -0.466 
     D   139   135 6   140     6     0     0    70   160  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   140   140 5   140     6     1     1    75   166  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   141   141 6   141     5     1     1    75   165  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     17     35 U G - -
    MP   142   141 6   146     4     2     3    74   164 -15.503 -15.710  -0.000 -14.124                 -4.825 -13.614 -5.045 -9.850 -1.302 -4.651  0.697 -11.915 -12.753 -9.822 -12.873 -12.017  1.342 -6.037  3.267  0.757 
    ML   143   141 6   146     4     1     1    73   163  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   144   141 6   146     4     1     1    71   161  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   145   141 6   146     4     0     0    69   159  -4.568  -4.250  -2.265  -0.520                 
    IL   146   146 5   146     4     1     1    74   164  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   147   147 6   147     3     1     1    73   164  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     18      - A - - -
    ML   148   147 6   150     3     1     2    72   162  -4.609  -0.060 -15.067                          1.987 -12.097 -5.340 -6.490 
     D   149   147 6   150     3     0     0    66   156  -6.174  -1.687  -0.566                         
    IL   150   150 3   150     3     1     1    87   177  -0.294  -2.442 -11.663                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     25      - G - - -
    ML   151   150 3   153     3     1     2    15    32 -16.413  -0.000 -15.067                         -1.521 -6.105  1.859 -6.607 
     D   152   150 3   153     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     26      - U - - -
    ML   154   153 3   156     3     1     2    14    31  -3.568  -0.127 -15.067                         -3.594 -0.390 -2.009  1.539 
     D   155   153 3   156     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    15    31  -2.582  -0.265 -10.515                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     29      - G - - -
    ML   157   156 3   159     3     1     2    11    30 -16.413  -0.000 -15.067                         -4.539 -12.714  1.984 -11.687 
     D   158   156 3   159     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     30      - G - - -
    ML   160   159 3   162     3     1     1    10    28 -16.413  -0.000 -15.067                         -6.028 -6.419  1.984 -5.814 
     D   161   159 3   162     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     31      - U - - -
    ML   163   162 3   165     3     1     1     8    27  -6.124  -0.076  -4.757                         -5.274  0.593 -5.791  1.292 
     D   164   162 3   165     3     0     0     8    27  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1     8    27  -5.100  -0.049  -7.800                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     33      - U - - -
    ML   166   165 3   168     3     1     1     7    26 -16.358  -0.000 -15.012                         -5.606 -2.410 -6.205  1.918 
     D   167   165 3   168     3     0     0     8    27 -13.086  -0.008  -7.477                         
    IL   168   168 3   168     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     34      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.986 -6.863 -5.724 -6.451 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   173   122 1   174     3     0     0   608  1333 -16.413  -0.000 -15.067                         
    IL   174   174 2   174     3     1     1   610  1334  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     40      - U - - -
    ML   175   174 2   177     5     1     1   608  1333 -15.346  -0.000 -15.162 -15.374 -16.265         -0.012 -2.907 -2.596  1.438 
     D   176   174 2   177     5     0     0   605  1330  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1   608  1333  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     41    124 c g - -
    MP   178   177 3   182     6     2     2   607  1332 -16.279  -6.780  -0.013 -14.995 -15.275 -15.670 -6.522 -10.270 -0.744 -0.415 -2.943 -6.256  2.678 -10.091 -10.426  0.081 -10.940 -7.842  2.091 -6.208  1.461 -7.204 
    ML   179   177 3   182     6     1     1   604  1329  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   604  1329  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0   598  1323  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   606  1331  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   606  1331  -5.546  -0.049  -9.057  -7.225  -8.331          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     42    122 g c - -
    MP   184   183 6   188     6     2     2   605  1330 -16.279 -16.218  -0.000 -14.995 -15.275 -15.670 -7.506 -3.992 -5.955  0.239 -2.740 -4.691  2.288 -5.969 -4.481  2.567 -8.342 -0.504  1.145 -3.472 -0.973 -2.664 
    ML   185   183 6   188     6     1     1   602  1327  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 6   188     6     1     1   602  1327  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0   596  1321  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   604  1329  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   604  1329  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     43    121 u a - -
    MP   190   189 6   194     6     2     2   603  1328 -16.279 -16.218  -0.011 -14.995  -7.010 -15.670 -9.657 -3.534 -9.736 -0.577 -6.288 -5.621  0.910 -1.137 -5.909  2.516 -7.323 -4.137  2.793 -4.213 -4.100 -4.972 
    ML   191   189 6   194     6     1     1   601  1326  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1   601  1325  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0   595  1320  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   602  1327  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   602  1327  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     44    120 C G - -
    MP   196   195 6   200     6     2     2   601  1326 -16.268 -16.207  -0.000 -14.984 -15.263 -15.658 -3.965 -5.413 -10.523 -6.055 -3.091 -4.422  3.127 -5.936 -5.359  2.589 -7.175 -3.177 -2.567 -3.740 -1.553 -2.085 
    ML   197   195 6   200     6     1     1   599  1324  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   599  1324 -10.782  -9.511  -5.420  -9.489  -0.046  -7.703 -4.317 -5.861  1.964 -5.050 
     D   199   195 6   200     6     0     0   593  1318  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   600  1325  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   600  1325  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     45    119 G C - -
    MP   202   201 6   206     4     2     2   599  1324 -15.492 -15.699  -0.000 -14.113                 -6.387 -4.763 -7.261  1.397 -5.572 -6.032 -0.638 -10.744 -7.541  3.555 -4.334 -1.256 -2.204 -4.158 -3.226 -5.513 
    ML   203   201 6   206     4     1     1   597  1322  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     4     1     1   598  1323  -8.795  -7.823  -0.065  -4.752                  1.967 -5.347 -4.783 -5.039 
     D   205   201 6   206     4     0     0   592  1317  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   599  1324  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   598  1323  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     46      - C - - -
    ML   208   207 6   210     3     1     1   597  1322 -16.413  -0.000 -15.067                         -6.650  1.750 -6.656 -0.698 
     D   209   207 6   210     3     0     0   589  1314  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   597  1322  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     47      - U - - -
    ML   211   210 3   213     3     1     1   596  1321 -16.413  -0.000 -15.067                         -6.019 -5.684 -10.751  1.987 
     D   212   210 3   213     3     0     0   585  1310  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   596  1321  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     48      - c - - -
    ML   214   213 3   216     3     1     1   595  1320 -16.413  -0.000 -15.067                         -0.009  0.031 -0.014 -0.009 
     D   215   213 3   216     3     0     0   580  1305  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   594  1319  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     49      - u - - -
    ML   217   216 3   219     3     1     1   594  1319 -16.413  -0.000 -15.067                          0.002 -0.002 -0.003  0.003 
     D   218   216 3   219     3     0     0   570  1295  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   593  1317  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     50      - u - - -
    ML   220   219 3   222     3     1     1   593  1318 -16.413  -0.000 -15.067                          0.002 -0.002 -0.003  0.003 
     D   221   219 3   222     3     0     0   551  1276  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   590  1315  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     51      - A - - -
    ML   223   222 3   225     3     1     1   592  1317  -1.631  -0.563 -15.067                          1.956 -4.283 -4.276 -5.825 
     D   224   222 3   225     3     0     0   467  1192  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   636  1361  -0.037  -5.317 -17.495                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    118      - C - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                 -2.254  1.862 -4.834 -3.067 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Glu
ACC   euk-Glu-r2-031616
LENG  72
MAXL  645
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 08:21:49 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Glu-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Glu-r2-031616.sto
NSEQ  1323
EFFN  7.254839
CKSUM 1904062609
STATS LOCAL MSV       -8.1662  0.71893
STATS LOCAL VITERBI   -9.2519  0.71893
STATS LOCAL FORWARD   -3.3088  0.71893
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.55357  1.39312  1.25951  1.36095
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  0.00000        *
      1   4.47753  3.92202  4.24146  0.04662      1 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
      2   4.54228  0.05328  4.40774  3.53857      2 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.03393  4.58836  3.76395  1.46634  0.26236  1.09861  0.40547
      3   3.98513  0.09426  3.52091  3.17512      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.02698  4.57526  4.11543  1.46634  0.26236  0.66606  0.72099
      4   2.12550  1.08582  0.98322  1.77846      4 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.03282  3.81441  4.58157  0.76103  0.62958  1.29891  0.31859
      5   1.23946  1.72385  1.62686  1.09202      7 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02069  4.58157  4.58157  1.46634  0.26236  0.78891  0.60576
      6   1.99038  1.62713  1.35138  0.89654      8 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02460  4.58836  4.25924  1.46634  0.26236  1.09861  0.40547
      7   1.31798  2.66107  0.57470  2.30682     10 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02063  4.58439  4.58439  1.46634  0.26236  0.89163  0.52761
      8   3.11223  2.85633  3.52908  0.14077     11 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
      9   1.36928  2.59367  0.53829  2.43931     12 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02720  4.09465  4.58836  0.96127  0.48193  1.09861  0.40547
     10   2.02527  2.85854  0.28857  2.79110     14 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     11   5.75265  5.41835  5.80600  0.01068     15 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02079  4.58836  4.56523  1.46634  0.26236  1.09861  0.40547
     12   2.48992  0.63351  1.52965  1.77346     16 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58813  4.58813  1.46634  0.26236  1.08325  0.41323
     13   2.11183  1.48576  2.03186  0.65093     17 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     14   0.05101  4.36169  3.85723  4.14476     18 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.05360  3.16967  4.58836  1.66986  0.20859  1.09861  0.40547
     15   2.31449  3.74497  0.16787  3.43949     25 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     16   2.31306  1.67918  2.48532  0.46011     26 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.08981  2.58061  4.58836  0.38119  1.14900  1.09861  0.40547
     17   3.62908  4.85532  0.04791  4.38579     29 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     18   3.64988  4.51833  0.05523  4.08476     30 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     19   2.53159  1.11942  3.10948  0.59897     31 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.06209  3.84870  3.24683  0.77922  0.61390  1.09861  0.40547
     20   2.98981  2.56896  3.48967  0.17129     33 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02116  4.55922  4.55922  1.46634  0.26236  0.42061  1.06900
     21   0.05446  4.22880  3.84698  4.06954     34 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     22   1.48799  2.19123  0.73528  1.69814     35 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     23   1.99895  1.60896  0.57876  2.26494     36 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     24   0.01438  5.87412  5.02993  5.31254     37 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02649  4.13713  4.58836  0.99659  0.46066  1.09861  0.40547
     25   3.02737  1.26829  2.67906  0.50814     39 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     26   1.41357  2.26358  2.37473  0.58034     40 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     27   1.91240  1.09279  1.84708  1.02360     41 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     28   1.82833  1.29639  1.15902  1.37830     42 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     29   1.95769  1.51574  1.20781  1.07787     43 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02673  4.58836  4.12249  1.46634  0.26236  1.09861  0.40547
     30   2.12022  0.98077  1.19217  1.60240     44 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02067  4.58231  4.58231  1.46634  0.26236  1.27910  0.32613
     31   1.63439  2.46022  0.46254  2.40986     45 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02067  4.58231  4.58231  1.46634  0.26236  0.81323  0.58595
     32   2.99930  0.28205  3.62273  1.77650     46 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     33   3.43962  3.29144  4.03517  0.09098     47 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     34   1.28705  1.49012  1.52636  1.26853     48 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     35   1.28325  1.50351  1.52130  1.26554     49 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     36   1.28325  1.50351  1.52130  1.26554     50 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     37   0.10031  3.51625  3.32589  3.51350     51 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.31651  1.34267  4.58836  3.66616  0.02591  1.09861  0.40547
     38   2.70291  0.19836  3.59850  2.45869    118 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     39   2.67991  0.53795  2.27106  1.40942    119 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     40   1.86480  1.27413  0.88684  1.87441    120 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     41   1.20111  1.28533  1.41174  1.72114    121 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     42   1.59866  1.28255  1.15443  1.58345    122 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02781  4.05926  4.58836  0.93276  0.49999  1.09861  0.40547
     43   1.34845  1.98899  0.81121  1.83758    124 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     44   0.80294  1.46672  2.13225  1.59585    125 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.37604  4.58836  1.19317  1.46634  0.26236  1.09861  0.40547
     45   2.67836  2.96220  0.18603  3.00832    126 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.06227  3.08386  4.22732  1.40410  0.28182  0.06547  2.75876
     46   2.73204  4.05260  0.11327  3.70375    145 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.49737  0.96312  4.58805  0.05247  2.97354  1.10882  0.40040
     47   3.19136  0.19729  3.63998  2.19213    147 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02056  4.58805  4.58805  1.46634  0.26236  1.09462  0.40746
     48   3.60466  0.12315  3.40205  2.89382    148 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58820  4.58820  1.46634  0.26236  1.10409  0.40274
     49   2.20412  0.80914  1.43422  1.57934    149 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58820  4.58820  1.46634  0.26236  1.08774  0.41094
     50   1.72430  2.68141  0.39645  2.51913    150 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02769  4.06632  4.58836  0.93839  0.49636  1.09861  0.40547
     51   2.11398  2.83548  0.28437  2.68733    152 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     52   2.73954  3.51991  0.13852  3.34798    153 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02743  4.58836  4.08121  1.46634  0.26236  1.09861  0.40547
     53   3.26154  3.15696  3.74076  0.11051    154 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02069  4.58162  4.58162  1.46634  0.26236  0.79046  0.60447
     54   3.16684  3.08198  3.55421  0.12399    155 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     55   3.84631  0.07913  4.40801  3.15736    156 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     56   1.01430  3.25535  0.60686  2.92406    157 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     57   0.08104  3.82510  3.67070  3.48769    158 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     58   2.18831  1.87059  2.41230  0.43966    159 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02638  4.14366  4.58836  1.00214  0.45743  1.09861  0.40547
     59   2.86401  1.98353  3.36500  0.26031    161 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02070  4.58836  4.57344  1.46634  0.26236  1.09861  0.40547
     60   3.63269  0.15785  3.36792  2.46375    163 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58821  4.58821  1.46634  0.26236  1.08869  0.41047
     61   2.95425  0.32480  2.66094  1.86223    164 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     62   2.77754  0.47349  2.49801  1.45786    165 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     63   1.85380  1.53180  0.70944  2.00032    166 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     64   3.08277  3.54004  0.11396  3.41534    167 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02562  4.19117  4.58836  1.04339  0.43426  1.09861  0.40547
     65   2.50216  0.84297  2.47234  0.90814    169 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58836  4.58836  1.46634  0.26236  1.09861  0.40547
     66   1.16698  1.49038  1.24498  1.74034    170 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.02820  4.14304  4.42848  1.00161  0.45774  1.09861  0.40547
     67   1.26680  1.80941  1.52102  1.09056    172 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.02059  4.58660  4.58660  1.46634  0.26236  1.06690  0.42171
     68   2.01077  1.07871  0.99379  1.85848    173 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.02057  4.58728  4.58728  1.46634  0.26236  1.12542  0.39233
     69   3.33399  3.63604  0.08920  3.75818    174 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.02057  4.58728  4.58728  1.46634  0.26236  1.04707  0.43227
     70   3.78091  4.57992  0.04625  4.41124    175 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.02055  4.58811  4.58811  1.46634  0.26236  1.09861  0.40547
     71   0.05093  4.54100  3.72371  4.21008    176 A - - )
          1.38629  1.38629  1.38629  1.38629
          0.04071  3.51779  4.58239  1.19998  0.35839  1.09861  0.40547
     72   0.27780  3.22025  1.87406  3.01369    180 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.01039  4.57210        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Gly
ACC      euk-Gly-r2-031616
STATES   227
NODES    60
CLEN     71
W        474
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 08:55:32 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Gly-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Gly-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gly-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gly-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gly-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Gly-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Gly-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1688
EFFN     1688.000000
CKSUM    1524481151
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -13.0017 0.71885
ECMLC    0.62832    -8.11798     1.76383     1600000      596614  0.002011
ECMGC    0.32020   -44.59112   -31.70330     1600000       24788  0.016137
ECMLI    0.65834    -7.01290     2.27987     1600000      544664  0.002203
ECMGI    0.33555   -41.60882   -29.29303     1600000       24936  0.016041
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   474   975 -15.648 -16.894  -0.000 -12.184                 
    IL     1     1 2     1     4    24    47   476   977  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    24    49   476   978  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    161 - A - -
    MR     3     2 3     5     5    27    52   475   976  -5.437  -0.034 -15.512 -15.724 -16.616          1.939 -4.864 -3.463 -4.645 
     D     4     2 3     5     5    21    42   473   974  -5.652  -1.007  -3.279  -4.710  -1.550         
    IR     5     5 3     5     5    27    53   477   978  -0.599  -1.564 -12.176 -10.344 -11.450          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    157 G C - -
    MP     6     5 3    10     6    26    51   474   975  -7.073  -5.550  -0.047 -15.344 -15.624  -8.241 -4.346 -3.340 -2.806 -2.628 -11.544 -4.462 -5.848 -5.494 -5.570  3.874 -5.350 -1.698 -1.373 -4.603 -6.296 -6.835 
    ML     7     5 3    10     6    24    46   473   975  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    23    45   472   973  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    20    41   471   973  -9.502  -8.200  -3.997  -4.680  -4.697  -0.226 
    IL    10    10 5    10     6    25    47   472   973  -6.425  -6.687  -0.983  -8.343  -1.098  -8.779  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    22    44   474   976  -1.019  -6.071  -1.606  -9.662  -2.626          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      3    154 C G - -
    MP    12    11 6    16     6    28    50   472   973 -16.587  -6.341  -0.018 -15.303 -15.583 -15.978 -4.976 -10.607 -4.683 -2.046 -2.675 -10.495  3.827 -4.372 -10.762 -1.421 -6.072 -1.007 -1.855 -11.087 -3.059 -9.481 
    ML    13    11 6    16     6    24    48   473   974 -11.416  -0.040  -6.477  -6.171 -11.612  -9.142  1.987 -6.805 -6.157 -6.339 
    MR    14    11 6    16     6    23    45   470   971 -10.137  -8.866  -4.775  -8.844  -0.073  -7.058 -3.574 -5.020  1.939 -4.314 
     D    15    11 6    16     6    19    41   471   973 -14.114  -0.175  -8.609  -9.291  -9.309  -3.201 
    IL    16    16 5    16     6    22    43   471   972  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    26    49   472   973  -0.871  -1.146 -12.383 -10.550 -11.656          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      4    150 a u - -
    MP    18    17 6    22     6    27    48   470   971  -6.177 -16.561  -0.022 -15.338  -9.680 -16.013 -4.758 -4.087 -4.082  2.997 -11.534 -11.002  0.871 -5.239 -6.364  2.405 -5.197 -1.399 -3.269 -10.261 -3.333 -3.549 
    ML    19    17 6    22     6    21    42   467   969  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    23    45   469   970 -10.137  -8.866  -0.114  -8.844  -3.978  -7.058 -3.497 -3.189 -4.285  1.907 
     D    21    17 6    22     6    17    37   463   964 -10.989  -9.688  -5.485  -6.167  -6.184  -0.077 
    IL    22    22 5    22     6    25    47   470   971  -1.019  -8.503  -0.995 -10.158 -10.934 -10.595  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    22    43   469   970  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      7    149 U A - -
    MP    24    23 6    28     6    25    46   468   969 -16.626 -16.565  -0.017 -15.342  -6.430 -16.016 -4.860 -5.392 -6.882 -0.351 -2.995 -9.557  2.193 -7.146 -1.874 -2.514 -2.671 -4.005  3.154 -6.199 -0.602 -2.294 
    ML    25    23 6    28     6    20    41   466   967  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    22    43   467   968  -8.809  -7.538  -0.306  -7.516  -2.650  -5.730  1.734 -2.444 -2.068 -1.993 
     D    27    23 6    28     6    17    37   463   964 -10.989  -9.688  -3.077  -6.167  -6.184  -0.231 
    IL    28    28 5    28     6    21    42   467   968  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    21    43   467   968  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      8    148 U A - -
    MP    30    29 6    34     6    23    44   466   967  -7.110 -16.550  -0.011 -11.241 -15.606 -16.001 -5.828 -2.973 -10.819  0.153 -4.098 -8.675  1.783 -7.972 -4.677  0.088 -11.208 -4.831  3.194 -10.999 -0.095 -6.580 
    ML    31    29 6    34     6    19    40   464   965  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    32    29 6    34     6    21    42   465   966 -11.661 -10.390  -6.299 -10.368  -0.025  -8.582 -5.660 -5.158 -6.512  1.979 
     D    33    29 6    34     6    17    37   462   963 -10.844  -9.542  -1.234  -6.021  -6.039  -0.882 
    IL    34    34 5    34     6    22    43   465   966  -6.373  -6.636  -0.043  -8.291  -9.068  -8.728  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    20    42   465   966  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]     10    147 G C - -
    MP    36    35 6    40     6    21    42   464   965 -16.611 -16.550  -0.004 -15.327  -8.711 -16.002 -10.578 -4.496 -7.334  0.960 -7.596 -7.825 -0.614 -11.086 -8.339  3.487 -11.080 -1.174 -0.259 -7.096 -0.269 -7.249 
    ML    37    35 6    40     6    19    39   462   964  -7.204  -7.550  -0.531  -1.959  -7.400  -4.930 -0.087  0.340 -0.355  0.015 
    MR    38    35 6    40     6    20    41   464   965  -0.057 -10.390  -6.299 -10.368  -5.502  -8.582  1.984 -6.460 -5.837 -6.037 
     D    39    35 6    40     6    17    36   461   962 -10.106  -8.804  -0.835  -5.283  -5.301  -1.376 
    IL    40    40 5    40     6    20    41   463   964  -7.028  -7.290  -0.027  -8.946  -9.722  -9.382  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    19    40   463   964  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]     12    146 G C - -
    MP    42    41 6    46     4    19    40   462   963 -15.851 -16.058  -0.000 -14.472                 -10.592 -4.660 -10.410  0.615 -11.540 -7.978  0.556 -6.355 -5.120  3.198 -5.721  1.317  0.221 -4.503 -6.306 -9.376 
    ML    43    41 6    46     4    17    38   461   962  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    18    38   461   962  -7.557  -6.586  -0.157  -3.514                 -1.681 -2.041  1.690 -2.198 
     D    45    41 6    46     4    15    36   459   960  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    18    39   462   963  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    18    38   461   963  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     13      - U - - -
    ML    48    47 6    50     3    17    38   460   961 -16.764  -0.000 -15.418                         -10.545 -6.461 -6.510  1.992 
     D    49    47 6    50     3    15    36   458   959  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    17    38   460   962  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     14      - G - - -
    ML    51    50 3    53     2    16    37   459   960  -7.065  -0.011                                 -0.572 -5.241  1.714 -5.625 
     D    52    50 3    53     2    15    36   458   959  -8.445  -0.004                                 
    IL    53    53 3    53     2    16    37   459   960  -5.677  -0.028                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   121    55    15    36   458   959                                                 
                                             [ BEGR   42 ]      -      - - - - -
     S    55    54 1    56     3     0     6   126   260 -16.764  -0.000 -15.418                         
    IL    56    56 2    56     3     1     6   127   262  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   43 ]     99      - a - - -
    ML    57    56 2    59     3     1     6   126   260  -2.666  -0.247 -15.418                          0.739 -0.134 -0.891 -0.184 
     D    58    56 2    59     3     0     1   107   242  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     8   138   273  -0.197  -2.968 -14.464                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    120      - G - - -
    ML    60    59 3    62     3     1     5    33    52 -16.764  -0.129  -3.548                         -4.107 -6.299  1.969 -6.074 
     D    61    59 3    62     3     0     0    32    51  -6.174  -1.687  -0.566                         
    IL    62    62 3    62     3     1     5    36    55  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    121      - A - - -
    ML    63    62 3    65     3     1     5    32    51 -16.635  -0.000 -15.289                          1.172 -0.409 -0.201 -3.018 
     D    64    62 3    65     3     0     0    31    50 -14.639  -0.003  -9.030                         
    IL    65    65 3    65     3     1     1    35    54  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    122      - C - - -
    ML    66    65 3    68     5     1     5    31    50 -15.697  -0.000 -15.512 -15.725 -16.616         -5.601  1.805 -3.565 -1.321 
     D    67    65 3    68     5     0     0    30    49  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    68    68 3    68     5     1     1    32    50  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   47 ]    123    145 C G - -
    MP    69    68 3    73     6     2     4    30    49 -16.629  -5.110  -0.045  -9.786 -10.693 -16.019 -6.161 -4.072 -6.072  0.061 -3.790 -6.427  3.625 -5.873 -7.247 -0.130 -5.807  0.293 -3.487 -11.059 -2.528 -9.478 
    ML    70    68 3    73     6     1     1    29    48  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    71    68 3    73     6     1     1    29    48  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    72    68 3    73     6     0     0    27    45  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    73    73 5    73     6     1     1    31    50  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    74    74 6    74     5     1     1    32    51  -1.425  -0.677 -11.613  -9.781 -10.887          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    124    142 C G - -
    MP    75    74 6    79     6     2     5    22    40 -16.626 -16.566  -0.000 -15.342 -15.622 -16.017 -5.579 -10.473 -4.721 -2.986 -3.325 -8.392  3.443 -4.943 -7.437  1.346 -2.981 -2.286  0.330 -6.332 -0.615 -7.467 
    ML    76    74 6    79     6     1     1    22    39  -8.141  -8.487  -0.253  -2.896  -8.337  -5.866 -0.583 -1.361  1.084 -0.280 
    MR    77    74 6    79     6     1     1    22    39  -8.151  -6.880  -0.518  -6.859  -1.992  -5.072 -0.819  1.238 -1.591 -0.428 
     D    78    74 6    79     6     0     0    21    36  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    79    79 5    79     6     1     1    24    40  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    80    80 6    80     5     1     1    23    39  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    125    141 G C - -
    MP    81    80 6    85     6     2     5    19    38 -16.629 -16.568  -0.000 -15.345 -15.624 -16.019 -5.298 -2.759 -10.414  0.877 -11.544 -7.009 -1.278 -4.339 -3.923  3.658 -5.898 -1.271 -4.370 -5.119 -5.743 -1.720 
    ML    82    80 6    85     6     1     1    21    37  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    83    80 6    85     6     1     1    21    37  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    84    80 6    85     6     0     0    19    35  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    85    85 5    85     6     1     1    22    38  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    86    86 6    86     5     1     1    21    37  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    126    140 G C - -
    MP    87    86 6    91     6     2     3    17    36 -16.629 -16.568  -0.016  -6.538 -15.624 -16.019 -12.991 -3.173 -13.205 -3.343 -14.098 -5.996 -3.072 -13.778 -7.913  3.919 -5.610 -2.098 -2.107 -4.762 -11.097 -12.184 
    ML    88    86 6    91     6     1     1    19    36  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    89    86 6    91     6     1     1    19    35  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    90    86 6    91     6     0     0    17    34  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    91    91 5    91     6     1     1    20    36  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    92    92 6    92     5     1     1    19    35  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    127    139 G C - -
    MP    93    92 6    97     4     2     3    15    34  -7.068 -16.046  -0.011 -14.460                 -5.335 -3.321 -17.128 -5.600 -16.197 -4.372 -10.472 -16.486 -4.483  3.962 -12.728 -2.932 -10.843 -4.655 -12.932 -16.347 
    ML    94    92 6    97     4     1     1    17    35  -8.118  -0.080  -4.545  -7.030                 -3.762 -3.591 -3.784  1.915 
    MR    95    92 6    97     4     1     1    16    34  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    96    92 6    97     4     0     0    15    33  -4.568  -4.250  -2.265  -0.520                 
    IL    97    97 5    97     4     1     1    15    33  -5.726  -6.409  -0.048  -8.894                  0.000  0.000  0.000  0.000 
    IR    98    98 6    98     3     1     1    16    34  -5.032  -4.388  -0.118                          0.000  0.000  0.000  0.000 
                                             [ MATL   52 ]    129      - U - - -
    ML    99    98 6   101     3     1     1    13    32 -16.748  -0.000 -15.402                         -6.483 -5.333 -6.302  1.982 
     D   100    98 6   101     3     0     0    15    33 -11.665  -0.022  -6.057                         
    IL   101   101 3   101     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    130      - U - - -
    ML   102   101 3   104     3     1     1    12    31 -16.764  -0.000 -15.418                         -9.970 -4.173 -5.996  1.974 
     D   103   101 3   104     3     0     0    17    36  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    131      - C - - -
    ML   105   104 3   107     3     1     1    11    29  -7.085  -0.011 -15.418                         -5.809  1.919 -6.167 -2.416 
     D   106   104 3   107     3     0     0    14    32  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    11    30  -4.548  -0.073  -7.248                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    133      - G - - -
    ML   108   107 3   110     3     1     1    10    28  -7.125  -0.010 -15.418                         -1.508 -5.940  1.853 -5.697 
     D   109   107 3   110     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    11    29  -4.513  -0.075  -7.213                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    135      - A - - -
    ML   111   110 3   113     3     1     1     9    27 -16.764  -0.000 -15.418                          1.964 -6.871 -5.325 -3.951 
     D   112   110 3   113     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    136      - U - - -
    ML   114   113 3   116     3     1     1     7    25 -16.764  -0.000 -12.520                         -2.185 -2.558 -1.447  1.698 
     D   115   113 3   116     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    137      - U - - -
    ML   117   116 3   119     2     1     1     1     1       *   0.000                                 -6.548 -2.694 -6.601  1.935 
     D   118   116 3   119     2     0     0     0     0       *   0.000                                 
    IL   119   119 3   119     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    59 ]      -      - - - - -
     E   120   119 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   121    54 1   122     1     0    15   435   937   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   122   121 1   123   170     0    15   435   937                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   123   122 1   124     4     0     0    23    41  -0.000 -14.757 -14.165 -14.805                 
                                             [ MATP   15 ]     16     34 G U - -
    MP   124   123 1   128     6     2     3    23    41  -7.134 -16.568  -0.010 -15.345 -15.624 -16.019 -12.674 -11.334 -12.869 -3.136 -15.009 -4.717 -10.467 -5.792 -2.764  1.222 -4.774  3.722 -10.392 -14.174 -12.298 -3.134 
    ML   125   123 1   128     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   126   123 1   128     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   127   123 1   128     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   128   128 5   128     6     1     1    23    41  -6.368  -6.631  -0.043  -8.286  -9.062  -8.722  0.000  0.000  0.000  0.000 
    IR   129   129 6   129     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     18     33 U A - -
    MP   130   129 6   134     6     2     3    21    39 -16.629 -16.568  -0.000 -15.345 -15.624 -16.019 -5.521 -13.930 -12.989 -4.120 -3.782 -13.139 -0.988 -12.257 -13.089 -4.027 -13.214 -12.302  3.919 -4.855 -3.811 -4.212 
    ML   131   129 6   134     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   132   129 6   134     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   133   129 6   134     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   134   134 5   134     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   135   135 6   135     5     1     1    23    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     19     32 U A - -
    MP   136   135 6   140     6     2     3    19    37 -16.629 -16.568  -0.000 -15.345 -15.624 -16.019 -3.833  0.329 -8.252 -2.774 -2.421 -7.823  0.047 -10.456 -7.230  2.176 -11.291 -8.146  3.123 -5.789 -4.977 -7.264 
    ML   137   135 6   140     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   138   135 6   140     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   139   135 6   140     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   140   140 5   140     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   141   141 6   141     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     20     31 c g - -
    MP   142   141 6   146     4     2     2    17    35 -15.854 -16.061  -0.000 -14.476                  0.020 -10.959 -6.122 -2.830 -0.920 -4.428  2.664 -10.703 -5.907 -6.564 -11.564 -4.591  1.441 -11.404  1.422  1.294 
    ML   143   141 6   146     4     1     1    24    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   144   141 6   146     4     1     1    23    42  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   145   141 6   146     4     0     0    22    41  -4.568  -4.250  -2.265  -0.520                 
    IL   146   146 5   146     4     1     1    25    44  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   147   147 6   147     3     1     1    24    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     21      - A - - -
    ML   148   147 6   150     3     1     1    14    32 -16.764  -0.000 -15.418                          1.979 -6.839 -4.636 -6.733 
     D   149   147 6   150     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   150   150 3   150     3     1     1    23    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     22      - G - - -
    ML   151   150 3   153     3     1     1    13    31 -16.764  -0.000 -15.418                         -0.878 -6.704  1.780 -6.500 
     D   152   150 3   153     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     23      - U - - -
    ML   154   153 3   156     3     1     1    12    30  -6.428  -0.017 -15.418                         -5.309 -2.438 -3.072  1.876 
     D   155   153 3   156     3     0     0    13    31  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    13    32  -5.143  -0.591  -1.701                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     25      - G - - -
    ML   157   156 3   159     3     1     1    10    29 -16.758  -0.000 -15.412                         -6.681 -7.025  1.991 -6.873 
     D   158   156 3   159     3     0     0    13    32 -10.237  -5.750  -0.028                         
    IL   159   159 3   159     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     26      - G - - -
    ML   160   159 3   162     3     1     1     9    27 -16.758  -0.000 -15.412                         -5.617 -6.706  1.985 -6.514 
     D   161   159 3   162     3     0     0    12    30 -10.237  -0.061  -4.628                         
    IL   162   162 3   162     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     27      - U - - -
    ML   163   162 3   165     3     1     1     8    14  -1.688  -0.536 -15.418                         -5.939 -3.213 -5.943  1.948 
     D   164   162 3   165     3     0     0     6    12  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1     7    14  -4.110  -0.086 -12.557                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     30      - A - - -
    ML   166   165 3   168     2     1     1     1     1       *   0.000                                  1.894 -6.760 -1.924 -6.683 
     D   167   165 3   168     2     0     0     0     0       *   0.000                                 
    IL   168   168 3   168     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    26 ]      -      - - - - -
     E   169   168 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   27 ]      -      - - - - -
     S   170   122 1   171     3     0     0   420   921 -16.764  -0.000 -11.640                         
    IL   171   171 2   171     3     1     1   421   923  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   28 ]     35      - u - - -
    ML   172   171 2   174     5     1     1   420   921 -15.697  -0.000 -15.512 -15.724 -16.616          0.024 -1.273 -0.081  0.700 
     D   173   171 2   174     5     0     0   418   919  -5.702  -0.425  -4.963  -3.338  -3.251         
    IL   174   174 3   174     5     1     1   420   921  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   29 ]     36     98 C G - -
    MP   175   174 3   179     6     2     2   419   920 -16.629 -16.568  -0.000 -15.345 -15.624 -16.019 -10.925 -10.626 -5.895 -0.933 -1.831 -6.441  3.477 -6.952 -10.783  0.159 -5.406  0.828 -0.898 -11.108 -0.836 -7.332 
    ML   176   174 3   179     6     1     1   416   917  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   177   174 3   179     6     1     1   415   917  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   178   174 3   179     6     0     0   410   911  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   179   179 5   179     6     1     1   418   919  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   180   180 6   180     5     1     1   418   919  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     37     97 u g - -
    MP   181   180 6   185     6     2     2   417   918 -16.629  -7.030  -0.011 -15.345 -15.624 -16.019 -8.075 -6.432 -10.708  1.888 -4.959 -11.553  1.425 -4.509 -10.598  0.968 -6.850 -3.508  1.306 -10.883  2.301 -3.964 
    ML   182   180 6   185     6     1     1   414   915  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   183   180 6   185     6     1     1   413   915  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 6   185     6     0     0   408   910  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   416   917  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   416   917  -5.636  -0.046  -9.147  -7.314  -8.420          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     38     95 u a - -
    MP   187   186 6   191     6     2     2   415   916 -16.629 -16.568  -0.000 -15.345 -15.624 -16.019 -5.798 -2.924 -6.969  1.941 -2.168 -5.548  2.446 -5.493 -8.865 -1.635 -5.280 -7.272  2.469 -5.257 -1.731 -3.928 
    ML   188   186 6   191     6     1     1   412   914  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   189   186 6   191     6     1     1   411   913  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   190   186 6   191     6     0     0   407   908  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   414   915  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   414   915  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     39     94 G C - -
    MP   193   192 6   197     6     2     2   413   914  -6.834 -16.568  -0.013 -15.345 -15.624 -16.019 -4.119 -2.328 -4.591 -1.477 -6.683 -4.859  1.948 -8.084 -5.217  3.455 -8.098 -1.585 -4.391 -5.551 -5.964 -5.542 
    ML   194   192 6   197     6     1     1   411   912  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   409   910  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   406   907  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   412   913  -6.648  -6.911  -0.036  -8.566  -9.343  -9.003  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   412   913  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     41     93 C G - -
    MP   199   198 6   203     4     2     2   411   912 -15.854 -16.061  -0.000 -14.476                 -7.859 -5.539 -5.481  1.529 -3.157 -4.325  3.284 -4.984 -7.765  1.279 -4.780 -4.074 -1.189 -9.642 -3.387 -3.820 
    ML   200   198 6   203     4     1     1   409   910  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     4     1     1   407   908  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   202   198 6   203     4     0     0   405   906  -4.568  -4.250  -2.265  -0.520                 
    IL   203   203 5   203     4     1     1   410   912  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     3     1     1   410   911  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   34 ]     42      - C - - -
    ML   205   204 6   207     3     1     1   409   910 -16.764  -0.000 -15.418                         -5.660  1.401 -6.712  0.411 
     D   206   204 6   207     3     0     0   403   904  -6.174  -1.687  -0.566                         
    IL   207   207 3   207     3     1     1   409   910  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     43      - U - - -
    ML   208   207 3   210     3     1     1   408   909 -16.764  -0.000 -15.418                         -13.270 -3.403 -14.402  1.965 
     D   209   207 3   210     3     0     0   400   901  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   408   909  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     44      - u - - -
    ML   211   210 3   213     3     1     1   407   908 -16.764  -0.000 -15.418                          0.002 -0.002 -0.002  0.002 
     D   212   210 3   213     3     0     0   396   897  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   406   908  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     45      - u - - -
    ML   214   213 3   216     3     1     1   406   907  -7.099  -0.011 -15.418                          0.002 -0.002 -0.002  0.002 
     D   215   213 3   216     3     0     0   389   890  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   406   907  -4.536  -0.074  -7.236                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     47      - c - - -
    ML   217   216 3   219     3     1     1   405   906 -16.764  -0.000 -15.418                         -0.009  0.029 -0.013 -0.008 
     D   218   216 3   219     3     0     0   376   877  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   403   904  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     48      - A - - -
    ML   220   219 3   222     3     1     1   404   905  -1.984  -0.421 -15.418                          1.953 -6.374 -3.212 -6.888 
     D   221   219 3   222     3     0     0   324   825  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   440   942  -0.053  -4.793 -16.970                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     92      - u - - -
    ML   223   222 3   225     2     1     1     1     1       *   0.000                                  0.596 -0.193 -5.418  0.669 
     D   224   222 3   225     2     0     0     0     0       *   0.000                                 
    IL   225   225 3   225     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    41 ]      -      - - - - -
     E   226   225 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Gly
ACC   euk-Gly-r2-031616
LENG  71
MAXL  467
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 08:55:33 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Gly-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Gly-r2-031616.sto
NSEQ  1688
EFFN  17.163712
CKSUM 1524481151
STATS LOCAL MSV       -8.1524  0.71885
STATS LOCAL VITERBI   -9.0709  0.71885
STATS LOCAL FORWARD   -3.5847  0.71885
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.56307  1.45025  1.22299  1.34075
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97855  4.97855  1.46634  0.26236  0.00000        *
      1   2.27554  3.08743  0.24144  2.71593      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02606  4.60090  4.15522  1.06086  0.42489  1.09861  0.40547
      2   2.69678  0.36755  2.24652  2.00705      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01723  4.96972  4.59172  1.46634  0.26236  0.67428  0.71238
      3   0.95115  2.13935  0.84984  2.68110      4 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.02697  3.98061  4.83685  0.95862  0.48357  0.89110  0.52798
      4   2.13055  1.25047  2.11948  0.74494      7 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02394  4.97686  4.08890  1.46634  0.26236  1.03960  0.43633
      5   2.19830  1.35023  2.10688  0.67686      8 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.02027  4.33479  4.96808  0.85352  0.55498  0.59993  0.79596
      6   1.83003  2.67620  0.41953  2.17674     10 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01589  4.97836  4.72422  1.46634  0.26236  1.07073  0.41970
      7   1.93398  2.30862  0.41668  2.33514     12 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01389  4.97666  4.97666  1.46634  0.26236  0.93655  0.49754
      8   4.04148  3.81269  4.36549  0.05379     13 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
      9   1.78366  3.75014  0.24924  3.53812     14 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02031  4.32601  4.97865  0.83952  0.56549  1.09861  0.40547
     10   2.86981  3.73499  0.11421  3.59924     16 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02002  4.34736  4.97865  0.85498  0.55390  1.09861  0.40547
     11   4.95507  3.60801  4.85018  0.04289     18 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     12   2.03541  1.82710  1.32120  0.81717     19 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     13   1.95776  1.05687  2.20897  0.91262     20 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     14   0.03437  4.78317  4.13837  4.66000     21 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     15   2.02020  4.18260  0.18454  3.88101     22 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     16   3.51729  2.80796  3.31603  0.13502     23 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02060  4.30497  4.97865  0.82456  0.57702  1.09861  0.40547
     17   4.52234  5.40780  0.02258  4.96457     25 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01715  4.97865  4.59305  1.46634  0.26236  1.09861  0.40547
     18   4.29456  5.24339  0.02730  4.82801     26 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01391  4.97541  4.97541  1.46634  0.26236  0.85870  0.55115
     19   3.63109  3.09264  4.05764  0.09339     27 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.32480  1.30768  4.97865  0.10519  2.30409  1.09861  0.40547
     20   0.10451  4.28161  2.65399  4.19661     30 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     21   1.35720  2.37762  0.81353  1.57717     31 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     22   0.85742  1.21176  1.72785  2.29854     32 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     23   0.04971  4.90583  3.46873  4.61162     33 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     24   3.67172  1.64906  3.60067  0.28100     34 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.01411  4.97865  4.94344  1.46634  0.26236  1.09861  0.40547
     25   1.30406  2.01488  1.51264  0.98107     35 u - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01387  4.97841  4.97841  1.46634  0.26236  1.07527  0.41734
     26   2.54887  0.56109  1.67297  1.81061     36 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     27   1.56619  1.48744  1.82283  0.90722     37 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     28   1.49136  1.13070  2.22713  1.06627     38 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     29   2.20583  1.66033  0.44038  2.88287     39 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02145  4.24449  4.97865  0.78291  0.61078  1.09861  0.40547
     30   1.71733  0.71348  1.70998  1.89948     41 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     31   3.20813  0.47805  3.93516  1.13933     42 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     32   4.25731  3.31933  4.77010  0.06062     43 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     33   1.31579  1.46339  1.47419  1.30445     44 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     34   1.31579  1.46339  1.47419  1.30445     45 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02016  4.33717  4.97865  0.84756  0.55942  1.09861  0.40547
     35   1.32060  1.44727  1.47984  1.30882     47 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     36   0.05818  4.43899  3.43075  4.39447     48 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.25951  1.50649  4.97865  3.30842  0.03726  1.09861  0.40547
     37   1.04837  1.51265  2.88832  0.98485     92 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     38   2.10015  1.79570  0.67044  1.60911     93 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     39   3.10229  0.48425  1.60917  1.97441     94 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     40   1.16712  2.32553  1.04750  1.42631     95 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02049  4.31267  4.97865  0.83000  0.57279  1.09861  0.40547
     41   1.63129  1.93350  0.84895  1.46179     97 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     42   2.05556  2.24655  0.50456  1.81741     98 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     43   0.96272  1.53000  1.88872  1.38491     99 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.15969  1.96108  4.97865  2.04661  0.13831  1.09861  0.40547
     44   3.76529  4.90859  0.04209  4.54023    120 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.09035  4.97865  2.53196  1.46634  0.26236  1.09861  0.40547
     45   0.66225  1.72235  1.58484  2.29577    121 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01496  4.90326  4.90326  1.46634  0.26236  0.15970  1.91325
     46   3.62275  0.17907  3.61944  2.20320    122 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     47   2.28722  0.49700  1.83521  2.03624    123 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01437  4.97865  4.90879  1.46634  0.26236  1.09861  0.40547
     48   2.67973  0.60390  1.67382  1.62346    124 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01387  4.97816  4.97816  1.46634  0.26236  1.05258  0.42930
     49   1.82740  2.81060  0.33637  2.73895    125 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     50   2.72563  3.41854  0.15148  3.16299    126 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     51   3.14080  3.93465  0.09003  3.75944    127 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02951  4.33274  4.13818  0.84436  0.56182  1.09861  0.40547
     52   3.72689  3.53920  4.15131  0.07133    129 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01399  4.96954  4.96954  1.46634  0.26236  0.62220  0.76952
     53   3.84009  3.38035  4.14328  0.07407    130 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     54   4.13149  0.08239  4.50666  2.95662    131 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02022  4.33265  4.97865  0.84430  0.56187  1.09861  0.40547
     55   2.37623  4.11546  0.14071  3.81480    133 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02005  4.34567  4.97865  0.85374  0.55481  1.09861  0.40547
     56   0.05018  4.41682  4.15242  3.85649    135 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     57   2.56024  2.73716  2.43479  0.26092    136 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01399  4.97865  4.96063  1.46634  0.26236  1.09861  0.40547
     58   3.68116  2.92488  4.13267  0.09972    137 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01395  4.97853  4.96663  1.46634  0.26236  1.08663  0.41151
     59   4.03658  0.09562  3.94500  2.91544    139 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97857  4.97857  1.46634  0.26236  1.09070  0.40945
     60   3.38323  0.17573  3.25460  2.42335    140 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     61   3.14021  0.38774  2.68052  1.56252    141 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01482  4.97865  4.85001  1.46634  0.26236  1.09861  0.40547
     62   1.88467  1.81701  0.52011  2.39516    142 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.03923  3.45531  4.97771  0.69044  0.69586  1.01472  0.45021
     63   2.27010  2.28805  0.45681  1.82059    145 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01386  4.97865  4.97865  1.46634  0.26236  1.09861  0.40547
     64   2.47135  0.61024  2.20620  1.33869    146 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01449  4.97865  4.89197  1.46634  0.26236  1.09861  0.40547
     65   2.61226  0.48422  2.21766  1.60152    147 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01426  4.97803  4.92422  1.46634  0.26236  1.08191  0.41392
     66   0.79958  2.19400  1.16126  2.07209    148 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.01387  4.97788  4.97788  1.46634  0.26236  1.13085  0.38973
     67   0.83997  2.41559  1.09133  1.94358    149 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.01387  4.97788  4.97788  1.46634  0.26236  1.13085  0.38973
     68   2.99157  0.93936  2.00979  0.85591    150 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.04309  3.34415  4.97788  0.70094  0.68542  1.13085  0.38973
     69   2.17789  2.60608  0.33723  2.31113    154 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.03249  3.68579  4.97788  0.88873  0.52963  1.03709  0.43771
     70   2.90965  0.28052  2.83348  2.03024    157 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03393  3.63138  4.97855  1.17314  0.37019  1.09861  0.40547
     71   0.08297  3.81965  3.39691  3.72088    161 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00696  4.97164        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-His
ACC      euk-His-r2-031616
STATES   230
NODES    61
CLEN     72
W        381
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 09:16:59 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-His-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-His-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-His-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-His-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-His-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-His-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-His-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     479
EFFN     479.000000
CKSUM    3021166529
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -15.3108 0.71877
ECMLC    0.77141    -5.54095     2.40820     1600000      552475  0.002172
ECMGC    0.34675   -38.68410   -26.40931     1600000       28218  0.014175
ECMLI    0.65955    -6.39046     2.76089     1600000      501723  0.002392
ECMGI    0.36724   -35.40421   -23.81704     1600000       28189  0.014190
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   381   755 -13.835 -15.081  -0.001 -11.534                 
    IL     1     1 2     1     4    19    42   383   757  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    20    43   383   757  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    147 - A - -
    MR     3     2 3     5     5    25    52   382   756  -4.886  -0.050 -13.700 -13.913 -14.804          1.832 -3.112 -3.460 -2.094 
     D     4     2 3     5     5    16    38   379   753  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    22    48   384   758  -0.617  -1.536 -10.940  -9.108 -10.214          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    143 G C - -
    MP     6     5 3    10     6    25    51   381   755 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -12.269 -1.349 -13.304 -6.599 -13.640 -10.494 -0.286 -13.511 -8.712  3.801 -8.761 -0.555 -2.957 -5.658 -10.525 -12.297 
    ML     7     5 3    10     6    18    40   378   753  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    18    40   378   752  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    13    36   373   747  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    19    41   380   754  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    19    41   380   754  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    142 C G - -
    MP    12    11 6    16     6    24    49   379   753 -14.827 -14.766  -0.005 -13.543  -8.295 -14.218 -9.139 -8.840 -5.328 -3.378 -2.207 -9.980  3.405 -6.033 -8.996  1.553 -9.509 -2.702  0.915 -9.321 -4.602 -5.128 
    ML    13    11 6    16     6    17    39   377   751  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    17    40   377   751  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    13    36   371   745  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    19    41   378   752  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    19    41   378   752  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    141 C G - -
    MP    18    17 6    22     6    23    47   377   751 -14.823 -14.762  -0.000 -13.538 -13.818 -14.213 -9.190 -8.894 -3.766 -4.722 -4.168 -10.016  3.337 -3.495 -9.044  1.898 -6.597 -3.839 -0.864 -9.369 -0.130 -1.481 
    ML    19    17 6    22     6    17    39   375   749  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    18    40   375   750  -8.522  -7.251  -0.383  -7.229  -2.363  -5.442  1.636 -2.038 -1.703 -1.549 
     D    21    17 6    22     6    13    36   370   744  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    18    40   376   750  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    18    41   376   750  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    140 g c - -
    MP    24    23 6    28     6    21    45   375   749 -14.827 -14.766  -0.014  -6.818 -10.076 -14.218 -1.591 -4.343 -7.852  1.969 -5.947 -6.605  1.832 -8.277 -3.594  2.543 -8.497 -0.533  0.010 -7.868 -1.095 -5.316 
    ML    25    23 6    28     6    17    39   373   747  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    16    39   372   746  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    12    36   368   742  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    18    40   374   748  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    18    40   374   748  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    139 u a - -
    MP    30    29 6    34     6    19    43   373   747 -14.813 -14.752  -0.000 -13.529 -13.809 -14.204 -8.964 -4.323 -8.985  0.107 -6.436 -2.603  1.811 -8.569 -2.334  1.071 -9.382 -4.614  2.921 -6.508  0.323 -7.619 
    ML    31    29 6    34     6    17    41   372   746  -9.088  -9.435  -0.126  -3.843  -9.284  -6.814 -2.796 -2.579 -3.572  1.850 
    MR    32    29 6    34     6    15    38   370   744  -7.594  -6.323  -2.231  -6.301  -0.488  -4.514 -0.269 -0.545 -0.898  0.962 
     D    33    29 6    34     6    12    36   367   741  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    17    39   372   746  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    17    39   372   746  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6    138 g c - -
    MP    36    35 6    40     6    17    41   371   745 -14.826 -14.765  -0.000 -13.542 -13.821 -14.217 -4.170 -4.949 -8.976 -0.724 -5.415 -9.806  1.935 -8.605 -8.880  2.750 -6.850 -3.658  1.629 -9.135  0.382 -2.063 
    ML    37    35 6    40     6    15    38   370   744  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    14    38   369   743  -7.594  -6.323  -2.231  -6.301  -0.488  -4.514  1.123 -1.003 -0.750 -0.459 
     D    39    35 6    40     6    12    36   367   741  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    15    39   370   744  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    15    39   370   744  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7    137 g c - -
    MP    42    41 6    46     4    15    39   369   743  -4.346  -4.844  -0.127 -12.661                 -8.817 -5.196 -6.433  2.772 -9.767 -9.235 -0.926 -9.324 -4.363  2.780 -9.319 -2.918  0.614 -8.492 -6.842 -7.600 
    ML    43    41 6    46     4    13    37   368   742  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    12    37   367   741  -5.489  -4.518  -2.385  -0.429                 -0.240  0.715 -0.959 -0.004 
     D    45    41 6    46     4    12    36   366   740  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    15    39   374   748  -0.268  -9.836  -2.571 -12.321                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    14    38   368   742  -4.930  -0.056  -7.630                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     14      - U - - -
    ML    48    47 6    50     3    13    37   367   741 -14.949  -0.000 -13.603                         -11.283 -5.677 -12.358  1.993 
     D    49    47 6    50     3    11    36   365   739  -7.186  -0.604  -1.578                         
    IL    50    50 3    50     3    13    37   367   741  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     15      - a - - -
    ML    51    50 3    53     2    12    36   366   740 -15.605  -0.000                                  0.786 -0.106  0.380 -4.444 
     D    52    50 3    53     2    11    35   365   739  -8.445  -0.004                                 
    IL    53    53 3    53     2    12    36   366   740  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   121    55    11    35   365   739                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     2    96   189 -14.951  -0.000 -13.605                         
    IL    56    56 2    56     3     1     1    97   191  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]     93      - a - - -
    ML    57    56 2    59     3     1     2    96   189  -1.917  -0.444 -13.605                          0.729  0.313 -1.484 -0.428 
     D    58    56 2    59     3     0     0    80   173  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     2   102   195  -0.286  -2.478 -12.915                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    113      - G - - -
    ML    60    59 3    62     3     1     1    38    64  -4.886  -0.208  -3.318                          0.967 -9.558  1.009 -4.967 
     D    61    59 3    62     3     0     0    36    62  -6.174  -1.687  -0.566                         
    IL    62    62 3    62     3     1     1    38    64  -4.894  -0.057  -7.594                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    115      - A - - -
    ML    63    62 3    65     3     1     1    37    63 -14.798  -0.000 -13.452                          1.417 -2.632 -1.687 -0.220 
     D    64    62 3    65     3     0     0    36    62 -13.062  -0.008  -7.454                         
    IL    65    65 3    65     3     1     1    38    64  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    116      - C - - -
    ML    66    65 3    68     5     1     1    36    62 -13.885  -0.000 -13.700 -13.913 -14.804         -5.562  1.709 -4.672 -0.575 
     D    67    65 3    68     5     0     0    34    60  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    68    68 3    68     5     1     1    36    62  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    117    135 C G - -
    MP    69    68 3    73     6     2     2    35    61 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -10.904 -10.043 -10.633 -0.945 -9.807 -5.830  3.273 -5.532 -10.670  1.540 -10.985  1.470 -6.187 -11.002 -3.745 -9.456 
    ML    70    68 3    73     6     1     1    33    59  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    71    68 3    73     6     1     1    33    59  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    72    68 3    73     6     0     0    30    56  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    73    73 5    73     6     1     1    34    60  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    74    74 6    74     5     1     1    34    60  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    118    134 C G - -
    MP    75    74 6    79     6     2     2    33    59 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -9.353 -9.068 -4.613 -4.901 -8.165 -5.559  3.411 -8.834 -6.008 -0.187 -9.692 -2.536  1.919 -9.524 -1.309 -7.918 
    ML    76    74 6    79     6     1     1    31    57  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    77    74 6    79     6     1     1    31    57  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    78    74 6    79     6     0     0    28    54  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    79    79 5    79     6     1     1    32    58  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    80    80 6    80     5     1     1    32    58  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    119    133 g c - -
    MP    81    80 6    85     6     2     2    31    57 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -4.860 -4.630 -5.867  1.904 -4.784 -9.498  2.136 -6.547 -8.896  2.662 -9.309 -5.673  0.004 -2.199 -2.779 -7.578 
    ML    82    80 6    85     6     1     1    29    55  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    83    80 6    85     6     1     1    29    55  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    84    80 6    85     6     0     0    27    53  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    85    85 5    85     6     1     1    30    56  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    86    86 6    86     5     1     1    30    56  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    120    132 G C - -
    MP    87    86 6    91     6     2     2    29    55 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -8.812 -4.297 -8.631  0.808 -9.762 -4.064 -4.828 -9.321 -4.795  3.702 -9.313 -1.257 -0.794 -5.623 -6.836 -5.533 
    ML    88    86 6    91     6     1     1    28    54  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    89    86 6    91     6     1     1    27    53  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    90    86 6    91     6     0     0    25    51  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    91    91 5    91     6     1     1    28    54  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    92    92 6    92     5     1     1    28    54  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    121    131 G C - -
    MP    93    92 6    97     4     2     2    27    53 -14.041 -14.248  -0.000 -12.662                 -12.698 -4.900 -14.768 -2.484 -14.362 -10.569 -8.686 -14.329 -10.751  3.968 -3.327 -5.139 -9.042 -11.029 -11.125 -13.740 
    ML    94    92 6    97     4     1     1    27    52  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    95    92 6    97     4     1     1    26    52  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    96    92 6    97     4     0     0    25    51  -4.568  -4.250  -2.265  -0.520                 
    IL    97    97 5    97     4     1     1    28    54  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    98    98 6    98     3     1     1    27    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    122      - U - - -
    ML    99    98 6   101     3     1     1    25    51 -14.951  -0.000 -13.605                         -10.389 -2.576 -11.268  1.938 
     D   100    98 6   101     3     0     0    23    49  -6.174  -1.687  -0.566                         
    IL   101   101 3   101     3     1     1    26    52  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    123      - U - - -
    ML   102   101 3   104     3     1     1    24    50 -14.951  -0.000 -13.605                         -11.037 -4.843 -12.042  1.987 
     D   103   101 3   104     3     0     0    22    48  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    25    51  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    124      - C - - -
    ML   105   104 3   107     3     1     1    23    49 -14.951  -0.000 -13.605                         -5.983  1.960 -6.381 -3.593 
     D   106   104 3   107     3     0     0    21    47  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    24    50  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    125      - G - - -
    ML   108   107 3   110     3     1     1    22    48 -14.951  -0.000 -13.605                         -1.409 -6.223  1.852 -9.566 
     D   109   107 3   110     3     0     0    20    46  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    23    49  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    126      - A - - -
    ML   111   110 3   113     3     1     1    21    47 -14.951  -0.000 -13.605                          1.986 -10.460 -5.995 -5.489 
     D   112   110 3   113     3     0     0    19    45  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    22    48  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    127      - U - - -
    ML   114   113 3   116     3     1     1    20    46  -5.480  -0.033 -13.605                          0.785 -4.027 -5.816  1.136 
     D   115   113 3   116     3     0     0    18    44  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    24    50  -1.027  -0.985  -7.967                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    130      - U - - -
    ML   117   116 3   119     2     1     1     1     1       *   0.000                                 -5.915 -3.874 -8.830  1.968 
     D   118   116 3   119     2     0     0     0     0       *   0.000                                 
    IL   119   119 3   119     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   120   119 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   121    54 1   122     1     0    17   342   716   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   122   121 1   123   173     0    17   342   716                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   123   122 1   124     4     0     1    25    43  -0.001 -12.951 -12.358 -12.998                 
                                             [ MATP   15 ]     16     33 G C - -
    MP   124   123 1   128     6     2     3    25    43 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -12.634 -9.389 -14.490 -6.812 -14.331 -10.593 -8.686 -14.130 -10.749  3.774 -10.956  1.203 -9.033 -11.044 -11.110 -13.384 
    ML   125   123 1   128     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   126   123 1   128     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   127   123 1   128     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   128   128 5   128     6     1     1    26    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   129   129 6   129     5     1     1    25    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     17     32 U A - -
    MP   130   129 6   134     6     2     3    23    41 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -11.869 -12.149 -11.187 -1.509 -5.581 -11.332  2.029 -10.453 -11.290 -8.357 -11.411 -10.550  3.528 -11.704 -7.240 -10.092 
    ML   131   129 6   134     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   132   129 6   134     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   133   129 6   134     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   134   134 5   134     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   135   135 6   135     5     1     1    24    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     18     31 a u - -
    MP   136   135 6   140     6     2     3    21    39 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -2.718 -6.370 -6.585  2.722 -8.349 -9.817  2.025 -8.849 -9.056  1.481 -9.505 -4.431  1.191 -9.122 -5.770 -7.733 
    ML   137   135 6   140     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   138   135 6   140     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   139   135 6   140     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   140   140 5   140     6     1     1    24    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   141   141 6   141     5     1     1    23    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     19     30 U G - -
    MP   142   141 6   146     4     2     3    19    37 -14.041 -14.248  -0.000 -12.662                  0.052 -12.152 -11.187 -8.388 -5.505 -11.331  1.148 -10.453  0.946 -8.360 -11.411 -10.556 -0.525 -11.704  3.161  0.204 
    ML   143   141 6   146     4     1     1    25    43  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   144   141 6   146     4     1     1    24    43  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   145   141 6   146     4     0     0    23    42  -4.568  -4.250  -2.265  -0.520                 
    IL   146   146 5   146     4     1     1    26    44  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   147   147 6   147     3     1     1    25    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     20      - A - - -
    ML   148   147 6   150     3     1     2    16    35 -14.951  -0.000 -13.605                          1.989 -10.558 -5.955 -6.128 
     D   149   147 6   150     3     0     0    20    38  -6.174  -1.687  -0.566                         
    IL   150   150 3   150     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     21      - G - - -
    ML   151   150 3   153     3     1     2    15    33 -14.951  -0.000 -13.605                         -1.180 -10.166  1.823 -5.636 
     D   152   150 3   153     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     22      - U - - -
    ML   154   153 3   156     3     1     1    14    32  -5.520  -0.032 -13.605                         -3.350 -3.765 -4.200  1.916 
     D   155   153 3   156     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    14    32  -4.331  -0.085  -7.031                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     24      - G - - -
    ML   157   156 3   159     3     1     1    13    31 -14.951  -0.000 -13.605                         -5.899 -5.917  1.988 -10.208 
     D   158   156 3   159     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     25      - G - - -
    ML   160   159 3   162     3     1     1    11    30 -14.951  -0.000 -13.605                         -6.063 -6.474  1.985 -5.998 
     D   161   159 3   162     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     26      - U - - -
    ML   163   162 3   165     3     1     1    10    28  -2.849  -0.466  -2.868                         -1.466 -3.589 -8.505  1.829 
     D   164   162 3   165     3     0     0     8    27  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1     9    28  -6.830  -0.015  -9.530                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     28      - U - - -
    ML   166   165 3   168     3     1     1     8    27 -14.738  -0.000 -13.392                         -2.962  0.103 -2.732  1.404 
     D   167   165 3   168     3     0     0     8    27 -13.510  -0.006  -7.902                         
    IL   168   168 3   168     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     29      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.982 -10.756 -10.137 -4.368 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   173   122 1   174     3     0     1   326   700 -14.951  -0.000 -13.605                         
    IL   174   174 2   174     3     1     1   327   701  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     34      - a - - -
    ML   175   174 2   177     5     1     1   326   700 -13.885  -0.000 -13.700 -13.913 -14.804          0.567 -3.440  0.108  0.432 
     D   176   174 2   177     5     0     0   323   698  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1   326   700  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     35     92 C G - -
    MP   178   177 3   182     6     2     2   325   699 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -9.023 -1.568 -9.038 -0.629 -2.605 -5.022  3.010 -2.577 -8.910  0.057 -9.428 -3.571  2.280 -4.063 -0.882 -7.655 
    ML   179   177 3   182     6     1     1   323   697  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   323   697  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0   319   693  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   324   698  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   324   698  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     36     91 u a - -
    MP   184   183 6   188     6     2     2   323   697 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -9.339 -9.053 -9.316  0.562 -5.501 -10.122  2.311 -8.823 -9.184  1.113 -9.681 -6.630  2.870 -5.594 -5.630 -7.906 
    ML   185   183 6   188     6     1     1   321   695  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 6   188     6     1     1   321   695  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0   318   692  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   322   696  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   322   696  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     37     90 g c - -
    MP   190   189 6   194     6     2     2   321   695 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -2.352 -7.483 -8.644  2.268 -9.628 -9.247 -0.198 -9.284 -6.782  2.511 -0.376 -4.752  1.830 -6.039 -6.745 -7.597 
    ML   191   189 6   194     6     1     1   319   693  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1   320   694  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0   318   692  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   320   694  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   320   694  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     38     89 C G - -
    MP   196   195 6   200     6     2     2   319   693 -14.827 -14.766  -0.000 -13.543 -13.823 -14.218 -11.081 -2.338 -10.674 -6.900 -3.532 -6.770  3.269 -4.256 -10.747  2.289 -10.987 -0.258 -5.735 -11.003 -2.041 -5.785 
    ML   197   195 6   200     6     1     1   318   692  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   319   693  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0   317   692  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   318   692  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   318   692  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     39     88 G C - -
    MP   202   201 6   206     4     2     2   317   691 -14.041 -14.248  -0.000 -12.662                 -8.803 -3.825 -8.622  1.469 -9.752 -1.914 -0.884 -6.099 -9.060  3.389 -9.306 -1.595 -2.764 -8.476 -2.495  0.259 
    ML   203   201 6   206     4     1     1   317   691  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     4     1     1   318   692  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     4     0     0   318   692  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   317   691  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   317   691  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     40      - U - - -
    ML   208   207 6   210     3     1     1   315   689 -14.951  -0.000 -13.605                         -10.817  0.269 -11.807  1.482 
     D   209   207 6   210     3     0     0   318   692  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   316   690  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     41      - U - - -
    ML   211   210 3   213     3     1     1   314   688 -14.951  -0.000 -13.605                         -3.454 -2.203 -6.235  1.879 
     D   212   210 3   213     3     0     0   320   694  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   316   690  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     42      - u - - -
    ML   214   213 3   216     3     1     1   313   687 -14.951  -0.015  -6.571                          0.006 -0.006 -0.007  0.007 
     D   215   213 3   216     3     0     0   323   697  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   315   689  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     43      - u - - -
    ML   217   216 3   219     3     1     1   312   686 -14.935  -0.000 -13.590                          0.006 -0.006 -0.007  0.007 
     D   218   216 3   219     3     0     0   327   701  -9.900  -5.413  -0.036                         
    IL   219   219 3   219     3     1     1   314   688  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     44      - u - - -
    ML   220   219 3   222     3     1     1   311   685 -14.935  -0.000 -13.590                          0.006 -0.006 -0.007  0.007 
     D   221   219 3   222     3     0     0   327   701  -9.900  -5.413  -0.036                         
    IL   222   222 3   222     3     1     1   314   688  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     45      - G - - -
    ML   223   222 3   225     3     1     1   310   684  -1.431  -0.669 -13.590                         -0.504 -9.572  1.709 -5.423 
     D   224   222 3   225     3     0     0   327   701  -0.112  -5.413  -4.292                         
    IL   225   225 3   225     3     1     1   329   703  -0.071  -4.380 -15.325                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     87      - C - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                  0.363  1.184 -1.610 -3.125 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-His
ACC   euk-His-r2-031616
LENG  72
MAXL  382
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 09:16:59 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-His-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-His-r2-031616.sto
NSEQ  479
EFFN  30.642815
CKSUM 3021166529
STATS LOCAL MSV       -8.2088  0.71877
STATS LOCAL VITERBI   -9.0952  0.71877
STATS LOCAL FORWARD   -3.7936  0.71877
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.57012  1.40460  1.22544  1.37482
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  0.00000        *
      1   2.80460  2.82961  0.16223  3.50042      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
      2   3.25233  0.51041  1.64509  1.78335      2 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01028  5.60957  5.02532  1.46634  0.26236  1.09861  0.40547
      3   3.20770  0.56426  1.47832  1.81554      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.00737  5.60666  5.60666  1.46634  0.26236  0.74908  0.64018
      4   1.37715  1.53192  0.93106  1.98451      4 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.00816  5.60957  5.41191  1.46634  0.26236  1.09861  0.40547
      5   2.25771  1.39803  1.80524  0.72589      5 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.00736  5.60877  5.60877  1.46634  0.26236  1.16893  0.37208
      6   2.57763  1.36670  0.97588  1.23018      6 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.00736  5.60877  5.60877  1.46634  0.26236  1.16893  0.37208
      7   0.98545  2.94808  0.75442  2.26330      7 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.05407  3.01659  5.60877  1.77881  0.18493  1.16893  0.37208
      8   5.35835  4.55451  5.90777  0.01811     14 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00736  5.60877  5.60877  1.46634  0.26236  0.97127  0.47578
      9   0.85889  1.53520  1.15785  3.06200     15 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     10   4.61477  5.81566  0.01606  5.79218     16 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     11   3.63886  1.31414  4.99306  0.35921     17 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     12   1.02186  1.33591  1.62038  1.71852     18 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     13   2.69056  1.83227  2.11531  0.42846     19 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     14   0.01513  5.87932  5.01784  5.18565     20 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     15   2.25228  5.10873  0.13196  4.38839     21 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     16   3.36018  3.46752  3.90699  0.08995     22 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02779  3.74022  5.60957  0.28422  1.39675  1.09861  0.40547
     17   4.75788  5.29054  0.01703  5.72542     24 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     18   4.75198  5.47044  0.01958  5.02959     25 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     19   2.41669  3.41069  4.66480  0.14117     26 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.30358  2.02663  2.03984  0.05469  2.93330  1.09861  0.40547
     20   2.92260  1.35262  3.08075  0.44361     28 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00842  5.47445  5.47445  1.46634  0.26236  0.05480  2.93138
     21   0.01862  5.79228  5.59376  4.44992     29 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     22   1.46074  4.91661  0.37945  2.57207     30 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     23   1.76509  1.67675  1.28496  1.00735     31 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     24   0.36613  5.12710  1.29952  3.57587     32 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     25   5.75428  0.15003  5.65918  2.01993     33 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     26   1.02646  2.86264  1.36707  1.10940     34 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     27   2.36095  0.76956  2.22364  1.09590     35 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     28   2.26300  1.14343  1.90436  0.84789     36 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     29   1.25387  2.52360  0.85593  1.56281     37 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     30   3.02339  0.62682  1.10018  2.47379     38 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     31   1.67764  2.72645  0.43791  2.27937     39 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     32   4.64504  1.24020  5.23600  0.36277     40 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     33   3.39992  2.79805  4.44948  0.11204     41 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     34   1.33761  1.43838  1.44506  1.32997     42 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01710  5.60957  4.32044  1.46634  0.26236  1.09861  0.40547
     35   1.33725  1.43879  1.44554  1.32955     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.00742  5.59989  5.59989  1.46634  0.26236  1.72804  0.19557
     36   1.33725  1.43879  1.44554  1.32955     44 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.00742  5.59989  5.59989  1.46634  0.26236  0.43892  1.03489
     37   1.77469  4.78620  0.21529  4.14702     45 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.43960  1.04401  5.60957  3.03432  0.04930  1.09861  0.40547
     38   1.14973  0.65408  2.40744  2.61301     87 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     39   3.46258  0.46173  2.70789  1.30277     88 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     40   2.78773  1.22408  0.59526  2.37527     89 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     41   1.57356  0.98224  2.08689  1.22367     90 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     42   0.88552  1.95153  1.10372  2.17322     91 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     43   1.21435  2.16785  0.71887  2.28899     92 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     44   0.93518  1.24399  2.22750  1.55373     93 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.28997  1.39411  5.60957  1.72093  0.19711  1.09861  0.40547
     45   0.71148  4.96351  0.71943  4.19532    113 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.14037  3.35676  2.34216  0.19839  1.71509  1.09861  0.40547
     46   0.47522  2.73350  2.37503  1.51301    115 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00810  5.51255  5.51255  1.46634  0.26236  0.07345  2.64771
     47   3.86002  0.23022  4.10459  1.78332    116 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     48   2.79945  0.62392  1.09431  2.68026    117 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     49   3.31698  0.52302  2.35149  1.28815    118 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     50   1.47385  1.37631  0.91413  2.14058    119 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     51   1.97433  3.44683  0.26334  2.79981    120 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     52   3.92509  5.76837  0.02635  5.76438    121 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     53   4.72324  3.04500  5.23356  0.06381    122 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     54   5.15242  4.19309  5.68580  0.02458    123 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     55   4.67939  0.04228  4.94455  3.68923    124 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     56   2.39028  4.77223  0.11488  4.77200    125 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     57   0.01735  5.76035  4.98915  4.92833    126 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     58   0.90503  3.28934  3.73752  0.62665    127 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02838  3.71657  5.60957  0.79948  0.59704  1.09861  0.40547
     59   4.20046  3.59327  4.90338  0.05121    130 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     60   5.78667  0.03512  4.77176  3.77328    131 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     61   2.94362  0.30376  3.34190  1.74918    132 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     62   2.38194  0.91978  1.31747  1.42209    133 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     63   1.41809  2.52610  0.46872  2.95558    134 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     64   2.95823  1.64338  0.60019  1.57960    135 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.04018  3.33215  5.60957  0.19381  1.73620  1.09861  0.40547
     65   2.32396  0.80232  2.83082  0.92921    137 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     66   1.56536  1.00661  1.11296  2.33359    138 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.01564  5.60957  4.43466  1.46634  0.26236  1.09861  0.40547
     67   0.87060  1.86773  1.16571  2.16172    139 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.00741  5.60134  5.60134  1.46634  0.26236  0.48100  0.96277
     68   2.12083  1.05079  1.39098  1.26736    140 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     69   2.40145  1.53044  0.47524  2.64173    141 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     70   1.83008  1.72439  0.50211  2.88122    142 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.00735  5.60957  5.60957  1.46634  0.26236  1.09861  0.40547
     71   3.72742  0.19219  2.75937  2.43655    143 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03927  3.35676  5.60957  1.12745  0.39135  1.09861  0.40547
     72   0.14746  3.22572  3.45606  2.72077    147 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00368  5.60590        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Ile
ACC      euk-Ile-r2-031616
STATES   236
NODES    63
CLEN     74
W        657
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 09:32:52 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ile-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Ile-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ile-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ile-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ile-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ile-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ile-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1157
EFFN     1157.000000
CKSUM    589094157
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -11.1343 0.71878
ECMLC    0.61281    -8.03427     1.88719     1600000      524413  0.002288
ECMGC    0.31388   -46.29389   -33.31049     1600000       23547  0.016987
ECMLI    0.61122    -7.44912     2.38497     1600000      489376  0.002452
ECMGI    0.33280   -42.77321   -30.51103     1600000       23679  0.016893
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   657  1357 -15.104 -16.350  -0.000 -12.803                 
    IL     1     1 2     1     4    24    47   659  1360  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    24    49   660  1360  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    192 - A - -
    MR     3     2 3     5     5    30    54   658  1359  -5.608  -0.030 -14.968 -15.181 -16.072          1.953 -6.232 -3.371 -5.745 
     D     4     2 3     5     5    21    43   656  1356  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    27    53   660  1361  -0.607  -1.551 -11.473  -9.641 -10.747          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    188 G C - -
    MP     6     5 3    10     6    30    53   657  1358 -16.087 -16.026  -0.000 -14.802 -15.082 -15.477 -13.488 -5.297 -14.465 -1.283 -14.832 -5.044 -9.418 -14.739 -6.556  3.893 -4.918 -1.985 -1.530 -5.074 -11.712 -13.482 
    ML     7     5 3    10     6    23    45   655  1355  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    23    45   655  1355  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    20    41   650  1350  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    23    46   656  1357  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    23    47   656  1357  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    187 C G - -
    MP    12    11 6    16     6    28    51   655  1356 -16.087 -16.026  -0.001 -14.802 -11.745 -15.477 -10.210 -4.799 -10.105 -2.362 -3.012 -7.988  3.096 -10.200 -6.916  2.685 -4.255 -2.118 -1.694 -5.015 -5.351 -8.900 
    ML    13    11 6    16     6    22    45   653  1353  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    22    45   653  1353  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    19    41   649  1349  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    23    46   654  1355  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    23    46   654  1355  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    186 C G - -
    MP    18    17 6    22     6    26    49   653  1354  -6.244 -16.026  -0.019 -14.802 -15.082 -15.477 -10.557 -10.268 -5.517 -3.243 -4.630 -7.099  3.032 -4.670 -10.404 -0.615 -10.904 -7.844  2.728 -10.731 -1.647 -9.125 
    ML    19    17 6    22     6    22    44   651  1351  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    22    45   652  1352  -7.455  -6.184  -0.968  -6.162  -1.296  -4.376  1.014 -0.880 -0.625 -0.342 
     D    21    17 6    22     6    19    41   648  1348  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    25    48   652  1353  -6.693  -6.956  -0.035  -8.611  -9.388  -9.048  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    23    46   652  1353  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      5    185 C G - -
    MP    24    23 6    28     6    24    47   651  1352 -16.087 -16.026  -0.077  -4.972  -5.623 -15.477 -10.902 -10.639 -6.370 -0.674 -2.124 -11.582  3.711 -4.950 -10.722 -0.790 -3.043 -8.238 -1.357 -11.055 -0.148 -9.449 
    ML    25    23 6    28     6    21    43   649  1350  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    22    44   650  1351  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    19    41   647  1347  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    22    45   651  1351  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    23    45   651  1351  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      6    184 c g - -
    MP    30    29 6    34     6    23    45   649  1350  -7.038 -15.949  -0.011 -14.725 -15.005 -15.400 -4.412 -7.451 -3.406 -2.454 -5.077 -2.525  2.872 -5.735 -2.128  1.253  0.263  0.906 -0.040 -4.786  0.451 -3.876 
    ML    31    29 6    34     6    20    42   647  1348 -12.016 -12.362  -5.434  -1.630 -12.212  -0.615 -4.749 -4.677  0.312  1.423 
    MR    32    29 6    34     6    22    43   649  1350 -11.920 -10.649  -6.558 -10.627  -0.021  -8.841 -5.425 -7.127  1.984 -6.173 
     D    33    29 6    34     6    19    41   647  1347  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    22    44   648  1349  -5.889  -6.152  -0.061  -7.807  -8.583  -8.244  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    22    44   649  1349  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      8    183 g c - -
    MP    36    35 6    40     6    21    43   647  1348 -16.010 -15.950  -0.000 -14.726 -15.006 -15.401 -9.806 -5.195 -9.671  2.111 -7.083 -5.884  1.025 -7.437 -5.855  2.540 -4.660 -0.602 -0.253 -6.591 -5.223  1.121 
    ML    37    35 6    40     6    20    42   646  1347 -10.426 -10.773  -0.048  -5.181 -10.622  -8.152 -4.518 -6.093  1.969 -5.251 
    MR    38    35 6    40     6    21    42   648  1349 -11.920 -10.649  -6.558 -10.627  -0.021  -8.841  1.987 -6.763 -6.117 -6.302 
     D    39    35 6    40     6    19    40   646  1347 -14.578 -13.276  -9.073  -9.755  -9.773  -0.006 
    IL    40    40 5    40     6    20    42   647  1347  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    20    42   647  1347  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      9    182 g c - -
    MP    42    41 6    46     4    19    41   645  1346 -15.249 -15.456  -0.000 -13.870                 -7.361 -2.891 -5.663  0.771 -6.609 -10.408 -2.748 -10.502 -10.251  2.971 -10.497 -1.888  2.535 -5.712 -4.737 -7.269 
    ML    43    41 6    46     4    18    40   645  1345  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    20    41   647  1348  -0.040  -8.969  -6.836  -5.897                 -5.425 -7.127  1.984 -6.173 
     D    45    41 6    46     4    19    40   646  1347 -10.002  -0.032  -7.699  -5.954                 
    IL    46    46 5    46     4    19    41   646  1347  -0.594  -8.844  -1.579 -11.330                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    19    41   646  1347  -0.599  -1.562  -9.672                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     13      - U - - -
    ML    48    47 6    50     3    17    39   643  1344 -16.220  -0.000 -12.477                         -6.720 -6.643 -6.253  1.988 
     D    49    47 6    50     3    15    37   642  1342  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    17    39   644  1344  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     14      - A - - -
    ML    51    50 3    53     2    16    38   642  1343  -6.237  -0.019                                  1.248 -6.899  0.684 -6.509 
     D    52    50 3    53     2    15    37   641  1342  -8.480  -0.004                                 
    IL    53    53 3    53     2    16    38   642  1343  -5.943  -0.024                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    15    37   641  1342                                                 
                                             [ BEGR   44 ]      -      - - - - -
     S    55    54 1    56     3     0     3   156   331 -16.220  -0.000 -14.874                         
    IL    56    56 2    56     3     1     2   157   332  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    129      - A - - -
    ML    57    56 2    59     3     1     3   156   331  -6.888  -0.018  -8.034                          1.490 -0.925 -2.078 -1.226 
     D    58    56 2    59     3     0     0   144   319  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   156   331  -4.245  -0.091  -6.945                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    131      - G - - -
    ML    60    59 3    62     3     1     2   155   330  -3.002  -0.192 -14.868                         -3.112 -1.131  1.560 -1.060 
     D    61    59 3    62     3     0     0   110   284  -9.721  -0.088  -4.112                         
    IL    62    62 3    62     3     1     2   174   348  -0.152  -3.323 -13.937                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    152      - G - - -
    ML    63    62 3    65     3     1     1    34    55  -7.138  -0.083  -4.352                         -1.113 -5.748  1.759 -2.895 
     D    64    62 3    65     3     0     0    32    53  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    34    55  -4.033  -0.105  -6.734                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    154      - U - - -
    ML    66    65 3    68     3     1     1    33    54 -16.147  -0.000 -14.801                         -5.590 -2.584 -6.969  1.928 
     D    67    65 3    68     3     0     0    32    53 -13.296  -0.007  -7.688                         
    IL    68    68 3    68     3     1     1    35    56  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   49 ]    155      - C - - -
    ML    69    68 3    71     5     1     1    32    53 -15.153  -0.000 -14.968 -15.181 -16.072         -6.468  1.670 -6.197 -0.337 
     D    70    68 3    71     5     0     0    31    52  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    32    53  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    156    178 G C - -
    MP    72    71 3    76     6     2     2    31    52 -16.087  -6.189  -0.020 -14.802 -15.082 -15.477 -10.055 -6.097 -9.873  1.048 -4.831 -6.104 -2.599 -1.315 -10.312  3.292 -10.558  1.710 -6.336 -6.881 -2.849 -3.838 
    ML    73    71 3    76     6     1     1    30    51  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    31    51  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    28    49  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    33    54  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    34    55  -1.273  -0.784 -10.163  -8.331  -9.437          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    157    175 u a - -
    MP    78    77 6    82     6     2     2    23    41  -7.102 -16.026  -0.011 -11.851 -15.082 -15.477 -6.480 -3.958 -5.344 -0.179 -4.340 -3.560  2.654 -3.493 -8.009 -0.958 -8.578 -1.460  2.779 -4.858 -1.708 -1.297 
    ML    79    77 6    82     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    22    41  -5.900  -6.163  -0.060  -7.819  -8.595  -8.255  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    159    174 G C - -
    MP    84    83 6    88     6     2     2    21    39 -16.086 -16.026  -0.000 -14.802 -15.082 -15.477 -5.981 -3.702 -9.873  0.601 -11.004 -7.178 -0.069 -6.231 -5.016  3.698 -5.854 -2.516 -2.854 -6.575 -4.122 -6.345 
    ML    85    83 6    88     6     1     1    24    43  -6.731  -7.077  -1.791  -0.643  -6.927  -4.456  0.022 -0.868  0.708 -0.315 
    MR    86    83 6    88     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    160    173 G C - -
    MP    90    89 6    94     6     2     2    19    37 -16.086 -16.026  -0.000 -14.802 -15.082 -15.477 -13.768 -7.747 -15.249  1.937 -15.269 -4.293 -9.719 -15.228 -4.491  3.541 -4.914 -1.620 -10.066 -3.935 -12.089 -14.261 
    ML    91    89 6    94     6     1     1    23    42  -6.731  -7.077  -0.805  -1.486  -6.927  -4.456  0.022 -0.868  0.708 -0.315 
    MR    92    89 6    94     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   54 ]    161    172 G C - -
    MP    96    95 6   100     4     2     2    17    35 -15.310 -15.517  -0.000 -13.931                 -14.058 -4.281 -16.585 -8.135 -15.670 -11.793 -9.946 -15.950 -4.833  3.970 -3.345 -3.848 -10.316 -3.927 -12.405 -15.795 
    ML    97    95 6   100     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    162      - U - - -
    ML   102   101 6   104     3     1     1    14    32 -16.220  -0.000 -14.874                         -6.337 -4.515 -10.347  1.979 
     D   103   101 6   104     3     0     0    18    37  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    163      - U - - -
    ML   105   104 3   107     3     1     1    12    31  -7.188  -0.010 -14.874                         -12.392 -11.577 -6.269  1.995 
     D   106   104 3   107     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    13    31  -3.992  -0.109  -6.692                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    165      - C - - -
    ML   108   107 3   110     3     1     1    11    30  -7.510  -0.008 -14.874                         -6.181  1.935 -3.760 -3.493 
     D   109   107 3   110     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    13    31  -3.730  -0.131  -6.430                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    167      - G - - -
    ML   111   110 3   113     3     1     1    10    28 -16.220  -0.000 -14.874                          0.361 -6.265  1.422 -5.366 
     D   112   110 3   113     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    168      - A - - -
    ML   114   113 3   116     3     1     1     8    27 -16.220  -0.000 -14.874                          1.988 -6.992 -6.440 -6.212 
     D   115   113 3   116     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    169      - u - - -
    ML   117   116 3   119     3     1     1     7    13  -7.201  -0.012  -9.098                          0.222 -1.728  0.031  0.595 
     D   118   116 3   119     3     0     0     6    12  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1     7    14  -3.981  -0.109  -6.682                          0.000  0.000  0.000  0.000 
                                             [ MATL   61 ]    171      - C - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -2.246  1.504 -6.227 -0.088 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    62 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     2    17   618  1318   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   179     2    17   618  1318                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     4    25    43  -0.000 -14.214 -13.622 -14.262                 
                                             [ MATP   15 ]     16     35 G C - -
    MP   127   126 1   131     6     2     7    25    43 -16.087 -16.026  -0.000 -14.802 -15.082 -15.477 -13.700 -4.517 -15.026 -1.972 -15.126 -4.343 -9.616 -15.130 -5.727  3.851 -4.139 -0.048 -3.014 -4.288 -11.963 -14.069 
    ML   128   126 1   131     6     1     2    27    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     2    27    45  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    25    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     2    27    45  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     2    26    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     17     34 C G - -
    MP   133   132 6   137     6     2     7    23    41 -16.087 -16.026  -0.000 -14.802 -15.082 -15.477 -13.137 -13.418 -12.456 -3.004 -5.107 -4.332  3.858 -4.997 -12.559 -9.625 -2.776 -11.820 -0.739 -12.972 -0.965 -11.361 
    ML   134   132 6   137     6     1     2    26    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     2    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     2    25    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     2    25    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     18     33 U A - -
    MP   139   138 6   143     6     2     6    21    39 -16.087 -16.026  -0.000 -14.802 -15.082 -15.477 -10.387 -4.683 -10.387 -4.039 -5.593 -11.230  1.501 -9.906 -5.836  1.707 -10.759 -4.358  3.271 -5.202 -5.861 -5.991 
    ML   140   138 6   143     6     1     2    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     2    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     2    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     2    24    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     19     32 C G - -
    MP   145   144 6   149     4     2     5    19    37 -15.310 -15.517  -0.000 -13.931                 -1.008 -13.414 -3.326 -4.279 -1.178 -12.600  3.636 -6.288  0.917 -9.619 -4.999 -11.812 -3.921 -12.970 -2.259 -1.900 
    ML   146   144 6   149     4     1     1    25    44  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    25    43  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    24    42  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     2    27    45  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     2    26    44  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     20      - A - - -
    ML   151   150 6   153     3     1     3    16    35  -7.326  -0.009 -14.874                          1.989 -6.441 -5.734 -11.280 
     D   152   150 6   153     3     0     0    19    38  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     2    17    35  -3.879  -0.118  -6.579                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     22      - G - - -
    ML   154   153 3   156     3     1     2    15    34 -16.220  -0.000 -14.874                         -0.425 -6.383  1.693 -6.663 
     D   155   153 3   156     3     0     0    20    38  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     2    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     23      - U - - -
    ML   157   156 3   159     3     1     1    14    32 -16.220  -0.551  -1.655                         -1.534 -0.895 -6.185  1.634 
     D   158   156 3   159     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     24      - U - - -
    ML   160   159 3   162     3     1     1    13    31  -6.460  -0.017 -14.323                         -4.243 -0.053 -5.567  1.567 
     D   161   159 3   162     3     0     0    12    30 -15.985  -0.001 -10.376                         
    IL   162   162 3   162     3     1     1    14    32  -4.140  -0.098  -6.840                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     26      - G - - -
    ML   163   162 3   165     3     1     1    12    30 -16.220  -0.000 -14.874                         -5.868 -7.055  1.975 -4.525 
     D   164   162 3   165     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     27      - G - - -
    ML   166   165 3   168     3     1     1    10    29 -16.220  -0.000 -14.874                         -5.880 -6.568  1.985 -6.101 
     D   167   165 3   168     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     28      - U - - -
    ML   169   168 3   171     3     1     1     9    27  -2.466  -0.326  -5.547                         -2.686 -3.974 -5.829  1.912 
     D   170   168 3   171     3     0     0     9    27  -6.174  -1.687  -0.566                         
    IL   171   171 3   171     3     1     1     8    27  -8.457  -0.005 -11.157                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     30      - U - - -
    ML   172   171 3   174     3     1     1     7    26 -16.188  -0.000 -14.843                         -2.701 -1.347 -2.100  1.687 
     D   173   171 3   174     3     0     0     9    28 -12.113  -0.016  -6.505                         
    IL   174   174 3   174     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   27 ]     31      - A - - -
    ML   175   174 3   177     2     1     1     1     1       *   0.000                                  1.992 -11.972 -6.393 -6.557 
     D   176   174 3   177     2     0     0     0     0       *   0.000                                 
    IL   177   177 3   177     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    28 ]      -      - - - - -
     E   178   177 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   29 ]      -      - - - - -
     S   179   125 1   180     3     0     0   601  1301 -16.220  -0.000 -14.874                         
    IL   180   180 2   180     3     1     1   602  1303  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   30 ]     36      - G - - -
    ML   181   180 2   183     5     1     1   601  1301  -7.019  -0.011 -14.968 -15.181 -16.072         -0.608 -5.421  1.453 -0.777 
     D   182   180 2   183     5     0     0   598  1298  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   183   183 3   183     5     1     1   601  1301  -5.163  -0.064  -6.842  -8.674  -7.948          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     38    128 U A - -
    MP   184   183 3   188     6     2     2   600  1300 -16.087 -16.026  -0.000 -14.802 -12.106 -15.477 -6.338 -10.855 -6.339 -4.417 -6.627 -11.706  1.708 -4.657 -10.902 -3.416 -11.352 -8.472  3.525 -11.239 -0.023 -5.546 
    ML   185   183 3   188     6     1     1   597  1297  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 3   188     6     1     1   596  1297  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 3   188     6     0     0   590  1291  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   599  1299  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   599  1299  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     39    127 G C - -
    MP   190   189 6   194     6     2     2   598  1298 -16.086 -16.026  -0.000 -14.802 -15.082 -15.477 -1.934 -3.884 -9.862 -0.987 -5.811 -7.261  2.168 -10.494 -3.970  3.257 -5.421 -2.110 -1.791 -6.915 -1.122 -6.901 
    ML   191   189 6   194     6     1     1   595  1295  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1   594  1294  -7.354  -6.083  -1.991  -6.061  -0.597  -4.274 -0.036  0.430 -0.735  0.106 
     D   193   189 6   194     6     0     0   589  1289  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   597  1297  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   597  1297  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     40    126 G C - -
    MP   196   195 6   200     6     2     2   596  1296 -16.086 -16.026  -0.001 -10.260 -15.082 -15.477 -10.055 -3.982 -9.873  0.705 -11.004 -4.785 -4.496 -10.563 -5.482  3.702 -10.558 -3.537 -0.507 -5.570 -1.471 -5.754 
    ML   197   195 6   200     6     1     1   593  1294  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   592  1293  -7.354  -6.083  -1.991  -6.061  -0.597  -4.274 -0.036  0.430 -0.735  0.106 
     D   199   195 6   200     6     0     0   587  1288  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   595  1295  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   595  1295  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     41    125 U G - -
    MP   202   201 6   206     6     2     2   594  1294 -16.085 -16.025  -0.000 -14.801 -15.081 -15.476 -10.394 -7.074 -5.244 -1.440 -6.782 -11.187 -0.782 -9.972 -5.209  1.777 -5.914 -7.557 -0.315 -5.413  3.409 -3.696 
    ML   203   201 6   206     6     1     1   592  1292  -7.458  -7.804  -2.518  -0.353  -7.653  -5.183 -0.708 -0.857 -1.385  1.294 
    MR   204   201 6   206     6     1     1   590  1291  -7.354  -6.083  -1.072  -6.061  -1.195  -4.274  0.073 -0.808  0.628 -0.267 
     D   205   201 6   206     6     0     0   586  1286  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   206   206 5   206     6     1     1   593  1293  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     5     1     1   593  1293  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   35 ]     42    124 G C - -
    MP   208   207 6   212     4     2     2   592  1292 -15.309 -15.516  -0.000 -13.930                 -10.054 -5.720 -9.872  2.321 -11.003 -7.155 -1.089 -5.853 -3.693  3.159 -6.366 -1.252 -2.521 -9.726 -0.915 -1.573 
    ML   209   207 6   212     4     1     1   590  1291  -4.740  -4.923  -0.234  -3.652                 -0.642 -1.684  1.363 -1.073 
    MR   210   207 6   212     4     1     1   587  1287  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   211   207 6   212     4     0     0   585  1285  -4.568  -4.250  -2.265  -0.520                 
    IL   212   212 5   212     4     1     1   591  1292  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   213   213 6   213     3     1     1   591  1291  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     43      - C - - -
    ML   214   213 6   216     3     1     1   590  1290 -16.220  -0.000 -14.874                         -3.048  1.923 -5.919 -3.813 
     D   215   213 6   216     3     0     0   582  1282  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   590  1290  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     44      - U - - -
    ML   217   216 3   219     3     1     1   589  1289 -16.220  -0.000 -14.874                         -5.633 -5.405 -5.838  1.978 
     D   218   216 3   219     3     0     0   578  1279  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   588  1289  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     45      - u - - -
    ML   220   219 3   222     3     1     1   588  1288 -16.220  -0.000 -14.874                          0.003 -0.003 -0.003  0.003 
     D   221   219 3   222     3     0     0   573  1273  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   587  1287  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     46      - u - - -
    ML   223   222 3   225     3     1     1   587  1287 -16.220  -0.000 -14.874                          0.003 -0.003 -0.003  0.003 
     D   224   222 3   225     3     0     0   563  1264  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   585  1286  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     47      - g - - -
    ML   226   225 3   228     3     1     1   586  1286 -16.220  -0.000 -14.874                         -0.010 -0.015  0.034 -0.010 
     D   227   225 3   228     3     0     0   544  1245  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   583  1283  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     48      - A - - -
    ML   229   228 3   231     3     1     1   585  1285  -1.155  -0.861 -14.874                          1.707 -4.818 -0.516 -10.707 
     D   230   228 3   231     3     0     0   452  1152  -6.174  -1.687  -0.566                         
    IL   231   231 3   231     3     1     1   614  1315  -0.038  -5.268 -17.729                          0.000  0.000  0.000  0.000 
                                             [ MATL   42 ]    123      - A - - -
    ML   232   231 3   234     2     1     1     1     1       *   0.000                                  1.877 -4.342 -6.193 -1.924 
     D   233   231 3   234     2     0     0     0     0       *   0.000                                 
    IL   234   234 3   234     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    43 ]      -      - - - - -
     E   235   234 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Ile
ACC   euk-Ile-r2-031616
LENG  74
MAXL  647
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 09:32:52 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ile-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Ile-r2-031616.sto
NSEQ  1157
EFFN  13.421772
CKSUM 589094157
STATS LOCAL MSV       -8.2861  0.71878
STATS LOCAL VITERBI   -9.0367  0.71878
STATS LOCAL FORWARD   -3.5250  0.71878
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.53682  1.38363  1.22571  1.42412
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  0.00000        *
      1   2.47226  3.37301  0.18677  2.96263      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
      2   2.49800  0.85758  1.02040  2.01657      2 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01700  4.78918  4.76356  1.46634  0.26236  1.09861  0.40547
      3   2.78660  0.80268  2.30169  0.94122      3 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.02786  3.95520  4.78896  0.71859  0.66833  1.08161  0.41408
      4   2.47778  0.45959  2.25639  1.71590      5 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.03386  4.78918  3.68981  1.46634  0.26236  1.09861  0.40547
      5   1.94568  1.09774  1.27939  1.40536      6 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.04146  4.23508  3.64442  0.92628  0.50422  1.60989  0.22303
      6   1.41696  1.94958  0.84920  1.67420      8 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.01737  4.75455  4.75455  1.46634  0.26236  0.85954  0.55053
      7   1.82958  2.69132  0.67419  1.33881      9 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03447  3.67227  4.77165  0.93137  0.50090  0.49919  0.93400
      8   3.66693  3.55544  4.08478  0.07359     13 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01690  4.78918  4.77530  1.46634  0.26236  1.09861  0.40547
      9   0.53478  4.04499  0.98149  3.81939     14 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02786  3.95530  4.78906  0.71859  0.66833  1.08938  0.41011
     10   2.43238  3.23577  0.19451  3.00370     16 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     11   3.48812  0.20400  3.25693  2.15869     17 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     12   2.69237  1.41313  1.57922  0.72823     18 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     13   2.09058  0.63506  1.77549  1.73116     19 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     14   0.02944  4.79312  4.37802  4.80636     20 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02197  4.31174  4.78918  0.97465  0.47373  1.09861  0.40547
     15   1.71064  3.87961  0.25938  3.60960     22 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     16   2.29663  1.98678  3.54732  0.30998     23 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.32351  4.78918  1.31648  1.46634  0.26236  1.09861  0.40547
     17   2.76528  1.53382  3.35301  0.37636     24 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.03152  3.92238  4.48840  0.90391  0.51916  0.06022  2.83977
     18   4.04921  4.96253  0.04130  4.13368     26 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     19   4.15528  5.03601  0.03293  4.58451     27 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     20   2.89757  3.14968  3.86204  0.12675     28 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.20111  1.85550  3.65742  0.10320  2.32222  1.09861  0.40547
     21   2.63302  2.21194  2.72190  0.28382     30 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01708  4.77155  4.77155  1.46634  0.26236  0.49770  0.93631
     22   0.02460  5.12645  4.58968  4.80298     31 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     23   1.53227  2.36404  0.58689  2.01097     32 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     24   0.78821  1.65037  1.31959  2.45205     33 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     25   2.52666  3.52670  0.16055  3.24417     34 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     26   3.25183  0.26324  3.04280  1.93074     35 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     27   1.72981  3.19441  0.45482  1.91645     36 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02319  4.22617  4.78918  0.90624  0.51759  1.09861  0.40547
     28   3.08124  1.36462  2.80415  0.44932     38 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01694  4.78918  4.76979  1.46634  0.26236  1.09861  0.40547
     29   2.08821  1.49045  0.61524  2.20446     39 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78902  4.78902  1.46634  0.26236  1.10512  0.40223
     30   1.86360  2.95875  0.35827  2.36321     40 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78902  4.78902  1.46634  0.26236  1.10512  0.40223
     31   2.44329  1.92551  1.44746  0.63082     41 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78902  4.78902  1.46634  0.26236  1.08573  0.41197
     32   1.32289  2.69030  0.55991  2.35899     42 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     33   3.36411  0.08995  4.32490  3.26502     43 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     34   3.49681  3.38709  3.94529  0.08713     44 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     35   1.30599  1.47503  1.48789  1.29290     45 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     36   1.30599  1.47503  1.48789  1.29290     46 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     37   1.31095  1.48148  1.46928  1.29813     47 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     38   0.24877  3.70700  1.74492  3.86176     48 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.48487  0.97843  4.78918  3.64121  0.02657  1.09861  0.40547
     39   0.14106  3.36145  3.68433  2.63435    123 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01743  4.78918  4.71487  1.46634  0.26236  1.09861  0.40547
     40   2.91760  0.63849  2.34265  1.13390    124 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01679  4.78854  4.78854  1.46634  0.26236  1.12400  0.39301
     41   2.05251  1.52072  0.60605  2.22999    125 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01679  4.78854  4.78854  1.46634  0.26236  1.04969  0.43085
     42   2.69215  0.39737  2.61531  1.67648    126 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     43   2.43953  0.67610  1.36285  1.90871    127 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     44   0.55466  2.97407  1.15478  2.82155    128 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     45   0.47563  1.96413  2.42304  1.89995    129 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02699  4.18529  4.47292  0.87521  0.53918  1.09861  0.40547
     46   2.46309  2.20603  0.39187  2.04872    131 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.12638  2.20386  4.78608  2.28175  0.10770  0.89924  0.52236
     47   2.04477  3.55159  0.24170  2.87140    152 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.06452  4.26031  3.02892  0.93295  0.49987  1.09861  0.40547
     48   3.42673  2.81458  3.96309  0.11814    154 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01748  4.74831  4.74831  1.46634  0.26236  0.29565  1.36276
     49   3.30331  0.29343  3.91945  1.62106    155 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     50   1.78282  2.65781  0.36167  2.72995    156 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     51   2.04395  1.07187  1.99602  0.93588    157 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02287  4.24816  4.78918  0.92336  0.50614  1.09861  0.40547
     52   1.88085  2.50228  0.35523  2.73914    159 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     53   1.50041  3.04482  0.39489  2.88947    160 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     54   3.57566  4.55724  0.05386  4.27254    161 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     55   3.79589  3.46174  4.39967  0.06841    162 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     56   3.94059  3.79951  4.25696  0.05761    163 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02249  4.27449  4.78918  0.94428  0.49259  1.09861  0.40547
     57   4.06875  0.07847  3.86234  3.28743    165 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02134  4.35848  4.78918  1.01413  0.45055  1.09861  0.40547
     58   1.16554  3.73013  0.46068  3.39912    167 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     59   0.02998  4.80826  4.47467  4.60722    168 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     60   1.21359  2.11666  1.46531  1.04574    169 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02394  4.27791  4.62685  0.94702  0.49085  1.09861  0.40547
     61   2.47369  0.44704  3.62862  1.38768    171 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01680  4.78771  4.78771  1.46634  0.26236  0.99337  0.46256
     62   4.49483  0.06731  4.13739  3.27116    172 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01698  4.78918  4.76616  1.46634  0.26236  1.09861  0.40547
     63   3.16253  0.44924  2.86933  1.33625    173 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78899  4.78899  1.46634  0.26236  1.10635  0.40162
     64   2.99606  0.40167  2.36186  1.67895    174 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78899  4.78899  1.46634  0.26236  1.08332  0.41320
     65   1.07972  2.17981  0.98163  1.75708    175 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02829  3.93336  4.78918  0.93181  0.50061  1.09861  0.40547
     66   3.08537  0.57922  2.65344  1.12842    178 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03461  3.66122  4.78918  0.92449  0.50540  1.09861  0.40547
     67   1.40885  0.73914  2.46592  1.64444    182 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.04332  4.78918  3.37925  1.46634  0.26236  1.09861  0.40547
     68   2.26113  0.96944  1.83001  1.03265    183 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.01766  4.76309  4.71391  1.46634  0.26236  1.80758  0.17919
     69   1.72651  1.72151  0.83459  1.56424    184 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01723  4.76266  4.76266  1.46634  0.26236  0.39365  1.12267
     70   2.05371  2.44148  0.38025  2.29247    185 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     71   1.03960  2.43478  0.73268  2.54891    186 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     72   2.19843  1.09200  0.81207  2.21145    187 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01678  4.78918  4.78918  1.46634  0.26236  1.09861  0.40547
     73   3.16732  0.22023  3.19132  2.16774    188 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03397  3.68556  4.78918  1.19571  0.36024  1.09861  0.40547
     74   0.06750  4.19186  3.41443  4.05943    192 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00842  4.78083        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-iMet
ACC      euk-iMet-r2-031616
STATES   230
NODES    61
CLEN     72
W        90
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 11:18:14 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-iMet-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-iMet-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-iMet-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-iMet-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-iMet-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-iMet-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-iMet-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     446
EFFN     446.000000
CKSUM    828105878
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -9.7944 0.71894
ECMLC    0.66300    -7.62753     1.73374     1600000      595166  0.002016
ECMGC    0.37997   -55.47138   -42.02464     1600000       66227  0.006040
ECMLI    0.64665    -7.41346     2.02695     1600000      537512  0.002233
ECMGI    0.39435   -50.94901   -38.14534     1600000       62356  0.006415
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     0     1    90   116 -13.733 -14.978  -0.001 -11.432                 
    IL     1     1 2     1     4    15    40    92   118  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    17    41    92   118  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -     96 - A - -
    MR     3     2 3     5     5    22    50    90   116 -13.783  -0.000 -13.598 -13.810 -14.702          1.976 -7.972 -4.929 -5.107 
     D     4     2 3     5     5    11    36    89   115  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    15    40    91   116  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1     95 A U - -
    MP     6     5 3    10     6    21    49    89   115 -14.726 -14.665  -0.010 -13.442  -7.190 -14.116 -3.124 -6.512 -6.644  3.942 -13.094 -14.249 -8.551 -2.529 -10.512 -3.005 -11.182 -2.414 -8.476 -12.258 -10.382 -9.551 
    ML     7     5 3    10     6    13    38    88   114  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    14    38    88   114  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6     9    34    85   111  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    15    39    89   115  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    15    40    89   115  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2     94 G C - -
    MP    12    11 6    16     6    20    47    87   113 -14.716 -14.655  -0.000 -13.432 -13.712 -14.107 -12.636 -3.382 -14.903 -6.743 -14.259 -10.435 -8.563 -14.401 -5.280  3.844 -2.685 -2.027  0.056 -3.974 -11.009 -13.990 
    ML    13    11 6    16     6    13    38    86   112  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    15    40    86   112  -9.264  -7.993  -0.217  -7.971  -3.105  -6.184  1.842 -3.138 -2.696 -2.760 
     D    15    11 6    16     6     9    34    83   109  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    14    39    87   113  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    15    39    87   112  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3     93 C G - -
    MP    18    17 6    22     6    19    46    85   111 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -11.767 -12.049 -3.625 -8.286 -3.421 -11.229  3.958 -10.351 -11.189 -8.258 -11.308 -10.454 -3.754 -11.601 -2.310 -9.990 
    ML    19    17 6    22     6    12    37    84   110  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    12    37    83   109  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6     8    34    81   107  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    14    38    85   111  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    14    39    85   111  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4     92 A U - -
    MP    24    23 6    28     6    17    44    83   109 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -3.384 -3.228 -3.704  3.741 -13.046 -14.090 -8.488 -10.983 -10.503  0.924 -11.168 -4.100 -1.561 -12.192 -10.326 -4.330 
    ML    25    23 6    28     6    12    37    82   108  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    12    37    82   107  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6     8    34    79   105  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    13    38    83   109  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    13    38    83   109  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5     91 G C - -
    MP    30    29 6    34     6    15    42    81   107 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -8.772 -4.818 -8.594  0.098 -9.723 -9.165 -0.019 -9.282 -9.011  3.677 -9.257 -2.853 -0.150 -4.267 -6.796 -7.559 
    ML    31    29 6    34     6    11    37    80   106  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    32    29 6    34     6    11    36    80   106  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6     8    34    77   103  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    12    38    81   107  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    12    38    81   107  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6     90 A U - -
    MP    36    35 6    40     6    13    40    79   105 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -4.884 -4.559 -6.153  3.570 -8.121 -10.006  1.272 -5.500 -8.991 -0.896 -5.387 -2.575 -0.314 -9.323 -5.592 -4.908 
    ML    37    35 6    40     6    10    36    78   104  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    10    36    78   104  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6     7    34    76   102  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    11    37    79   105  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    11    37    79   105  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7     89 G C - -
    MP    42    41 6    46     4    11    38    77   103 -13.938 -14.145  -0.000 -12.559                 -10.094 -4.776 -10.056 -1.020 -11.154 -9.965 -2.538 -10.669 -5.237  3.839 -10.115 -1.962 -0.536 -9.601 -8.209 -9.002 
    ML    43    41 6    46     4     9    35    77   103  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4     8    35    77   102  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4     7    34    75   101  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    10    36    78   104  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    10    36    78   103  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      8      - U - - -
    ML    48    47 6    50     3     9    36    75   101 -14.848  -0.000 -13.502                         -12.062 -10.722 -13.582  2.000 
     D    49    47 6    50     3     7    34    74   100  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3     9    35    77   102  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]      9      - G - - -
    ML    51    50 3    53     2     8    35    74   100 -15.502  -0.000                                 -2.015 -10.488  1.899 -5.568 
     D    52    50 3    53     2     7    34    73    99  -8.445  -0.004                                 
    IL    53    53 3    53     2     8    35    75   101  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55     7    34    73    99                                                 
                                             [ BEGR   42 ]      -      - - - - -
     S    55    54 1    56     3     0     1    40    66 -14.848  -0.000 -13.502                         
    IL    56    56 2    56     3     1     1    42    68  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   43 ]     47      - A - - -
    ML    57    56 2    59     3     1     1    40    66 -14.848  -0.002  -9.344                          1.971 -4.914 -5.631 -5.273 
     D    58    56 2    59     3     0     0    38    64  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     1    41    67  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]     48      - G - - -
    ML    60    59 3    62     3     1     1    39    65  -5.188  -0.040 -13.500                         -2.217 -8.844  1.786 -1.583 
     D    61    59 3    62     3     0     0    36    62  -7.545  -0.447  -1.936                         
    IL    62    62 3    62     3     1     1    43    69  -1.024  -0.987  -8.143                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]     67      - G - - -
    ML    63    62 3    65     3     1     1    29    48 -14.848  -0.000 -13.502                         -4.956 -5.265  1.973 -5.866 
     D    64    62 3    65     3     0     0    32    50  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    36    54  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]     68      - U - - -
    ML    66    65 3    68     3     1     1    28    46 -14.848  -0.000 -13.502                         -3.141 -3.859 -5.430  1.924 
     D    67    65 3    68     3     0     0    30    49  -6.174  -1.687  -0.566                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]     69      - C - - -
    ML    69    68 3    71     5     1     1    27    45 -13.783  -0.000 -13.598 -13.810 -14.702         -4.467  1.912 -4.474 -2.777 
     D    70    68 3    71     5     0     0    26    44  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    28    46  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]     70     88 G C - -
    MP    72    71 3    76     6     2     2    26    44 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -8.712 -2.163 -8.531 -0.367 -9.650 -9.128  2.255 -9.216 -4.103  3.164 -9.214 -0.011 -3.019 -8.387 -3.852 -7.495 
    ML    73    71 3    76     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    27    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    26    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]     71     87 A U - -
    MP    78    77 6    82     6     2     2    24    42  -6.225 -14.665  -0.020 -13.442 -13.721 -14.116 -5.351 -7.924 -8.790  3.147 -8.523 -9.492  1.614 -8.856 -8.945  1.134 -9.329 -0.034 -0.490 -8.781 -3.474 -3.917 
    ML    79    77 6    82     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    23    42  -5.472  -5.735  -0.082  -7.390  -8.166  -7.827  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]     73     86 U A - -
    MP    84    83 6    88     6     2     2    22    40 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -5.213 -4.010 -9.867  1.579 -8.769 -10.690 -0.300 -9.387 -9.726 -5.313 -10.199 -3.439  3.566 -3.358 -5.062 -6.083 
    ML    85    83 6    88     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]     74     85 G C - -
    MP    90    89 6    94     6     2     2    20    38 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -8.952 -5.612 -8.789 -1.063 -9.944 -9.408 -0.450 -9.448 -9.167  3.831 -9.436 -2.125 -2.336 -8.668 -7.022 -3.570 
    ML    91    89 6    94     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]     75     84 G C - -
    MP    96    95 6   100     4     2     2    18    36 -13.938 -14.145  -0.000 -12.559                 -12.688 -3.623 -15.161 -6.771 -14.305 -10.436 -8.586 -14.551 -10.653  3.966 -10.842 -2.642 -8.954 -3.087 -11.043 -14.336 
    ML    97    95 6   100     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]     76      - A - - -
    ML   102   101 6   104     3     1     1    15    33 -14.848  -0.000 -13.502                          1.976 -4.812 -9.378 -5.171 
     D   103   101 6   104     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]     77      - U - - -
    ML   105   104 3   107     3     1     1    14    32 -14.848  -0.000 -13.502                         -10.958 -5.072 -11.969  1.989 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]     78      - C - - -
    ML   108   107 3   110     3     1     1    12    31 -14.848  -0.000 -13.502                         -5.332  1.943 -4.266 -3.661 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]     79      - G - - -
    ML   111   110 3   113     3     1     1    11    29 -14.848  -0.000 -13.502                         -1.851 -10.409  1.888 -5.564 
     D   112   110 3   113     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]     80      - A - - -
    ML   114   113 3   116     3     1     1     9    28  -6.183  -0.020 -13.502                          1.989 -5.113 -9.996 -10.037 
     D   115   113 3   116     3     0     0    13    31  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    11    29  -3.694  -0.135  -6.394                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]     82      - A - - -
    ML   117   116 3   119     3     1     1     8    27 -14.848  -0.000 -13.502                          1.957 -5.366 -5.745 -3.723 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]     83      - A - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                  1.981 -10.226 -4.991 -5.614 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     0    15    43    61   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   173     0    15    43    61                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     0    24    42  -0.001 -12.849 -12.256 -12.896                 
                                             [ MATP   15 ]     10     26 G U - -
    MP   127   126 1   131     6     2     2    24    42 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -10.757 -9.417 -10.953 -0.958 -13.093 -14.246 -8.551 -10.995 -2.822  1.445 -11.182  3.656 -8.476 -12.257 -10.382 -9.551 
    ML   128   126 1   131     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     11     25 C G - -
    MP   133   132 6   137     6     2     2    22    40 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -11.767 -12.049 -11.085 -8.286 -2.195 -11.229  3.881 -10.351 -11.189 -8.258 -3.626 -10.454 -0.693 -11.601 -1.551 -9.990 
    ML   134   132 6   137     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     12     24 G C - -
    MP   139   138 6   143     6     2     2    20    38 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -12.605 -2.213 -14.707 -6.739 -14.263 -10.464 -8.584 -14.257 -4.788  3.893 -3.748 -1.585 -1.088 -10.925 -11.023 -13.695 
    ML   140   138 6   143     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     13     23 C G - -
    MP   145   144 6   149     4     2     2    18    36 -13.938 -14.145  -0.000 -12.559                 -11.767 -3.631 -2.825 -8.286 -3.270 -4.428  3.943 -10.351 -11.189 -8.258 -11.308 -10.454 -6.168 -11.601 -2.133 -9.990 
    ML   146   144 6   149     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     14      - A - - -
    ML   151   150 6   153     3     1     1    15    33 -14.848  -0.000 -13.502                          1.988 -10.691 -10.035 -4.948 
     D   152   150 6   153     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     15      - G - - -
    ML   154   153 3   156     3     1     1    13    32 -14.848  -0.000 -13.502                         -3.422 -5.565  1.958 -9.914 
     D   155   153 3   156     3     0     0    17    36  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     16      - C - - -
    ML   157   156 3   159     3     1     1    12    31  -6.065  -0.022 -13.502                         -3.164  1.504 -3.354 -0.067 
     D   158   156 3   159     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    13    31  -3.788  -0.126  -6.488                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     18      - G - - -
    ML   160   159 3   162     3     1     1    11    29 -14.848  -0.000 -13.502                         -4.228 -11.155  1.980 -10.131 
     D   161   159 3   162     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     19      - G - - -
    ML   163   162 3   165     3     1     1     9    28 -14.848  -0.000 -13.502                         -9.383 -11.137  1.989 -5.094 
     D   164   162 3   165     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     20      - A - - -
    ML   166   165 3   168     3     1     1     6    12  -5.033  -0.045 -13.502                          1.855 -3.571 -2.216 -3.585 
     D   167   165 3   168     3     0     0     5    11  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1     6    12  -4.670  -0.067  -7.370                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     22      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.988 -10.731 -5.017 -10.117 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    26 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   27 ]      -      - - - - -
     S   173   125 1   174     3     0     0    27    45  -6.208  -0.020 -13.502                         
    IL   174   174 2   174     3     1     1    28    47  -3.674  -0.137  -6.374                          0.000  0.000  0.000  0.000 
                                             [ MATL   28 ]     28      - G - - -
    ML   175   174 2   177     5     1     1    27    45  -5.670  -0.029 -13.598 -13.810 -14.702         -9.344 -5.429  1.977 -4.723 
     D   176   174 2   177     5     0     0    26    44  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1    27    45  -5.145  -0.064  -6.824  -8.656  -7.930          0.000  0.000  0.000  0.000 
                                             [ MATP   29 ]     30     46 C G - -
    MP   178   177 3   182     6     2     2    26    44 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -10.379 -4.377 -10.169 -2.926 -8.844 -6.011  3.823 -9.597 -10.107  0.168 -10.482 -3.706 -2.832 -10.480 -1.750 -8.858 
    ML   179   177 3   182     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1    27    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1    26    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     31     45 U A - -
    MP   184   183 6   188     6     2     2    24    42 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -11.453 -11.574 -10.902  0.646 -4.812 -11.138  0.340 -10.206 -10.964 -1.051 -11.148 -9.657  3.658 -11.362 -5.483 -9.751 
    ML   185   183 6   188     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   186   183 6   188     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     32     44 G C - -
    MP   190   189 6   194     6     2     2    22    40 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -12.689 -3.719 -15.159 -1.842 -14.291 -3.983 -8.575 -14.568 -3.575  3.892 -10.839 -0.896 -8.944 -3.164 -11.029 -14.363 
    ML   191   189 6   194     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   192   189 6   194     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     33     43 G C - -
    MP   196   195 6   200     6     2     2    20    38 -14.726 -14.665  -0.000 -13.442 -13.721 -14.116 -12.683 -2.422 -15.131 -6.769 -14.302 -10.438 -8.586 -14.533 -3.746  3.910 -3.923 -0.883 -8.954 -3.642 -11.042 -14.292 
    ML   197   195 6   200     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     34     42 G C - -
    MP   202   201 6   206     4     2     2    18    36 -13.938 -14.145  -0.000 -12.559                 -12.706 -2.502 -15.278 -6.778 -14.313 -1.328 -8.586 -14.622 -10.654  3.934 -10.841 -3.056 -8.957 -10.903 -11.046 -14.518 
    ML   203   201 6   206     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   34 ]     35      - C - - -
    ML   208   207 6   210     3     1     1    15    34 -14.848  -0.000 -13.502                         -5.511  1.983 -5.477 -8.416 
     D   209   207 6   210     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     36      - C - - -
    ML   211   210 3   213     3     1     1    14    32 -14.848  -0.000 -13.502                         -10.823  1.643 -11.640 -0.193 
     D   212   210 3   213     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     37      - u - - -
    ML   214   213 3   216     3     1     1    13    31 -14.848  -0.000 -13.502                          0.007 -0.007 -0.007  0.008 
     D   215   213 3   216     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     38      - u - - -
    ML   217   216 3   219     3     1     1    11    30 -14.848  -0.000 -13.502                          0.007 -0.007 -0.007  0.008 
     D   218   216 3   219     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     39      - u - - -
    ML   220   219 3   222     3     1     1    10    28 -14.848  -0.000 -13.502                          0.007 -0.007 -0.007  0.008 
     D   221   219 3   222     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     40      - A - - -
    ML   223   222 3   225     3     1     1     8    27 -14.848  -0.000 -13.502                          1.985 -10.712 -4.683 -10.108 
     D   224   222 3   225     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     41      - A - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                  1.980 -5.336 -5.164 -9.590 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    41 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-iMet
ACC   euk-iMet-r2-031616
LENG  72
MAXL  153
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 11:18:14 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-iMet-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-iMet-r2-031616.sto
NSEQ  446
EFFN  3.460556
CKSUM 828105878
STATS LOCAL MSV       -8.5860  0.71894
STATS LOCAL VITERBI   -9.0842  0.71894
STATS LOCAL FORWARD   -3.7058  0.71894
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.39334  1.37527  1.15641  1.69080
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  0.00000        *
      1   0.15686  3.40875  2.57553  3.32483      1 A - - (
          1.38629  1.38629  1.38629  1.38629
          0.03673  4.14856  3.89814  1.46634  0.26236  1.09861  0.40547
      2   1.94859  2.47671  0.41395  2.18505      2 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03223  4.14406  4.14406  1.46634  0.26236  0.93881  0.49609
      3   3.56668  0.15202  3.41832  2.52563      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
      4   0.76350  2.26186  1.19160  2.07087      4 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
      5   1.80041  2.18509  0.51192  2.09590      5 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
      6   1.08726  1.55478  1.37488  1.61568      6 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
      7   2.03813  2.64890  0.34219  2.42153      7 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
      8   3.06183  2.95137  3.59370  0.13532      8 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
      9   2.30697  3.44908  0.19808  3.02914      9 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     10   1.92520  2.99602  0.29445  2.82641     10 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     11   3.07773  0.28066  2.82788  1.96958     11 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     12   2.10283  2.75355  0.31003  2.51623     12 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     13   3.67596  0.11167  3.51800  2.98226     13 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     14   0.11115  3.54927  3.28833  3.24077     14 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     15   2.64996  3.60139  0.14616  3.26901     15 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     16   1.97991  0.68460  2.52548  1.28155     16 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.04222  3.66698  4.14856  0.97123  0.47581  1.09861  0.40547
     17   2.92400  3.94648  0.10796  3.53047     18 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     18   3.07131  3.96477  0.10157  3.46578     19 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     19   0.31577  2.60373  2.30570  2.33216     20 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.05295  3.33013  4.14856  0.72816  0.65932  1.09861  0.40547
     20   0.11161  3.57804  3.16550  3.33860     22 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     21   3.19680  3.65618  0.10086  3.53287     23 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     22   2.72205  0.36449  2.55074  1.82211     24 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     23   2.20231  3.01843  0.24558  2.84180     25 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     24   2.92725  1.33143  2.78592  0.47693     26 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.04126  3.70381  4.14856  1.00210  0.45746  1.09861  0.40547
     25   2.88758  3.65590  0.12834  3.24674     28 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.04544  3.55321  4.14856  0.88160  0.53464  1.09861  0.40547
     26   2.34276  0.59428  1.90134  1.59649     30 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     27   2.00373  1.40080  1.92263  0.74962     31 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     28   2.11319  2.76031  0.29690  2.62063     32 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     29   2.15164  2.81571  0.28219  2.66337     33 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     30   2.50850  3.06531  0.18921  3.11540     34 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     31   2.99091  0.16926  3.50760  2.58363     35 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     32   2.41271  0.48457  3.02159  1.40348     36 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     33   1.26353  1.53190  1.55289  1.23931     37 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     34   1.26353  1.53190  1.55289  1.23931     38 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     35   1.26353  1.53190  1.55289  1.23931     39 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     36   0.11586  3.54936  3.12074  3.30949     40 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     37   0.13027  3.37374  3.07134  3.18160     41 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     38   3.33827  0.20862  3.05883  2.24569     42 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     39   2.90742  0.33630  2.61717  1.84538     43 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     40   2.87232  0.35048  2.59364  1.80584     44 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     41   0.84574  2.08106  1.25595  1.82539     45 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     42   1.85538  2.04666  0.52210  2.11056     46 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     43   0.14430  3.25800  3.03777  3.03730     47 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03307  4.14856  4.09001  1.46634  0.26236  1.09861  0.40547
     44   2.02409  2.86179  0.35834  2.19033     48 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.05083  3.38861  4.14761  1.03190  0.44057  1.05996  0.42536
     45   2.80116  3.63408  0.13325  3.28050     67 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     46   2.30324  2.36711  2.87775  0.28761     68 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     47   2.61528  0.26730  3.15594  2.13019     69 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     48   1.79125  1.59830  0.72315  1.92560     70 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     49   1.26970  1.55258  1.15311  1.65165     71 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.04126  3.70381  4.14856  1.00210  0.45746  1.09861  0.40547
     50   1.72204  1.45139  1.72827  0.89290     73 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     51   1.84181  2.29144  0.45229  2.26164     74 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     52   2.54583  3.28817  0.17399  3.12431     75 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     53   0.13642  3.28216  3.14122  3.06304     76 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     54   2.93950  2.78274  3.46504  0.15786     77 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     55   2.76036  0.22696  3.24145  2.29590     78 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     56   2.24547  3.40510  0.21007  2.98793     79 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     57   0.11559  3.44341  3.24365  3.26525     80 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.04142  3.69747  4.14856  0.99671  0.46059  1.09861  0.40547
     58   0.16445  3.15609  2.97456  2.84775     82 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     59   0.12393  3.47444  3.10456  3.20072     83 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     60   3.39239  0.20260  3.11728  2.24917     84 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     61   2.52270  0.52728  2.12648  1.55926     85 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     62   1.01615  1.88570  1.28823  1.55811     86 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     63   1.87848  1.32128  1.40464  1.09383     87 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     64   2.16306  0.83435  1.47335  1.50637     88 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     65   2.62233  0.39969  2.47295  1.75733     89 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     66   1.82862  1.52549  1.40489  0.97696     90 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     67   2.32376  0.58269  2.02410  1.55312     91 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     68   2.28077  1.32250  2.06102  0.68517     92 U - - )
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     69   2.79218  3.57815  0.13088  3.39742     93 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     70   2.39611  0.48151  2.26671  1.67436     94 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     71   3.52719  2.84303  3.29445  0.13322     95 U - - )
          1.38629  1.38629  1.38629  1.38629
          0.03208  4.14856  4.14856  1.46634  0.26236  1.09861  0.40547
     72   0.13117  3.41445  3.06874  3.13364     96 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.01617  4.13265        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Leu
ACC      euk-Leu-r2-031616
STATES   271
NODES    73
CLEN     84
W        553
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 10:07:09 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Leu-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Leu-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Leu-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Leu-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Leu-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Leu-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Leu-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     2096
EFFN     2096.000000
CKSUM    1281515033
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -9.9678 0.71866
ECMLC    0.72820    -6.77180     1.64139     1600000      549396  0.002184
ECMGC    0.33319   -46.95719   -34.61480     1600000       24437  0.016369
ECMLI    0.74892    -6.08051     1.96797     1600000      497707  0.002411
ECMGI    0.36175   -42.60012   -31.19806     1600000       24741  0.016167
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     0     1   553  1126 -15.960 -17.206  -0.000 -12.395                 
    IL     1     1 2     1     4    26    51   555  1128  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    28    53   555  1128  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    194 - A - -
    MR     3     2 3     5     5    31    56   554  1127  -6.037  -0.022 -15.824 -13.130 -16.928          1.974 -7.233 -4.135 -6.785 
     D     4     2 3     5     5    24    47   550  1123  -5.687  -1.042  -3.314  -4.745  -1.485         
    IR     5     5 3     5     5    31    56   556  1129  -0.602  -1.559 -11.892 -10.060 -11.166          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    190 G C - -
    MP     6     5 3    10     6    30    54   553  1126 -16.940  -5.048  -0.044 -15.655 -15.935 -16.330 -11.128 -4.622 -10.961  1.082 -12.089 -4.699 -7.149 -11.643 -5.377  3.748 -5.191 -3.128 -4.102 -2.962 -9.161 -6.729 
    ML     7     5 3    10     6    26    50   551  1124  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    26    50   551  1124  -7.314  -6.043  -1.117  -6.021  -1.155  -4.235 -0.002  0.376 -0.697  0.120 
     D     9     5 3    10     6    23    45   545  1118  -9.552  -8.250  -4.047  -4.729  -4.747  -0.218 
    IL    10    10 5    10     6    26    50   551  1124  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    24    47   546  1119  -0.782  -7.140 -12.563 -10.731  -1.284          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    186 c g - -
    MP    12    11 6    16     6    31    54   552  1125 -16.895  -5.117  -0.043 -15.611 -11.544 -16.286 -6.090 -10.889 -11.191 -0.757 -7.225 -12.034  2.290 -7.516 -7.769  1.583 -6.560  1.365  2.260 -11.372 -3.211 -8.376 
    ML    13    11 6    16     6    26    50   549  1122  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    26    50   549  1122  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    23    45   544  1117 -15.932 -14.630 -10.427 -11.109 -11.127  -0.002 
    IL    16    16 5    16     6    27    51   551  1124  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    30    54   552  1125  -0.594  -1.571 -12.762 -10.930 -12.036          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    182 C G - -
    MP    18    17 6    22     6    29    52   549  1122 -16.895 -16.834  -0.023 -15.611 -15.891  -6.014 -11.172 -10.880 -5.583  0.249 -4.985 -7.076  3.359 -7.201 -11.035 -0.604 -4.002 -5.753  1.083 -7.560  0.662 -4.646 
    ML    19    17 6    22     6    26    49   547  1120  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    26    49   548  1121  -7.846  -6.575  -0.673  -6.553  -1.687  -4.767  1.296 -1.243 -0.980 -0.701 
     D    21    17 6    22     6    23    45   544  1117 -15.932 -14.630 -10.427 -11.109 -11.127  -0.002 
    IL    22    22 5    22     6    27    50   549  1122  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    27    50   548  1121  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    181 A U - -
    MP    24    23 6    28     6    29    50   547  1120 -16.873 -16.812  -0.000 -12.846 -15.869 -16.264 -4.244 -4.963 -11.058  3.376 -11.828 -11.752  1.105 -7.099 -11.367  1.340 -11.681 -4.630 -0.409 -10.996 -9.017 -4.394 
    ML    25    23 6    28     6    25    48   546  1119  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    25    47   545  1118  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    23    45   544  1117 -16.507 -15.206  -1.855 -11.685 -11.702  -0.468 
    IL    28    28 5    28     6    26    49   547  1120  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    26    49   546  1119  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    180 G C - -
    MP    30    29 6    34     6    27    48   545  1118 -16.892 -16.831  -0.000 -15.607 -12.807 -16.282 -10.858 -4.868 -10.676  1.459 -11.806 -5.235  1.146 -11.366 -4.590  3.323 -8.851 -1.559 -0.786 -10.530 -7.453 -9.642 
    ML    31    29 6    34     6    24    46   544  1117  -6.666  -7.012  -0.855  -1.421  -6.862  -4.392  0.071 -0.810  0.631 -0.268 
    MR    32    29 6    34     6    23    46   544  1117  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    22    45   543  1116 -16.041 -14.740 -10.537 -11.219 -11.236  -0.002 
    IL    34    34 5    34     6    25    47   545  1118  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    25    47   545  1118  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6    179 g c - -
    MP    36    35 6    40     6    25    46   543  1116 -16.892 -16.831  -0.000 -15.607 -15.887 -16.282 -10.873 -9.541 -6.490 -0.975 -7.222 -11.302  0.868 -11.327 -11.112  2.737 -11.371  2.282 -1.687 -6.759  0.829 -5.829 
    ML    37    35 6    40     6    23    45   542  1115  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    22    44   542  1115  -7.381  -6.110  -1.043  -6.088  -1.222  -4.302 -0.085 -0.444 -0.694  0.769 
     D    39    35 6    40     6    22    45   543  1116 -16.041 -14.740 -10.537 -11.219 -11.236  -0.002 
    IL    40    40 5    40     6    23    46   543  1116  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    23    45   543  1116  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7    178 A U - -
    MP    42    41 6    46     4    23    44   541  1114 -16.118 -16.325  -0.000 -14.739                 -8.775 -5.590 -8.564  3.319 -11.797 -7.299 -1.111 -11.364 -11.114  1.776 -7.753 -3.296  0.885 -10.532 -5.973 -2.952 
    ML    43    41 6    46     4    21    43   541  1114  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    20    42   540  1113  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    22    45   543  1116 -11.464  -0.021  -6.915  -7.416                 
    IL    46    46 5    46     4    22    44   542  1115  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    23    45   543  1116  -0.465  -1.863 -11.412                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      8      - U - - -
    ML    48    47 6    50     3    21    42   539  1112 -17.076  -0.000 -15.730                         -7.015 -7.059 -6.982  1.992 
     D    49    47 6    50     3    19    41   538  1111  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    21    43   540  1113  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]      9      - G - - -
    ML    51    50 3    53     2    20    41   538  1111 -17.732  -0.000                                 -5.274 -7.054  1.982 -5.895 
     D    52    50 3    53     2    19    40   537  1110  -8.445  -0.004                                 
    IL    53    53 3    53     2    20    42   539  1112  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3    55   167    19    40   537  1110                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S    55    54 1    56     1     2    18   506  1079   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B    56    55 1    57   110     2    18   506  1079                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S    57    56 1    58     4     0     2    25    43  -0.001 -11.664 -14.476 -15.116                 
                                             [ MATP   15 ]     10     32 G C - -
    MP    58    57 1    62     6     2     4    25    43  -6.939  -7.242  -0.022 -15.655 -15.935 -16.330 -11.025 -5.816 -10.851 -3.451 -11.978 -7.137 -1.596 -5.540 -6.939  3.891 -6.733 -1.087 -2.319 -7.612 -9.050 -9.816 
    ML    59    57 1    62     6     1     1    26    44  -7.133  -7.480  -0.564  -1.888  -7.329  -4.859 -0.412  0.909 -1.148 -0.122 
    MR    60    57 1    62     6     1     1    26    45  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    61    57 1    62     6     0     0    25    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    62    62 5    62     6     1     2    24    42  -6.843  -7.106  -0.031  -8.761  -9.537  -9.198  0.000  0.000  0.000  0.000 
    IR    63    63 6    63     5     1     2    24    42  -5.723  -0.043  -9.235  -7.402  -8.508          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     12     30 C G - -
    MP    64    63 6    68     6     2     4    23    41 -16.940  -7.378  -0.009 -15.656 -15.935 -16.330 -13.995 -14.277 -5.254 -10.514 -4.908 -5.787  3.939 -3.909 -13.417 -2.939 -13.536 -12.681 -1.809 -13.829 -3.281 -12.218 
    ML    65    63 6    68     6     1     1    26    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    66    63 6    68     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    67    63 6    68     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    68    68 5    68     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    69    69 6    69     5     1     2    22    41  -5.602  -0.047  -9.113  -7.281  -8.387          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     13     28 C G - -
    MP    70    69 6    74     6     2     4    20    39 -16.940 -16.879  -0.000 -15.656 -15.935 -16.330 -13.995 -14.277 -5.106 -10.513 -4.145 -13.457  3.913 -4.992 -13.416 -1.694 -5.423 -12.681 -2.596 -13.829 -1.636 -12.218 
    ML    71    69 6    74     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    72    69 6    74     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    73    69 6    74     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    74    74 5    74     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    75    75 6    75     5     1     1    24    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     14     27 G A - -
    MP    76    75 6    80     4     2     4    18    37 -16.167 -16.374  -0.000 -14.788                 -0.630 -11.695 -13.186 -8.006 -1.881 -16.119 -10.315 -13.192  3.858 -4.169 -13.416 -1.064 -4.663 -14.454 -12.193 -11.794 
    ML    77    75 6    80     4     1     1    25    44  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    78    75 6    80     4     1     1    25    43  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    79    75 6    80     4     0     0    24    42  -4.568  -4.250  -2.265  -0.520                 
    IL    80    80 5    80     4     1     1    27    45  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    81    81 6    81     3     1     1    26    44  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     15      - A - - -
    ML    82    81 6    84     3     1     3    16    34 -17.076  -0.000 -15.730                          1.994 -6.914 -12.159 -6.859 
     D    83    81 6    84     3     0     0    21    39  -6.174  -1.687  -0.566                         
    IL    84    84 3    84     3     1     1    25    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     16      - G - - -
    ML    85    84 3    87     3     1     3    15    33 -17.076  -0.000 -15.730                         -3.448 -13.316  1.963 -6.611 
     D    86    84 3    87     3     0     0    19    38  -6.174  -1.687  -0.566                         
    IL    87    87 3    87     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     17      - U - - -
    ML    88    87 3    90     3     1     2    14    32  -3.649  -0.120 -15.730                         -4.774  0.482 -4.464  1.334 
     D    89    87 3    90     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL    90    90 3    90     3     1     2    14    32  -3.245  -0.162 -10.989                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     20      - G - - -
    ML    91    90 3    93     3     1     2    12    30 -17.076  -0.000 -15.730                         -3.605 -13.302  1.964 -5.995 
     D    92    90 3    93     3     0     0    17    36  -6.174  -1.687  -0.566                         
    IL    93    93 3    93     3     1     1    21    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     21      - G - - -
    ML    94    93 3    96     3     1     2    11    29 -17.076  -0.000 -15.730                         -6.231 -12.292  1.991 -6.337 
     D    95    93 3    96     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL    96    96 3    96     3     1     1    20    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     22      - U - - -
    ML    97    96 3    99     3     1     1     9    28 -17.076  -0.403  -2.036                         -10.590 -5.011 -6.798  1.985 
     D    98    96 3    99     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL    99    99 3    99     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     23      - C - - -
    ML   100    99 3   102     3     1     1     8    26  -5.870  -0.025 -15.327                         -6.699  1.911 -6.398 -2.200 
     D   101    99 3   102     3     0     0     7    26 -16.460  -0.023  -5.969                         
    IL   102   102 3   102     3     1     1     8    26  -5.579  -0.035  -8.279                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     25      - U - - -
    ML   103   102 3   105     3     1     1     7    25 -17.070  -0.000 -15.724                         -2.276 -2.467 -2.096  1.757 
     D   104   102 3   105     3     0     0    10    29 -10.514  -0.050  -4.906                         
    IL   105   105 3   105     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   27 ]     26      - A - - -
    ML   106   105 3   108     2     1     1     1     1       *   0.000                                  1.953 -12.226 -3.726 -4.276 
     D   107   105 3   108     2     0     0     0     0       *   0.000                                 
    IL   108   108 3   108     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    28 ]      -      - - - - -
     E   109   108 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   29 ]      -      - - - - -
     S   110    56 1   111     3     0     1   489  1062  -6.815  -0.013 -15.730                         
    IL   111   111 2   111     3     1     1   490  1063  -5.074  -0.050  -7.774                          0.000  0.000  0.000  0.000 
                                             [ MATL   30 ]     34      - G - - -
    ML   112   111 2   114     5     1     2   489  1062 -16.009  -0.005  -8.607 -10.437 -16.928         -2.046 -6.868  1.888 -4.405 
     D   113   111 2   114     5     0     0   486  1059  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   114   114 3   114     5     1     1   489  1062  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     35    109 C G - -
    MP   115   114 3   119     6     2     2   488  1061 -16.935 -16.874  -0.000 -15.651 -15.931 -16.326 -3.210 -10.932 -8.049 -2.204 -2.374 -12.074  3.325 -6.123 -11.088 -0.781 -6.064 -1.039  1.992 -11.413 -2.141 -2.710 
    ML   116   114 3   119     6     1     1   487  1060  -9.371  -9.717  -0.103  -4.126  -9.567  -7.097 -3.814  1.908 -4.530 -2.903 
    MR   117   114 3   119     6     1     1   486  1059  -8.502  -7.231  -3.139  -7.209  -0.240  -5.422  1.628 -2.011 -1.679 -1.520 
     D   118   114 3   119     6     0     0   480  1053  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   119   119 5   119     6     1     1   487  1060  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   120   120 6   120     5     1     1   487  1060  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     36    108 U A - -
    MP   121   120 6   125     6     2     2   486  1059 -11.700 -16.878  -0.001 -11.530 -15.934 -16.329 -11.237 -10.937 -8.190 -1.000 -8.676 -12.081  2.459 -8.008 -7.186  0.869 -11.608 -7.025  3.014 -6.077 -4.530 -6.502 
    ML   122   120 6   125     6     1     1   484  1057  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   123   120 6   125     6     1     1   484  1057  -8.502  -7.231  -0.390  -7.209  -2.343  -5.422  1.628 -2.011 -1.679 -1.520 
     D   124   120 6   125     6     0     0   478  1051  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   125   125 5   125     6     1     1   485  1058  -3.305  -3.568  -0.410  -5.224  -6.000  -5.660  0.000  0.000  0.000  0.000 
    IR   126   126 6   126     5     1     1   485  1058  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     38    107 g c - -
    MP   127   126 6   131     6     2     2   484  1057 -16.939 -16.879  -0.000 -15.655 -15.935 -16.330 -10.905 -7.183 -10.724  2.879 -11.854 -7.180 -2.051 -6.290 -6.196  2.887 -4.948 -3.646 -0.619 -6.603 -5.639 -2.587 
    ML   128   126 6   131     6     1     1   482  1055  -7.225  -7.571  -1.516  -0.736  -7.421  -4.950 -0.399 -1.386  1.188 -0.784 
    MR   129   126 6   131     6     1     1   481  1054  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 6   131     6     0     0   477  1050  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1   483  1056  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1   483  1056  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     39    106 G C - -
    MP   133   132 6   137     6     2     2   482  1055 -16.940 -16.879  -0.000 -15.655 -15.935 -16.330 -10.956 -5.933 -10.775 -4.296 -5.261 -5.637  1.582 -6.618 -7.215  3.633 -11.451 -4.591 -4.938 -4.968 -1.478 -9.734 
    ML   134   132 6   137     6     1     1   481  1054  -7.000  -7.346  -0.632  -1.755  -7.196  -4.725 -0.298  0.785 -1.022 -0.042 
    MR   135   132 6   137     6     1     1   479  1052  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0   476  1049  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1   481  1054  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1   481  1054  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   35 ]     40    105 A U - -
    MP   139   138 6   143     4     2     2   480  1053 -16.167 -16.374  -0.000 -14.788                 -10.907 -1.954 -5.603  3.350 -11.854 -11.322 -0.744 -2.435 -8.832  1.851 -11.410 -3.227 -0.111 -6.504 -8.929 -3.607 
    ML   140   138 6   143     4     1     1   479  1052  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     4     1     1   477  1050  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     4     0     0   476  1049  -4.568  -4.250  -2.265  -0.520                 
    IL   143   143 5   143     4     1     1   480  1053  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     3     1     1   479  1052  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     41      - u - - -
    ML   145   144 6   147     3     1     1   478  1051 -17.076  -0.001 -11.121                         -6.029  0.953 -4.298  0.999 
     D   146   144 6   147     3     0     0   474  1047  -6.174  -1.687  -0.566                         
    IL   147   147 3   147     3     1     1   478  1051  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     42      - U - - -
    ML   148   147 3   150     3     1     1   477  1050 -17.075  -0.000 -15.729                         -5.493 -4.868 -5.164  1.969 
     D   149   147 3   150     3     0     0   472  1045  -7.853  -3.366  -0.154                         
    IL   150   150 3   150     3     1     1   477  1050  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     43      - u - - -
    ML   151   150 3   153     3     1     1   476  1049 -17.075  -0.000 -15.729                          0.001 -0.001 -0.002  0.002 
     D   152   150 3   153     3     0     0   472  1045  -7.853  -0.350  -2.245                         
    IL   153   153 3   153     3     1     1   475  1048  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     44      - u - - -
    ML   154   153 3   156     3     1     1   475  1048 -17.076  -0.000 -15.730                          0.001 -0.001 -0.002  0.002 
     D   155   153 3   156     3     0     0   456  1029  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1   474  1047  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     45      - a - - -
    ML   157   156 3   159     3     1     1   474  1047 -17.076  -0.000 -15.730                          0.017 -0.016  0.011 -0.012 
     D   158   156 3   159     3     0     0   440  1013  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1   472  1045  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     46      - G - - -
    ML   160   159 3   162     3     1     1   473  1046  -1.424  -0.673 -15.730                         -3.818 -6.414  1.967 -6.795 
     D   161   159 3   162     3     0     0   370   943  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1   503  1076  -0.046  -4.982 -18.029                          0.000  0.000  0.000  0.000 
                                             [ MATL   42 ]    104      - U - - -
    ML   163   162 3   165     2     1     1     1     1       *   0.000                                 -0.129 -0.248 -5.368  1.150 
     D   164   162 3   165     2     0     0     0     0       *   0.000                                 
    IL   165   165 3   165     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    43 ]      -      - - - - -
     E   166   165 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   44 ]      -      - - - - -
     S   167    54 1   168     3     0     5   114   221 -17.076  -0.000 -15.730                         
    IL   168   168 2   168     3     1     7   115   222  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    110      - U - - -
    ML   169   168 2   171     2     1     5   114   221  -2.677  -0.245                                 -3.924 -4.219 -5.694  1.949 
     D   170   168 2   171     2     0     4    90   197  -8.445  -0.004                                 
    IL   171   171 3   171     2     1     7   124   231  -0.248  -2.662                                  0.000  0.000  0.000  0.000 
                                             [ BIF    46 ]      -      - - - - -
     B   172   171 3   173   211     0     4    50    72                                                 
                                             [ BEGL   47 ]      -      - - - - -
     S   173   172 1   174     4     0     0    31    53  -0.190  -9.670  -6.337  -3.187                 
                                             [ MATP   48 ]    126    150 C G - -
    MP   174   173 1   178     6     2     2    31    53 -16.750  -6.409  -0.017 -15.466 -15.746 -16.141 -11.017 -5.079 -7.004  0.781 -10.022 -11.802  3.297 -6.904 -10.917  1.760 -11.403 -2.199 -0.390 -11.128 -4.861 -9.617 
    ML   175   173 1   178     6     1     1    32    54  -8.461  -0.347  -3.521  -3.216  -8.657  -6.186 -2.253  1.737 -3.085 -1.565 
    MR   176   173 1   178     6     1     1    31    53 -12.050  -2.840  -6.688 -10.757  -0.771  -1.922 -3.958 -4.087  0.489  1.306 
     D   177   173 1   178     6     0     0    23    45 -17.777 -16.475 -12.272 -12.954 -12.972  -0.001 
    IL   178   178 5   178     6     1     1    31    53  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   179   179 6   179     5     1     1    31    53  -1.584  -0.593 -10.740  -8.908 -10.013          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    127    147 u a - -
    MP   180   179 6   184     6     2     2    29    51  -5.595  -8.673  -0.115  -8.301 -15.751  -4.310 -2.878 -10.753 -3.030 -0.017 -3.374 -11.896  1.918 -10.571 -10.910  1.491 -11.424 -7.373  2.806 -7.867  0.082 -9.629 
    ML   181   179 6   184     6     1     1    27    49  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   182   179 6   184     6     1     1    30    52  -0.073 -10.039  -5.948 -10.018  -5.152  -8.231  1.979 -6.031 -5.434 -5.659 
     D   183   179 6   184     6     0     0    23    45 -17.820 -16.518 -12.315 -12.997  -1.508  -0.626 
    IL   184   184 5   184     6     1     1    29    51  -1.270  -0.790  -7.383 -11.120 -11.896 -11.557  0.000  0.000  0.000  0.000 
    IR   185   185 6   185     5     1     1    25    48  -7.672  -3.406 -11.183  -0.153 -10.457          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    130    145 C G - -
    MP   186   185 6   190     6     2     2    27    49 -16.644 -16.583  -0.563 -15.360 -15.639  -1.630 -10.942 -10.643 -8.597  1.372 -9.808 -2.772  3.078 -6.288 -10.800  0.526 -6.209 -4.187  1.546 -11.124 -1.436 -9.519 
    ML   187   185 6   190     6     1     1    23    45  -9.482  -9.828  -4.542  -0.079  -9.678  -7.207 -1.401 -1.732 -0.450  1.372 
    MR   188   185 6   190     6     1     1    24    46 -14.420 -13.149  -9.057 -13.127  -1.356  -0.720 -8.025 -8.506  1.299  0.616 
     D   189   185 6   190     6     0     0    22    44 -17.877 -16.575 -12.372 -13.055 -13.072  -0.001 
    IL   190   190 5   190     6     1     1    27    49  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   191   191 6   191     5     1     1    26    49  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    131    144 C G - -
    MP   192   191 6   196     4     2     2    25    47  -3.305  -6.894  -0.240  -4.511                 -3.724 -10.081 -3.763 -2.787 -1.116 -11.223  3.653 -5.435 -1.108 -0.014 -10.751 -4.760 -0.472 -10.562 -1.284 -5.616 
    ML   193   191 6   196     4     1     1    21    44  -6.617  -6.799  -0.060  -5.529                 -3.360 -3.068 -4.145  1.898 
    MR   194   191 6   196     4     1     1    23    45 -11.097  -0.017  -7.993  -7.053                 -6.465 -8.228  1.992 -7.225 
     D   195   191 6   196     4     0     0    22    44  -4.413 -14.817  -0.230  -3.320                 
    IL   196   196 5   196     4     1     1    26    48  -1.264  -0.780  -9.518 -13.256                  0.000  0.000  0.000  0.000 
    IR   197   197 6   197     3     1     1    22    44  -1.225  -2.355  -1.408                          0.000  0.000  0.000  0.000 
                                             [ MATL   52 ]    135      - g - - -
    ML   198   197 6   200     3     1     1    10    28 -16.865  -0.000 -11.673                         -1.041 -1.636  0.830  0.501 
     D   199   197 6   200     3     0     0     9    27 -15.617 -11.130  -0.001                         
    IL   200   200 3   200     3     1     1    19    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    136      - u - - -
    ML   201   200 3   203     3     1     1     8    27 -16.865  -0.003  -8.883                         -0.025  0.323 -2.063  0.611 
     D   202   200 3   203     3     0     0     8    26 -15.620 -11.133  -0.001                         
    IL   203   203 3   203     3     1     1    18    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    137      - a - - -
    ML   204   203 3   206     3     1     1     7    25 -16.862  -0.429  -1.959                          0.898 -0.184 -2.801  0.154 
     D   205   203 3   206     3     0     0     7    25 -15.639 -11.152  -0.001                         
    IL   206   206 3   206     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    138      - a - - -
    ML   207   206 3   209     2     1     1     1     1       *   0.000                                  0.764 -4.806  0.183  0.178 
     D   208   206 3   209     2     0     0     0     0       *   0.000                                 
    IL   209   209 3   209     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    56 ]      -      - - - - -
     E   210   209 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   57 ]      -      - - - - -
     S   211   172 1   212     3     0     0    27    45 -17.076  -0.027  -5.769                         
    IL   212   212 2   212     3     1     1    36    54  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    151      - G - - -
    ML   213   212 2   215     3     1     2    26    45  -3.114  -0.177 -15.703                         -1.314 -4.556  1.738 -2.180 
     D   214   212 2   215     3     0     0    25    44  -6.422  -0.027  -7.132                         
    IL   215   215 3   215     3     1     1    26    45  -8.641  -0.004 -11.341                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    153      - C - - -
    ML   216   215 3   218     5     1     1    25    44 -16.009  -0.007 -15.824  -7.711 -16.928         -6.531  1.915 -11.575 -2.193 
     D   217   215 3   218     5     0     0    25    43  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   218   218 3   218     5     1     1    27    44  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   60 ]    154    173 G C - -
    MP   219   218 3   223     6     2     2    24    43 -16.933 -16.872  -0.000 -15.649 -15.929 -16.324 -7.388 -2.493 -10.719  0.036 -11.850 -11.314 -1.115 -11.410 -6.692  3.699 -5.297  0.141 -2.437 -6.009 -8.924 -9.685 
    ML   220   218 3   223     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   221   218 3   223     6     1     1    24    42 -10.742  -9.471  -0.967  -9.449  -1.059  -7.663 -4.856  1.955 -5.402 -3.939 
     D   222   218 3   223     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   223   223 5   223     6     1     1    26    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   224   224 6   224     5     1     1    25    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   61 ]    155    172 U A - -
    MP   225   224 6   229     6     2     2    22    41  -7.044 -16.876  -0.011 -15.652 -15.932 -16.327 -7.056 -10.934 -3.141 -0.449 -5.402 -12.077  1.594 -7.463 -7.087 -1.295 -11.605 -5.137  3.527 -5.915 -3.280 -7.267 
    ML   226   224 6   229     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   227   224 6   229     6     1     1    23    41  -9.778  -8.507  -0.148  -8.485  -3.619  -6.698  1.911 -3.931 -3.428 -3.624 
     D   228   224 6   229     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   229   229 5   229     6     1     1    22    40  -6.741  -7.004  -0.033  -8.659  -9.435  -9.096  0.000  0.000  0.000  0.000 
    IR   230   230 6   230     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   62 ]    157    171 G C - -
    MP   231   230 6   235     6     2     2    20    39 -16.940 -16.879  -0.000 -15.656 -15.935 -16.330 -14.309 -4.537 -15.310 -0.006 -4.338 -12.893 -2.501 -15.223 -12.837  3.876 -13.103 -4.333 -11.031 -13.262 -13.063 -14.024 
    ML   232   230 6   235     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   233   230 6   235     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   234   230 6   235     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   235   235 5   235     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   236   236 6   236     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   63 ]    158    170 G C - -
    MP   237   236 6   241     6     2     2    18    37 -16.940 -16.879  -0.000 -15.656 -15.935 -16.330 -10.909 -4.499 -7.670  0.768 -11.858 -6.725 -2.342 -11.418 -5.498  3.789 -7.784 -2.982 -5.131 -4.943 -8.932 -9.693 
    ML   238   236 6   241     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   239   236 6   241     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   240   236 6   241     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   241   241 5   241     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   242   242 6   242     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   64 ]    159    169 G C - -
    MP   243   242 6   247     4     2     2    16    35 -16.167 -16.374  -0.000 -14.788                 -14.922 -4.564 -17.506 -4.431 -16.527 -3.216 -10.799 -16.843 -4.299  3.965 -5.062 -3.936 -11.170 -4.576 -13.260 -16.754 
    ML   244   242 6   247     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   245   242 6   247     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   246   242 6   247     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   247   247 5   247     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   248   248 6   248     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   65 ]    160      - U - - -
    ML   249   248 6   251     3     1     1    13    32 -17.076  -0.000 -15.730                         -6.435 -5.846 -6.520  1.986 
     D   250   248 6   251     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   251   251 3   251     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   66 ]    161      - U - - -
    ML   252   251 3   254     3     1     1    12    30 -17.076  -0.000 -15.730                         -13.920 -4.810 -15.201  1.987 
     D   253   251 3   254     3     0     0    17    36  -6.174  -1.687  -0.566                         
    IL   254   254 3   254     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   67 ]    162      - C - - -
    ML   255   254 3   257     3     1     1    11    29  -7.364  -0.009 -15.730                         -6.691  1.950 -6.159 -3.159 
     D   256   254 3   257     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   257   257 3   257     3     1     1    12    30  -4.577  -0.071  -7.277                          0.000  0.000  0.000  0.000 
                                             [ MATL   68 ]    164      - G - - -
    ML   258   257 3   260     3     1     1     9    28 -17.076  -0.000 -15.730                         -0.437 -6.038  1.699 -11.735 
     D   259   257 3   260     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   260   260 3   260     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   69 ]    165      - A - - -
    ML   261   260 3   263     3     1     1     8    26 -17.076  -0.000 -15.730                          1.989 -6.537 -6.626 -6.684 
     D   262   260 3   263     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   263   263 3   263     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   70 ]    166      - A - - -
    ML   264   263 3   266     3     1     1     6    12  -7.293  -0.009 -15.730                          1.917 -6.310 -2.541 -4.662 
     D   265   263 3   266     3     0     0     5    11  -6.174  -1.687  -0.566                         
    IL   266   266 3   266     3     1     1     7    12  -4.640  -0.068  -7.341                          0.000  0.000  0.000  0.000 
                                             [ MATL   71 ]    168      - U - - -
    ML   267   266 3   269     2     1     1     1     1       *   0.000                                 -6.398 -0.248 -6.862  1.650 
     D   268   266 3   269     2     0     0     0     0       *   0.000                                 
    IL   269   269 3   269     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    72 ]      -      - - - - -
     E   270   269 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Leu
ACC   euk-Leu-r2-031616
LENG  84
MAXL  540
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 10:07:09 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Leu-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Leu-r2-031616.sto
NSEQ  2096
EFFN  7.279999
CKSUM 1281515033
STATS LOCAL MSV       -8.5435  0.71866
STATS LOCAL VITERBI   -9.5647  0.71866
STATS LOCAL FORWARD   -3.4369  0.71866
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.59232  1.39746  1.18257  1.41538
          1.38629  1.38629  1.38629  1.38629
          0.02256  4.49613  4.49613  1.46634  0.26236  0.00000        *
      1   1.72294  2.73687  0.38872  2.54134      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.04625  4.49613  3.38020  1.46634  0.26236  1.09861  0.40547
      2   2.12869  1.20695  1.26932  1.20106      2 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02333  4.47305  4.45230  1.46634  0.26236  1.61986  0.22056
      3   2.07660  0.79592  1.97681  1.25538      3 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.03506  4.47281  3.77080  1.46634  0.26236  1.60325  0.22470
      4   0.98477  1.74633  1.20247  1.88645      4 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.02336  4.46136  4.46136  1.46634  0.26236  1.18992  0.36276
      5   1.63258  2.04024  0.55723  2.28489      5 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02323  4.47118  4.46312  1.46634  0.26236  1.65314  0.21251
      6   1.97323  1.94746  0.58120  1.83804      6 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02314  4.47108  4.47108  1.46634  0.26236  1.64663  0.21406
      7   1.01278  2.16335  1.02175  1.82085      7 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.02313  4.47118  4.47118  1.46634  0.26236  0.48272  0.95999
      8   3.37568  3.25901  3.86069  0.09836      8 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
      9   3.60477  4.57981  0.05547  4.10379      9 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     10   2.11815  2.67690  0.30524  2.60337     10 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02888  4.05625  4.49628  1.00612  0.45513  1.09861  0.40547
     11   4.27196  0.08074  3.99806  3.09533     12 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     12   3.77702  0.13628  3.35771  2.66355     13 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     13   2.37729  2.60468  0.25991  2.77816     14 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     14   0.04382  4.39136  4.14532  4.22341     15 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     15   3.27775  4.58765  0.06683  4.08905     16 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     16   2.47774  1.19313  2.98950  0.57539     17 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.08610  2.64015  4.49628  0.36252  1.19048  1.09861  0.40547
     17   3.30717  4.57536  0.06668  4.04101     20 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     18   3.81960  4.88583  0.04406  4.29632     21 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     19   3.37431  3.13959  3.82024  0.10477     22 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.23131  4.49628  1.63292  1.46634  0.26236  1.09861  0.40547
     20   3.22285  0.16677  3.75618  2.40359     23 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.04009  3.66395  4.29269  0.85684  0.55252  0.12276  2.15831
     21   2.31822  2.42034  2.61499  0.30179     25 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02262  4.49343  4.49343  1.46634  0.26236  0.95307  0.48704
     22   0.09180  3.85312  3.30294  3.51572     26 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     23   0.26948  2.86528  2.60894  2.24770     27 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     24   2.96640  3.50225  0.11687  3.55160     28 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02721  4.15430  4.49628  1.09348  0.40804  1.09861  0.40547
     25   3.32085  4.10492  0.07323  4.01717     30 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02789  4.12620  4.47752  1.06770  0.42129  1.09861  0.40547
     26   2.83998  0.36963  2.51167  1.77519     32 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02944  4.02544  4.49607  0.98031  0.47031  1.08615  0.41176
     27   2.51797  3.78848  0.15028  3.31648     34 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02310  4.49628  4.44952  1.46634  0.26236  1.09861  0.40547
     28   2.24309  0.80813  1.90980  1.20375     35 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02257  4.49575  4.49575  1.46634  0.26236  1.11444  0.39764
     29   2.31272  1.08597  1.81641  0.91423     36 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02279  4.47608  4.49575  1.44138  0.26997  1.06768  0.42130
     30   1.18436  2.52065  0.67700  2.24895     38 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     31   2.08195  1.83204  0.49091  2.27152     39 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     32   0.98507  2.12570  1.00405  1.96010     40 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     33   2.47524  0.87897  2.97749  0.79912     41 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02289  4.49628  4.46753  1.46634  0.26236  1.09861  0.40547
     34   3.06891  2.96057  3.50352  0.13737     42 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02256  4.49595  4.49595  1.46634  0.26236  1.10829  0.40066
     35   1.28335  1.50338  1.52114  1.26566     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02256  4.49595  4.49595  1.46634  0.26236  1.07954  0.41514
     36   1.28337  1.50336  1.52112  1.26568     44 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     37   1.27832  1.50953  1.51553  1.27015     45 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     38   3.29015  4.36377  0.07052  4.01115     46 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.36200  1.22907  4.49628  3.43446  0.03277  1.09861  0.40547
     39   1.43101  1.53711  2.55097  0.75945    104 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     40   2.17713  1.08475  1.98682  0.88791    105 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.02273  4.49628  4.48112  1.46634  0.26236  1.09861  0.40547
     41   2.61568  0.54535  1.69070  1.81490    106 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02263  4.49611  4.48976  1.46634  0.26236  1.10369  0.40294
     42   2.50968  0.75372  2.33634  1.04580    107 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.02256  4.49604  4.49604  1.46634  0.26236  1.08439  0.41265
     43   1.01428  1.93736  0.99122  2.10268    108 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02452  4.49628  4.33704  1.46634  0.26236  1.09861  0.40547
     44   1.34912  2.15563  0.73116  1.94247    109 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02260  4.49435  4.49435  1.46634  0.26236  0.99531  0.46141
     45   2.91130  2.87679  3.49547  0.15205    110 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.14915  2.17108  3.70888  1.85176  0.17074  1.09861  0.40547
     46   1.94940  0.86895  1.43933  1.60364    126 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.10216  4.48284  2.45553  1.46634  0.26236  1.32127  0.31033
     47   1.92695  1.28285  1.60597  0.97692    127 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.08573  3.60246  2.90215  0.73703  0.65111  2.36756  0.09839
     48   1.78506  0.95787  1.75199  1.29070    130 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.30787  4.36321  1.37733  1.46634  0.26236  1.93931  0.15526
     49   1.98140  0.84282  1.71732  1.37800    131 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.13335  2.50710  3.13878  0.43302  1.04568  0.23044  1.58077
     50   1.55211  1.99554  1.10032  1.14102    135 g - - _
          1.38629  1.38629  1.38629  1.38629
          0.06197  4.42457  3.03425  1.46634  0.26236  2.21987  0.11499
     51   1.32736  1.32428  2.12882  1.05025    136 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02674  4.38777  4.27205  1.46634  0.26236  2.50325  0.08536
     52   0.95319  1.55299  2.19848  1.23133    137 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.22387  4.38624  1.67059  1.46634  0.26236  0.76837  0.62319
     53   1.01637  2.16618  1.43112  1.25724    138 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.49774  2.62377  1.14079  0.57215  0.83082  0.45978  0.99810
     54   1.54028  1.92073  0.74748  1.79806    144 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.05025  4.12712  3.41501  1.46634  0.26236  0.35325  1.21200
     55   1.48689  1.88043  0.85787  1.62283    145 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.08409  3.34589  3.09185  0.59288  0.80460  0.97798  0.47172
     56   1.14340  1.72513  1.08857  1.79327    147 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.03499  3.80800  4.40686  1.00567  0.45539  2.16396  0.12202
     57   1.80467  1.56166  0.79719  1.74246    150 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.03877  4.40961  3.65491  1.46634  0.26236  0.22445  1.60424
     58   1.97707  3.01737  0.32271  2.42578    151 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.11593  2.32119  4.48250  0.21630  1.63730  0.64084  0.74834
     59   3.62858  0.12366  4.21961  2.58951    153 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02624  4.49628  4.21689  1.46634  0.26236  1.09861  0.40547
     60   1.85989  2.59159  0.37012  2.54135    154 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02264  4.49268  4.49268  1.46634  0.26236  1.04390  0.43399
     61   2.18043  1.30893  2.05851  0.71487    155 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02847  4.08048  4.49458  1.02852  0.44244  1.00620  0.45508
     62   2.00722  2.83034  0.29344  2.79765    157 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     63   1.81110  2.72807  0.35691  2.64026    158 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     64   2.85574  3.56696  0.12241  3.52477    159 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     65   3.24250  3.12286  3.72311  0.11346    160 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     66   3.69416  3.32361  4.22117  0.07858    161 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     67   3.66881  0.10171  4.08513  2.91177    162 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02725  4.15218  4.49628  1.09151  0.40903  1.09861  0.40547
     68   1.69686  3.46978  0.29447  3.20181    164 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     69   0.05107  4.25806  3.94434  4.11796    165 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     70   0.13451  3.54246  2.80957  3.30533    166 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02749  4.13757  4.49628  1.07806  0.41590  1.09861  0.40547
     71   2.80212  1.66568  3.33554  0.33595    168 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     72   3.71640  0.14113  3.48347  2.56916    169 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     73   2.90376  0.40901  2.55001  1.59555    170 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     74   3.02461  0.33646  2.67645  1.78189    171 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     75   0.79996  2.22318  1.17757  2.00720    172 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02255  4.49628  4.49628  1.46634  0.26236  1.09861  0.40547
     76   2.77792  0.46118  2.41462  1.52377    173 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.04534  3.41090  4.48172  1.19768  0.35938  1.09861  0.40547
     77   2.01172  1.12002  1.99390  0.90683    178 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.04807  4.49612  3.33025  1.46634  0.26236  1.10349  0.40304
     78   2.37302  0.88396  1.58892  1.23956    179 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.02322  4.47118  4.46371  1.46634  0.26236  1.65314  0.21251
     79   2.49542  0.63488  1.92716  1.41892    180 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03310  4.47101  3.85754  1.46634  0.26236  1.64711  0.21394
     80   2.08774  1.30609  1.61804  0.89927    181 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.02336  4.46136  4.46136  1.46634  0.26236  1.10138  0.40408
     81   1.57512  2.14429  0.64343  1.89461    182 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.04550  3.40933  4.47305  1.20008  0.35835  0.50394  0.92671
     82   1.33985  1.62509  1.09501  1.57656    186 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.04624  3.38028  4.49620  0.72914  0.65840  1.09861  0.40547
     83   2.84470  0.43946  2.55343  1.51572    190 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03438  3.78789  4.49620  1.25008  0.33755  1.09861  0.40547
     84   0.06799  4.09355  3.51902  3.94117    194 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.01134  4.48498        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Lys
ACC      euk-Lys-r2-031616
STATES   233
NODES    62
CLEN     73
W        670
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 10:32:33 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Lys-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Lys-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Lys-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Lys-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Lys-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Lys-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Lys-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1952
EFFN     1952.000000
CKSUM    1972346474
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -9.7988 0.71892
ECMLC    0.66252    -7.57375     1.97300     1600000      669951  0.001791
ECMGC    0.31720   -47.59045   -34.15971     1600000       28329  0.014120
ECMLI    0.65046    -7.16460     2.43995     1600000      619975  0.001936
ECMGI    0.32972   -44.17617   -31.30966     1600000       27828  0.014374
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   670  1411 -15.858 -17.103  -0.001 -10.457                 
    IL     1     1 2     1     4    20    41   672  1412  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    21    42   673  1413  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    232 - g - -
    MR     3     2 3     5     5    26    50   672  1412  -5.299  -0.037 -15.721 -15.933 -16.825          0.130 -5.181  0.850  0.105 
     D     4     2 3     5     5    17    38   664  1404  -6.623  -1.688  -4.249  -5.680  -0.719         
    IR     5     5 3     5     5    24    50   674  1414  -0.596  -1.568 -12.520 -10.688 -11.793          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    228 G C - -
    MP     6     5 3    10     6    25    49   671  1411  -5.064  -5.112  -0.097 -15.553  -7.319 -16.227 -7.192 -2.572 -6.856 -1.155 -11.752 -5.872 -3.212 -4.440 -5.568  3.682 -5.290  0.230  0.099 -4.353 -7.171 -6.245 
    ML     7     5 3    10     6    21    41   670  1410  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    20    41   668  1409  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    17    37   658  1399 -10.651  -9.349  -5.146  -5.828  -5.846  -0.098 
    IL    10    10 5    10     6    23    47   668  1408  -8.563  -8.826  -6.743 -10.481  -0.022 -10.917  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    20    41   670  1411  -0.788  -2.529  -2.433 -10.558  -4.015          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      3    224 C G - -
    MP    12    11 6    16     6    27    50   669  1409  -7.496 -16.697  -0.008 -15.473 -15.753 -16.148 -1.902 -14.083 -4.576 -10.315 -0.701 -6.408  3.842 -2.876 -7.699 -2.378 -3.061 -12.477 -3.665 -13.641 -2.431 -12.030 
    ML    13    11 6    16     6    23    47   670  1410 -11.484  -0.038  -6.544  -6.239 -11.680  -9.209  1.988 -6.881 -6.227 -6.405 
    MR    14    11 6    16     6    23    46   667  1407 -13.473 -12.202  -8.111 -12.180  -0.007 -10.394 -6.337  0.178  1.509 -6.624 
     D    15    11 6    16     6    17    37   657  1398 -13.263 -11.961  -7.758  -8.440  -8.457  -0.016 
    IL    16    16 5    16     6    22    47   668  1408  -6.153  -6.416  -0.051  -8.071  -8.847  -8.508  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    23    48   669  1409  -1.027  -0.982 -10.999  -9.167 -10.273          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      5    221 C G - -
    MP    18    17 6    22     6    25    48   667  1407  -6.478 -16.716  -0.016 -15.493 -15.773 -16.168 -6.569 -11.439 -4.056 -5.184 -5.015 -3.265  3.900 -4.069 -11.504 -2.497 -5.414 -3.134 -2.061 -11.839 -2.183 -10.233 
    ML    19    17 6    22     6    20    41   665  1405  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    23    45   666  1406 -13.473 -12.202  -4.867 -12.180  -0.052 -10.394 -0.259 -7.055  1.654 -6.562 
     D    21    17 6    22     6    17    37   657  1398 -13.263 -11.961  -7.758  -8.440  -8.457  -0.016 
    IL    22    22 5    22     6    23    47   666  1407  -1.365  -8.089  -0.724  -9.744 -10.520 -10.181  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    21    42   666  1406  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      8    220 c g - -
    MP    24    23 6    28     6    23    46   665  1405  -5.586 -16.718  -0.046  -9.036  -7.826  -7.900 -6.674 -10.345 -3.963 -4.715 -1.696 -6.117  2.698 -4.255 -6.365  1.290 -2.750 -4.908  1.535 -6.252  1.768 -3.920 
    ML    25    23 6    28     6    20    41   663  1404  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    23    44   665  1405 -13.428 -12.157  -3.582 -12.135  -0.128 -10.349 -6.268  0.224  1.490 -6.541 
     D    27    23 6    28     6    17    37   657  1398 -13.263 -11.961  -7.758  -8.440  -8.457  -0.016 
    IL    28    28 5    28     6    24    46   667  1407  -0.422 -10.231  -1.988 -11.886 -12.662 -12.322  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    21    42   664  1404  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]     13    219 G U - -
    MP    30    29 6    34     6    23    45   663  1403  -6.536  -7.261  -0.025 -15.484 -15.764 -16.159 -10.726 -3.757 -10.553  0.004 -6.411 -6.073 -1.184 -4.816 -7.597  1.938 -11.229  3.037  0.644 -7.854 -0.405 -4.352 
    ML    31    29 6    34     6    21    42   662  1403  -8.860  -9.206  -2.554  -0.298  -9.056  -6.586 -1.448 -2.387  1.578 -1.131 
    MR    32    29 6    34     6    22    43   664  1404 -13.484 -12.213  -8.121 -12.191  -0.007 -10.404 -6.019 -5.820  0.198  1.496 
     D    33    29 6    34     6    17    37   657  1398 -14.091 -12.790  -5.878  -9.269  -9.286  -0.030 
    IL    34    34 5    34     6    22    44   662  1402  -7.064  -7.327  -0.027  -8.982  -9.758  -9.419  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    22    44   662  1402  -5.553  -0.048  -9.064  -7.232  -8.338          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]     15    217 G U - -
    MP    36    35 6    40     6    21    43   661  1401 -16.769  -7.460  -0.024  -6.566 -15.764 -16.159 -10.820 -9.593 -5.342 -0.155 -11.134 -11.303  0.766 -4.560 -8.399  1.313 -5.635  3.357 -1.950 -10.572 -2.244 -3.216 
    ML    37    35 6    40     6    20    41   661  1402  -8.701  -9.047  -3.762  -0.139  -8.897  -6.427 -2.225 -2.097 -2.988  1.777 
    MR    38    35 6    40     6    21    42   663  1403 -13.484 -12.213  -8.121 -12.191  -0.007 -10.404 -6.450 -6.851  1.151  0.815 
     D    39    35 6    40     6    17    37   657  1398 -14.070 -12.769  -8.566  -9.248  -9.265  -0.009 
    IL    40    40 5    40     6    20    41   660  1401  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    20    42   660  1400  -5.379  -0.055  -8.890  -7.057  -8.163          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]     16    215 c g - -
    MP    42    41 6    46     4    19    41   659  1399 -15.979 -16.186  -0.000 -14.600                 -6.118 -6.639 -2.890  0.820 -0.659 -3.252  2.835 -4.184 -8.573  0.901 -6.273 -0.788  1.848 -7.955 -3.827 -6.848 
    ML    43    41 6    46     4    20    40   661  1401  -1.545  -0.843  -3.416  -7.339                  1.265 -3.945  0.575 -4.569 
    MR    44    41 6    46     4    21    41   662  1402  -0.013 -10.537  -8.404  -7.465                 -6.842 -8.611  1.994 -7.603 
     D    45    41 6    46     4    17    37   657  1398  -9.495  -1.171  -4.908  -0.940                 
    IL    46    46 5    46     4    20    40   661  1401  -0.522  -3.278  -2.321 -13.209                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    19    40   659  1400  -0.657  -1.756  -3.847                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     23      - U - - -
    ML    48    47 6    50     3    17    39   657  1397 -16.960  -0.000 -15.614                         -6.797 -6.340 -6.321  1.988 
     D    49    47 6    50     3    16    37   655  1396 -11.667  -1.106  -0.902                         
    IL    50    50 3    50     3    18    39   657  1398  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     24      - A - - -
    ML    51    50 3    53     2    16    38   656  1396 -17.622  -0.000                                  1.813 -11.602 -1.119 -5.250 
     D    52    50 3    53     2    15    37   655  1395  -9.716  -0.002                                 
    IL    53    53 3    53     2    17    38   656  1397  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    15    37   655  1395                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     3   167   365 -16.973  -0.000 -15.627                         
    IL    56    56 2    56     3     1     1   168   366  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    156      - G - - -
    ML    57    56 2    59     3     1     3   167   365 -16.973  -0.002  -9.482                          0.269 -3.343  1.071 -0.749 
     D    58    56 2    59     3     0     0   155   352  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     1   167   364  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    157      - G - - -
    ML    60    59 3    62     3     1     2   166   364  -3.822  -0.106 -15.625                         -3.681 -4.532  1.759 -1.020 
     D    61    59 3    62     3     0     0   126   324  -9.094  -0.352  -2.220                         
    IL    62    62 3    62     3     1     3   194   391  -0.134  -3.491 -14.043                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    177      - G - - -
    ML    63    62 3    65     3     1     1    65   129  -7.437  -0.073  -4.524                         -4.848 -6.491  1.916 -2.477 
     D    64    62 3    65     3     0     0    63   127  -7.137  -2.650  -0.263                         
    IL    65    65 3    65     3     1     1    65   129  -4.422  -0.080  -7.122                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    179      - U - - -
    ML    66    65 3    68     3     1     2    64   128 -16.909  -0.000 -15.563                         -4.919 -2.138 -6.512  1.899 
     D    67    65 3    68     3     0     0    63   127 -13.881  -0.007  -7.700                         
    IL    68    68 3    68     3     1     1    65   128  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    180      - C - - -
    ML    69    68 3    71     5     1     1    63   127 -15.906  -0.000 -15.722 -15.934 -16.826         -5.243  1.698 -6.152 -0.485 
     D    70    68 3    71     5     0     0    61   125  -5.204  -1.048  -4.466  -1.758  -2.753         
    IL    71    71 3    71     5     1     1    63   127  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    181    211 G C - -
    MP    72    71 3    76     6     2     2    62   126 -16.837  -5.681  -0.029 -13.332 -15.833 -16.228 -6.861 -2.936 -6.913  1.012 -4.232 -4.518  1.947 -3.428 -7.008  3.153 -6.236 -0.467 -4.581 -10.475 -3.619 -5.352 
    ML    73    71 3    76     6     1     1    60   124  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    60   123  -7.213  -5.942  -1.850  -5.920  -0.675  -4.133  0.198 -0.677  0.419 -0.168 
     D    75    71 3    76     6     0     0    56   120  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    62   125  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    63   127  -0.835  -1.193 -11.776  -9.944 -11.050          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    182    207 U A - -
    MP    78    77 6    82     6     2     2    60   124 -16.837 -16.777  -0.000 -15.553 -13.105 -16.228 -4.668 -3.652 -8.182  1.760 -7.190 -7.444  0.814 -5.617 -5.584  0.775 -7.946 -5.163  3.142 -5.487 -3.717 -6.384 
    ML    79    77 6    82     6     1     1    58   122  -6.531  -6.877  -0.975  -1.286  -6.727  -4.256  0.805 -0.691 -0.414 -0.179 
    MR    80    77 6    82     6     1     1    58   121  -7.213  -5.942  -1.850  -5.920  -0.675  -4.133  0.076 -0.384 -0.517  0.567 
     D    81    77 6    82     6     0     0    54   118  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    59   123  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    59   123  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    183    206 G C - -
    MP    84    83 6    88     6     2     2    58   122 -16.837 -16.777  -0.000 -15.553 -15.833 -16.228 -10.865 -4.770 -10.687 -1.412 -11.816 -5.643 -4.722 -11.376 -4.866  3.923 -6.136 -3.271 -3.123 -4.903 -8.890 -4.205 
    ML    85    83 6    88     6     1     1    56   120  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    56   120  -7.478  -6.207  -0.946  -6.185  -1.319  -4.399 -0.141  0.585 -0.850  0.055 
     D    87    83 6    88     6     0     0    53   116  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    57   121  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    57   121  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    184    205 G C - -
    MP    90    89 6    94     6     2     2    56   120 -16.838 -16.777  -0.000 -15.553 -15.833 -16.228 -7.532 -0.638 -7.392 -1.345 -12.376 -4.066 -7.426 -11.918 -4.510  3.850 -5.080 -2.123 -7.692 -2.780 -6.647 -10.211 
    ML    91    89 6    94     6     1     1    55   118  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    54   118  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    52   115  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    55   119  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    55   119  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    185    204 G C - -
    MP    96    95 6   100     4     2     2    54   118 -16.064 -16.271  -0.000 -14.685                 -14.821 -4.986 -17.414 -8.890 -16.426 -4.925 -10.697 -16.747 -5.036  3.968 -4.738 -3.526 -11.068 -2.978 -13.158 -16.669 
    ML    97    95 6   100     4     1     1    53   117  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    52   116  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    51   114  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    54   118  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    54   117  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    186      - U - - -
    ML   102   101 6   104     3     1     1    52   116 -16.973  -0.000 -15.627                         -6.430 -6.208 -6.742  1.988 
     D   103   101 6   104     3     0     0    50   113  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    53   116  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    187      - U - - -
    ML   105   104 3   107     3     1     1    51   115  -5.600  -0.030 -15.627                         -14.000 -6.422 -15.386  1.996 
     D   106   104 3   107     3     0     0    49   112  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    62   126  -0.422  -1.981 -10.780                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    192      - C - - -
    ML   108   107 3   110     3     1     1    47   110  -5.616  -0.030 -15.627                         -6.888  1.946 -7.299 -2.930 
     D   109   107 3   110     3     0     0    45   108  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    60   122  -0.423  -1.981 -10.764                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    197      - G - - -
    ML   111   110 3   113     3     1     1     9    15  -7.563  -0.008 -15.627                          0.441 -6.487  1.395 -11.661 
     D   112   110 3   113     3     0     0     8    14  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1     9    15  -4.313  -0.086  -7.013                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    199      - A - - -
    ML   114   113 3   116     3     1     1     7    14  -7.478  -0.008 -15.627                          1.956 -7.187 -4.925 -3.628 
     D   115   113 3   116     3     0     0     7    13  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1     8    14  -4.387  -0.082  -7.087                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    201      - G - - -
    ML   117   116 3   119     3     1     1     6    12  -7.532  -0.010  -9.521                         -3.797 -1.651  1.740 -1.891 
     D   118   116 3   119     3     0     0     5    12  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1     7    13  -4.340  -0.085  -7.040                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    203      - C - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -5.739  1.555 -7.014  0.050 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    61 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     3    17   631  1372   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   176     3    17   631  1372                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     4    92   195  -0.000 -14.966 -14.374 -15.014                 
                                             [ MATP   15 ]     25     58 G C - -
    MP   127   126 1   131     6     2     6    92   195  -6.605 -16.777  -0.015 -15.553 -15.833 -16.228 -14.685 -3.247 -16.672 -2.945 -16.360 -4.933 -10.695 -16.266 -12.760  3.948 -12.962 -1.974 -11.048 -5.237 -13.128 -6.321 
    ML   128   126 1   131     6     1     1    90   193  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    89   192  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    85   188  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     3    91   194  -7.064  -7.327  -0.027  -8.982  -9.758  -9.419  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     2    91   194  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     27     57 C G - -
    MP   133   132 6   137     6     2     6    90   193 -16.838 -16.777  -0.000 -15.553 -15.833 -16.228 -13.893 -14.175 -13.210 -10.412 -3.429 -0.448  3.892 -4.717 -13.314 -5.609 -6.005 -12.579 -5.587 -13.727 -2.133 -12.116 
    ML   134   132 6   137     6     1     1    88   191  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    87   190  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    84   187  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     2    89   192  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     2    89   192  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     28     56 U A - -
    MP   139   138 6   143     6     2     6    88   191  -7.411 -16.777  -0.009 -15.553 -15.833 -16.228 -5.064 -14.081 -13.209 -10.323 -3.021 -13.371 -7.290 -12.483 -8.539 -0.457 -13.432 -12.363  3.908 -5.572 -4.726 -4.765 
    ML   140   138 6   143     6     1     1    86   189  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    86   188  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    83   186  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     3    87   190  -6.304  -6.567  -0.045  -8.223  -8.999  -8.659  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     2    87   190  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     30     55 C G - -
    MP   145   144 6   149     4     2     5    86   189 -16.064 -16.271  -0.000 -14.685                 -6.024 -14.175 -5.438 -10.412 -3.120 -2.864  3.915 -4.198 -7.034 -10.383 -5.256 -12.579 -6.064 -7.866 -0.963 -12.116 
    ML   146   144 6   149     4     1     1    85   188  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    84   187  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    83   185  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    86   189  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    85   188  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     31      - A - - -
    ML   151   150 6   153     3     1     3    84   187 -16.973  -0.000 -15.627                          1.990 -6.993 -6.836 -6.621 
     D   152   150 6   153     3     0     0    82   184  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    84   187  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     32      - G - - -
    ML   154   153 3   156     3     1     2    83   186 -16.973  -0.000 -15.627                         -0.241 -6.519  1.644 -5.776 
     D   155   153 3   156     3     0     0    81   184  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    83   186  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     33      - U - - -
    ML   157   156 3   159     3     1     1    82   185  -5.606  -0.131  -3.919                         -4.882 -2.788 -6.318  1.929 
     D   158   156 3   159     3     0     0    80   183  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     3    85   188  -0.511  -1.749 -10.542                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     38      - C - - -
    ML   160   159 3   162     3     1     1    81   184  -6.147  -0.021 -15.529                         -5.500  1.399 -4.863  0.386 
     D   161   159 3   162     3     0     0    80   183 -14.477  -0.003  -8.868                         
    IL   162   162 3   162     3     1     1    80   183  -1.155  -5.692  -0.911                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     41      - G - - -
    ML   163   162 3   165     3     1     1    80   183 -16.954  -0.000 -15.608                         -3.828 -7.138  1.967 -6.348 
     D   164   162 3   165     3     0     0    78   181 -12.168  -7.681  -0.007                         
    IL   165   165 3   165     3     1     1    80   183  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     42      - G - - -
    ML   166   165 3   168     3     1     1    79   182 -16.954  -0.000 -15.608                         -3.935 -7.259  1.970 -6.637 
     D   167   165 3   168     3     0     0    78   181 -12.168  -0.016  -6.560                         
    IL   168   168 3   168     3     1     1    79   182  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     43      - U - - -
    ML   169   168 3   171     3     1     1    78   181  -3.839  -0.105 -15.627                         -3.446 -2.383 -4.882  1.881 
     D   170   168 3   171     3     0     0    68   171  -6.174  -1.687  -0.566                         
    IL   171   171 3   171     3     1     1    92   194  -0.258  -2.610 -13.147                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     54      - A - - -
    ML   172   171 3   174     2     1     1     1     1       *   0.000                                  1.963 -6.640 -5.697 -3.819 
     D   173   171 3   174     2     0     0     0     0       *   0.000                                 
    IL   174   174 3   174     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   175   174 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   176   125 1   177     3     0     1   615  1355  -6.036  -0.022 -15.627                         
    IL   177   177 2   177     3     1     1   618  1358  -0.597  -1.566  -9.941                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     62      - A - - -
    ML   178   177 2   180     5     1     2   615  1355 -15.906  -0.008  -7.504 -15.934 -16.826          1.296 -6.100  0.557 -4.071 
     D   179   177 2   180     5     0     0   612  1352  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   180   180 3   180     5     1     1   615  1355  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     63    155 U A - -
    MP   181   180 3   185     6     2     3   614  1354 -16.830 -16.769  -0.000 -13.028 -15.825 -16.220 -6.133 -12.539 -12.406 -4.449 -2.939 -7.284  1.203 -11.807 -3.822 -8.260 -12.710 -5.038  3.666 -5.004 -0.606 -6.539 
    ML   182   180 3   185     6     1     1   613  1353 -10.291  -0.089  -5.352  -5.046 -10.487  -8.017 -4.961  1.958 -5.493 -4.049 
    MR   183   180 3   185     6     1     1   612  1352  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 3   185     6     0     0   604  1344  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   613  1353  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   612  1352  -5.395  -3.483  -8.906  -0.182  -8.180          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     64    153 G C - -
    MP   187   186 6   191     6     2     3   612  1352 -16.830  -7.489  -0.008 -15.545 -15.825 -16.220 -10.556 -3.318 -5.471  0.365 -5.571 -6.157  2.047 -0.652 -8.565  3.063 -6.123 -2.493  0.117 -3.853 -3.658 -9.436 
    ML   188   186 6   191     6     1     1   609  1350  -6.603  -6.949  -0.908  -1.358  -6.799  -4.329  0.120 -0.756  0.552 -0.226 
    MR   189   186 6   191     6     1     1   611  1351 -10.839  -9.568  -0.069  -9.546  -4.680  -7.760 -4.961  1.958 -5.493 -4.049 
     D   190   186 6   191     6     0     0   602  1342  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   611  1351  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   611  1351  -5.407  -0.054  -8.918  -7.085  -8.191          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     65    151 A U - -
    MP   193   192 6   197     6     2     2   610  1350  -7.569 -16.777  -0.008 -15.553 -11.299 -16.228 -6.196 -5.208 -6.342  3.266 -10.522 -8.055 -0.140 -2.684 -8.963  0.139 -8.259 -1.693  0.939 -10.334 -8.066  0.944 
    ML   194   192 6   197     6     1     1   607  1347  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   606  1347  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   600  1340  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   609  1349  -6.159  -6.422  -0.050  -8.077  -8.853  -8.514  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   609  1349  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     67    150 G C - -
    MP   199   198 6   203     6     2     2   608  1348 -16.837  -7.570  -0.008 -15.553 -15.833 -16.228 -14.804 -3.289 -6.506 -8.883 -16.417 -4.164 -6.651 -16.684 -4.705  3.957 -4.831 -2.459 -11.065 -4.960 -13.154 -16.503 
    ML   200   198 6   203     6     1     1   605  1346  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     6     1     1   605  1345  -7.937  -6.666  -0.621  -6.644  -1.778  -4.858 -0.571  1.056 -1.321 -0.238 
     D   202   198 6   203     6     0     0   598  1339  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   203   203 5   203     6     1     1   607  1347  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     5     1     1   607  1347  -5.342  -0.056  -8.853  -7.021  -8.127          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     68    148 A U - -
    MP   205   204 6   209     4     2     2   606  1346 -16.064 -16.271  -0.000 -14.685                 -4.633 -4.299 -5.525  3.588 -14.884 -15.445 -3.964 -5.628 -7.049  1.883 -13.199 -4.780 -10.254 -13.935 -12.120 -4.444 
    ML   206   204 6   209     4     1     1   603  1344  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   207   204 6   209     4     1     1   599  1339  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   208   204 6   209     4     0     0   597  1337  -4.568  -4.250  -2.265  -0.520                 
    IL   209   209 5   209     4     1     1   605  1346  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   210   210 6   210     3     1     1   605  1345  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     69      - C - - -
    ML   211   210 6   213     3     1     1   604  1344 -16.973  -0.000 -15.627                         -5.874  1.971 -6.855 -4.200 
     D   212   210 6   213     3     0     0   593  1333  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   603  1344  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     70      - U - - -
    ML   214   213 3   216     3     1     1   603  1343 -16.973  -0.000 -15.627                         -6.355 -4.886 -6.110  1.978 
     D   215   213 3   216     3     0     0   587  1328  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   602  1342  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     71      - u - - -
    ML   217   216 3   219     3     1     1   602  1342 -16.973  -0.000 -15.627                          0.002 -0.002 -0.002  0.002 
     D   218   216 3   219     3     0     0   577  1318  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   600  1341  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     72      - u - - -
    ML   220   219 3   222     3     1     1   601  1341 -16.973  -0.002  -9.361                          0.002 -0.002 -0.002  0.002 
     D   221   219 3   222     3     0     0   558  1299  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   598  1338  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     73      - u - - -
    ML   223   222 3   225     3     1     1   600  1340 -16.971  -0.000 -15.625                          0.002 -0.002 -0.002  0.002 
     D   224   222 3   225     3     0     0   475  1215  -9.201  -4.714  -0.059                         
    IL   225   225 3   225     3     1     1   597  1337  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     74      - A - - -
    ML   226   225 3   228     3     1     1   599  1339  -1.850  -0.469 -15.625                          1.905 -5.832 -2.374 -4.502 
     D   227   225 3   228     3     0     0   393  1134  -9.201  -0.128  -3.592                         
    IL   228   228 3   228     3     1     1   649  1390  -0.036  -5.347 -17.864                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    147      - A - - -
    ML   229   228 3   231     2     1     1     1     1       *   0.000                                  1.985 -6.206 -6.048 -6.414 
     D   230   228 3   231     2     0     0     0     0       *   0.000                                 
    IL   231   231 3   231     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   232   231 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Lys
ACC   euk-Lys-r2-031616
LENG  73
MAXL  646
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 10:32:33 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Lys-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Lys-r2-031616.sto
NSEQ  1952
EFFN  6.087341
CKSUM 1972346474
STATS LOCAL MSV       -8.4733  0.71892
STATS LOCAL VITERBI   -8.9041  0.71892
STATS LOCAL FORWARD   -3.2665  0.71892
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.54322  1.36944  1.20937  1.45384
          1.38629  1.38629  1.38629  1.38629
          0.02400  4.43471  4.43471  1.46634  0.26236  0.00000        *
      1   1.87548  2.55234  0.41771  2.20485      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03206  4.43471  3.92738  1.46634  0.26236  1.09861  0.40547
      2   3.36312  0.13903  3.26345  2.86618      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.05148  4.14346  3.37246  1.14933  0.38104  1.29769  0.31905
      3   3.58720  0.12911  3.33146  2.85244      5 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.03322  3.88979  4.40423  1.07003  0.42007  1.64262  0.21502
      4   2.00455  1.11244  1.61734  1.08442      8 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.04708  3.59386  3.98993  1.41295  0.27895  1.53487  0.24269
      5   1.82562  2.04566  0.63350  1.72115     13 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03295  3.90478  4.40095  0.95925  0.48318  1.75765  0.18929
      6   1.86452  1.84779  0.60297  1.96424     15 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02483  4.40105  4.40105  1.46634  0.26236  0.57046  0.83301
      7   1.72960  1.09055  1.60447  1.25310     16 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.04711  3.37885  4.42861  1.23137  0.34516  1.03500  0.43886
      8   3.13883  3.03568  3.60936  0.12607     23 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02767  4.43177  4.17347  1.46634  0.26236  0.94567  0.49171
      9   0.22961  3.33589  2.10488  3.04249     24 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02408  4.43148  4.43148  1.46634  0.26236  0.93402  0.49918
     10   2.33785  3.10358  0.21424  2.96773     25 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.03182  3.93895  4.43513  0.95925  0.48318  1.09861  0.40547
     11   4.83465  0.03678  4.72077  3.94988     27 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     12   3.40987  2.54030  2.96229  0.17863     28 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02846  4.12237  4.43513  1.12098  0.39447  1.09861  0.40547
     13   4.41500  0.05377  4.27097  3.63881     30 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     14   0.05861  4.14294  3.81041  3.96829     31 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     15   1.56050  3.26444  0.36032  2.91326     32 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     16   2.85770  2.59112  3.39066  0.18155     33 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.09188  3.61039  2.80115  1.30757  0.31537  1.09861  0.40547
     17   2.37713  0.61876  2.96020  1.14961     38 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.03394  3.86773  4.38500  0.94220  0.49392  0.32952  1.27035
     18   3.19735  4.28287  0.07860  3.86726     41 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.03402  4.43513  3.83515  1.46634  0.26236  1.09861  0.40547
     19   3.23887  4.32688  0.07514  3.91347     42 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02423  4.42533  4.42533  1.46634  0.26236  0.74082  0.64765
     20   2.64325  2.45749  3.20841  0.21965     43 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.07840  2.75585  4.43513  1.77804  0.18509  1.09861  0.40547
     21   0.09393  3.70406  3.48413  3.37115     54 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     22   3.87086  4.39204  0.04856  4.25559     55 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     23   0.19745  3.09200  2.38959  3.16770     56 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     24   4.13520  4.43158  0.03817  4.65096     57 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     25   3.22071  0.25311  2.92902  2.03839     58 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03561  3.76671  4.43513  1.25725  0.33468  1.09861  0.40547
     26   0.60147  2.93185  1.14782  2.50877     62 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     27   2.38524  1.35547  2.15373  0.62725     63 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02816  4.43513  4.14030  1.46634  0.26236  1.09861  0.40547
     28   1.79207  1.44455  0.88118  1.69696     64 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.02409  4.43105  4.43105  1.46634  0.26236  0.91201  0.51369
     29   1.12485  1.67740  1.50195  1.32522     65 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.02829  4.15062  4.41164  1.14823  0.38155  1.09861  0.40547
     30   2.14162  2.82734  0.27969  2.69786     67 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02400  4.43484  4.43484  1.46634  0.26236  1.08302  0.41336
     31   0.69330  2.75323  1.01174  2.62049     68 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     32   3.58618  0.09858  4.07576  3.01202     69 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     33   3.04858  2.91250  3.52140  0.14078     70 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     34   1.27774  1.51091  1.52976  1.25866     71 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     35   1.27774  1.51091  1.52976  1.25866     72 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02513  4.43513  4.34559  1.46634  0.26236  1.09861  0.40547
     36   1.27769  1.51097  1.52983  1.25860     73 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02402  4.43402  4.43402  1.46634  0.26236  1.12936  0.39044
     37   0.16407  3.32792  2.66415  3.08367     74 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.25990  1.52785  4.43401  3.67769  0.02561  1.03982  0.43621
     38   0.06657  4.00370  3.68967  3.85511    147 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     39   2.85882  1.11245  2.56652  0.62156    148 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02799  4.15093  4.43513  1.14853  0.38141  1.09861  0.40547
     40   2.95617  0.32535  2.64783  1.86498    150 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     41   1.65328  1.65946  1.51238  0.92142    151 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.02828  4.13801  4.42899  1.13598  0.38729  1.09861  0.40547
     42   1.91412  0.95623  1.37080  1.54043    153 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43505  4.43505  1.46634  0.26236  1.09453  0.40751
     43   0.72576  2.34638  1.18614  2.16341    155 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     44   1.23563  2.33975  0.88127  1.61576    156 g - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02504  4.43513  4.35259  1.46634  0.26236  1.09861  0.40547
     45   2.33946  2.97690  0.31309  2.10798    157 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.07906  2.74648  4.43411  2.34862  0.10037  1.05586  0.42755
     46   2.93452  3.72332  0.13946  2.94002    177 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.06200  4.12782  3.12349  1.12632  0.39189  1.10275  0.40340
     47   2.78832  2.41830  3.32525  0.20648    179 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02480  4.40230  4.40230  1.46634  0.26236  0.43102  1.04939
     48   2.68358  0.36361  3.33145  1.60555    180 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43507  4.43507  1.46634  0.26236  1.10005  0.40475
     49   1.69925  1.66785  0.67984  2.10513    181 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43507  4.43507  1.46634  0.26236  1.10005  0.40475
     50   1.65158  1.47174  1.65344  0.94846    182 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02407  4.43507  4.42906  1.46634  0.26236  1.10005  0.40475
     51   1.96780  2.68566  0.34214  2.50337    183 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02400  4.43500  4.43500  1.46634  0.26236  1.09177  0.40890
     52   1.84539  2.65349  0.37423  2.47917    184 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     53   2.73644  3.47870  0.14233  3.29648    185 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     54   3.15092  3.04960  3.64661  0.12360    186 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     55   3.66257  3.41063  4.19965  0.07654    187 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.03973  3.60822  4.43513  1.41246  0.27911  1.09861  0.40547
     56   3.53009  0.11781  4.03578  2.74630    192 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.03956  3.61440  4.43513  1.41265  0.27905  1.09861  0.40547
     57   1.12283  3.18408  0.55097  2.86760    197 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02800  4.15027  4.43513  1.14789  0.38171  1.09861  0.40547
     58   0.10314  3.64456  3.37237  3.28178    199 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02825  4.13528  4.43513  1.13335  0.38854  1.09861  0.40547
     59   2.24137  2.41846  0.35908  2.24141    201 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02911  4.14479  4.35473  1.14255  0.38420  1.09861  0.40547
     60   2.57861  0.47532  3.23868  1.33477    203 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02402  4.43413  4.43413  1.46634  0.26236  1.04574  0.43299
     61   3.58004  0.16469  3.30789  2.43756    204 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     62   2.76931  0.41254  2.46829  1.65760    205 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02399  4.43513  4.43513  1.46634  0.26236  1.09861  0.40547
     63   2.77025  0.39737  2.49873  1.69783    206 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02405  4.43513  4.43037  1.46634  0.26236  1.09861  0.40547
     64   1.06069  1.77662  1.32168  1.52378    207 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.03892  3.63766  4.43507  1.09119  0.40920  1.09544  0.40705
     65   2.34869  0.77689  1.56740  1.44357    211 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.04539  3.58072  4.10296  1.12045  0.39472  1.09861  0.40547
     66   1.37750  1.78837  0.99755  1.55222    215 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.03133  4.13867  4.20640  1.14146  0.38471  1.19793  0.35927
     67   2.23170  1.22839  1.68170  0.88230    217 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.02912  4.09927  4.41331  1.10650  0.40154  1.28649  0.32329
     68   1.99825  1.09993  1.78722  1.01030    219 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.02419  4.42716  4.42716  1.46634  0.26236  0.98000  0.47050
     69   1.44713  1.76073  0.84498  1.81235    220 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.02408  4.43150  4.43150  1.46634  0.26236  1.18486  0.36498
     70   3.04989  3.49551  0.11928  3.35973    221 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.03403  3.83698  4.43150  0.88223  0.53419  0.94567  0.49171
     71   2.96034  3.41875  0.13283  3.22318    224 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.04621  3.40225  4.43471  1.01903  0.44776  1.09861  0.40547
     72   2.41977  0.51097  2.37582  1.52231    228 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.04344  3.48520  4.43466  1.21380  0.35249  1.09861  0.40547
     73   1.25832  2.32818  1.04818  1.31744    232 g - - :
          1.38629  1.38629  1.38629  1.38629
          0.01207  4.42273        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Met
ACC      euk-Met-r2-031616
STATES   233
NODES    62
CLEN     73
W        537
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 11:21:09 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Met-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Met-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Met-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Met-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Met-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Met-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Met-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     713
EFFN     713.000000
CKSUM    1813572260
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -11.8155 0.71883
ECMLC    0.64579    -7.53291     1.93570     1600000      542994  0.002210
ECMGC    0.32629   -48.03926   -34.96990     1600000       28449  0.014060
ECMLI    0.64391    -6.92604     2.40808     1600000      489158  0.002453
ECMGI    0.35374   -44.06712   -32.05956     1600000       27974  0.014299
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   537  1103 -14.407 -15.653  -0.015  -6.639                 
    IL     1     1 2     1     4    23    47   538  1105  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    24    49   539  1105  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    175 - A - -
    MR     3     2 3     5     5    29    52   538  1104  -4.116  -0.086 -14.258 -14.470 -15.362          1.845 -4.220 -1.888 -3.561 
     D     4     2 3     5     5    20    43   532  1099  -8.533  -3.888  -6.159  -7.590  -0.135         
    IR     5     5 3     5     5    26    51   539  1105  -0.611  -3.493  -1.971 -10.386 -11.492          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      2    170 G C - -
    MP     6     5 3    10     6    28    51   537  1103 -15.315 -15.255  -0.000 -14.031 -14.311 -14.706 -1.568 -3.525 -9.109  0.302 -1.589 -8.005 -5.306 -9.800 -4.328  3.717 -4.568 -1.773 -1.268 -5.975 -7.314 -8.075 
    ML     7     5 3    10     6    24    48   536  1102 -11.767  -0.939  -6.828  -1.097 -11.963  -9.493 -4.721  1.535 -5.751  0.064 
    MR     8     5 3    10     6    21    44   534  1100  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    20    43   532  1098 -12.842 -11.540  -7.337  -0.147  -8.037  -3.532 
    IL    10    10 5    10     6    22    45   536  1102  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    25    50   537  1103  -1.041  -0.973 -10.405  -8.572  -9.678          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      3    167 C G - -
    MP    12    11 6    16     6    26    49   535  1101 -15.350 -15.289  -0.000 -14.066 -14.346 -14.741 -9.650 -9.347 -8.009 -1.486 -4.176 -7.221  3.002 -5.863 -9.509  2.133 -6.765 -1.540  1.388 -9.831 -2.466 -8.228 
    ML    13    11 6    16     6    23    47   532  1099 -11.236 -11.583  -6.297  -0.023 -11.432  -8.962  0.243  1.420 -4.766 -3.267 
    MR    14    11 6    16     6    21    44   533  1099  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    18    40   528  1094  -9.531  -8.230  -4.027  -4.709  -4.726  -0.221 
    IL    16    16 5    16     6    22    45   534  1100  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    22    45   534  1100  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      4    166 C G - -
    MP    18    17 6    22     6    24    47   533  1099 -15.350 -15.289  -0.059  -7.403  -4.873 -14.741 -9.652 -9.353 -8.010 -2.988 -4.395 -9.052  3.531 -4.668 -7.013  1.310 -5.831 -3.105  0.390 -9.835 -1.813 -8.229 
    ML    19    17 6    22     6    23    46   531  1098 -11.236 -11.583  -1.637  -0.566 -11.432  -8.962  1.985 -6.599 -5.965 -6.158 
    MR    20    17 6    22     6    21    44   531  1098  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    17    40   527  1094  -9.531  -8.230  -4.027  -4.709  -4.726  -0.221 
    IL    22    22 5    22     6    22    45   532  1098  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    22    45   532  1098  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      5    165 u g - -
    MP    24    23 6    28     6    23    46   531  1097 -15.306 -15.245  -0.017 -14.022 -14.301  -6.422 -3.913 -8.840 -9.038  0.695 -3.579 -6.348  0.713 -5.578 -8.974  1.816 -5.755 -6.686  0.749 -4.822  2.863 -6.331 
    ML    25    23 6    28     6    22    45   530  1096 -11.047 -11.393  -0.031  -5.802 -11.243  -8.773 -0.376 -3.792  1.586 -2.693 
    MR    26    23 6    28     6    21    43   530  1096 -11.933 -10.662  -6.571 -10.641  -0.021  -8.854  0.907 -5.109  1.043 -4.855 
     D    27    23 6    28     6    17    40   527  1093  -9.531  -8.230  -1.533  -4.709  -4.726  -0.802 
    IL    28    28 5    28     6    21    44   530  1096  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    21    44   530  1096  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      6    164 u a - -
    MP    30    29 6    34     6    21    44   529  1095  -5.374 -15.268  -0.035 -14.045 -14.325 -14.720 -3.174 -9.331 -9.630 -3.538 -5.546 -7.257  2.634 -9.149 -9.488  1.208 -5.862 -1.213  2.640 -8.751 -0.836 -7.766 
    ML    31    29 6    34     6    19    41   527  1094  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    32    29 6    34     6    20    42   529  1095 -11.933 -10.662  -6.571 -10.641  -0.021  -8.854 -1.055 -3.114  1.070  0.383 
     D    33    29 6    34     6    17    39   525  1092 -12.998 -11.697  -7.494  -8.176  -8.193  -0.019 
    IL    34    34 5    34     6    21    44   529  1095  -6.800  -0.068  -4.981  -8.718  -9.494  -9.154  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    20    43   528  1094  -5.958  -0.036  -9.469  -7.636  -8.742          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      8    162 c g - -
    MP    36    35 6    40     6    19    42   527  1093 -15.329 -15.268  -0.000 -14.045 -14.325 -14.720 -9.390 -6.233 -9.418  0.565 -3.744 -6.375  2.774 -6.603 -3.393  2.252 -2.811 -3.064  1.180 -9.586 -2.527 -8.088 
    ML    37    35 6    40     6    18    40   526  1092  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    19    41   528  1094 -11.933 -10.662  -6.571 -10.641  -0.021  -8.854 -4.301 -1.443 -5.036  1.828 
     D    39    35 6    40     6    17    39   525  1092 -12.998 -11.697  -7.494  -0.091  -8.193  -4.269 
    IL    40    40 5    40     6    18    40   526  1093  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    18    41   526  1093  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      9    161 U A - -
    MP    42    41 6    46     4    17    40   525  1091 -14.548  -6.867  -0.013 -13.169                 -6.844 -8.034 -9.164 -0.759 -5.262 -9.777 -1.683 -9.728 -7.316  2.510 -9.823  0.360  3.001 -7.205 -4.569 -6.083 
    ML    43    41 6    46     4    17    40   526  1092  -6.999  -0.150  -3.748  -5.911                  1.954 -4.869 -4.322 -4.584 
    MR    44    41 6    46     4    18    41   527  1094  -0.040  -8.982  -6.850  -5.910                  1.987 -6.778 -6.132 -6.315 
     D    45    41 6    46     4    14    37   522  1088  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    17    40   526  1093  -0.518  -9.019  -1.740 -11.505                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    17    40   525  1091  -1.022  -0.988  -8.294                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     14      - U - - -
    ML    48    47 6    50     3    15    38   523  1089 -15.523  -0.000 -14.177                         -12.785 -11.418 -14.344  2.000 
     D    49    47 6    50     3    14    37   521  1088  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    16    39   523  1090  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     15      - A - - -
    ML    51    50 3    53     2    14    37   522  1088 -16.178  -0.000                                  1.070 -6.506  0.901 -5.518 
     D    52    50 3    53     2    13    36   521  1087  -8.445  -0.004                                 
    IL    53    53 3    53     2    15    38   522  1089  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    13    36   521  1087                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     2   162   352 -15.523  -0.000 -14.177                         
    IL    56    56 2    56     3     1     1   163   353  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    104      - A - - -
    ML    57    56 2    59     3     1     2   162   352  -6.587  -0.044  -5.682                          1.965 -5.049 -4.710 -5.220 
     D    58    56 2    59     3     0     0   160   350  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   162   352  -3.912  -0.115  -6.612                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    106      - G - - -
    ML    60    59 3    62     3     1     3   161   351 -15.494  -0.000 -14.148                         -2.902 -6.084  1.936 -5.364 
     D    61    59 3    62     3     0     0   160   349 -11.297  -0.029  -5.689                         
    IL    62    62 3    62     3     1     1   161   351  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    125      - G - - -
    ML    63    62 3    65     3     1     3   160   350  -6.236  -0.019 -14.177                         -2.025 -11.183  1.898 -5.179 
     D    64    62 3    65     3     0     0   157   347  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1   160   350  -4.207  -0.093  -6.907                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    127      - U - - -
    ML    66    65 3    68     3     1     2   159   348 -15.523  -0.000 -14.177                         -3.327 -2.589 -9.091  1.900 
     D    67    65 3    68     3     0     0   156   346  -6.174  -1.687  -0.566                         
    IL    68    68 3    68     3     1     1   159   349  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    128      - C - - -
    ML    69    68 3    71     5     1     2   158   347 -14.457  -0.000 -14.272 -14.484 -15.376         -6.623  1.926 -4.865 -2.678 
     D    70    68 3    71     5     0     0   155   345  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1   157   347  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    129    158 G C - -
    MP    72    71 3    76     6     2     2   157   346 -15.394  -5.840  -0.026 -10.803 -14.389 -14.784 -4.011 -6.561 -9.187 -0.729 -5.362 -8.044  2.143 -8.070 -9.624  3.382 -2.123 -3.999 -5.640 -9.042 -2.908 -8.152 
    ML    73    71 3    76     6     1     1   154   344  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1   154   344  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0   149   339  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1   156   346  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1   156   345  -5.595  -0.047  -9.106  -7.274  -8.380          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    130    156 u a - -
    MP    78    77 6    82     6     2     2   155   344 -15.393 -15.332  -0.000 -14.109 -14.389 -14.784 -6.486 -0.555 -9.688  1.450 -4.742 -10.531  1.090 -9.210 -9.546 -1.230 -10.060 -1.642  2.976 -9.870  0.837 -8.268 
    ML    79    77 6    82     6     1     1   153   343  -6.856  -7.202  -0.718  -1.611  -7.052  -4.581  1.072 -0.944 -0.690 -0.401 
    MR    80    77 6    82     6     1     1   152   342  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0   148   338  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1   154   343  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1   153   343  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    131    155 G C - -
    MP    84    83 6    88     6     2     2   153   342  -6.215 -15.333  -0.020 -14.110 -14.389 -14.784 -9.531 -8.147 -9.358 -0.096 -10.462 -9.908 -0.307 -10.034 -9.750  3.761 -6.934 -3.921 -0.862 -9.197 -3.981 -8.321 
    ML    85    83 6    88     6     1     1   150   340  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1   150   340  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0   147   336  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1   152   341  -6.077  -6.340  -0.053  -7.995  -8.772  -8.432  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1   152   341  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    133    154 A U - -
    MP    90    89 6    94     6     2     2   151   340 -15.394 -15.333  -0.000 -14.110 -14.389 -14.784 -11.430 -10.090 -11.625  3.612 -13.758 -14.900 -2.564 -11.668 -11.186  1.679 -11.855 -1.627 -9.143 -12.924 -11.047 -3.712 
    ML    91    89 6    94     6     1     1   149   339  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1   148   338  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0   146   336  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1   150   340  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1   150   339  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    134    153 G C - -
    MP    96    95 6   100     4     2     2   149   338 -14.613 -14.820  -0.000 -13.234                 -13.331 -3.204 -15.683 -7.429 -14.961 -11.112 -9.253 -15.128 -4.449  3.979 -11.512 -3.994 -9.619 -11.580 -11.705 -14.789 
    ML    97    95 6   100     4     1     1   147   337  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1   146   336  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0   145   335  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1   148   338  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1   148   338  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    135      - U - - -
    ML   102   101 6   104     3     1     1   147   336 -15.523  -0.011  -7.037                         -2.514 -10.062 -11.315  1.935 
     D   103   101 6   104     3     0     0   144   334  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1   147   337  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    136      - U - - -
    ML   105   104 3   107     3     1     1   146   335 -15.512  -0.000 -14.166                         -8.697 -4.947 -6.137  1.982 
     D   106   104 3   107     3     0     0   143   333  -9.999  -5.512  -0.033                         
    IL   107   107 3   107     3     1     1   146   336  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    137      - C - - -
    ML   108   107 3   110     3     1     1   145   334 -15.512  -0.000 -14.166                         -6.548  1.939 -5.182 -2.981 
     D   109   107 3   110     3     0     0   143   333  -9.999  -0.072  -4.391                         
    IL   110   110 3   110     3     1     1   145   335  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    138      - G - - -
    ML   111   110 3   113     3     1     1   144   333 -15.523  -0.000 -14.177                         -1.385 -11.739  1.855 -10.764 
     D   112   110 3   113     3     0     0   134   324  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1   143   333  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    139      - A - - -
    ML   114   113 3   116     3     1     1   143   332  -3.785  -0.109 -14.177                          1.991 -11.225 -6.370 -6.350 
     D   115   113 3   116     3     0     0   125   314  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1   169   359  -0.140  -3.438 -12.594                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    151      - g - - -
    ML   117   116 3   119     3     1     1     8    26 -15.523  -0.001 -11.197                          0.153 -1.892  0.857 -0.308 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    152      - C - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -2.460  1.556 -4.150 -0.282 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    61 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     0    16   498  1064   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   176     0    16   498  1064                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     4    25    44  -0.000 -13.520 -12.927 -13.567                 
                                             [ MATP   15 ]     16     34 G C - -
    MP   127   126 1   131     6     2     6    25    44 -15.394 -15.333  -0.000 -14.110 -14.389 -14.784 -13.352 -4.743 -15.807 -1.428 -14.970 -4.182 -9.253 -15.206 -3.977  3.898 -11.510 -0.834 -9.621 -11.575 -11.709 -14.973 
    ML   128   126 1   131     6     1     1    26    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    26    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    26    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     17     33 C G - -
    MP   133   132 6   137     6     2     6    23    42 -15.394 -15.333  -0.000 -14.110 -14.389 -14.784 -12.302 -5.243 -11.680  0.106 -5.254 -4.642  3.785 -10.962 -4.478 -8.601 -11.913 -10.746 -0.727 -12.170 -1.350 -10.559 
    ML   134   132 6   137     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    24    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     18     32 G C - -
    MP   139   138 6   143     6     2     5    21    40 -15.394  -5.439  -0.034 -14.110 -11.286 -14.784 -9.370 -3.040 -9.189 -1.314 -10.277 -9.787 -0.594 -9.865 -5.242  3.302 -9.871 -3.108  2.225 -3.500 -5.113 -6.438 
    ML   140   138 6   143     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    21    39  -5.958  -0.036  -9.469  -7.636  -8.742          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     19     30 C G - -
    MP   145   144 6   149     4     2     5    19    37 -14.612 -14.819  -0.000 -13.234                 -12.442 -12.724 -11.759 -8.960 -2.652 -11.903  3.832 -4.129 -3.366 -8.932 -11.983 -11.128 -3.062 -12.276  0.398 -10.665 
    ML   146   144 6   149     4     1     1    25    43  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    24    43  -5.261  -4.290  -1.020  -1.218                  0.044 -0.841  0.673 -0.293 
     D   148   144 6   149     4     0     0    23    42  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    26    45  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    25    44  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     20      - A - - -
    ML   151   150 6   153     3     1     3    16    34 -15.523  -0.000 -14.177                          1.994 -11.435 -5.901 -10.796 
     D   152   150 6   153     3     0     0    20    39  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    24    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     21      - G - - -
    ML   154   153 3   156     3     1     2    15    33 -15.523  -0.000 -14.177                         -3.190 -11.621  1.953 -5.776 
     D   155   153 3   156     3     0     0    19    38  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    23    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     22      - U - - -
    ML   157   156 3   159     3     1     1    14    32 -15.523  -0.398  -2.053                         -4.404 -0.700 -3.455  1.699 
     D   158   156 3   159     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    22    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     23      - u - - -
    ML   160   159 3   162     3     1     1    12    31  -3.851  -0.104 -13.779                          0.639 -1.018 -8.488  0.960 
     D   161   159 3   162     3     0     0    11    30 -14.891  -0.002  -9.283                         
    IL   162   162 3   162     3     1     1    12    31  -6.027  -0.026  -8.728                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     25      - G - - -
    ML   163   162 3   165     3     1     1    11    30 -15.523  -0.000 -14.177                         -10.048 -11.810  1.999 -10.799 
     D   164   162 3   165     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    20    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     26      - G - - -
    ML   166   165 3   168     3     1     1     9    28 -15.523  -0.000 -14.177                         -4.687 -11.733  1.975 -5.130 
     D   167   165 3   168     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1    19    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     27      - u - - -
    ML   169   168 3   171     3     1     1     5     8  -1.013  -0.988 -14.177                         -1.599  0.515 -1.167  0.844 
     D   170   168 3   171     3     0     0     3     6  -6.174  -1.687  -0.566                         
    IL   171   171 3   171     3     1     1     4     7  -9.209  -0.003 -11.910                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     29      - A - - -
    ML   172   171 3   174     2     1     1     1     1       *   0.000                                  1.990 -11.399 -10.714 -5.217 
     D   173   171 3   174     2     0     0     0     0       *   0.000                                 
    IL   174   174 3   174     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   175   174 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   176   125 1   177     3     0     0   481  1048 -15.523  -0.000 -14.177                         
    IL   177   177 2   177     3     1     1   483  1049  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     35      - G - - -
    ML   178   177 2   180     5     1     1   481  1048 -14.457  -0.000 -14.272 -14.484 -15.376         -1.663 -3.579  1.835 -4.951 
     D   179   177 2   180     5     0     0   478  1044  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   180   180 3   180     5     1     1   481  1047  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     36    103 U A - -
    MP   181   180 3   185     6     2     2   480  1047 -15.394 -15.333  -0.000 -14.110 -14.389 -14.784 -12.442 -12.724 -11.760 -8.961 -10.110 -11.904  1.727 -11.025 -11.863 -8.933 -11.983 -11.128  3.507 -12.276  0.390 -10.665 
    ML   182   180 3   185     6     1     1   477  1044  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   183   180 3   185     6     1     1   477  1043  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 3   185     6     0     0   471  1037  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   479  1045  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   479  1045  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     37    102 C G - -
    MP   187   186 6   191     6     2     2   478  1045 -15.394 -15.333  -0.000 -14.110 -14.389 -14.784 -9.698 -9.399 -9.698  1.625 -5.453 -6.820  3.145 -9.216 -9.556 -1.456 -6.442 -2.483  1.719 -9.881 -2.449 -8.275 
    ML   188   186 6   191     6     1     1   476  1042  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   189   186 6   191     6     1     1   475  1041  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   190   186 6   191     6     0     0   470  1036  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   477  1043  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   477  1043  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     38    101 A U - -
    MP   193   192 6   197     6     2     2   476  1043 -15.394 -15.333  -0.000 -14.110 -14.389 -14.784 -5.282 -4.679 -9.450  3.076 -10.612 -10.101  0.298 -10.103 -9.834  2.576 -10.110 -3.959 -2.100 -9.346 -7.691 -8.396 
    ML   194   192 6   197     6     1     1   474  1040  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   473  1039  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   468  1035  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   475  1041  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   475  1041  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     39    100 G C - -
    MP   199   198 6   203     6     2     2   474  1041 -15.394 -15.333  -0.000 -14.110 -14.389 -14.784 -13.374 -4.040 -15.948 -7.445 -14.980 -5.267 -3.086 -15.290 -2.074  3.950 -11.508 -3.364 -9.624 -11.570 -11.714 -15.189 
    ML   200   198 6   203     6     1     1   472  1038  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     6     1     1   470  1037  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   202   198 6   203     6     0     0   467  1033  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   203   203 5   203     6     1     1   473  1040  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     5     1     1   473  1039  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     40     99 U U - -
    MP   205   204 6   209     4     2     2   472  1039 -14.613 -14.820  -0.000 -13.234                 -3.237 -10.210 -10.415 -2.773 -1.610 -11.088 -0.332 -4.363 -10.339  0.979 -10.767 -2.660 -1.861 -6.851 -1.588  3.564 
    ML   206   204 6   209     4     1     1   471  1037  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   207   204 6   209     4     1     1   468  1034  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   208   204 6   209     4     0     0   466  1032  -4.568  -4.250  -2.265  -0.520                 
    IL   209   209 5   209     4     1     1   472  1038  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   210   210 6   210     3     1     1   471  1038  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     41      - C - - -
    ML   211   210 6   213     3     1     1   470  1037 -15.523  -0.000 -14.177                         -9.575  1.979 -5.165 -5.192 
     D   212   210 6   213     3     0     0   464  1030  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   470  1037  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     42      - U - - -
    ML   214   213 3   216     3     1     1   469  1036 -15.523  -0.000 -14.177                         -5.053 -6.175 -9.690  1.984 
     D   215   213 3   216     3     0     0   460  1027  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   469  1035  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     43      - u - - -
    ML   217   216 3   219     3     1     1   468  1035 -15.523  -0.000 -14.177                          0.004 -0.004 -0.005  0.005 
     D   218   216 3   219     3     0     0   456  1022  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   468  1034  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     44      - u - - -
    ML   220   219 3   222     3     1     1   467  1034 -15.523  -0.000 -14.177                          0.004 -0.004 -0.005  0.005 
     D   221   219 3   222     3     0     0   448  1014  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   466  1032  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     45      - u - - -
    ML   223   222 3   225     3     1     1   466  1033 -15.523  -0.000 -14.177                          0.004 -0.004 -0.005  0.005 
     D   224   222 3   225     3     0     0   433   999  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   464  1030  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     46      - A - - -
    ML   226   225 3   228     3     1     1   465  1032  -1.533  -0.612 -14.177                          1.911 -10.044 -2.349 -4.614 
     D   227   225 3   228     3     0     0   365   932  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   497  1063  -0.047  -4.966 -16.354                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     98      - A - - -
    ML   229   228 3   231     2     1     1     1     1       *   0.000                                  1.971 -5.123 -6.576 -4.613 
     D   230   228 3   231     2     0     0     0     0       *   0.000                                 
    IL   231   231 3   231     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   232   231 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Met
ACC   euk-Met-r2-031616
LENG  73
MAXL  528
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 11:21:09 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Met-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Met-r2-031616.sto
NSEQ  713
EFFN  8.690014
CKSUM 1813572260
STATS LOCAL MSV       -8.4515  0.71883
STATS LOCAL VITERBI   -9.0448  0.71883
STATS LOCAL FORWARD   -3.7564  0.71883
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.49616  1.40028  1.20492  1.47070
          1.38629  1.38629  1.38629  1.38629
          0.04285  3.86455  3.86455  1.46634  0.26236  0.00000        *
      1   1.78678  2.51501  0.41829  2.37015      2 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69666  4.69666  1.46634  0.26236  1.09861  0.40547
      2   2.32728  0.91064  1.38405  1.38785      3 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69666  4.69666  1.46634  0.26236  1.09861  0.40547
      3   2.45421  0.66044  1.70747  1.53193      4 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.04600  4.69666  3.32885  1.46634  0.26236  1.09861  0.40547
      4   1.85619  1.54633  1.47815  0.90970      5 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02822  4.66959  3.99271  1.46634  0.26236  1.77948  0.18480
      5   2.33450  1.05079  1.66123  1.01177      6 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.03895  3.54953  4.66073  0.56426  0.84114  1.93072  0.15670
      6   1.91957  1.06582  1.31857  1.42143      8 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01910  4.66073  4.66073  1.46634  0.26236  0.34261  1.23758
      7   2.08715  1.99373  0.93545  1.05738      9 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.04345  3.39922  4.69690  1.06966  0.42026  1.09861  0.40547
      8   4.21084  3.95878  4.76421  0.04338     14 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
      9   0.68673  3.43357  0.86956  3.09282     15 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     10   2.79156  3.75693  0.11525  3.72231     16 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     11   2.26701  0.47448  2.41203  1.68992     17 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     12   2.03448  2.31791  0.59397  1.52031     18 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01871  4.69690  4.66605  1.46634  0.26236  1.09861  0.40547
     13   3.44711  0.26191  3.12494  1.86665     19 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69662  4.69662  1.46634  0.26236  1.07815  0.41585
     14   0.03492  4.73803  4.18470  4.57188     20 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     15   3.23643  4.63585  0.06830  4.07346     21 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     16   2.78070  1.90315  3.09200  0.29639     22 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.23732  4.69690  1.59879  1.46634  0.26236  1.09861  0.40547
     17   1.08585  1.80683  2.46053  0.88474     23 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.07777  2.75645  4.48245  0.32446  1.28345  0.08642  2.49139
     18   4.20813  5.25311  0.02948  4.71674     25 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     19   3.66750  4.84243  0.05075  4.13145     26 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     20   1.80379  1.18087  2.03765  0.92135     27 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.53687  0.90066  4.69690  0.04432  3.13839  1.09861  0.40547
     21   0.03804  4.61667  4.34123  4.23929     29 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     22   2.44127  3.39178  0.17891  3.14376     30 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.03754  3.58570  4.69690  0.56426  0.84114  1.09861  0.40547
     23   1.63015  0.64849  2.15837  1.79725     32 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     24   1.94614  2.57789  0.41550  2.11006     33 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     25   3.81301  0.15431  3.64935  2.35491     34 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     26   2.22578  3.19004  0.21651  3.08964     35 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     27   3.67963  1.35144  3.46550  0.37886     36 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     28   1.76563  0.83336  2.10196  1.30151     37 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     29   1.02417  2.29664  0.77852  2.51057     38 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     30   3.15889  3.81079  0.08770  3.94471     39 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     31   2.13050  1.66336  1.62723  0.70270     40 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     32   4.08137  0.06450  4.19148  3.49161     41 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     33   3.41949  3.38565  4.08838  0.08703     42 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     34   1.28945  1.49548  1.51196  1.27311     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     35   1.28945  1.49548  1.51196  1.27311     44 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     36   1.28945  1.49548  1.51196  1.27311     45 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     37   0.12025  3.80051  2.80811  3.48587     46 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.34964  1.25200  4.69690  3.42899  0.03296  1.09861  0.40547
     38   0.06730  3.90383  3.85605  3.73950     98 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     39   1.85093  1.76206  1.51296  0.79637     99 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     40   3.74887  0.11140  3.71944  2.85382    100 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     41   2.74086  0.85168  2.16958  0.92998    101 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     42   1.45756  2.30782  0.75526  1.62033    102 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     43   0.50665  3.62909  1.08325  3.42784    103 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     44   0.07576  3.82812  3.59618  3.73894    104 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.04304  4.04902  3.70155  0.84295  0.56289  1.09861  0.40547
     45   2.96998  4.13719  0.09516  3.75080    106 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01871  4.68122  4.68122  1.46634  0.26236  0.55342  0.85562
     46   2.65954  4.20045  0.11663  3.68422    125 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02929  3.92505  4.69690  0.75797  0.63227  1.09861  0.40547
     47   2.90768  2.68600  3.70285  0.15948    127 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     48   3.68195  0.11037  3.96313  2.80805    128 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     49   2.02099  1.57040  0.58048  2.30376    129 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     50   1.61770  1.48500  1.91631  0.84865    130 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     51   1.98275  2.50201  0.36300  2.46745    131 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02953  3.91315  4.69690  0.75025  0.63913  1.09861  0.40547
     52   0.45814  3.35522  1.21908  3.29316    133 A - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     53   3.41022  4.54400  0.05666  4.47240    134 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     54   2.77509  3.25299  3.83925  0.13069    135 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02461  4.69690  4.18769  1.46634  0.26236  1.09861  0.40547
     55   3.43889  3.19940  3.84355  0.09905    136 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01853  4.69083  4.69083  1.46634  0.26236  1.29855  0.31873
     56   3.74580  0.09915  4.04727  2.93175    137 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01853  4.69083  4.69083  1.46634  0.26236  0.78934  0.60540
     57   2.37625  4.20948  0.13817  3.84929    138 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     58   0.03807  4.63816  4.18345  4.38771    139 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.07944  2.69940  4.69690  2.34432  0.10083  1.09861  0.40547
     59   1.26145  2.14147  1.01313  1.44310    151 g - - _
          1.38629  1.38629  1.38629  1.38629
          0.01872  4.69690  4.66476  1.46634  0.26236  1.09861  0.40547
     60   2.36566  0.46597  3.14827  1.44537    152 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69661  4.69661  1.46634  0.26236  1.07730  0.41630
     61   4.44306  0.06848  4.41457  3.16229    153 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     62   3.61319  1.36937  3.19099  0.38915    154 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.01842  4.69690  4.69690  1.46634  0.26236  1.09861  0.40547
     63   2.70004  0.41175  2.34152  1.74797    155 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01883  4.69690  4.65334  1.46634  0.26236  1.09861  0.40547
     64   1.05754  1.99608  1.19001  1.54832    156 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.03287  3.76310  4.69650  0.65918  0.72831  1.06978  0.42020
     65   2.55940  0.65034  1.45116  1.79287    158 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03419  3.70968  4.69690  0.78357  0.61022  1.09861  0.40547
     66   1.13103  1.10400  1.83228  1.68358    161 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.02745  4.69690  4.02002  1.46634  0.26236  1.09861  0.40547
     67   1.58525  1.43562  0.96791  1.73014    162 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.03788  3.57684  4.68804  0.56426  0.84114  1.37819  0.29040
     68   1.15395  1.83740  0.92774  2.04073    164 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.04026  4.68779  3.49819  1.46634  0.26236  0.70131  0.68505
     69   1.63263  1.58675  0.86690  1.71622    165 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01897  4.66777  4.66777  1.46634  0.26236  1.25809  0.33435
     70   1.73967  1.82984  0.58816  2.21978    166 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01888  4.67248  4.67248  1.46634  0.26236  1.56519  0.23452
     71   1.55320  1.50001  0.82939  2.04806    167 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.03847  3.56176  4.67248  0.56450  0.84082  0.54145  0.87204
     72   2.40577  0.47235  2.47075  1.60075    170 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.06669  2.89463  4.68901  1.02238  0.44588  1.09861  0.40547
     73   0.20197  3.12414  2.48378  2.89176    175 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00932  4.67978        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Phe
ACC      euk-Phe-r2-031616
STATES   233
NODES    62
CLEN     73
W        572
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 11:52:49 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Phe-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Phe-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Phe-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Phe-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Phe-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Phe-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Phe-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     676
EFFN     676.000000
CKSUM    1592551811
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -9.7601 0.71889
ECMLC    0.75965    -6.24406     1.95086     1600000      606422  0.001979
ECMGC    0.30277   -50.38853   -36.00887     1600000       31105  0.012860
ECMLI    0.74537    -5.91259     2.32801     1600000      558157  0.002150
ECMGI    0.33505   -45.40599   -32.49603     1600000       30241  0.013227
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   572  1183 -14.331 -15.576  -0.009  -7.319                 
    IL     1     1 2     1     4    20    44   574  1185  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    21    46   575  1186  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    193 - A - -
    MR     3     2 3     5     5    24    49   574  1185 -14.371  -0.001 -14.187 -11.510 -15.290          1.912 -4.015 -2.769 -5.179 
     D     4     2 3     5     5    18    41   567  1178  -7.863  -3.218  -5.490  -6.920  -0.221         
    IR     5     5 3     5     5    22    46   574  1185  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    192 G C - -
    MP     6     5 3    10     6    23    48   573  1184 -15.309 -15.248  -0.046 -14.025  -7.944  -5.184 -10.842 -2.979 -10.829 -2.725 -11.875 -3.787 -4.121 -11.462 -3.136  3.913 -5.471 -2.371 -7.135 -2.713 -8.918 -4.639 
    ML     7     5 3    10     6    21    45   571  1182  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    21    45   571  1182  -7.310  -6.039  -1.122  -6.017  -1.151  -4.231  0.002  0.371 -0.693  0.121 
     D     9     5 3    10     6    18    40   566  1178 -12.135 -10.834  -6.631  -7.313  -7.330  -0.034 
    IL    10    10 5    10     6    21    46   572  1183  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    22    46   572  1183  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    191 C G - -
    MP    12    11 6    16     6    27    50   571  1182 -15.263  -6.113  -0.028 -13.979  -7.801 -14.654 -10.992 -3.591 -4.337 -6.749 -3.631 -4.647  3.791 -4.342 -2.859 -0.279 -4.420 -8.555 -2.480 -11.062 -0.621 -9.455 
    ML    13    11 6    16     6    21    44   569  1180  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    22    45   569  1180  -9.128  -7.857  -3.766  -7.835  -0.151  -6.049 -2.154 -3.454  1.826 -2.840 
     D    15    11 6    16     6    18    40   566  1178 -14.466 -13.164  -8.961  -9.643  -9.661  -0.007 
    IL    16    16 5    16     6    21    46   570  1181  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    24    49   571  1182  -1.070  -0.955  -9.647  -7.814  -8.920          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    188 C G - -
    MP    18    17 6    22     6    25    48   569  1180 -15.257  -7.152  -0.025 -13.972  -6.674 -14.647 -9.540 -9.247 -4.709 -1.187 -1.357 -10.387  3.004 -9.069 -9.403  1.664 -5.661 -4.028  1.629 -4.853 -0.507 -5.587 
    ML    19    17 6    22     6    20    42   567  1178  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    21    44   568  1179  -9.998  -8.727  -4.636  -8.705  -0.080  -6.919  0.948 -2.533  0.725 -2.028 
     D    21    17 6    22     6    18    40   566  1177 -14.466 -13.164  -8.961  -9.643  -9.661  -0.007 
    IL    22    22 5    22     6    21    45   568  1179  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    22    46   568  1179  -4.394  -0.110  -7.905  -6.073  -7.179          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    186 g c - -
    MP    24    23 6    28     6    24    46   567  1178 -15.243 -15.182  -0.016  -6.511 -14.238 -14.633 -9.217 -1.183 -9.035 -0.493 -3.149 -9.631 -2.607 -9.725 -4.402  2.975 -5.702  1.486 -2.009 -8.889  1.841 -8.000 
    ML    25    23 6    28     6    18    40   565  1176  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    20    43   567  1178  -1.183  -9.721  -5.629  -9.699  -0.908  -7.912 -5.123  1.963 -5.634 -4.217 
     D    27    23 6    28     6    18    40   566  1177 -14.466 -13.164  -8.961  -9.643  -0.042  -5.293 
    IL    28    28 5    28     6    20    44   566  1177  -5.386  -5.649  -0.087  -7.304  -8.080  -7.741  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    19    41   566  1177  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      6    185 A U - -
    MP    30    29 6    34     6    22    44   565  1176  -7.118 -15.179  -0.011 -13.955 -14.235 -14.630 -5.317 -4.747 -2.127  3.020 -7.249 -8.287  2.215 -5.946 -0.003 -0.043 -4.431 -2.725 -0.713 -7.581 -3.536 -4.100 
    ML    31    29 6    34     6    20    42   564  1175  -9.733 -10.079  -2.162  -0.381  -9.929  -7.459 -1.420 -0.915  1.513 -2.042 
    MR    32    29 6    34     6    20    42   567  1178 -12.207 -10.936  -6.845 -10.914  -0.017  -9.128 -6.533 -5.930 -7.435  1.988 
     D    33    29 6    34     6    15    37   559  1170  -9.414  -8.112  -3.909  -4.591  -4.609  -0.241 
    IL    34    34 5    34     6    20    42   564  1175  -5.149  -5.412  -0.103  -7.067  -7.844  -7.504  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    19    41   564  1175  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      8    184 a u - -
    MP    36    35 6    40     6    20    42   563  1174 -15.243 -15.182  -0.000 -13.958 -14.238 -14.633 -2.756 -5.905 -7.055  2.881 -9.525 -9.751 -0.773 -6.718 -9.432  1.678 -9.741 -3.723  2.148 -9.022 -3.148 -4.684 
    ML    37    35 6    40     6    19    41   563  1174  -0.166  -9.780  -4.494  -4.189  -9.630  -7.159  1.929 -4.250 -3.729 -3.961 
    MR    38    35 6    40     6    19    42   566  1177 -12.207 -10.936  -6.845 -10.914  -0.017  -9.128 -6.533 -5.930 -7.435  1.988 
     D    39    35 6    40     6    15    37   558  1169  -9.414  -8.112  -3.909  -4.591  -4.609  -0.241 
    IL    40    40 5    40     6    19    41   562  1173  -5.381  -5.644  -0.087  -7.299  -8.075  -7.735  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    18    40   562  1173  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]     10    183 A U - -
    MP    42    41 6    46     4    18    40   561  1172 -14.473  -4.681  -0.058 -13.094                 -5.234 -9.952 -11.487  3.396 -13.625 -14.781 -9.084 -11.530 -11.047 -0.314 -4.767 -2.212  2.132 -12.792 -10.915 -10.086 
    ML    43    41 6    46     4    17    38   560  1171  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    19    41   565  1176  -0.033  -9.257  -7.124  -6.185                 -4.593 -0.255 -5.377  1.631 
     D    45    41 6    46     4    15    37   558  1169  -4.912  -4.593  -2.609  -0.393                 
    IL    46    46 5    46     4    19    40   564  1175  -0.332  -9.849  -2.292 -12.334                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    19    40   564  1175  -0.310  -2.376 -10.522                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     17      - U - - -
    ML    48    47 6    50     3    16    38   559  1170 -15.446  -0.000 -14.100                         -5.835 -6.205 -5.221  1.979 
     D    49    47 6    50     3    14    36   557  1168  -6.641  -2.154  -0.386                         
    IL    50    50 3    50     3    16    38   559  1170  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     18      - A - - -
    ML    51    50 3    53     2    15    37   558  1169 -16.101  -0.000                                  1.897 -6.459 -3.042 -2.817 
     D    52    50 3    53     2    14    36   557  1168  -8.478  -0.004                                 
    IL    53    53 3    53     2    15    37   558  1169  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    14    36   557  1168                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     2   154   327 -15.446  -0.000 -14.100                         
    IL    56    56 2    56     3     1     1   155   328  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    123      - A - - -
    ML    57    56 2    59     3     1     2   154   327  -3.406  -0.144 -11.144                          1.754 -3.871 -0.971 -4.373 
     D    58    56 2    59     3     0     0   143   315  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   166   338  -0.195  -2.984 -12.437                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    132      - G - - -
    ML    60    59 3    62     3     1     2   150   323  -3.405  -0.143 -14.099                         -4.018 -1.389  1.729 -2.045 
     D    61    59 3    62     3     0     0   127   299  -6.884  -0.789  -1.276                         
    IL    62    62 3    62     3     1     2   171   344  -0.154  -3.305 -12.758                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    151      - G - - -
    ML    63    62 3    65     3     1     1    49    93 -15.446  -0.003  -8.895                         -4.514 -6.403  1.958 -4.096 
     D    64    62 3    65     3     0     0    48    91  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    50    94  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    152      - U - - -
    ML    66    65 3    68     3     1     1    48    92 -15.443  -0.000 -14.097                         -5.233 -3.242 -9.171  1.951 
     D    67    65 3    68     3     0     0    47    91  -8.305  -0.247  -2.696                         
    IL    68    68 3    68     3     1     1    49    92  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    153      - C - - -
    ML    69    68 3    71     5     1     1    47    91 -14.380  -0.000 -14.195 -14.407 -15.299         -2.322  1.864 -5.646 -2.846 
     D    70    68 3    71     5     0     0    45    89  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    47    91  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    154    176 C G - -
    MP    72    71 3    76     6     2     2    46    90 -15.318  -7.242  -0.010 -14.034 -14.313 -14.708 -9.641 -9.340 -7.654  2.123 -2.009 -10.478  3.305 -3.050 -9.498 -0.002 -7.707 -3.018 -3.105 -9.822 -3.084 -5.775 
    ML    73    71 3    76     6     1     1    44    88  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    44    87  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    40    84  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    45    89  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    45    89  -4.373  -0.112  -7.884  -6.051  -7.157          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    155    174 C G - -
    MP    78    77 6    82     6     2     2    44    88  -5.734 -15.257  -0.030  -9.277 -14.313 -14.708 -12.343 -12.612 -11.670 -8.836 -3.472 -5.111  3.656 -3.723 -11.771 -3.184 -11.896 -10.987  1.337 -12.183 -0.829 -10.572 
    ML    79    77 6    82     6     1     1    42    86  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    41    85  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    37    80  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    52    95  -0.611  -8.232  -1.559  -9.887 -10.663 -10.323  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    28    47  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    159    173 u g - -
    MP    84    83 6    88     6     2     2    26    46  -6.121 -15.255  -0.021 -14.031 -14.311 -14.706 -4.487 -9.378 -6.361 -3.195 -8.527 -10.502  2.334 -9.183 -9.528  1.503 -6.184 -6.947  0.282 -9.854  2.662 -1.394 
    ML    85    83 6    88     6     1     1    24    44  -7.588  -7.934  -0.389  -2.343  -7.784  -5.313 -0.832 -0.952 -1.520  1.363 
    MR    86    83 6    88     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    29    48  -1.361  -7.044  -0.743  -8.700  -9.476  -9.136  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    162    172 G C - -
    MP    90    89 6    94     6     2     2    19    38 -15.318 -15.257  -0.000 -14.034 -14.313 -14.708 -6.104 -5.482 -9.108  1.201 -10.239 -5.078 -5.305 -4.047 -3.346  3.050 -9.793 -0.888  2.188 -5.288 -4.720 -8.074 
    ML    91    89 6    94     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    163    171 G C - -
    MP    96    95 6   100     4     2     2    17    36 -14.536 -14.743  -0.001 -11.630                 -13.301 -5.054 -15.892 -7.370 -14.906 -3.441 -9.178 -15.227 -3.242  3.965 -4.666 -4.033 -9.549 -4.373 -11.639 -15.146 
    ML    97    95 6   100     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    164      - U - - -
    ML   102   101 6   104     3     1     1    15    33 -15.446  -0.000 -14.100                         -6.442 -5.418 -6.363  1.983 
     D   103   101 6   104     3     0     0    18    37  -6.597  -1.042  -0.988                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    165      - U - - -
    ML   105   104 3   107     3     1     1    13    32 -15.446  -0.000 -14.100                         -6.297 -6.453 -4.953  1.980 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    166      - C - - -
    ML   108   107 3   110     3     1     1    12    31 -15.446  -0.000 -14.100                         -10.730  1.968 -11.163 -3.510 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    167      - G - - -
    ML   111   110 3   113     3     1     1    11    29 -15.446  -0.000 -14.100                          0.458 -6.203  1.374 -5.541 
     D   112   110 3   113     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    168      - A - - -
    ML   114   113 3   116     3     1     1    10    28 -15.446  -0.000 -14.100                          1.986 -6.685 -5.151 -10.448 
     D   115   113 3   116     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    169      - U - - -
    ML   117   116 3   119     3     1     1     8    26 -15.446  -0.000 -14.100                         -2.148 -1.163 -4.706  1.718 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    170      - C - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -4.751  1.918 -6.428 -2.537 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    61 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     0    16   532  1143   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   176     0    16   532  1143                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     4    26    44  -0.000 -13.444 -12.851 -13.491                 
                                             [ MATP   15 ]     19     38 G C - -
    MP   127   126 1   131     6     2     6    26    44 -15.318 -15.257  -0.000 -14.034 -14.313 -14.708 -13.030 -3.647 -14.614 -2.612 -14.696 -4.035 -9.109 -14.407 -11.227  3.898 -11.438 -0.504 -9.448 -4.782 -11.504 -4.696 
    ML   128   126 1   131     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    26    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    25    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     20     37 C G - -
    MP   133   132 6   137     6     2     6    24    42 -15.318 -15.257  -0.000 -14.034 -14.313 -14.708 -12.366 -12.647 -4.079 -8.884 -3.864 -4.878  3.956 -5.014 -11.787 -8.856 -5.004 -11.052 -3.155 -12.199 -2.834 -10.588 
    ML   134   132 6   137     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    24    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     21     36 U A - -
    MP   139   138 6   143     6     2     5    22    40 -15.318 -15.257  -0.000 -14.034 -14.313 -14.708 -3.761 -12.286 -11.675 -8.542 -4.225 -11.898 -5.819 -10.977 -11.740 -2.581 -11.899 -10.302  3.964 -6.156 -7.808 -4.165 
    ML   140   138 6   143     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     22     35 C G - -
    MP   145   144 6   149     4     2     3    20    38  -6.661 -14.743  -0.015 -13.157                 -12.366 -12.647 -4.374 -8.884 -2.735 -5.079  3.951 -4.152 -11.787 -8.856 -5.076 -11.052 -6.766 -12.199 -2.298 -10.588 
    ML   146   144 6   149     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    23    42  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    22    41  -4.901  -5.585  -4.332  -0.158                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    25    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     24      - A - - -
    ML   151   150 6   153     3     1     1    16    34  -7.197  -0.010 -14.086                          1.967 -5.911 -4.022 -6.503 
     D   152   150 6   153     3     0     0    16    35  -0.085  -5.796  -4.675                         
    IL   153   153 3   153     3     1     1    16    34  -4.419  -0.080  -7.119                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     26      - G - - -
    ML   154   153 3   156     3     1     1    15    33 -15.446  -0.000 -14.100                         -3.709 -2.833  1.906 -4.824 
     D   155   153 3   156     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     27      - U - - -
    ML   157   156 3   159     3     1     1    13    32 -15.446  -0.016  -6.480                         -3.624 -1.895 -5.733  1.860 
     D   158   156 3   159     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     28      - U - - -
    ML   160   159 3   162     3     1     1    12    30  -6.560  -0.015 -14.084                         -5.624 -3.520 -9.232  1.960 
     D   161   159 3   162     3     0     0    13    31 -10.454  -0.052  -4.846                         
    IL   162   162 3   162     3     1     1    13    31  -3.858  -0.120  -6.559                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     30      - G - - -
    ML   163   162 3   165     3     1     1    11    29 -15.446  -0.000 -14.100                         -5.337 -5.491  1.983 -10.686 
     D   164   162 3   165     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     31      - G - - -
    ML   166   165 3   168     3     1     1     9    28 -15.446  -0.000 -14.100                         -5.387 -11.714  1.985 -5.830 
     D   167   165 3   168     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     32      - G - - -
    ML   169   168 3   171     3     1     1     5     9  -2.732  -0.235 -14.100                         -3.719 -4.371  1.697 -0.660 
     D   170   168 3   171     3     0     0     4     7  -6.174  -1.687  -0.566                         
    IL   171   171 3   171     3     1     1     5     8  -7.429  -0.010 -10.129                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     34      - A - - -
    ML   172   171 3   174     2     1     1     1     1       *   0.000                                  1.785 -1.040 -5.495 -4.454 
     D   173   171 3   174     2     0     0     0     0       *   0.000                                 
    IL   174   174 3   174     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   175   174 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   176   125 1   177     3     0     0   516  1127  -6.215  -0.020 -14.100                         
    IL   177   177 2   177     3     1     1   518  1129  -1.032  -0.982  -7.745                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     41      - G - - -
    ML   178   177 2   180     5     1     1   516  1127  -7.029  -0.011 -14.195 -14.407 -15.299         -0.950 -4.872  1.756 -3.803 
     D   179   177 2   180     5     0     0   513  1124  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   180   180 3   180     5     1     1   516  1127  -4.524  -0.100  -6.203  -8.035  -7.309          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     43    122 U A - -
    MP   181   180 3   185     6     2     2   515  1126 -15.318 -15.257  -0.002 -14.034  -9.771 -14.708 -7.144 -9.324 -2.486 -2.080 -4.551 -10.465  1.110 -9.141 -4.654 -1.712 -9.993 -6.891  3.414 -4.555  1.193 -4.892 
    ML   182   180 3   185     6     1     1   512  1123  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   183   180 3   185     6     1     1   512  1123  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 3   185     6     0     0   506  1117  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   514  1125  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   514  1125  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     44    121 U A - -
    MP   187   186 6   191     6     2     2   513  1124 -15.316  -6.388  -0.018 -14.032 -14.312 -14.707 -3.206 -9.315 -9.613 -0.298 -5.300 -10.457  2.587 -9.134 -5.737 -2.908 -5.926 -4.982  3.039 -4.936 -0.802 -5.875 
    ML   188   186 6   191     6     1     1   510  1121  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   189   186 6   191     6     1     1   511  1122  -7.942  -6.671  -0.619  -6.649  -1.783  -4.862  1.354 -1.342 -1.072 -0.803 
     D   190   186 6   191     6     0     0   504  1115  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   512  1123  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   512  1123  -5.052  -0.069  -8.563  -6.731  -7.837          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     45    119 A U - -
    MP   193   192 6   197     6     2     2   511  1122 -15.318 -15.257  -0.000 -14.034 -14.313 -14.708 -11.761 -4.517 -7.053  3.694 -10.654 -12.419  1.118 -11.111 -11.390 -1.094 -11.787 -8.357 -3.609 -12.315 -2.069 -4.562 
    ML   194   192 6   197     6     1     1   508  1120  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   507  1118  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   503  1114  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   510  1121  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   510  1121  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     46    118 G C - -
    MP   199   198 6   203     6     2     2   509  1120 -15.318  -7.071  -0.011 -14.034 -14.313 -14.708 -13.257 -3.040 -5.762 -5.661 -14.882 -2.988 -9.175 -15.061 -11.244  3.941 -4.983 -1.796 -9.540 -4.950 -11.626 -14.731 
    ML   200   198 6   203     6     1     1   507  1118  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     6     1     1   505  1116  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   202   198 6   203     6     0     0   501  1113  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   203   203 5   203     6     1     1   508  1119  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     5     1     1   508  1119  -4.502  -0.102  -8.014  -6.181  -7.287          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     47    116 A U - -
    MP   205   204 6   209     4     2     2   507  1118 -14.536 -14.743  -0.000 -13.157                 -5.678 -4.004 -11.538  3.964 -13.660 -14.825 -9.124 -4.127 -11.112 -6.679 -11.781 -4.308 -4.689 -12.854 -3.642 -3.712 
    ML   206   204 6   209     4     1     1   505  1116  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   207   204 6   209     4     1     1   502  1113  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   208   204 6   209     4     0     0   500  1112  -4.568  -4.250  -2.265  -0.520                 
    IL   209   209 5   209     4     1     1   506  1118  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   210   210 6   210     3     1     1   506  1117  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     48      - C - - -
    ML   211   210 6   213     3     1     1   505  1116 -15.446  -0.000 -14.100                         -5.354  1.933 -5.612 -2.881 
     D   212   210 6   213     3     0     0   498  1109  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   505  1116  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     49      - U - - -
    ML   214   213 3   216     3     1     1   504  1115 -15.446  -0.000 -14.100                         -6.310 -4.318 -9.487  1.977 
     D   215   213 3   216     3     0     0   495  1106  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   504  1115  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     50      - u - - -
    ML   217   216 3   219     3     1     1   503  1114 -15.446  -0.000 -14.100                          0.004 -0.004 -0.005  0.005 
     D   218   216 3   219     3     0     0   490  1101  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   502  1113  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     51      - u - - -
    ML   220   219 3   222     3     1     1   502  1113 -15.446  -0.000 -14.100                          0.004 -0.004 -0.005  0.005 
     D   221   219 3   222     3     0     0   481  1093  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   501  1112  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     52      - u - - -
    ML   223   222 3   225     3     1     1   501  1112 -15.446  -0.000 -14.100                          0.004 -0.004 -0.005  0.005 
     D   224   222 3   225     3     0     0   465  1076  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   499  1110  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     53      - G - - -
    ML   226   225 3   228     3     1     1   500  1111  -1.617  -0.569 -14.100                         -1.655 -4.379  1.849 -4.969 
     D   227   225 3   228     3     0     0   394  1005  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   536  1147  -0.043  -5.074 -16.302                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    115      - A - - -
    ML   229   228 3   231     2     1     1     1     1       *   0.000                                  1.921 -3.856 -5.249 -3.086 
     D   230   228 3   231     2     0     0     0     0       *   0.000                                 
    IL   231   231 3   231     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   232   231 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Phe
ACC   euk-Phe-r2-031616
LENG  73
MAXL  556
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 11:52:50 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Phe-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Phe-r2-031616.sto
NSEQ  676
EFFN  5.789261
CKSUM 1592551811
STATS LOCAL MSV       -8.3531  0.71889
STATS LOCAL VITERBI   -9.0560  0.71889
STATS LOCAL FORWARD   -3.7709  0.71889
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.47370  1.45203  1.25283  1.38176
          1.38629  1.38629  1.38629  1.38629
          0.02431  4.42205  4.42205  1.46634  0.26236  0.00000        *
      1   1.93717  2.60356  0.36409  2.44128      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.04860  4.42205  3.34034  1.46634  0.26236  1.09861  0.40547
      2   2.24665  0.62387  1.91992  1.55229      2 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.02825  4.39858  4.16280  1.46634  0.26236  1.59933  0.22569
      3   2.09963  0.96446  1.57783  1.23826      3 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.03236  4.39531  3.93676  1.46634  0.26236  1.23672  0.34296
      4   1.78064  2.12155  0.68123  1.58168      4 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02500  4.39447  4.39447  1.46634  0.26236  1.66451  0.20984
      5   1.22433  1.35407  1.52498  1.46865      6 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.03038  4.04139  4.39447  1.08322  0.41325  1.66451  0.20984
      6   1.26588  1.78676  1.23382  1.34966      8 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.03150  3.98102  4.39447  1.02909  0.44213  0.47572  0.97137
      7   0.91124  2.05027  1.54611  1.36180     10 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.05280  3.23348  4.42227  1.41515  0.27825  1.09861  0.40547
      8   2.98007  2.92007  3.41896  0.14788     17 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42656  4.42656  1.46634  0.26236  1.09861  0.40547
      9   0.18075  3.19405  2.80417  2.75214     18 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42656  4.42656  1.46634  0.26236  1.09861  0.40547
     10   2.03041  2.73633  0.31627  2.58963     19 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     11   4.79068  0.03790  4.68939  3.92748     20 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     12   4.67984  3.89231  4.51238  0.04150     21 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     13   4.77656  0.03715  4.68207  3.97470     22 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     14   0.09303  3.73979  3.27893  3.59705     24 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.03682  3.72160  4.42673  0.80264  0.59447  1.09861  0.40547
     15   2.59695  3.06562  0.18525  3.03695     26 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     16   2.62301  2.32138  3.21389  0.23689     27 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.03268  4.42673  3.90239  1.46634  0.26236  1.09861  0.40547
     17   3.05684  2.79628  3.62230  0.14479     28 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.03242  3.91985  4.41846  0.95727  0.48441  0.78111  0.61230
     18   3.38519  4.21892  0.06970  3.97691     30 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     19   3.50351  4.54857  0.06076  4.00206     31 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     20   2.25295  2.85287  0.37000  1.92075     32 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.14514  2.09438  4.42673  0.18397  1.78357  1.09861  0.40547
     21   0.28395  2.17416  2.88600  2.55504     34 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     22   4.14055  4.83096  0.03406  4.64695     35 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     23   0.04754  4.65085  3.69859  4.41346     36 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     24   4.08920  4.80883  0.03519  4.63870     37 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     25   2.86673  0.38513  2.56156  1.68435     38 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03442  3.82194  4.42673  1.09140  0.40909  1.09861  0.40547
     26   1.86736  3.09940  0.30913  2.71345     41 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02998  4.04078  4.42673  1.05340  0.42886  1.09861  0.40547
     27   2.11482  1.38458  1.95436  0.71895     43 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02503  4.42673  4.36069  1.46634  0.26236  1.09861  0.40547
     28   2.08176  1.07808  2.00583  0.91506     44 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02422  4.42592  4.42592  1.46634  0.26236  1.05507  0.42797
     29   0.76748  1.64306  1.63528  1.91370     45 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     30   2.06440  2.73149  0.30774  2.61903     46 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     31   0.03595  4.87425  4.00921  4.65439     47 A - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     32   3.27858  0.14361  3.78604  2.61172     48 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     33   3.21846  2.98489  3.77517  0.12047     49 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     34   1.27626  1.51294  1.53206  1.25677     50 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     35   1.27626  1.51294  1.53206  1.25677     51 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     36   1.27626  1.51294  1.53206  1.25677     52 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     37   2.18536  3.25706  0.22468  2.98998     53 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.30764  1.37489  4.42673  3.49577  0.03079  1.09861  0.40547
     38   0.16459  3.05467  3.11724  2.80767    115 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     39   4.93591  4.30606  4.71911  0.03004    116 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02987  4.04692  4.42673  1.05891  0.42592  1.09861  0.40547
     40   2.89348  0.35732  2.57082  1.78027    118 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     41   2.19652  1.77402  1.49001  0.70564    119 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.03332  3.87175  4.42673  0.91245  0.51339  1.09861  0.40547
     42   1.05327  2.18411  0.94277  1.90327    121 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     43   0.92467  2.12107  1.07872  1.94209    122 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     44   0.31337  2.82748  1.98902  2.61693    123 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.09860  2.50522  4.40322  2.03574  0.13993  1.09861  0.40547
     45   2.22848  2.33067  0.37192  2.24743    132 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.09832  2.50493  4.42645  2.24827  0.11158  1.08300  0.41337
     46   3.12553  4.02296  0.09715  3.48129    151 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02575  4.42673  4.30771  1.46634  0.26236  1.09861  0.40547
     47   2.99293  2.72731  3.56926  0.15515    152 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02423  4.42522  4.42522  1.46634  0.26236  1.02086  0.44673
     48   2.61996  0.22616  3.50137  2.30813    153 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     49   1.59463  0.85306  1.82088  1.56531    154 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     50   2.73180  0.52624  2.44449  1.35749    155 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.03862  3.65217  4.42673  1.23897  0.34204  1.09861  0.40547
     51   2.16139  1.17571  1.60067  0.98224    159 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.03519  3.78877  4.42673  1.00866  0.45367  1.09861  0.40547
     52   1.67757  2.20622  0.71793  1.53573    162 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     53   2.64849  3.32969  0.15743  3.24169    163 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02435  4.42673  4.41408  1.46634  0.26236  1.09861  0.40547
     54   3.09532  2.97342  3.57761  0.13277    164 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42658  4.42658  1.46634  0.26236  1.09019  0.40970
     55   2.99723  2.93029  3.40201  0.14689    165 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     56   3.84395  0.08957  4.35408  2.96791    166 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     57   1.12010  3.06333  0.58031  2.69864    167 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     58   0.06747  4.03260  3.59829  3.90487    168 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     59   2.22692  2.00824  2.92563  0.35057    169 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     60   3.17905  0.15888  3.78051  2.49542    170 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     61   3.41874  0.18380  3.19782  2.36135    171 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02420  4.42673  4.42673  1.46634  0.26236  1.09861  0.40547
     62   1.66174  0.81689  2.03042  1.43923    172 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.02538  4.42673  4.33440  1.46634  0.26236  1.09861  0.40547
     63   1.66159  1.71863  0.72894  1.90761    173 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02423  4.42558  4.42558  1.46634  0.26236  1.03801  0.43720
     64   1.56933  2.59928  0.45834  2.46323    174 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02923  4.08311  4.42673  1.09196  0.40881  1.09861  0.40547
     65   1.76815  1.98522  0.78274  1.44882    176 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.05283  3.23142  4.42656  1.63237  0.21749  1.09861  0.40547
     66   1.47666  1.73031  1.86986  0.82047    183 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.03049  4.42656  4.01311  1.46634  0.26236  1.09861  0.40547
     67   1.49658  1.34558  1.60920  1.15306    184 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.02599  4.42042  4.29583  1.46634  0.26236  1.25619  0.33510
     68   1.60426  1.76171  1.19527  1.12520    185 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.04582  4.41450  3.42075  1.46634  0.26236  0.79571  0.60013
     69   2.17953  0.85527  1.56285  1.37754    186 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.03009  4.05210  4.40163  1.08650  0.41158  1.54785  0.23915
     70   1.42380  1.69866  0.85249  1.89765    188 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.03575  3.77836  4.40163  1.08371  0.41300  1.54785  0.23915
     71   1.80560  2.08102  0.54070  2.05197    191 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.02482  4.40163  4.40163  1.46634  0.26236  0.55410  0.85470
     72   2.72753  0.41824  2.43314  1.66785    192 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.02431  4.42227  4.42227  1.46634  0.26236  1.09861  0.40547
     73   0.17036  3.12574  2.74068  3.03220    193 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.01223  4.41019        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Pro
ACC      euk-Pro-r2-031616
STATES   230
NODES    61
CLEN     72
W        681
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 12:22:19 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Pro-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Pro-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Pro-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Pro-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Pro-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Pro-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Pro-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1056
EFFN     1056.000000
CKSUM    4270677779
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -11.4187 0.71883
ECMLC    0.60595    -8.05559     2.36973     1600000      664818  0.001805
ECMGC    0.33825   -47.26277   -34.27660     1600000       32340  0.012369
ECMLI    0.58185    -7.99655     2.77269     1600000      631705  0.001900
ECMGI    0.35049   -44.11303   -31.63905     1600000       31681  0.012626
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     0     1   681  1416 -14.973 -16.218  -0.077  -4.265                 
    IL     1     1 2     1     4    20    45   683  1418  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    21    46   684  1418  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    191 - C - -
    MR     3     2 3     5     5    27    52   682  1417  -4.919  -0.049 -14.760 -14.972 -15.864         -0.488  1.669 -3.672 -5.108 
     D     4     2 3     5     5    18    41   678  1413 -11.355  -6.710  -8.982 -10.413  -0.018         
    IR     5     5 3     5     5    26    53   684  1419  -0.601  -1.560 -11.946 -10.114 -11.219          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    187 G C - -
    MP     6     5 3    10     6    26    51   681  1416 -15.879  -6.954  -0.012 -14.595 -14.875 -15.270 -9.850 -2.398 -2.213 -0.964 -10.799 -10.264 -1.480 -10.358 -4.244  3.831 -8.148 -4.856 -1.695 -4.523 -7.873 -4.453 
    ML     7     5 3    10     6    20    44   679  1414  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    20    44   680  1415  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    17    41   678  1413 -15.717 -14.415 -10.212 -10.894 -10.912  -0.003 
    IL    10    10 5    10     6    21    46   681  1415  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    23    49   680  1415  -5.049  -0.069  -8.561  -6.728  -7.834          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    185 G C - -
    MP    12    11 6    16     6    24    49   679  1414 -15.879 -15.819  -0.000 -14.595 -14.875 -15.270 -13.280 -3.448 -14.263 -4.928 -14.663 -11.579  0.930 -14.436 -11.722  3.747 -11.929 -2.860 -1.593 -3.791 -11.572 -13.211 
    ML    13    11 6    16     6    19    43   677  1412  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    19    42   678  1413  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    17    41   678  1413 -15.717 -14.415 -10.212 -10.894 -10.912  -0.003 
    IL    16    16 5    16     6    21    45   679  1413  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    21    45   679  1413  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    184 C G - -
    MP    18    17 6    22     6    22    47   677  1412 -15.879 -15.819  -0.000 -14.595 -14.875 -15.270 -10.193 -6.302 -4.797 -4.629 -5.627 -11.033  3.388 -6.228 -7.275  2.123 -10.563 -4.641 -1.254 -10.375 -0.779 -8.769 
    ML    19    17 6    22     6    18    41   675  1410  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    18    41   677  1412  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    17    41   678  1413 -15.717 -14.415 -10.212 -10.894 -10.912  -0.003 
    IL    22    22 5    22     6    20    44   677  1412  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    20    44   677  1412  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    183 u a - -
    MP    24    23 6    28     6    20    45   675  1410 -15.879 -15.819  -0.011  -7.070 -14.875 -15.270 -5.245 -3.805 -10.178 -1.676 -3.880 -11.022  2.709 -6.890 -7.917  0.305 -10.550 -4.968  2.903 -10.360 -2.442 -4.948 
    ML    25    23 6    28     6    16    39   673  1408  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    17    39   677  1412  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    17    41   678  1413 -15.717 -14.415 -10.212 -10.894  -0.014  -6.987 
    IL    28    28 5    28     6    17    40   675  1409  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    17    40   675  1410  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    182 c g - -
    MP    30    29 6    34     6    18    44   673  1408 -15.869 -15.808  -0.000 -14.584 -14.864 -15.259 -5.878 -5.870 -7.768  0.669 -4.203 -7.180  2.802 -6.346 -9.481  2.284 -7.777 -1.987  0.843 -9.668 -1.354 -6.422 
    ML    31    29 6    34     6    15    40   671  1405  -9.806 -10.152  -3.097  -0.193 -10.002  -7.531  1.769 -2.940 -2.994 -1.577 
    MR    32    29 6    34     6    18    42   678  1413 -13.111 -11.840  -7.748 -11.818  -0.009 -10.031 -6.499 -8.263  1.992 -7.260 
     D    33    29 6    34     6    11    37   669  1404  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    16    39   673  1408  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    16    40   673  1408  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6    181 g c - -
    MP    36    35 6    40     6    16    42   671  1406 -15.870 -15.809  -0.000 -14.585 -14.865 -15.260 -9.820 -5.254 -9.644  0.921 -10.752 -5.494 -0.697 -2.535 -4.532  2.618 -0.121  1.252  1.008 -5.947 -6.794  0.804 
    ML    37    35 6    40     6    14    40   669  1404  -9.681 -10.027  -4.742  -0.069  -9.877  -7.407 -3.634 -3.312 -4.425  1.915 
    MR    38    35 6    40     6    17    41   677  1412 -13.111 -11.840  -7.748 -11.818  -0.009 -10.031 -6.499 -8.263  1.992 -7.260 
     D    39    35 6    40     6    11    36   668  1402  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    15    39   671  1406  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    15    39   671  1406  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7    180 u a - -
    MP    42    41 6    46     4    14    40   669  1404  -6.112 -15.299  -0.022 -10.601                 -7.762 -1.722 -9.662  1.432 -10.776 -10.259 -2.514 -10.346 -10.098  2.421 -10.345 -3.116  2.845 -6.062 -2.869 -8.626 
    ML    43    41 6    46     4    13    39   668  1403  -6.810  -6.992  -0.052  -5.721                 -3.634 -3.312 -4.425  1.915 
    MR    44    41 6    46     4    17    40   677  1411  -0.017 -10.163  -8.030  -7.091                 -7.357  1.992 -7.827 -6.390 
     D    45    41 6    46     4    11    36   667  1402  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    16    40   676  1410  -0.248  -3.007  -4.907 -13.957                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    13    39   669  1404  -1.006  -0.997 -10.233                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     15      - U - - -
    ML    48    47 6    50     3    12    38   667  1402  -5.824  -0.026 -14.741                         -5.846 -11.488 -13.384  1.994 
     D    49    47 6    50     3    10    36   666  1401  -7.427  -0.493  -1.818                         
    IL    50    50 3    50     3    12    38   668  1403  -1.016  -0.991  -8.717                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     18      - G - - -
    ML    51    50 3    53     2    11    37   666  1401 -16.743  -0.000                                 -1.332 -5.390  1.834 -6.285 
     D    52    50 3    53     2    10    36   665  1400  -8.445  -0.004                                 
    IL    53    53 3    53     2    11    37   667  1401  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    10    36   665  1400                                                 
                                             [ BEGR   42 ]      -      - - - - -
     S    55    54 1    56     3     0     3   117   252 -16.088  -0.000 -14.742                         
    IL    56    56 2    56     3     1     4   122   258  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   43 ]    132      - A - - -
    ML    57    56 2    59     3     1     3   117   252 -16.088  -0.109  -3.784                          1.891 -5.063 -3.187 -2.730 
     D    58    56 2    59     3     0     1   132   268  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   119   255  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    133      - G - - -
    ML    60    59 3    62     3     1     2    59   194 -15.979  -0.000 -14.633                         -5.824 -6.071  1.935 -2.791 
     D    61    59 3    62     3     0     0   135   271  -0.724  -1.356  -8.122                         
    IL    62    62 3    62     3     1     2   139   274  -0.196  -2.978 -11.987                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    152      - G - - -
    ML    63    62 3    65     3     1     1    28    46  -7.043  -0.030  -6.230                         -5.954 -6.387  1.982 -5.559 
     D    64    62 3    65     3     0     0    27    45  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    28    46  -4.003  -0.108  -6.703                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    154      - U - - -
    ML    66    65 3    68     3     1     1    27    45 -16.069  -0.000 -14.723                         -3.262 -0.852 -5.787  1.733 
     D    67    65 3    68     3     0     0    27    45 -11.314  -0.028  -5.706                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    155      - C - - -
    ML    69    68 3    71     5     1     1    26    44 -15.022  -0.000 -14.837 -15.049 -15.941         -4.461  1.959 -10.506 -3.917 
     D    70    68 3    71     5     0     0    25    42  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    27    44  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    156    177 C G - -
    MP    72    71 3    76     6     2     2    25    43 -15.956 -15.895  -0.000 -14.672 -14.951 -15.346 -10.265 -7.085 -3.757 -0.328 -6.619 -5.516  3.794 -6.828 -10.122 -0.658 -10.635 -4.174 -1.118 -10.447 -4.063 -8.841 
    ML    73    71 3    76     6     1     1    25    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    25    41  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    23    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    26    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    25    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    157    176 C G - -
    MP    78    77 6    82     6     2     2    23    41  -7.055 -15.895  -0.011 -14.672 -14.951 -15.346 -10.839 -10.582 -4.899 -3.758 -1.842 -7.642  3.574 -10.247 -10.653 -1.698 -11.116 -8.187  1.584 -10.988 -1.440 -6.073 
    ML    79    77 6    82     6     1     1    22    39  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    23    40  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    21    38  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    22    40  -5.825  -6.088  -0.064  -7.744  -8.520  -8.180  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    23    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    159    175 G C - -
    MP    84    83 6    88     6     2     2    21    39  -7.143 -15.895  -0.010 -14.672 -14.951 -15.346 -9.997 -3.915 -9.821 -0.711 -10.957 -10.416  1.014 -10.504 -2.512  3.670 -7.790 -1.653 -6.288 -4.636 -8.031 -6.173 
    ML    85    83 6    88     6     1     1    20    38  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    21    39  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    20    37  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    20    38  -5.747  -6.010  -0.067  -7.665  -8.441  -8.101  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    21    38  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    161    174 G C - -
    MP    90    89 6    94     6     2     2    18    37  -7.045 -15.895  -0.028  -6.430 -14.951 -15.346 -12.800 -1.412 -13.256 -0.122 -14.003 -7.592  0.026 -13.734 -3.538  3.753 -5.009 -3.728 -9.081 -11.681 -10.962 -12.238 
    ML    91    89 6    94     6     1     1    19    37  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    21    38  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    19    37  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    18    36  -5.835  -6.098  -0.063  -7.753  -8.529  -8.189  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    20    37  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    163    173 G C - -
    MP    96    95 6   100     4     2     2    16    35 -15.162 -15.369  -0.000 -13.783                 -13.879 -5.207 -5.099 -7.975 -15.507 -4.531 -9.798 -15.683 -5.006  3.981 -5.908 -4.194 -10.164 -12.124 -12.251 -15.357 
    ML    97    95 6   100     4     1     1    18    35  -7.585  -0.098  -4.334  -6.497                 -4.715 -4.299 -5.530  1.960 
    MR    98    95 6   100     4     1     1    20    38  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    19    37  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    22    38  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    16    34  -4.533  -0.074  -7.233                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    164      - U - - -
    ML   102   101 6   104     3     1     1    14    33 -16.088  -0.000 -14.742                         -5.447 -5.252 -6.625  1.978 
     D   103   101 6   104     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    165      - U - - -
    ML   105   104 3   107     3     1     1    13    31 -16.088  -0.000 -14.742                         -9.235 -3.970 -6.515  1.972 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    166      - C - - -
    ML   108   107 3   110     3     1     1    12    30 -16.088  -0.000 -14.742                         -5.805  1.968 -6.720 -4.079 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    167      - A - - -
    ML   111   110 3   113     3     1     1    10    29 -16.088  -0.000 -11.785                          1.461 -10.513  0.299 -5.907 
     D   112   110 3   113     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    168      - A - - -
    ML   114   113 3   116     3     1     1     9    27  -7.135  -0.010 -14.742                          1.989 -6.418 -10.545 -5.903 
     D   115   113 3   116     3     0     0    12    31  -6.885  -0.789  -1.276                         
    IL   116   116 3   116     3     1     1    10    29  -3.926  -0.114  -6.626                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    170      - A - - -
    ML   117   116 3   119     3     1     1     7    26 -16.088  -0.000 -14.742                          1.049 -4.065 -3.544  0.836 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    171      - U - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -9.201  0.201 -6.510  1.505 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     0    15   643  1378   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   173     0    15   643  1378                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     0    34    59  -0.000 -14.083 -13.491 -14.131                 
                                             [ MATP   15 ]     19     36 G U - -
    MP   127   126 1   131     6     2     2    34    59 -15.956 -15.895  -0.000 -14.672 -14.951 -15.346 -11.998 -10.658 -12.193 -3.021 -14.334 -15.489 -9.792 -12.236 -11.753  1.336 -4.643  3.730 -9.717 -13.498 -11.623 -4.629 
    ML   128   126 1   131     6     1     1    32    57  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    32    57  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    29    55  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    33    59  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    33    58  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     20     35 U A - -
    MP   133   132 6   137     6     2     2    32    57 -15.956 -15.895  -0.000 -14.672 -14.951 -15.346 -4.866 -13.284 -12.323 -9.519 -4.789 -12.468  1.297 -11.589 -4.874 -9.489 -12.547 -11.684  3.642 -3.452 -0.276 -4.932 
    ML   134   132 6   137     6     1     1    30    56  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    30    55  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    28    53  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    31    57  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    31    56  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     21     34 C G - -
    MP   139   138 6   143     6     2     2    30    55 -15.956 -15.895  -0.000 -14.672 -14.951 -15.346 -10.788 -10.526 -4.701 -2.836 -6.064 -11.462  3.684 -3.809 -10.607  0.108 -6.028 -8.127  0.812 -10.940 -5.077 -9.334 
    ML   140   138 6   143     6     1     1    29    54  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    28    54  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    26    52  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    29    55  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    29    54  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     22     33 U U - -
    MP   145   144 6   149     4     2     2    28    53 -15.179 -15.386  -0.000 -13.800                 -13.007 -13.288 -4.521 -4.621 -4.289 -3.836  1.222 -4.731 -12.428 -9.496 -12.548 -3.711 -3.207 -3.641 -1.454  3.677 
    ML   146   144 6   149     4     1     1    27    53  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    27    52  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    26    51  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    29    54  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    28    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     23      - A - - -
    ML   151   150 6   153     3     1     1    26    51 -16.088  -0.000 -11.582                          1.991 -6.389 -6.465 -11.180 
     D   152   150 6   153     3     0     0    24    49  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    27    52  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     24      - G - - -
    ML   154   153 3   156     3     1     1    25    50 -16.088  -0.000 -14.742                         -4.978 -6.888  1.982 -6.597 
     D   155   153 3   156     3     0     0    22    47  -6.979  -2.492  -0.296                         
    IL   156   156 3   156     3     1     1    26    51  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     25      - U - - -
    ML   157   156 3   159     3     1     1    24    49  -4.188  -0.081 -14.742                         -2.721 -1.046  0.429  1.013 
     D   158   156 3   159     3     0     0    20    45  -6.979  -0.724  -1.371                         
    IL   159   159 3   159     3     1     1    27    52  -1.049  -0.955 -10.271                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     28      - G - - -
    ML   160   159 3   162     3     1     1    10    29 -16.088  -0.000 -14.742                         -4.705 -5.127  1.972 -6.773 
     D   161   159 3   162     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     29      - G - - -
    ML   163   162 3   165     3     1     1     8    27 -16.088  -0.000 -14.742                         -5.348 -12.351  1.982 -5.377 
     D   164   162 3   165     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     30      - U - - -
    ML   166   165 3   168     3     1     1     6    10  -5.012  -0.045 -14.742                         -3.877 -3.937 -5.937  1.945 
     D   167   165 3   168     3     0     0     4     9  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1     5    10  -5.838  -0.029  -8.538                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     32      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.921 -6.682 -2.420 -5.952 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    26 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   27 ]      -      - - - - -
     S   173   125 1   174     3     0     0   628  1362 -16.088  -0.011  -7.069                         
    IL   174   174 2   174     3     1     1   629  1364  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   28 ]     37      - U - - -
    ML   175   174 2   177     5     1     1   628  1362 -15.011  -0.000 -14.826 -15.038 -15.930         -1.849 -4.391 -1.018  1.669 
     D   176   174 2   177     5     0     0   627  1361  -8.515  -0.053  -7.777  -6.151  -6.064         
    IL   177   177 3   177     5     1     1   627  1362  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   29 ]     38    131 C G - -
    MP   178   177 3   182     6     2     2   627  1361 -15.956 -15.895  -0.001 -11.407 -14.951 -15.346 -12.983 -13.250 -5.029 -9.473 -1.473 -5.736  3.761 -4.890 -12.411 -4.285 -5.922 -11.621  0.680 -12.823 -1.596 -11.212 
    ML   179   177 3   182     6     1     1   623  1358  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   623  1358  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   181   177 3   182     6     0     0   617  1352  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   625  1360  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   625  1360  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     39    130 U A - -
    MP   184   183 6   188     6     2     2   625  1359 -15.955 -15.895  -0.000 -14.671 -14.951 -15.346 -10.307 -10.011 -10.302 -2.567 -6.484 -11.137  0.256 -9.818 -10.162  0.616 -10.672 -3.895  3.639 -1.561 -2.421 -4.778 
    ML   185   183 6   188     6     1     1   621  1356  -6.840  -7.186  -1.901  -0.585  -7.036  -4.566 -0.200 -0.504 -0.821  0.894 
    MR   186   183 6   188     6     1     1   621  1356  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   187   183 6   188     6     0     0   615  1350  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   623  1358  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   623  1358  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     40    129 C G - -
    MP   190   189 6   194     6     2     2   623  1357  -6.772 -15.895  -0.013 -14.671 -14.951 -15.346 -11.246 -11.032 -5.041 -4.313 -5.748 -11.738  3.540 -5.366 -11.019 -2.360 -2.612 -8.678  1.747 -11.363 -0.937 -9.756 
    ML   191   189 6   194     6     1     1   620  1354  -6.840  -7.186  -1.901  -0.585  -7.036  -4.566 -0.171  0.625 -0.882  0.038 
    MR   192   189 6   194     6     1     1   619  1353  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0   614  1349  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   622  1356  -6.081  -6.344  -0.053  -8.000  -8.776  -8.436  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   621  1356  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     42    128 G C - -
    MP   196   195 6   200     6     2     2   621  1355 -15.955 -15.895  -0.000 -14.671 -14.951 -15.346 -6.403 -3.801 -9.743 -3.143 -10.873 -5.785  0.424 -10.433 -4.703  3.609 -0.504  0.429 -4.178 -9.597 -3.627 -6.574 
    ML   197   195 6   200     6     1     1   618  1353  -6.840  -7.186  -1.901  -0.585  -7.036  -4.566 -0.064 -0.970  0.829 -0.402 
    MR   198   195 6   200     6     1     1   616  1351  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0   613  1347  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   619  1354  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   619  1354  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     43    127 C G - -
    MP   202   201 6   206     4     2     2   619  1353 -15.178 -15.385  -0.000 -13.799                 -11.944 -11.839 -6.391 -3.375 -7.815 -12.092  3.870 -11.027 -11.617 -1.245 -3.970 -5.905 -0.415 -11.983 -6.120 -10.374 
    ML   203   201 6   206     4     1     1   617  1352  -4.219  -4.401  -0.350  -3.131                 -0.171  0.625 -0.882  0.038 
    MR   204   201 6   206     4     1     1   613  1348  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     4     0     0   611  1346  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   618  1353  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   618  1352  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   34 ]     44      - U - - -
    ML   208   207 6   210     3     1     1   617  1351 -16.088  -0.000 -14.742                         -4.390 -2.272 -6.109  1.899 
     D   209   207 6   210     3     0     0   609  1343  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   616  1351  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     45      - U - - -
    ML   211   210 3   213     3     1     1   616  1350 -16.088  -0.000 -14.742                         -4.691 -6.558 -6.714  1.979 
     D   212   210 3   213     3     0     0   605  1339  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   615  1350  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     46      - u - - -
    ML   214   213 3   216     3     1     1   615  1349 -16.088  -0.000 -14.742                          0.003 -0.003 -0.003  0.003 
     D   215   213 3   216     3     0     0   599  1334  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   614  1348  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     47      - u - - -
    ML   217   216 3   219     3     1     1   614  1348 -16.088  -0.000 -14.742                          0.003 -0.003 -0.003  0.003 
     D   218   216 3   219     3     0     0   589  1324  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   612  1347  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     48      - u - - -
    ML   220   219 3   222     3     1     1   613  1347 -16.088  -0.000 -14.742                          0.003 -0.003 -0.003  0.003 
     D   221   219 3   222     3     0     0   569  1304  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   610  1344  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     49      - G - - -
    ML   223   222 3   225     3     1     1   612  1346  -1.220  -0.810 -14.742                         -1.090 -6.428  1.815 -10.848 
     D   224   222 3   225     3     0     0   474  1208  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   644  1379  -0.036  -5.336 -17.601                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]    126      - U - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                 -1.876 -2.400 -9.628  1.822 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    41 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Pro
ACC   euk-Pro-r2-031616
LENG  72
MAXL  666
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 12:22:19 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Pro-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Pro-r2-031616.sto
NSEQ  1056
EFFN  10.195679
CKSUM 4270677779
STATS LOCAL MSV       -8.2883  0.71883
STATS LOCAL VITERBI   -8.9533  0.71883
STATS LOCAL FORWARD   -3.5799  0.71883
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.66568  1.41735  1.18766  1.33313
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  0.00000        *
      1   1.94946  2.67708  0.34353  2.53044      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
      2   2.21372  2.19774  0.35072  2.58401      2 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
      3   2.57402  0.70173  1.41285  1.68959      3 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
      4   2.39585  0.99141  1.96651  0.92153      4 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
      5   1.98098  1.01172  1.29157  1.49775      5 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
      6   1.69436  1.91091  0.86945  1.38967      6 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
      7   1.63890  2.22971  0.96680  1.14587      7 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.03314  3.83554  4.50936  1.81793  0.17717  1.09861  0.40547
      8   3.77240  3.75752  4.44754  0.05980     15 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03462  3.73487  4.59043  0.99951  0.45896  1.07193  0.41908
      9   2.22427  3.73548  0.17692  3.50168     18 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     10   2.82326  4.58217  0.09037  4.08890     19 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     11   2.70557  1.43651  2.46169  0.49410     20 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     12   2.66942  0.50490  2.10575  1.58286     21 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     13   2.84795  1.52225  2.69037  0.42166     22 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     14   0.03434  4.62043  4.28423  4.59259     23 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02073  4.59085  4.56887  1.46634  0.26236  1.09861  0.40547
     15   3.82932  4.86788  0.04210  4.43879     24 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59063  4.59063  1.46634  0.26236  1.10599  0.40180
     16   1.97078  1.89841  1.30033  0.82462     25 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.06505  2.94058  4.59063  0.80654  0.59131  1.08401  0.41284
     17   3.60776  4.35284  0.05616  4.22459     28 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     18   3.93658  5.12009  0.03931  4.33864     29 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     19   3.09236  3.02874  3.73414  0.12518     30 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.04541  3.37413  4.59085  0.51403  0.91150  1.09861  0.40547
     20   0.10304  3.93965  2.88451  3.79124     32 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     21   2.36912  2.79766  1.38644  0.51832     33 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     22   1.73968  2.23215  0.46354  2.42955     34 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     23   0.59587  2.60987  1.23402  2.47391     35 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     24   4.34537  1.71753  4.15963  0.23331     36 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02640  4.59085  4.14061  1.46634  0.26236  1.09861  0.40547
     25   2.23353  2.78178  2.18443  0.33076     37 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02062  4.58507  4.58507  1.46634  0.26236  0.82196  0.57905
     26   3.02091  0.36612  2.74103  1.64341     38 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     27   2.48768  1.61600  1.88910  0.56740     39 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     28   2.72071  0.57731  2.35642  1.28011     40 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02782  4.05770  4.59085  0.92956  0.50208  1.09861  0.40547
     29   2.12927  2.32303  0.34108  2.62974     42 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     30   3.23347  0.25624  2.72861  2.10941     43 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     31   3.13015  2.63743  3.71449  0.15039     44 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     32   3.28339  3.31041  3.88326  0.09936     45 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     33   1.29532  1.48809  1.50329  1.28018     46 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     34   1.29532  1.48809  1.50329  1.28018     47 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     35   1.29532  1.48809  1.50329  1.28018     48 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     36   2.14583  3.94438  0.17564  3.69910     49 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.43763  1.06627  4.59085  3.68466  0.02543  1.09861  0.40547
     37   2.50300  2.63092  3.68475  0.19718    126 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02076  4.59085  4.56573  1.46634  0.26236  1.09861  0.40547
     38   2.29284  2.90454  0.22946  3.01016    127 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59059  4.59059  1.46634  0.26236  1.10706  0.40127
     39   2.90349  0.47528  2.01965  1.65676    128 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59059  4.59059  1.46634  0.26236  1.10706  0.40127
     40   1.46464  2.58560  0.49309  2.49190    129 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59059  4.59059  1.46634  0.26236  1.10706  0.40127
     41   0.65785  1.94180  1.45957  2.24192    130 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59059  4.59059  1.46634  0.26236  1.08194  0.41391
     42   1.77400  2.90870  0.33743  2.77748    131 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     43   0.15003  3.35669  3.03686  2.87384    132 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.04330  4.59085  3.43467  1.46634  0.26236  1.09861  0.40547
     44   3.38934  4.11192  0.09510  3.20372    133 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.05752  3.08946  4.56851  1.88690  0.16433  0.48819  0.95123
     45   3.90552  4.75086  0.04366  4.27226    152 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03720  4.13310  3.88828  0.99109  0.46390  1.09861  0.40547
     46   2.80238  2.00019  3.51733  0.25574    154 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02071  4.58046  4.58046  1.46634  0.26236  0.68845  0.69787
     47   3.80043  0.07120  4.54208  3.33225    155 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     48   2.33759  0.47312  2.17925  1.78821    156 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     49   2.77087  0.52715  2.42572  1.35212    157 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02651  4.13425  4.59085  0.99206  0.46333  1.09861  0.40547
     50   2.03008  2.14364  0.38172  2.67708    159 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02615  4.15622  4.59085  1.01074  0.45248  1.09861  0.40547
     51   1.94885  2.49483  0.33578  2.80895    161 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02655  4.13162  4.59085  0.98984  0.46463  1.09861  0.40547
     52   2.56062  3.26980  0.17309  3.13117    163 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     53   3.35162  3.24289  3.87830  0.09956    164 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     54   3.51615  3.13409  3.93111  0.09747    165 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     55   3.99998  0.06616  4.40515  3.39650    166 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     56   0.41557  3.81031  1.24717  3.48754    167 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02069  4.59085  4.57210  1.46634  0.26236  1.09861  0.40547
     57   0.03599  4.54897  4.41955  4.36334    168 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02615  4.15602  4.59066  1.01074  0.45248  1.08615  0.41176
     58   0.80247  2.49585  2.52593  0.94323    170 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     59   3.07351  1.36737  3.58757  0.39854    171 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     60   3.41625  0.19488  3.11833  2.30261    173 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     61   3.02230  0.36901  2.36240  1.79759    174 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     62   2.87249  0.44588  2.04329  1.75111    175 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     63   1.48341  2.57976  0.47965  2.54664    176 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02050  4.59085  4.59085  1.46634  0.26236  1.09861  0.40547
     64   2.00033  2.32863  0.42726  2.16293    177 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.06790  2.98561  4.19035  0.83540  0.56863  1.09861  0.40547
     65   1.24533  1.01491  2.03489  1.51857    180 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.02060  4.58584  4.58584  1.46634  0.26236  1.25064  0.33732
     66   1.74016  1.15813  1.60546  1.17236    181 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.02111  4.58584  4.53811  1.46634  0.26236  1.25064  0.33732
     67   1.70593  1.39881  0.90046  1.80105    182 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.02149  4.54391  4.54391  1.46634  0.26236  0.83180  0.57140
     68   1.01809  2.08577  0.90705  2.20010    183 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
     69   1.99609  1.48657  0.61293  2.34106    184 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54965  4.54965  1.46634  0.26236  1.09861  0.40547
     70   2.83928  0.39162  2.09996  1.94412    185 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.02774  4.08688  4.54965  0.98687  0.46639  1.09861  0.40547
     71   2.78029  0.38226  2.44044  1.78058    187 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.04767  3.32486  4.54965  1.18368  0.36550  1.09861  0.40547
     72   1.84040  0.33547  3.23193  2.44461    191 C - - :
          1.38629  1.38629  1.38629  1.38629
          0.01074  4.53902        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-SeC
ACC      euk-SeC-050216
STATES   280
NODES    70
CLEN     87
W        101
ALPH     RNA
RF       yes
CONS     yes
MAP      yes
DATE     Mon May  2 18:05:24 2016
COM      [1] cmbuild -F --enone --hand /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-SeC-050216.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-SeC-050216.sto
COM      [2] cmcalibrate /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-SeC-050216.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     65
EFFN     65.000000
CKSUM    667121502
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -9.1277 0.71869
ECMLC    0.67931    -6.85370     2.59384     1600000      735225  0.001632
ECMGC    0.35634   -51.41264   -37.94932     1600000       48481  0.008251
ECMLI    0.62007    -7.42243     2.85689     1600000      703582  0.001706
ECMGI    0.36643   -46.52343   -33.61727     1600000       45285  0.008833
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     0     1   101   120 -10.990 -12.235  -0.005  -8.689                 
    IL     1     1 2     1     4    18    49   103   121  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    19    51   104   122  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -     91 - G - +
    MR     3     2 3     5     5    23    55   102   120 -11.049  -0.002 -10.864 -11.076 -11.968         -2.458 -8.104  1.929 -7.225 
     D     4     2 3     5     5    15    44   100   118  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    18    49   102   120  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1     90 G C = =
    MP     6     5 3    10     6    24    55   101   119 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -9.898 -6.641 -11.786 -4.069 -11.584 -7.841 -5.936 -11.415 -8.002  3.933 -8.208 -0.708 -6.286 -8.294 -8.362 -10.693 
    ML     7     5 3    10     6    16    46    99   117  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    16    45    99   117  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    12    40    97   115  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    17    48   100   118  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    18    48   100   118  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2     89 C G = =
    MP    12    11 6    16     6    24    54    99   117 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -9.021 -9.302 -8.338 -5.538 -6.689 -8.483  3.922 -7.604 -8.442 -5.510 -8.562 -7.704 -1.018 -8.855 -1.935 -7.244 
    ML    13    11 6    16     6    16    45    97   115  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    16    45    97   115  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    12    40    95   113  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    17    47    98   116  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    17    48    98   116  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3     88 C G = =
    MP    18    17 6    22     6    23    52    97   115 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -6.982 -6.617 -6.908  1.523 -5.783 -7.653  3.250 -6.443 -6.812  1.122 -7.271 -4.212 -0.668 -0.853 -3.283 -5.545 
    ML    19    17 6    22     6    16    45    95   113  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    16    44    95   113  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    11    40    93   111  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    17    47    96   114  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    17    47    96   114  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4     87 c g = =
    MP    24    23 6    28     6    22    51    95   113 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -6.357 -6.081 -6.367  0.888 -2.698 -7.210  2.906 -5.918 -6.235  0.945 -6.751 -0.932  0.209 -6.547  1.467 -4.972 
    ML    25    23 6    28     6    16    44    93   111  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    15    44    93   111  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    11    39    91   109  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    17    46    94   112  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    17    46    94   112  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5     86 G C = =
    MP    30    29 6    34     6    21    49    93   111 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -1.585 -4.834 -6.019 -0.355 -7.132 -6.619  2.015 -6.694 -6.437  3.178 -6.691 -0.149 -2.472 -0.919 -4.214 -4.979 
    ML    31    29 6    34     6    15    44    91   109  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    32    29 6    34     6    15    43    91   109  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    11    39    89   107  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    16    45    92   110  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    16    46    92   110  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6     85 g c = =
    MP    36    35 6    40     6    19    47    91   109 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -1.448 -4.853 -6.032  1.001 -7.152 -6.652 -2.241 -6.702  0.296  2.398 -6.706  2.387  0.152 -5.905 -1.166 -4.992 
    ML    37    35 6    40     6    15    43    89   108  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    14    42    89   107  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6    10    38    87   105  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    16    44    90   109  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    16    44    90   108  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7     84 A U = =
    MP    42    41 6    46     6    17    45    89   107 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.095 -6.909 -8.115  3.554 -8.276 -9.746 -1.095 -7.983 -0.626  0.426 -0.769 -4.262 -4.546 -9.029  0.110 -6.802 
    ML    43    41 6    46     6    14    42    88   106  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     6    13    41    88   106  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     6    10    38    86   104  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    46    46 5    46     6    15    43    88   107  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     5    15    43    88   106  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    9 ]      8     83 U U = =
    MP    48    47 6    52     6    15    43    87   105 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.952 -8.981 -8.332 -5.235 -6.754 -8.545 -0.277 -7.630 -8.401 -5.285 -8.556 -7.030 -3.478 -2.251 -4.455  3.882 
    ML    49    47 6    52     6    13    41    87   106  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    50    47 6    52     6    12    40    87   105  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    51    47 6    52     6    10    38    85   104  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    52    52 5    52     6    14    42    87   105  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    53    53 6    53     5    14    41    86   105  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   10 ]      9     82 G C = =
    MP    54    53 6    58     4    13    41    85   103 -11.189 -11.396  -0.003  -9.810                 -9.886 -6.641 -11.741 -4.064 -11.578 -7.845 -5.936 -11.383 -8.001  3.921 -8.208 -0.456 -6.283 -8.296 -8.359 -10.636 
    ML    55    53 6    58     4    12    40    86   105  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    56    53 6    58     4    11    39    86   105  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    57    53 6    58     4    10    37    85   104  -4.568  -4.250  -2.265  -0.520                 
    IL    58    58 5    58     4    12    40    88   106  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    59    59 6    59     3    12    40    87   105  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   11 ]     10      - A - + -
    ML    60    59 6    62     3    11    39    82   101 -12.104  -0.001 -10.758                          1.995 -8.223 -7.486 -7.616 
     D    61    59 6    62     3     9    37    82   100  -6.174  -1.687  -0.566                         
    IL    62    62 3    62     3    11    39    86   104  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   12 ]     11      - G - + -
    ML    63    62 3    65     2    10    38    81    99 -12.747  -0.000                                 -2.529 -1.254  1.019  0.466 
     D    64    62 3    65     2     9    37    80    99  -8.445  -0.004                                 
    IL    65    65 3    65     2    10    38    83   101  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    13 ]      -      - - - - -
     B    66    65 3    67   179     9    37    80    98                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S    67    66 1    68     1     0     8    47    65   0.000                                         
                                             [ BIF    15 ]      -      - - - - -
     B    68    67 1    69   119     0     8    47    65                                                 
                                             [ BEGL   16 ]      -      - - - - -
     S    69    68 1    70     4     0     0    27    45  -0.004 -10.162  -9.569 -10.210                 
                                             [ MATP   17 ]     12     28 C G = =
    MP    70    69 1    74     6     2     2    27    45 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.995 -9.262 -8.324 -5.483 -6.681 -0.420  3.577 -7.593 -8.424 -5.446 -8.550 -7.630  1.380 -8.836 -0.662 -7.225 
    ML    71    69 1    74     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    72    69 1    74     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    73    69 1    74     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    74    74 5    74     6     1     1    27    45  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    75    75 6    75     5     1     1    26    45  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     13     27 c g = =
    MP    76    75 6    80     6     2     2    25    43  -4.022 -12.017  -0.094 -10.793 -11.073 -11.468 -7.077 -6.834 -6.981 -2.690 -5.747 -7.679  2.750 -6.455 -6.879  0.237 -7.327 -4.453  2.216 -7.216  1.503 -1.588 
    ML    77    75 6    80     6     1     1    23    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    78    75 6    80     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    79    75 6    80     6     0     0    21    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    80    80 5    80     6     1     1    24    42  -5.094  -5.357  -0.107  -7.012  -7.788  -7.449  0.000  0.000  0.000  0.000 
    IR    81    81 6    81     5     1     1    24    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   19 ]     15     26 U G = =
    MP    82    81 6    86     6     2     2    23    41 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.147 -7.118 -8.109  1.100 -7.701 -9.449  1.353 -7.815 -7.847 -0.590 -8.355 -0.962 -3.985 -8.965  3.324 -6.788 
    ML    83    81 6    86     6     1     1    22    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    84    81 6    86     6     1     1    22    40  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    85    81 6    86     6     0     0    20    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    86    86 5    86     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    87    87 6    87     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   20 ]     16     25 c g = =
    MP    88    87 6    92     6     2     2    21    39 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -6.831 -5.953 -6.775  1.337 -0.498 -7.627  2.958 -6.676 -6.784  1.716 -7.230  0.383 -2.063 -6.928 -3.757 -5.501 
    ML    89    87 6    92     6     1     1    21    40  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    90    87 6    92     6     1     1    21    40  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    91    87 6    92     6     0     0    19    38  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    92    92 5    92     6     1     1    21    39  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    93    93 6    93     5     1     1    21    39  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   21 ]     17     24 a u = =
    MP    94    93 6    98     6     2     2    19    37 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -6.684 -5.527 -6.535  2.702 -6.670 -7.202  1.562 -6.793 -6.777  2.344 -7.103 -3.139  0.227 -6.524 -4.020 -5.400 
    ML    95    93 6    98     6     1     1    21    39  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    96    93 6    98     6     1     1    20    39  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    97    93 6    98     6     0     0    19    38  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    98    98 5    98     6     1     1    20    39  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    99    99 6    99     5     1     1    19    38  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   22 ]     18     23 c g = =
    MP   100    99 6   104     4     2     2    16    35 -11.189 -11.396  -0.003  -9.810                 -7.651 -6.445 -7.619  1.113 -7.871 -8.767  2.860 -7.667 -0.441  2.491 -7.994 -3.893 -3.790 -8.045 -5.321 -6.372 
    ML   101    99 6   104     4     1     1    20    39  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   102    99 6   104     4     1     1    20    38  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   103    99 6   104     4     0     0    19    37  -4.568  -4.250  -2.265  -0.520                 
    IL   104   104 5   104     4     1     1    22    40  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   105   105 6   105     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     19      - U - + -
    ML   106   105 6   108     3     1     1    13    32 -12.104  -0.001 -10.758                         -5.426 -5.249 -3.189  1.941 
     D   107   105 6   108     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   108   108 3   108     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     20      - G - + -
    ML   109   108 3   111     3     1     1    12    30 -12.104  -0.001 -10.758                         -6.720 -8.488  1.994 -7.481 
     D   110   108 3   111     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   111   111 3   111     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     21      - G - + -
    ML   112   111 3   114     3     1     1    10    29 -12.104  -0.001 -10.758                         -6.720 -8.488  1.994 -7.481 
     D   113   111 3   114     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   114   114 3   114     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     22      - U - + -
    ML   115   114 3   117     2     1     1     1     1       *   0.000                                 -4.959 -2.050 -1.915  1.791 
     D   116   114 3   117     2     0     0     0     0       *   0.000                                 
    IL   117   117 3   117     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   118   117 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   119    68 1   120     5     0     0    30    48 -11.049  -0.002 -10.864 -11.076 -11.968         
    IL   120   120 2   120     5     1     1    31    50  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   29 ]     29     47 U A = =
    MP   121   120 2   125     6     2     2    30    48 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.041 -6.725 -8.208  0.339 -9.704 -11.076 -5.252 -8.206 -7.788 -3.382 -0.764  0.535  3.648 -9.466 -7.138 -6.818 
    ML   122   120 2   125     6     1     1    28    47  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   123   120 2   125     6     1     1    28    47  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   124   120 2   125     6     0     0    26    45  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   125   125 5   125     6     1     1    30    48  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   126   126 6   126     5     1     1    29    48  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     30     46 G U = =
    MP   127   126 6   131     6     2     2    28    46 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.087 -6.802 -8.216  0.534 -9.184 -10.688 -0.979 -8.162 -7.821 -3.453 -8.446  3.651 -1.223 -9.422 -6.707 -0.113 
    ML   128   126 6   131     6     1     1    26    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 6   131     6     1     1    27    45  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 6   131     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    28    46  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    27    46  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     31     45 C G = =
    MP   133   132 6   137     6     2     2    26    44 -12.077 -12.017  -0.066  -4.521 -11.073 -11.468 -7.975 -7.766 -7.699  1.059 -6.339 -8.203  3.587 -7.107 -7.655 -0.882 -7.992 -5.464  0.273 -8.066 -3.936 -6.424 
    ML   134   132 6   137     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    26    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    25    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     32     44 a u = =
    MP   139   138 6   143     6     2     2    24    42 -12.014 -11.953  -0.003 -10.730 -11.010 -11.405 -6.814 -5.507 -6.676  2.888 -7.435 -7.428 -0.957 -7.119 -6.924  2.385 -7.255 -3.081  1.378 -6.698 -4.687 -5.572 
    ML   140   138 6   143     6     1     1    23    42  -8.703  -9.050  -0.166  -3.458  -8.899  -6.429  1.844 -3.160 -2.716 -2.784 
    MR   141   138 6   143     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    24    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     33     43 G C = =
    MP   145   144 6   149     6     2     2    22    40 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -9.978 -6.642 -12.137 -4.103 -11.593 -7.815 -5.928 -11.653 -8.008  3.986 -8.204 -4.568 -6.293 -8.278 -8.366 -11.152 
    ML   146   144 6   149     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   149   149 5   149     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     34     42 G C = =
    MP   151   150 6   155     4     2     2    20    38 -11.189 -11.396  -0.003  -9.810                 -6.358 -4.997 -6.185  2.136 -7.218 -6.785  0.483 -6.821 -6.572  3.216 -6.833 -2.627 -0.836 -6.061 -4.338 -5.139 
    ML   152   150 6   155     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   153   150 6   155     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   154   150 6   155     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   155   155 5   155     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   156   156 6   156     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     35      - C - + -
    ML   157   156 6   159     3     1     1    17    35 -12.104  -0.001 -10.758                         -7.640  1.993 -8.119 -6.648 
     D   158   156 6   159     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     36      - U - + -
    ML   160   159 3   162     3     1     1    16    34 -12.104  -0.001 -10.758                         -8.419 -7.531 -9.496  1.996 
     D   161   159 3   162     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     37      - U - * -
    ML   163   162 3   165     3     1     1    15    33 -12.104  -0.001 -10.758                         -8.419 -7.531 -9.496  1.996 
     D   164   162 3   165     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     38      - C - * -
    ML   166   165 3   168     3     1     1    13    32 -12.104  -0.001 -10.758                         -7.640  1.993 -8.119 -6.648 
     D   167   165 3   168     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     39      - A - * -
    ML   169   168 3   171     3     1     1    12    30 -12.104  -0.001 -10.758                          1.995 -8.223 -7.486 -7.616 
     D   170   168 3   171     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   171   171 3   171     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     40      - A - + -
    ML   172   171 3   174     3     1     1    10    29 -12.104  -0.001 -10.758                          1.967 -7.573 -3.668 -7.198 
     D   173   171 3   174     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   174   174 3   174     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     41      - A - + -
    ML   175   174 3   177     2     1     1     1     1       *   0.000                                  1.995 -8.223 -7.486 -7.616 
     D   176   174 3   177     2     0     0     0     0       *   0.000                                 
    IL   177   177 3   177     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   178   177 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S   179    66 1   180     2     0     7    45    62 -12.747  -0.000                                 
    IL   180   180 2   180     2     1     9    47    65  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    44 ]      -      - - - - -
     B   181   180 2   182   232     0     7    45    62                                                 
                                             [ BEGL   45 ]      -      - - - - -
     S   182   181 1   183     4     0     0    30    46  -0.004 -10.162  -9.569 -10.210                 
                                             [ MATP   46 ]     48     66 G A = =
    MP   183   182 1   187     6     2     2    30    46 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.271 -7.136 -8.246 -3.443 -8.071 -9.758 -3.746 -8.001  3.965 -3.759 -8.474 -4.481 -4.523 -9.258 -5.709 -6.933 
    ML   184   182 1   187     6     1     1    28    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   185   182 1   187     6     1     1    28    45  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   186   182 1   187     6     0     0    26    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   187   187 5   187     6     1     1    30    46  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   188   188 6   188     5     1     1    29    46  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   47 ]     49     65 C G = =
    MP   189   188 6   193     6     2     2    28    44 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.216 -7.092 -8.134  0.119 -7.755 -9.176  3.069 -7.891 -7.903  2.668 -8.358 -4.514 -4.140 -8.819 -5.369 -6.864 
    ML   190   188 6   193     6     1     1    26    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   191   188 6   193     6     1     1    26    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   192   188 6   193     6     0     0    24    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   193   193 5   193     6     1     1    28    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   194   194 6   194     5     1     1    27    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]     50     64 U A = =
    MP   195   194 6   199     6     2     2    26    42 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -8.719 -8.815 -8.171 -4.925 -6.599 -8.411  1.920 -7.477 -8.230  1.089 -8.415 -6.874  3.315 -8.637 -4.273 -7.019 
    ML   196   194 6   199     6     1     1    24    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   197   194 6   199     6     1     1    24    41  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   198   194 6   199     6     0     0    22    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   199   199 5   199     6     1     1    26    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   200   200 6   200     5     1     1    25    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]     51     63 G C = =
    MP   201   200 6   205     6     2     2    24    40 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -9.565 -6.627 -10.653 -1.038 -10.822 -7.898  0.007 -10.544 -7.969  3.849 -8.198 -4.492 -5.976 -8.283 -7.867 -9.481 
    ML   202   200 6   205     6     1     1    22    39  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   203   200 6   205     6     1     1    22    39  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   204   200 6   205     6     0     0    20    37  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   205   205 5   205     6     1     1    24    40  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   206   206 6   206     5     1     1    23    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]     52     62 c g = =
    MP   207   206 6   211     6     2     2    22    38 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -6.487 -6.201 -6.480  1.507 -5.347 -7.307  2.160 -6.004 -6.346  0.311 -6.853 -3.783  2.019 -6.668  1.670 -5.072 
    ML   208   206 6   211     6     1     1    20    37  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   209   206 6   211     6     1     1    20    37  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   210   206 6   211     6     0     0    18    35  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   211   211 5   211     6     1     1    22    38  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   212   212 6   212     5     1     1    21    38  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]     53     61 c g = =
    MP   213   212 6   217     4     2     2    20    36  -2.434  -3.915  -0.420  -9.810                 -7.764 -7.613 -7.523  1.793 -0.863 -8.040  2.593 -6.942 -7.479  0.539 -7.835 -5.336 -2.323 -7.837  2.076 -6.234 
    ML   214   212 6   217     4     1     1    18    35  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   215   212 6   217     4     1     1    18    35  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   216   212 6   217     4     0     0    17    34  -4.568  -4.250  -2.265  -0.520                 
    IL   217   217 5   217     4     1     1    19    36  -1.684  -1.097  -2.185  -9.390                  0.000  0.000  0.000  0.000 
    IR   218   218 6   218     3     1     1    14    33  -4.601  -0.070  -7.301                          0.000  0.000  0.000  0.000 
                                             [ MATL   52 ]     56      - U - + -
    ML   219   218 6   221     3     1     1    13    32 -12.104  -0.001 -10.758                         -2.680 -2.219 -0.480  1.542 
     D   220   218 6   221     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   221   221 3   221     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]     57      - A - + -
    ML   222   221 3   224     3     1     1    12    30 -12.104  -0.001 -10.758                          1.516 -4.908 -1.478 -0.419 
     D   223   221 3   224     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   224   224 3   224     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]     58      - G - + -
    ML   225   224 3   227     3     1     1    10    29 -12.104  -0.001 -10.758                         -0.785 -1.729  1.459 -1.435 
     D   226   224 3   227     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   227   227 3   227     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]     59      - C - + -
    ML   228   227 3   230     2     1     1     1     1       *   0.000                                  0.048  1.323 -5.334 -1.184 
     D   229   227 3   230     2     0     0     0     0       *   0.000                                 
    IL   230   230 3   230     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    56 ]      -      - - - - -
     E   231   230 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   57 ]      -      - - - - -
     S   232   181 1   233     5     0     0    26    44 -11.049  -0.002 -10.864 -11.076 -11.968         
    IL   233   233 2   233     5     1     1    27    46  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   58 ]     67     81 G C = =
    MP   234   233 2   238     6     2     2    26    44 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -9.804 -6.642 -11.437 -0.809 -11.525 -7.873 -5.927 -11.154 -7.995  3.938 -8.212 -4.534 -6.265 -8.313 -8.332 -10.268 
    ML   235   233 2   238     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   236   233 2   238     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   237   233 2   238     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   238   238 5   238     6     1     1    26    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   239   239 6   239     5     1     1    25    44  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   59 ]     68     80 U A = =
    MP   240   239 6   244     6     2     2    24    42 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -6.766 -6.336 -6.770  1.339 -5.737 -7.690  1.091 -6.323 -6.608 -0.363 -7.127 -0.990  3.298 -7.027 -3.207 -5.360 
    ML   241   239 6   244     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   242   239 6   244     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   243   239 6   244     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   244   244 5   244     6     1     1    24    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   245   245 6   245     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   60 ]     69     79 G C = =
    MP   246   245 6   250     6     2     2    22    40 -12.077 -12.017  -0.003 -10.793 -11.073 -11.468 -6.230 -4.872 -6.057 -0.102 -7.099 -6.647  1.302 -6.708 -6.458  3.385 -6.715 -0.270  0.156 -5.917 -4.202 -5.012 
    ML   247   245 6   250     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   248   245 6   250     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   249   245 6   250     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   250   250 5   250     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   251   251 6   251     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   61 ]     70     78 G C = =
    MP   252   251 6   256     4     2     2    20    38 -11.189 -11.396  -0.003  -9.810                 -9.961 -0.524 -12.060 -4.095 -11.613 -7.821 -5.938 -11.609 -8.006  3.922 -8.205 -4.564 -6.296 -8.281 -8.377 -11.047 
    ML   253   251 6   256     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   254   251 6   256     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   255   251 6   256     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   256   256 5   256     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   257   257 6   257     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   62 ]     71      - U - + -
    ML   258   257 6   260     3     1     1    17    35 -12.104  -0.001 -10.758                         -2.948 -5.443 -6.369  1.939 
     D   259   257 6   260     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   260   260 3   260     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   63 ]     72      - U - + -
    ML   261   260 3   263     3     1     1    16    34 -12.104  -0.001 -10.758                         -8.419 -7.531 -9.496  1.996 
     D   262   260 3   263     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   263   263 3   263     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   64 ]     73      - C - + -
    ML   264   263 3   266     3     1     1    15    33 -12.104  -0.001 -10.758                         -7.640  1.993 -8.119 -6.648 
     D   265   263 3   266     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   266   266 3   266     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   65 ]     74      - G - + -
    ML   267   266 3   269     3     1     1    13    32 -12.104  -0.001 -10.758                          0.830 -6.795  1.139 -6.612 
     D   268   266 3   269     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   269   269 3   269     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   66 ]     75      - A - + -
    ML   270   269 3   272     3     1     1    12    30 -12.104  -0.001 -10.758                          1.931 -6.699 -6.725 -2.585 
     D   271   269 3   272     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   272   272 3   272     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   67 ]     76      - U - + -
    ML   273   272 3   275     3     1     1    10    29 -12.104  -0.001 -10.758                         -6.273 -3.125 -7.030  1.950 
     D   274   272 3   275     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   275   275 3   275     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   68 ]     77      - U - + -
    ML   276   275 3   278     2     1     1     1     1       *   0.000                                 -8.419 -7.531 -9.496  1.996 
     D   277   275 3   278     2     0     0     0     0       *   0.000                                 
    IL   278   278 3   278     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    69 ]      -      - - - - -
     E   279   278 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-SeC
ACC   euk-SeC-050216
LENG  87
MAXL  171
ALPH  RNA
RF    yes
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Mon May  2 18:05:24 2016
COM   [1] cmbuild -F --enone --hand /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-SeC-050216.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-SeC-050216.sto
NSEQ  65
EFFN  4.598083
CKSUM 667121502
STATS LOCAL MSV       -8.7166  0.71869
STATS LOCAL VITERBI   -9.7086  0.71869
STATS LOCAL FORWARD   -3.9019  0.71869
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.63336  1.36932  1.21142  1.37566
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  0.00000        *
      1   2.95831  3.90140  0.09940  3.79408      1 G = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      2   3.68124  0.18118  3.51499  2.20022      2 C = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      3   1.71334  0.97082  1.52618  1.49789      3 c = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      4   1.88170  1.01165  1.63906  1.23827      4 c = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      5   1.79547  1.63616  0.71124  1.90926      5 g = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      6   1.61754  1.93512  0.77071  1.63719      6 g = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      7   1.06093  1.72036  1.37615  1.50366      7 a = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      8   3.07381  1.88899  2.85094  0.29472      8 U = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
      9   2.92838  3.86528  0.10300  3.75358      9 G = - (
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     10   0.06404  4.07589  3.72958  3.86068     10 A + - ,
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     11   1.74928  1.91536  1.01832  1.14692     11 g + - ,
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     12   2.63785  0.54738  2.43581  1.33753     12 C = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     13   2.25449  1.02144  1.86436  0.96757     13 u = - <
          1.38629  1.38629  1.38629  1.38629
          0.07815  2.79357  4.27042  0.40721  1.09512  1.09861  0.40547
     14   1.85774  1.37209  1.76976  0.86744     15 u = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     15   1.75485  1.02307  1.36440  1.55095     16 c = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     16   1.31966  1.62272  1.00173  1.78279     17 g = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     17   1.76562  1.16879  1.08841  1.70690     18 g = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     18   2.74553  2.72695  2.99099  0.19829     19 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     19   3.50788  4.47429  0.06111  4.02160     20 G + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     20   3.50788  4.47429  0.06111  4.02160     21 G + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     21   2.41359  2.23111  2.50924  0.32605     22 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     22   1.84193  1.22671  1.06811  1.58682     23 g = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     23   1.98767  1.09623  1.49573  1.18819     24 c = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     24   1.69939  1.57918  0.95599  1.48444     25 g = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     25   1.84496  1.99030  0.67083  1.63974     26 G = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     26   1.31813  2.01249  0.77592  1.97740     27 g = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     27   1.57017  2.32711  0.50343  2.40844     28 G = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     28   1.89449  1.68344  1.61266  0.76676     29 u = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     29   1.80409  2.35513  0.48437  2.08420     30 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     30   1.96705  0.65084  2.07296  1.54783     31 C = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     31   1.21711  2.03915  0.94558  1.68566     32 g = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     32   3.10669  3.99074  0.08677  3.91807     33 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     33   1.46397  2.12828  0.61920  2.19580     34 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     34   3.82474  0.07805  4.34893  3.21052     35 C + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     35   3.41761  3.25381  3.95704  0.09490     36 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     36   3.41761  3.25381  3.95704  0.09490     37 U * - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     37   3.82474  0.07805  4.34893  3.21052     38 C * - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     38   0.06404  4.07589  3.72958  3.86068     39 A * - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     39   0.10364  3.71670  3.11524  3.51417     40 A + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     40   0.06404  4.07589  3.72958  3.86068     41 A + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     41   2.43229  0.69126  1.98520  1.29511     42 C = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     42   4.14394  0.09984  3.90807  2.82892     43 C = - >
          1.38629  1.38629  1.38629  1.38629
          0.06300  4.27042  3.05583  1.46634  0.26236  1.09861  0.40547
     43   1.85238  1.02961  1.86932  1.10334     44 c = - >
          1.38629  1.38629  1.38629  1.38629
          0.02934  4.23675  4.23675  1.46634  0.26236  0.46604  0.98748
     44   1.74979  2.23153  0.58699  1.81507     45 G = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     45   2.54469  1.90595  2.20589  0.41148     46 U = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     46   0.85576  2.03168  1.45214  1.56134     47 a = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     47   2.74311  2.64725  0.21630  2.82525     48 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     48   2.02585  1.02216  1.03848  1.86879     49 c = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     49   2.47355  1.22042  1.77373  0.79649     50 u = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     50   2.33990  2.62136  0.24886  2.97066     51 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     51   1.76452  1.20164  1.79443  1.01664     52 u = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     52   1.67052  1.09070  1.74301  1.20105     53 c = - <
          1.38629  1.38629  1.38629  1.38629
          0.17311  1.93114  4.27042  0.48558  0.95540  1.09861  0.40547
     53   1.93004  2.10571  1.83902  0.55491     56 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     54   0.57899  2.37735  2.02473  1.53847     57 A + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     55   1.59823  2.20307  0.63717  1.84204     58 G + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     56   1.36896  0.77062  2.60288  1.56618     59 c + - _
          1.38629  1.38629  1.38629  1.38629
          0.18150  1.88383  4.27042  0.17472  1.83068  1.09861  0.40547
     57   1.68037  1.88703  0.80673  1.53312     61 g = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     58   1.37894  1.94410  0.90122  1.61464     62 g = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     59   3.20647  0.28346  2.50305  2.08351     63 C = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     60   0.88657  1.88497  1.11095  2.23630     64 a = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     61   2.10284  1.11809  0.94732  1.81274     65 g = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     62   0.25915  2.92068  2.46941  2.41064     66 A = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     63   2.72400  3.88990  0.11474  3.80146     67 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     64   1.80881  1.40169  1.75080  0.87627     68 u = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     65   1.88798  1.88566  0.57177  2.02217     69 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     66   2.58739  3.74503  0.13381  3.63457     70 G = - <
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     67   2.62048  2.80172  3.34927  0.18462     71 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     68   3.41761  3.25381  3.95704  0.09490     72 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     69   3.82474  0.07805  4.34893  3.21052     73 C + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     70   0.90641  2.95402  0.75876  2.58158     74 g + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     71   0.14764  3.32723  3.24005  2.77737     75 A + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     72   3.04751  2.69844  3.56773  0.15433     76 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     73   3.41761  3.25381  3.95704  0.09490     77 U + - _
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     74   3.83033  0.13503  3.58504  2.56556     78 C = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     75   2.23255  0.66772  1.76025  1.57085     79 C = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     76   0.98326  1.96703  1.25957  1.59819     80 a = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     77   4.00090  0.13535  3.73927  2.47078     81 C = - >
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     78   3.92271  0.14625  3.70712  2.38896     82 C = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     79   2.59562  2.89653  1.75308  0.36105     83 U = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     80   1.74502  1.59000  1.41715  0.97014     84 u = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     81   1.71539  1.15715  1.69784  1.13119     85 u = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     82   2.16502  0.79821  1.51395  1.53674     86 c = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     83   1.64075  1.82687  0.78713  1.66021     87 g = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     84   1.76668  1.59881  0.87622  1.55774     88 g = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     85   2.51519  3.67620  0.14826  3.45372     89 G = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     86   3.99987  0.13638  3.76555  2.45322     90 C = - )
          1.38629  1.38629  1.38629  1.38629
          0.02835  4.27042  4.27042  1.46634  0.26236  1.09861  0.40547
     87   2.66725  3.93474  0.12537  3.54617     91 G + - :
          1.38629  1.38629  1.38629  1.38629
          0.01428  4.25634        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Ser
ACC      euk-Ser-r2-031616
STATES   265
NODES    71
CLEN     82
W        600
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 13:00:09 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ser-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Ser-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ser-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ser-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ser-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Ser-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ser-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     2001
EFFN     2001.000000
CKSUM    3167817025
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -9.6986 0.71868
ECMLC    0.65785    -7.87225     1.59755     1600000      609140  0.001970
ECMGC    0.34682   -47.48836   -35.79697     1600000       23069  0.017339
ECMLI    0.68392    -6.95694     2.02095     1600000      556938  0.002155
ECMGI    0.34739   -44.72098   -33.02962     1600000       23224  0.017224
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     0     1   600  1240 -15.894 -17.139  -0.000 -12.503                 
    IL     1     1 2     1     4    27    53   602  1243  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    28    55   603  1243  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    233 - G - -
    MR     3     2 3     5     5    31    56   602  1242  -5.536  -0.031 -15.757 -15.970 -16.861         -1.317 -5.318  1.789 -3.096 
     D     4     2 3     5     5    24    49   598  1238  -5.628  -0.983  -3.254  -4.685  -1.600         
    IR     5     5 3     5     5    31    57   603  1244  -0.597  -1.566 -12.321 -10.489 -11.595          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    229 G C - -
    MP     6     5 3    10     6    30    55   600  1241  -7.527  -5.236  -0.073 -15.589  -8.177  -6.184 -14.450 -3.063 -4.756 -6.836 -16.251 -4.099 -10.722 -5.792 -1.869  3.910 -4.375 -1.507 -11.035 -4.444 -13.093 -14.525 
    ML     7     5 3    10     6    27    52   600  1240  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    27    52   598  1238  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    23    47   593  1233  -9.466  -8.165  -3.962  -4.644  -4.661  -0.232 
    IL    10    10 5    10     6    29    52   597  1237  -6.231  -6.494  -4.412  -8.149  -0.116  -8.585  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    25    50   598  1239  -1.248  -6.421  -1.525 -10.012  -2.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      3    226 u a - -
    MP    12    11 6    16     6    32    55   599  1239 -16.800 -16.740  -0.000 -15.516 -15.796 -16.191 -10.787 -7.102 -4.893  1.391 -5.839 -11.672  1.139 -5.365 -10.726  0.593 -8.890  2.050  2.220 -11.000 -0.425 -4.789 
    ML    13    11 6    16     6    31    55   599  1240 -11.838  -0.030  -6.899  -6.593 -12.034  -9.564 -6.542  1.986 -6.993 -5.629 
    MR    14    11 6    16     6    28    51   596  1236 -11.527 -10.256  -6.165 -10.234  -0.027  -8.448  1.288 -4.735  0.563 -4.527 
     D    15    11 6    16     6    23    47   591  1232 -15.536 -14.234 -10.031 -10.713 -10.731  -0.003 
    IL    16    16 5    16     6    28    53   598  1238  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    31    54   599  1239  -1.021  -0.986 -11.353  -9.521 -10.626          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      4    223 C G - -
    MP    18    17 6    22     6    30    53   597  1237 -16.825  -5.545  -0.031 -15.541 -15.820 -16.216 -10.457 -5.768 -2.611  1.973 -4.581 -6.524  3.062 -6.063 -7.252 -0.950 -11.006 -2.948  1.184 -6.714 -0.910 -8.230 
    ML    19    17 6    22     6    27    51   596  1237  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    27    50   595  1235 -11.527 -10.256  -0.739 -10.234  -1.337  -8.448  1.243 -3.140 -3.358  0.508 
     D    21    17 6    22     6    23    47   591  1232 -15.536 -14.234 -10.031 -10.713 -10.731  -0.003 
    IL    22    22 5    22     6    27    51   596  1237  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    29    52   597  1238  -7.208  -5.296  -0.052  -8.887  -9.993          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      5    221 G C - -
    MP    24    23 6    28     6    28    51   594  1235  -6.414 -16.741  -0.017 -15.518 -15.797 -16.193 -10.768 -1.166 -10.586  1.999 -11.717 -6.246 -2.079 -1.719 -6.450  3.174 -5.798  0.660 -1.650 -4.446 -8.791 -9.552 
    ML    25    23 6    28     6    28    51   596  1237 -12.179  -0.024  -7.239  -6.934 -12.375  -9.904  1.992 -7.612 -6.906 -7.054 
    MR    26    23 6    28     6    26    48   592  1233 -10.257  -8.986  -4.895  -8.964  -0.067  -7.178 -4.275  1.932 -4.917 -3.346 
     D    27    23 6    28     6    23    47   591  1232 -15.536 -14.234  -1.127  -6.970  -1.248  -3.144 
    IL    28    28 5    28     6    28    50   594  1235  -1.020  -8.447  -0.995 -10.102 -10.878 -10.539  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    28    51   595  1236  -0.598  -1.565 -12.269 -10.437 -11.543          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      8    217 u a - -
    MP    30    29 6    34     6    26    49   592  1233 -16.849 -16.789  -0.000 -15.565 -15.845 -16.240 -6.112 -5.641 -5.702  2.139 -6.690 -9.644  1.876 -6.215 -7.496  0.510 -9.412 -3.568  2.437 -4.264 -0.305 -4.149 
    ML    31    29 6    34     6    24    47   591  1231  -6.854  -7.200  -0.720  -1.609  -7.050  -4.579 -0.210 -0.510 -0.833  0.905 
    MR    32    29 6    34     6    25    48   591  1232 -12.132 -10.861  -6.770 -10.839  -0.018  -9.053 -0.033 -5.125  1.563 -4.708 
     D    33    29 6    34     6    21    43   587  1228 -12.419 -11.118  -6.915  -7.597  -7.614  -0.028 
    IL    34    34 5    34     6    24    47   592  1232  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    25    48   592  1232  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      9    216 g c - -
    MP    36    35 6    40     6    24    47   590  1231 -16.850 -16.789  -0.017 -15.565  -6.407 -16.240 -11.094 -7.039 -6.256 -0.481 -5.351 -9.441  2.025 -8.643 -11.006  2.752 -8.251 -3.072  0.615 -8.783  1.470 -9.704 
    ML    37    35 6    40     6    22    45   589  1229  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    24    47   590  1231  -0.101 -10.861  -4.350 -10.839  -5.973  -9.053 -4.102 -4.014 -0.184  1.585 
     D    39    35 6    40     6    21    43   587  1228 -12.419 -11.118  -6.915  -0.191  -7.614  -3.185 
    IL    40    40 5    40     6    23    46   589  1230  -7.438  -7.701  -0.021  -9.356 -10.132  -9.792  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    23    45   589  1230  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]     11    215 G C - -
    MP    42    41 6    46     4    22    45   588  1229  -6.464  -6.010  -0.039 -14.700                 -10.819 -1.922 -10.637  2.053 -5.442 -7.412 -1.042 -11.327 -6.365  3.086 -7.681 -0.803  0.987 -10.491 -8.841 -8.425 
    ML    43    41 6    46     4    21    44   587  1228  -6.406  -6.589  -0.070  -5.318                  1.915 -4.002 -3.494 -3.699 
    MR    44    41 6    46     4    20    43   586  1227  -9.919  -8.948  -6.815  -0.017                 -2.882  1.926 -5.513 -4.515 
     D    45    41 6    46     4    20    42   586  1227  -4.962  -4.643  -1.333  -0.914                 
    IL    46    46 5    46     4    22    44   588  1229  -1.010  -8.189  -1.002 -10.675                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    22    45   589  1230  -0.596  -1.567  -9.981                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     14      - U - - -
    ML    48    47 6    50     3    20    43   586  1227 -16.992  -0.000 -15.646                         -6.802 -5.901 -11.703  1.991 
     D    49    47 6    50     3    19    42   585  1226 -12.024  -0.017  -6.416                         
    IL    50    50 3    50     3    20    43   587  1227  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     15      - G - - -
    ML    51    50 3    53     2    19    42   585  1226  -7.534  -0.008                                 -2.823 -4.869  1.916 -4.299 
     D    52    50 3    53     2    18    41   584  1225  -8.445  -0.004                                 
    IL    53    53 3    53     2    19    42   585  1226  -5.470  -0.033                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3    55   164    18    41   584  1225                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S    55    54 1    56     1     1    17   553  1193   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B    56    55 1    57   107     1    17   553  1193                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S    57    56 1    58     4     0     3    29    50  -0.000 -15.002 -11.955 -15.049                 
                                             [ MATP   15 ]     17     37 G C - -
    MP    58    57 1    62     6     2     5    29    50  -7.242 -16.812  -0.010 -15.589 -15.868 -16.264 -10.839 -4.939 -10.658 -0.805 -8.639 -5.265  0.596 -11.347 -4.108  3.527 -7.065 -0.245  0.481 -5.799 -8.861 -9.623 
    ML    59    57 1    62     6     1     1    28    49  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    60    57 1    62     6     1     1    28    49  -7.589  -6.318  -2.227  -6.296  -0.490  -4.510  1.120 -0.999 -0.746 -0.455 
     D    61    57 1    62     6     0     0    26    46  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    62    62 5    62     6     1     1    28    50  -6.495  -6.758  -0.040  -8.413  -9.189  -8.850  0.000  0.000  0.000  0.000 
    IR    63    63 6    63     5     1     1    29    50  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     19     36 C G - -
    MP    64    63 6    68     6     2     5    27    48 -16.873 -16.812  -0.001 -13.111 -11.215 -16.264 -13.928 -14.210 -4.916 -10.447 -4.160 -6.246  3.961 -12.511 -13.349 -2.429 -13.469 -12.615 -4.263 -13.762 -3.488 -12.151 
    ML    65    63 6    68     6     1     1    26    47  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    66    63 6    68     6     1     1    26    47  -7.589  -6.318  -2.227  -6.296  -0.490  -4.510 -0.132 -1.053  0.915 -0.475 
     D    67    63 6    68     6     0     0    24    45  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    68    68 5    68     6     1     1    27    48  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    69    69 6    69     5     1     1    27    48  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     20     35 C G - -
    MP    70    69 6    74     6     2     4    25    46 -16.872 -16.811  -0.001 -15.588 -11.400 -16.263 -11.167 -5.037 -5.770 -0.319 -4.638 -12.011  3.608 -6.626 -11.026  0.708 -4.506 -3.470 -0.567 -11.350 -1.295 -4.281 
    ML    71    69 6    74     6     1     1    25    46  -6.593  -6.939  -0.917  -1.348  -6.789  -4.318  0.019  0.342 -0.674  0.127 
    MR    72    69 6    74     6     1     1    25    45  -8.328  -7.057  -0.919  -7.036  -1.229  -5.249 -0.952 -2.061  1.524 -1.446 
     D    73    69 6    74     6     0     0    24    44  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    74    74 5    74     6     1     1    25    46  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    75    75 6    75     5     1     1    25    46  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     21     34 G A - -
    MP    76    75 6    80     4     2     4    23    44 -16.099 -16.306  -0.000 -14.720                 -1.970 -1.383 -6.723 -4.730 -3.532 -3.912 -10.681 -13.154  3.776 -6.646 -4.894  0.365 -6.773 -14.417 -12.515 -3.072 
    ML    77    75 6    80     4     1     1    25    45  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    78    75 6    80     4     1     1    24    44  -6.198  -5.227  -0.978  -1.145                  1.520 -1.694 -1.393 -1.178 
     D    79    75 6    80     4     0     0    24    44  -4.568  -4.250  -2.265  -0.520                 
    IL    80    80 5    80     4     1     1    26    46  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    81    81 6    81     3     1     1    25    45  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     22      - A - - -
    ML    82    81 6    84     3     1     3    21    42 -17.009  -0.000 -15.663                          1.984 -12.715 -4.783 -6.958 
     D    83    81 6    84     3     0     0    20    41  -7.180  -2.693  -0.254                         
    IL    84    84 3    84     3     1     1    24    44  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     23      - G - - -
    ML    85    84 3    87     3     1     2    20    41 -17.009  -0.000 -15.663                         -6.210 -6.339  1.991 -12.275 
     D    86    84 3    87     3     0     0    19    40  -7.180  -0.607  -1.571                         
    IL    87    87 3    87     3     1     1    23    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     24      - U - - -
    ML    88    87 3    90     3     1     2    19    40  -6.060  -0.022 -15.663                         -2.671 -1.427 -5.574  1.787 
     D    89    87 3    90     3     0     0    18    39  -6.174  -1.687  -0.566                         
    IL    90    90 3    90     3     1     1    23    44  -1.262  -2.511  -1.295                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     27      - G - - -
    ML    91    90 3    93     3     1     2    11    30 -16.993  -0.000 -15.647                         -6.224 -13.294  1.995 -12.266 
     D    92    90 3    93     3     0     0    13    31 -11.920  -7.433  -0.009                         
    IL    93    93 3    93     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     28      - G - - -
    ML    94    93 3    96     3     1     1    10    28 -16.993  -0.000 -15.647                         -7.154 -6.761  1.991 -6.837 
     D    95    93 3    96     3     0     0    12    30 -11.920  -0.019  -6.311                         
    IL    96    96 3    96     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     29      - U - - -
    ML    97    96 3    99     3     1     1     8    27  -2.498  -0.284  -9.465                         -4.327 -5.631 -5.140  1.964 
     D    98    96 3    99     3     0     0    11    29  -6.174  -1.687  -0.566                         
    IL    99    99 3    99     3     1     1     8    26  -4.772  -0.054 -11.962                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     32      - U - - -
    ML   100    99 3   102     3     1     1     7    25 -17.007  -0.000 -15.661                         -5.298 -3.314 -2.661  1.894 
     D   101    99 3   102     3     0     0    11    30  -9.141  -0.133  -3.533                         
    IL   102   102 3   102     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     33      - A - - -
    ML   103   102 3   105     2     1     1     1     1       *   0.000                                  1.993 -7.414 -7.307 -7.084 
     D   104   102 3   105     2     0     0     0     0       *   0.000                                 
    IL   105   105 3   105     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   106   105 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   107    56 1   108     3     0     1   536  1177 -17.009  -0.000 -15.663                         
    IL   108   108 2   108     3     1     1   538  1178  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     38      - G - - -
    ML   109   108 2   111     5     1     1   536  1177 -15.942  -0.069  -4.411 -15.970 -16.861         -3.193 -5.789  1.927 -3.843 
     D   110   108 2   111     5     0     0   533  1174  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   111   111 3   111     5     1     1   536  1177  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     39    128 A U - -
    MP   112   111 3   116     6     2     2   535  1176 -16.804 -16.743  -0.000 -15.520 -15.800 -16.195 -10.362 -3.076 -4.286  3.005 -7.763 -5.962  0.575 -4.104 -10.391 -2.791 -7.303 -1.894  2.427 -10.614 -1.929 -2.574 
    ML   113   111 3   116     6     1     1   536  1177  -0.087 -13.690  -4.196  -8.099 -13.540 -11.069  0.813 -7.402  1.158 -7.237 
    MR   114   111 3   116     6     1     1   532  1172  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   115   111 3   116     6     0     0   526  1167  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   116   116 5   116     6     1     1   536  1176  -0.875 -10.560  -1.140 -12.215 -12.991 -12.651  0.000  0.000  0.000  0.000 
    IR   117   117 6   117     5     1     1   534  1175  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     44    127 U A - -
    MP   118   117 6   122     6     2     2   533  1174 -16.873  -7.290  -0.010 -12.876 -13.223 -16.264 -11.170 -6.847 -11.170  1.022 -6.195 -12.014  0.608 -10.690 -7.121  0.598 -11.542 -6.397  3.405 -6.760 -2.009 -4.780 
    ML   119   117 6   122     6     1     1   531  1171  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   120   117 6   122     6     1     1   530  1170  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   121   117 6   122     6     0     0   525  1165  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   122   122 5   122     6     1     1   532  1173  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   123   123 6   123     5     1     1   532  1173  -5.621  -0.046  -9.132  -7.300  -8.406          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     45    125 G C - -
    MP   124   123 6   128     6     2     2   531  1172  -7.434 -16.812  -0.008 -15.589 -15.868 -16.264 -10.852 -4.093 -10.671  1.338 -11.801 -8.174 -2.112 -11.361 -5.976  3.289 -7.317 -3.783  1.725 -10.523 -8.875 -9.636 
    ML   125   123 6   128     6     1     1   529  1170  -6.657  -7.003  -0.863  -1.412  -6.853  -4.383  0.078 -0.802  0.620 -0.262 
    MR   126   123 6   128     6     1     1   528  1169  -7.276  -6.005  -1.163  -5.983  -1.117  -4.196  0.032  0.321 -0.660  0.131 
     D   127   123 6   128     6     0     0   523  1163  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   128   128 5   128     6     1     1   530  1171  -6.316  -6.579  -0.045  -8.234  -9.010  -8.670  0.000  0.000  0.000  0.000 
    IR   129   129 6   129     5     1     1   530  1171  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     47    124 G C - -
    MP   130   129 6   134     6     2     2   529  1170  -7.557 -16.812  -0.011  -8.927 -15.869 -16.264 -11.464 -3.443 -11.327 -5.791 -12.431 -3.780  0.768 -12.000 -5.199  3.769 -5.008 -1.469 -4.649 -6.759 -9.499 -6.361 
    ML   131   129 6   134     6     1     1   527  1168  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   132   129 6   134     6     1     1   525  1166  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   133   129 6   134     6     0     0   522  1162  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   134   134 5   134     6     1     1   528  1169  -6.203  -6.466  -0.049  -8.121  -8.898  -8.558  0.000  0.000  0.000  0.000 
    IR   135   135 6   135     5     1     1   528  1168  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     49    123 A U - -
    MP   136   135 6   140     4     2     2   527  1168 -16.097 -16.304  -0.000 -14.718                 -5.576 -5.009 -5.284  3.707 -7.479 -11.981  0.490 -5.073 -11.002 -1.196 -8.031 -3.566 -0.295 -11.318 -4.955 -4.344 
    ML   137   135 6   140     4     1     1   526  1167  -6.187  -6.369  -0.082  -5.099                 -2.716 -2.510 -3.490  1.841 
    MR   138   135 6   140     4     1     1   522  1163  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   139   135 6   140     4     0     0   521  1161  -4.568  -4.250  -2.265  -0.520                 
    IL   140   140 5   140     4     1     1   527  1167  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   141   141 6   141     3     1     1   526  1167  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     50      - C - - -
    ML   142   141 6   144     3     1     1   525  1166 -17.009  -0.000 -15.663                         -5.884  1.791 -5.361 -1.007 
     D   143   141 6   144     3     0     0   518  1159  -6.174  -1.687  -0.566                         
    IL   144   144 3   144     3     1     1   525  1166  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     51      - U - - -
    ML   145   144 3   147     3     1     1   524  1165 -17.009  -0.000 -15.663                         -6.426 -5.359 -5.370  1.978 
     D   146   144 3   147     3     0     0   515  1155  -6.174  -1.687  -0.566                         
    IL   147   147 3   147     3     1     1   524  1164  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     52      - u - - -
    ML   148   147 3   150     3     1     1   523  1164 -17.009  -0.000 -15.663                          0.001 -0.002 -0.002  0.002 
     D   149   147 3   150     3     0     0   509  1150  -6.174  -1.687  -0.566                         
    IL   150   150 3   150     3     1     1   523  1163  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     53      - u - - -
    ML   151   150 3   153     3     1     1   522  1163 -17.009  -0.000 -15.663                          0.001 -0.002 -0.002  0.002 
     D   152   150 3   153     3     0     0   501  1141  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1   521  1161  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     54      - u - - -
    ML   154   153 3   156     3     1     1   521  1162 -17.009  -0.000 -15.663                          0.001 -0.002 -0.002  0.002 
     D   155   153 3   156     3     0     0   484  1125  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1   519  1159  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     55      - A - - -
    ML   157   156 3   159     3     1     1   520  1161  -1.763  -0.503 -15.663                          1.942 -5.862 -2.824 -11.740 
     D   158   156 3   159     3     0     0   413  1054  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1   562  1202  -0.041  -5.141 -17.782                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    122      - A - - -
    ML   160   159 3   162     2     1     1     1     1       *   0.000                                  1.906 -2.423 -4.913 -4.931 
     D   161   159 3   162     2     0     0     0     0       *   0.000                                 
    IL   162   162 3   162     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   163   162 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S   164    54 1   165     3     0     7   100   189 -17.009  -0.000 -15.663                         
    IL   165   165 2   165     3     1     8   102   190  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    129      - U - - -
    ML   166   165 2   168     2     1     7   100   189  -2.844  -0.216                                 -3.488 -3.151 -5.770  1.918 
     D   167   165 2   168     2     0     6    81   169  -8.445  -0.004                                 
    IL   168   168 3   168     2     1     8   109   197  -0.300  -2.412                                  0.000  0.000  0.000  0.000 
                                             [ BIF    45 ]      -      - - - - -
     B   169   168 3   170   205     0     6    69   117                                                 
                                             [ BEGL   46 ]      -      - - - - -
     S   170   169 1   171     4     0     0    50    98  -0.086  -8.742 -14.409  -4.173                 
                                             [ MATP   47 ]    154    185 G C - -
    MP   171   170 1   175     6     2     2    50    98 -16.788  -6.398  -0.017 -15.503 -15.783 -16.178 -10.756 -4.497 -10.575 -0.081 -11.704 -11.171  0.638 -8.788 -11.013  3.462 -11.259  0.150  0.390 -7.229 -8.779 -9.540 
    ML   172   170 1   175     6     1     1    51    99  -9.188  -9.534  -4.249  -0.098  -9.384  -6.914 -3.071 -4.466  1.912 -3.812 
    MR   173   170 1   175     6     1     1    49    97  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   174   170 1   175     6     0     0    35    84 -16.728 -15.426 -11.223 -11.905 -11.923  -0.001 
    IL   175   175 5   175     6     1     1    49    98  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   176   176 6   176     5     1     1    50    98  -1.264  -0.786 -10.630  -8.798  -9.904          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    155    182 G C - -
    MP   177   176 6   181     6     2     2    48    96  -6.076  -5.067  -0.066 -15.503 -15.783 -16.178 -5.765 -6.168 -10.712 -2.545 -10.914 -9.163  1.469 -11.026 -6.664  3.211 -11.315 -4.928  1.860 -3.842 -5.901 -7.116 
    ML   178   176 6   181     6     1     1    50    98  -9.188  -9.534  -4.249  -0.098  -9.384  -6.914 -3.071 -4.466  1.912 -3.812 
    MR   179   176 6   181     6     1     1    48    97  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   180   176 6   181     6     0     0    35    83 -16.728 -15.426 -11.223 -11.905 -11.923  -0.001 
    IL   181   181 5   181     6     1     1    50    99  -1.097  -0.942  -6.607 -10.344 -11.121 -10.781  0.000  0.000  0.000  0.000 
    IR   182   182 6   182     5     1     1    48    96  -8.204  -4.510 -11.715  -0.600  -1.772          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    158    180 G C - -
    MP   183   182 6   187     6     2     2    45    94 -16.724 -16.663  -0.403  -7.841  -5.382  -2.214 -10.690 -7.554 -10.509  0.077 -11.637 -2.919  1.230 -11.198 -6.618  3.500 -5.570 -3.168 -2.589 -1.125 -1.499 -5.412 
    ML   184   182 6   187     6     1     1    49    97  -9.188  -9.534  -4.249  -0.098  -9.384  -6.914 -3.071 -4.466  1.912 -3.812 
    MR   185   182 6   187     6     1     1    48    96 -13.156 -11.885  -7.794  -4.306  -0.084 -10.077 -0.710 -2.160 -5.383  1.651 
     D   186   182 6   187     6     0     0    35    83 -17.021 -15.719 -11.516 -12.198 -12.216  -0.001 
    IL   187   187 5   187     6     1     1    46    94  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   188   188 6   188     5     1     1    46    94  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    159    179 c g - -
    MP   189   188 6   193     4     2     2    44    92  -3.336  -5.090  -0.226  -5.938                 -10.616 -4.506 -10.614 -1.310 -4.011 -7.221  2.956 -6.717 -10.478  2.629 -10.989 -5.810  0.187 -10.792 -1.463 -7.191 
    ML   190   188 6   193     4     1     1    48    96  -0.377  -2.467  -4.636  -6.799                 -3.156 -3.137 -0.722  1.664 
    MR   191   188 6   193     4     1     1    47    95  -1.050  -2.974  -1.375  -7.907                  0.216 -3.503 -3.997  1.426 
     D   192   188 6   193     4     0     0    34    83  -7.325  -0.519  -2.340  -3.347                 
    IL   193   193 5   193     4     1     1    48    96  -0.550  -1.660 -10.721 -14.459                  0.000  0.000  0.000  0.000 
    IR   194   194 6   194     3     1     1    22    44  -1.234  -0.842  -5.890                          0.000  0.000  0.000  0.000 
                                             [ MATL   51 ]    168      - U - - -
    ML   195   194 6   197     3     1     1     8    27 -16.941  -0.000 -15.595                         -1.540 -4.582 -2.975  1.802 
     D   196   194 6   197     3     0     0     9    28 -13.986  -9.499  -0.002                         
    IL   197   197 3   197     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   52 ]    169      - U - - -
    ML   198   197 3   200     3     1     1     7    25 -16.941  -0.019  -6.249                         -2.807  0.730 -4.813  1.113 
     D   199   197 3   200     3     0     0     8    26 -13.986  -9.499  -0.002                         
    IL   200   200 3   200     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    170      - U - - -
    ML   201   200 3   203     2     1     1     1     1       *   0.000                                 -2.059 -0.166 -5.994  1.513 
     D   202   200 3   203     2     0     0     0     0       *   0.000                                 
    IL   203   203 3   203     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    54 ]      -      - - - - -
     E   204   203 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   55 ]      -      - - - - -
     S   205   169 1   206     3     0     0    35    61 -17.009  -0.092  -4.014                         
    IL   206   206 2   206     3     1     1    37    63  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    186      - G - - -
    ML   207   206 2   209     3     1     2    35    61  -5.701  -0.028 -15.571                         -3.508 -4.935  1.901 -2.779 
     D   208   206 2   209     3     0     0    34    60 -14.418  -0.006  -8.024                         
    IL   209   209 3   209     3     1     1    35    61  -5.972  -0.027  -8.672                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    188      - C - - -
    ML   210   209 3   212     5     1     1    34    60 -15.942  -0.000 -15.757 -15.970 -16.861         -6.349  1.953 -5.510 -3.407 
     D   211   209 3   212     5     0     0    32    59  -5.310  -1.154  -4.572  -1.533  -2.859         
    IL   212   212 3   212     5     1     1    34    60  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   58 ]    189    211 G C - -
    MP   213   212 3   217     6     2     2    33    59 -16.873  -6.273  -0.019 -13.249 -11.887 -16.264 -6.301 -3.665 -7.162  1.004 -11.788 -5.188 -2.583 -5.288 -4.675  3.528 -6.093  0.985 -7.120 -3.752 -8.862 -5.502 
    ML   214   212 3   217     6     1     1    32    58  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   215   212 3   217     6     1     1    32    58  -7.311  -6.040  -1.949  -6.018  -0.620  -4.232 -0.021 -0.416 -0.623  0.692 
     D   216   212 3   217     6     0     0    30    56  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   217   217 5   217     6     1     1    32    59  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   218   218 6   218     5     1     1    32    58  -6.558  -0.024 -10.070  -8.237  -9.343          0.000  0.000  0.000  0.000 
                                             [ MATP   59 ]    190    209 C G - -
    MP   219   218 6   223     6     2     2    31    57 -16.873 -16.812  -0.000 -15.588 -15.868 -16.263 -8.356 -10.863 -6.825 -0.026 -4.177 -12.004  3.144 -7.567 -11.019 -2.805 -6.147 -2.186  1.602 -6.900  1.392 -4.089 
    ML   220   218 6   223     6     1     1    32    58  -6.559  -6.905  -0.949  -1.314  -6.755  -4.284  0.029 -0.398 -0.569  0.630 
    MR   221   218 6   223     6     1     1    30    56  -7.893  -6.622  -1.827  -6.600  -0.604  -4.814  1.325 -1.291 -1.025 -0.750 
     D   222   218 6   223     6     0     0    29    55  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   223   223 5   223     6     1     1    31    57  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   224   224 6   224     5     1     1    30    57  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   60 ]    191    208 A U - -
    MP   225   224 6   229     6     2     2    29    55  -7.445 -16.812  -0.008 -15.589 -15.868 -16.263 -5.664 -9.478 -8.308  3.473 -11.788 -7.092 -0.894 -7.963 -7.599  2.022 -6.214 -5.184 -4.611 -10.512 -6.845 -2.578 
    ML   226   224 6   229     6     1     1    31    58  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   227   224 6   229     6     1     1    29    56  -7.727  -6.456  -1.537  -6.434  -0.767  -4.648 -0.360  0.855 -1.091 -0.085 
     D   228   224 6   229     6     0     0    29    55  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   229   229 5   229     6     1     1    28    54  -6.306  -6.569  -0.045  -8.224  -9.001  -8.661  0.000  0.000  0.000  0.000 
    IR   230   230 6   230     5     1     1    29    55  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   61 ]    193    207 G C - -
    MP   231   230 6   235     6     2     2    27    53  -7.514 -16.812  -0.023  -6.575 -15.869 -16.264 -10.847 -2.016 -10.666 -0.191 -11.796 -6.836 -4.585 -5.973 -2.073  3.710 -11.348 -2.252  0.341 -7.102 -8.870 -9.631 
    ML   232   230 6   235     6     1     1    31    58  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   233   230 6   235     6     1     1    29    55  -7.491  -6.220  -2.129  -6.199  -0.531  -4.412 -0.181 -0.494 -0.801  0.875 
     D   234   230 6   235     6     0     0    28    54  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   235   235 5   235     6     1     1    25    51  -6.243  -6.506  -0.047  -8.161  -8.937  -8.597  0.000  0.000  0.000  0.000 
    IR   236   236 6   236     5     1     1    28    54  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   62 ]    195    206 G C - -
    MP   237   236 6   241     4     2     2    18    44 -16.084 -16.291  -0.000 -14.705                 -14.841 -2.964 -17.434 -8.910 -16.446 -4.275 -10.717 -16.767 -4.910  3.956 -4.951 -2.388 -11.088 -4.501 -13.178 -16.688 
    ML   238   236 6   241     4     1     1    31    58  -8.317  -0.058  -5.066  -7.229                 -5.278 -6.964  1.982 -6.024 
    MR   239   236 6   241     4     1     1    28    54  -5.377  -4.406  -2.273  -0.470                 -0.152  0.600 -0.862  0.048 
     D   240   236 6   241     4     0     0    27    53  -4.568  -4.250  -2.265  -0.520                 
    IL   241   241 5   241     4     1     1    31    57  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   242   242 6   242     3     1     1    30    57  -1.014  -0.992  -8.883                          0.000  0.000  0.000  0.000 
                                             [ MATL   63 ]    196      - U - - -
    ML   243   242 6   245     3     1     1    13    32 -17.009  -0.000 -15.663                         -7.065 -5.862 -6.128  1.986 
     D   244   242 6   245     3     0     0    18    36  -7.033  -0.690  -1.425                         
    IL   245   245 3   245     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   64 ]    197      - U - - -
    ML   246   245 3   248     3     1     1    12    31 -17.009  -0.000 -15.663                         -7.137 -6.192 -7.185  1.990 
     D   247   245 3   248     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   248   248 3   248     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   65 ]    198      - C - - -
    ML   249   248 3   251     3     1     1    11    29 -17.009  -0.000 -15.663                         -3.147  1.918 -6.141 -3.400 
     D   250   248 3   251     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   251   251 3   251     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   66 ]    199      - G - - -
    ML   252   251 3   254     3     1     1     9    28 -17.009  -0.000 -15.663                         -0.285 -6.784  1.661 -6.911 
     D   253   251 3   254     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   254   254 3   254     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   67 ]    200      - A - - -
    ML   255   254 3   257     3     1     1     8    26 -17.009  -0.000 -15.663                          1.988 -7.362 -7.274 -5.640 
     D   256   254 3   257     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   257   257 3   257     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   68 ]    201      - A - - -
    ML   258   257 3   260     3     1     1     6    12  -7.575  -0.008 -15.663                          1.913 -6.739 -2.246 -6.296 
     D   259   257 3   260     3     0     0     5    12  -6.174  -1.687  -0.566                         
    IL   260   260 3   260     3     1     1     7    13  -4.334  -0.085  -7.034                          0.000  0.000  0.000  0.000 
                                             [ MATL   69 ]    203      - U - - -
    ML   261   260 3   263     2     1     1     1     1       *   0.000                                 -6.674 -2.016 -6.070  1.898 
     D   262   260 3   263     2     0     0     0     0       *   0.000                                 
    IL   263   263 3   263     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    70 ]      -      - - - - -
     E   264   263 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Ser
ACC   euk-Ser-r2-031616
LENG  82
MAXL  584
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 13:00:10 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Ser-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Ser-r2-031616.sto
NSEQ  2001
EFFN  8.331648
CKSUM 3167817025
STATS LOCAL MSV       -8.5896  0.71868
STATS LOCAL VITERBI   -9.4778  0.71868
STATS LOCAL FORWARD   -3.7340  0.71868
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.58420  1.43184  1.20924  1.35636
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57539  4.57539  1.46634  0.26236  0.00000        *
      1   2.05136  2.74064  0.31081  2.60293      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.04279  4.57539  3.45516  1.46634  0.26236  1.09861  0.40547
      2   1.71871  1.49133  1.26546  1.15989      3 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02567  4.55388  4.21171  1.46634  0.26236  1.62246  0.21991
      3   1.57638  0.93079  1.96293  1.35252      4 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.02137  4.54957  4.54957  1.46634  0.26236  1.35776  0.29738
      4   1.42753  2.49811  0.53045  2.41335      5 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.03036  3.94379  4.55388  1.08918  0.41022  1.00661  0.45485
      5   1.51964  1.31111  1.78691  1.06650      8 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02109  4.56280  4.56280  1.46634  0.26236  0.75141  0.63809
      6   2.13786  1.30705  1.09518  1.28374      9 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.03011  4.57305  3.94603  1.46634  0.26236  0.96728  0.47822
      7   1.43654  2.47765  0.60529  2.02194     11 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02994  3.95784  4.56636  1.08983  0.40988  1.35378  0.29876
      8   3.66150  3.46274  4.24365  0.07407     14 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02101  4.56643  4.56643  1.46634  0.26236  0.72676  0.66063
      9   2.72547  3.65718  0.13681  3.30915     15 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02525  4.23550  4.56007  1.09536  0.40710  1.09861  0.40547
     10   1.98070  2.21761  0.44981  2.15925     17 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02606  4.17182  4.57530  1.03784  0.43729  1.10377  0.40290
     11   5.04678  0.03419  4.76844  3.97972     19 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02114  4.57530  4.54532  1.46634  0.26236  1.10377  0.40290
     12   2.21958  0.64933  1.82824  1.56901     20 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02111  4.57499  4.54873  1.46634  0.26236  1.08383  0.41294
     13   1.86284  1.87847  0.67850  1.68974     21 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02083  4.57502  4.57502  1.46634  0.26236  1.08629  0.41168
     14   0.04773  4.46689  3.85883  4.26634     22 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57530  4.57530  1.46634  0.26236  1.10377  0.40290
     15   3.87969  4.75135  0.04149  4.47938     23 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57530  4.57530  1.46634  0.26236  1.08838  0.41062
     16   2.60668  2.23075  3.36766  0.24296     24 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.03273  3.82148  4.57546  0.76970  0.62204  1.09861  0.40547
     17   3.99485  5.13225  0.03478  4.61877     27 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02938  4.57546  3.98199  1.46634  0.26236  1.09861  0.40547
     18   3.92120  4.78916  0.04156  4.37614     28 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02100  4.56708  4.56708  1.46634  0.26236  0.74423  0.64455
     19   3.05514  3.06870  3.56229  0.13008     29 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.17282  1.91507  4.47570  0.16441  1.88645  1.09861  0.40547
     20   3.00716  2.78580  3.01260  0.17468     32 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02084  4.57438  4.57438  1.46634  0.26236  1.03322  0.43984
     21   0.03903  4.54228  4.19460  4.37748     33 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     22   0.76121  1.90053  1.69152  1.61360     34 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.02089  4.57546  4.56849  1.46634  0.26236  1.09861  0.40547
     23   1.82468  1.96940  0.57042  2.01064     35 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57539  4.57539  1.46634  0.26236  1.09398  0.40779
     24   4.16636  4.83715  0.03114  4.93072     36 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     25   2.31730  0.54181  2.09594  1.62551     37 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     26   2.89559  3.87479  0.11784  3.34841     38 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     27   1.16468  1.58291  1.81731  1.13901     39 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.05666  3.10595  4.57546  0.92844  0.50281  1.09861  0.40547
     28   1.92439  1.50934  1.84297  0.74521     44 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02089  4.57546  4.56886  1.46634  0.26236  1.09861  0.40547
     29   1.66789  2.55753  0.56917  1.78460     45 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02540  4.21432  4.57539  1.07590  0.41702  1.09422  0.40767
     30   2.08276  2.21156  0.36962  2.59171     47 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02503  4.23928  4.57546  1.09888  0.40533  1.09861  0.40547
     31   0.76419  1.75007  1.64108  1.79121     49 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     32   3.11488  0.23820  3.66680  1.95182     50 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     33   3.24186  3.10788  3.64256  0.11650     51 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     34   1.28796  1.49738  1.51419  1.27130     52 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     35   1.28796  1.49738  1.51419  1.27130     53 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     36   1.28796  1.49738  1.51419  1.27130     54 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     37   0.09523  3.86028  3.03826  3.82336     55 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.28585  1.43414  4.57546  3.54127  0.02940  1.09861  0.40547
     38   0.14828  2.85449  3.28596  3.15065    122 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02243  4.57546  4.43285  1.46634  0.26236  1.09861  0.40547
     39   1.99710  1.78318  1.60881  0.70109    123 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.02085  4.57388  4.57388  1.46634  0.26236  1.00583  0.45530
     40   2.85834  0.42713  2.10811  1.77910    124 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02091  4.57546  4.56700  1.46634  0.26236  1.09861  0.40547
     41   1.90203  0.62671  2.39098  1.49234    125 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02589  4.18290  4.57537  1.04759  0.43199  1.09298  0.40829
     42   0.83441  1.97230  1.35045  1.78612    127 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.05866  4.57546  3.06460  1.46634  0.26236  1.09861  0.40547
     43   1.28736  2.02976  1.38989  1.06847    128 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.02161  4.53841  4.53841  1.46634  0.26236  0.36564  1.18335
     44   2.89385  2.77920  3.54922  0.15806    129 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.13731  2.14748  4.46327  1.60293  0.22478  1.09861  0.40547
     45   1.90167  2.21210  0.46493  2.18009    154 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.06444  4.57423  2.95470  1.46634  0.26236  1.13743  0.38661
     46   2.14401  1.67341  0.73730  1.52875    155 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.05488  3.86713  3.42715  0.83111  0.57193  1.96983  0.15022
     47   1.85946  1.98399  0.52378  2.16763    158 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.23611  4.50960  1.61292  1.46634  0.26236  1.19015  0.36266
     48   2.13812  1.02115  1.19878  1.51239    159 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.13659  2.26884  3.71977  1.15411  0.37883  0.17618  1.82306
     49   2.25083  2.78499  2.93313  0.24881    168 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02852  4.54629  4.04467  1.46634  0.26236  1.75617  0.18959
     50   2.27370  1.01010  2.97347  0.73031    169 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02582  4.53936  4.21264  1.46634  0.26236  1.34300  0.30254
     51   2.22160  1.55977  3.05509  0.45529    170 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.17268  2.24059  2.95270  1.05014  0.43061  1.01921  0.44766
     52   1.72973  1.28410  0.92687  1.89727    179 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02682  4.51351  4.16660  1.46634  0.26236  1.11261  0.39854
     53   2.59125  0.56716  1.83539  1.61753    180 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.04665  3.35836  4.52969  0.53512  0.88093  1.99375  0.14640
     54   1.66286  0.79646  1.56100  1.90008    182 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.03112  3.91933  4.52969  1.03669  0.43793  1.99375  0.14640
     55   2.35782  0.56796  2.08639  1.53917    185 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.07441  4.52969  2.79817  1.46634  0.26236  0.31796  1.30060
     56   2.73470  3.50944  0.16162  2.91118    186 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03697  3.66988  4.52638  0.70461  0.68181  0.30442  1.33770
     57   3.77055  0.09079  4.10379  3.05258    188 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57538  4.57538  1.46634  0.26236  1.10112  0.40421
     58   1.72202  2.68621  0.38904  2.58426    189 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02102  4.57538  4.55693  1.46634  0.26236  1.10112  0.40421
     59   2.17023  0.84735  2.11474  1.08875    190 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57519  4.57519  1.46634  0.26236  1.10121  0.40417
     60   0.85603  2.44753  0.91262  2.43981    191 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.02538  4.21634  4.57525  1.07787  0.41600  1.09777  0.40588
     61   1.88200  2.72726  0.39272  2.23399    193 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02516  4.23057  4.57533  1.09091  0.40934  1.10278  0.40339
     62   2.83212  3.62358  0.12265  3.51144    195 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57533  4.57533  1.46634  0.26236  1.10278  0.40339
     63   3.34718  3.20445  3.78199  0.10374    196 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57533  4.57533  1.46634  0.26236  1.09033  0.40963
     64   3.46908  3.31701  3.95454  0.09055    197 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     65   3.18611  0.12527  4.01059  2.84242    198 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     66   1.61406  3.56402  0.30924  3.25462    199 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     67   0.04452  4.41773  4.12143  4.18256    200 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     68   0.12013  3.77614  2.75362  3.62736    201 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02497  4.24364  4.57546  1.10296  0.40330  1.09861  0.40547
     69   3.14222  2.50974  3.60011  0.16463    203 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02915  3.99386  4.57546  0.89199  0.52736  1.09861  0.40547
     70   3.76073  0.14016  3.50442  2.55810    206 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     71   2.34680  0.45195  2.54724  1.66263    207 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02082  4.57546  4.57546  1.46634  0.26236  1.09861  0.40547
     72   2.73853  0.99923  2.28534  0.76479    208 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.02088  4.57546  4.56927  1.46634  0.26236  1.09861  0.40547
     73   1.47704  2.33980  0.63243  1.93767    209 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.03112  3.89542  4.57539  0.82013  0.58049  1.09449  0.40753
     74   2.85980  0.51991  2.51458  1.31957    211 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.03494  3.81054  4.40636  1.24054  0.34140  1.09861  0.40547
     75   2.16042  0.68678  2.31754  1.26226    215 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.02086  4.57349  4.57349  1.46634  0.26236  1.15819  0.37696
     76   1.76510  1.17235  0.98728  1.92001    216 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.02100  4.57349  4.56005  1.46634  0.26236  1.15819  0.37696
     77   1.25507  1.92105  1.12784  1.40749    217 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.05484  3.63315  3.61445  0.97380  0.47424  1.16243  0.37502
     78   2.65603  0.64047  2.41111  1.16151    221 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03809  3.61640  4.55660  0.65530  0.73249  1.56997  0.23326
     79   1.56500  2.13635  0.81318  1.47236    223 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.03446  3.75608  4.55660  0.73949  0.64885  0.99836  0.45963
     80   1.35121  1.81870  1.28923  1.19285    226 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.04252  3.46678  4.56466  0.71356  0.67314  0.68442  0.70196
     81   2.77463  0.37502  2.55218  1.75770    229 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03799  3.61274  4.57539  1.21211  0.35321  1.09861  0.40547
     82   2.07418  3.30292  0.25379  2.78525    233 G - - :
          1.38629  1.38629  1.38629  1.38629
          0.01046  4.56503        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Thr
ACC      euk-Thr-r2-031616
STATES   233
NODES    62
CLEN     73
W        700
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 13:37:40 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Thr-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Thr-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Thr-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Thr-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Thr-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Thr-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Thr-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     2007
EFFN     2007.000000
CKSUM    2598227121
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -15.3045 0.71877
ECMLC    0.66455    -7.06907     2.13074     1600000      542437  0.002212
ECMGC    0.33249   -41.06653   -28.70093     1600000       24414  0.016384
ECMLI    0.68079    -6.12661     2.70883     1600000      491457  0.002442
ECMGI    0.35346   -37.84980   -26.19648     1600000       24598  0.016261
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   700  1469 -15.898 -17.143  -0.002  -9.774                 
    IL     1     1 2     1     4    20    45   703  1471  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    21    47   703  1471  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    197 - A - -
    MR     3     2 3     5     5    26    53   702  1470  -5.282  -0.038 -15.760 -15.972 -16.864          1.395 -5.934 -2.788  0.273 
     D     4     2 3     5     5    18    41   700  1469  -7.140  -0.172  -4.766  -6.197  -4.192         
    IR     5     5 3     5     5    23    52   704  1472  -0.595  -1.569 -12.576 -10.743 -11.849          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    193 G C - -
    MP     6     5 3    10     6    26    52   701  1469 -16.878 -16.817  -0.012 -10.845  -7.079 -16.268 -2.315 -3.660 -1.104 -1.205 -11.793 -4.497 -5.439 -11.353 -6.427  3.792 -7.069 -1.166 -1.287 -5.427 -8.867 -9.628 
    ML     7     5 3    10     6    19    41   698  1467  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    19    41   697  1465  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    15    37   692  1460  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    19    42   700  1468  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    19    42   699  1468  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    192 C G - -
    MP    12    11 6    16     6    26    50   699  1467 -16.866 -16.805  -0.000 -15.582 -15.862 -16.257 -11.154 -4.171 -6.804 -4.877 -6.193 -5.709  3.056 -6.959 -6.672  2.407 -2.791 -2.082  0.480 -5.395 -1.211 -9.736 
    ML    13    11 6    16     6    19    42   697  1466  -7.583  -7.929  -0.390  -2.338  -7.779  -5.308  1.495 -1.632 -1.337 -1.111 
    MR    14    11 6    16     6    20    44   695  1463 -11.281 -10.010  -4.807  -9.988  -0.061  -8.202 -4.826 -6.449  1.975 -5.563 
     D    15    11 6    16     6    14    37   691  1459  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    19    41   698  1466  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    19    42   697  1466  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    191 C G - -
    MP    18    17 6    22     6    24    48   697  1465 -16.867 -16.806  -0.000 -15.583 -15.863 -16.258 -7.731 -10.767 -4.385 -1.131 -4.230 -4.132  3.452 -7.347 -10.916  0.768 -2.271 -3.770  0.518 -7.274 -0.001 -6.655 
    ML    19    17 6    22     6    18    40   694  1463  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    20    43   694  1462 -11.253  -9.982  -5.891  -9.960  -0.033  -8.174 -4.798 -6.418  1.975 -5.535 
     D    21    17 6    22     6    14    37   689  1458  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    19    41   696  1464  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    19    42   696  1464  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    190 c g - -
    MP    24    23 6    28     6    22    46   695  1463  -7.164 -16.806  -0.011 -10.939 -13.107 -16.258 -4.982 -6.094 -4.969 -0.086 -3.815 -3.916  2.421 -3.803 -4.884  0.683 -3.335  1.024  1.639 -4.590  1.232 -2.842 
    ML    25    23 6    28     6    18    40   693  1461  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    19    43   693  1461 -11.253  -9.982  -5.891  -9.960  -0.033  -8.174  1.978 -5.959 -5.366 -5.595 
     D    27    23 6    28     6    14    37   688  1457  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    20    45   694  1462  -6.562  -6.825  -0.038  -8.480  -9.256  -8.917  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    19    41   694  1462  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      6    189 c g - -
    MP    30    29 6    34     6    20    44   693  1461 -16.866  -6.610  -0.015 -15.582 -15.862 -16.257 -8.373 -3.801 -7.630 -0.402 -5.375 -7.251  2.928 -6.324 -6.065  1.334 -2.970  0.310  1.139 -4.459  0.424 -6.008 
    ML    31    29 6    34     6    18    41   691  1460  -7.518  -7.864  -0.411  -2.273  -7.714  -5.244 -0.202 -0.876  0.587  0.115 
    MR    32    29 6    34     6    19    42   692  1460 -11.271 -10.000  -5.105  -9.978  -0.051  -8.192 -4.816 -6.438  1.975 -5.553 
     D    33    29 6    34     6    13    37   687  1456  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    18    40   692  1460  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    19    43   692  1460  -6.236  -0.030  -9.747  -7.914  -9.020          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      7    187 c g - -
    MP    36    35 6    40     6    18    42   691  1459 -16.867 -16.806  -0.013  -8.081  -7.627 -16.258 -11.104 -10.824 -11.112  0.108 -3.117 -8.301  2.547 -7.620 -10.978  1.574 -11.494 -2.157  1.727 -3.589  1.067 -1.929 
    ML    37    35 6    40     6    17    39   690  1458  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    18    41   691  1459  -0.109  -9.982  -5.891  -9.960  -4.316  -8.174 -5.046 -4.602 -5.872  1.968 
     D    39    35 6    40     6    13    36   686  1455  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    17    41   690  1458  -6.593  -6.855  -0.037  -8.511  -9.287  -8.947  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    17    40   690  1458  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      9    186 g c - -
    MP    42    41 6    46     4    16    40   689  1457  -6.626  -6.895  -0.027 -14.712                 -8.373 -5.179 -4.099  2.109 -11.780 -5.806 -4.544 -11.339 -4.770  2.536 -11.334 -0.893  2.346 -4.903 -4.660 -7.856 
    ML    43    41 6    46     4    16    40   689  1458  -0.159  -7.092  -3.658  -5.821                 -3.774 -3.438 -4.567  1.923 
    MR    44    41 6    46     4    15    39   688  1456  -8.810  -7.839  -0.108  -3.928                 -2.776 -5.169  1.919 -4.518 
     D    45    41 6    46     4    13    36   686  1454  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    16    39   688  1457  -1.248  -8.280  -0.798 -10.766                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    15    39   688  1456  -4.931  -0.056  -7.631                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     12      - U - - -
    ML    48    47 6    50     3    14    38   687  1455 -17.013  -0.000 -15.667                         -6.328 -6.901 -7.056  1.990 
     D    49    47 6    50     3    12    36   685  1453  -7.009  -2.522  -0.290                         
    IL    50    50 3    50     3    14    38   687  1456  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     13      - A - - -
    ML    51    50 3    53     2    13    37   686  1454 -17.669  -0.000                                  1.012 -6.750  0.975 -6.768 
     D    52    50 3    53     2    12    36   685  1453  -8.512  -0.004                                 
    IL    53    53 3    53     2    13    37   686  1455  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    12    36   685  1453                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     3   169   370 -17.013  -0.000 -15.667                         
    IL    56    56 2    56     3     1     4   176   377  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    136      - A - - -
    ML    57    56 2    59     3     1     3   169   370  -6.197  -0.138  -3.688                          1.717 -4.608 -1.476 -1.682 
     D    58    56 2    59     3     0     1   191   392  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   146   347  -1.319  -0.744  -9.001                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    139      - G - - -
    ML    60    59 3    62     3     1     2   140   341  -7.641  -0.008 -11.342                         -2.519 -5.611  1.882 -3.066 
     D    61    59 3    62     3     0     1   195   396  -0.173  -3.170  -9.140                         
    IL    62    62 3    62     3     1     2   197   398  -0.132  -3.516 -14.167                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    158      - a - - -
    ML    63    62 3    65     3     1     1    28    47  -6.938  -0.087  -4.312                          0.897 -6.962  0.871 -1.728 
     D    64    62 3    65     3     0     0    27    45  -7.578  -3.091  -0.189                         
    IL    65    65 3    65     3     1     1    28    47  -4.904  -0.057  -7.604                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    160      - U - - -
    ML    66    65 3    68     3     1     2    27    46 -16.938  -0.000 -15.592                         -1.453 -3.632 -5.677  1.822 
     D    67    65 3    68     3     0     0    27    45 -14.134  -0.014  -6.745                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    161      - C - - -
    ML    69    68 3    71     5     1     1    26    45 -15.946  -0.001 -11.116 -15.974 -16.865         -5.542  1.812 -5.532 -1.166 
     D    70    68 3    71     5     0     0    25    43  -5.905  -1.749  -5.167  -0.819  -3.454         
    IL    71    71 3    71     5     1     1    28    45  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    162    184 c g - -
    MP    72    71 3    76     6     2     2    25    44  -6.691  -7.163  -0.024 -15.592 -15.872 -16.267 -11.078 -4.502 -6.670  2.148 -2.650 -11.780  2.595 -5.605 -11.045  1.988 -8.315 -1.352 -0.189 -11.089 -4.265 -9.716 
    ML    73    71 3    76     6     1     1    24    43  -7.421  -7.767  -1.415  -0.783  -7.617  -5.147 -0.155 -0.802  0.469  0.194 
    MR    74    71 3    76     6     1     1    24    43  -7.871  -6.600  -2.509  -6.579  -0.390  -4.792 -0.405 -1.392  1.192 -0.790 
     D    75    71 3    76     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    24    43  -7.019  -7.282  -0.027  -8.937  -9.713  -9.373  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    24    43  -5.738  -0.042  -9.249  -7.417  -8.523          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    164    182 u a - -
    MP    78    77 6    82     6     2     2    23    42 -16.877 -16.816  -0.000 -15.592 -15.872 -16.267 -8.390 -10.840 -11.130 -0.304 -6.228 -8.603  2.271 -7.823 -8.848  1.333 -11.510 -2.370  2.639 -4.159  0.394 -5.314 
    ML    79    77 6    82     6     1     1    23    41  -7.107  -7.453  -0.577  -1.862  -7.303  -4.832  1.239 -1.156 -0.898 -0.611 
    MR    80    77 6    82     6     1     1    23    42  -7.871  -6.600  -0.658  -6.579  -1.712  -4.792  1.312 -1.269 -1.004 -0.728 
     D    81    77 6    82     6     0     0    22    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    165    181 G C - -
    MP    84    83 6    88     6     2     2    21    40  -7.198 -16.817  -0.010 -15.593 -15.873 -16.268 -8.162 -4.746 -10.684  1.037 -7.786 -11.288  0.481 -11.308 -7.920  3.204 -11.355 -2.922  0.907 -6.131  0.335 -7.779 
    ML    85    83 6    88     6     1     1    23    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    23    41  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    21    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    21    39  -6.540  -6.803  -0.038  -8.458  -9.234  -8.895  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    22    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    167    180 G C - -
    MP    90    89 6    94     6     2     2    19    38 -16.878 -16.817  -0.000 -15.593 -15.873 -16.268 -10.844 -4.470 -10.662  1.619 -11.793 -6.539 -0.247 -5.614 -6.898  3.546 -6.381 -2.528 -3.101 -5.905 -8.867 -9.627 
    ML    91    89 6    94     6     1     1    22    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    23    41  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    21    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    22    40  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    21    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    168    179 G C - -
    MP    96    95 6   100     4     2     2    17    36  -7.231 -16.311  -0.010 -14.725                 -14.861 -4.926 -17.455 -8.930 -16.466 -4.972 -10.737 -16.788 -12.805  3.982 -4.663 -4.058 -11.108 -4.928 -13.198 -16.710 
    ML    97    95 6   100     4     1     1    22    40  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    22    40  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    21    39  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    20    39  -5.821  -6.505  -0.045  -8.990                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    170      - U - - -
    ML   102   101 6   104     3     1     1    13    32 -17.013  -0.000 -15.667                         -6.435 -6.642 -6.824  1.989 
     D   103   101 6   104     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    171      - U - - -
    ML   105   104 3   107     3     1     1    12    30 -17.013  -0.000 -15.667                         -6.066 -4.970 -6.988  1.980 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    172      - C - - -
    ML   108   107 3   110     3     1     1    11    29 -17.013  -0.000 -15.667                         -6.418  1.959 -7.026 -3.428 
     D   109   107 3   110     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    173      - G - - -
    ML   111   110 3   113     3     1     1     9    27  -7.279  -0.009 -15.667                          0.540 -6.797  1.335 -6.047 
     D   112   110 3   113     3     0     0    14    32  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    11    29  -4.598  -0.070  -7.298                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    175      - A - - -
    ML   114   113 3   116     3     1     1     8    26 -17.013  -0.000 -15.667                          1.991 -12.785 -6.280 -6.466 
     D   115   113 3   116     3     0     0    14    33  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    176      - u - - -
    ML   117   116 3   119     3     1     1     6    11  -6.648  -0.015 -12.934                          0.633 -1.177 -2.369  0.858 
     D   118   116 3   119     3     0     0     5    10  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1     6    11  -5.170  -0.047  -7.870                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    178      - U - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -5.567  0.164 -6.967  1.511 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    61 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     1    15   662  1430   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   176     1    15   662  1430                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     1    26    43  -0.000 -15.006 -14.414 -15.054                 
                                             [ MATP   15 ]     14     36 G C - -
    MP   127   126 1   131     6     2     3    26    43 -16.878 -16.817  -0.000 -15.593 -15.873 -16.268 -14.850 -7.298 -17.383 -1.962 -16.460 -4.982 -10.736 -16.746 -4.122  3.838 -12.992  0.272 -11.106 -2.829 -13.195 -16.598 
    ML   128   126 1   131     6     1     1    26    45  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    26    45  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    24    43  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    27    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    26    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     15     35 C G - -
    MP   133   132 6   137     6     2     3    24    41 -16.878 -16.817  -0.000 -15.593 -15.873 -16.268 -13.933 -14.215 -4.645 -10.452 -5.850 -4.476  3.910 -12.516 -13.354 -10.423 -2.634 -12.619 -0.676 -13.767 -3.759 -12.156 
    ML   134   132 6   137     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    25    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     16     34 U A - -
    MP   139   138 6   143     6     2     3    22    39 -16.878  -6.136  -0.021 -15.593 -15.873 -16.268 -7.286 -10.879 -11.178 -0.354 -5.682 -12.021  1.203 -10.696 -8.022  0.969 -11.549 -8.445  3.383 -5.296 -1.119 -8.202 
    ML   140   138 6   143     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     2    21    39  -6.692  -0.022 -10.203  -8.371  -9.477          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     17     32 c g - -
    MP   145   144 6   149     4     2     3    20    36 -16.104 -16.311  -0.000 -14.725                  1.076 -4.230 -12.646 -5.909 -2.730 -0.908  2.749 -12.020 -2.115 -8.678 -12.934 -10.706  2.202 -5.811  0.071 -0.970 
    ML   146   144 6   149     4     1     1    25    43  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    24    43  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    23    42  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    26    45  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    25    44  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     18      - A - - -
    ML   151   150 6   153     3     1     2    17    34 -17.013  -0.000 -15.667                          1.991 -6.778 -6.023 -12.145 
     D   152   150 6   153     3     0     0    20    39  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    24    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     19      - G - - -
    ML   154   153 3   156     3     1     2    16    32 -17.013  -0.000 -15.667                         -2.282 -6.537  1.911 -5.446 
     D   155   153 3   156     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    23    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     20      - U - - -
    ML   157   156 3   159     3     1     2    15    31  -1.467  -0.648 -15.667                         -4.157 -1.498 -2.243  1.756 
     D   158   156 3   159     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     2    15    31  -2.412  -0.300 -13.241                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     26      - G - - -
    ML   160   159 3   162     3     1     2    11    29 -17.013  -0.000 -15.667                         -5.531 -5.014  1.977 -6.617 
     D   161   159 3   162     3     0     0    16    35  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     27      - G - - -
    ML   163   162 3   165     3     1     2     9    28 -17.013  -0.000 -15.667                         -6.387 -7.114  1.986 -5.780 
     D   164   162 3   165     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    19    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     28      - U - - -
    ML   166   165 3   168     3     1     1     8    26  -5.640  -0.788  -1.320                         -3.714 -0.324 -4.870  1.628 
     D   167   165 3   168     3     0     0     7    25  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1     8    27  -6.123  -0.024  -8.823                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     30      - U - - -
    ML   169   168 3   171     3     1     1     7    26 -16.275  -0.000 -14.929                         -0.926 -0.565 -3.552  1.440 
     D   170   168 3   171     3     0     0     6    24 -17.113  -0.001 -11.505                         
    IL   171   171 3   171     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     31      - A - - -
    ML   172   171 3   174     2     1     1     1     1       *   0.000                                  1.956 -4.870 -3.985 -5.481 
     D   173   171 3   174     2     0     0     0     0       *   0.000                                 
    IL   174   174 3   174     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   175   174 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   176   125 1   177     3     0     0   646  1414 -17.013  -0.001 -10.760                         
    IL   177   177 2   177     3     1     1   647  1415  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     37      - G - - -
    ML   178   177 2   180     5     1     1   646  1414 -15.946  -0.035  -5.372 -15.973 -16.865         -0.032 -7.009  1.583 -5.884 
     D   179   177 2   180     5     0     0   644  1412  -6.302  -0.266  -5.564  -3.939  -3.851         
    IL   180   180 3   180     5     1     1   645  1414  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     38    135 C G - -
    MP   181   180 3   185     6     2     2   645  1413 -16.842 -16.782  -0.000 -15.558 -12.304 -16.233 -11.538 -11.265 -7.358 -2.408 -1.922 -12.259  3.088 -10.986 -11.368 -3.977 -11.849 -3.563  2.652 -11.699 -0.725 -10.093 
    ML   182   180 3   185     6     1     1   645  1413 -12.396  -0.424  -2.155  -5.113 -12.592 -10.122 -7.155  1.991 -7.618 -6.204 
    MR   183   180 3   185     6     1     1   642  1410  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 3   185     6     0     0   635  1404  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   644  1412  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   644  1412  -1.592  -0.587 -11.113  -9.281 -10.387          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     39    132 c g - -
    MP   187   186 6   191     6     2     2   643  1411  -6.649  -7.246  -0.024 -15.592 -15.872 -16.267 -7.771 -6.516 -9.645  1.079 -5.429 -6.399  2.713 -5.407 -9.657  0.618 -5.302 -0.173  2.161 -2.637 -2.626 -6.689 
    ML   188   186 6   191     6     1     1   641  1409  -7.600  -7.946  -0.385  -2.355  -7.796  -5.325 -0.904  1.289 -1.683 -0.494 
    MR   189   186 6   191     6     1     1   640  1409  -7.518  -6.247  -0.910  -6.226  -1.359  -4.439 -0.069 -0.976  0.835 -0.407 
     D   190   186 6   191     6     0     0   634  1402  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   642  1410  -7.060  -7.322  -0.027  -8.978  -9.754  -9.414  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   641  1410  -5.663  -0.045  -9.174  -7.342  -8.448          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     41    130 g c - -
    MP   193   192 6   197     6     2     2   641  1409 -16.878 -16.817  -0.000 -15.593 -15.873 -16.268 -6.509 -7.698 -11.133 -0.696 -7.287 -11.953  1.803 -10.727 -7.201  2.560 -8.310 -3.631  2.539 -6.888 -4.206 -7.020 
    ML   194   192 6   197     6     1     1   638  1406  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   638  1407  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   632  1400  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   639  1408  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   639  1408  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     42    129 G C - -
    MP   199   198 6   203     6     2     2   639  1407 -16.878  -7.240  -0.027 -15.593  -6.430 -16.268 -10.846 -3.567 -10.665 -1.952 -11.795 -6.221  2.208 -11.355 -4.187  3.331 -8.224 -0.292 -4.827 -4.968 -6.082 -9.630 
    ML   200   198 6   203     6     1     1   636  1405  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     6     1     1   637  1405  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   202   198 6   203     6     0     0   631  1399  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   203   203 5   203     6     1     1   638  1406  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     5     1     1   638  1406  -5.670  -0.044  -9.181  -7.349  -8.455          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     43    127 u a - -
    MP   205   204 6   209     4     2     2   637  1405 -16.087 -16.294  -0.000 -14.708                 -5.204 -10.845 -11.139  2.090 -0.691 -11.983  1.483 -8.455 -11.000 -1.776 -5.451 -8.421  2.695 -7.813  0.093 -1.220 
    ML   206   204 6   209     4     1     1   634  1403  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   207   204 6   209     4     1     1   636  1405  -9.924  -0.039  -6.820  -5.881                  1.987 -6.744 -6.100 -6.286 
     D   208   204 6   209     4     0     0   629  1397  -4.568  -4.250  -2.265  -0.520                 
    IL   209   209 5   209     4     1     1   636  1404  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   210   210 6   210     3     1     1   636  1404  -5.375  -0.041  -8.075                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     44      - C - - -
    ML   211   210 6   213     3     1     1   635  1403 -17.013  -0.000 -15.667                         -5.057  1.648 -5.516 -0.299 
     D   212   210 6   213     3     0     0   626  1395  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   634  1403  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     45      - U - - -
    ML   214   213 3   216     3     1     1   634  1402 -17.013  -0.000 -15.667                         -4.437 -1.907 -10.667  1.882 
     D   215   213 3   216     3     0     0   622  1391  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   633  1401  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     46      - a - - -
    ML   217   216 3   219     3     1     1   633  1401 -17.013  -0.000 -15.667                          0.051 -0.018 -0.018 -0.015 
     D   218   216 3   219     3     0     0   616  1385  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   631  1400  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     47      - u - - -
    ML   220   219 3   222     3     1     1   632  1400 -17.013  -0.000 -15.667                          0.001 -0.002 -0.002  0.002 
     D   221   219 3   222     3     0     0   606  1374  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   630  1398  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     48      - u - - -
    ML   223   222 3   225     3     1     1   631  1399 -17.013  -0.000 -15.667                          0.001 -0.002 -0.002  0.002 
     D   224   222 3   225     3     0     0   586  1354  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   627  1396  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     49      - A - - -
    ML   226   225 3   228     3     1     1   630  1398  -1.569  -0.593 -15.667                          1.839 -4.169 -1.570 -5.066 
     D   227   225 3   228     3     0     0   495  1264  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   674  1442  -0.035  -5.400 -18.239                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    125      - A - - -
    ML   229   228 3   231     2     1     1     1     1       *   0.000                                  1.942 -3.124 -7.027 -4.801 
     D   230   228 3   231     2     0     0     0     0       *   0.000                                 
    IL   231   231 3   231     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   232   231 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Thr
ACC   euk-Thr-r2-031616
LENG  73
MAXL  696
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 13:37:41 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Thr-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Thr-r2-031616.sto
NSEQ  2007
EFFN  26.111120
CKSUM 2598227121
STATS LOCAL MSV       -8.1962  0.71877
STATS LOCAL VITERBI   -9.0668  0.71877
STATS LOCAL FORWARD   -3.7814  0.71877
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.49034  1.41335  1.23538  1.42439
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  0.00000        *
      1   2.15063  3.34651  0.23330  2.87416      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01486  5.52161  4.53250  1.46634  0.26236  1.09861  0.40547
      2   2.95675  0.77701  1.15072  1.76128      2 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.00809  5.51483  5.51483  1.46634  0.26236  1.51159  0.24918
      3   2.66205  0.54163  1.92247  1.59873      3 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.00808  5.51497  5.51497  1.46634  0.26236  1.53787  0.24186
      4   2.03091  1.19039  1.46259  1.09947      4 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.01462  4.56632  5.49327  0.65050  0.73769  1.53787  0.24186
      5   2.28381  0.89369  1.45287  1.36625      6 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.00809  5.51488  5.51488  1.46634  0.26236  0.57176  0.83133
      6   2.26380  1.05400  1.59641  1.06456      7 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01266  5.52146  4.75821  1.46634  0.26236  1.11071  0.39947
      7   1.36547  3.24611  0.81605  1.33317      9 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.02080  4.10049  5.51687  0.76635  0.62494  0.66748  0.71949
      8   4.05148  4.00080  4.54804  0.04739     12 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52146  5.52146  1.46634  0.26236  1.11071  0.39947
      9   0.67608  4.64747  0.75339  4.50634     13 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52146  5.52146  1.46634  0.26236  1.07484  0.41756
     10   3.36367  4.48955  0.06537  4.04844     14 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     11   5.68070  0.03081  5.15196  3.85677     15 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     12   2.58764  1.61681  1.95276  0.53719     16 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     13   1.76866  0.97845  2.30514  1.03902     17 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     14   0.01612  5.38194  4.91709  5.50355     18 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     15   2.88589  4.69760  0.08275  4.23373     19 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     16   3.48246  2.39442  2.93157  0.19270     20 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.41274  1.09612  5.52161  0.22574  1.59912  1.09861  0.40547
     17   4.37985  4.69304  0.02927  4.93956     26 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     18   4.72374  5.61588  0.02018  4.89870     27 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     19   3.34326  1.68134  3.98251  0.27455     28 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.49756  3.80306  0.99511  0.32669  1.27765  1.09861  0.40547
     20   1.88441  1.74629  2.95215  0.47572     30 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01269  5.06640  5.06640  1.46634  0.26236  0.02141  3.85476
     21   0.05573  4.11534  3.78207  4.19254     31 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     22   1.01353  2.30672  0.88502  2.08127     32 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02123  4.07425  5.52161  0.41820  1.07361  1.09861  0.40547
     23   0.60560  2.01018  1.45203  2.45117     34 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     24   3.97630  5.67674  0.02564  5.76651     35 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     25   4.44602  0.13084  4.44995  2.31027     36 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00854  5.52161  5.40183  1.46634  0.26236  1.09861  0.40547
     26   1.42629  4.32217  0.31806  3.96472     37 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00804  5.52110  5.52110  1.46634  0.26236  1.02038  0.44701
     27   3.05158  0.69818  2.88951  0.91723     38 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.00819  5.52161  5.48204  1.46634  0.26236  1.09861  0.40547
     28   1.89269  0.98647  1.76013  1.18934     39 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01726  4.33440  5.52145  0.52772  0.89147  1.07241  0.41883
     29   2.63072  1.40897  1.09128  1.05616     41 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     30   2.52569  1.45342  0.44035  3.16019     42 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01877  5.52161  4.22698  1.46634  0.26236  1.09861  0.40547
     31   1.42250  1.43293  2.46319  0.83214     43 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.00812  5.51096  5.51096  1.46634  0.26236  0.43696  1.03845
     32   3.54825  0.28554  4.16261  1.58940     44 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     33   3.65627  2.63287  4.57946  0.11425     45 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     34   1.30741  1.45439  1.46177  1.33138     46 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     35   1.33192  1.44479  1.45248  1.32334     47 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     36   1.33192  1.44479  1.45248  1.32334     48 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     37   0.14419  3.67821  2.43211  3.85562     49 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.37927  1.16590  5.52161  3.73735  0.02411  1.09861  0.40547
     38   0.06735  3.40758  4.41366  3.91690    125 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01877  4.22698  5.52161  0.47961  0.96502  1.09861  0.40547
     39   0.96598  2.61491  1.28691  1.30898    127 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01415  4.60051  5.52161  0.66626  0.72078  1.09861  0.40547
     40   3.40059  0.52069  1.42283  2.02872    129 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     41   1.11161  1.13121  1.34119  2.44421    130 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01461  4.60366  5.40639  0.66809  0.71885  1.09861  0.40547
     42   1.30467  2.03865  0.92135  1.60668    132 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02154  4.38854  4.72261  0.55373  0.85519  1.13851  0.38610
     43   0.99187  3.15524  0.63831  2.84209    135 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.00807  5.51622  5.51622  1.46634  0.26236  0.61687  0.77573
     44   0.23137  3.57902  2.37986  2.45235    136 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02868  4.10813  4.43693  0.74316  0.64551  1.09861  0.40547
     45   2.79807  4.03955  0.12776  3.18443    139 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.07916  2.63427  5.43983  2.33666  0.10164  0.51642  0.90796
     46   0.80617  3.87889  0.80952  2.43395    158 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.06335  4.47056  2.99694  0.59503  0.80195  1.12386  0.39308
     47   2.40666  3.31109  4.15944  0.15339    160 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00842  5.47427  5.47427  1.46634  0.26236  0.15389  1.94747
     48   3.97147  0.15329  4.38766  2.19963    161 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52130  5.52130  1.46634  0.26236  1.12386  0.39308
     49   1.39378  1.03782  1.29742  2.08424    162 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01699  4.35471  5.52130  0.53736  0.87777  1.12386  0.39308
     50   2.53032  1.16767  1.73012  0.83930    164 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52130  5.52130  1.46634  0.26236  1.04995  0.43071
     51   1.87110  2.29821  0.57155  1.70949    165 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01433  4.58297  5.52161  0.65618  0.73153  1.09861  0.40547
     52   1.60818  2.65666  0.37706  3.13066    167 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     53   4.39184  5.23164  0.02339  5.22201    168 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01416  4.59910  5.52161  0.66545  0.72163  1.09861  0.40547
     54   4.04404  3.96570  4.50537  0.04870    170 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     55   3.95012  3.71276  4.46408  0.05676    171 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     56   4.64717  0.04562  4.94963  3.57857    172 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     57   1.01168  4.41039  0.49771  4.11522    173 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01397  4.61803  5.52161  0.67647  0.71011  1.09861  0.40547
     58   0.01498  5.80036  5.04171  5.22605    175 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     59   1.00123  2.03357  2.50853  0.86675    176 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01734  4.33566  5.49713  0.52824  0.89072  1.09861  0.40547
     60   3.70645  1.35421  4.33541  0.35071    178 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52151  5.52151  1.46634  0.26236  1.08236  0.41369
     61   5.59521  0.02801  5.10300  4.02699    179 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     62   3.37508  0.41188  2.57244  1.48267    180 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     63   2.15499  0.60933  1.81447  1.72903    181 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.00829  5.52161  5.45963  1.46634  0.26236  1.09861  0.40547
     64   1.04350  1.82095  0.95426  2.29448    182 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01462  4.56825  5.48714  0.64798  0.74045  1.11970  0.39509
     65   2.18834  1.40115  1.00998  1.28244    184 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01912  4.45726  4.91440  0.58818  0.81044  1.03683  0.43785
     66   1.37888  0.91009  2.97394  1.22231    186 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.00806  5.51827  5.51827  1.46634  0.26236  0.73725  0.65091
     67   1.48625  1.68226  0.79935  1.97901    187 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01789  4.32093  5.41629  0.52139  0.90065  1.09861  0.40547
     68   1.72491  1.76837  0.71812  1.81075    189 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52116  5.52116  1.46634  0.26236  1.02965  0.44182
     69   1.50637  1.94777  0.89145  1.48885    190 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52161  5.52161  1.46634  0.26236  1.09861  0.40547
     70   1.95590  2.06397  0.43364  2.48330    191 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.00851  5.52161  5.40846  1.46634  0.26236  1.09861  0.40547
     71   2.00116  1.22940  0.69384  2.62145    192 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.00803  5.52113  5.52113  1.46634  0.26236  1.02462  0.44462
     72   2.89192  0.27458  2.80227  2.08774    193 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03197  3.59516  5.52064  1.13907  0.38583  1.09861  0.40547
     73   0.45878  3.44703  2.88760  1.27155    197 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00403  5.51663        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Trp
ACC      euk-Trp-r2-031616
STATES   230
NODES    61
CLEN     72
W        738
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 14:16:06 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Trp-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Trp-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Trp-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Trp-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Trp-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Trp-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Trp-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     611
EFFN     611.000000
CKSUM    4114863216
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -13.0082 0.71883
ECMLC    0.69443    -6.32387     2.33500     1600000      490451  0.002447
ECMGC    0.33913   -41.87076   -29.23051     1600000       29089  0.013751
ECMLI    0.67493    -5.93765     2.82488     1600000      444248  0.002701
ECMGI    0.34104   -39.15619   -26.59094     1600000       29048  0.013770
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   738  1550 -14.185 -15.431  -0.000 -11.884                 
    IL     1     1 2     1     4    17    41   740  1552  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    18    43   741  1553  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    184 - A - -
    MR     3     2 3     5     5    24    51   740  1551  -5.555  -0.031 -14.050 -14.262 -15.154          1.920 -5.011 -2.590 -5.776 
     D     4     2 3     5     5    13    38   737  1548  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    21    46   741  1553  -0.625  -1.524 -10.632  -8.799  -9.905          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    180 G C - -
    MP     6     5 3    10     6    24    51   739  1550 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -9.161 -3.142 -8.980 -0.747 -10.111 -6.132 -1.375 -9.670 -8.605  3.637 -8.740 -1.633  1.065 -5.805 -7.184 -7.946 
    ML     7     5 3    10     6    15    40   736  1547  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    15    39   735  1547  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    11    36   730  1541  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    16    41   737  1549  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    16    41   737  1549  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    179 a u - -
    MP    12    11 6    16     6    22    49   737  1548 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -10.428 -5.689 -5.665  2.979 -3.329 -11.735  2.072 -3.513 -10.262 -1.035 -10.814  1.602 -3.980 -10.925 -7.424 -3.535 
    ML    13    11 6    16     6    14    39   734  1546  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    14    39   733  1545  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    10    36   728  1540  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    16    40   735  1547  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    16    41   735  1547  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    178 C G - -
    MP    18    17 6    22     6    20    47   735  1546 -15.174  -7.128  -0.011 -13.889 -14.169 -14.564 -9.521 -1.915 -5.463  2.304 -6.099 -10.350  3.180 -4.801 -9.378  0.141 -7.060 -6.792 -3.381 -9.700 -1.445 -3.773 
    ML    19    17 6    22     6    14    39   732  1544  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    14    39   732  1543  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    10    36   727  1539  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    22    22 5    22     6    15    40   733  1545  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    18    42   734  1545  -4.350  -0.114  -7.861  -6.029  -7.135          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    176 c g - -
    MP    24    23 6    28     6    18    45   733  1544 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -9.406 -8.492 -9.307 -3.242 -8.924 -4.532  2.554 -9.312 -9.441  2.014 -6.424  2.017 -2.912 -4.462  0.745 -5.965 
    ML    25    23 6    28     6    14    39   730  1542  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    13    39   730  1542  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    10    36   726  1537  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    28    28 5    28     6    15    40   732  1543  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    15    40   731  1543  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    175 c g - -
    MP    30    29 6    34     6    16    43   731  1542 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -9.115 -8.927 -9.162 -1.238 -6.224 -7.151  2.696 -8.831 -7.093  1.412 -7.184 -0.749  1.252 -3.189  1.399 -0.574 
    ML    31    29 6    34     6    13    38   728  1540  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    32    29 6    34     6    13    38   728  1540  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6     9    36   725  1537  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    34    34 5    34     6    14    39   730  1541  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    14    39   729  1541  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6    174 g c - -
    MP    36    35 6    40     6    14    41   729  1540 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -9.465 -9.126 -9.460 -1.374 -2.686 -10.296  1.948 -5.368 -9.333  2.751 -9.841  0.026  1.398 -9.632  0.116 -3.381 
    ML    37    35 6    40     6    12    38   727  1539  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    11    38   726  1538  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6     9    36   724  1536  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    13    39   728  1539  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    13    38   728  1539  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7    173 G C - -
    MP    42    41 6    46     4    12    39   727  1538 -14.391 -14.598  -0.000 -13.012                 -9.147 -5.217 -3.932 -0.334 -10.096 -6.455 -3.003 -9.656 -6.908  3.700 -1.814 -0.230 -0.367 -4.539 -7.170 -7.931 
    ML    43    41 6    46     4    11    37   726  1537  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    10    37   725  1537  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4     9    36   724  1535  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    12    38   726  1538  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    11    38   726  1538  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      8      - U - - -
    ML    48    47 6    50     3    10    37   725  1536 -15.301  -0.000 -13.955                         -12.550 -11.190 -14.099  2.000 
     D    49    47 6    50     3     9    35   723  1535  -6.174  -1.687  -0.566                         
    IL    50    50 3    50     3    11    37   725  1537  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]      9      - G - - -
    ML    51    50 3    53     2     9    36   724  1535 -15.955  -0.000                                  0.060 -6.275  1.552 -6.393 
     D    52    50 3    53     2     8    35   723  1534  -8.445  -0.004                                 
    IL    53    53 3    53     2    10    36   724  1536  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55     8    35   723  1534                                                 
                                             [ BEGR   42 ]      -      - - - - -
     S    55    54 1    56     3     0     2   183   396 -15.301  -0.000 -13.955                         
    IL    56    56 2    56     3     1     3   187   400  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   43 ]    130      - a - - -
    ML    57    56 2    59     3     1     2   183   396  -7.116  -0.262  -2.654                          0.933 -2.594  0.492 -0.946 
     D    58    56 2    59     3     0     1   199   412  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   157   370  -3.327  -0.176  -6.028                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    132      - G - - -
    ML    60    59 3    62     3     1     2    87   300 -15.051  -0.000 -13.705                         -4.082 -10.915  1.943 -3.378 
     D    61    59 3    62     3     0     0   203   416  -0.444  -1.931  -8.463                         
    IL    62    62 3    62     3     1     2   207   420  -0.125  -3.594 -13.214                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    151      - G - - -
    ML    63    62 3    65     3     1     1    30    48 -15.301  -0.041  -5.162                         -4.806 -5.476  1.796 -1.088 
     D    64    62 3    65     3     0     0    31    50  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    36    54  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    152      - U - - -
    ML    66    65 3    68     3     1     1    29    47 -15.260  -0.000 -13.914                         -2.288 -0.943 -2.089  1.604 
     D    67    65 3    68     3     0     0    28    46 -11.588  -0.024  -5.980                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    153      - U - - -
    ML    69    68 3    71     5     1     1    28    46 -14.235  -0.000 -14.050 -14.262 -15.154         -11.085 -0.151 -12.034  1.632 
     D    70    68 3    71     5     0     0    26    45  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    28    46  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   48 ]    154    172 G U - -
    MP    72    71 3    76     6     2     2    27    45 -15.174  -6.553  -0.016 -13.889 -14.169 -14.564 -11.066 -9.729 -4.032  1.851 -12.965 -13.513  1.006 -11.318 -4.031  0.556 -2.873  3.103 -8.427 -12.136 -4.252 -9.854 
    ML    73    71 3    76     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    26    45  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    26    44  -4.798  -0.082  -8.309  -6.477  -7.583          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    155    170 C G - -
    MP    78    77 6    82     6     2     2    25    43 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -9.476 -9.177 -4.558 -2.940 -4.098 -10.320  3.471 -4.461 -9.334  1.197 -5.649 -1.424 -0.733 -9.659  0.408 -5.886 
    ML    79    77 6    82     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    22    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    156    169 a u - -
    MP    84    83 6    88     6     2     2    23    41 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -9.184 -6.803 -9.005  2.986 -10.140 -9.608 -0.072 -9.690 -3.544  2.694 -7.055 -1.137 -5.472 -4.988 -7.214 -4.915 
    ML    85    83 6    88     6     1     1    23    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    21    40  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    157    168 G C - -
    MP    90    89 6    94     6     2     2    21    39 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -10.778 -10.500 -10.558 -6.459 -6.005 -11.097  0.475 -10.028 -7.373  3.332 -10.890 -4.173  2.090 -4.292 -2.878 -9.266 
    ML    91    89 6    94     6     1     1    22    41  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    23    41  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    21    39  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    22    40  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    21    40  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    158    167 G C - -
    MP    96    95 6   100     4     2     2    19    37  -6.692 -14.598  -0.014 -13.012                 -13.156 -4.399 -15.743 -7.226 -14.762 -2.708 -9.033 -15.080 -4.275  3.972 -4.555 -7.671 -9.405 -11.350 -11.494 -14.994 
    ML    97    95 6   100     4     1     1    22    40  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    22    40  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    21    39  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    21    39  -4.744  -5.428  -0.096  -7.913                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    160      - U - - -
    ML   102   101 6   104     3     1     1    15    33 -15.301  -0.000 -13.955                         -5.559 -6.028 -9.537  1.986 
     D   103   101 6   104     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    161      - U - - -
    ML   105   104 3   107     3     1     1    14    32 -15.301  -0.000 -13.955                         -10.832 -10.247 -5.996  1.994 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    162      - C - - -
    ML   108   107 3   110     3     1     1    12    31 -15.301  -0.000 -13.955                         -6.709  1.986 -6.559 -5.786 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    163      - A - - -
    ML   111   110 3   113     3     1     1    11    30 -15.301  -0.000 -13.955                          1.289 -5.582  0.618 -9.982 
     D   112   110 3   113     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    164      - A - - -
    ML   114   113 3   116     3     1     1    10    28 -15.301  -0.000 -13.955                          1.989 -6.448 -10.212 -5.734 
     D   115   113 3   116     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    165      - U - - -
    ML   117   116 3   119     3     1     1     8    26 -15.301  -0.001 -11.315                          0.394 -5.660 -1.543  1.216 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    166      - U - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -10.852 -0.770 -11.751  1.771 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    60 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     0    15   699  1511   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   173     0    15   699  1511                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     0    26    43  -0.000 -13.299 -12.706 -13.346                 
                                             [ MATP   15 ]     10     29 G C - -
    MP   127   126 1   131     6     2     2    26    43 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -13.152 -9.729 -15.714 -7.224 -14.760 -3.994 -9.033 -15.062 -11.101  3.909 -11.288 -0.142 -9.404 -11.351 -11.493 -14.947 
    ML   128   126 1   131     6     1     1    26    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    26    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    24    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    27    44  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    26    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     11     28 C G - -
    MP   133   132 6   137     6     2     2    24    41 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -12.220 -12.501 -4.908 -8.738 -3.920 -4.551  3.787 -10.803 -11.641 -8.710 -4.715 -10.905  0.952 -12.054 -3.809 -10.443 
    ML   134   132 6   137     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    25    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     12     27 u a - -
    MP   139   138 6   143     6     2     2    22    39 -15.174 -15.113  -0.000 -13.889 -14.169 -14.564 -9.431 -2.353 -9.394 -2.813 -8.542 -10.181  1.692 -9.103 -3.665  2.545 -2.474 -3.706  2.636 -6.082 -5.978 -8.048 
    ML   140   138 6   143     6     1     1    25    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    24    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    24    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    23    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     13     26 C G - -
    MP   145   144 6   149     4     2     2    20    37 -14.391 -14.598  -0.000 -13.012                  0.930 -12.502 -6.079 -8.739  0.665 -3.416  3.600 -10.803 -11.641 -8.710 -11.761 -10.906 -3.288 -12.054 -2.598 -10.443 
    ML   146   144 6   149     4     1     1    24    43  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    24    42  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    23    41  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    26    44  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    24    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     14      - A - - -
    ML   151   150 6   153     3     1     1    18    34 -15.301  -0.000 -13.955                          1.989 -10.945 -5.636 -6.495 
     D   152   150 6   153     3     0     0    19    38  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    23    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     15      - A - - -
    ML   154   153 3   156     3     1     1    17    32 -15.301  -0.000 -13.955                          1.355 -10.226  0.527 -10.142 
     D   155   153 3   156     3     0     0    18    37  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    22    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     16      - U - - -
    ML   157   156 3   159     3     1     1    16    31  -2.827  -0.219 -13.955                         -2.171  0.110 -3.954  1.397 
     D   158   156 3   159     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    16    31  -2.038  -0.404 -10.287                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     20      - G - - -
    ML   160   159 3   162     3     1     1    11    29 -15.301  -0.000 -13.955                         -6.376 -6.516  1.991 -10.571 
     D   161   159 3   162     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   162   162 3   162     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     21      - G - - -
    ML   163   162 3   165     3     1     1     9    28 -15.301  -0.000 -13.955                         -6.164 -5.593  1.987 -10.560 
     D   164   162 3   165     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   165   165 3   165     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     22      - U - - -
    ML   166   165 3   168     3     1     1     7    12  -2.032  -0.405 -13.955                         -8.127 -0.516 -2.955  1.664 
     D   167   165 3   168     3     0     0     5    10  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1     6    12  -4.876  -0.051 -10.721                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     25      - A - - -
    ML   169   168 3   171     2     1     1     1     1       *   0.000                                  1.990 -10.961 -5.981 -6.357 
     D   170   168 3   171     2     0     0     0     0       *   0.000                                 
    IL   171   171 3   171     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    26 ]      -      - - - - -
     E   172   171 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   27 ]      -      - - - - -
     S   173   125 1   174     3     0     0   683  1495 -15.301  -0.000 -13.955                         
    IL   174   174 2   174     3     1     1   685  1497  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   28 ]     30      - G - - -
    ML   175   174 2   177     5     1     1   683  1495 -14.235  -0.007 -14.050  -7.757 -15.154         -1.135 -8.136  1.122  0.449 
     D   176   174 2   177     5     0     0   680  1492  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   177   177 3   177     5     1     1   683  1495  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   29 ]     31    129 U A - -
    MP   178   177 3   182     6     2     2   682  1494  -6.869 -15.106  -0.094  -4.202 -14.163 -14.558 -11.002 -10.872 -10.738 -0.768 -2.866 -11.229  1.704 -10.139 -10.700 -3.628 -11.042 -8.606  3.493 -2.993 -0.872 -9.452 
    ML   179   177 3   182     6     1     1   681  1493  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   180   177 3   182     6     1     1   680  1492  -9.161  -7.890  -3.799  -7.868  -0.147  -6.082 -2.205 -3.511  1.832 -2.896 
     D   181   177 3   182     6     0     0   673  1485  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   182   182 5   182     6     1     1   681  1493  -5.298  -5.561  -0.093  -7.216  -7.992  -7.652  0.000  0.000  0.000  0.000 
    IR   183   183 6   183     5     1     1   681  1493  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     33    128 c g - -
    MP   184   183 6   188     6     2     2   680  1492  -6.027 -15.026  -0.023 -13.802 -14.082 -14.477 -9.388 -9.089 -5.884 -1.683 -4.192 -5.617  2.900 -2.368 -9.246 -1.819 -5.431  0.832  2.510 -9.570 -2.815 -7.966 
    ML   185   183 6   188     6     1     1   680  1492  -0.584 -12.215  -6.929  -1.630 -12.065  -9.594 -6.574  1.986 -7.026 -5.660 
    MR   186   183 6   188     6     1     1   679  1491  -9.161  -7.890  -0.234  -7.868  -3.002  -6.082 -2.476  1.774 -3.305 -1.746 
     D   187   183 6   188     6     0     0   671  1483  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   188   188 5   188     6     1     1   679  1491  -7.695  -7.957  -0.017  -9.613 -10.389 -10.049  0.000  0.000  0.000  0.000 
    IR   189   189 6   189     5     1     1   679  1491  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     35    127 u a - -
    MP   190   189 6   194     6     2     2   678  1490 -15.148 -15.088  -0.000 -13.864 -14.144 -14.539 -6.232 -9.706 -9.904 -3.654 -6.211 -10.647  2.364 -9.391 -9.788  1.748 -10.257 -7.305  2.859 -10.121 -3.087 -8.515 
    ML   191   189 6   194     6     1     1   679  1491  -0.090 -10.630  -5.344  -5.039 -10.480  -8.009  1.968 -5.413 -4.846 -5.101 
    MR   192   189 6   194     6     1     1   674  1486  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   193   189 6   194     6     0     0   669  1481  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   194   194 5   194     6     1     1   678  1490  -6.206  -0.104  -4.387  -8.124  -8.900  -8.561  0.000  0.000  0.000  0.000 
    IR   195   195 6   195     5     1     1   677  1489  -5.388  -0.054  -8.900  -7.067  -8.173          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     37    125 G C - -
    MP   196   195 6   200     6     2     2   676  1488 -15.174  -6.438  -0.017 -13.889 -14.169 -14.564 -13.028 -3.694 -15.036 -7.177 -14.680 -10.919 -2.607 -14.623 -6.130  3.894 -11.297 -0.374 -3.307 -11.376 -11.454 -13.993 
    ML   197   195 6   200     6     1     1   674  1486  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   198   195 6   200     6     1     1   672  1483  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   199   195 6   200     6     0     0   668  1480  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   200   200 5   200     6     1     1   675  1487  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   201   201 6   201     5     1     1   675  1487  -4.892  -0.077  -8.403  -6.571  -7.677          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     38    123 A U - -
    MP   202   201 6   206     4     2     2   674  1486 -14.391 -14.598  -0.000 -13.012                 -11.178 -2.323 -11.307  3.399 -11.976 -13.600  1.797 -1.263 -10.927 -4.085 -11.550 -3.964  0.303 -12.388 -9.462 -9.923 
    ML   203   201 6   206     4     1     1   672  1484  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   204   201 6   206     4     1     1   669  1480  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   205   201 6   206     4     0     0   667  1478  -4.568  -4.250  -2.265  -0.520                 
    IL   206   206 5   206     4     1     1   674  1485  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   207   207 6   207     3     1     1   673  1485  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   34 ]     39      - C - - -
    ML   208   207 6   210     3     1     1   672  1484 -15.301  -0.000 -13.955                         -5.426  1.632 -9.369 -0.190 
     D   209   207 6   210     3     0     0   664  1476  -6.174  -1.687  -0.566                         
    IL   210   210 3   210     3     1     1   672  1484  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     40      - U - - -
    ML   211   210 3   213     3     1     1   671  1483 -15.301  -0.000 -13.955                         -5.475 -2.319 -6.551  1.913 
     D   212   210 3   213     3     0     0   660  1471  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   671  1482  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     41      - u - - -
    ML   214   213 3   216     3     1     1   670  1482 -15.301  -0.000 -13.955                          0.005 -0.005 -0.005  0.006 
     D   215   213 3   216     3     0     0   653  1465  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   669  1481  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     42      - u - - -
    ML   217   216 3   219     3     1     1   669  1481 -15.301  -0.000 -13.955                          0.005 -0.005 -0.005  0.006 
     D   218   216 3   219     3     0     0   642  1454  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   667  1479  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     43      - a - - -
    ML   220   219 3   222     3     1     1   668  1480 -15.301  -0.000 -13.955                          0.040 -0.017 -0.018 -0.006 
     D   221   219 3   222     3     0     0   621  1433  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   665  1477  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     44      - G - - -
    ML   223   222 3   225     3     1     1   667  1479  -1.483  -0.639 -13.955                          0.532 -5.394  1.328 -5.645 
     D   224   222 3   225     3     0     0   523  1335  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   712  1523  -0.033  -5.479 -16.695                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]    122      - A - - -
    ML   226   225 3   228     2     1     1     1     1       *   0.000                                  1.679 -5.686 -5.837 -0.394 
     D   227   225 3   228     2     0     0     0     0       *   0.000                                 
    IL   228   228 3   228     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    41 ]      -      - - - - -
     E   229   228 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Trp
ACC   euk-Trp-r2-031616
LENG  72
MAXL  730
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 14:16:06 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Trp-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Trp-r2-031616.sto
NSEQ  611
EFFN  16.124336
CKSUM 4114863216
STATS LOCAL MSV       -8.2707  0.71883
STATS LOCAL VITERBI   -8.9994  0.71883
STATS LOCAL FORWARD   -3.8717  0.71883
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.53449  1.43789  1.20802  1.39345
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  0.00000        *
      1   2.19282  2.85237  0.35278  2.05604      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      2   1.01811  1.29532  1.45957  2.02060      2 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      3   1.34012  0.76618  2.05891  1.92548      3 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      4   2.56487  1.13550  0.84741  1.75279      4 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      5   2.33486  1.03553  1.57133  1.07772      5 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      6   2.47904  1.31426  0.95322  1.33940      6 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      7   2.11735  3.02406  0.28783  2.51134      7 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      8   5.02684  4.70626  5.60475  0.01947      8 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
      9   1.36790  3.94738  0.35495  3.69505      9 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     10   4.14727  4.79979  0.03004  5.19233     10 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     11   3.82896  0.23672  3.59980  1.82185     11 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     12   2.43167  1.46519  1.09227  1.06241     12 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     13   2.12924  0.22523  3.95106  2.75663     13 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     14   0.02376  5.23161  4.55575  4.87614     14 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     15   0.45598  4.54253  1.06951  4.39383     15 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     16   2.46118  1.35888  3.27435  0.47824     16 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.14427  2.05566  5.06186  0.34366  1.23503  1.09861  0.40547
     17   4.47069  5.28578  0.02248  5.16341     20 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     18   4.36561  4.93049  0.02665  5.05702     21 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     19   3.47338  1.82349  3.20620  0.26525     22 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.25318  1.52632  5.06186  0.08609  2.49513  1.09861  0.40547
     20   0.02271  5.25868  4.64169  4.87762     25 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     21   1.47170  3.84404  0.31674  3.88550     26 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     22   1.12896  1.15459  1.34943  2.28224     27 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     23   1.90917  3.74123  0.22032  3.65703     28 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     24   5.18072  0.07577  5.04009  2.79898     29 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     25   1.88776  3.15511  0.68097  1.20454     30 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01676  5.06186  4.57722  1.46634  0.26236  1.09861  0.40547
     26   2.61134  1.35719  2.68347  0.50940     31 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02034  4.28456  5.05791  0.75700  0.63313  1.28747  0.32292
     27   2.54339  0.85419  1.86450  1.07646     33 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.05919  2.97372  5.05791  0.23258  1.57257  0.80282  0.59432
     28   2.80751  1.11735  1.59467  0.89276     35 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02809  3.84577  5.06186  0.51432  0.91108  1.09861  0.40547
     29   3.30990  3.85877  0.08135  3.88644     37 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     30   0.72900  1.32790  2.43312  1.80295     38 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     31   3.41591  0.30725  4.23588  1.52684     39 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     32   3.55864  2.76756  4.08567  0.11441     40 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     33   1.31330  1.46632  1.47763  1.30153     41 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     34   1.31330  1.46632  1.47763  1.30153     42 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     35   1.29789  1.47267  1.48366  1.30648     43 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     36   1.03909  3.78971  0.51789  3.58118     44 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.38793  1.15452  5.06186  3.79050  0.02284  1.09861  0.40547
     37   0.26547  3.41045  3.55817  1.76239    122 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     38   1.95698  2.53512  1.30878  0.67469    123 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02295  4.11321  5.06186  0.65050  0.73770  1.09861  0.40547
     39   4.04941  0.12309  3.77925  2.58300    125 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     40   0.95072  1.64706  1.03785  2.70745    127 a - - >
          1.38629  1.38629  1.38629  1.38629
          0.06159  5.06186  2.93004  1.46634  0.26236  1.09861  0.40547
     41   1.14892  2.53473  0.82467  1.79965    128 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01338  5.01366  5.01366  1.46634  0.26236  0.21288  1.65156
     42   0.58864  2.76593  1.22319  2.43372    129 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     43   0.84423  2.49901  1.15720  1.75112    130 a - - ,
          1.38629  1.38629  1.38629  1.38629
          0.05636  4.37928  3.16372  0.81830  0.58193  1.09861  0.40547
     44   3.54826  4.78537  0.06699  3.58743    132 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.12569  2.19334  5.02527  2.39475  0.09562  0.26213  1.46712
     45   3.16210  3.81041  0.18660  2.24673    151 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03741  5.06186  3.49383  1.46634  0.26236  1.09861  0.40547
     46   2.49086  1.99960  2.67736  0.33824    152 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01306  5.03752  5.03752  1.46634  0.26236  0.34848  1.22336
     47   3.89046  1.56987  4.44068  0.27483    153 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     48   1.50737  1.96972  0.56902  2.61822    154 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     49   2.76210  0.57761  1.72378  1.62347    155 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     50   0.96676  2.53796  0.72079  2.91340    156 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     51   2.58388  2.08810  0.58151  1.42070    157 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     52   3.94860  4.34927  0.03961  5.01527    158 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02120  4.22390  5.06186  0.71599  0.67081  1.09861  0.40547
     53   3.89064  3.82836  4.60383  0.05360    160 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     54   4.04807  3.91181  4.30046  0.05237    161 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     55   4.50379  0.03779  4.70870  4.07427    162 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     56   0.50145  4.10422  1.01420  4.18977    163 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     57   0.02501  4.89019  4.88369  4.64536    164 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     58   1.16144  2.80465  2.19577  0.66327    165 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01304  5.06186  5.01794  1.46634  0.26236  1.09861  0.40547
     59   3.93967  1.97261  4.46110  0.18645    166 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06158  5.06158  1.46634  0.26236  1.06955  0.42032
     60   4.78991  0.04210  4.71012  3.73349    167 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     61   1.51742  0.61833  1.95457  2.30004    168 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     62   3.14789  0.81316  2.42112  0.85618    169 c - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     63   2.09463  1.89078  0.45849  2.36772    170 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02216  4.16134  5.06186  0.67826  0.70826  1.09861  0.40547
     64   2.83957  1.54995  1.82088  0.56668    172 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     65   2.69602  0.37608  2.65327  1.73979    173 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     66   1.61051  1.09888  1.12738  1.94427    174 c - - )
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     67   1.63894  1.73843  0.75113  1.84398    175 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     68   2.43568  1.33060  0.91395  1.39754    176 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.01905  4.37928  5.06186  0.81830  0.58193  1.09861  0.40547
     69   2.25665  2.09348  0.69256  1.30288    178 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     70   2.23270  2.20869  1.23365  0.70991    179 u - - )
          1.38629  1.38629  1.38629  1.38629
          0.01275  5.06186  5.06186  1.46634  0.26236  1.09861  0.40547
     71   2.16157  0.39697  2.70991  1.92441    180 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03150  3.70205  5.06186  1.17213  0.37064  1.09861  0.40547
     72   0.09408  3.89655  2.99826  3.93210    184 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00639  5.05551        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Tyr
ACC      euk-Tyr-r2-031616
STATES   281
NODES    78
CLEN     89
W        441
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 14:57:00 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Tyr-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Tyr-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Tyr-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Tyr-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Tyr-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Tyr-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Tyr-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1095
EFFN     1095.000000
CKSUM    4131210055
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -9.4610 0.71857
ECMLC    0.70527    -7.26429     1.47890     1600000      571715  0.002099
ECMGC    0.32890   -47.92314   -34.67168     1600000       31251  0.012800
ECMLI    0.68910    -7.07820     1.75868     1600000      529435  0.002267
ECMGI    0.34252   -44.54902   -31.86109     1600000       30864  0.012960
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   441   863 -15.025 -16.270  -0.001 -10.641                 
    IL     1     1 2     1     4    20    43   442   864  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    21    44   443   865  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    183 - A - -
    MR     3     2 3     5     5    25    51   442   864  -4.396  -0.070 -14.889 -15.101 -15.992          1.899 -4.071 -2.671 -4.215 
     D     4     2 3     5     5    17    39   435   857  -6.034  -1.389  -3.660  -5.091  -1.016         
    IR     5     5 3     5     5    25    51   444   866  -0.595  -1.569 -12.590 -10.757 -11.863          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    179 C G - -
    MP     6     5 3    10     6    24    50   441   863 -16.007  -6.913  -0.012 -14.723 -15.003 -15.398 -5.376 -9.971 -4.769 -2.396 -4.094 -9.063  3.484 -4.768 -10.166  2.013 -5.683 -3.355 -2.556 -10.472 -3.300 -4.854 
    ML     7     5 3    10     6    20    43   438   859  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    20    43   437   859  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    16    39   428   850 -10.022  -8.720  -4.517  -5.199  -5.217  -0.154 
    IL    10    10 5    10     6    20    43   438   860  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    17    40   430   851  -5.193  -3.281  -8.704  -6.872  -0.220          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      2    177 C G - -
    MP    12    11 6    16     6    28    51   439   861 -15.995 -15.934  -0.000 -14.711 -14.991 -15.386 -6.591 -9.998 -4.689 -2.385 -3.229 -7.360  3.354 -4.865 -10.155  1.763 -5.471 -7.565  0.718 -10.480 -1.654 -8.874 
    ML    13    11 6    16     6    20    43   436   858  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    20    43   436   857  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    15    11 6    16     6    16    39   427   849 -13.275 -11.973  -7.770  -8.452  -8.470  -0.015 
    IL    16    16 5    16     6    20    44   438   859  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    21    44   438   859  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      3    176 U A - -
    MP    18    17 6    22     6    27    49   437   859 -15.995 -15.934  -0.000 -14.711 -14.991 -15.386 -4.050 -6.059 -10.275 -1.120 -6.389 -11.107  1.324 -9.830 -10.154  2.206 -10.659 -4.988  3.042 -6.947 -5.925 -4.716 
    ML    19    17 6    22     6    20    43   434   856  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    20    43   434   856  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    21    17 6    22     6    16    38   427   849 -13.275 -11.973  -7.770  -8.452  -8.470  -0.015 
    IL    22    22 5    22     6    20    44   436   858  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    21    44   436   857  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      4    175 U A - -
    MP    24    23 6    28     6    25    47   435   857 -15.995 -15.934  -0.000 -14.711 -14.991 -15.386 -10.438 -10.147 -10.422  1.191 -2.741 -11.240 -0.022 -9.933 -5.631 -0.466 -10.789 -7.721  3.211 -10.613  1.332 -4.216 
    ML    25    23 6    28     6    20    43   433   854  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    19    42   432   854  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    27    23 6    28     6    16    38   427   848 -13.275 -11.973  -7.770  -8.452  -8.470  -0.015 
    IL    28    28 5    28     6    20    44   434   856  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    20    44   434   855  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      5    174 C G - -
    MP    30    29 6    34     6    23    45   433   855 -15.995 -15.934  -0.000 -14.711 -14.991 -15.386 -10.555 -10.273 -7.192 -0.639 -3.523 -11.322  3.642 -5.960 -10.396  0.965 -10.889 -7.854 -1.779 -10.725 -1.059 -5.125 
    ML    31    29 6    34     6    19    42   431   853  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    32    29 6    34     6    19    42   431   852  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    33    29 6    34     6    16    38   427   848 -13.275 -11.973  -4.878  -8.452  -8.470  -0.059 
    IL    34    34 5    34     6    20    43   432   854  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    20    43   432   854  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      6    173 G C - -
    MP    36    35 6    40     6    21    43   431   853 -15.995 -15.935  -0.000 -14.711 -14.991 -15.386 -9.964 -3.717 -9.783  0.899 -6.627 -4.288  0.734 -10.473 -3.293  3.508 -6.169 -1.416 -4.405 -9.637 -1.267 -8.748 
    ML    37    35 6    40     6    19    41   429   851  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    38    35 6    40     6    18    41   429   851  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    39    35 6    40     6    16    38   427   848 -13.232 -11.930  -5.188  -8.409  -8.426  -0.049 
    IL    40    40 5    40     6    19    42   430   852  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    19    42   430   852  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]      7    172 A U - -
    MP    42    41 6    46     4    19    41   429   851 -15.219 -15.426  -0.000 -13.840                 -6.087 -10.648 -4.392  3.529 -14.225 -15.071 -9.635 -5.143 -11.763  1.319 -12.417 -1.756  0.644 -13.336 -11.489 -7.211 
    ML    43    41 6    46     4    18    40   428   850  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    17    39   428   849  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    16    38   427   848  -8.626  -8.307  -1.068  -0.951                 
    IL    46    46 5    46     4    18    40   429   850  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    18    40   429   850  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]      8      - U - - -
    ML    48    47 6    50     3    17    39   427   849  -6.519  -0.016 -14.788                         -9.813 -6.403 -6.714  1.992 
     D    49    47 6    50     3    16    38   426   848  -9.790  -0.084  -4.181                         
    IL    50    50 3    50     3    17    39   427   849  -4.492  -0.076  -7.192                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     10      - A - - -
    ML    51    50 3    53     2    16    38   426   848 -16.796  -0.000                                  1.618 -5.532 -0.163 -6.020 
     D    52    50 3    53     2    15    37   425   847  -8.445  -0.004                                 
    IL    53    53 3    53     2    16    38   426   848  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    15    37   425   847                                                 
                                             [ BEGR   59 ]      -      - - - - -
     S    55    54 1    56     3     0     3   160   336 -16.140  -0.000 -14.794                         
    IL    56    56 2    56     3     1     4   163   339  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    126      - A - - -
    ML    57    56 2    59     3     1     3   160   336 -16.140  -0.159  -3.262                          1.548 -4.567 -2.236 -0.285 
     D    58    56 2    59     3     0     1   169   345  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   160   336  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   61 ]    127      - G - - -
    ML    60    59 3    62     3     1     2   154   331  -3.228  -0.163 -14.636                         -3.718 -4.242  1.888 -2.566 
     D    61    59 3    62     3     0     1   172   349  -0.431  -1.966  -8.693                         
    IL    62    62 3    62     3     1     2   175   351  -0.151  -3.336 -14.346                          0.000  0.000  0.000  0.000 
                                             [ MATL   62 ]    149      - G - - -
    ML    63    62 3    65     3     1     1    28    47 -16.140  -0.137  -3.468                         -0.359 -9.500  1.533 -1.620 
     D    64    62 3    65     3     0     0    31    50  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    36    54  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   63 ]    150      - U - - -
    ML    66    65 3    68     3     1     1    27    46 -16.004  -0.000 -14.658                         -1.419 -5.353 -4.763  1.834 
     D    67    65 3    68     3     0     0    26    45 -14.097  -0.004  -8.489                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   64 ]    151      - C - - -
    ML    69    68 3    71     5     1     1    26    45 -15.074  -0.000 -14.889 -15.101 -15.993         -6.739  1.955 -5.719 -3.398 
     D    70    68 3    71     5     0     0    26    44  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    27    45  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   65 ]    152    171 G C - -
    MP    72    71 3    76     6     2     2    25    44  -7.295  -7.247  -0.019 -14.724 -15.003 -15.398 -2.532 -2.338 -9.827  1.741 -10.957 -6.725 -0.673 -10.517 -5.523  3.522 -6.113 -4.409 -6.288 -4.136 -8.030 -8.792 
    ML    73    71 3    76     6     1     1    25    44  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    74    71 3    76     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    24    43  -5.658  -5.921  -0.072  -7.576  -8.352  -8.012  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    24    43  -4.912  -0.076  -8.424  -6.591  -7.697          0.000  0.000  0.000  0.000 
                                             [ MATP   66 ]    154    169 C G - -
    MP    78    77 6    82     6     2     2    23    42  -7.407 -15.947  -0.009 -14.724 -15.003 -15.398 -10.359 -10.063 -10.354 -2.314 -4.068 -7.762  3.604 -5.450 -10.214  0.773 -10.724 -0.894 -2.255 -6.895  0.115 -8.934 
    ML    79    77 6    82     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    23    41  -5.560  -5.822  -0.077  -7.478  -8.254  -7.914  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   67 ]    156    168 U G - -
    MP    84    83 6    88     6     2     2    21    40 -16.008 -15.947  -0.000 -14.724 -15.003 -15.398 -10.330 -10.020 -4.641  0.524 -9.201 -11.167 -0.412 -9.852 -10.189  0.503 -10.700 -3.636  1.481 -5.431  3.227 -3.447 
    ML    85    83 6    88     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    86    83 6    88     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   68 ]    157    167 G C - -
    MP    90    89 6    94     6     2     2    19    38 -16.008 -15.947  -0.000 -14.724 -15.003 -15.398 -13.230 -5.297 -14.002 -4.319 -14.568 -11.670 -0.646 -14.304 -11.808  3.821 -12.015 -2.036 -0.250 -3.991 -11.489 -12.962 
    ML    91    89 6    94     6     1     1    24    42  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    92    89 6    94     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   69 ]    158    166 G C - -
    MP    96    95 6   100     4     2     2    17    35 -15.231 -15.438  -0.000 -13.852                 -13.991 -4.315 -16.582 -8.060 -15.596 -4.856 -9.867 -15.916 -4.494  3.976 -12.122 -3.504 -10.238 -4.816 -12.328 -15.835 
    ML    97    95 6   100     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   70 ]    159      - U - - -
    ML   102   101 6   104     3     1     1    14    33 -16.140  -0.000 -14.794                         -5.609 -3.659 -9.990  1.963 
     D   103   101 6   104     3     0     0    19    37  -6.174  -1.687  -0.566                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   71 ]    160      - U - - -
    ML   105   104 3   107     3     1     1    13    31 -16.140  -0.000 -14.794                         -12.892 -5.747 -14.128  1.993 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   72 ]    161      - C - - -
    ML   108   107 3   110     3     1     1    12    30 -16.140  -0.000 -14.794                         -10.188  1.963 -6.063 -3.557 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   73 ]    162      - G - - -
    ML   111   110 3   113     3     1     1    10    29 -16.140  -0.000 -14.794                          0.692 -10.919  1.246 -6.370 
     D   112   110 3   113     3     0     0    16    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   74 ]    163      - A - - -
    ML   114   113 3   116     3     1     1     9    28 -16.140  -0.000 -14.794                          1.990 -11.868 -5.998 -6.593 
     D   115   113 3   116     3     0     0    15    33  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   75 ]    164      - A - - -
    ML   117   116 3   119     3     1     1     7    26 -16.140  -0.000 -14.794                          1.169 -0.352 -3.887 -0.152 
     D   118   116 3   119     3     0     0    13    32  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   76 ]    165      - U - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                 -12.134 -2.058 -13.116  1.911 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    77 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     1    17   400   822   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   176     1    17   400   822                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     0    37    63  -0.000 -14.135 -13.543 -14.183                 
                                             [ MATP   15 ]     11     33 G C - -
    MP   127   126 1   131     6     2     2    37    63 -16.008 -15.947  -0.000 -14.724 -15.003 -15.398 -13.822 -5.179 -15.699 -5.352 -15.511 -11.770  0.682 -15.332 -11.929  3.791 -3.521 -1.289 -10.213 -12.222 -12.290 -14.602 
    ML   128   126 1   131     6     1     1    36    62  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    35    61  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    33    59  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    37    63  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    36    62  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     12     32 C G - -
    MP   133   132 6   137     6     2     2    35    61 -16.008 -15.947  -0.000 -14.724 -15.003 -15.398 -13.060 -13.342 -12.377 -9.579 -6.603 -12.521  3.940 -4.143 -12.481 -9.550 -12.601 -11.746 -1.452 -12.894 -2.240 -11.283 
    ML   134   132 6   137     6     1     1    34    60  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    33    59  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    31    57  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    35    61  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    34    60  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     13     31 U A - -
    MP   139   138 6   143     6     2     2    33    59 -16.008  -5.732  -0.028 -14.724 -15.003 -15.398 -12.806 -12.958 -12.231 -2.623 -0.141 -12.447  1.388 -11.526 -12.301 -2.088 -12.472 -11.094  3.588 -12.700 -4.798 -6.403 
    ML   140   138 6   143     6     1     1    32    58  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    32    58  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    30    56  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    33    59  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    32    58  -6.254  -0.030  -9.766  -7.933  -9.039          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     14     29 C G - -
    MP   145   144 6   149     4     2     2    31    57 -15.231 -15.438  -0.000 -13.852                 -0.603 -3.739 -12.297 -9.288 -7.944 -3.698  3.496 -4.598  0.510 -9.216 -12.530  0.596 -1.656 -12.787 -2.307 -1.315 
    ML   146   144 6   149     4     1     1    31    57  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    30    56  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    29    55  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    32    58  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    31    57  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     15      - A - - -
    ML   151   150 6   153     3     1     1    29    55 -16.140  -0.000 -14.794                          1.991 -6.508 -11.141 -6.328 
     D   152   150 6   153     3     0     0    27    53  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    30    56  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     16      - G - - -
    ML   154   153 3   156     3     1     1    28    54 -16.140  -0.000 -14.794                         -3.811 -6.681  1.967 -6.661 
     D   155   153 3   156     3     0     0    26    52  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    29    55  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     17      - U - - -
    ML   157   156 3   159     3     1     1    27    53  -5.093  -0.391  -2.263                         -5.040  0.436 -6.709  1.382 
     D   158   156 3   159     3     0     0    25    51  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    31    57  -1.012  -0.992  -9.473                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     21      - U - - -
    ML   160   159 3   162     3     1     1    25    49 -15.803  -0.000 -14.457                         -6.470 -3.339 -6.595  1.956 
     D   161   159 3   162     3     0     0    24    48 -15.298  -0.050  -4.888                         
    IL   162   162 3   162     3     1     1    26    50  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     22      - G - - -
    ML   163   162 3   165     3     1     1    24    48 -16.130  -0.000 -14.785                         -4.802 -12.397  1.982 -6.279 
     D   164   162 3   165     3     0     0    18    42 -10.435  -5.948  -0.025                         
    IL   165   165 3   165     3     1     1    25    49  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     23      - G - - -
    ML   166   165 3   168     3     1     1    23    47 -16.130  -0.000 -14.785                         -5.435 -12.417  1.988 -6.770 
     D   167   165 3   168     3     0     0    17    41 -10.435  -5.948  -0.025                         
    IL   168   168 3   168     3     1     1    24    48  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     24      - U - - -
    ML   169   168 3   171     3     1     1    22    46  -1.806  -0.486 -14.785                         -2.521 -1.643 -5.890  1.803 
     D   170   168 3   171     3     0     0    13    37 -10.435  -5.948  -0.025                         
    IL   171   171 3   171     3     1     1    22    46  -1.108  -0.900 -12.621                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     28      - A - - -
    ML   172   171 3   174     2     1     1     1     1       *   0.000                                  1.994 -12.042 -6.044 -11.397 
     D   173   171 3   174     2     0     0     0     0       *   0.000                                 
    IL   174   174 3   174     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   175   174 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   176   125 1   177     3     0     2   384   806 -16.140  -0.000 -14.794                         
    IL   177   177 2   177     3     1     1   385   807  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     34      - G - - -
    ML   178   177 2   180     5     1     2   384   806  -7.270  -0.015  -8.056 -15.101 -15.993         -0.880 -6.750  1.757 -3.913 
     D   179   177 2   180     5     0     0   381   803  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   180   180 3   180     5     1     2   384   806  -4.886  -0.077  -6.565  -8.397  -7.671          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     36    125 G U - -
    MP   181   180 3   185     6     2     3   383   805 -16.002 -15.942  -0.000 -14.718 -14.998 -15.393 -11.055 -3.723 -11.085  1.550 -10.246 -12.182  0.266 -4.640 -10.878 -1.984 -6.769  3.332  0.324 -11.460 -2.612 -9.675 
    ML   182   180 3   185     6     1     1   382   803  -9.034  -9.380  -0.131  -3.789  -9.230  -6.759 -2.860 -4.235  1.898 -3.596 
    MR   183   180 3   185     6     1     1   380   801  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 3   185     6     0     0   375   796  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   382   803  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   382   803  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     37    124 a u - -
    MP   187   186 6   191     6     2     3   381   803 -16.008 -15.947  -0.000 -14.724 -15.003 -15.398 -7.921 -10.013 -6.149  2.910 -9.178 -11.156  1.882 -7.116 -10.170 -1.979 -10.683 -2.069  2.040 -10.495 -2.627 -8.889 
    ML   188   186 6   191     6     1     1   378   800  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   189   186 6   191     6     1     1   378   799  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   190   186 6   191     6     0     0   373   795  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   380   802  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   380   801  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     38    123 G C - -
    MP   193   192 6   197     6     2     3   379   801 -16.008 -15.947  -0.000 -14.724 -15.003 -15.398 -9.982 -4.592 -9.801  1.710 -10.931 -10.395 -0.842 -10.491 -7.239  3.512 -5.669 -3.713 -0.757 -5.735 -8.005 -8.766 
    ML   194   192 6   197     6     1     1   377   798  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   376   798  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   372   794  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   378   800  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   378   799  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     39    122 G C - -
    MP   199   198 6   203     6     2     3   377   799 -16.008 -15.947  -0.000 -14.724 -15.003 -15.398 -13.866 -6.395 -15.859 -2.613 -15.410 -4.971 -2.532 -15.581 -4.872  3.811 -12.106  0.586 -10.125 -4.379 -12.183 -14.975 
    ML   200   198 6   203     6     1     1   375   797  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     6     1     1   374   796  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   202   198 6   203     6     0     0   371   793  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   203   203 5   203     6     1     1   376   798  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     5     1     1   376   797  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     40    121 A U - -
    MP   205   204 6   209     4     2     3   375   797 -15.231 -15.438  -0.000 -13.852                 -4.748 -3.356 -12.245  3.915 -14.373 -15.533 -2.524 -12.287 -11.806 -1.404 -12.475 -4.610 -2.392 -13.550 -11.665 -10.844 
    ML   206   204 6   209     4     1     1   374   795  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   207   204 6   209     4     1     1   372   793  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   208   204 6   209     4     0     0   370   792  -4.568  -4.250  -2.265  -0.520                 
    IL   209   209 5   209     4     1     1   375   796  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   210   210 6   210     3     1     1   374   796  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     41      - C - - -
    ML   211   210 6   213     3     1     2   373   795 -16.140  -0.000 -14.794                         -11.565  1.965 -12.024 -3.412 
     D   212   210 6   213     3     0     0   369   790  -6.174  -1.687  -0.566                         
    IL   213   213 3   213     3     1     1   373   795  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     42      - U - - -
    ML   214   213 3   216     3     1     2   372   794 -16.140  -0.000 -14.794                         -6.095 -3.255 -3.940  1.932 
     D   215   213 3   216     3     0     0   367   789  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   372   794  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     43      - u - - -
    ML   217   216 3   219     3     1     2   371   793 -16.140  -0.000 -14.794                          0.003 -0.003 -0.003  0.003 
     D   218   216 3   219     3     0     0   365   786  -6.174  -1.687  -0.566                         
    IL   219   219 3   219     3     1     1   371   793  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     44      - u - - -
    ML   220   219 3   222     3     1     2   370   792 -16.140  -0.000 -14.794                          0.003 -0.003 -0.003  0.003 
     D   221   219 3   222     3     0     0   361   783  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   370   791  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     45      - u - - -
    ML   223   222 3   225     3     1     2   369   791 -16.140  -0.000 -14.794                          0.003 -0.003 -0.003  0.003 
     D   224   222 3   225     3     0     0   357   778  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   368   790  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     46      - G - - -
    ML   226   225 3   228     3     1     1   368   790 -16.140  -0.442  -1.922                          0.706 -10.830  1.231 -5.597 
     D   227   225 3   228     3     0     0   348   770  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   373   795  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]     47      - u - - -
    ML   229   228 3   231     3     1     2   374   796 -15.698  -0.000 -14.352                          0.098 -0.302 -1.061  0.713 
     D   230   228 3   231     3     0     0   239   661 -15.639 -11.152  -0.001                         
    IL   231   231 3   231     3     1     1   372   794  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   42 ]     48      - g - - -
    ML   232   231 3   234     3     1     1   373   795 -15.698  -0.001 -11.035                         -1.093 -1.424  0.781  0.526 
     D   233   231 3   234     3     0     0   235   657 -15.639 -11.152  -0.001                         
    IL   234   234 3   234     3     1     1   371   793  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   43 ]     49      - g - - -
    ML   235   234 3   237     3     1     1   372   794 -15.698  -0.005  -8.279                          0.062 -1.966  0.897 -0.255 
     D   236   234 3   237     3     0     0   230   652 -15.641 -11.154  -0.001                         
    IL   237   237 3   237     3     1     1   371   792  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]     50      - g - - -
    ML   238   237 3   240     3     1     1   371   793 -15.693  -0.002  -9.671                          0.112 -1.103  0.709 -0.288 
     D   239   237 3   240     3     0     0   225   646 -15.654 -11.167  -0.001                         
    IL   240   240 3   240     3     1     1   370   791  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]     51      - a - - -
    ML   241   240 3   243     3     1     1   370   792 -15.691  -0.105  -3.833                          0.563 -1.528 -0.386  0.496 
     D   242   240 3   243     3     0     0   218   640 -15.658 -11.171  -0.001                         
    IL   243   243 3   243     3     1     1   370   792  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]     52      - u - - -
    ML   244   243 3   246     3     1     1   371   792 -15.586  -0.157  -3.276                          0.571 -1.410 -0.769  0.634 
     D   245   243 3   246     3     0     0   208   629 -15.911 -11.424  -0.001                         
    IL   246   246 3   246     3     1     1   372   793  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]     53      - u - - -
    ML   247   246 3   249     3     1     1   372   794 -15.429  -0.279  -2.506                         -0.136 -0.864 -0.552  0.894 
     D   248   246 3   249     3     0     0   192   613 -16.199 -11.712  -0.000                         
    IL   249   249 3   249     3     1     1   375   797  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]     54      - a - - -
    ML   250   249 3   252     3     1     2   376   797  -0.232  -2.750 -13.804                          0.319 -0.188 -0.579  0.270 
     D   251   249 3   252     3     0     0   116   537 -16.550  -2.838  -0.217                         
    IL   252   252 3   252     3     1     2   378   800  -0.063  -4.548 -16.862                          0.000  0.000  0.000  0.000 
                                             [ MATL   49 ]    112      - c - - -
    ML   253   252 3   255     3     1     2    17    35 -15.336  -0.000 -13.990                         -0.029  0.295 -0.625  0.195 
     D   254   252 3   255     3     0     0    15    33 -16.333  -2.458  -0.290                         
    IL   255   255 3   255     3     1     1    25    43  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   50 ]    113      - a - - -
    ML   256   255 3   258     3     1     2    16    34 -15.520  -0.000 -14.174                          0.585 -0.239 -0.339 -0.214 
     D   257   255 3   258     3     0     0    14    32 -16.044  -2.239  -0.343                         
    IL   258   258 3   258     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   51 ]    114      - g - - -
    ML   259   258 3   261     3     1     2    14    33 -15.675  -0.000 -14.329                          0.594 -1.168  0.622 -0.981 
     D   260   258 3   261     3     0     0    12    31 -15.701  -4.926  -0.048                         
    IL   261   261 3   261     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   52 ]    115      - u - - -
    ML   262   261 3   264     3     1     2    13    32 -15.693  -0.000 -14.347                         -0.332  0.047 -2.245  0.972 
     D   263   261 3   264     3     0     0    11    30 -15.654 -11.167  -0.001                         
    IL   264   264 3   264     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   53 ]    116      - a - - -
    ML   265   264 3   267     3     1     2    12    30 -15.693  -0.000 -14.347                          0.998 -2.918  0.110 -0.337 
     D   266   264 3   267     3     0     0    10    29 -15.654  -6.767  -0.013                         
    IL   267   267 3   267     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    117      - G - - -
    ML   268   267 3   270     3     1     2    11    29 -15.698  -0.000 -14.352                         -2.029 -3.061  1.793 -2.553 
     D   269   267 3   270     3     0     0     9    28 -15.641  -9.260  -0.002                         
    IL   270   270 3   270     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    118      - a - - -
    ML   271   270 3   273     3     1     2     9    28 -15.698  -0.000 -14.352                          0.975 -0.739 -1.129 -0.033 
     D   272   270 3   273     3     0     0     8    26 -15.639 -11.152  -0.001                         
    IL   273   273 3   273     3     1     1    19    37  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    119      - a - - -
    ML   274   273 3   276     3     1     1     8    26 -15.698  -0.000 -14.352                          0.871  0.032 -1.595 -0.291 
     D   275   273 3   276     3     0     0     7    25 -15.639  -0.001 -10.031                         
    IL   276   276 3   276     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    120      - A - - -
    ML   277   276 3   279     2     1     1     1     1       *   0.000                                  1.965 -3.886 -5.132 -10.708 
     D   278   276 3   279     2     0     0     0     0       *   0.000                                 
    IL   279   279 3   279     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    58 ]      -      - - - - -
     E   280   279 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Tyr
ACC   euk-Tyr-r2-031616
LENG  89
MAXL  435
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 14:57:01 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Tyr-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Tyr-r2-031616.sto
NSEQ  1095
EFFN  7.815342
CKSUM 4131210055
STATS LOCAL MSV       -8.5920  0.71857
STATS LOCAL VITERBI   -9.7197  0.71857
STATS LOCAL FORWARD   -3.2839  0.71857
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.44335  1.48067  1.26544  1.36938
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61049  4.61049  1.46634  0.26236  0.00000        *
      1   2.34769  0.72462  1.43826  1.70068      1 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.02676  4.61049  4.10672  1.46634  0.26236  1.09861  0.40547
      2   2.35874  0.76591  1.57238  1.45672      2 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  1.29608  0.31966
      3   2.21065  1.42760  1.34379  0.94255      3 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  1.29608  0.31966
      4   1.85222  1.54516  1.97633  0.71079      4 u - - (
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  1.29608  0.31966
      5   2.34661  0.59176  1.83392  1.65461      5 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  1.29608  0.31966
      6   1.74135  2.17150  0.48276  2.36836      6 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02022  4.60417  4.60417  1.46634  0.26236  1.29608  0.31966
      7   0.76397  2.53396  1.14353  1.99399      7 a - - (
          1.38629  1.38629  1.38629  1.38629
          0.02022  4.60433  4.60433  1.46634  0.26236  1.01570  0.44965
      8   3.50775  3.32558  3.94050  0.08922      8 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02888  3.99053  4.60756  0.86545  0.54622  0.91720  0.51022
      9   0.34683  3.31554  1.55253  3.10005     10 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     10   2.42417  2.41055  0.25920  2.99545     11 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     11   4.23502  0.11337  4.09326  2.57683     12 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     12   2.79373  1.28114  2.54174  0.54067     13 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     13   1.80705  0.92856  1.55003  1.47622     14 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     14   0.04376  4.37346  4.17642  4.20907     15 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     15   3.34619  4.46340  0.06569  4.08415     16 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     16   2.62926  1.21735  3.23558  0.52338     17 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.23039  3.41553  1.75496  0.90774  0.51657  1.09861  0.40547
     17   3.03282  2.74795  3.52298  0.15286     21 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02405  4.43297  4.43297  1.46634  0.26236  0.14009  2.03473
     18   3.67575  4.85376  0.04822  4.27249     22 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02020  4.60554  4.60554  1.46634  0.26236  1.26260  0.33256
     19   3.80343  4.94296  0.04296  4.37193     23 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02020  4.60554  4.60554  1.46634  0.26236  1.26260  0.33256
     20   2.55513  2.29611  3.34533  0.24026     24 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.27893  1.45497  4.60554  0.65792  0.72966  1.26260  0.33256
     21   0.03892  4.61706  4.09733  4.45008     28 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02020  4.60554  4.60554  1.46634  0.26236  0.83433  0.56946
     22   1.53315  2.01264  0.83059  1.53844     29 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.03529  3.69964  4.61087  0.67200  0.71475  1.09861  0.40547
     23   0.53484  2.69576  1.30795  2.57210     31 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     24   2.89590  4.22400  0.09488  3.88101     32 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     25   3.23477  0.31290  2.28835  2.05672     33 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     26   1.92923  3.45245  0.25862  2.97677     34 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02525  4.20005  4.61087  1.03140  0.44085  1.09861  0.40547
     27   1.64186  1.83122  0.73296  1.79770     36 g - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     28   1.22333  1.28582  1.98462  1.23137     37 a - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     29   1.56965  2.54168  0.47315  2.40670     38 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     30   2.39337  3.04369  0.20905  3.00240     39 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     31   0.09660  4.13698  2.86719  3.95011     40 A - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     32   4.16651  0.07054  4.62319  3.15154     41 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     33   3.07106  2.78291  3.33579  0.15527     42 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     34   1.28575  1.50024  1.51752  1.26860     43 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     35   1.28575  1.50024  1.51752  1.26860     44 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     36   1.28575  1.50024  1.51752  1.26860     45 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     37   0.93961  3.40899  0.64017  3.01713     46 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.25671  4.61087  1.53032  1.46634  0.26236  1.09861  0.40547
     38   1.26240  1.58854  1.87337  1.02389     47 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02538  4.37953  4.37953  1.46634  0.26236  3.16844  0.04298
     39   1.54419  1.93326  1.14587  1.12734     48 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02570  4.37953  4.35500  1.46634  0.26236  3.16844  0.04298
     40   1.28381  2.07080  1.04546  1.40486     49 g - - _
          1.38629  1.38629  1.38629  1.38629
          0.02775  4.37922  4.21058  1.46634  0.26236  3.16948  0.04293
     41   1.25455  1.87418  1.17460  1.37684     50 g - - _
          1.38629  1.38629  1.38629  1.38629
          0.02633  4.37692  4.31108  1.46634  0.26236  3.17717  0.04260
     42   1.09528  1.91026  1.65913  1.11717     51 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.07903  4.37606  2.75812  1.46634  0.26236  3.18001  0.04247
     43   1.09870  1.87276  1.77619  1.06794     52 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.10514  4.32389  2.44704  1.46634  0.26236  3.33540  0.03625
     44   1.32149  1.74086  1.73219  0.96496     53 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.16201  4.24776  2.00046  1.46634  0.26236  3.51520  0.03019
     45   1.18785  1.56911  1.72237  1.17684     54 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.86998  0.57132  4.11882  3.14004  0.04425  1.87390  0.16667
     46   1.28935  1.39727  1.75287  1.19071    112 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.03033  4.20391  4.20391  1.46634  0.26236  1.63831  0.21605
     47   1.09079  1.60061  1.64678  1.31079    113 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.02776  4.29133  4.29133  1.46634  0.26236  1.49759  0.25318
     48   1.08562  1.90950  1.20503  1.53958    114 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.02568  4.36802  4.36802  1.46634  0.26236  2.67261  0.07157
     49   1.43289  1.43401  2.17067  0.89421    115 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02545  4.37692  4.37692  1.46634  0.26236  3.17717  0.04260
     50   0.89883  2.15991  1.45449  1.41018    116 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.02545  4.37692  4.37692  1.46634  0.26236  3.00854  0.05062
     51   2.09237  2.78385  0.31851  2.43525    117 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02539  4.37922  4.37922  1.46634  0.26236  3.14495  0.04402
     52   0.92309  1.74846  1.87900  1.28762    118 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.02538  4.37953  4.37953  1.46634  0.26236  3.16844  0.04298
     53   0.96899  1.49382  1.99408  1.34752    119 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.02538  4.37953  4.37953  1.46634  0.26236  0.08789  2.47529
     54   0.08252  3.59369  3.56093  3.75955    120 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     55   4.05874  3.10281  3.99372  0.08406    121 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     56   3.26308  0.29226  2.89655  1.83293    122 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     57   2.63188  0.53079  2.37827  1.39753    123 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     58   1.37996  2.19468  1.16106  1.12743    124 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.02307  4.61086  4.35375  1.46634  0.26236  1.09861  0.40547
     59   1.99985  1.70074  1.67427  0.70390    125 u - - >
          1.38629  1.38629  1.38629  1.38629
          0.02015  4.60795  4.60795  1.46634  0.26236  0.93475  0.49871
     60   0.48309  2.57665  2.33800  1.55791    126 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.04160  4.61087  3.48026  1.46634  0.26236  1.09861  0.40547
     61   2.63586  3.29807  0.18838  2.76325    127 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.17278  1.90702  4.58979  2.24736  0.11169  0.49815  0.93561
     62   1.60113  3.06164  0.44268  2.21452    149 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.09497  4.61087  2.51752  1.46634  0.26236  1.09861  0.40547
     63   2.24176  2.80648  3.20673  0.23216    150 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02163  4.53752  4.53752  1.46634  0.26236  0.22038  1.62058
     64   3.75509  0.09265  4.10575  3.02392    151 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     65   1.51517  2.51142  0.47590  2.55423    152 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02520  4.20379  4.61087  1.03467  0.43904  1.09861  0.40547
     66   2.41970  0.64410  1.75622  1.54544    154 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.02481  4.22910  4.61086  1.05716  0.42686  1.09861  0.40547
     67   1.97661  1.61776  1.79316  0.69980    156 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     68   2.18734  2.59997  0.32319  2.41161    157 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     69   3.22553  4.06121  0.07871  3.97773    158 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     70   3.27763  2.97436  3.86504  0.11626    159 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     71   3.87685  3.54837  4.41113  0.06361    160 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     72   3.90314  0.08290  4.20757  3.11231    161 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     73   0.94454  3.45139  0.62769  3.08755    162 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     74   0.04327  4.51160  4.03880  4.28687    163 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     75   0.77017  1.63413  2.42058  1.37407    164 a - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     76   3.38254  2.55485  3.89690  0.14153    165 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     77   4.11595  0.09365  3.97387  2.91347    166 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     78   2.61947  0.37311  2.45123  1.88139    167 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     79   1.52573  1.93147  0.75111  1.79723    168 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61086  4.61086  1.46634  0.26236  1.09861  0.40547
     80   1.90353  1.96552  0.53805  2.06363    169 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.02537  4.19251  4.61087  1.02481  0.44451  1.09861  0.40547
     81   2.75417  0.52770  2.34845  1.38285    171 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02675  4.61086  4.10709  1.46634  0.26236  1.09861  0.40547
     82   2.14162  1.27523  2.34337  0.67892    172 U - - )
          1.38629  1.38629  1.38629  1.38629
          0.02022  4.60417  4.60417  1.46634  0.26236  1.29608  0.31966
     83   2.70270  0.55569  1.97998  1.50856    173 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  1.29608  0.31966
     84   1.93463  1.94438  0.51931  2.14121    174 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  1.29608  0.31966
     85   0.93645  2.13158  1.17803  1.70678    175 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  1.29608  0.31966
     86   1.03554  1.42772  1.30626  2.00784    176 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.02023  4.60395  4.60395  1.46634  0.26236  0.79231  0.60294
     87   1.65382  1.66983  0.68663  2.14446    177 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.02009  4.61049  4.61049  1.46634  0.26236  1.09861  0.40547
     88   1.92504  1.53791  0.65917  2.10358    179 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.05876  3.05511  4.61049  1.15828  0.37691  1.09861  0.40547
     89   0.16239  3.17718  2.79007  3.06242    183 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.01010  4.60049        *  1.46634  0.26236  0.00000        *
//
INFERNAL1/a [1.1.1 | July 2014]
NAME     euk-Val
ACC      euk-Val-r2-031616
STATES   233
NODES    62
CLEN     73
W        529
ALPH     RNA
RF       no
CONS     yes
MAP      yes
DATE     Thu Mar 17 15:20:45 2016
COM      [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Val-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Val-r2-031616.sto
COM      [2] cmcalibrate --hfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Val-r2.hfile --sfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Val-r2.sfile --qqfile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Val-r2.qqfile --ffile /projects/lowelab/users/blin/tRNAscan/models/1.6/cmcalibrate_files/euk-Val-r2.ffile --seed 208 /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Val-r2-031616.cm
PBEGIN   0.05
PEND     0.05
WBETA    1e-07
QDBBETA1 1e-07
QDBBETA2 1e-15
N2OMEGA  1.52588e-05
N3OMEGA  1.52588e-05
ELSELF   -0.08926734
NSEQ     1577
EFFN     1577.000000
CKSUM    1979456034
NULL     0.000  0.000  0.000  0.000 
EFP7GF   -12.6992 0.71877
ECMLC    0.65863    -7.57720     1.62898     1600000      515832  0.002326
ECMGC    0.31266   -44.84551   -31.79962     1600000       23634  0.016925
ECMLI    0.65309    -6.95841     2.15291     1600000      460759  0.002604
ECMGI    0.32314   -41.86717   -29.25105     1600000       23582  0.016962
CM
                                             [ ROOT    0 ]      -      - - - - -
     S     0    -1 0     1     4     1     1   529  1090 -15.550 -16.796  -0.000 -13.249                 
    IL     1     1 2     1     4    25    48   531  1092  -2.817  -4.319  -0.613  -2.698                  0.000  0.000  0.000  0.000 
    IR     2     2 3     2     3    26    50   531  1092  -1.925  -0.554  -4.164                          0.000  0.000  0.000  0.000 
                                             [ MATR    1 ]      -    176 - A - -
    MR     3     2 3     5     5    31    53   530  1091  -5.620  -0.030 -15.414 -15.627 -16.518          1.876 -5.799 -4.223 -1.950 
     D     4     2 3     5     5    23    44   527  1088  -5.352  -0.707  -2.978  -4.409  -2.404         
    IR     5     5 3     5     5    30    54   532  1093  -0.601  -1.559 -11.900 -10.068 -11.174          0.000  0.000  0.000  0.000 
                                             [ MATP    2 ]      1    172 G C - -
    MP     6     5 3    10     6    30    52   529  1090  -6.480 -16.470  -0.022 -15.247  -8.026 -15.922 -10.499 -4.244 -3.579 -0.839 -11.448 -10.912 -1.661 -7.094 -5.677  3.852 -5.729 -1.320 -4.928 -4.246 -8.522 -6.614 
    ML     7     5 3    10     6    24    46   526  1087  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR     8     5 3    10     6    24    46   526  1087  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D     9     5 3    10     6    21    42   521  1082  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    10    10 5    10     6    27    48   526  1087  -6.891  -7.154  -5.072  -8.809  -0.073  -9.246  0.000  0.000  0.000  0.000 
    IR    11    11 6    11     5    25    48   528  1089  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    3 ]      3    171 u a - -
    MP    12    11 6    16     6    28    50   527  1088 -16.509  -7.090  -0.017 -15.225 -15.505  -7.893 -6.267 -6.608 -8.459 -0.842 -3.853 -3.123  1.460 -8.737 -3.717  1.666 -6.214  1.855  2.436 -4.225 -3.371 -4.711 
    ML    13    11 6    16     6    24    45   524  1086  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    14    11 6    16     6    27    47   525  1086 -11.931 -10.660  -6.569 -10.638  -0.021  -8.852  1.558 -3.855 -4.136 -0.104 
     D    15    11 6    16     6    21    41   520  1081  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    16    16 5    16     6    25    47   526  1087  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    17    17 6    17     5    27    49   526  1087  -5.476  -0.051  -8.987  -7.155  -8.261          0.000  0.000  0.000  0.000 
                                             [ MATP    4 ]      4    169 U A - -
    MP    18    17 6    22     6    29    49   525  1086 -16.503 -16.442  -0.022 -15.219  -6.044 -15.894 -5.904 -4.913 -10.801 -1.592 -2.039 -11.645  1.575 -6.821 -10.659 -1.862 -11.173 -5.288  3.554 -5.288 -1.795 -5.215 
    ML    19    17 6    22     6    24    45   523  1084  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    20    17 6    22     6    26    46   524  1085 -11.931 -10.660  -1.891 -10.638  -0.460  -8.852  1.987 -6.775 -6.129 -6.312 
     D    21    17 6    22     6    21    41   519  1080 -12.750 -11.448  -7.245  -7.927  -7.945  -0.022 
    IL    22    22 5    22     6    25    46   524  1085  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    23    23 6    23     5    25    46   524  1085  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    5 ]      5    168 U A - -
    MP    24    23 6    28     6    27    47   523  1084 -16.487 -16.426  -0.002  -9.323 -15.483 -15.878 -4.700 -7.416 -7.757  0.569 -4.585 -11.624  1.891 -10.301 -10.638 -1.301 -11.152 -8.051  3.109 -5.349  0.658 -3.770 
    ML    25    23 6    28     6    23    44   521  1082  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    26    23 6    28     6    25    45   522  1084  -0.842 -11.424  -6.351 -11.402  -1.225  -9.616  1.748 -5.942 -0.721 -5.843 
     D    27    23 6    28     6    21    41   519  1080 -12.750 -11.448  -7.245  -7.927  -7.945  -0.022 
    IL    28    28 5    28     6    27    46   523  1084  -1.238  -8.315  -0.809  -9.970 -10.747 -10.407  0.000  0.000  0.000  0.000 
    IR    29    29 6    29     5    25    45   522  1083  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    6 ]      8    167 C G - -
    MP    30    29 6    34     6    25    45   521  1082 -16.507  -7.169  -0.010 -15.223 -15.502 -15.898 -10.804 -5.937 -10.805 -3.749 -0.621 -11.649  3.227 -5.018 -7.188  1.314 -5.309 -0.930  1.247 -10.987 -1.218 -5.721 
    ML    31    29 6    34     6    22    42   519  1080  -8.387  -8.733  -3.448  -0.175  -8.583  -6.113 -2.121  1.712 -2.953 -1.459 
    MR    32    29 6    34     6    23    43   520  1081 -11.498 -10.227  -6.136 -10.205  -0.028  -8.419  0.477 -4.372  1.321 -4.005 
     D    33    29 6    34     6    21    41   519  1080 -12.750 -11.448  -0.105  -7.927  -7.945  -4.020 
    IL    34    34 5    34     6    22    43   520  1081  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    35    35 6    35     5    24    44   520  1081  -5.405  -0.054  -8.916  -7.083  -8.189          0.000  0.000  0.000  0.000 
                                             [ MATP    7 ]      9    165 c g - -
    MP    36    35 6    40     6    23    43   519  1080 -16.513 -16.452  -0.000 -15.229 -15.509 -15.904 -10.795 -10.500 -7.645  0.539 -2.695 -11.641  2.996 -7.519 -10.657  1.292 -7.460  0.235  0.638 -10.979  0.215 -4.278 
    ML    37    35 6    40     6    22    41   518  1079  -8.387  -8.733  -0.210  -3.142  -8.583  -6.113 -2.121  1.712 -2.953 -1.459 
    MR    38    35 6    40     6    23    42   519  1080  -0.064 -10.227  -6.136 -10.205  -5.339  -8.419  1.341 -3.161 -3.377  0.331 
     D    39    35 6    40     6    18    38   515  1076  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    40    40 5    40     6    22    42   518  1079  -6.866  -7.129  -0.031  -8.784  -9.560  -9.221  0.000  0.000  0.000  0.000 
    IR    41    41 6    41     5    22    41   518  1079  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP    8 ]     11    164 G C - -
    MP    42    41 6    46     4    21    41   517  1078  -6.138 -15.963  -0.022  -9.765                 -10.498 -2.659 -6.127  1.610 -7.866 -6.600 -0.464 -11.006 -4.886  3.355 -5.998 -0.738  0.145 -5.362 -5.371 -9.282 
    ML    43    41 6    46     4    20    39   516  1077  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    44    41 6    46     4    19    38   515  1076  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    45    41 6    46     4    18    37   514  1075  -4.568  -4.250  -2.265  -0.520                 
    IL    46    46 5    46     4    21    40   517  1078  -1.010  -8.193  -1.002 -10.679                  0.000  0.000  0.000  0.000 
    IR    47    47 6    47     3    20    40   516  1078  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL    9 ]     14      - U - - -
    ML    48    47 6    50     3    19    39   515  1076  -7.149  -0.010 -15.318                         -9.956 -4.567 -6.343  1.980 
     D    49    47 6    50     3    18    37   513  1075  -8.565  -0.774  -1.277                         
    IL    50    50 3    50     3    19    39   515  1076  -4.404  -0.081  -7.104                          0.000  0.000  0.000  0.000 
                                             [ MATL   10 ]     16      - A - - -
    ML    51    50 3    53     2    18    38   514  1075  -6.883  -0.012                                  1.035 -7.011  0.940 -5.390 
     D    52    50 3    53     2    17    37   513  1074  -8.569  -0.004                                 
    IL    53    53 3    53     2    18    38   514  1075  -5.755  -0.027                                  0.000  0.000  0.000  0.000 
                                             [ BIF    11 ]      -      - - - - -
     B    54    53 3   124    55    17    37   513  1074                                                 
                                             [ BEGR   43 ]      -      - - - - -
     S    55    54 1    56     3     0     2   166   358 -16.666  -0.000 -15.320                         
    IL    56    56 2    56     3     1     3   171   363  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   44 ]    119      - A - - -
    ML    57    56 2    59     3     1     2   166   358  -6.725  -0.137  -3.626                          1.854 -5.089 -4.288 -1.711 
     D    58    56 2    59     3     0     0   183   375  -6.174  -1.687  -0.566                         
    IL    59    59 3    59     3     1     3   157   348  -4.782  -0.062  -7.482                          0.000  0.000  0.000  0.000 
                                             [ MATL   45 ]    121      - G - - -
    ML    60    59 3    62     3     1     2   154   346  -4.882  -0.050 -15.198                         -3.476 -3.650  1.901 -3.404 
     D    61    59 3    62     3     0     0   187   379  -0.176  -3.146  -8.854                         
    IL    62    62 3    62     3     1     3   188   380  -0.138  -3.451 -14.239                          0.000  0.000  0.000  0.000 
                                             [ MATL   46 ]    141      - G - - -
    ML    63    62 3    65     3     1     1    28    46  -7.126  -0.012  -9.808                         -2.566 -3.779  1.791 -1.751 
     D    64    62 3    65     3     0     0    28    47  -6.174  -1.687  -0.566                         
    IL    65    65 3    65     3     1     1    28    46  -4.426  -0.080  -7.126                          0.000  0.000  0.000  0.000 
                                             [ MATL   47 ]    143      - U - - -
    ML    66    65 3    68     3     1     2    27    45 -16.664  -0.000 -15.318                         -3.889 -2.093 -6.219  1.882 
     D    67    65 3    68     3     0     0    29    47  -8.553  -0.205  -2.944                         
    IL    68    68 3    68     3     1     1    35    53  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   48 ]    144      - C - - -
    ML    69    68 3    71     5     1     1    25    44 -15.599  -0.001 -11.535 -15.627 -16.518         -6.209  1.806 -4.252 -1.196 
     D    70    68 3    71     5     0     0    25    43  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL    71    71 3    71     5     1     1    27    45  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   49 ]    145    163 C G - -
    MP    72    71 3    76     6     2     2    24    43 -16.531 -16.470  -0.000 -15.246 -15.526 -15.921 -10.829 -10.526 -7.151  0.633 -3.747 -3.960  3.390 -6.394 -10.688  1.593 -11.201 -6.043 -1.141 -8.247 -1.645 -9.407 
    ML    73    71 3    76     6     1     1    25    43  -7.028  -7.374  -0.617  -1.783  -7.224  -4.754 -0.346 -0.595 -0.984  1.033 
    MR    74    71 3    76     6     1     1    25    44  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    75    71 3    76     6     0     0    23    42  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    76    76 5    76     6     1     1    26    43  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    77    77 6    77     5     1     1    25    43  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   50 ]    146    162 C G - -
    MP    78    77 6    82     6     2     2    22    41 -16.531 -16.470  -0.000 -11.845 -15.527 -15.922 -6.198 -10.495 -5.312 -4.045 -5.055 -7.350  3.222 -5.311 -10.649  1.649 -6.132 -1.863  1.230 -3.090 -0.725 -6.111 
    ML    79    77 6    82     6     1     1    24    43  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR    80    77 6    82     6     1     1    25    43  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    81    77 6    82     6     0     0    23    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    82    82 5    82     6     1     1    25    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    83    83 6    83     5     1     1    24    42  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   51 ]    147    161 C G - -
    MP    84    83 6    88     6     2     2    20    39 -16.531 -16.470  -0.000 -15.247 -15.526 -15.921 -6.658 -5.662 -10.376 -0.233 -2.598 -4.551  3.028 -8.070 -10.379  2.358 -5.461 -1.508 -1.059 -6.519 -0.410 -7.047 
    ML    85    83 6    88     6     1     1    24    42  -6.893  -7.239  -1.193  -1.001  -7.089  -4.618 -0.212  0.679 -0.928  0.013 
    MR    86    83 6    88     6     1     1    24    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    87    83 6    88     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    88    88 5    88     6     1     1    23    42  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    89    89 6    89     5     1     1    23    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   52 ]    148    160 G C - -
    MP    90    89 6    94     6     2     2    18    37 -16.531 -16.470  -0.000 -15.247 -15.526 -15.921 -5.784 -2.490 -13.699  1.674 -14.514 -4.358 -9.308 -14.166 -5.935  3.613 -4.655 -2.209 -9.610 -4.150 -11.484 -12.659 
    ML    91    89 6    94     6     1     1    24    42  -6.608  -6.954  -0.904  -1.363  -6.804  -4.334  0.116 -0.761  0.559 -0.230 
    MR    92    89 6    94     6     1     1    23    42  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D    93    89 6    94     6     0     0    22    41  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL    94    94 5    94     6     1     1    23    41  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR    95    95 6    95     5     1     1    22    41  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   53 ]    149    159 G C - -
    MP    96    95 6   100     4     2     2    16    35 -15.756 -15.963  -0.000 -12.735                 -14.510 -4.724 -17.077 -4.049 -16.116 -4.933 -10.389 -16.425 -5.312  3.963 -4.775 -4.041 -3.736 -3.817 -12.849 -16.318 
    ML    97    95 6   100     4     1     1    23    42  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR    98    95 6   100     4     1     1    23    41  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D    99    95 6   100     4     0     0    22    40  -4.568  -4.250  -2.265  -0.520                 
    IL   100   100 5   100     4     1     1    25    43  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   101   101 6   101     3     1     1    24    42  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   54 ]    150      - U - - -
    ML   102   101 6   104     3     1     1    13    32 -16.666  -0.000 -15.320                         -4.285 -3.746 -5.742  1.947 
     D   103   101 6   104     3     0     0    18    37  -6.643  -0.995  -1.034                         
    IL   104   104 3   104     3     1     1    23    41  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   55 ]    151      - U - - -
    ML   105   104 3   107     3     1     1    12    31 -16.666  -0.000 -15.320                         -10.402 -6.433 -6.425  1.991 
     D   106   104 3   107     3     0     0    18    36  -6.174  -1.687  -0.566                         
    IL   107   107 3   107     3     1     1    22    40  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   56 ]    152      - C - - -
    ML   108   107 3   110     3     1     1    11    29 -16.666  -0.000 -15.320                         -6.411  1.944 -5.235 -3.133 
     D   109   107 3   110     3     0     0    17    35  -6.174  -1.687  -0.566                         
    IL   110   110 3   110     3     1     1    21    39  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   57 ]    153      - G - - -
    ML   111   110 3   113     3     1     1     9    27 -16.666  -0.000 -15.320                         -0.999 -3.973  1.768 -5.037 
     D   112   110 3   113     3     0     0    15    34  -6.174  -1.687  -0.566                         
    IL   113   113 3   113     3     1     1    20    38  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   58 ]    154      - A - - -
    ML   114   113 3   116     3     1     1     7    14  -7.182  -0.010 -15.320                          1.983 -6.372 -5.848 -5.942 
     D   115   113 3   116     3     0     0     7    13  -6.174  -1.687  -0.566                         
    IL   116   116 3   116     3     1     1     8    14  -4.376  -0.082  -7.077                          0.000  0.000  0.000  0.000 
                                             [ MATL   59 ]    156      - u - - -
    ML   117   116 3   119     3     1     1     6    12  -7.028  -0.013  -9.412                          0.497 -6.335  0.142  0.559 
     D   118   116 3   119     3     0     0     5    11  -6.174  -1.687  -0.566                         
    IL   119   119 3   119     3     1     1     7    13  -4.512  -0.075  -7.212                          0.000  0.000  0.000  0.000 
                                             [ MATL   60 ]    158      - C - - -
    ML   120   119 3   122     2     1     1     1     1       *   0.000                                  0.117  1.152 -6.063 -0.560 
     D   121   119 3   122     2     0     0     0     0       *   0.000                                 
    IL   122   122 3   122     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    61 ]      -      - - - - -
     E   123   122 3    -1     0     0     0     0     0                                                 
                                             [ BEGL   12 ]      -      - - - - -
     S   124    54 1   125     1     2    19   489  1051   0.000                                         
                                             [ BIF    13 ]      -      - - - - -
     B   125   124 1   126   176     2    19   489  1051                                                 
                                             [ BEGL   14 ]      -      - - - - -
     S   126   125 1   127     4     0     2    40    72  -0.000 -14.660 -14.067 -14.707                 
                                             [ MATP   15 ]     18     45 G C - -
    MP   127   126 1   131     6     2     5    40    72 -16.531 -16.470  -0.000 -15.247 -15.527 -15.922 -13.127 -4.861 -13.499 -3.916 -14.874 -5.929 -9.810 -5.912 -5.016  3.823 -4.899  0.636 -10.018 -3.628 -11.926 -6.457 
    ML   128   126 1   131     6     1     1    39    70  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   129   126 1   131     6     1     1    38    70  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   130   126 1   131     6     0     0    35    67  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   131   131 5   131     6     1     1    40    71  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   132   132 6   132     5     1     1    39    71  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   16 ]     19     44 U A - -
    MP   133   132 6   137     6     2     4    38    70 -16.531  -7.055  -0.011 -15.247 -15.527 -15.922 -12.267 -12.118 -12.029 -3.441 -2.847 -12.548  1.058 -11.440 -5.482 -3.398 -12.339 -9.831  3.697 -5.122 -0.992 -3.888 
    ML   134   132 6   137     6     1     1    37    68  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   135   132 6   137     6     1     1    36    68  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   136   132 6   137     6     0     0    34    65  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   137   137 5   137     6     1     1    38    69  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   138   138 6   138     5     1     1    37    69  -5.526  -0.049  -9.037  -7.205  -8.311          0.000  0.000  0.000  0.000 
                                             [ MATP   17 ]     20     42 G C - -
    MP   139   138 6   143     6     2     4    36    68 -16.531 -16.470  -0.000 -15.247 -15.527 -15.922 -10.550 -2.497 -7.558 -5.220 -11.169 -10.990  1.325 -10.949 -7.942  3.623 -5.785 -3.190 -0.967 -5.196 -1.787 -9.316 
    ML   140   138 6   143     6     1     1    35    67  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   141   138 6   143     6     1     1    35    66  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   142   138 6   143     6     0     0    33    64  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   143   143 5   143     6     1     1    36    67  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   144   144 6   144     5     1     1    36    67  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   18 ]     21     41 U U - -
    MP   145   144 6   149     4     2     3    34    66 -15.756 -15.963  -0.000 -14.378                  0.238 -13.867 -12.903 -5.546 -4.143 -4.380 -0.560 -1.941 -13.006 -10.075 -13.126 -4.510 -3.791 -3.786 -1.262  3.717 
    ML   146   144 6   149     4     1     1    34    65  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   147   144 6   149     4     1     1    33    65  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   148   144 6   149     4     0     0    32    63  -4.568  -4.250  -2.265  -0.520                 
    IL   149   149 5   149     4     1     1    35    66  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   150   150 6   150     3     1     1    34    66  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   19 ]     22      - A - - -
    ML   151   150 6   153     3     1     2    32    64 -16.666  -0.000 -15.320                          1.979 -6.540 -4.801 -6.402 
     D   152   150 6   153     3     0     0    30    62  -6.174  -1.687  -0.566                         
    IL   153   153 3   153     3     1     1    33    65  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   20 ]     23      - G - - -
    ML   154   153 3   156     3     1     2    31    63 -16.666  -0.000 -15.320                         -3.373 -6.143  1.951 -5.529 
     D   155   153 3   156     3     0     0    29    61  -6.174  -1.687  -0.566                         
    IL   156   156 3   156     3     1     1    32    64  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   21 ]     24      - U - - -
    ML   157   156 3   159     3     1     2    30    62  -1.820  -0.481 -15.320                         -5.259 -1.643 -5.448  1.860 
     D   158   156 3   159     3     0     0    28    59  -6.174  -1.687  -0.566                         
    IL   159   159 3   159     3     1     1    30    62  -1.923  -0.483  -5.580                          0.000  0.000  0.000  0.000 
                                             [ MATL   22 ]     31      - G - - -
    ML   160   159 3   162     3     1     2    29    60 -16.654  -0.000 -15.308                         -5.375 -12.955  1.991 -11.928 
     D   161   159 3   162     3     0     0    27    58 -11.166  -6.679  -0.015                         
    IL   162   162 3   162     3     1     1    30    61  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   23 ]     32      - G - - -
    ML   163   162 3   165     3     1     1    28    59 -16.654  -0.000 -15.308                         -4.630 -5.852  1.974 -6.283 
     D   164   162 3   165     3     0     0    27    58 -11.166  -0.032  -5.558                         
    IL   165   165 3   165     3     1     1    29    60  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   24 ]     33      - U - - -
    ML   166   165 3   168     3     1     1    27    58  -3.723  -0.128  -6.763                         -4.025 -1.113 -4.886  1.783 
     D   167   165 3   168     3     0     0    23    54  -6.174  -1.687  -0.566                         
    IL   168   168 3   168     3     1     1    30    62  -0.842  -1.179 -11.525                          0.000  0.000  0.000  0.000 
                                             [ MATL   25 ]     39      - U - - -
    ML   169   168 3   171     3     1     1     7    25 -16.652  -0.000 -15.307                         -1.603 -1.672 -5.288  1.736 
     D   170   168 3   171     3     0     0    10    28 -11.358  -0.028  -5.750                         
    IL   171   171 3   171     3     1     1    18    36  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   26 ]     40      - A - - -
    ML   172   171 3   174     2     1     1     1     1       *   0.000                                  1.981 -6.915 -6.454 -4.936 
     D   173   171 3   174     2     0     0     0     0       *   0.000                                 
    IL   174   174 3   174     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    27 ]      -      - - - - -
     E   175   174 3    -1     0     0     0     0     0                                                 
                                             [ BEGR   28 ]      -      - - - - -
     S   176   125 1   177     3     0     3   473  1034 -16.666  -0.000 -15.320                         
    IL   177   177 2   177     3     1     1   474  1035  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   29 ]     46      - G - - -
    ML   178   177 2   180     5     1     3   473  1034 -15.599  -0.000 -15.414 -15.627 -16.518         -0.326 -6.236  1.605 -2.768 
     D   179   177 2   180     5     0     0   470  1031  -4.959  -0.803  -4.221  -2.596  -2.508         
    IL   180   180 3   180     5     1     1   472  1034  -2.408  -0.496  -4.087  -5.920  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   30 ]     47    118 U A - -
    MP   181   180 3   185     6     2     3   472  1033 -16.531  -7.141  -0.010 -15.247 -15.527 -15.922 -11.022 -10.735 -11.001 -2.340 -5.770 -11.810  1.000 -10.508 -5.213 -4.544 -11.366 -4.692  3.677 -4.781 -0.779 -1.927 
    ML   182   180 3   185     6     1     1   469  1030  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   183   180 3   185     6     1     1   469  1030  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   184   180 3   185     6     0     0   464  1025  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   185   185 5   185     6     1     1   471  1032  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   186   186 6   186     5     1     1   471  1032  -5.450  -0.052  -8.961  -7.129  -8.235          0.000  0.000  0.000  0.000 
                                             [ MATP   31 ]     48    116 c g - -
    MP   187   186 6   191     6     2     3   470  1031  -7.098  -7.032  -0.022 -15.247 -15.527 -15.922 -10.830 -10.531 -6.393  0.879 -4.461 -7.882  2.882 -10.348 -7.123 -1.373 -11.201 -8.097  2.568 -6.303 -1.413 -6.965 
    ML   188   186 6   191     6     1     1   467  1029  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   189   186 6   191     6     1     1   467  1028  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   190   186 6   191     6     0     0   463  1024  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   191   191 5   191     6     1     1   469  1030  -6.311  -6.574  -0.045  -8.229  -9.005  -8.666  0.000  0.000  0.000  0.000 
    IR   192   192 6   192     5     1     1   469  1030  -5.547  -0.048  -9.058  -7.226  -8.331          0.000  0.000  0.000  0.000 
                                             [ MATP   32 ]     50    114 u a - -
    MP   193   192 6   197     6     2     3   468  1029 -16.531 -16.470  -0.000 -15.247 -15.527 -15.922 -10.295 -10.155 -5.074  1.213 -2.610 -4.886  2.367 -5.489 -10.282  0.975 -4.341 -7.954  2.514 -6.521 -1.196 -3.450 
    ML   194   192 6   197     6     1     1   466  1027  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   195   192 6   197     6     1     1   465  1026  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   196   192 6   197     6     0     0   462  1023  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   197   197 5   197     6     1     1   467  1028  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   198   198 6   198     5     1     1   467  1028  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   33 ]     51    113 G C - -
    MP   199   198 6   203     6     2     2   466  1027 -16.531 -16.470  -0.001 -15.247 -15.527 -10.103 -6.995 -2.451 -7.619 -2.719 -11.447 -3.780  1.119 -6.858 -4.674  3.542 -4.428  0.577 -4.861 -2.997 -5.985 -9.282 
    ML   200   198 6   203     6     1     1   464  1025  -6.250  -6.596  -1.310  -1.005  -6.446  -3.975  0.368 -0.385 -0.191  0.094 
    MR   201   198 6   203     6     1     1   463  1025  -6.988  -5.717  -1.625  -5.695  -0.829  -3.908  0.368 -0.385 -0.191  0.094 
     D   202   198 6   203     6     0     0   462  1023  -9.049  -7.747  -3.544  -4.226  -4.244  -0.319 
    IL   203   203 5   203     6     1     1   465  1026  -2.579  -2.842  -0.760  -4.497  -5.274  -4.934  0.000  0.000  0.000  0.000 
    IR   204   204 6   204     5     1     1   465  1026  -2.408  -0.496  -5.920  -4.087  -5.193          0.000  0.000  0.000  0.000 
                                             [ MATP   34 ]     52    112 C G - -
    MP   205   204 6   209     4     2     2   464  1025 -15.755 -15.962  -0.001 -11.531                 -10.835 -10.537 -5.161 -3.911 -1.940 -11.677  3.363 -4.275 -10.693  0.346 -11.206 -6.800  1.749 -11.018 -2.110 -1.216 
    ML   206   204 6   209     4     1     1   463  1024  -3.758  -3.940  -0.507  -2.670                  0.368 -0.385 -0.191  0.094 
    MR   207   204 6   209     4     1     1   461  1023  -4.809  -3.838  -1.706  -0.766                  0.368 -0.385 -0.191  0.094 
     D   208   204 6   209     4     0     0   461  1023  -6.345  -6.026  -0.379  -2.297                 
    IL   209   209 5   209     4     1     1   463  1025  -1.686  -2.369  -1.117  -4.855                  0.000  0.000  0.000  0.000 
    IR   210   210 6   210     3     1     1   463  1024  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   35 ]     53      - C - - -
    ML   211   210 6   213     3     1     1   462  1023 -16.665  -0.000 -15.319                         -6.727  1.340 -6.651  0.535 
     D   212   210 6   213     3     0     0   459  1021  -7.258  -0.568  -1.649                         
    IL   213   213 3   213     3     1     1   462  1023  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   36 ]     54      - U - - -
    ML   214   213 3   216     3     1     1   461  1022 -16.666  -0.000 -11.632                         -13.362 -4.600 -14.572  1.985 
     D   215   213 3   216     3     0     0   456  1017  -6.174  -1.687  -0.566                         
    IL   216   216 3   216     3     1     1   461  1022  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   37 ]     55      - u - - -
    ML   217   216 3   219     3     1     1   460  1021 -16.665  -0.000 -15.319                          0.002 -0.002 -0.002  0.002 
     D   218   216 3   219     3     0     0   454  1015  -7.258  -0.568  -1.649                         
    IL   219   219 3   219     3     1     1   459  1020  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   38 ]     56      - u - - -
    ML   220   219 3   222     3     1     1   459  1020  -7.191  -0.010 -15.320                          0.002 -0.002 -0.002  0.002 
     D   221   219 3   222     3     0     0   440  1001  -6.174  -1.687  -0.566                         
    IL   222   222 3   222     3     1     1   459  1020  -4.369  -0.083  -7.069                          0.000  0.000  0.000  0.000 
                                             [ MATL   39 ]     58      - c - - -
    ML   223   222 3   225     3     1     1   458  1019 -16.666  -0.000 -15.320                         -0.008  0.027 -0.012 -0.008 
     D   224   222 3   225     3     0     0   425   986  -6.174  -1.687  -0.566                         
    IL   225   225 3   225     3     1     1   456  1017  -1.442  -0.798  -4.142                          0.000  0.000  0.000  0.000 
                                             [ MATL   40 ]     59      - A - - -
    ML   226   225 3   228     3     1     1   457  1018  -1.748  -0.510 -15.320                          1.846 -4.272 -1.567 -6.101 
     D   227   225 3   228     3     0     0   362   923  -6.174  -1.687  -0.566                         
    IL   228   228 3   228     3     1     1   493  1054  -0.047  -4.953 -17.267                          0.000  0.000  0.000  0.000 
                                             [ MATL   41 ]    111      - C - - -
    ML   229   228 3   231     2     1     1     1     1       *   0.000                                 -0.968  1.693 -5.664 -2.086 
     D   230   228 3   231     2     0     0     0     0       *   0.000                                 
    IL   231   231 3   231     2     1     1    13    28  -1.823  -0.479                                  0.000  0.000  0.000  0.000 
                                             [ END    42 ]      -      - - - - -
     E   232   231 3    -1     0     0     0     0     0                                                 
//
HMMER3/f [i1.1.1 | July 2014]
NAME  euk-Val
ACC   euk-Val-r2-031616
LENG  73
MAXL  521
ALPH  RNA
RF    no
MM    no
CONS  yes
CS    yes
MAP   yes
DATE  Thu Mar 17 15:20:45 2016
COM   [1] cmbuild -F --enone /projects/lowelab/users/blin/tRNAscan/models/1.6/cm/euk-Val-r2-031616.cm /projects/lowelab/users/blin/tRNAscan/models/1.6/alignments/euk-Val-r2-031616.sto
NSEQ  1577
EFFN  17.202116
CKSUM 1979456034
STATS LOCAL MSV       -8.4501  0.71877
STATS LOCAL VITERBI   -9.1601  0.71877
STATS LOCAL FORWARD   -3.7722  0.71877
HMM          A        C        G        U   
            m->m     m->i     m->d     i->m     i->i     d->m     d->d
  COMPO   1.53886  1.42947  1.25024  1.34899
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  0.00000        *
      1   2.19411  2.91372  0.24656  2.94151      1 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.01732  4.96751  4.58478  1.46634  0.26236  1.09861  0.40547
      2   2.13819  1.52186  1.08586  1.12020      3 g - - (
          1.38629  1.38629  1.38629  1.38629
          0.02742  4.96426  3.90905  1.46634  0.26236  1.24309  0.34037
      3   2.65871  1.37608  2.47556  0.52209      4 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.01439  4.95110  4.93180  1.46634  0.26236  1.27555  0.32750
      4   2.12884  1.30686  2.38327  0.65757      5 U - - (
          1.38629  1.38629  1.38629  1.38629
          0.02393  4.09850  4.95443  0.70496  0.68147  1.56325  0.23503
      5   2.76521  0.66803  1.64639  1.46285      8 C - - (
          1.38629  1.38629  1.38629  1.38629
          0.01420  4.95457  4.95457  1.46634  0.26236  0.53197  0.88539
      6   2.12572  0.83596  1.52641  1.47020      9 c - - (
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
      7   1.57973  2.64930  0.46210  2.37185     11 G - - (
          1.38629  1.38629  1.38629  1.38629
          0.02725  3.96420  4.84153  0.95611  0.48513  1.09861  0.40547
      8   3.88879  3.48448  4.22343  0.06805     14 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02010  4.34805  4.96658  0.86434  0.54702  1.05879  0.42599
      9   0.67320  4.19373  0.79163  3.82909     16 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02133  4.25887  4.96719  0.80046  0.59624  1.06819  0.42103
     10   2.42144  3.14295  0.20358  2.95172     18 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     11   3.07663  1.59490  2.80090  0.37077     19 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     12   2.38348  1.97006  0.37828  2.48552     20 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     13   2.37406  2.11005  3.26119  0.29126     21 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     14   0.03524  4.71035  4.16974  4.58884     22 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     15   3.39657  4.65282  0.05900  4.24938     23 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     16   3.52787  2.46630  3.95909  0.14312     24 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.29318  1.39775  4.96751  0.32257  1.28840  1.09861  0.40547
     17   4.37891  5.90760  0.02043  5.30586     31 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.02093  4.96751  4.28687  1.46634  0.26236  1.09861  0.40547
     18   3.93198  4.83774  0.03827  4.60325     32 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01412  4.96070  4.96070  1.46634  0.26236  0.69942  0.68691
     19   3.28955  2.18059  3.82177  0.18891     33 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.08981  2.64300  4.21663  0.87298  0.54078  1.09861  0.40547
     20   2.42236  2.42797  3.76181  0.22336     39 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01413  4.95969  4.95969  1.46634  0.26236  0.66470  0.72243
     21   0.03232  4.76977  4.54538  4.36572     40 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     22   2.14784  3.30320  1.98572  0.34359     41 U - - >
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     23   2.82406  0.40915  1.82864  2.15595     42 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.02052  4.31621  4.96751  0.84049  0.56475  1.09861  0.40547
     24   0.42984  2.95931  1.44148  2.79761     44 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     25   3.25606  0.30679  2.95023  1.75259     45 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     26   1.63412  3.65543  0.32679  2.85093     46 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     27   2.85969  1.60733  2.66543  0.39642     47 U - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     28   2.06561  0.87120  2.45067  0.99811     48 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.02033  4.33038  4.96751  0.85072  0.55706  1.09861  0.40547
     29   1.79851  1.15749  1.81010  1.03130     50 u - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     30   2.31404  2.06454  0.33197  2.86907     51 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01479  4.96751  4.86391  1.46634  0.26236  1.09861  0.40547
     31   2.83684  0.61245  2.10299  1.28274     52 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01428  4.96675  4.93196  1.46634  0.26236  1.03075  0.44120
     32   3.27108  0.51685  3.94451  1.06051     53 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96727  4.96727  1.46634  0.26236  1.07555  0.41720
     33   4.47313  3.78717  4.99713  0.04169     54 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01427  4.96751  4.93272  1.46634  0.26236  1.09861  0.40547
     34   1.31586  1.46330  1.47408  1.30454     55 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96727  4.96727  1.46634  0.26236  1.07555  0.41720
     35   1.31587  1.46329  1.47406  1.30456     56 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01991  4.36191  4.96751  0.87393  0.54010  1.09861  0.40547
     36   1.32039  1.44816  1.47937  1.30865     58 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     37   0.15033  3.61142  2.40126  3.81858     59 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.30981  1.34917  4.96751  3.42106  0.03322  1.09861  0.40547
     38   2.09570  0.28151  3.89864  2.28180    111 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01479  4.96751  4.86391  1.46634  0.26236  1.09861  0.40547
     39   1.43716  2.20892  0.57802  2.39062    112 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01403  4.96675  4.96675  1.46634  0.26236  1.03075  0.44120
     40   3.18855  0.43202  1.99888  1.74823    113 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     41   1.15154  1.90634  1.05081  1.68430    114 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02063  4.30847  4.96751  0.83494  0.56898  1.09861  0.40547
     42   1.10510  2.59433  0.79256  1.95586    116 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.02014  4.34443  4.96751  0.86099  0.54947  1.09861  0.40547
     43   0.48492  2.85604  1.41310  2.48446    118 A - - >
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     44   0.14974  3.54047  3.51164  2.52303    119 A - - ,
          1.38629  1.38629  1.38629  1.38629
          0.03008  4.20199  4.22196  0.76210  0.62864  1.09861  0.40547
     45   2.92976  3.42689  0.13683  3.17055    121 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.10766  2.35336  4.95977  2.30427  0.10517  0.66729  0.71969
     46   2.57397  3.30083  0.22000  2.47220    141 G - - ,
          1.38629  1.38629  1.38629  1.38629
          0.02113  4.34097  4.84271  0.85845  0.55133  1.09861  0.40547
     47   3.30684  2.67086  4.05043  0.13152    143 U - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01403  4.96659  4.96659  1.46634  0.26236  1.01716  0.44882
     48   3.71075  0.17427  3.86469  2.16714    144 C - - ,
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     49   2.14752  0.61363  1.63870  1.91317    145 C - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     50   2.74319  0.72191  1.56602  1.42322    146 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     51   2.28908  0.83925  1.20546  1.78944    147 c - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     52   1.55383  3.12622  0.36591  2.97371    148 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     53   3.43338  4.29414  0.06789  3.92643    149 G - - <
          1.38629  1.38629  1.38629  1.38629
          0.01410  4.96751  4.95544  1.46634  0.26236  1.09861  0.40547
     54   3.41112  3.22780  4.02176  0.09494    150 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96743  4.96743  1.46634  0.26236  1.09058  0.40951
     55   4.03039  3.80301  4.34677  0.05448    151 U - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     56   4.30410  0.06457  4.38260  3.30987    152 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     57   2.00660  3.42818  0.22445  3.37697    153 G - - _
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     58   0.03099  4.74745  4.45708  4.58144    154 A - - _
          1.38629  1.38629  1.38629  1.38629
          0.01995  4.35913  4.96751  0.87186  0.54158  1.09861  0.40547
     59   1.07753  2.79219  1.37352  1.06403    156 u - - _
          1.38629  1.38629  1.38629  1.38629
          0.02187  4.30869  4.80556  0.83510  0.56886  1.09861  0.40547
     60   1.36804  0.68357  3.38062  1.57718    158 C - - _
          1.38629  1.38629  1.38629  1.38629
          0.01404  4.96629  4.96629  1.46634  0.26236  0.99361  0.46242
     61   4.17604  0.07707  4.14072  3.14884    159 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01413  4.96751  4.95253  1.46634  0.26236  1.09861  0.40547
     62   3.25543  0.40003  2.94739  1.43272    160 C - - >
          1.38629  1.38629  1.38629  1.38629
          0.01413  4.96741  4.95254  1.46634  0.26236  1.10363  0.40296
     63   2.11630  1.29393  0.74484  2.03621    161 g - - >
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96730  4.96730  1.46634  0.26236  1.07896  0.41544
     64   1.66221  1.66138  0.63488  2.40343    162 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01429  4.96751  4.92994  1.46634  0.26236  1.09861  0.40547
     65   2.16941  1.69205  0.56408  2.01944    163 G - - >
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96725  4.96725  1.46634  0.26236  1.07372  0.41815
     66   2.50953  0.52981  2.50739  1.39232    164 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.01530  4.96751  4.80031  1.46634  0.26236  1.09861  0.40547
     67   1.79570  1.83479  0.70827  1.70460    165 g - - )
          1.38629  1.38629  1.38629  1.38629
          0.02354  4.35964  4.55765  0.87318  0.54063  1.15751  0.37727
     68   1.53394  1.83680  0.64450  2.30195    167 G - - )
          1.38629  1.38629  1.38629  1.38629
          0.01409  4.96272  4.96272  1.46634  0.26236  1.13753  0.38656
     69   0.83594  2.51319  1.05122  1.99502    168 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.01407  4.96399  4.96399  1.46634  0.26236  1.25411  0.33594
     70   0.56844  2.61284  1.29202  2.45865    169 A - - )
          1.38629  1.38629  1.38629  1.38629
          0.02034  4.33131  4.96399  0.85396  0.55465  0.84551  0.56096
     71   1.21183  1.58612  1.41971  1.36319    171 a - - )
          1.38629  1.38629  1.38629  1.38629
          0.01402  4.96751  4.96751  1.46634  0.26236  1.09861  0.40547
     72   3.23864  0.29391  2.70552  1.90649    172 C - - )
          1.38629  1.38629  1.38629  1.38629
          0.03165  3.72167  4.96751  1.18176  0.36635  1.09861  0.40547
     73   0.13097  3.69160  3.53343  2.67921    176 A - - :
          1.38629  1.38629  1.38629  1.38629
          0.00703  4.96053        *  1.46634  0.26236  0.00000        *
//
