GENSCAN 1.0	Date run:  7-Nov-116	Time: 18:02:29

Sequence gi568815586r:6520133_6721248 : 201116 bp : 50.21% C+G : Isochore 2 (43 - 51 C+G%)

Parameter matrix: HumanIso.smat

Predicted genes/exons:

Gn.Ex Type S .Begin ...End .Len Fr Ph I/Ac Do/T CodRg P.... Tscr..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.01 Intr +    854    978  125  2  2   57   84   104 0.819   7.13
 1.02 Intr +   1666   1905  240  2  0   81   85   270 0.984  23.52
 1.03 Intr +   2696   2870  175  0  1   21   76   190 0.997  10.10
 1.04 Intr +   3130   3214   85  1  1   94   59    39 0.988   1.42
 1.05 Intr +   5451   5584  134  2  2  110   89   164 0.999  18.14
 1.06 Intr +   5936   6068  133  2  1  104   95    99 0.994  12.85
 1.07 Intr +   6155   6239   85  1  1   92  105    67 0.983   8.19
 1.08 Intr +   6316   6483  168  2  0  128   91   121 0.979  16.32
 1.09 Intr +   6759   6931  173  1  2  119   93   189 0.999  22.16
 1.10 Intr +   7645   7756  112  0  1   86   95   150 0.999  15.45
 1.11 Intr +   7836   7959  124  1  1   57   96    64 0.539   3.74
 1.12 Intr +   8041   8196  156  1  0   92  103   189 0.999  19.93
 1.13 Intr +   8547   8724  178  0  1   53  100   313 0.996  28.92
 1.14 Intr +   8813   8907   95  1  2  132   -4   108 0.999   4.76
 1.15 Intr +   9381   9461   81  0  0   95   84   155 0.997  14.55
 1.16 Intr +   9643   9826  184  1  1   83  105   132 0.999  14.19
 1.17 Intr +  10559  10685  127  1  1  147   92    83 0.927  14.85
 1.18 Intr +  10789  10944  156  2  0  123   86   116 0.896  14.88
 1.19 Intr +  14678  14729   52  0  1  104  100    30 0.792   3.77
 1.20 Intr +  16362  16461  100  0  1  121  101   165 0.999  21.21
 1.21 Intr +  16552  16658  107  0  2   92   64   159 0.999  12.91
 1.22 Intr +  16788  16878   91  0  1   96   84   158 0.999  16.20
 1.23 Intr +  16969  17084  116  0  2   99   94   138 0.761  14.75
 1.24 Intr +  17177  17258   82  2  1  119   60    81 0.998   8.04
 1.25 Intr +  17452  17864  413  0  2   70   84   680 0.985  58.78
 1.26 Term +  17969  18038   70  2  1  108   47   141 0.987   9.41
 1.27 PlyA +  18216  18221    6                               1.05

 2.12 PlyA -  18879  18874    6                              -3.24
 2.11 Term -  20456  20351  106  1  1   82   44    45 0.389  -2.62
 2.10 Intr -  21510  21380  131  0  2   94   82   262 0.491  25.69
 2.09 Intr -  23178  23032  147  0  0   91   98    16 0.898   3.33
 2.08 Intr -  28028  27933   96  2  0   92   94   103 0.901  11.51
 2.07 Intr -  28413  28293  121  2  1  101   76   160 0.999  16.60
 2.06 Intr -  28693  28536  158  1  2   74   68   335 0.642  28.91
 2.05 Intr -  29594  29481  114  2  0   47   74    65 0.670   1.64
 2.04 Intr -  29998  29624  375  1  0   52   94   497 0.414  41.91
 2.03 Intr -  30869  30563  307  1  1   84   92   247 0.451  21.15
 2.02 Intr -  31123  30944  180  0  0   10   59   129 0.049   1.18
 2.01 Init -  35897  35125  773  2  2   95   75   946 0.476  88.17
 2.00 Prom -  36223  36184   40                             -13.96

 3.57 PlyA -  36378  36373    6                              -0.45
 3.56 Term -  37510  36861  650  2  2   80   37   504 0.998  38.74
 3.55 Intr -  40194  39966  229  0  1   83  111   274 0.945  26.64
 3.54 Intr -  40437  40315  123  0  0   87   42   117 0.991   7.78
 3.53 Intr -  40655  40566   90  2  0   98  100   101 0.963  12.49
 3.52 Intr -  40938  40799  140  1  2   89  100   238 0.784  25.28
 3.51 Intr -  41672  41532  141  0  0  100   51   147 0.546  12.52
 3.50 Intr -  41839  41752   88  1  1   55  111    78 0.999   6.34
 3.49 Intr -  43038  42949   90  0  0  140   94    56 0.999  11.59
 3.48 Intr -  43388  43183  206  0  2   11   69   244 0.548  13.72
 3.47 Intr -  43639  43464  176  0  2   99  -27   302 0.604  19.38
 3.46 Intr -  43814  43759   56  2  2   89   92    94 0.999   7.68
 3.45 Intr -  46204  45969  236  2  2   50   81   331 0.671  26.01
 3.44 Intr -  46485  46397   89  2  2  127   73    33 0.998   5.31
 3.43 Intr -  46690  46645   46  2  1   81  107    55 0.996   4.17
 3.42 Intr -  47790  47684  107  2  2   71  110    70 0.822   7.36
 3.41 Intr -  48258  47987  272  0  2   83   75    72 0.659   1.74
 3.40 Intr -  50900  50737  164  0  2  105   91   198 0.998  21.49
 3.39 Intr -  53137  52942  196  1  1   66   63   187 0.958  12.99
 3.38 Intr -  57785  57653  133  1  1   32  105   169 0.902  13.65
 3.37 Intr -  58005  57897  109  1  1  106    2   124 0.869   4.94
 3.36 Intr -  58414  58277  138  2  0   78   60   171 0.946  13.74
 3.35 Intr -  58785  58714   72  1  0   93   98   105 0.999  11.38
 3.34 Intr -  61041  60912  130  0  1   67   98    88 0.900   7.97
 3.33 Intr -  61256  61159   98  0  2  111   94    83 0.557  10.93
 3.32 Intr -  61682  61517  166  2  1   82  119    82 0.997  10.23
 3.31 Intr -  62149  62005  145  0  1  110  105    74 0.999  11.58
 3.30 Intr -  62616  62483  134  0  2  155   89   110 0.999  17.24
 3.29 Intr -  62804  62716   89  0  2  114  100    69 0.999  10.39
 3.28 Intr -  62981  62895   87  0  0  123  100   203 0.999  24.94
 3.27 Intr -  63246  63066  181  0  1  102   85   300 0.999  30.54
 3.26 Intr -  67427  67252  176  0  2   59   84   255 0.995  21.86
 3.25 Intr -  67817  67580  238  2  1   68   78   309 0.961  25.09
 3.24 Intr -  68290  68166  125  2  2   56   99    86 0.961   6.80
 3.23 Intr -  71451  71334  118  0  1   99   81   231 0.999  23.54
 3.22 Intr -  71693  71562  132  2  0   98   69    79 0.996   7.84
 3.21 Intr -  71925  71784  142  2  1   88   80   211 0.999  20.66
 3.20 Intr -  72434  72261  174  1  0   73   81   173 0.999  14.15
 3.19 Intr -  72685  72564  122  1  2   71  100    46 0.987   3.39
 3.18 Intr -  73096  72959  138  1  0   52  100   182 0.999  16.46
 3.17 Intr -  73484  73284  201  2  0  126   65   301 0.999  31.08
 3.16 Intr -  74518  74327  192  1  0  110   94   221 0.999  24.59
 3.15 Intr -  75298  75202   97  0  1   87   76   105 0.996   9.21
 3.14 Intr -  76005  75874  132  2  0   58  109   170 0.999  15.86
 3.13 Intr -  77967  77762  206  0  2   67   81   345 0.989  29.70
 3.12 Intr -  78293  78090  204  2  0   80  111    38 0.918   4.70
 3.11 Intr -  79880  79641  240  2  0   94  113   173 0.996  18.15
 3.10 Intr -  80263  79980  284  2  2  100   36   301 0.748  23.24
 3.09 Intr -  80537  80402  136  2  1   82   93   258 0.999  25.84
 3.08 Intr -  80921  80794  128  0  2   51   89   132 0.992  10.00
 3.07 Intr -  81398  81157  242  1  2   82   62   275 0.999  21.49
 3.06 Intr -  81634  81516  119  1  2   88   98   204 0.998  20.66
 3.05 Intr -  82043  81828  216  2  0   99   46   469 0.866  42.50
 3.04 Intr -  82365  82244  122  1  2   24  105   136 0.984   9.11
 3.03 Intr -  95748  95629  120  1  0   63   81    29 0.009   0.17
 3.02 Intr - 100021  99917  105  2  0   95   86    47 0.046   5.39
 3.01 Init - 101116 100075 1042  1  1   64   -2  2079 0.068 190.71
 3.00 Prom - 104808 104769   40                              -2.76

 4.11 PlyA - 105660 105655    6                              -0.45
 4.10 Term - 118272 118150  123  0  0   72   49   107 0.938   3.58
 4.09 Intr - 118905 118822   84  0  0   60  105   100 0.988   8.92
 4.08 Intr - 120095 119928  168  2  0  115   72    90 0.997  10.24
 4.07 Intr - 120390 120211  180  0  0  116   70   161 0.997  17.16
 4.06 Intr - 123539 123407  133  1  1  104   76   195 0.999  20.55
 4.05 Intr - 124473 124005  469  1  1   60   80   317 0.914  20.26
 4.04 Intr - 125205 125088  118  0  1   93   94   -23 0.957  -1.16
 4.03 Intr - 126445 126351   95  2  2  103  100    94 0.970  11.78
 4.02 Intr - 126880 126662  219  2  0   99   77   165 0.853  14.77
 4.01 Init - 127234 127192   43  1  1   90   76    30 0.937   0.99
 4.00 Prom - 127908 127869   40                             -10.25

 5.24 PlyA - 129512 129507    6                               1.05
 5.23 Term - 131102 131019   84  2  0  155   38    69 0.098   6.25
 5.22 Intr - 132286 132139  148  0  1   76   39   161 0.994  10.24
 5.21 Intr - 132638 132530  109  0  1  115   94   191 0.993  21.74
 5.20 Intr - 132918 132804  115  0  1  122   42   173 0.999  16.12
 5.19 Intr - 133264 133098  167  2  2   94   56   270 0.979  24.08
 5.18 Intr - 136666 136595   72  2  0  141   75    -3 0.825   3.08
 5.17 Intr - 143062 142933  130  1  1   36   61    47 0.034  -2.93
 5.16 Intr - 143457 143386   72  0  0   48   95    37 0.021   0.00
 5.15 Intr - 147983 147606  378  2  0  102   49   365 0.074  29.16
 5.14 Intr - 149057 148899  159  2  0   57   70   158 0.971  11.08
 5.13 Intr - 150706 150628   79  0  1   91   99    25 0.984   3.45
 5.12 Intr - 152400 152218  183  2  0  143  103   313 0.999  37.20
 5.11 Intr - 153308 153084  225  1  0   60  107   260 0.972  22.20
 5.10 Intr - 158328 157995  334  1  1  109  110   268 0.444  25.73
 5.09 Intr - 159051 158814  238  0  1   89   93   178 0.994  15.59
 5.08 Intr - 159393 159323   71  1  2  124  111     0 0.970   4.80
 5.07 Intr - 169027 168966   62  0  2  111  117    47 0.972   8.28
 5.06 Intr - 174516 174370  147  2  0   69   90   128 0.956  10.45
 5.05 Intr - 175519 175298  222  0  0   37   93   116 0.942   4.24
 5.04 Intr - 176392 176311   82  2  1   88  107   161 0.999  16.70
 5.03 Intr - 177531 177155  377  2  2   48  113   236 0.587  16.76
 5.02 Intr - 180123 179999  125  0  2   84   89    29 0.877   1.98
 5.01 Init - 180571 180482   90  1  0  104  109    91 0.993  11.29
 5.00 Prom - 186964 186925   40                              -6.26

 6.00 Prom + 187253 187292   40                              -7.66
 6.01 Init + 188181 188347  167  2  2   67   62   176 0.964  10.14
 6.02 Term + 196211 196403  193  2  1   65   36   164 0.267   5.79
 6.03 PlyA + 196823 196828    6                               1.05


Suboptimal exons with probability > 0.800

Exnum Type S .Begin ...End .Len Fr Ph B/Ac Do/T CodRg P.... Tscr..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

S.001 Init -  31167  30944  224  0  2   82   59   152 0.917   9.75
S.002 Sngl - 101116  99998 1119  1  0   64   47  2075 0.916 197.74
S.003 Term - 131102 131063   40  1  1  155   37    39 0.888   2.16
S.004 Intr - 131253 131192   62  0  2  144  115    15 0.899   7.33
S.005 Term - 147983 147582  402  2  0  102   44   396 0.926  31.75


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815586r:6520133_6721248|GENSCAN_predicted_peptide_1|1187_aa
XKAIILTREATGHFQESEPFSHIDPEESEETRLLNILGLIFKGPAASTQEKNPRESTGNM
VTGQTVCKNKPNMSDPEESRGNDELVKQEMLVQYLQDAYSFSRKITEAIGIISKMMYENT
TTVVQEVIEFFVMVFQFGVPQALFGVRRMLPLIWSKEPGVREAVLNAYRQLYLNPKGDSA
RAKAQALIQNLSLLLVDASVGTIQCLEEILCEFVQKDELKPAVTQLLWERATEKVACCPL
ERCSSVMLLGMMARGKPEIVGSNLDTLVSIGLDEKFPQDYRLAQQVCHAIANISDRRKPS
LGKRHPPFRLPQEHRLFERLRETVTKGFVHPDPLWIPFKEVAVTLIYQLAEGPEVICAQI
LQGCAKQALEKLEEKRTSQEDPKESPAMLPTFLLMNLLSLAGDVALQQLVHLEQAVSGEL
CRRRVLREEQEHKTKDPKEKNTSSETTMEEELGLVGATADDTEAELIRGICEMELLDGKQ
TLAAFVPLLLKVCNNPGLYSNPDLSAAASLALGKFCMISATFCDSQLRLLFTMLEKSPLP
IVRSNLMVATGDLAIRFPNLVDPWTPHLYARLRDPAQQVRKTAGLVMTHLILKDMVKVKG
QVSEMAVLLIDPEPQIAALAKNFFNELSHKGNAIYNLLPDIISRLSDPELGVEEEPFHTI
MKQLLSYITKDKQTESLVEKLCQRFRTSRTERQQRDLAYCVSQLPLTERGLRKMLDNFDC
FGDKLSDESIFSAFLSVVGKLRRGAKPEGKAIIDEFEQKLRACHTRGLDGIKELEIGQAG
SQRAPSAKKPSTGSRYQPLASTASDNDFVTPEPRRTTRRHPNTQQRASKKKPKVVFSSDE
SSEEAEPHRSDTMGKVKVGVNGFGRIGRLVTRAAFNSGKVDIVAINDPFIDLNYMVYMFQ
YDSTHGKFHGTVKAENGKLVINGNPITIFQERDPSKIKWGDAGAEYVVESTGVFTTMEKA
GAHLQGGAKRVIISAPSADAPMFVMGVNHEKYDNSLKIISNASCTTNCLAPLAKVIHDNF
GIVEGLMTTVHAITATQKTVDGPSGKLWRDGRGALQNIIPASTGAAKAVGKVIPELNGKL
TGMAFRVPTANVSVVDLTCRLEKPAKYDDIKKVVKQASEGPLKGILGYTEHQVVSSDFNS
DTHSSTFDAGAGIALNDHFVKLISWYDNEFGYSNRVVDLMAHMASKE

>gi568815586r:6520133_6721248|GENSCAN_predicted_CDS_1|3564_bp
nnaaaggccatcattctcactcgagaagccacaggccacttccaggagtccgaacccttc
agtcatatagacccagaggagtcagaggagaccaggctcttgaatatcttaggacttatc
ttcaaaggcccagcagcttccacacaagaaaagaatccccgggagtctacaggaaacatg
gtcacaggacagactgtctgtaaaaataaacccaatatgtcggatcctgaggaatccagg
ggaaatgatgaactagtgaagcaggagatgctggtacagtatctgcaggatgcctacagc
ttctcccggaagattacagaggccattggcatcatcagcaagatgatgtatgaaaacaca
actacagtggtgcaggaggtgattgaattctttgtgatggtcttccaatttggggtaccc
caggccctgtttggggtgcgccgtatgctgcctctcatctggtctaaggagcctggtgtc
cgggaagccgtgcttaatgcctaccgccaactctacctcaaccccaaaggggactctgcc
agagccaaggcccaggctttgattcagaatctctctctgctgctagtggatgcctcggtt
gggaccattcagtgtcttgaggaaattctctgtgagtttgtgcagaaggatgagttgaaa
ccagcagtgacccagctgctgtgggagcgggccaccgagaaggtcgcctgctgtcctctg
gagcgctgttcctctgtcatgcttcttggcatgatggcacgaggaaagccagaaattgtg
ggaagcaatttagacacactggtgagcatagggctggatgagaagtttccacaggactac
aggctggcccagcaggtgtgccatgccattgccaacatctcggacaggagaaagccttct
ctgggcaaacgtcacccccccttccggctgcctcaggaacacaggttgtttgagcgactg
cgggagacagtcacaaaaggctttgtccacccagacccactctggatcccattcaaagag
gtggcagtgaccctcatttaccaactggcagagggccccgaagtgatctgtgcccagata
ttgcagggctgtgcaaaacaggccctggagaagctagaagagaagagaaccagtcaggag
gacccgaaggagtcccccgcaatgctccccactttcctgttgatgaacctgctgtccctg
gctggggatgtggctctgcagcagctggtccacttggagcaggcagtgagtggagagctc
tgccggcgccgagttctccgggaagaacaggagcacaagaccaaagatcccaaggagaag
aatacgagctctgagaccaccatggaggaggagctggggctggttggggcaacagcagat
gacacagaggcagaactaatccgtggcatctgcgagatggaactgttggatggcaaacag
acactggctgcctttgttccactcttgcttaaagtctgtaacaacccaggcctctatagc
aacccagacctctctgcagctgcttcacttgcccttggcaagttctgcatgatcagtgcc
actttctgcgactcccagcttcgtcttctgttcaccatgctggaaaagtctccacttccc
attgtccggtctaacctcatggttgccactggggatctggccatccgctttcccaatctg
gtggacccctggactcctcatctgtatgctcgtctccgggaccctgctcagcaagtgcgg
aaaacagcggggctggtgatgacccacctgatcctcaaggacatggtgaaggtgaagggg
caggtcagcgagatggcggtgctgctcatcgaccccgagcctcagattgctgccctggcc
aagaacttcttcaatgagctctcccacaagggcaacgcaatctataatctccttccagat
atcatcagccgcctgtcagaccccgagctgggggtggaggaagagcctttccacaccatc
atgaaacagctcctctcctacatcaccaaggacaagcagacagagagcctggtggaaaag
ctgtgtcagcggttccgcacatcccgaactgagcggcagcagcgagacctggcctactgt
gtgtcacagctgcccctcacagagcgaggcctccgtaagatgcttgacaattttgactgt
tttggagacaaactgtcagatgagtccatcttcagtgcttttttgtcagttgtaggcaag
ctgcgacgtggggccaagcctgagggcaaggctataatagatgaatttgagcagaagctt
cgggcctgtcataccagaggtttggatggaatcaaggagcttgagattggccaagcaggt
agccagagagcgccatcagccaagaaaccatccactggttctaggtaccagcctctggct
tctacagcctcagacaatgactttgtcacaccagagccccgccgtactacccgtcggcat
ccaaacacccagcagcgagcttccaaaaagaaacccaaagttgtcttctcaagtgatgag
tccagtgaggaagccgagccacatcgctcagacaccatggggaaggtgaaggtcggagtc
aacggatttggtcgtattgggcgcctggtcaccagggctgcttttaactctggtaaagtg
gatattgttgccatcaatgaccccttcattgacctcaactacatggtttacatgttccaa
tatgattccacccatggcaaattccatggcaccgtcaaggctgagaacgggaagcttgtc
atcaatggaaatcccatcaccatcttccaggagcgagatccctccaaaatcaagtggggc
gatgctggcgctgagtacgtcgtggagtccactggcgtcttcaccaccatggagaaggct
ggggctcatttgcaggggggagccaaaagggtcatcatctctgccccctctgctgatgcc
cccatgttcgtcatgggtgtgaaccatgagaagtatgacaacagcctcaagatcatcagc
aatgcctcctgcaccaccaactgcttagcacccctggccaaggtcatccatgacaacttt
ggtatcgtggaaggactcatgaccacagtccatgccatcactgccacccagaagactgtg
gatggcccctccgggaaactgtggcgtgatggccgcggggctctccagaacatcatccct
gcctctactggcgctgccaaggctgtgggcaaggtcatccctgagctgaacgggaagctc
actggcatggccttccgtgtccccactgccaacgtgtcagtggtggacctgacctgccgt
ctagaaaaacctgccaaatatgatgacatcaagaaggtggtgaagcaggcgtcggagggc
cccctcaagggcatcctgggctacactgagcaccaggtggtctcctctgacttcaacagc
gacacccactcctccacctttgacgctggggctggcattgccctcaacgaccactttgtc
aagctcatttcctggtatgacaacgaatttggctacagcaacagggtggtggacctcatg
gcccacatggcctccaaggagtaa

>gi568815586r:6520133_6721248|GENSCAN_predicted_peptide_2|835_aa
MNPLFGPNLFLLQQEQQGLAGPLGDSLGGDHFAGGGDLPPAPLSPAGPAAYSPPGPGPAP
PAAMALRNDLGSNINVLKTLNLRFRCFLAKVHELERRNRLLEKQLQQALEEGKQGRRGLG
RRDQAVQTGFVSPIRPLGLQLGARPAAVCSPSARVLGSPARSPAGPLAPSAASLSSSSTS
TSTTYSSSARFMPGTIWSFSHARRLGPGLEPTLVQGPGLSWVHPDGVGVQIDTITPEIRA
LYNVLAKVKRERDEYKRRAPGAQPGGSGKAAGELDAHQEAQSRVTAAVGHQLAGQAFLCP
APPHPGNQNWGLRPEPERWEEEYTVRIQLQDRVNELQEVRVAPHLLLVLPWVPLSAHDPA
AVSLSLLGIFIFLPPRQCHQHQGFSQLQEAQEADACQEELALKVEQLKAELVVFKGLMSN
GFRLAREQWPEPPHAQHIHTVLWGGHRYPGRGVQSAQGDSTEEAPVQCGGKDEDLARPNS
SLSGELGASSLFPGLPGQNLSELDTKIQEKAMKVDMDICRRIDITAKLCDVAQQRNCEDM
IQMFQGWVGQVDASVAAGLERRPCLLLGEPYLATGALTGLDWGVPSMGGRKRERKAAVEE
DTSLSESEGPRQPDGDEEESTALSINEEMQRMLNQLREYDFEDDCDSLTWEETEETLLLW
EDFSGYAMAAAEAQGEQQEDSLEKVIKDTESLFKTREKEYQETIDQIEATDRYWSVAWGL
GTSALGEPLGGLADLRSTQGAFIFVTFDLSGSLRWSKLELATAKNDMNRHLHEYMEMCSM
KRGLDVQMETCRRLITQSGDRKSPAFTAVPLSDPPPPPSEAEDSDRDVSSDSSMR

>gi568815586r:6520133_6721248|GENSCAN_predicted_CDS_2|2508_bp
atgaatccgttattcggccccaacctcttcctcctgcagcaggagcagcagggcctggcc
gggccactgggggactcactgggaggcgaccacttcgccgggggaggagacttgcccccg
gcgcctctctcgccggccggccctgctgcctactcgccgcccgggccgggcccggccccg
cctgccgccatggccctccgcaatgacctgggctccaacatcaacgtgctcaagaccctg
aacctccggttccgctgcttcctggccaaggtgcatgagctggagcgccggaaccggctg
ttggagaagcaactgcagcaagcgctggaggagggtaagcagggccggcggggcctgggt
cgtcgcgaccaggcagtgcagaccggcttcgtcagccccatccggcccctggggctgcag
ctgggcgcccggccggccgctgtctgcagcccttcggcgcgcgtgctgggctcgcccgcg
cgctccccggccggccccctcgcgccctccgcggccagcctctcgtcgtcctccacctcc
acctccaccacctattcctcgtcggcccgcttcatgcccggcaccatctggtcgttctcg
cacgcccgccggctcgggccgggactggagcccactctggtgcaagggcctggcttgtcg
tgggtgcacccggatggggtgggcgtccagatcgacaccatcacgcccgagatccgcgct
ctctacaacgtgctggccaaagtgaagcgggagcgggacgagtacaagcggagagctcct
ggtgcacagcccggaggttccgggaaggcagctggcgagctcgacgcccatcaggaagca
cagagccgcgtgacagctgcagttggtcaccagctggctggccaggcattcctgtgccct
gctcctccccatccagggaaccagaactggggtctgaggcctgagccagagaggtgggaa
gaggagtacacggtgcggatccagctgcaagaccgtgtaaatgagctccaggaggtgagg
gtggcgccccacttgctgctggtgcttccctgggtacccctgtctgcccatgaccctgct
gccgtctccctgtccctccttggcatctttatcttcctcccacctcggcagtgccaccaa
catcagggtttctcccaactgcaggaagcccaggaggctgatgcctgccaggaggagctg
gcactgaaggtggaacagttgaaggctgagctggtggtcttcaaggggctcatgagtaac
ggcttccgtttggccagggagcagtggcccgagccgccccatgcccagcatattcacaca
gtgctgtggggaggccaccgctacccaggaagaggggtgcagtcagctcagggagactcc
acagaagaggcaccggtgcaatgtggtgggaaggatgaggaccttgccaggcctaattcg
tccttgtctggagaactgggcgcctcctcactgttccctgggctccctggacagaacctg
tcggagctggacaccaagatccaggagaaagccatgaaggtggatatggacatctgccgc
cgcatcgacatcaccgccaagctctgcgatgtggctcagcagcgcaactgcgaggacatg
atccagatgttccaggggtgggtggggcaggtggatgcttccgtggcggctggcctggaa
cgcaggccctgcctcctgcttggggagccttacctggcaactggggccctcacggggcta
gactggggggtcccatccatgggggggcggaagcgggagcgcaaggctgccgtcgaggag
gacacctccctgtcggagagtgaggggccccgccagcccgatggggatgaggaggagagc
acagccctcagcatcaacgaggagatgcagcgcatgctcaaccagctgagggagtatgat
tttgaggacgactgtgacagcctgacttgggaggagactgaggagaccctgctgctttgg
gaggatttctcaggctatgccatggcagctgcagaggcccagggagagcagcaggaagat
agcctggagaaggtgattaaagatacggagtccctgttcaaaacccgggagaaggagtat
caggagaccattgaccagatagaggccacagacaggtactggtccgtggcctggggtttg
gggacttctgcattaggggaaccgttaggaggacttgctgacctcaggagtacccaaggt
gcctttatctttgtgacctttgatctctcagggtcactaagatggagcaagctggagttg
gccacggccaagaacgacatgaaccggcacctgcacgagtacatggagatgtgcagcatg
aagcgcggcctggacgtgcagatggagacctgccgccggctcatcacccagtctggagac
cgaaagtctcctgctttcactgcggtcccgcttagcgacccgccgccgccgccaagcgag
gctgaggactccgatcgcgatgtctcatctgacagctccatgagatag

>gi568815586r:6520133_6721248|GENSCAN_predicted_peptide_3|3243_aa
MLANSSSTNSSVLPCPDYRPTHRLHLVVYSLVLAAGLPLNALALWVFLRALRVHSVVSVY
MCNLAASDLLFTLSLPVRLSYYALHHWPFPDLLCQTTGAIFQMNMYGSCIFLMLINVDRY
AAIVHPLRLRHLRRPRVARLLCLGVWALILVFAVPAARVHRPSRCRYRDLEVRLCFESFS
DELWKGRLLPLVLLAEALGFLLPLAAVVYSSGRVFWTLARPDATQSQRRRKTVRLLLANL
VIFLLCFVPYNSTLAVYGLLRSKLVAASVPARDRVRGVLMVMVLLAGANCVLDPLVYYFS
AEGFRNTLRGLGTPHRARTSATNGTRAALAQSERSAVTTDATRPDAAMSPGFRPLNTHAI
ALSVPDSQRLSFWEAYRVYTQEACDVPYISKAALLIVYTEQGPSLGSPFLKVCLLGRMVP
PHENEEDPEEDLSETETPKLKKKKKPKKPRDPKIPKSKRQKKERMLLCRQLGDSSGEGPE
FVEEEEEVALRSDSEGSDYTPGKKKKKKLGPKKEKKSKSKRKEEEEEEDDDDDSKEPKSS
AQLLEDWGMEDIDHVFSEEDYRTLTNYKAFSQFVRPLIAAKNPKIAVSKMMMVLGAKWRE
FSTNNPFKGSSGASVAAAAAAAVAVVESMVTATEVAPPPPPVEVPIRKAKTKEGKGPNAR
RKPKGSPRVPDAKKPKPKKVAPLKIKLGGFGSKRKRSSSEDDDLDVESDFDDASINSYSV
SDGSTSRSSRSRKKLRTTKKKKKGEEEVTAVDGYETDHQDYCEVCQQGGEIILCDTCPRA
YHMVCLDPDMEKAPEGKWSCPHCVSVWPLWPLGTHEKKGGTVKLFGAWMEMEMLVLRVEK
EGIQWEAKEDNSEGEEILEEVGGDLEEEDDHHMEFCRVCKDGGELLCCDTCPSSYHIHCL
NPPLPEIPNGEWLCPRCTCPALKGKVQKILIWKWGQPPSPTPVPRPPDADPNTPSPKPLE
GRPERQFFVKWQGMSYWHCSWVSELQLELHCQVMFRNYQRKNDMDEPPSGDFGGDEEKSR
KRKNKDPKFAEMEERFYRYGIKPEWMMIHRILNHSVDKKGHVHYLIKWRDLPYDQASWES
EDVEIQDYDLFKQSYWNHRELMRGEEGRPGKKLKKVKLRKLERPPETPTVDPTVKYERQP
EYLDATGGTLHPYQMEGLNWLRFSWAQGTDTILADEMGLGKTVQTAVFLYSLYKEGHSKG
PFLVSAPLSTIINWEREFEMWAPDMYVVTYVGDKDSRAIIRENEFSFEDNAIRGGKKASR
MKKEASVKFHVLLTSYELITIDMAILGSIDWACLIVDEAHRLKNNQSKFFRVLNGYSLQH
KLLLTGTPLQNNLEELFHLLNFLTPERFHNLEGFLEEFADIAKEDQIKKLHDMLGPHMLR
RLKADVFKNMPSKTELIVRVELSPMQKKYYKYILTRNFEALNARGGGNQVSLLNVVMDLK
KCCNHPYLFPVAAMEAPKMPNGMYDGSALIRASGKLLLLQKMLKNLKEGGHRVLIFSQMT
KMLDLLEDFLEHEGYKYERIDGGITGNMRQEAIDRFNAPGAQQFCFLLSTRAGGLGINLA
TADTVIIYDSDWNPHNDIQAFSRAHRIGQNKKVMIYRFVTRASVEERITQVAKKKMMLTH
LVVRPGLGSKTGSMSKQELDDILKFGTEELFKDEATDGGGDNKEGEDSSVIHYDDKAIER
LLDRNQDETEDTELQGMNEYLSSFKVAQYVVREEEMGEEEEVEREIIKQEESVDPDYWEK
LLRHHYEQQQEDLARNLGKGKRIRKQVNYNDGSQEDRDWQDDQSDNQSDYSVASEEGDED
FDERSEAPRRPSRKGLRNDKDKPLPPLLARVGGNIEVLGFNARQRKAFLNAIMRYGMPPQ
DAFTTQWLVRDLRGKSEKEFKAYVSLFMRHLCEPGADGAETFADGVPREGLSRQHVLTRI
GVMSLIRKKVQEFEHVNGRWSMPELAEVEENKKMSQPGSPSPKTPTPSTPGDTQPNTPAP
VPPAEDGIKIEENSLKEEESIEGEKEVKSTAPETAIECTQAPAPASEDEKVVVEPPEGEE
KVEKAEVKERTEEPMETEPKGAADVEKVEEKSAIDLTPIVVEDKEEKKEEEEKKEVMLQN
GETPKDLNDEKQKKNIKQRFMFNIADGGFTELHSLWQNEERAATVTKKTYEIWHRRHDYW
LLAGIINHGYARWQDIQNDPRYAILNEPFKGEMNRGNFLEIKNKFLARRFKLLEQALVIE
EQLRRAAYLNMSEDPSHPSMALNTRFAEVECLAESHQHLSKESMAGNKPANAVLHKVLKQ
LEELLSDMKADVTRLPATIARIPPVAVRLQMSERNILSRLANRAPEPTPQQGERKFRVRR
PTRRNRKRRGREASATRAPAWNDSVASAGRKLGPDCTWRAARRALSDINPHSGGSRGNWG
TKSGSTDLVWDVGRRVRYLGFSTMGRKLDPTKEKRGPGRKARKQKGAETELVRFLPAVSD
ENSKRLSSRARKRAAKRRLGSVEAPKTNKSPEAKPLPGKLPKGISAGAVQTAGKKGPQSL
FNAPRGKKRPAPGSDEEEEEEDSEEDGMVNHGDLWGSEDDADTVDDYGADSNSEDEEEGE
ALLPIERAARKQKAREAAAGIQWSEEETEDEEEEKEVTPESGPPKVEEADGGLQINVDEE
PFVLPPAGEMEQDILAGQSPHAQAPDLQRVHKRIQDIVGILRDFGAQREEGRSRSEYLNR
LKKDLAIYYSYGDFLLGKLMDLFPLSELVEFLEANEVPRPVTLRTNTLKTRRRDLAQALI
NRGVNLDPLGKWSKTGLVVYDSSVPIGATPEYLAGHYMLQGASSMLPVMALAPQEHERIL
DMCCAPGGKTSYMAQLMKNTGVILANDANAERLKSVVGNLHRLGVTNTIISHYDGRQFPK
VVGGFDRVLLDAPCSGTGVISKDPAVKTNKDEKDILRCAHLQKELLLSAIDSVNATSKTG
GYLVYCTCSITVEENEWVVDYALKKRNVRLVPTGLDFGQEGFTRFRERRFHPSLRSTRRF
YPHTHNMDGFFIAKFKKFSNSIPQSQTGNSETATPTNVDLPQVIPKSENSSQPAKKAKGA
AKTKQQLQKQQHPKKASFQKLNGISKGADSELSTVPSVTKTQASSSFQDSSQPAGKAEGI
REPKVTGKLKQRSPKLQSSKKVAFLRQNAPPKGTDTQTPAVLSPSKTQATLKPKDHHQPL
GRAKGVEKQQLPEQPFEKAAFQKQNDTPKGPQPPTVSPIRSSRPPPAKRKKSQSRGNSQL
LLS

>gi568815586r:6520133_6721248|GENSCAN_predicted_CDS_3|9732_bp
atgttagccaacagctcctcaaccaacagttctgttctcccgtgtcctgactaccgacct
acccaccgcctgcacttggtggtctacagcttggtgctggctgccgggctccccctcaac
gcgctagccctctgggtcttcctgcgcgcgctgcgcgtgcactcggtggtgagcgtgtac
atgtgtaacctggcggccagcgacctgctcttcaccctctcgctgcccgttcgtctctcc
tactacgcactgcaccactggcccttccccgacctcctgtgccagacgacgggcgccatc
ttccagatgaacatgtacggcagctgcatcttcctgatgctcatcaacgtggaccgctac
gccgccatcgtgcacccgctgcgactgcgccacctgcggcggccccgcgtggcgcggctg
ctctgcctgggcgtgtgggcgctcatcctggtgtttgccgtgcccgccgcccgcgtgcac
aggccctcgcgttgccgctaccgggacctcgaggtgcgcctatgcttcgagagcttcagc
gacgagctgtggaaaggcaggctgctgcccctcgtgctgctggccgaggcgctgggcttc
ctgctgcccctggcggcggtggtctactcgtcgggccgagtcttctggacgctggcgcgc
cccgacgccacgcagagccagcggcggcggaagaccgtgcgcctcctgctggctaacctc
gtcatcttcctgctgtgcttcgtgccctacaacagcacgctggcggtctacgggctgctg
cggagcaagctggtggcggccagcgtgcctgcccgcgatcgcgtgcgcggggtgctgatg
gtgatggtgctgctggccggcgccaactgcgtgctggacccgctggtgtactactttagc
gccgagggcttccgcaacaccctgcgcggcctgggcactccgcaccgggccaggacctcg
gccaccaacgggacgcgggcggcgctcgcgcaatccgaaaggtccgccgtcaccaccgac
gccaccaggccggatgccgccatgtccccaggattccgccctctgaacacacatgccatt
gcgctgtccgtgcccgactcccaacgcctctcgttctgggaggcttacagggtgtacaca
caagaagcctgtgatgtaccctacatctccaaggcagcactcctgattgtgtacactgag
cagggaccatcccttggttcacccttcctcaaagtctgtctcctcggtaggatggtccct
ccacatgaaaatgaagaggacccagaagaggatttgtcagaaacagagactccaaagctc
aagaagaagaaaaagcctaagaaacctcgggaccctaaaatccctaagagcaagcgccaa
aaaaaggagcgtatgctcttatgccggcagctgggggacagctctggggaggggccagag
tttgtggaggaggaggaagaggtggctctgcgctcagacagtgagggcagcgactatact
cctggcaagaagaagaagaagaagcttggacctaagaaagagaagaagagcaaatccaag
cggaaggaggaggaggaggaggaggatgatgatgatgattcaaaggagcctaaatcatct
gctcagctcctggaagactggggcatggaagacattgaccacgtgttctcagaggaggat
tatcgaaccctcaccaactacaaggccttcagccagtttgtcagacccctcattgctgcc
aaaaatcccaagattgctgtctccaagatgatgatggttttgggtgcaaaatggcgggag
ttcagtaccaataaccccttcaaaggcagttctggggcatcagtggcagctgcggcagca
gcagcggtagctgtggtggagagcatggtgacagccactgaggttgcaccaccacctccc
cctgtggaggtgcctatccgcaaggccaagaccaaggagggcaaaggtcccaatgctcgg
aggaagcccaagggcagccctcgtgtacctgatgccaagaagcctaaacccaagaaagta
gctcccctgaaaatcaagctgggaggttttggttccaagcgtaagagatcctcgagtgag
gatgatgacttagatgtggaatctgacttcgatgatgccagtatcaatagctattctgtt
tctgatggttccaccagccgtagtagccgcagccgcaagaaactccgaaccactaaaaag
aaaaagaaaggcgaggaggaggtgactgctgtggatggttatgagacagaccaccaggac
tattgcgaggtgtgccagcaaggcggtgagatcatcctgtgtgatacctgtccccgtgct
taccacatggtctgcctggatcccgacatggagaaggctcccgagggcaagtggagctgc
ccacactgcgtgagtgtctggccattgtggccccttggaacccatgagaagaagggtggg
acagtaaagctcttcggggcctggatggaaatggaaatgctggtgctgcgggttgagaag
gaaggcatccagtgggaagctaaagaggacaattcggagggtgaggagatcctggaagag
gttgggggagacctcgaagaggaggatgaccaccatatggaattctgtcgggtctgcaag
gatggtggggaactgctctgctgtgatacctgtccttcttcctaccacatccactgcctg
aatcccccacttccagagatccccaacggtgaatggctctgtccccgttgtacgtgtcca
gctctgaagggcaaagtgcagaagatcctaatctggaagtggggtcagccaccatctccc
acaccagtgcctcggcctccagatgctgatcccaacacgccctccccaaagcccttggag
gggcggccagagcggcagttctttgtgaaatggcaaggcatgtcttactggcactgctcc
tgggtttctgaactgcagctggagctgcactgtcaggtgatgttccgaaactatcagcgg
aagaatgatatggatgagccaccttctggggactttggtggtgatgaagagaaaagccga
aagcgaaagaacaaggaccctaaatttgcagagatggaggaacgcttctatcgctatggg
ataaaacccgagtggatgatgatccaccgaatcctcaaccacagtgtggacaagaagggc
cacgtccactacttgatcaagtggcgggacttaccttacgatcaggcttcttgggagagt
gaggatgtggagatccaggattacgacctgttcaagcagagctattggaatcacagggag
ttaatgaggggtgaggaaggccgaccaggcaagaagctcaagaaggtgaagcttcggaag
ttggagaggcctccagaaacgccaacagttgatccaacagtgaagtatgagcgacagcca
gagtacctggatgctacaggtggaaccctgcacccctatcaaatggagggcctgaattgg
ttgcgcttctcctgggctcagggcactgacaccatcttggctgatgagatgggccttggg
aaaactgtacagacagcagtcttcctgtattccctttacaaggagggtcattccaaaggc
cccttcctagtgagcgcccctctttctaccatcatcaactgggagcgggagtttgaaatg
tgggctccagacatgtatgtcgtaacctatgtgggtgacaaggacagccgtgccatcatc
cgagagaatgagttctcctttgaagacaatgccattcgtggtggcaagaaggcctcccgc
atgaagaaagaggcatctgtgaaattccatgtgctgctgacatcctatgaattgatcacc
attgacatggctattttgggctctattgattgggcctgcctcatcgtggatgaagcccat
cggctgaagaacaatcagtctaagttcttccgggtattgaatggttactcactccagcac
aagctgttgctgactgggacaccattacaaaacaatctggaagagttgtttcatctgctc
aactttctcacccccgagaggttccacaatttggaaggttttttggaggagtttgctgac
attgccaaggaggaccagataaaaaaactgcatgacatgctggggccgcacatgttgcgg
cggctcaaagccgatgtgttcaagaacatgccctccaagacagaactaattgtgcgtgtg
gagctgagccctatgcagaagaaatactacaagtacatcctcactcgaaattttgaagca
ctcaatgcccgaggtggtggcaaccaggtgtctctgctgaatgtggtgatggatcttaag
aagtgctgcaaccatccatacctcttccctgtggctgcaatggaagctcctaagatgcct
aatggcatgtatgatggcagtgccctaatcagagcatctgggaaattattgctgctgcag
aaaatgctcaagaaccttaaggagggtgggcatcgtgtactcatcttttcccagatgacc
aagatgctagacctgctagaggatttcttggaacatgaaggttataaatacgaacgcatc
gatggtggaatcactgggaacatgcggcaagaggccattgaccgcttcaatgcaccgggt
gctcagcagttctgcttcttgctttccactcgagctgggggccttggaatcaatctggcc
actgctgacacagttattatctatgactctgactggaacccccataatgacattcaggcc
tttagcagagctcaccggattgggcaaaataaaaaggtaatgatctaccggtttgtgacc
cgtgcgtcagtggaggagcgcatcacgcaggtggcaaagaagaaaatgatgctgacgcat
ctagtggtgcggcctgggctgggctccaagactggatctatgtccaaacaggagcttgat
gatatcctcaaatttggcactgaggaactattcaaggatgaagccactgatggaggagga
gacaacaaagagggagaagatagcagtgttatccactacgatgataaggccattgaacgg
ctgctagaccgtaaccaggatgagactgaagacacagaattgcagggcatgaatgaatat
ttgagctcattcaaagtggcccagtatgtggtacgggaagaagaaatgggggaggaagag
gaggtagaacgggaaatcattaaacaggaagaaagtgtggatcctgactactgggagaaa
ttgctgcggcaccattatgagcagcagcaagaagatctagcccgaaatctgggcaaagga
aaaagaatccgtaaacaggtcaactacaatgatggctcccaggaggaccgagattggcag
gacgaccagtccgacaaccagtccgattactcagtggcttcagaggaaggtgatgaagac
tttgatgaacgttcagaagctccccgtaggcccagtcgtaagggcctgcggaatgataaa
gataagccattgcctcctctgttggcccgtgttggtgggaatattgaagtacttggtttt
aatgctcgtcagcgaaaagcctttcttaatgcaattatgcgatatggtatgccacctcag
gatgcttttactacccagtggcttgtaagagacctgcgaggcaaatcagagaaagagttc
aaggcatatgtctctcttttcatgcggcatttatgtgagccgggggcagatggggctgag
acctttgctgatggtgtcccccgagaaggcctgtctcgccagcatgtccttactagaatt
ggtgttatgtctttgattcgcaagaaggttcaggagtttgaacatgttaatgggcgctgg
agcatgcctgaactggctgaggtggaggaaaacaagaagatgtcccagccagggtcaccc
tccccaaaaactcctacaccctccactccaggggacacgcagcccaacactcctgcacct
gtcccacctgctgaagatgggataaaaatagaggaaaatagcctcaaagaagaagagagc
atagaaggagaaaaggaggttaaatctacagcccctgagactgccattgagtgtacacag
gcccctgcccctgcctcagaggatgaaaaggtcgttgttgaaccccctgagggagaggag
aaagtggaaaaggcagaggtgaaggagagaacagaggaacctatggagacagagcccaaa
ggtgctgctgatgtagagaaggtggaggaaaagtcagcaatagatctgacccctattgtg
gtagaagacaaagaagagaagaaagaagaagaagagaaaaaagaggtgatgcttcagaat
ggagagacccccaaggacctgaatgatgagaaacagaagaaaaatattaaacaacgtttc
atgtttaacattgcagatggtggttttactgagttgcactccctttggcagaatgaagag
cgggcagccacagttaccaagaagacttatgagatctggcatcgacggcatgactactgg
ctgctagccggcattataaaccatggctatgcccggtggcaagacatccagaatgaccca
cgctatgccatcctcaatgagcctttcaagggtgaaatgaaccgtggcaatttcttagag
atcaagaataaatttctagctcgaaggtttaagctcttagaacaagctctggtgattgag
gaacagctgcgccgggctgcttacttgaacatgtcagaagacccttctcacccttccatg
gccctcaacacccgctttgctgaggtggagtgtttggcggaaagtcatcagcacctgtcc
aaggagtcaatggcaggaaacaagccagccaatgcagtcctgcacaaagttctgaaacag
ctggaagaactgctgagtgacatgaaagctgatgtgactcgactcccagctaccattgcc
cgaattcccccagttgctgtgaggttacagatgtcagagcgtaacattctcagccgcctg
gcaaaccgggcacccgaacctaccccacagcagggcgagcgtaagttccgggtgcggcgg
ccgactaggcgcaacaggaagaggcggggccgcgaggctagcgctacccgtgcgcctgcg
tggaacgattctgtggcgagtgccggccgaaagctaggtccggattgcacgtggagggcc
gcccgaagggcactctcggacattaacccgcattctggtgggtctagaggaaattggggg
acgaagagtggcagcactgacctggtctgggacgtggggagaagggtgcgctacctgggt
ttcagtaccatggggcgcaagttggaccctacgaaggagaagcgggggccaggccgaaag
gcccggaagcagaagggtgccgagacagaactcgtcagattcttgcctgcagtaagtgac
gaaaattccaagaggctgtctagtcgtgctcgaaagagggcagccaagaggagattgggc
tctgttgaagcccctaagacaaataagtctcctgaggccaaaccattgcctggaaagcta
ccaaaagggatctctgcaggagctgtccagacagctggtaagaagggaccccagtcccta
tttaatgctcctcgaggcaagaagcgcccagcacctggcagtgatgaggaagaggaggag
gaagactctgaagaagatggtatggtgaaccacggggacctctggggctccgaggacgat
gctgatacggtagatgactatggagctgactccaactctgaggatgaggaggaaggtgaa
gcgttgctgcccattgaaagagctgctcggaagcagaaggcccgggaagctgctgctggg
atccagtggagtgaagaggagaccgaggacgaggaggaagagaaagaagtgacccctgag
tcaggccccccaaaggtggaagaggcagatgggggcctgcagatcaatgtggatgaggaa
ccatttgtgctgccccctgctggggagatggagcaggatatccttgcagggcagagccca
catgcccaggctccagacctgcaacgagttcacaagcggatccaggatattgtgggaatt
ctgcgtgattttggggctcagcgggaggaagggcggtctcgttctgaatacctgaaccgg
ctcaagaaggatctggccatttactactcctatggagacttcctgcttggcaagctcatg
gacctcttccctctgtctgagctggtggagttcttagaagctaatgaggtgcctcggccc
gtcaccctccggaccaataccttgaaaacccgacgccgagaccttgcacaggctctaatc
aatcgtggggttaacctggatcccctgggcaagtggtcaaagactggactagtggtgtat
gattcttctgtgcccattggtgctacccccgagtacctggctgggcactacatgctgcag
ggagcctccagcatgttgcccgtcatggccttggcaccccaggaacatgagcggatcctg
gacatgtgttgtgcccctggaggaaagaccagctacatggcccagctgatgaagaacacg
ggtgtgatccttgccaatgacgccaatgctgagcggctcaagagtgttgtgggcaacttg
catcggctgggagtcaccaacaccattatcagccactatgatgggcgccagttccccaag
gtggtggggggctttgaccgagtactgctggatgctccctgcagtggcactggggtcatc
tccaaggatccagccgtgaagactaacaaggatgagaaggacatcctgcgctgtgctcac
ctccagaaggagttgctcctgagtgctattgactctgtcaatgcgacctccaagacagga
ggctacctggtttactgcacctgttctatcacagtagaagagaatgagtgggtggtagac
tatgctctgaaaaagaggaatgtgcgactggtgcccacgggcctagactttggccaggaa
ggttttacccgctttcgagaaaggcgcttccaccccagtctgcgttctacccgacgcttc
taccctcatacccacaatatggatgggttcttcattgccaagttcaagaaattttccaat
tctatccctcagtcccagacaggaaattctgaaacagccacacctacaaatgtagacttg
cctcaggtcatccccaagtctgagaacagcagccagccagccaagaaagccaagggggct
gcaaagacaaagcagcagctgcagaaacagcaacatcccaagaaggcctccttccagaag
ctgaatggcatctccaaaggggcagactcagaattgtccactgtaccttctgtcacaaag
acccaagcttcctccagcttccaggatagcagtcagccagctggaaaagccgaagggatc
agggagccaaaggtgactgggaagctaaagcaacgatcacctaaattacagtcctccaag
aaagttgctttcctcaggcagaatgcccctcccaagggcacagacacacaaacaccggct
gtgttatccccatccaagactcaggccaccctgaaacctaaggaccatcatcagcccctt
ggaagggccaagggggttgagaagcagcagttgccagagcagccttttgagaaagctgcc
ttccagaaacagaatgatacccccaaggggcctcagcctcccactgtgtctcccatccgt
tccagccgccccccaccagcaaagaggaagaaatctcagtccaggggcaacagccagctg
ctgctatcttag

>gi568815586r:6520133_6721248|GENSCAN_predicted_peptide_4|543_aa
MRKPAAGFLPSLLKVLLLPLAPAAAQDSTQASTPGSPLSPTEYERFFALLTPTWKAETTC
RLRATHGCRNPTLVQLDQYENHGLVPDGAVCSNLPYASWFESFCQFTHYRCSNHVYYAKR
VLCSQPVSILSPNTLKEIEASAEVSPTTMTSPISPHFTVTERQTFQPWPERLSNNVEELL
QSSLSLGGQEQAPEHKQEQGVEHRQEPTQEHKQEEGQKQEEQEEEQEEEGKQEEGQGTKE
GREAVSQLQTDSEPKFHSESLSSNPSSFAPRVREVESTPMIMENIQELIRSAQEIDEMNE
IYDENSYWRNQNPGSLLQLPHTEALLVLCYSIVENTCIITPTAKAWKYMEEEILGFGKSV
CDSLGRRHMSTCALCDFCSLKLEQCHSEASLQRQQCDTSHKTPFVSPLLASQSLSIGNQV
GSPESGRFYGLDLYGGLHMDFWCARLATKGCEDVRVSGWLQTEFLSFQDGDFPTKICDTD
YIQYPNYCSFKSQQCLMRNRNRKVSRMRCLQNETYSALSPGKSEDVVLRWSQEFSTLTLG
QFG

>gi568815586r:6520133_6721248|GENSCAN_predicted_CDS_4|1632_bp
atgaggaagccagccgctggcttccttccctcactcctgaaggtgctgctcctgcctctg
gcacctgccgcagcccaggattcgactcaggcctccactccaggcagccctctctctcct
accgaatacgaacgcttcttcgcactgctgactccaacctggaaggcagagactacctgc
cgtctccgtgcaacccacggctgccggaatcccacactcgtccagctggaccaatatgaa
aaccacggcttagtgcccgatggtgctgtctgctccaacctcccttatgcctcctggttt
gagtctttctgccagttcactcactaccgttgctccaaccacgtctactatgccaagaga
gtcctgtgttcccagccagtctctattctctcacctaacactctcaaggagatagaagct
tcagctgaagtctcacccaccacgatgacctcccccatctcaccccacttcacagtgaca
gaacgccagaccttccagccctggcctgagaggctcagcaacaacgtggaagagctccta
caatcctccttgtccctgggaggccaggagcaagcgccagagcacaagcaggagcaagga
gtggagcacaggcaggagccgacacaagaacacaagcaggaagaggggcagaaacaggaa
gagcaagaagaggaacaggaagaggagggaaagcaggaagaaggacaggggactaaggag
ggacgggaggctgtgtctcagctgcagacagactcagagcccaagtttcactctgaatct
ctatcttctaacccttcctcttttgctccccgggtacgagaagtagagtctactcctatg
ataatggagaacatccaggagctcattcgatcagcccaggaaatagatgaaatgaatgaa
atatatgatgagaactcctactggagaaaccaaaaccctggcagcctcctgcagctgccc
cacacagaggccttgctggtgctgtgctattcgatcgtggagaatacctgcatcataacc
cccacagccaaggcctggaagtacatggaggaggagatccttggtttcgggaagtcggtc
tgtgacagccttgggcggcgacacatgtctacctgtgccctctgtgacttctgctccttg
aagctggagcagtgccactcagaggccagcctgcagcggcaacaatgcgacacctcccac
aagactccctttgtcagccccttgcttgcctcccagagcctgtccatcggcaaccaggta
gggtccccagaatcaggccgcttttacgggctggatttgtacggtgggctccacatggac
ttctggtgtgcccggcttgccacgaaaggctgtgaagatgtccgagtctctgggtggctc
cagactgagttccttagcttccaggatggggatttccctaccaagatttgtgacacagac
tatatccagtacccaaactactgttccttcaaaagccagcagtgtctgatgagaaaccgc
aatcggaaggtgtcccgcatgagatgtctgcagaatgagacttacagtgcgctgagccct
ggcaaaagtgaggacgttgtgcttcgatggagccaggagttcagcaccttgactctaggc
cagttcggatga

>gi568815586r:6520133_6721248|GENSCAN_predicted_peptide_5|1222_aa
MPRTPPAPATPQPRSVPSARSRRAAAPSMQPCAGSAGLRDGWDGGHAGAGARLPHPEAPA
PPPARLLRTTGRGGPSAPRHVCVWERAPPPSRSPRVPRSRRQVLPGTAPPATPSGFEEGP
PSSQYPWAIVWGPTVSREDGGDPNSANPGFLDYGFAAPHGLATPHPNSDSMRGDGDGLIL
GEAPATLRPFLFGGRGEGVDPQLYVTITISIIIVLVATGIIFKFCWDRSQKRRRPSGQQG
ALRQEESQQPLTDLSPAGVTVLGAFGDSPTPTPDHEEPRGGPRPGMPHPKGAPAFQLNRS
LSGQRFLHTLPLMCVSRPDVVVVCGVLTLSLMNTHPPRFRSPCVLLQSKRRPSRALAQAL
APPQPSPPGRMEESHFNSNPYFWPSIPTVSGQIENTMFINKMKDQLLPEKGCGLAPPHYP
TLLTVPASVSLPSGISMDTESKSDQLTPHSQASVTQNITVVPVPSTGLMTAGPGLVITSP
SGSLVTTASSAQTFPISAPMIVSALPPGSQALQVVPDLSKKVASTLTEEGGGGGGGGGSV
APKPPRGRKKKRMLESGLPEMNDPYVLSPEDDDDHQKDGKTYRCRMCSLTFYSKSEMQIH
SKSHTETKPHKCPHCSKTFANSSYLAQHIRIHSGAKPYSCNFCEKSFRQLSHLQQHTRIH
SKMHTETIKPHKCPHCSKTFANTSYLAQHLRIHSGAKPYNCSYCQKAFRQLSHLQQHTRI
HTGDRPYKCAHPGCEKAFTQLSNLQSHRRQHNKDKPFKCHNCHRAYTDAASLEVHLSTHT
VKHAKVYTCTICSRAYTSETYLMKHMRKHNPPDLQQQVQAAAAAAAVAQAQAQAQAQAQA
QAQAQAQAQASQASQQQQQQQQQQQQQQQQPPPHFQSPGAAPQGGGGGDSNPNPPPQCSF
DLTPYKTAEHHKDICLTVTTSTIQKLTGLKKVILQKREKKLDLPVAEKGGKALAAKWLRP
LSRYSHFRGGSEVALFCFEMAAGMYLEHYLDSIENLPFELQRNFQLMRDLDQRTEDLKAE
IDKLATEYMSSARSLSSEEKLALLKQIQEAYGKCKEFGDDKVQLAMQTYEMVDKHIRRLD
TDLARFEADLKEKQIESSDYDSSSSKGKKKGRTQKEKKAARARSKGKNSDEEAPKTAQKK
LKLVRTSPEYGMPSVTFGSVHPSDVLDMPVDPNEPTYCLCHQVSYGEMIGCDNPDVLPTL
LPRTEEEIDKGLGFQHSFFHIP

>gi568815586r:6520133_6721248|GENSCAN_predicted_CDS_5|3669_bp
atgccccgcaccccgcccgctcctgcgaccccccagccccgctcagtcccgagcgcccgc
agtcgtcgcgccgccgcgccaagcatgcagccctgtgcggggagtgcgggcctgcgggat
gggtgggatgggggccacgctggggctggggcccggctcccgcaccccgaggctcctgcc
ccacccccagctcgtctcctgcgcacaacaggtcggggaggcccctcggccccacgtcat
gtgtgcgtgtgggagcgagcacctccaccaagccgatctcctcgggtcccaagatcacgt
cggcaagtcctgcctggcactgcacccccagccaccccatcaggctttgaggaggggccg
ccctcatcccaatacccctgggctatcgtgtggggtcccaccgtgtctcgagaggatgga
ggggaccccaactctgccaatcccggatttctggactatggttttgcagcccctcatggg
ctcgcaaccccacaccccaactcagactccatgcgaggtgatggagatgggcttatcctt
ggagaggcacctgccaccctgcggccattcctgttcgggggccgtggggaaggtgtggac
ccccagctctatgtcacaattaccatctccatcatcattgttctcgtggccactggcatc
atcttcaagttctgctgggaccgcagccagaagcgacgcagaccctcagggcagcaaggt
gccctgaggcaggaggagagccagcagccactgacagacctgtccccggctggagtcact
gtgctgggggccttcggggactcacctacccccacccctgaccatgaggagccccgaggg
ggaccccggcctgggatgccccaccccaagggggctccagccttccagttgaaccgctca
ctcagtggtcagcgtttcctgcacactttacctctcatgtgcgtttcccggcctgatgtt
gtggtggtgtgcggcgtgctcactctctccctcatgaacacccacccacctcgtttccgc
agcccctgcgtgctgctccagagcaaacgccgcccctcccgcgccctggctcaggctctg
gcgccgccgcagccgtcgccgcccggtagaatggaagaatctcacttcaattctaacccg
tacttctggccttctatccccacagtctcaggtcagatcgagaacacaatgttcatcaac
aagatgaaggatcagctgttgccagagaagggctgtggtctggccccacctcactacccc
accttgctgacagtgcctgcctcagtgtccctgccctcaggcatcagtatggacacagag
tccaagtcagaccagctgaccccacacagccaagcgtccgttacccagaatatcacggtg
gtccctgtgccgtctacaggactgatgactgctggtccgggtttggtaatcacgtccccc
tcaggctctcttgtgaccacagcatcatcagctcagaccttccccatttcggctcccatg
attgtctcagctcttccccctggctcacaagccctgcaggttgtccctgacctctccaag
aaggtagcatcgaccctaaccgaggaaggaggcggaggtggtggtggaggtggcagtgtg
gctcctaagccaccccggggccggaagaagaagcggatgctggaatcagggctgcccgag
atgaatgacccttatgtcctctcccctgaggatgatgatgaccatcagaaagacggcaag
acctacaggtgccggatgtgctcactgacattctactccaagtcggagatgcagatccac
tccaagtcacacaccgagaccaagccccacaagtgcccacattgctccaagaccttcgcc
aacagctcctacctggcccagcacatccgtatacactcaggggctaagccctacagttgt
aacttctgtgagaaatccttccgccagctctcccaccttcagcagcacacccggatccac
tccaagatgcacacggagaccatcaagccccacaagtgcccgcactgctccaagaccttc
gccaacacctcctacctggcccagcacctccgtatccactcgggggccaagccctacaac
tgttcctactgccagaaggccttccgccagctctcccacctccagcagcacacacgaatc
cacactggtgatagaccatacaaatgtgcacacccaggctgtgagaaagccttcacacaa
ctctccaatctgcagtcccacagacggcaacacaacaaagataaacccttcaagtgccac
aactgtcatcgggcgtacacggatgcagcctcactagaggtgcacctgtctacgcacaca
gtgaagcatgccaaggtgtacacctgcactatctgcagtcgggcatacacatcagaaaca
taccttatgaaacatatgcgcaaacacaacccgcctgatcttcagcaacaggtgcaggca
gcagcagcagcggcagcagtggcccaggcccaggctcaagctcaagcccaggctcaggct
caggctcaagcccaggcccaggcccaggcctcccaggcatcacagcagcagcagcagcag
cagcagcagcagcagcagcagcagcaacagccaccaccacacttccagtctcctggggca
gccccccagggtgggggtggtggggacagcaatcccaaccctccaccccagtgttccttt
gacctgaccccgtataagacggcggagcatcataaggacatctgcctcactgtcaccacc
agcaccatccagaaactaactggcttgaaaaaagtcattctgcaaaagagggaaaaaaag
ttggatcttccagttgctgagaagggcggaaaggctttagccgcaaaatggcttcggccc
ctgtcgcgttacagtcacttccggggcggatcggaagttgctttgttttgcttcgagatg
gctgcggggatgtatttggaacattatctggacagtattgaaaaccttccctttgaatta
cagagaaactttcagctcatgagggacctagaccaaagaacagaggacctgaaggctgaa
attgacaagttggccactgagtatatgagtagtgcccgcagcctgagctccgaggaaaaa
ttggcccttctcaaacagatccaggaagcctatggcaagtgcaaggaatttggtgacgac
aaggtgcagcttgccatgcagacctatgagatggtggacaaacacattcggcggctggac
acagacctggcccgttttgaggctgatctcaaggagaaacagattgagtcaagtgactat
gacagctcttccagcaaaggcaaaaagaaaggccggactcaaaaggagaagaaagctgct
cgtgctcgttccaaagggaaaaactcggatgaagaagcccccaagactgcccagaagaag
ttaaagctcgtgcgcacaagtcctgagtatgggatgccctcagtgacctttggcagtgtc
cacccctctgatgtgttggatatgcctgtggatcccaacgaacccacctattgcctttgt
caccaggtctcctatggagagatgattggctgtgacaaccctgatgttttgcccacgctg
ctcccaagaacggaagaagaaatagataagggccttggattccaacacagtttcttccac
atcccctga

>gi568815586r:6520133_6721248|GENSCAN_predicted_peptide_6|119_aa
MSEREPGLRGALAGQLEFRVAVGLVGPALGAMRDLAPGPAAAEGVLGPPAVPAHWRPSLP
DERRPLSTAPSPIDHPRAEECERTARDWQAAPPAVSVRDPLGEASWAPESGGDVESLYI

>gi568815586r:6520133_6721248|GENSCAN_predicted_CDS_6|360_bp
atgagcgagcgggaaccggggctgcgtggggcgcttgcgggccagctggagttccgggtg
gccgtgggcttggtgggccccgcactcggagcaatgagggacttagcacccgggccagca
gctgcggagggtgtactgggtcccccagcagtgccggcccactggcgcccgagcctcccc
gacgagcgccgccccctgtccacggcgcccagtcccatcgaccacccaagggctgaggaa
tgcgagcgcacagcgcgggactggcaggcagctccacctgcagtctcggtgcgggatcca
ctaggtgaagccagctgggctcctgagtctggtggggacgtggagagtctttatatctag