GENSCAN 1.0	Date run:  6-Nov-116	Time: 13:36:12

Sequence gi568815579r:1754528_1963497 : 208970 bp : 58.99% C+G : Isochore 4 (57 - 100 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 +     74    327  254  2  2    6   91   527 0.989  43.12
 1.02 Intr +   1839   1979  141  1  0   -5   38   155 0.713   2.71
 1.03 Intr +   2538   2702  165  1  0   -6   94    91 0.585   1.43
 1.04 Intr +   2960   3148  189  0  0   63   51   105 0.833   5.07
 1.05 Intr +   5306   5387   82  0  1   31   62    78 0.298  -0.65
 1.06 Intr +   5950   6078  129  1  0   53   84    95 0.347   6.59
 1.07 Intr +   7917   8037  121  0  1   44   65    81 0.207   3.07
 1.08 Term +   9227   9313   87  1  0   99   38    41 0.155  -1.22
 1.09 PlyA +   9477   9482    6                              -4.33

 2.02 PlyA -   9615   9610    6                              -0.45
 2.01 Sngl -  11280  11065  216  0  0  110   54   216 0.584  13.49
 2.00 Prom -  12758  12719   40                              -7.23

 3.00 Prom +  14193  14232   40                             -11.74
 3.01 Init +  14330  14752  423  1  0   90   44   863 0.208  78.72
 3.02 Intr +  15388  15409   22  0  1   70   59    14 0.168  -5.06
 3.03 Term +  20626  20918  293  2  2   72   54   690 0.999  60.53
 3.04 PlyA +  23894  23899    6                               1.05

 4.56 PlyA -  25009  25004    6                               1.05
 4.55 Term -  28115  27766  350  0  2   46   45   364 0.485  23.60
 4.54 Intr -  28743  28635  109  0  1  110   56    92 0.521   9.22
 4.53 Intr -  30419  30292  128  0  2  104  100   126 0.998  16.98
 4.52 Intr -  31181  30632  550  2  1   39   30   686 0.895  51.74
 4.51 Intr -  32659  32576   84  1  0   72   99    67 0.992   7.37
 4.50 Intr -  34593  34370  224  1  2   92   96   504 0.999  50.67
 4.49 Intr -  35200  34834  367  1  1   44   20   732 0.998  58.02
 4.48 Intr -  35462  35363  100  1  1  113   65   106 0.995  12.08
 4.47 Intr -  36356  36230  127  0  1   29   82   219 0.818  16.31
 4.46 Intr -  37334  37223  112  2  1   80   96   157 0.979  16.82
 4.45 Intr -  37608  37444  165  0  0   81   59   269 0.929  24.65
 4.44 Intr -  41255  41172   84  2  0   60   87    39 0.645   2.17
 4.43 Intr -  41460  41348  113  1  2   68   68   166 0.971  13.87
 4.42 Intr -  41738  41550  189  0  0   79   80   402 0.996  39.27
 4.41 Intr -  42352  42184  169  1  1   66   85   378 0.932  36.02
 4.40 Intr -  42478  42447   32  2  2   67  105    46 0.814   3.18
 4.39 Intr -  45628  45420  209  0  2   66   50   505 0.954  44.44
 4.38 Intr -  45922  45732  191  1  2  129   76   336 0.999  36.09
 4.37 Intr -  47517  47429   89  1  2    2   77   104 0.793   1.55
 4.36 Intr -  48118  47960  159  2  0   96   68   191 0.662  19.05
 4.35 Intr -  50929  50847   83  0  2  106  100    78 0.997  11.24
 4.34 Intr -  51431  51361   71  2  2   66   76   102 0.999   5.93
 4.33 Intr -  51642  51570   73  2  1  103   55   103 0.998   9.06
 4.32 Intr -  52162  52101   62  1  2   92   78    29 0.975   0.98
 4.31 Intr -  52739  52641   99  2  0   68  101   195 0.998  20.27
 4.30 Intr -  53808  53695  114  0  0   70   94   308 0.961  31.41
 4.29 Intr -  55207  55116   92  2  2   75   86   139 0.951  13.27
 4.28 Intr -  56156  56064   93  0  0  126   75    29 0.972   6.50
 4.27 Intr -  57188  57074  115  2  1   44   78    85 0.861   4.29
 4.26 Intr -  57742  57659   84  1  0   98  105    42 0.621   8.07
 4.25 Intr -  61627  61569   59  2  2   72   58    66 0.275   1.74
 4.24 Intr -  61818  61698  121  0  1  100  101   181 0.987  21.84
 4.23 Intr -  62042  61847  196  1  1  112   30   261 0.881  23.33
 4.22 Intr -  62286  62171  116  0  2   75   64   315 0.999  28.22
 4.21 Intr -  62802  62692  111  0  0  102   77   238 0.977  25.84
 4.20 Intr -  63253  63180   74  2  2  125  105    23 0.999   7.98
 4.19 Intr -  63593  63402  192  0  0   65   18   165 0.984   7.87
 4.18 Intr -  64068  63955  114  1  0   84   74   217 0.999  21.49
 4.17 Intr -  64316  64152  165  0  0   95   52   298 0.973  28.03
 4.16 Intr -  64604  64491  114  0  0  132  116   102 0.897  18.99
 4.15 Intr -  65530  65407  124  1  1   90   73   272 0.999  27.23
 4.14 Intr -  65868  65737  132  0  0   91  100   240 0.994  27.52
 4.13 Intr -  67258  66992  267  1  0   -2   68   342 0.208  22.18
 4.12 Intr -  67771  67641  131  2  2   89    8     9 0.047  -5.41
 4.11 Intr -  69303  69045  259  0  1   72  109   280 0.313  26.78
 4.10 Intr -  71416  71312  105  1  0   28   94    52 0.458   1.38
 4.09 Intr -  72142  72092   51  1  0   86   38    57 0.509   0.74
 4.08 Intr -  74104  72351 1754  2  2  129   94  2242 0.982 218.22
 4.07 Intr -  76624  76493  132  2  0   48  100    39 0.221   2.90
 4.06 Intr -  77957  77888   70  2  1   99   92    52 0.253   6.60
 4.05 Intr -  82693  82586  108  1  0  110   44    14 0.000   0.85
 4.04 Intr -  85472  85333  140  0  2  104   34   104 0.005   7.97
 4.03 Intr -  90519  90427   93  1  0   88   64    15 0.389   0.20
 4.02 Intr -  93021  92839  183  1  0   53   69    61 0.004   1.66
 4.01 Init -  93831  93675  157  0  1   67   95   193 0.030  18.14
 4.00 Prom -  94630  94591   40                              -5.25

 5.10 PlyA -  94864  94859    6                              -0.45
 5.09 Term - 100233  99932  302  1  2  124   49   334 0.918  29.51
 5.08 Intr - 101420 101241  180  0  0   81   28    63 0.506   0.64
 5.07 Intr - 101739 101584  156  1  0  109   60    11 0.622   1.57
 5.06 Intr - 103385 103304   82  2  1  111   86   -18 0.628   0.67
 5.05 Intr - 104041 103895  147  1  0  100   47    79 0.777   6.62
 5.04 Intr - 104508 104472   37  2  1   98   49    15 0.221  -2.00
 5.03 Intr - 107683 107578  106  2  1  108   35    38 0.530   0.94
 5.02 Intr - 109045 108514  532  1  1   33  109   576 0.454  48.08
 5.01 Init - 109531 109433   99  1  0   94   59   119 0.634   7.97
 5.00 Prom - 113635 113596   40                              -6.15

 6.08 PlyA - 115090 115085    6                               1.05
 6.07 Term - 116782 116733   50  2  2  103   41    61 0.953   1.26
 6.06 Intr - 117360 117099  262  0  1   84  115   136 0.980  14.21
 6.05 Intr - 119051 118957   95  0  2   55   60    38 0.473  -1.46
 6.04 Intr - 119548 119462   87  2  0   52   74    82 0.911   4.30
 6.03 Intr - 121278 121059  220  0  1   73   34   134 0.396   5.60
 6.02 Intr - 121736 121583  154  1  1   22  103    80 0.524   4.17
 6.01 Init - 122169 122060  110  0  2   94   40    99 0.697   3.86
 6.00 Prom - 122332 122293   40                             -12.67

 7.09 PlyA - 122469 122464    6                              -1.75
 7.08 Term - 122898 122673  226  2  1   70   44   583 0.999  49.34
 7.07 Intr - 123160 122981  180  0  0   65   52   481 0.999  42.39
 7.06 Intr - 125588 125394  195  1  0   81   94   450 0.980  44.64
 7.05 Intr - 126521 126369  153  1  0  103   75    19 0.813   2.48
 7.04 Intr - 127097 126708  390  1  0   59   99   476 0.325  40.95
 7.03 Intr - 127838 127793   46  0  1   77   60     5 0.242  -4.80
 7.02 Intr - 129052 128907  146  0  2   32   70   154 0.428   9.11
 7.01 Init - 130865 130825   41  2  2  107   89    61 0.473   5.85
 7.00 Prom - 140812 140773   40                              -2.66

 8.07 PlyA - 141189 141184    6                               1.05
 8.06 Term - 143398 143222  177  1  0   57   47    58 0.106  -2.75
 8.05 Intr - 150198 150079  120  0  0   68   72    53 0.474   3.56
 8.04 Intr - 153956 153557  400  1  1   69   60   267 0.260  17.82
 8.03 Intr - 154648 154615   34  2  1  107   62   -14 0.551  -3.69
 8.02 Intr - 155153 155022  132  0  0   57   94   118 0.907  11.10
 8.01 Init - 155801 155654  148  2  1   70   97   108 0.989  10.28
 8.00 Prom - 156872 156833   40                              -6.05

 9.00 Prom + 157317 157356   40                              -2.76
 9.01 Init + 157521 158620 1100  2  2   36   37  1726 0.015 154.79
 9.02 Intr + 160349 160382   34  2  1   70   76    11 0.012  -2.55
 9.03 Intr + 160452 160499   48  2  0  128  109    29 0.930   9.01
 9.04 Intr + 160778 160848   71  1  2   85   62   -19 0.754  -5.67
 9.05 Intr + 160905 161017  113  0  2  125   76    68 0.947  10.49
 9.06 Intr + 163101 163295  195  1  0  -33   56   227 0.000   8.00
 9.07 Intr + 163600 163756  157  2  1  115  105   271 0.999  31.76
 9.08 Intr + 164362 164463  102  1  0  124   91   154 0.996  19.75
 9.09 Intr + 165902 165995   94  2  1   80   30    40 0.897  -1.47
 9.10 Intr + 166121 166244  124  1  1   86   90    62 0.892   7.53
 9.11 Intr + 166350 166482  133  1  1   32   61   140 0.866   6.58
 9.12 Intr + 168543 168660  118  0  1  110  113   249 0.865  31.24
 9.13 Intr + 169581 169711  131  2  2  140  -14   113 0.427   6.97
 9.14 Intr + 169996 170104  109  1  1  105   57    53 0.115   5.35
 9.15 Intr + 171121 171168   48  0  0  108   50    33 0.042   1.51
 9.16 Intr + 175279 175395  117  0  0   82   89    29 0.001   4.23
 9.17 Intr + 181157 181319  163  1  1   99   13    65 0.397   0.84
 9.18 Term + 181504 181799  296  2  2   69   48   132 0.496   3.79
 9.19 PlyA + 184427 184432    6                               1.05

10.04 PlyA - 185372 185367    6                               1.05
10.03 Term - 186649 186366  284  2  2   32   50   260 0.282  13.20
10.02 Intr - 189483 189289  195  1  0   68   13    96 0.093   0.70
10.01 Init - 190063 189913  151  1  1   74   96    81 0.753   5.85
10.00 Prom - 191758 191719   40                              -5.75

11.11 PlyA - 191768 191763    6                               1.05
11.10 Term - 193540 192902  639  1  0   76   52   296 0.950  20.20
11.09 Intr - 194480 194324  157  1  1   65   87    50 0.132   3.80
11.08 Intr - 195293 194903  391  0  1   48   33   219 0.003   7.49
11.07 Intr - 199424 199316  109  2  1   41  103    79 0.054   5.72
11.06 Intr - 201592 201388  205  0  1  113   47    23 0.092   1.12
11.05 Intr - 201806 201734   73  0  1   89   60    36 0.856   0.51
11.04 Intr - 202355 202239  117  0  0   80   51   116 0.978   8.71
11.03 Intr - 202622 202447  176  1  2   64   99   -41 0.311  -4.62
11.02 Intr - 203390 203117  274  0  1   97   77   102 0.478   7.85
11.01 Intr - 208443 208311  133  0  1   62   23   157 0.001   8.00

Suboptimal exons with probability > 0.800

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

S.001 Term -  85472  85324  149  0  2  104   51   133 0.940  10.21
S.002 Term +  93145  93218   74  2  2   63   51   108 0.909   3.58
S.003 Sngl +  93830  94183  354  1  0   63   52   249 0.842  12.76
S.004 Term +  98545  98749  205  1  1   82   48   112 0.924   4.42
S.005 Sngl + 157521 158624 1104  2  0   36   48  1738 0.940 159.80
S.006 Intr + 163167 163295  129  1  0   83   56   251 0.998  23.24
S.007 Init + 175329 175395   67  2  1  104   89    61 0.983   8.18
S.008 Term + 175752 175870  119  1  2   56   42    95 0.833   1.33
S.009 Term - 198484 198326  159  1  0  113   49    61 0.844   3.59
S.010 Term + 208315 208482  168  0  0   56   41   222 0.862  13.14


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_1|389_aa
XAGAAAEEINTKEVAQRITAELKRYSIPQAIFAQRILCRSQGTLSDLLRNPKPWSKLKSG
RETFRRMWKWLQEPEFQRMSALRLAGRSGNLDDFSLSCSPPHDTYSGTRALTIDRRSYPH
TATALEVQCEASDLGATENISQSVTEGQTAGEKSHGGGVGSPQPGQQHPAPALSGHRLLR
LHLTLHPGRWGVEDDKPGPRCPPALCRVRCPRRGPAARPRGRGVHAVNLAHLSRLRCPGG
RVYTTGLRLGRMHGVWIDRDRAQGHENQTHVGLRARLRWGQVTGQFHLPTPQEPHPLGVV
RPALRFPLCPSSSKYDDVVGMTCWGDDCASVSITQQTPSRSTREAAESGWGRRVAHIGPW
RKGELQMLRDSSPRLRSVKRASWSFLPAA

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_1|1170_bp
nncgcgggcgcagcggccgaggagatcaacaccaaggaggtggcgcagcgcatcacggcg
gagctgaagcgctacagcatcccgcaggcaatcttcgcgcagcggatcctgtgtcgctct
cagggcacgctctccgacctgctgcgcaaccccaagccgtggagcaagctcaaatccggc
cgcgagaccttccgcaggatgtggaagtggctgcaggagccagagttccagcgcatgtcg
gcgctgcgcttggcagggaggtccgggaacctggacgatttcagtctgtcctgctcccct
ccccatgacacatacagcggcactcgtgcgctcaccatagaccggcggtcatatccgcac
acagccacggccctcgaggtgcagtgcgaggcctcagatttgggggccacagaaaacatc
agccagagcgtcacagaagggcaaaccgcaggcgagaagtcccatggggggggggtgggc
tccccgcagccgggtcagcagcacccagcacccgccctgagtggacaccgcctgcttcgc
ctgcacctgaccctgcacccagggcgctggggcgttgaggatgataaacccggaccacgc
tgcccgcctgctctctgccgggtccgctgcccacgccgtggccccgccgcgcggccccgc
ggccgcggggttcacgccgtcaaccttgcgcacctgtcgcgtctcaggtgccctgggggc
cgcgtctacaccaccggactccgcctggggcggatgcacggagtgtggatagaccgagac
cgtgcccagggccacgagaaccagacccacgtggggctgcgcgcgagactcaggtggggc
caggtgaccggccagttccacctccccaccccacaggagccacatcctttaggggtggtg
aggcctgcgctgcgcttccccctgtgccccagctcctccaagtatgatgatgttgtgggc
atgacctgctggggggatgactgtgcctcagtttccatcacccagcaaacgccgtcccgc
agcacccgggaagctgcggagtcgggctggggccgccgcgttgcgcacatcggtccttgg
cggaaaggggagcttcagatgctccgagattcttccccccggctcagatccgtgaagcgc
gcatcctggtcatttttgccggccgcctag

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_2|71_aa
MGTRVGSAGRVALNAHPGLSGHQVPGLSSGRSDPEPCVPTGPQSRESRRNERRSTDLQPT
HPFTIQGAAAA

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_2|216_bp
atggggacgcgggtgggctctgcgggccgagtggccttgaacgcgcaccctggcctctct
ggacatcaggttcctggtttatcaagtggacgcagtgacccagagccctgtgtccccacc
gggccgcagtcccgagagtcacgaaggaatgaacgccgaagcacggacctgcaaccgact
catccattcaccattcagggagcagctgctgcgtga

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_3|245_aa
MEEVAEVEVEVVEVEVVEVEVVEVKVEEVEVEVLEVEVMEVEVEVEVMVEVVEVEVEVEV
TVEVVELLEVEVVEVEVEVMEEEMLEVEVMEMEVEVVAVEVVKEEVLEVEVMEVEVVKEE
VMKEEVEVLEVVEEEEVLELEAPDWSLGACKRKEQEQQKERALQPKKQRLVFTDLQRRTL
IAIFKENKRPSKEMQVTISQQLGLELNTVSNFFMNARRRCMNRWAEEPSTAPGGPAGATA
TFSKA

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_3|738_bp
atggaggaggtggcggaggtagaggtggaggtggtggaggtggaggtggtggaggtggag
gtggtggaggtgaaggtggaggaggtagaggtagaggtgctggaggtggaggtaatggag
gtggaagtggaggtggaggtgatggtggaggtggtggaggtggaagtggaggtggaggtg
acggtggaggtggtggagttgctggaggtggaggtggtggaagtggaggtggaggtgatg
gaggaggagatgctggaggtggaggtgatggagatggaggtggaggtcgtggcggtggag
gtggtgaaggaagaggtgctggaggtggaggtgatggaggtggaggtggtgaaggaagag
gtgatgaaggaggaggtggaggtgctggaggtggtggaggaggaggaggtgctggagttg
gaggcaccagattggagcctgggagcctgcaagcgcaaggaacaggagcagcagaaggag
cgcgccctgcagcccaagaagcagcgcctggtgttcaccgacctgcagcgacgcacgctg
atcgccatcttcaaggagaacaagcggccgtccaaggagatgcaggtcaccatctcgcag
cagctcggcttggagctcaacaccgtcagcaacttcttcatgaacgcgcggcgccgctgc
atgaaccgctgggctgaggagcccagcacggcccccgggggccccgccggcgccacggcc
actttctccaaggcctga

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_4|3134_aa
MLRSTGFFRAIDCPYWSGAPGGPCRRPYCHFRHRGARGSGAPGDGGEAPPAAAFLGGDVG
FGLEKKRDIARKVVEGGLSSVMSFRLPCYLCPLIVALCFTQPLTSFVPDFLIGRSLCPTE
RQDTVFQEREPFRGGLQESPGLSRVAQRPSETKREPALPQEQALGRQDLEAMEVGLRSPE
LATAPCTTAEEEVDFRGAVLQTPLPRGSVMGWALPWTQPAPALRFARPPGPGLPLSLQGS
REQEGPSAFAVGVGCSINEGQIAFAVPHGTAGLVWARAPLLESDLTGFVELLFKGLGYDP
YNPELPKPPAQRENGTLGLGEEPRPDVLELELVNQAIEAVRSEVELEQRRYRELLETTRE
HRSAEAPALAPRGPNASPTVGPDEDAFPLAFDYSPGSHGLLSPDAGYQPTPLAAPAEPGS
KYSLASLDRGQGRGGGGGGALEYVPKAVSQPRRHSRPVPSGKYVVDNSRPPTDLEYDPLS
NYSARHLSRASSRDERAAKRPRGSRGSEPYTPAPKKLCDPFGSCDARFSDSEDEAATVPG
NEPTTASTPKARADPEIKATGQPPSKEGLEAEGGGLRETKETAVQCDVGDLQPPPAKPAS
PAQVQSSQDGGCPKEGKPKKKKTGAPPAPSCKDGAQGKDKTKDKGRGRPVEKPRADKKGP
QASSPRRKAERPEGTKKKPSSATPVATSGKGRPDRPARRPSPTSGDSRPAAGRGPPRPLQ
LPDRKSTKAPSGKLVERKARSLDEGASQDAPKLKKRALSHADLFGDESEDEAAGPGVPSV
WPSALPSLSSDSDSDSDSSLGFPEAQGPPKRLKASPPPSPAPSSSSSSSSSTSSAGADVD
YSALEKEVDFDSDPMEECLRIFNESTSVKTEDRGRLARQRSLARGHQPGFCGHVHTPPKE
EKSEEKGLSGLTTLFPGQKRRISHLSKQGQEVPPLCCQALAFVVTQVEPPRRGPAVPPAR
PPTAQEVCYLRAQQAQRASASLLQAPARLAEKSPSVHISAPGEKRRIAHIPNPRLAAGPD
GISRDVALRLGPDVPAHSSPSWVGAEPPVQKPPCHTDVHAQMHVLLALSGRGCLVLRHVV
MGSHSPCAHTPCAPPAPTGAKRTLAASGSQSSNGPEPGGQQLKTRTLSGMASKTTTTIIP
KRIAHSPSLQSLKKPIIPKEFGGKVPTVIRQRYLNLFIEECLKFCTSNQEAIEKALNEEK
VAYDRSPSKNIYLNVAVNTLKKLRGLAPSAVPGLSKTSGRRVVSHEVVLGGRLAAKTSFS
LSRPSSPRVEDLKGAALYSRLREYLLTQDQLKENGYPFPHPERPGGAIIFTAEEKRPKDC
ESLACDGLASCRTCCRCGTEYLVSSSGRCIRDEECYYHWGRLRRNRGNHAATLRAHGQPC
TALWRPLKPSPQGYLEGAARGSAAKRPLQRALVSLDPGLGVLAATRLPGPVAGGWETQYM
CCSAAAGSVGCQVAKQHVQDGRKERLEGFVKTFEKELSGDTHPGIYALDCEMSYTTYGLE
LTRVTVVDTDVHVVYDTFVKPDNEIVDYNTRFSGVTEADLADTSVTLRDVQAVLLSMFSA
DTILIGHSLESDLLALKVPCRPGSRAVLQQDLRRPHVIHSTVVDTSVLFPHRLGLPYKRS
LRNLMADYLRQIIQDNVDGHSSSEDAGACMHLVIWKDRWHRANGSTTSAALDARGLPPPA
SPAPTPRSTRAGPEPSPAPPGPGDTGDSDVTQEGSGPAGIRGAPPAWAASAREKISKMRT
GTQVLILGRGGGAAFTWKVQANNRAYNGQFKEKVILCWQRKKYKTNVIRTAKYNFYSFLP
LNLYEQFHRVSNLFFLIIIILQSIPDISTLPWFSLSTPMVCLLFIRATRDLVDDMGRHKS
DRAINNRPCQILMGKSFKQKKWQDLCVGDVVCLRKDNIVPADMLLLASTEPSSLCYVETV
DIDGETNLKFRQALMVTHKELATIKKMASFQGTVTCEAPNSRMHHFVGCLEWNDKKYSLD
IGNLLLRGCRIRNTDTCYGLVIYAGFDTKIMKNCGKIHLKRTKLDLLMNKLVVVIFISVV
LVCLVLAFGFGFSVKEFKDHHYYLSGVHGSSVAAESFFVFWSFLILLSVTIPMSMFILSE
FIYLGNSVFIDWDVQMYYKPQDVPAKARSTSLNDHLGQVEYIFSDKTGTLTQNILTFNKC
CISGRVYGPDSEATTRPKENPYLWNKFADGKLLFHNAALLHLVRTNGDEAVREFWRLLAI
CHTVMVRESPRERPDQLLYQAASPDEGALVTAARNFGYVFLSRTQDTVTIMELGEERVYQ
VLAIMDFNSTRKRMSVLVRKPEGAICLYTKGADTVIFERLHRRGAMEFATEEALAGQEEE
EAGEETVRRNGRLQVPGMAMYSEAFAQETLRTLCLAYREVAEDIYEDWQQRHQEASLLLQ
NRAQALQQVYNEMEQDLRLLGATAIEDRLQDGVPETIKCLKKSNIKIWVLTGDKQGSQCG
AGRRGAELVCFAETAVNIGFACELLSENMLILEEKEISRILETYWENSNNLLTRESLSQV
KLALVINGDFLDKLLVSLRKEPRALAQNVNMDEAWQELGQSRRDFLYARRLSLLCRRFGL
PLAAPPAQDSRARRSSEVLQERAFVDLASKCQAVICCRVTPKQKALIVALVKKYHQVVTL
AIGDGANDINMIKTADVGVGLAGQEGMQAVQNSDFVLGQFCFLQRLLLVHGRWSYVRICK
FLRYFFYKSMASMMVQVWFACYNGFTGQPLYEGWFLALFNLLYSTLPVLYIGLFEQDVSA
EQSLEKPELYVVGQKDELFNYWVFVQAIAHGVTTSLVNFFMTLWISRDTAGPASFSDHQS
FAVVVALSCLLSITMEVGKVLTSPGPWTWPMEASSPGDPCFGGIARCPSWTPGAGVLVQA
PLGPGFTPPLPVQVILIIKYWTALCVATILLSLGFYAIMTTTTQSFWLFRVSPTTFPFLY
ADLSVMSSPSILLVVLLSVSINTFPVLALRVIFPALKELRAKEEKVEEGPSEEIFTMEPL
PHVHRESRARRSSYAFSHRQLTLESQPDSSEEKSAFLKPSTPFRKSWQKEPHTPKEGTVP
LPDKTHKSQVETLPPSLEESSTSTSEQPMEVELWPAEKQSSSSMEWLLVPGEEQLSLPPE
EQSLPSAEGTRVQQ

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_4|9405_bp
atgctacgctccactggcttcttccgggccattgactgcccctattggtctggggcgccc
ggggggccctgccggcggccctactgccacttccggcaccgcggggcccggggctccggc
gcgcccggtgacggcggagaggcgccccccgcagcagcgtttcttggaggagatgtggga
tttggattggagaaaaagagggacatcgcaaggaaagtcgtggagggagggttatcgagt
gtgatgtcattcagactcccctgttacctctgtcccttgatagtggctctctgcttcacc
cagcccctgacttccttcgtcccagatttcctcattgggcggagtctgtgtcctactgag
aggcaggacactgtcttccaggagagggaacccttccggggaggattgcaggaaagtcca
gggctctccagagtggctcagaggccctcagagaccaaaagggagccagcactgcctcag
gagcaggccctagggagacaggatctggaagccatggaagtgggcctgcgcagtcctgag
ttggccaccgccccgtgcaccacggccgaggaggaggtggacttcaggggtgctgtcctc
cagacccctcttcccagagggtctgttatgggatgggcgctcccgtggacacaaccagcc
cctgccttgcgcttcgcgaggcctccgggtcccggcctcccgctgtccctgcagggttcc
cgggaacaggaggggccttccgccttcgcagttggtgttgggtgcagcataaatgaaggc
cagattgcatttgctgtaccccatgggactgcgggcttggtgtgggcccgtgcgcctttg
ttggaatctgatctcactgggtttgtggagctgcttttcaaagggctgggttacgacccc
tacaaccctgagctgcccaagccccccgcgcagagggagaatggcaccctgggcctgggg
gaggagccgcgcccggatgtgctggagttggagctggtcaaccaggccatcgaggccgtg
cgcagtgaggtggagctggagcagcggcgctaccgggagctgctggagacgacccgtgag
caccgctccgccgaggcccccgccctggcgccccgcggccccaacgccagccccactgtg
ggcccggacgaggatgccttcccactggccttcgactacagccccggcagccacggccta
ttaagccctgatgccggctaccagcccaccccactggccgcccctgccgagccgggcagc
aagtactcgctggcgtccctggacaggggtcagggcagaggtggagggggtggcggtgcc
ctggaatacgtccccaaggctgtgagccagccccggcggcacagccgccccgttcccagt
ggcaagtacgtggtggacaactccaggccacccacagacctggagtatgaccctctctcc
aactactcggcccggcacctcagcagggccagctcccgggatgagcgggccgccaagcgg
ccccggggctcccgcggcagtgagccctacacacctgctcccaagaagctctgtgacccc
tttggcagttgcgatgcaaggttctcagactcagaagatgaggccgccacggtcccaggt
aacgagcccaccacggccagcacccccaaagccagggccgaccctgagatcaaggccacc
gggcagccaccctccaaagagggcctggaggccgaggggggcggcctgcgggagaccaag
gagacggccgtgcagtgcgacgtgggggacctccagccgcccccagccaagcccgcctcc
ccagcccaggtccagtcctcacaggatgggggctgccccaaggagggaaaacccaagaag
aaaaaaaccggggccccacctgcccccagctgcaaagacggggcccaggggaaggacaag
accaaggacaagggccgagggcggcctgtggagaagccccgtgcggacaagaagggcccg
caggccagcagcccccggcgcaaggcagagcggccggaagggaccaagaagaagccatct
tcggccactcctgtggccacctcagggaaagggaggcctgaccggccagcgcggcggccg
agccccacaagcggggactcccgaccggcggccggcagaggcccaccccgccccctccag
ctgcccgacaggaagagcaccaaggccccgtcggggaagctagtggagcggaaagcccgc
tcactagacgagggcgcctcccaggacgcccccaagctgaagaagcgggccctgagccac
gccgacctctttggggacgagagtgaggacgaggccgcagggccaggggtgccgagcgtg
tggccctctgccctccccagcctcagctcggactcagactccgactcagactccagcctg
ggcttcccggaggcgcaggggccgcccaagcggctcaaggcctccccgcccccctccccc
gccccatcctcctcctcctcctcctcctcctccacctccagcgcgggggcggatgtggac
tactcggccctggagaaggaggtggactttgactccgaccccatggaggagtgcctgcgg
atcttcaacgagtccaccagcgtcaagacggaggacagaggccggctggcccggcagagg
tcactggcccgtggccaccagccaggcttctgtggccacgtgcacacgccccccaaggaa
gagaagagtgaggagaaggggctttcgggtctgaccactctgttccccgggcagaagagg
aggatctcccacctttccaagcaaggccaggaggtgcccccgctgtgctgccaggcctta
gcatttgtggtgacgcaggtggagcccccgaggaggggtcccgcggtgcccccggcccgg
cccccgacggcgcaggaggtgtgctacctgcgggcccagcaggcgcagagggcatcggcg
agcttgctgcaggcccccgccaggctggcagagaagtcgccctccgtccacatttccgcc
cctggcgagaagaggaggatcgcccacatccccaacccccgcctggctgcagggccagat
ggcatttcgagggatgttgctctgagactagggccagatgtccctgctcacagctcccct
tcctgggtcggtgccgagcccccagtccagaagcccccctgccacacagacgtacatgcc
cagatgcacgtgctgctggcgctgagcggccgcggctgcctggtgctccgccacgtggtg
atgggcagccactcgccctgtgcccacaccccctgtgccccgccagcccccacaggtgcc
aagaggacccttgcggccagcggcagccagtcctccaacggccctgagccaggtggccag
cagctgaaaacacgcacattgtcggggatggcgtccaagactaccaccaccatcatccct
aagcgaatcgcccacagtccatccttacagagtttaaagaaacccattatccccaaagag
tttgggggcaaagtccccaccgtcatccgccagcgctatctcaacctgttcatcgaggag
tgtctcaagttctgtacctccaaccaggaggccatagagaaggcactgaacgaggagaag
gtggcctatgaccgcagccccagcaagaacatctacctgaatgtggccgtgaacaccctc
aagaagctcaggggcctggcccccagcgctgtgcccggcctcagcaaaaccagtggccgc
agggttgtgtcccacgaggtggtgttggggggcaggttggccgccaagaccagcttctcg
ctcagccgtccaagcagcccccgggtggaggacctgaaaggggctgccctgtacagccgc
ctcagggagtacctgctcacccaggaccagctcaaggagaacggctaccccttcccgcac
ccagagcggcccgggggcgcaatcatcttcacagctgaggagaagaggcccaaggactgt
gagtcgctggcctgcgacggcctagcttcctgcaggacctgctgccgctgtggcaccgag
tacctcgtgtcctcttcaggccgctgcatccgggacgaggagtgttattaccactgggga
cggctgcgccggaaccggggcaaccacgcagccacgctcagggcacatggccagccttgc
acagccctgtggcggcccctaaagccatcgcctcagggatacctggagggtgctgcccgg
ggcagcgctgccaagaggcctctgcagagggcactggtctccctggatccaggcctgggc
gtcctggctgccacacgactgccggggcctgtggccggaggctgggagacccagtacatg
tgctgctcggctgccgccggctctgtcggctgccaagtcgcaaagcaacacgtgcaggat
ggccggaaggagcgccttgagggcttcgtgaagacctttgagaaagagctctcaggagac
acccacccggggatctacgccctggactgcgagatgtcctacaccacatatggcctggag
ctgacgcgcgtcacggtggtcgacacggacgtgcacgtggtttatgacaccttcgtgaag
cctgacaacgagatcgtggactacaacaccaggttttcgggggtgacggaggctgacctt
gccgacacaagtgtcacgctgcgtgacgtccaggccgttctgctgagcatgttcagcgct
gacaccatcctcatcggacacagcctggagagcgacctcctggccctgaaggtgccctgc
cggcccgggtcccgcgcggttctccagcaggacctgcgcaggccccacgtcatccacagc
accgtggtggacacgtctgtgctcttcccccaccgcctgggcctcccctacaagcggtcc
ctgcggaacctcatggccgactacctcagacagatcatccaggacaatgtggatgggcac
agctccagcgaggacgccggcgcctgcatgcacctggtgatctggaaggaccgttggcac
cgggctaacggttccaccacgtccgccgccctggacgcccgcggcctgcccccccctgcc
tctcctgcgccgactcccaggagcaccagagctggccctgagccaagccctgccccacca
ggacctggggacacgggtgactcagacgtgactcaggaaggctcaggtcctgctggcatc
cgcggagccccaccagcatgggcagcctcggccagagagaagatctccaagatgaggaca
ggaactcaggtgctgatcctgggcagagggggcggtgcagcattcacctggaaggtccag
gccaacaaccgtgcctacaacgggcagttcaaggagaaggtgatcctgtgctggcaaagg
aagaaatacaagaccaatgtcatccgcacggccaagtacaacttctactcgttcctgccg
ctgaacctgtacgagcagttccaccgcgtgtccaacctgttcttcctcatcatcatcatc
ctgcagagcattcccgacatctccacgctgccctggttctcgctcagtacccctatggtc
tgcctcctcttcatccgtgccacccgggacctggtggacgacatggggagacacaagagt
gacagagccatcaacaacagaccctgccagattctgatggggaagagcttcaagcagaag
aaatggcaggatctgtgcgtgggggatgtggtctgtctccgcaaggacaacatcgtccca
gccgacatgctcttgctggccagcacggagcccagcagcctgtgctatgtggagacggtg
gacattgacggggagaccaacttgaagttcagacaggccctgatggtcacccacaaagaa
ctggccactataaagaagatggcgtcctttcaaggcacagtgacgtgtgaggcgcctaac
agtcggatgcaccacttcgtggggtgcctggaatggaatgacaagaaatactccctggac
attggcaacctcctcctccgaggctgcaggattcgcaacacagacacctgctatggactg
gtcatttatgctggttttgacacaaaaattatgaagaactgtggcaagatccatttgaag
agaaccaagctggacctcctgatgaacaagctggtggttgtgatcttcatctccgtggtg
cttgtctgcctggtgttggccttcggcttcggtttctcagtcaaagaattcaaagaccac
cactactacctctcgggggtgcatgggagcagcgtggccgcagagtccttcttcgtcttc
tggagcttcctcatcctgctcagcgtcaccatcccgatgtccatgttcatcctgtccgag
ttcatctacctggggaacagcgtcttcatcgactgggacgtgcagatgtactacaagccg
caggacgtgcctgccaaggcccgcagcaccagcctcaacgaccacctgggccaggtggaa
tacatcttctcggacaagacgggcacgctcacgcagaacatcttgaccttcaacaagtgc
tgcatcagcggccgcgtctatgggccggattcagaggccacgacccgacctaaggagaac
ccctacctctggaacaagttcgccgacgggaagctgctcttccacaatgcggccctgctg
cacctcgtgcggaccaacggggacgaggccgtgcgggagttctggcgcctgctggccatc
tgccacacggtgatggtgcgggagagcccccgtgagcgcccagaccagctgttgtaccag
gcggcctcccccgacgagggggcgctggtcaccgcagcccggaacttcggctacgtgttc
ctgtcccgcacccaggacaccgtcacgatcatggagctgggggaggaacgggtctaccag
gtcctggccataatggacttcaacagcacgcgcaaacggatgtcggtgctggttcgaaag
ccagagggcgccatctgcctgtacaccaagggcgccgacacggtcatcttcgaacgcttg
cacaggaggggggcaatggaatttgccacagaggaggccttggctggacaggaggaggag
gaggcaggggaggagactgtacggagaaatggaaggctgcaggtacctgggatggctatg
tacagtgaggcctttgcccaggagaccctgcggacactgtgcctggcctacagggaggtg
gctgaggacatttacgaggactggcagcagcgccaccaggaggccagcctcctgctgcag
aaccgggcacaggccctgcaacaggtgtacaacgagatggagcaggacctcaggctgctg
ggagccacagccatcgaggacagactccaggacggtgtccctgaaaccatcaaatgtctc
aagaagagcaacatcaaaatatgggtgctcaccggggacaagcagggcagccagtgcggg
gcgggtcgcagaggcgctgagctggtctgcttcgcagaaacggctgtgaacatcggcttc
gcctgcgagctgctgtcagagaatatgctcattctggaggagaaggagattagccgcatc
ctggagacctactgggaaaacagtaacaaccttctaaccagggagtccctgtcgcaggtc
aagctggccttggtcattaacggagacttcctggacaaactgctggtgtccctgcggaag
gagccgcgcgccctggcgcagaacgtgaacatggacgaggcgtggcaggagctcggccag
tccaggagggatttcctctacgccaggcgcctgtccctgctgtgccggaggttcgggctc
ccgctggctgcaccgccagcccaggactccagagcccgccgtagctccgaggtgctgcag
gagcgcgccttcgtggacctggcgtccaagtgccaggcggtcatctgctgccgcgtgacg
cccaagcagaaggccctgatcgtggccctggtcaagaagtaccaccaggtggtgaccctg
gccatcggggacggtgccaacgacatcaacatgatcaagaccgcggacgtgggcgtgggg
ctggcgggccaggagggcatgcaggcagttcagaacagcgacttcgtgctcggccagttc
tgcttcctgcagcgcctcctgctggtgcacggccgctggtcctacgtgcggatctgcaag
ttcctgcgctacttcttctacaagagcatggccagcatgatggtgcaggtctggtttgcc
tgctacaacggcttcaccggccagcccctgtatgaaggatggttcctggctcttttcaac
ctcctgtacagcaccctgccagttctctacattgggctctttgagcaggacgtgagcgca
gagcagagcctggagaagccggagctgtacgtggtggggcagaaggacgagctcttcaac
tactgggtcttcgtccaagccatcgcccatggtgtgaccacctctctggtcaacttcttc
atgacactgtggatcagccgcgacacggcgggacccgccagcttcagcgaccaccagtcc
tttgcggtcgtggtggccctgtcttgcctgctgtccatcaccatggaggtgggcaaggtc
ctcacctccccggggccttggacatggcctatggaggcctcctcccctggggacccctgc
tttgggggcattgccaggtgcccttcctggaccccaggggctggtgtcctggtgcaagcc
ccgctaggccccggatttaccccaccgctgcctgtccaggtcattcttatcatcaagtac
tggaccgccctgtgcgtggcgaccatcctcctcagccttggtttctacgccatcatgact
accaccacccagagcttctggctcttcagagtatcccccacgaccttcccgtttctgtat
gccgacctcagcgtgatgtcctctccctccatcctgctggtggtcctgctgagtgtgtcc
ataaacaccttccctgtcctggccctccgagtcatcttcccagccctcaaggagctacgt
gccaaggaggagaaggtggaggagggccccagcgaggagattttcaccatggagcccttg
cctcatgtacaccgggagtctcgtgcccgccgttccagctatgctttctcccaccgccag
ctgacgttggagagccagccagactcctcggaggagaagtcagcatttttgaagccctcc
acaccgttccggaagagctggcaaaaggagcctcacacccccaaggaggggacggtgcca
cttccagacaagacccacaaatctcaggtggagactctgccaccaagtctggaagaatcg
tccacgtccacgagcgagcagcctatggaggtggagctgtggcccgcggagaagcagtca
tcatcatccatggagtggctgctggtgcccggggaggagcagctatccttgcccccagag
gagcagtcattgccctctgcggaggggaccagggttcagcagtga

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_5|546_aa
MGRGALSEGGACRRGGGVLGLPPRLEGVVLRERQPPPAGRTPLPPPPLRPPRRAPLLGMS
AAVACVDYFAADVLMAISSGAVVHRGRPGPEGAGPAAGLDVRAARREAASPGTPGPPPPP
PAASGPGPGAAAAPHLLAASILADLRGGPGAAPGGASPASSSSAASSPSSGRAPGAAPSA
AAKSHRCPFPDCAKAYYKSSHLKSHLRTHTGFHFLDWEFGLGNRGRWALMAGPGLGIRGA
CPFRGGLQSAESSWNCLQICIKHLLYTRPVLGIAGDPAVNEVPAFCSHWSAGVQILHPQD
ACVFGSLRLPEAAAYRFYRTCSRITFRSSSLPWVAGLPRAAPDLRAEMSLGHPEHGRAPP
AVSVPLTMVPAVGPSRPLAGCSSSWTGLQPVPRGACTSGLHPHNPPWGVTGITSRNARVQ
GTWCRARKGGSFGDAGPFVLLRSLGGGERPFACDWQGCDKKFARSDELARHHRTHTGEKR
FSCPLCSKRFTRSDHLAKHARRHPGFHPDLLRRPGARSTSPSDSLPCSLAGSPAPSPAPS
PAPAGL

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_5|1641_bp
atggggcggggcgcgctctcggaaggaggggcgtgccggagagggggcggggtcctcggc
ctcccgccccggcttgagggggtggtgctccgggaaaggcagccgccgccggccggacgg
acgccgctcccgccgcctccgctccgcccgccgcgccgcgcgcccttgctcggcatgtcg
gcggccgtggcgtgcgtggattacttcgccgccgacgtgctcatggccatctcttcgggc
gccgtggtgcaccgcgggcggcccggccccgagggcgcgggccccgccgccggcctggat
gtgcgcgcggcgcgccgcgaggccgcctcacccgggaccccggggccacccccgccgccc
cccgccgcttctggcccgggccccggcgccgccgcggcgccccacctgctggccgccagc
atcctggccgacctgcgcggcggacccggagccgccccggggggcgcctcgcccgcctcc
tcctcctcagccgcctcgtccccgtcctcgggccgcgcccccggcgccgcgccctccgcc
gccgccaagagccaccgctgtcccttcccggactgcgccaaagcctactacaagtcctcg
cacctaaagtcgcacctgcggacgcacacagggttccactttctggactgggagtttgga
ctgggcaacaggggacggtgggccttgatggccggccctggtttgggcattagaggtgct
tgtcccttccggggaggcctgcagagtgcagagagcagctggaactgcctgcagatatgc
attaagcacctgctgtataccaggcctgtgctgggcattgccggggacccagccgtcaat
gaagtgcctgccttctgctcccactggagtgcaggggtgcagatattacacccacaagat
gcatgcgtttttggaagcctgcggctcccagaagcagctgcctataggttctatagaacc
tgctcaaggatcaccttcaggagctcctcccttccctgggtggctgggctccccagggca
gcccctgatcttagagcagagatgtcactcggtcaccctgagcatggccgtgcccctccc
gccgtctctgtacccctcaccatggtccctgctgtgggtccttctaggcccctggctggc
tgcagttcttcatggaccgggctccaaccagtgccacgaggggcatgcacatccggtctc
catccacacaacccaccctggggtgtcacgggaataacgtcccggaatgccagggtccag
ggtacctggtgcagggcccgaaagggtgggagcttcggggatgcagggccctttgtcctg
cttcggtccctgggtggaggggaacgcccttttgcttgtgactggcagggctgcgacaag
aagttcgcccgctccgacgagctggcccgccaccaccggacgcacacgggcgagaagcgc
ttctcctgccctctgtgctccaagcgcttcacccgcagtgaccacctggccaagcacgcc
cgccgccaccccggcttccacccggacctgctccggcgccctggtgcccgcagtacctcc
cccagcgactcgctgccctgcagcctggccgggagccctgcgcccagccccgcgcccagc
ccagcccccgcaggcctgtag

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_6|325_aa
MRTPGVGALLPSRDCPLDSFPSVLLQRGQDSALWVLRGGGASVWAREGAASRAGPQHGRK
RKWRRACGSGDGGGGGWRQAVDEEAASVRGSRFGTRLPFMPPEEPPRIPCPLLAAAADPW
ALRWSRACCPLTPSEPELPASWDSAVSSLPPVQSNCLQENKIPQDTVMKRILEIEVFGAA
PPSLRAVDIHGRLGAESLVHPVSPAPGTPQHGALGDGTDTSQDGGGLGVPEAAPSMDAVD
PRDAPCRTPRRGFLAVGQQGDLAVSSGWRVAAAAPPSHLAGGTLSSVPQELAAAPPPPTV
RGGPPGLDHGLSGGGFHRLAKVIRE

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_6|978_bp
atgaggacgccaggcgtgggggccctgctgccatcgcgggactgccccctcgacagcttc
ccgtcagtcctactgcagaggggccaggacagcgcactctgggtcctgagggggggcggt
gcttcagtctgggcgcgagaaggcgctgcgtcacgtgcggggccgcagcacggacggaag
cggaagtggcggcgtgcgtgcggcagtggagacggcggcggcggtggctggcgtcaggct
gtggacgaagaggcggcctcggtgcgcggctcacgtttcggaacacgtctgcctttcatg
cctcccgaagagcctccccgcatcccgtgccccctgctcgctgctgccgctgacccttgg
gcgctgcgctggtccagagcgtgttgtcctctgacgccgtcagaacctgagctccctgcg
agctgggactccgccgtgtcttcattgcctccagtgcaaagcaactgcttgcaagagaac
aaaattccacaagacactgtgatgaagaggattttggaaatcgaagtatttggggccgcc
cctccctccctgcgggctgtggatattcacgggcgcctgggggctgagtctctggtccac
cctgtgtcacctgctcctggtacaccccagcacggggccctgggtgacgggacagacacc
agccaggatggaggaggccttggtgtccctgaagcagctcctagcatggatgccgtggac
cccagagatgctccctgcaggaccccacgcaggggcttccttgcagtcggccagcagggt
gacctcgctgtgtcctccggttggagggtggcagctgctgccccaccttcccacctggct
ggtggaaccttgtcctctgtcccccaggagcttgcagctgcccccccgccccccaccgtg
cgtggtggcccccctggactggaccatggcctgtccggaggtggcttccacaggttggca
aaggtcatccgtgaataa

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_7|458_aa
MERGPGARGRGPGCGALATSVCPFVSGVSRGLLLSTGLSGPSCMMPPKLQGPPSPQHQRG
STEPLFVVFPLSPDIAGRPGGVVGGGPGGGPAWAAPAMNGLSLSELCCLFCCPPCPGRIA
AKLAFLPPEATYSLVPEPEPGPGGAGAAPLGTLRASSGAPGRWKLHLTERADFQYSQREL
DTIEVFPTKSARGNRVSCMYVRCVPGARQGHQAQGGHPQLAWVGRLGDSNNPAPGGCLLG
KSWGTGAALACGYIHLLARYTVLFSHGNAVDLGQMSSFYIGLGSRLHCNIFSYDYSGYGA
SSGRPSERNLYADIDAAWQALRTRYGISPDSIILYGQSIGTVPTVDLASRYECAAVVLHS
PLTSGMRVAFPDTKKTYCFDAFPNIEKVSKITSPVLIIHGTEDEVIDFSHGLALYERCPK
AVEPLWVEGAGHNDIELYSQYLERLRRFISQELPSQRA

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_7|1377_bp
atggagcgcggccctggggcccgggggcgcgggccggggtgtggggccctggccacctcg
gtgtgccccttcgtctccggggtctccaggggcctgctgctgtccactgggctctcagga
cccagctgcatgatgccacctaaactgcagggccctccaagtccccagcaccagcggggc
agcaccgagcctttgtttgttgtatttcctctgtctccagacatcgcaggccggccgggc
ggcgttgttggcgggggccccggtggaggcccggcctgggcggcgcccgccatgaatggg
ctgtcgctgagtgagctctgctgcctcttctgctgcccgccctgccccggccgcatcgct
gccaagctcgccttcctgccgccggaggccacctactccctggtgcctgagcccgagccg
gggcctggtggggccggggccgcccccttggggaccctgagagcctcctcgggcgcaccc
gggcgctggaagctgcacctgacggagcgtgccgacttccagtacagccagcgcgagctg
gacaccatcgaggtcttccccaccaagagcgcccgcggcaaccgcgtctcctgcatgtat
gttcgctgcgtgcctggtgccagacaaggacaccaggctcagggaggccatccccagctg
gcatgggtgggcaggctgggcgactccaacaacccagcgcctggtggttgcctgctgggc
aagagctggggcacaggggctgccctggcctgcgggtacatccaccttctcgccaggtac
acggtcctcttctcgcacggcaatgccgtggacctgggccagatgagcagcttctacatt
ggcctgggctcccgcctccactgcaacatcttctcctacgactactccggctacggtgcc
agctcgggcaggccttccgagaggaacctctatgccgacatcgacgccgcctggcaggcc
ctgcgcaccaggtacggcatcagcccggacagcatcatcctgtacgggcagagcatcggc
acggtgcccaccgtggacctggcctcgcgctacgagtgtgccgcggtggtgctgcactcg
ccgctcacctcgggcatgcgcgtcgccttccccgacaccaagaagacctactgcttcgac
gccttccctaacatcgagaaggtgtccaagatcacgtctcccgtgctcatcatccacggc
acggaggacgaggtgatcgacttctcgcacgggctggcgctctacgagcgctgccccaag
gcggtggagccgctgtgggtggagggcgccgggcacaacgacatcgagctctacagccag
tacctggagcgcctgcgtcgcttcatctcccaggagctgcccagccagcgcgcctag

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_8|336_aa
MWPGTEQDPWSPGRKLLNSANACVSCKQMPPPLSLQMTTQPWLTPGFQPVCQGGSRVRTS
RPDITSTVTIPAAGTGEDIPAAGTGEDIPATGTDSHRRPEVGLQAQGCVSGSFRSRAAVG
ATPRHALPGPRLSRRGAPQMGDQQPVELQASGLGGHAEAAPALPEAHAFNKAQNRRCSGS
REQEARRQRQVLPLPEAPCQVGPIAADSLGPPKTHTTRDQDREARTALLGHKHSTVSRLD
RFNQVVLNGREFVIPSPNSLTVPGCNQLRLRCQSLDKPHARGQPLLLLSWQGKWDRPRLS
WEPCTSLSDPPKIKRTRLPPTDQRQLHPGHGASGRI

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_8|1011_bp
atgtggccaggaactgagcaggacccttggtcccccggccgcaagctgctgaattccgcc
aacgcctgcgtgagttgcaagcagatgccacccccgttgagcctccagatgacaacacag
ccctggctgacacctgggttccagcccgtgtgccaaggcggctctcgggtgagaacctcc
cggcctgacatcaccagcactgttaccatccctgccgctggcacaggtgaggacatccct
gctgctggcacaggtgaagacatcccagccactggcacagactcgcaccgcaggcctgag
gttggattacaggcacagggatgtgtctctggatcatttcgcagccgcgcagctgtgggt
gctactcctcgacatgcactgcctggtccacgcctcagccgccggggcgccccacagatg
ggggaccagcagccagtggaactccaggccagtggccttggaggtcacgctgaagcggcc
ccagcgctgcccgaagctcacgcgttcaacaaagcacagaaccggagatgcagtgggagc
cgggagcaggaagcgcggaggcagcgccaggtgctgccgctgcccgaggccccgtgccag
gtggggcccatagcagccgactcgctgggccctcccaaaacgcacaccacgcgcgaccag
gaccgagaggcccgcacggccctgctaggccacaaacactccactgtctccaggttggac
aggtttaaccaagtggttctcaacgggagggaatttgtcatcccctcccccaacagcttg
acagtgcctggctgtaaccagctcaggctccgatgccagagtcttgacaaaccacatgca
cgtgggcagcccttgttgctgttatcctggcaaggcaagtgggatcgcccccgcctctcc
tgggagccctgcaccagcctctcggaccctcccaaaatcaagcggacacggttgccacct
actgaccaaaggcagctgcaccccggtcacggggcttccggccggatctaa

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_9|1050_aa
MILCSRLCLPQSASLRMEPAPGLVEQPKCLEAGSPEPEPAPWQALPVLSEKQSGDVELVL
AYAAPVLDKRQTSRLLKEVSALHPLPAQPHLKRVRPSRDAGSPHALEMLLCLAGPASGPR
SLAELLPRPAVDPRGLGQPFLVPVPARPPLTRGQFEEARAHWPTSFHEDKQVTSALAGRL
FSTQERAAMQSHMERAVWAARRAAARGLRAVGAVVVDPASDRVLATGHDCSCADNPLLHA
VMVCVDLVARGQGRGTYDFRPFPACSFAPAAAPQAVRAGAVRKLDADEDGLPYLCTGYDL
YVTREPCAMCAMALVHARILRVFYGAPSPDGALGTRFRIHARPDLNHRFQVFRGVLEEQC
RWLDPDTAQGTMKGFSATAAAGFSLRWLVKQRCQQRACSHVPRGPSPTHLLAAFPSGARP
GTLPQAVLAEQKLLGGSQCHAECPKGCVPILIPGTWMRWGLLQETKSGSVRGFSVPTEKE
NNFPPLPKFIPVKPCFYQNFSDEIPVEHQVLVKRIYRLWMFYCATLGVNLIACLAWWIGG
GSGTNFGLAFVWLLLFTPCGYVCWFRPVYKAFRADSSFNFMAFFFIFGAQFVLTVIQAIG
FSGWGAWPLPSCTCAWRQALQGGWDLWFVHPSDVPLKLRLWLQVKALLVILRVLLSSQLP
ARLPLALPWAPVPPVSRLPETSLPPRPSCTCGSSDLALLIGAWVISRRSREKLSMRSLPE
VDRSGWLSAIGFFQYSPGAAVVMLLPAIMFSVSAAMMAIAIMKVHRIYRGAGGSFQKAQT
EWNTGTWRNPPSREAQYNNFSGNSLPETPSCSRKRVVTRRPLHGWYGLVFRSRGLTPGDR
WQQDAVAVGRLLPWSPPQDGHRGDPGNEERKTELQAWRGTWRAAGGIVCPPPWLLPLVGR
HHQSTNDAHTASLPCTKQTSPINRAAPGGNQFGSSIRLQLYPFIDKVEAQGPGRPLRLAG
PRLGSEPLQAGKPFVTGAALNAAAKSQAAVVICSASFPFPGNYSSCCGEPGPPDSCVLRA
LPLVEPALLVTRTLPKPGLASHLGGANARQ

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_9|3153_bp
atgatcctctgctcccgtctctgtctcccacagtcggcctcgctgaggatggagcccgcc
ccgggcctcgtggagcagcccaagtgcttggaggccgggagcccggagcctgagccggcg
ccgtggcaggccctccctgtcctgtccgagaagcagtcaggggacgtggagctggtgctg
gcctacgccgcgcccgtcctggacaagcgccagacctcacgcctcctgaaggaggtgtcg
gccctgcacccgctccccgcccagcctcacctcaagcgggtgcggcccagccgcgatgcc
ggcagcccccacgccctggagatgctgctttgcctggctgggccggcctcgggcccgcgc
tcgctggctgagctcctgccacggccggctgtggacccccgcggcctggggcaacccttc
ctggtgcccgtgcccgcccggccgcctctgaccaggggccagttcgaggaggcccgggcc
cactggcccacgtccttccacgaggacaagcaggtgaccagcgccctggctgggcggctc
ttctccacgcaggagcgcgccgccatgcagagccacatggagcgggcggtgtgggcggcc
cggcgggcagcagcgcggggcttgcgggccgtgggggccgtggtagtggacccggcctcg
gaccgcgtgctggccaccggccacgactgcagctgcgcggacaaccccctcctgcacgcc
gtcatggtgtgcgtggacctcgtggcgcgcggccagggccgcggcacctacgacttcaga
cccttccccgcctgctccttcgccccggccgctgccccccaggccgtccgcgcaggcgcc
gtgcgtaaactggacgcagacgaggacggcctcccctacctgtgcactggctacgacctg
tacgtgacccgcgagccctgcgccatgtgcgccatggccctggtgcacgcacgcatcctg
cgcgtcttctacggtgcgccctcgcccgacggcgccctgggcacccgcttccgcatccac
gcacggcccgacctcaaccaccgcttccaggtgttccgcggggtgctggaggagcagtgc
cgctggctggaccccgacacagcacagggcacgatgaagggcttttcagccacggcggct
gcaggcttcagcctgcgctggttggtgaaacagagatgtcagcagcgggcgtgttctcat
gtgccccggggtccctcacccactcatttactggcagccttccccagtggggcgcgccca
gggacacttcctcaggcagtgctggctgagcagaagctcctggggggctcccagtgccac
gctgagtgccccaaaggctgtgttcccatcttgatccctggaacctggatgaggtggggc
ctccttcaagagacaaagtctggttctgtccgtgggttctctgtccctacagaaaaggag
aacaacttcccgccactgcccaagttcatccctgtgaagccctgcttctaccagaacttc
tccgacgagatcccagtggagcaccaggtcctggtgaagaggatctaccggctgtggatg
ttttactgcgccaccctcggcgtcaacctcattgcctgcctggcctggtggatcggcgga
ggctcggggaccaacttcggcctggccttcgtgtggctgctcctgttcacgccttgcggc
tacgtgtgctggttccggcctgtctacaaggccttccgagccgacagctcctttaatttc
atggcgtttttcttcatcttcggagcccagtttgtcctgaccgtcatccaggcgattggc
ttctccggctggggcgcgtggcctctcccctcctgcacctgcgcctggcgccaggccctc
cagggtggctgggatctgtggtttgtgcacccctcggatgtgccgctgaagctgaggctg
tggctgcaggtcaaggcactgctcgtcatcctccgagtcctcctgagctcccagctgcca
gctcggctcccactggcccttccctgggctccagtgcctcctgtgagccgcctccccgag
acctccctgccccctcggccctcgtgcacgtgcggcagcagcgacttggctcttctcatt
ggagcctgggtcatctcccgcaggtcacgggagaagctgagcatgcggtccctgcccgag
gtggacagaagcggctggctgtcggcaattggattcttccagtacagcccgggcgctgcc
gtggtcatgctgcttccagccatcatgttctccgtgtcggctgccatgatggccatcgcg
atcatgaaggtgcacaggatctaccgaggggctggcggaagcttccagaaggcacagacg
gagtggaacacgggcacttggcggaacccaccgtcgagggaggcccagtacaacaacttc
tcaggcaacagcctgcccgagacgccctcttgctcccggaaacgtgtggtcacccgccgt
ccactgcacggctggtacggccttgtcttcaggtctcgaggcctgactccgggggacagg
tggcagcaggatgctgttgctgtaggacgcctgctgccctggagccctccccaggatggt
cacaggggcgatccagggaatgaggaaaggaagacggaactgcaggcatggcgggggacc
tggcgggcagctgggggcatcgtgtgcccccccccatggctactgcccctggtgggcaga
catcaccaatcaaccaatgatgcccacactgcttccctcccatgcacaaagcagacatca
ccaatcaatcgagcagcaccaggaggaaaccaatttggcagttcaatccgtcttcaactc
tatccttttatagataaggttgaggcccagggacctgggaggccactgaggctggcaggg
ccaagactgggcagtgagccactccaggcgggaaagccctttgtcactggagctgctctg
aacgctgccgccaagtcgcaggcagctgttgtcatctgctcagcgtccttccccttcccc
ggcaactactcctcctgctgtggggaacctggcccacccgactcctgtgttctcagggcg
ctgcccctcgtggaacctgcccttctggtcaccaggacattgcctaaaccaggcctggcc
agtcatctgggaggggccaatgccagacaataa

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_10|209_aa
MGKAVRPVPWPQGHHPSLSLLPLARRVTREAQVWESALGKHHLLLYPSRPEKVSQPHMLA
CPLPPEARSPCQAVPGTRPQQHPQRCLHPPPALRQASVKALTDHEPLGAWGSSVGASASG
GRQPYAPHCAAAATAPGARAADVTARGGANTRLGVSRAALRQRMAPRDGHGVLRPLRGRR
AAARGGHRKRVAARARAGRKGGLTVSTPF

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_10|630_bp
atggggaaggcggtgaggcccgtcccctggccgcagggccaccacccctcgctgtcactg
ctcccactggcacggcgggtgaccagagaagcacaggtgtgggagtcagccctcgggaaa
caccaccttctcctctacccaagcaggccagagaaagtcagccagccccacatgctggcc
tgcccactgccacccgaggcccgcagcccctgccaggctgtgcccggcactcggccccaa
cagcacccacagcgctgcctccatccaccacccgccctccgccaggcctcggtcaaggcc
ttgacggaccatgagcccctgggggcctggggcagctcggtgggggcgtctgccagcggg
gggcggcagccatacgcgccccactgcgcagccgcggccacggcgccgggggcgcgcgcc
gccgacgtcacagcgcggggcggggccaacacccggctgggcgtttctcgcgccgctttg
cgacaacggatggcgccgcgcgacggccacggcgttttgcggccgctacgaggccgccgg
gccgctgcccgcgggggacaccgaaagcgcgtggccgcgagggcgcgcgcgggcaggaaa
gggggtctaacggtttccacacccttctag

>gi568815579r:1754528_1963497|GENSCAN_predicted_peptide_11|757_aa
CMEGHTTPPPLLTAIWVVATVRLLESTAASAHGLLRGCGLPLHLAPGGPKQWPCHTHSAR
RAPTPHKRRPPSSHPTNTAPAEHIPPTHGTHRAHTPVFPGEIWQLLKCRQTPSEAPLCPR
LQSPGVLRTLQSLPVCRPCLALSTAGDPRGPIPPTNLRVAPFKPRSIRARPSKGGATTSL
PSAESPPPPSFSLPGSSRLSPKFRNEPPGALWGVLLARRQKLLDGCLTAPTDVEQKAPNP
HPSCTCTDDKPQPPEPVTASRHPCPMTWRQEDEKGAGPALRDPTLSGAGVKASPGCVPTL
LRPANEQAAPLASVLIQWSWLLWPRQKPTSPRRLHRRRPRGQPASENAAEPSQVAISKGK
SPGQRSIGPKDRRNQVTGRGEWSSLCRDPVPKTRQGTQTVQVWMAVCGSSNGPTGSGPVT
SGSTARSPPDRRITQPHGNRTRVLAAATRGCHANIYHRNKHVATHTPEHDSATNRSETRT
RAMARMHRGCHTHPQREHDEDRGFHEHYFHCVKSKQGFSSFCFSPHVLVSSFPHCENAAP
NTTHEGQGLTSSSRVPAHEAFRGTGAVRPQEGEASARARGRADSWGPQDVTTPIAQGRGR
GPRGSGGPRQLMGQPRSTQGSGSEPHTAPLSTAYRPDQRDGTARTHLCRRQRKRTPPLRS
QALSQPTCRLQGSGWPARGQGPAGSPSAHPPSEELKGTPSKSEADTGQSVSSRWSRALPS
GSRPGNCPQAEPGHQRQLPCPRTTGAEARGAQLPRTG

>gi568815579r:1754528_1963497|GENSCAN_predicted_CDS_11|2274_bp
tgcatggagggccacactacgcctcctcctctgctgacggccatctgggttgtagccacc
gtccggctgctggagtccacggcggcgtctgcgcacgggcttctgcgtggctgcgggctt
ccactccacctggctccagggggccctaagcagtggccgtgccacacacacagtgcccgc
cgagcgcccaccccacataaacggcgcccgcctagctcccaccccacaaacacggcgccc
gccgagcacataccccccacacacggcacccaccgagcacacaccccagtgtttccaggg
gagatctggcagctgctcaaatgccgccagacgccctcagaggcccctctgtgcccacgt
ctgcagtcacccggggtcctgcgcaccctccagtctctgcctgtgtgccgcccctgcctt
gccctctccacagccggggaccccagaggcccaatcccgcccaccaatctccgggtggca
ccgtttaagccacgcagcatcagggcacgaccgtcgaaggggggcgccaccaccagcctt
ccctctgcagaatcccctcctcctccctccttctctcttccaggttcatcgaggctgagc
cctaaattccggaacgagcctcctggggctctctggggtgtcctcctggcccggagacag
aagcttctggacggctgtctcacagcccccacggatgtggaacaaaaagcaccaaatccc
catcccagctgcacctgcacagatgacaagccccaacccccagaacctgtgacggcctct
cggcacccctgccccatgacctggaggcaggaggatgagaaaggggcaggccctgcactc
agggacccaacgctgtcgggagctggggtgaaggccagcccgggctgtgtgccgaccctg
ctccgcccggccaacgagcaggctgccccgctggcgtctgttctgatacagtggtcttgg
ctgttgtggcccaggcagaagccaacctcaccgcgccgactgcaccggagacgcccacga
ggacagccggcctctgagaacgcagctgagccgtcacaggtcgccatcagcaaaggcaag
agtccaggccagagaagcatcgggccgaaggacaggagaaaccaagtcaccggaagaggg
gagtggtcgtcgctgtgcagagatccagtccccaaaacccggcaggggacccaaacagtg
caggtatggatggccgtctgcggctcctcaaatggtccaaccgggagtggccctgtgacc
agcggttccaccgctagaagtccacctgacagaagaatcacgcagccacacgggaaccgg
acacgggtgctcgcagcagccacacgcggatgccatgcaaacatctatcacagaaataaa
cacgtggccacccacacgccggaacacgactcagccacgaacaggagcgagactcggacg
cgggccatggcgcggatgcaccgagggtgtcacactcaccctcaacgtgaacacgacgag
gacagaggcttccatgagcattacttccactgcgtgaagagcaaacagggtttctcttcc
ttctgcttttctccacatgttctggtctccagcttccctcactgtgagaacgcagcacct
aacacaacacacgagggccagggtttaaccagctcatcccgggtcccggcccacgaagct
ttcagaggaaccggggctgtgcgcccacaggaaggagaggccagtgcccgggcacgagga
cgagctgactcatgggggccccaggacgtcaccacacccattgcccagggccgcgggcga
ggtccaaggggcagcggaggtccccgacaactcatggggcagccacggtccacccagggc
tcaggcagcgagccccacacagcgcccctctccacggcgtacaggcctgaccagcgtgat
ggcacagcacgcacacacctgtgcagacgccagcgcaaacgcacaccacccctgcggtcg
caagccctgtcccagcccacctgcaggctccagggctctggctggcctgcacgtggccag
ggcccagctggatccccctcggcgcacccaccctcagaggaactcaaaggcacacccagc
aagtcagaggcagacacgggccagtccgtgtcctcacgctggtcccgtgcgctgccctca
ggctcccgtcctgggaactgtccccaggcagagcctgggcatcagcgccagctgccctgc
cccaggaccactggagcagaagcccgaggggcacaactgccgcggacaggatga