GENSCAN 1.0	Date run:  3-Nov-116	Time: 10:01:15

Sequence gi568815591r:50925106_51416633 : 491528 bp : 43.75% 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 Init +  13870  13930   61  0  1  104   48    38 0.450   0.84
 1.02 Intr +  16037  16123   87  0  0  135   58    22 0.360   3.84
 1.03 Intr +  16321  16417   97  2  1   93   89     3 0.242  -0.03
 1.04 Intr +  20777  20951  175  2  1    1   85   106 0.281   1.54
 1.05 Intr +  21870  22028  159  2  0   80   41   136 0.832   8.28
 1.06 Term +  22865  22933   69  1  0   98   49    12 0.556  -3.76
 1.07 PlyA +  23775  23780    6                               1.05

 2.08 PlyA -  26165  26160    6                               1.05
 2.07 Term -  30000  29928   73  2  1   90   54    75 0.405   1.68
 2.06 Intr -  35111  34987  125  2  2   71   61   106 0.413   5.58
 2.05 Intr -  50546  50390  157  1  1   35   73   127 0.019   5.91
 2.04 Intr -  87681  87471  211  1  1   87   55   120 0.553   6.57
 2.03 Intr -  92666  92598   69  0  0   70   48    71 0.243   0.45
 2.02 Intr -  93204  93020  185  2  2  -59   16   325 0.572  10.03
 2.01 Init -  93403  93330   74  1  2   96   85    59 0.978   6.94
 2.00 Prom -  94407  94368   40                              -9.85

 3.12 PlyA -  94828  94823    6                              -0.45
 3.11 Term -  95178  95113   66  0  0  107   48    75 0.804   3.34
 3.10 Intr - 100267 100004  264  1  0   51   59   176 0.356   8.71
 3.09 Intr - 101560 101441  120  1  0   52  116    82 0.995   8.09
 3.08 Intr - 104486 102607 1880  0  2  119  100   827 0.988  74.33
 3.07 Intr - 105804 105707   98  2  2  109  116   155 0.688  20.05
 3.06 Intr - 118587 118278  310  1  1   89  105   332 0.174  30.37
 3.05 Intr - 128694 128617   78  1  0   91   75    17 0.014   0.22
 3.04 Intr - 136400 136310   91  2  1   91   98    -5 0.012   0.37
 3.03 Intr - 148880 148828   53  0  2   98   80    20 0.010   0.83
 3.02 Intr - 160199 160061  139  2  1   80   92   117 0.114  11.34
 3.01 Init - 184330 184184  147  1  0   75   37   118 0.726   5.49
 3.00 Prom - 191833 191794   40                              -3.66

 4.00 Prom + 201063 201102   40                              -5.46
 4.01 Init + 201893 202139  247  1  1   13   66   211 0.437   9.16
 4.02 Intr + 211079 211186  108  0  0  106   92   166 0.968  19.06
 4.03 Term + 212044 212147  104  2  2   97   37    68 0.846   1.04
 4.04 PlyA + 213218 213223    6                               1.05

 5.00 Prom + 227621 227660   40                              -4.36
 5.01 Init + 229523 229591   69  1  0   80  110    19 0.217   4.35
 5.02 Intr + 249790 249924  135  0  0   85   76    21 0.311   1.36
 5.03 Term + 256584 256748  165  2  0   59   48   175 0.768   8.52
 5.04 PlyA + 258464 258469    6                               1.05

 6.07 PlyA - 259017 259012    6                               1.05
 6.06 Term - 261008 260794  215  0  2  118   40    81 0.873   3.69
 6.05 Intr - 262853 262809   45  0  0   99   87    23 0.541   1.68
 6.04 Intr - 265536 265471   66  1  0   85  100    25 0.589   2.28
 6.03 Intr - 265973 265745  229  2  1   98   78   243 0.986  21.74
 6.02 Intr - 268484 268274  211  1  1  117   88   108 0.891  12.62
 6.01 Init - 294832 294636  197  1  2   75   78   270 0.513  23.10
 6.00 Prom - 295876 295837   40                              -3.86

 7.00 Prom + 299234 299273   40                              -3.56
 7.01 Init + 306372 306419   48  2  0   97   76    60 0.692   6.65
 7.02 Term + 312782 313000  219  1  0   43   47   196 0.693   8.04
 7.03 PlyA + 313909 313914    6                               1.05

 8.00 Prom + 317410 317449   40                              -1.56
 8.01 Init + 317897 317904    8  1  2   66   80     1 0.394  -2.46
 8.02 Intr + 318732 318834  103  0  1   37   43   108 0.444   1.38
 8.03 Intr + 319510 319625  116  0  2  109   76     0 0.347   0.15
 8.04 Intr + 324028 324087   60  1  0   92   89    79 0.880   6.25
 8.05 Intr + 324269 324285   17  2  2   80  105    14 0.047  -2.51
 8.06 Intr + 331368 331504  137  1  2   62   16   119 0.008   2.39
 8.07 Term + 334484 334567   84  1  0   41   55    98 0.269  -0.55
 8.08 PlyA + 334795 334800    6                               1.05

 9.00 Prom + 335225 335264   40                              -3.26
 9.01 Init + 340472 340565   94  1  1   77   96    93 0.304   9.54
 9.02 Intr + 350457 350593  137  1  2   38   44   143 0.323   5.19
 9.03 Term + 350688 350744   57  2  0   68   38    77 0.438  -1.61
 9.04 PlyA + 350830 350835    6                               1.05

10.00 Prom + 359730 359769   40                              -3.36
10.01 Init + 372578 372680  103  1  1  110   76    23 0.829   3.70
10.02 Intr + 376159 376191   33  2  0  106  106    16 0.769   3.39
10.03 Term + 379234 379322   89  2  2   75   48    77 0.517   0.22
10.04 PlyA + 380038 380043    6                               1.05

11.05 PlyA - 381353 381348    6                               1.05
11.04 Term - 383685 383609   77  1  2   73   46    91 0.432   1.40
11.03 Intr - 391402 391314   89  0  2   50   62    78 0.622   1.01
11.02 Intr - 391702 391488  215  1  2   70  102   190 0.857  16.11
11.01 Init - 395366 395286   81  2  0   79  100   -20 0.338  -0.73
11.00 Prom - 399915 399876   40                              -2.36

12.00 Prom + 412866 412905   40                              -3.56
12.01 Init + 427304 427379   76  1  1   65   59    68 0.443   2.85
12.02 Intr + 437088 437921  834  1  0  -26   69  1581 0.112 136.17
12.03 Intr + 444296 444314   19  0  1  116  101     6 0.015   0.37
12.04 Intr + 457196 457418  223  2  1   71   75   123 0.787   7.43
12.05 Intr + 457668 457928  261  2  0  -10   72   360 0.204  22.28
12.06 Intr + 458404 458527  124  0  1   65   14   114 0.337   1.86
12.07 Intr + 458686 458808  123  2  0   55   41    81 0.257   0.66
12.08 Term + 459225 459355  131  1  2   79   47    96 0.418   2.94
12.09 PlyA + 460929 460934    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 - 113964 113808  157  0  1   64    8   200 0.885   7.75
S.002 Term - 180188 180066  123  2  0   91   48    80 0.847   2.68
S.003 Intr - 467776 467719   58  2  1   86  101    49 0.909   3.94


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_1|215_aa
MAPPRRRPCPTEVGRALSQGYMVAWFWALVPPPGKQRDDVQASCAQEIAATIVCLFWVRH
QEDNNEQDSLLNKHSREAFQGWLEVVELRHSDYESKMADWKALLLVLCTKTTKTMNKQLL
FDENNGRRAPEYIKGVTETLAGAEGAHSHCTWALELKLNTASRGNSALAELLRKPLQVAA
VSCPMGLKLKPPRSHVSAVSCPQGQNLSYNRASWS

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_1|648_bp
atggccccacctcggcggcgcccctgcccaaccgaggttggcagggcactgtcccaggga
tatatggtggcatggttctgggccctggtgcctccaccaggaaagcagagagatgatgtt
caagcctcctgtgcacaggagatagctgctaccattgtgtgcttattctgggtcaggcac
caggaagacaacaatgagcaagacagtctcctgaacaaacactcccgtgaggcatttcag
gggtggctagaagttgtggaactaagacattcagattatgagagcaagatggcagactgg
aaagccctactgcttgtcttgtgcacaaaaacaactaaaacaatgaataagcaattactt
tttgatgaaaataatgggaggagagcaccagagtacatcaaaggagtgacagaaaccctg
gctggagctgaaggtgcacactcccattgcacctgggcactggagctaaagctgaacact
gcctccagaggaaacagtgccctggcggagctgctccgaaaacctctccaagttgcagct
gtgtcctgccccatgggactcaagctgaaacctccaaggagccatgtcagtgctgtgtcc
tgcccccagggtcagaatctgagctataaccgagcttcctggtcctga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_2|297_aa
MGVQEEGPREPREERDMEEHQEKGRVCITTTITITITITTTTTIVTTTVTTTITTATTTA
ITTTTITITTVTTATTTTINHHHHMETFTRKLEREKVCEDSPDHSLLSAGAMELSTGHLW
HQVLQMGARANVTTPFSVVQCQEAGTGPWPDGDASSQQDPNKRCGPDGDVPVGGPPAALG
FPGASDQKGQHSRYFMQGASNKPEPNLDDELLDLEAGPVAVMEQDIEELLERLCDLNSLI
IGNGSIAVTMMMMIEAQKEKPNAMNSCSSECLSKAGQRNLGSGIPLDSMQMSAHRVH

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_2|894_bp
atgggagttcaggaagagggcccgagagaacctagagaagagagggatatggaggagcat
caggaaaagggcagggtctgcatcaccaccaccatcaccatcaccatcaccatcaccacc
accaccaccatcgtcaccaccacagttaccaccaccatcaccactgccacaaccaccgcc
atcaccaccaccacgattaccataaccaccgttaccactgccaccaccaccacaattaac
caccatcaccacatggaaacttttacgaggaagctggagcgtgagaaggtctgtgaggac
agccctgatcacagcctcctttctgcaggtgccatggagctctccacgggacatctatgg
caccaggtcctacaaatgggagccagggccaacgtcaccacccccttctctgtagtccag
tgccaggaggcaggcactgggccctggcctgatggtgatgccagcagccagcaggatcca
aataagagatgtggacctgatggggatgtcccagtgggagggccacccgcagccttggga
tttcctggggcatcagaccagaaaggacagcactcaaggtatttcatgcaaggtgcctcc
aacaaacctgaacctaacttagatgatgagcttttggaccttgaagctgggcctgttgct
gtaatggaacaagacattgaggagcttttggaaaggttatgtgacctcaactctctaata
ataggaaatggttctattgctgttaccatgatgatgatgattgaagcacagaaagaaaag
ccaaatgccatgaattcttgttcctctgaatgtctgagcaaggctgggcagaggaacctg
ggatcagggatccccctggactcgatgcagatgtctgcccatcgggtgcactga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_3|1081_aa
MEVAKNPTFKDYPEGSADADDDAEPVGAEMSTGTALAVVWSSQGGAFTQVSLGSQIDLQK
KKRRAPAPPPPQPPPPSPLIPNRTEDKEENRKSTMGQSPTRENSSTQEEFAPQRKTKQGH
NSNWHDTAVLYTTENALIPSRREGTREGGAETQRREAKIGRARPRGPVPVSLPLGSGSHC
SPDGAPQVLSEAEETVSVGSCFASEDTTEDSGVMSSPSDIVSLDSQQDSMKYKDKWATDQ
EDCSDQDLAGTPDLGPQKSPLWEKNGSENSHLRTEKAVTASNDEEDLLIAGEFRKTLAEL
DEDLEEMEDSYETDTSSLTSSIHGASNHCPQDAMIPHGDTDAIPVTFIGEVSDDPVDSGL
FSNRNNNAGSFDSEGVASRRDSLAPLQAEHSQPHEKAREEVPALHPASHDVGKGIRVALS
NISKDGNLMETAPRVTSFASNLHTDNLNAKVKDKVYGCADGERTQATERVNSQPVNEKDS
NDKNAALAPTSWHQRGQNPGKSYRLKHGLTTYKIIPPKSEMRCYDRDVSLSTGAIKIDEL
GNLVSPHATGIRIISLSSSVPEAESQPIGKVREFWRCNSVEKHLGRPSESSARGPPSTPV
PTQTQNPESRLQADPKPISPQQKSAHHEGRNPLGEGRNQPPTMGMGHVRVPAAHTTEVTF
LKPQRRTSSQYVASAIAKRIGAPKVHADVVRPHGYAEKGYAGKAPVLAAPPVTVKDDRTS
SPHSETQGWKDGAQWPCVTPPNNHGEDLAVGAPPRGEVIGPHRKLSTQDRPAAIHRSSCF
SLVQSSQRDRVSVGQSCGFSGKQSTSSQEASSASEPRRAPDGTDPPPPHTSDTQACSREL
VNGSVRAPGHGEPSHPPGGSGTESHILLEREEKPSVFSTDGNETDSIWPPSIFGPKKKFK
PVVQRPVPKDTSLHSALMEAIHSAGGKDRLRKTAEHTGEGRPAKLSYTEAEGERSALLAA
IRGHSGTCSLRKVASSASEELQSFRDAALSAQGSESPLLEDLGLLSPPAIPPPPPPPSQA
LSAPRTASRFSTGTLSNTADARQALMDAIRSGTGAARLRKEGSGASIYPDTFLEVKVVAP
L

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_3|3246_bp
atggaagtggcaaagaatccaacctttaaagattatccagaagggtccgcagatgcagat
gatgatgcagaaccagttggagctgaaatgtctacaggaaccgcactggcagttgtctgg
agctcacagggtggtgcattcacacaggtatctcttgggtcacagattgatttacagaag
aagaagcggcgagcgccagctccccctccaccacagccaccaccaccgagtcccctgatc
cccaaccgcactgaggataaggaggagaacaggaagagcacgatgggtcagtctcccact
agagaaaacagcagcactcaagaggagtttgctccacagagaaagacaaaacaaggtcac
aattccaactggcatgacactgctgtcctgtatacaaccgaaaatgcactcatcccttcc
agaagagaaggtacaagggaaggaggagcagagacacaaagacgagaagctaagattggc
cgggcccggccgaggggccctgtgccagtaagcctgcccctggggtctggcagccactgc
agcccggatggagccccgcaggtgctgtcagaggcggaggagaccgtgtcagttggcagc
tgttttgcgtcggaggacacgaccgaggactcaggagtgatgagttccccctcagacatc
gtctctctggactcgcagcaggacagcatgaaatacaaagacaagtgggccacagaccag
gaagactgcagtgaccaggacctcgctggaaccccagacctgggtccccagaagagcccc
ttgtgggagaagaatggctctgagaactcacatctgagaactgaaaaagctgtcacagcc
tcaaatgatgaagaagacctattaattgctggagagttccgtaaaacccttgcagaactt
gatgaagacctggaagaaatggaagacagctatgaaacagacaccagctccctcaccagc
tccatccatggtgcatccaaccactgcccacaggatgccatgatccctcacggcgacaca
gatgcaatcccagtaacattcataggggaagtttcagatgatcctgtggattcggggttg
ttttccaatagaaacaacaatgctgggtctttcgactcggagggtgttgccagcaggaga
gactccctggcgccacttcaagctgagcacagccagccccatgaaaaggcaagggaggaa
gtacctgccctgcaccccgcttcccatgacgtcggaaaaggaatccgtgtggccttatct
aacatctctaaagatgggaatctaatggaaacggcgcccagggtgacttcttttgcttcg
aatcttcacacagacaacctaaatgcaaaagtgaaagacaaagtgtatggctgtgctgac
ggggagaggactcaagccacagagagagtgaattcccaaccggtgaatgaaaaggacagc
aacgataaaaacgctgccttggcaccaacatcatggcaccaacgaggccaaaacccaggg
aaaagctacagacttaagcacggcctcacaacgtataaaatcattcctccaaagtcagag
atgcgatgttacgacagagatgtgtccctctccaccggagccattaagattgacgagctg
gggaacttggtgagtcctcacgccaccggcatcaggatcatttccctgtcttcgtctgtg
cctgaagcagaatctcagcccattgggaaagtcagagagttctggaggtgcaactctgtg
gaaaaacacctgggccgaccctcagagagctctgccaggggacccccctccacccctgtg
cccacgcagacgcagaatccagagagcagactccaagcagaccccaagccaatatcgccc
cagcagaagtctgcccaccatgagggccggaaccccctaggggaggggagaaaccagccc
cccaccatgggcatgggtcacgtgagggtgccagcagctcacaccacagaagtcacattt
ctcaagcctcagagaagaacgtccagccagtatgtggcctctgccattgccaagcgcata
ggagccccaaaagtccatgctgatgtggtgaggccacacggttatgccgagaagggttat
gcaggcaaggcgccagtgctggctgcaccacctgtcactgtgaaagatgacaggacatcc
agcccacactcagagacacaaggatggaaggatggtgcccagtggccctgtgtcactcct
cccaacaaccacggggaagatttggcagtgggagcccctcctaggggggaggtcattggc
ccacacaggaagttgtctactcaggacagacctgctgctatccacagaagctcctgtttc
tcactggttcagtcttcccagagggatcgtgtttctgtgggacagagctgtggtttcagt
ggaaagcaaagcacaagtagccaggaggccagctcagcatctgagcccagacgcgcacct
gatggtacagacccaccccctccacacacatctgacactcaggcctgcagcagggagctg
gtcaatggctctgtgcgcgccccaggccacggcgagccttcccaccctccaggagggtct
ggcacagaaagccacattctcctagaaagagaggaaaagcccagtgtgttctctacagat
ggaaatgaaacagacagtatttggccacccagcatttttgggccgaagaaaaaattcaaa
cctgttgtccagagaccagtcccaaaagacacatccctgcactctgccctgatggaagcc
atccactctgcgggagggaaggacagactacgcaagacggcagaacacaccggggagggc
aggccagcgaaactgtcctacacggaggcagagggcgaacgatctgcactgctggcagct
atccgcgggcacagcggcacctgcagcctgaggaaggtggcatcctctgcttctgaggag
ctccagagcttccgagatgccgcactctctgctcagggctcggaaagtcctctgctagaa
gaccttggtcttctgtccccaccagccattcccccaccaccccctccaccctcccaggct
ctctctgcaccaaggacggcctccaggttcagcacgggcaccctcagcaacaccgcagac
gcaaggcaagccttgatggacgccatccgctccggcacaggggctgcgagactgagaaag
gagggcagcggggcaagcatctaccccgacaccttcctggaagtcaaggtcgtagctccc
ctttga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_4|152_aa
MLMTGDTTGNKSRSQAGESAKWMANTSCVLKAVGRGGPWICLNLVACGPTSYPSITTFSK
EYYEMSDNMGGCYKDTELESHKRGPEPGGGGARRFFISDFTDTPEMLPSERDGPSVREPL
ADLPPVTMDTVNTESQCSIGVKPTDLGDTTWV

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_4|459_bp
atgcttatgactggggacaccacggggaacaagtcacggtcccaagctggggagtcagcc
aagtggatggcaaatacaagctgtgtgctcaaggccgtgggacgtggagggccctggatc
tgtctcaacctcgtcgcttgtggtcccacctcatatccgtctatcactaccttctccaag
gagtactacgagatgagtgacaacatgggtggctgctacaaagacacagaactggaaagt
cacaaacgtggccctgaacctggaggaggaggggctcggcgcttcttcatctccgacttc
acggacacccctgagatgctgcccagcgagagggatggacccagcgtaagagaacccctg
gcagatcttccacctgttaccatggacacagtcaacactgagagccaatgcagtataggg
gttaagcccacagaccttggagacactacctgggtttga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_5|122_aa
MGIIRVCVTGTHPNPNLKVWSQQADISGLSRQHSECSSQQHPAFSLRPSSWYQQHIGSPA
PEDPGVQRVDNGEKQPLAIHREDSITDCAFTAVSTMVKNRKSLAIHERDWITDCAFTAVS
KW

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_5|369_bp
atgggtatcattagggtctgcgtcactggcacacatcccaatcccaacctaaaggtgtgg
agccagcaggccgacatatctggtctaagtcggcagcattcagagtgctcctcacaacag
cacccagcgttttctctcagacccagctcttggtaccagcaacatattgggtccccagct
ccagaggatcccggggtgcaaagggttgacaatggtgaaaaacagccccttgcaatccac
agagaggactcgatcactgactgcgccttcactgctgtgtcgacaatggtgaaaaacaga
aagtcccttgcaatccacgaacgggactggatcactgactgcgccttcactgctgtatcg
aaatggtga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_6|320_aa
MKARAPPPPGKAATLHVHSDQKPPHDGALGSQQNLVRMKEALRASTMDVTVVLPSGLEKR
SVLNGSHAMMDLLVELCLQNHLNPSHHALEIRSSETQQPLSFKPNTLIGTLNVHTVFLKE
KVPEEKVKPGPPKVPEKSVRLVVNYLRTQKAVVRVSPEVPLQNILPVICAKCEVSPEHVV
LLRDNIAGEELELSKSLNELGIKELYAWDNRRALNMSFILCLPANFHDISKRGKVRLSKT
QSEPSLSCQALYLIEGLLQLTLQRVCTHALVLLHHVAVGPLIWVLCDVEPAQCLHWSLLH
VTKCPGPALVARMCTFAPTA

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_6|963_bp
atgaaggctcgtgctcccccacctcctggaaaggctgccactctgcatgtgcacagtgac
cagaagcccccccacgatggggccctcgggtcgcagcagaacttggttcgcatgaaggag
gcgctgagggccagcaccatggacgtcaccgtggtcctgcctagtgggctggagaagagg
agcgtgctcaatgggagccatgcgatgatggacctactggttgaactttgccttcagaac
cacctgaatccatcccaccatgcccttgaaattcggtcttcagaaacccaacaacctttg
agttttaagccaaatactttgattgggaccctgaatgtgcatactgtgtttctgaaagaa
aaagttcctgaagagaaggttaagcctggtccccctaaggtgcctgagaaatctgtgcgt
ttggtcgtgaattacctgcggacacaaaaagctgttgtgcgtgtgagccctgaggttcct
ctccagaatattctcccagtcatttgtgcaaagtgtgaggtcagcccagagcacgtggtt
ctcctcagggacaacattgccggagaggagctggagctgtccaagtccctgaacgagctc
gggataaaggagctctacgcgtgggacaacagaagagccctgaacatgtcctttatcctt
tgtctccctgcaaacttccacgacataagtaaaaggggaaaagttcgtctgagcaaaact
cagtccgagccttccctgagctgtcaagctctgtacctaatagagggcttgctgcaacta
actttacagcgcgtttgcacacatgcattggtgctgctgcaccatgttgcagtgggccct
ctgatttgggtactgtgcgatgtggagcctgctcagtgcctccactggagcctcctgcat
gtaaccaagtgtcctggccctgccctggtggctaggatgtgcacctttgctcctacagcg
tga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_7|88_aa
MELQNCRPEAAREHCDAGSCLLTPGSPAQEVTADVTGGSVDILTTCQGYTLQGMPLRYQR
GTKKEKEVPPEPDLTKMAHASHHADSQQ

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_7|267_bp
atggagctgcagaactgcaggcctgaagctgcccgggagcactgtgatgctgggagctgt
ctgcttacacctggaagtccagcccaggaagtaactgctgatgtcacaggtggctctgtt
gacatcctcacaacctgccagggctacaccctccagggcatgcccctcaggtaccaaagg
ggaacgaagaaggaaaaggaagttccacctgagcctgatctgaccaagatggcccacgcc
agccaccatgctgacagccagcagtga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_8|174_aa
MTRCEDVHVAGTRASVLFLVLVLSYTTDDTTTGKLGRHAPVPIPKCLSFPPGCKTLPEET
GPPHKVTCGDPNRALRTPVYQIQMNGVQGKAICDLWTYAWKEHNEEAMTTPTWAWAFTQE
FGSHGKTPWKMPWGSTTTRIHIHSIALEGNFMNEVFQANDTKIPLVLLITVLSV

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_8|525_bp
atgaccaggtgtgaggacgtgcacgtggcgggcacccgtgccagtgtcctcttcttggtt
ttggtattgtcctatactacagatgacacaaccacggggaaactggggaggcatgctcca
gttccaatccctaagtgcctcagctttcccccaggctgcaagacactgccagaggaaaca
ggccctccccacaaagtcacgtgcggtgaccccaacagggccctcagaactcctgtgtat
cagatccagatgaatggtgttcaaggcaaggctatctgtgacctgtggacatatgcctgg
aaagaacacaacgaagaggcaatgaccacacccacgtgggcctgggctttcactcaggag
ttcggatctcatggaaaaacaccgtggaagatgccctggggcagcaccactacccggatc
cacatccactcaatcgccctagaaggcaatttcatgaatgaggtcttccaagcaaatgac
accaaaattcccctggtgctcctcatcactgtgttgtctgtctga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_9|95_aa
MPLSQGHPQNPNQEKALDDVIPEVPRGEEGAGTLSNSALQLHLPPPPPPLASAATSHHQP
PPTTTSRHQPPPAVTALWKIKAPVSMLIDENVSTA

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_9|288_bp
atgcccctcagccagggccacccacagaaccccaaccaggagaaagccctggatgatgtg
atacctgaggtgcccagaggggaagaaggggcaggcaccctcagcaacagtgcactccag
ctccacctgccaccaccaccaccgccactggcatcagctgccaccagccaccaccagccg
ccaccaaccaccaccagccgccaccagccaccaccagccgtgactgctctttggaaaatc
aaggcccctgtctccatgctgattgatgagaatgtttccacagcctga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_10|74_aa
MPGLENLYINNNTYFYKENYHMQPLIHGKANHQKGSTLSTNTPKKIPNPPCPAHDFLIGV
THLVLVQTCVYNIH

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_10|225_bp
atgcctggccttgaaaatctttacataaacaacaatacatacttctataaagaaaactac
cacatgcagcccttgatacatggaaaagccaaccatcagaaaggcagcaccctcagcact
aatacgccaaagaaaatccccaacccaccctgtccagcccatgacttcctcatcggtgtg
acccacctggtcctggtacaaacctgtgtttacaacatccactga

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_11|153_aa
MESCGLAASSVTPCSVTLQHPSLKSAKRRFQPLPSAALRRCPPPARVGGRWVSAEKVNEG
GSGGGGSQRLTRRARSTARVPAPGTMDAPRASAAKPPTGAPSLPPQRVLVVVVEQVVRCW
CWVLVLGGASRFHLFIVGTILEELGKEDPPAPN

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_11|462_bp
atggagagttgcggtcttgctgcatcttctgtaactccctgttcagtgactttacaacac
cctagcttgaaatctgccaagagacgattccagccccttccgtccgccgcgctccgccgc
tgtcctccgccggcccgcgtgggaggacgatgggtcagcgcggaaaaagtgaatgagggc
ggcagcggtggcggcggtagccagcgcctgactcggcgggcccggagcaccgcccgcgtc
ccggcccccggcaccatggacgcgccgcgcgcctcggcggccaagcccccgaccggggcg
ccctctctgccgccccagcgggtgctggtggtagtggtggagcaggtggtgcggtgctgg
tgttgggtgctggtgttgggtggtgccagccgcttccacttattcatagtgggcaccatc
ctggaggagttggggaaagaggatcccccagcccccaattag

>gi568815591r:50925106_51416633|GENSCAN_predicted_peptide_12|596_aa
MQCFLWNLDVARFQSHYQWDAHASHCLSDRHVYQLFLIYGNCSINVINTSTTITINTTII
TITTTTITTTTTTTTTITTNTVITIITITTTTTISITINTTITTTIIATTTTATIIITTI
TTITTTTITTITITITISNTITTTTITTTTATTTTIITTTITTITTITTTTTIIITIITS
ITITTTTITTTITTTITPTITTTTTTSTTTITTIITTIITTIIIITTITITTITVIITTT
IITITTTTTIITTINITTMTIFTITTTTITITTTIIIPIDLNHRTMLFFGMWHVAPCTYL
ALAGNTLMAWPLMSASSKASGGVSMFVWRNVEPCSVAVFSWYSVPFLTPPCSRVRPSNLP
VTQWPPTRAKNLPSRQLLLTSVHQAQSLSALCKEQDSSSEKDGRSPNKWDKDHIWWPMSG
GHDLQQAAPGPGRAHQGHPYQDNWTISQILSERWYTLGPNEMQKYHDLAFQHMAGEDIAS
DEEHMVIHEEEGVMVSLLMTALAPLTLISSSRIFGKVYGPTPSSSYTYSDASSSTLAPTS
FLLGPGAFKAQESGEAEDGLRELETEKALSSSLHAPWTSAGPDHAALPGPLLLPVH

>gi568815591r:50925106_51416633|GENSCAN_predicted_CDS_12|1791_bp
atgcaatgcttcctatggaacttggatgtggcccgcttccagagccactaccagtgggat
gctcacgcttctcattgtttaagtgacagacatgtatatcaactgttcctgatatatggt
aactgctcaatcaatgtcatcaacacctccaccaccatcaccatcaacactaccatcatc
accatcaccaccaccaccattaccacaaccactaccaccaccaccaccatcaccaccaac
actgtcatcactatcatcaccatcaccaccacgaccaccattagtatcaccatcaacact
accatcaccacaaccatcatcgccacaaccactactgccaccatcatcatcaccaccatc
actaccatcaccaccaccaccatcaccaccattaccatcaccatcaccatcagcaatacc
atcactaccaccaccatcaccacaaccactgccaccaccaccaccatcatcaccaccacc
atcactaccatcaccactattaccaccaccaccactatcatcatcaccatcatcacctct
atcaccatcaccaccaccaccatcaccaccaccatcactaccaccatcacccccaccatc
accaccaccaccaccacctccacaaccaccatcaccaccatcatcaccactatcatcacc
accattatcatcatcacaaccatcactattaccaccatcactgtcatcattaccactacc
atcatcaccatcaccactactaccactatcattaccactatcaatatcaccaccatgact
atctttactatcaccactaccaccatcaccatcactaccaccatcatcattccaatcgac
ttaaaccataggacaatgcttttctttgggatgtggcatgtggctccttgtacctaccta
gcacttgcaggaaacaccttaatggcatggcccctgatgtctgcgtccagcaaggcctct
ggtggtgtcagcatgtttgtgtggaggaatgtggaaccttgctctgtggctgtgttctcc
tggtactctgtccccttcctgacccctccctgcagccgcgtgaggcccagcaacctgcca
gtcactcagtggcctccaaccagagcaaagaacctgccaagtcggcagctgttgctcacg
agtgtccaccaggcccagtccctcagtgccctgtgcaaggaacaggactcatcttctgag
aaggatggacgcagccccaacaaatgggacaaggaccacatctggtggcccatgagtggc
ggtcacgatcttcagcaagcggcaccaggccctggcagggcgcaccagggtcacccctac
caggataactggaccatcagccagatcctgagcgagcggtggtacaccctggggcccaat
gagatgcagaagtaccacgacctggccttccagcacatggccggtgaggacatagcgagt
gacgaggagcacatggtcatccatgaggaggagggggtgatggtgtcattgctgatgacg
gctttagcaccactgacactgatctcaagttcaaggatttttggcaaagtctatggtccc
accccgtcctcctcctacacatactcggatgcttcctcctcaaccttggcacccacctcc
ttcttactgggcccaggagccttcaaagcccaggagtctggtgaagccgaggacggtctc
agggaactggagaccgagaaggcgctgtcctcttcactgcatgcgccctggactagtgcc
ggccctgatcatgcagctcttccaggcccactgcttcttcctgtccactag