GENSCAN 1.0	Date run:  3-Nov-116	Time: 05:55:17

Sequence gi568815594f:15380728_15701422 : 320695 bp : 39.66% C+G : Isochore 1 ( 0 - 43 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 +   8049   8344  296  2  2   44   98   105 0.119   3.81
 1.02 Intr +  11613  11648   36  0  0  107   81    75 0.246   5.16
 1.03 Term +  16277  16484  208  2  1    6   50   202 0.152   4.03
 1.04 PlyA +  17003  17008    6                               1.05

 2.00 Prom +  20058  20097   40                              -5.35
 2.01 Init +  25693  25792  100  0  1   81   63    44 0.709   2.00
 2.02 Intr +  30067  30338  272  2  2   90   63   166 0.908  10.64
 2.03 Intr +  30942  31211  270  2  0   91  105    60 0.663   4.82
 2.04 Term +  31610  31735  126  1  0   63   39    84 0.484  -1.70
 2.05 PlyA +  32627  32632    6                               1.05

 3.00 Prom +  39273  39312   40                              -7.05
 3.01 Init +  50610  50643   34  2  1  117   58    69 0.984   6.88
 3.02 Intr +  55009  55254  246  2  0   95   95   161 0.955  14.01
 3.03 Term +  61441  62072  632  2  2   29   43   582 0.816  41.29
 3.04 PlyA +  63152  63157    6                               1.05

 4.00 Prom +  65485  65524   40                              -7.45
 4.01 Init +  65595  65634   40  2  1   87   81    35 0.537   3.11
 4.02 Intr +  70361  70503  143  0  2  104   53    95 0.744   6.75
 4.03 Intr +  95188  95244   57  0  0  100  107    11 0.150   2.36
 4.04 Intr +  97996  98079   84  0  0   39  110   122 0.534   8.60
 4.05 Intr +  99977 100100  124  1  1   83   83   153 0.766  13.54
 4.06 Intr + 111991 112122  132  2  0   42   39   117 0.011   1.90
 4.07 Intr + 121702 121790   89  2  2  104   76    58 0.523   4.97
 4.08 Intr + 122095 122196  102  0  0   47   78   108 0.748   5.15
 4.09 Intr + 124763 124867  105  1  0   68   52    82 0.712   2.09
 4.10 Intr + 129412 129513  102  0  0   34   94    78 0.797   2.45
 4.11 Intr + 130520 130696  177  1  0   62   23   270 0.513  17.09
 4.12 Intr + 133980 134142  163  2  1   56   80   267 0.960  21.33
 4.13 Intr + 135141 135277  137  1  2   16  105   111 0.997   4.97
 4.14 Intr + 135898 136029  132  0  0   87   69    93 0.450   7.22
 4.15 Intr + 146720 146929  210  1  0   95   83   150 0.434  13.39
 4.16 Intr + 147893 147999  107  1  2   54  109   126 0.994   9.39
 4.17 Intr + 152466 152606  141  0  0   84   30    81 0.575   0.45
 4.18 Intr + 156193 156349  157  1  1   16   36   246 0.971  11.29
 4.19 Intr + 157091 157410  320  1  2   34  109   385 0.569  29.03
 4.20 Intr + 160110 160287  178  0  1  108   86   124 0.997  13.20
 4.21 Intr + 161951 162098  148  1  1   91   90    63 0.792   5.69
 4.22 Intr + 162852 163059  208  1  1   60   10   108 0.304  -2.59
 4.23 Intr + 163672 163874  203  1  2  109   72    54 0.331   3.91
 4.24 Intr + 164860 164918   59  2  2   29  115    18 0.291  -3.72
 4.25 Intr + 170097 170253  157  2  1  106   44   170 0.990  13.06
 4.26 Intr + 172431 172578  148  1  1   60   75   172 0.987  11.47
 4.27 Intr + 174345 174483  139  0  1   76   88   154 0.998  13.75
 4.28 Intr + 176577 176780  204  2  0   87  110   230 0.965  23.57
 4.29 Intr + 178438 178530   93  0  0   92  110   126 0.999  14.44
 4.30 Intr + 179804 179895   92  1  2   95   98    56 0.993   5.17
 4.31 Intr + 180235 180349  115  1  1   68   56    74 0.675   1.73
 4.32 Intr + 181737 181768   32  2  2  130   75     8 0.734  -0.29
 4.33 Intr + 182628 182795  168  0  0   41   78   238 0.954  16.24
 4.34 Intr + 186650 186755  106  2  1   98   94   101 0.998  11.00
 4.35 Intr + 186950 187059  110  1  2   40   87   109 0.998   4.16
 4.36 Intr + 188566 188662   97  1  1   92  107    74 0.997   8.79
 4.37 Intr + 189671 189769   99  1  0   83  110    68 0.996   7.89
 4.38 Intr + 193423 193599  177  0  0   64   88   213 0.973  18.09
 4.39 Intr + 199241 199444  204  1  0   37   92   191 0.918  12.87
 4.40 Intr + 207089 207202  114  1  0   70   94    37 0.703   2.22
 4.41 Intr + 215358 215480  123  2  0   67   75    46 0.311   1.06
 4.42 Intr + 216680 216738   59  1  2   88   92    98 0.972   6.96
 4.43 Intr + 218868 218979  112  0  1   26  110   126 0.856   8.06
 4.44 Intr + 220510 220694  185  0  2  103   91    82 0.745   7.66
 4.45 Term + 223683 223875  193  0  1   72   40    69 0.420  -3.59
 4.46 PlyA + 223914 223919    6                               1.05

 5.15 PlyA - 224311 224306    6                               1.05
 5.14 Term - 225072 224996   77  1  2  105   46   133 0.053   7.82
 5.13 Intr - 231687 231539  149  2  2   71   47   111 0.054   4.26
 5.12 Intr - 245250 244525  726  2  0   67  109   339 0.175  23.51
 5.11 Intr - 246228 246146   83  0  2   89   92    62 0.977   4.22
 5.10 Intr - 247306 247158  149  2  2   22   80    85 0.974   0.13
 5.09 Intr - 250064 249939  126  0  0   26  107   264 0.947  21.83
 5.08 Intr - 257967 257781  187  0  1   54  100   132 0.955   9.34
 5.07 Intr - 260156 260061   96  2  0   88   99    61 0.989   6.49
 5.06 Intr - 263981 263766  216  2  0   40  115   185 0.271  14.18
 5.05 Intr - 275243 274477  767  0  2   72   92   244 0.103  13.46
 5.04 Intr - 287834 287748   87  0  0  128   26    69 0.471   3.72
 5.03 Intr - 289751 289550  202  2  1    2   36   134 0.004  -2.46
 5.02 Intr - 301333 301004  330  1  0   54   29   156 0.022   1.20
 5.01 Init - 303522 303472   51  0  0   43   94    89 0.500   6.21
 5.00 Prom - 304517 304478   40                              -5.85

 6.00 Prom + 305781 305820   40                              -8.85
 6.01 Sngl + 306251 308224 1974  1  0   53   39   521 0.910  37.42
 6.02 PlyA + 308227 308232    6                               1.05

 7.03 PlyA - 309125 309120    6                               1.05
 7.02 Term - 313337 313201  137  0  2   59   48   107 0.895   1.00
 7.01 Intr - 314731 314587  145  1  1  116   93    91 0.693  11.33

Suboptimal exons with probability > 0.800

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

S.001 Sngl + 224929 225096  168  0  0   32   48   241 0.867   9.01
S.002 Term - 274318 273884  435  1  0   80   42   146 0.925   3.50
S.003 Init - 274560 274477   84  0  0   97   92   128 0.836  14.97
S.004 Term - 281193 281072  122  1  2   50   54   123 0.808   2.76


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815594f:15380728_15701422|GENSCAN_predicted_peptide_1|179_aa
MLEKVTGDQELKSPRNEEGGIISRWHHPGGLVSGVDRGHEIHLWRMDGLERARRSREVTH
ITSRLSEMRNEGLKTASTWWGAGEEVSSGESKASVRTRSLLSGYSVLAEPRRQGGASPVL
HGWQQAKENEEDAKAENPDKPPDLVRLVHYHENDMRETAPVIPPGPSHNTWELWEYNPR

>gi568815594f:15380728_15701422|GENSCAN_predicted_CDS_1|540_bp
atgttggagaaagtgacaggggatcaggagctgaaatctccaagaaatgaggaaggtggt
ataattagtagatggcatcatccaggaggactagtgagtggtgtagacagaggacatgag
attcacctctggaggatggatggtctggaaagagcaaggaggagcagggaggtcacccat
atcacctccaggctcagtgaaatgaggaatgaagggttgaaaacagcctccacctggtgg
ggtgcaggagaggaggtgtcctcaggggagagcaaagcttcagtcaggacaagaagcctt
ctcagtggatacagcgtcctcgcagaaccaagaaggcaaggaggagcaagtcccgtctta
catggatggcagcaggcaaaggagaatgaggaagatgcaaaagcagaaaaccctgataaa
ccaccagatcttgtaagacttgttcactaccatgagaacgatatgagggaaaccgccccc
gtgattccaccgggtccctcccacaacacatgggaattatgggagtacaatccaagatga

>gi568815594f:15380728_15701422|GENSCAN_predicted_peptide_2|255_aa
MKMNYVCSLLSKEFMVHLGRHAYTNNTRDSVKGKLLGEQIFCKAARRQPVIYQRHTELQQ
GQRAPLYLAATISTSISSYNPETKQSFEKQQCLSSKLHFLFHTRTGRKRNCHWPPTERDS
HCGNPWQGLLASPGIVIFYNGYNKLSQTWWSSYHLMVLKVRSLRWASRATFLLDALGEKL
FPCLFYLLEQESPVPEPRTGTGARPIRNGVAQQESVGKLSSMKPVPGAKTFGENCSRLPT
FSGTGLLPPSSKPSV

>gi568815594f:15380728_15701422|GENSCAN_predicted_CDS_2|768_bp
atgaagatgaactatgtgtgctcgctgctctcaaaggagtttatggtccacctaggaaga
cacgcatacacaaacaacacaagggactctgtaaagggaaaactattaggggaacaaatc
ttttgcaaagcagcacgaaggcagcctgtaatctaccagagacatacagaattgcaacaa
ggtcaaagggcaccactttatttggctgctacaatatcaacatcaatttcgagttacaac
ccagaaacaaaacagagttttgaaaagcagcagtgcctgtcatccaaattgcatttcctg
tttcacacgcgaacaggaaggaaaagaaactgccactggccccctactgaaagagactct
cactgtggaaatccctggcagggtctcctggcttcccctggtatagtaattttctataac
ggctataacaaattatcacaaacctggtggagcagttaccatcttatggttctgaaagtc
agaagtctcaggtgggcttccagggctacattcctcttggatgctctgggggaaaagctg
tttccttgccttttctatcttctagagcaggagtccccagtccctgaaccacgcaccggt
actggtgcaaggcccattaggaatggggtagcacagcaggagtctgtgggaaaattgtct
tccatgaaaccagtccctggtgccaaaacgttcggggagaactgttctaggcttcccaca
ttttctggcacagggcttcttcctccatcttcaaaaccatcagtgtag

>gi568815594f:15380728_15701422|GENSCAN_predicted_peptide_3|303_aa
MGKEDTQETRTEPKMFVLLYVTSFAICASGQPRGNQLKGENYSPRYICSIPGLPGPPGPP
GANGSPGPHGRIGLPGRDGRDGRKGEKGEKGTAGLRGKTGPLGLAGEKGDQGETGKKGPI
GPEGEKGEVGPIGPPGPKGDRGEQGDPGLPGVCRCGSIVLKSAFSVGITTSYPEERLPII
FNKVLFNEGEHYNPATGKFICAFPGIYYFSYDITLANKHLAIGLVHNGQYRIKTFDANTG
NHDVASGSTVIYLQPEDEVWLEIFFTDQNGLFSDPGWADSLFSGFLLYVDTDYLDSISED
DEL

>gi568815594f:15380728_15701422|GENSCAN_predicted_CDS_3|912_bp
atggggaaggaggacactcaagaaactcgcacagagccaaagatgtttgtcttgctctat
gttacaagttttgccatttgtgccagtggacaaccccggggtaatcagttgaaaggagag
aactactcccccaggtatatctgcagcattcctggcttgcctggacctccagggccccct
ggagcaaatggttcccctgggccccatggtcgcatcggccttccaggaagagatggtaga
gacggcaggaaaggagagaaaggtgaaaagggaactgcaggtttgagaggtaagactgga
ccgctaggtcttgccggtgagaaaggggaccaaggagagactgggaagaaaggacccata
ggaccagagggagagaaaggagaagtaggtccaattggtcctcctggaccaaagggagac
agaggagaacaaggggacccggggctgcctggagtttgcagatgtggaagcatcgtgctc
aaatccgccttttctgttggcatcacaaccagctacccagaagaaagactacctattata
tttaacaaggtcctcttcaacgagggagagcactacaaccctgccacagggaagttcatc
tgtgctttcccagggatctattacttttcttatgatatcacattggctaataagcatctg
gcaatcggactggtacacaatgggcaataccggataaagaccttcgacgccaacacagga
aaccatgatgtggcttcggggtccacagtcatctatctgcagccagaagatgaagtctgg
ctggagattttcttcacagaccagaatggcctcttctcagacccaggttgggcagacagc
ttattctccgggtttctcttatacgttgacacagattacctagattccatatcagaagat
gatgaattgtga

>gi568815594f:15380728_15701422|GENSCAN_predicted_peptide_4|2014_aa
MVEDEEGTTILSHVSYLYPSLVKAHDSRCPDSLGDAVHRDELLGQNSEQTGIEDGWEPGE
RGPIPAKMNPREEKVKIITEEFIENDEDADMGRQNKNSKVRRQPRKKQPPTAVPKEMVSE
KSHLGNPQEPVQEEPKTRLLSMTVRRGPRRVLLLGGHVGHEVHHSIAIAKFIVIPGNELD
KVVTEGNASPSIEGLPPIPSTSRTGFAEFSMRGRMREKLQAARSKAESALLQEIPTPRPR
RLRSPSKKELETEFGTEVSDRLRTPSDDSDSSPLRSSVELTASGDIGGFSSVPGKEVERT
QQEVDSQSYSRVKFHDSARKIKPKPQVPPGFPSAEEAYNFFTFNFDPEPEGSEEKPKARH
RAGTNQEEEEGEEEEPPAQGGGKEMDEEELLNGDDAEDFLLGLDHVADDFVAVRPADYES
IHDRLQMEREMLFIPSRQTVPTYKKLPENVQPRFLEDEGLYTGVRPEVARTNQNIMENRL
LMQDPERRWFGDDGRILALPNPIKPFPSRPPVLTQEQSIKAELETLYKKAVKYVHSSQHV
IRSGDPPGNFQLDIDISGLIFTHHPCFSREHVLAAKLAQLYDQYLARHQRNKAKFLTDKL
QALRNAVQTGLDPEKPHQSLDTIQKTINEYKSEIRQTRKFRDAEQEKDRTLLKTIIKVWK
EMKSLREFQRFTNTPLKLVLRKEKADQKADEEAYEAEIQAEISELLEEHTEEYAQKMEEY
RTSLQQWKAWRKVQVHLAMKTVLLNEIPKFLFDIMLPLTQQRAKKKKRKQAAEEHPGDEI
AEPYPEEDLVKPSPPEPTDRAVIEQEVRERAAQSRRRPWEPTLVPELSLAGSVTPNDQCP
RAEVSRREDVKKRSVYLKVLFNNKEVSRTVSRPLGADFRVHFGQIFNLQIVNWPESLTLQ
MPSWPHKPHFKDPLDLTTIDQLKGVADQGQRLQGPVPKLWWAALLMNPGGKSRELPNSAL
ERRTGAAFRYVVTGHSPCEVPAPAVGSTWTLYSICSGASAEADGLEHLKGSSSSVLLAVG
KADIRKTKINMRRPDRELEGRAEDSNEAGRKERKWARRHPLADSERQERRQEGLPSCRCP
AMPPLMGSELLARLEIRMPRQFYKQKVYETVGHSSPTLLAEVFLPIPETTVVTGRAPTEE
VEFSSNQHVTLDHEGVGSGVPFSFEADGSNQLTLMTSGKVSHSVAWAIGENGIPLIPPLS
QQNIGFRSALKKADAISSIGTSGLTDMKKLAKWAAESKLDPNDPNNAPLMQLISVATSGE
SYVPDFFRLEQLQQEFNFVSDQELNRSKRFRLLHLRSQEVPEFRNYKQVPVYDREIMEKV
FQDYEKRLRDRNVIETKEHIDTHRAIVAKYLQQVRESVINRFLIAKQYFLLADMIVEEEV
PNISLPVPDIPLLSCRMAVEVAETPPTSFWGGRGNLVAAPQLEVFLAYHLRESILGLSLF
KLAEQKRPLRPRRKGRKKVTAQNLSDGDIKLLVNIVRAYDIPVRKPAVSKFQQPSRSSRM
FSEKHAASPSTYSPTHNADYPLGQVLVRPFVEVSFQRTVCHTTTAEGPNPSWNEELELPF
RAPNGDYSTASLQSVKDVVFINIFDEVLHDVLEDDRERGSGIHTRIERHWLGCVKMPFST
IYFQARIDGTFKIDIPPVLLGYSKERNMILERGFDSVRSLSEGSYITLFITIEPQLVPGE
SIREKFESQEDEKLLQATEKFQAECALKFPNRQCLTTVIDISGKTVFITRYLKPLNPPQE
LLNVYPNNLQATAQFLDLLAGDEEEHAVLLCNYFLSLGKKAWLLMGNAIPEIWFNIQRYE
SPLRINFDVTRPKLWKSFFSRSLPYPGLSSVQPEELIYQRSDKAAAAELQDRYCTSTLRH
FLPLLEKSQGEDVEDDHRAELLKQLGDYRFSGFPLHMPYSEVKPLIDAVYSTGVHNIDVP
NVEFALAVYIHPYPKNVLSVWIYVASLIRNRAQFMAFQSNYNSNNNHWPQITTTDLIIVK
NYEILQELSQYTRHERRSFIGNMAPIDWLNAELP

>gi568815594f:15380728_15701422|GENSCAN_predicted_CDS_4|6045_bp
atggtggaagatgaagagggcaccaccatcctatcacatgtctcctatttatacccctca
ctggtcaaagcccatgactccaggtgcccagatagtcttggtgatgcagtgcacagagat
gaacttcttgggcaaaactcagaacagacagggatagaagatggatgggagccaggagag
aggggacccatcccagccaaaatgaatcccagggaagaaaaagtaaaaataattacagag
gagttcattgaaaatgatgaggatgcagacatgggaagacagaataagaactcaaaggtt
cgaagacagccaagaaagaaacagccaccaactgctgtccccaaggaaatggtgtccgaa
aaatcccaccttggcaacccccaggagcctgtgcaggaggagcccaagacccgcctcctg
agtatgacagtccggagaggcccacggagggtcttactccttggaggccatgtgggccat
gaggtccaccactctattgctatagccaaattcattgtcataccaggaaatgagcttgat
aaagtggtcactgagggcaatgccagccccagcatcgaaggcttacctccaattccttca
acttccagaacaggctttgcagaattttccatgaggggacgcatgagggagaaattgcaa
gcagcgaggtccaaagcagaaagtgcattgctgcaggaaatccccactcctcggcccaga
cgcttacgaagtcccagtaagaaagaattggagactgaatttggcacagaggtgtccgat
aggctcagaacacccagtgatgacagtgacagctcacccttgaggagctcagtggagttg
acagccagtggggatatagggggattcagctctgtgccagggaaagaggtagaaaggact
caacaagaagttgactcccaaagttactcaagagtcaagttccatgattctgcacgaaaa
atcaagcctaaaccccaggttccacctggcttcccttctgcagaagaggcctataacttc
tttactttcaactttgatcccgaaccagaaggatcagaggaaaaaccaaaagcaagacat
agagcgggaactaatcaagaggaggaggaaggggaagaagaagaaccacctgcacaagga
ggaggaaaggaaatggatgaggaagaactgcttaatggtgatgatgccgaggacttccta
ttgggcttagatcacgtggctgacgattttgtagcagtcagacctgcagattatgaaagc
atccatgatcggctgcagatggaaagagaaatgctcttcatacccagtaggcagacagtc
cctacatataaaaagcttcctgagaatgtacagcccaggttcctggaagatgaaggcctt
tacaccggggtaagaccagaggtggcacgcaccaatcagaacatcatggagaacagattg
ctgatgcaggaccccgaaagaagatggtttggagatgacggcaggatcctagctctgcca
aaccccatcaagccatttccttcaaggccgccagtactaacacaggagcagagcattaag
gcagagcttgaaacactgtataaaaaggctgtaaaatacgttcacagtagtcagcatgtg
atcagatctggagaccctcctggaaatttccaactggacattgatatttcagggttaatc
ttcactcatcatccctgttttagccgagagcatgttttggcagccaagctggcccagtta
tatgaccagtaccttgcaagacaccagagaaacaaggcgaaatttcttactgataagctc
caagctttaagaaatgctgttcagactggccttgatccagaaaaacctcatcagtctctc
gataccatccaaaaaaccatcaatgagtataaatctgaaattcgacaaacaagaaaattc
cgtgatgctgaacaagaaaaagatagaacattgcttaagactatcataaaagtttggaaa
gagatgaaatcccttcgagagttccagagatttacaaatactcccttgaaacttgttttg
agaaaggaaaaagctgaccagaaagcagatgaagaagcatatgaagcagaaattcaagct
gaaataagtgaactgttagaagagcacacggaggagtacgcacagaagatggaagaatac
agaacgtcgttacaacagtggaaggcctggaggaaagtgcaagtccatctggctatgaag
actgtgctcttaaatgaaattccaaaattcctgtttgatatcatgttgcctctaactcaa
cagagggccaagaagaagaaaaggaaacaagcagcagaagaacatcccggtgatgagatt
gcagagccgtatcccgaggaggaccttgtgaagcccagccctccagagcccactgatcgg
gcagtgatagagcaggaggtgagggagagagcagcccagagcaggaggaggccttgggag
cccacgctggtcccggagctaagcctggcaggaagcgtaacacccaatgaccagtgcccc
agagcggaggtctcgagaagggaggatgtaaagaagcgctcagtgtacttaaaagtgctg
ttcaacaacaaggaggtgtccaggacagtcagtcggccactaggagcagacttccgagtt
cactttgggcagattttcaatttgcaaatagtcaactggccggagagtttaacacttcag
atgccatcctggccacataagccccacttcaaggaccccctggaccttaccacaattgac
caattaaagggggtggctgaccaaggccagcgcctccagggtcctgttcccaagctgtgg
tgggcagctcttctaatgaacccaggaggtaaaagtagagagttgcccaactctgcactg
gagaggagaactggggcagccttcagatacgtggtcactggacacagcccctgtgaggtc
cctgcccctgctgtggggtccacgtggactctctattccatctgctctggggcttctgct
gaggctgatggcctggaacacttgaagggctcctcttcctctgtcctcttagcagtagga
aaagctgatatcaggaagaccaagattaacatgagaagaccggatagagagctagaagga
agagcagaagacagtaatgaggcaggcaggaaggaaaggaagtgggccaggagacaccca
ctggcagactcagaaagacaggagagaaggcaagaaggcctcccctcctgcaggtgccca
gccatgcctccactgatgggctcagagcttctagccaggcttgagataagaatgccaagg
cagttctacaagcagaaggtctatgaaactgtcggacacagtagtcccaccttgctagca
gaagtgtttctgcctattcctgagactactgttgtcactggaagggctcctactgaagaa
gtggagtttagcagtaatcagcatgtgacactggaccacgagggagttggaagtggagtg
cccttctcatttgaagctgatggcagtaaccagctgactctgatgacctcagggaaagtg
tctcatagtgtggcatgggccattggagaaaacgggatacctttaattcctccattgtca
cagcagaacatcggatttcggagtgctttgaagaaagcagatgccatctcatctattggc
acatcaggactgacagacatgaaaaaattggccaagtgggcagcagagtccaagctcgac
ccaaatgaccccaacaatgcccctttgatgcagcttatctcggttgctaccagtggtgaa
tcctatgtccctgatttctttagactggagcagctgcaacaggagtttaactttgtttca
gatcaagaattaaatagatccaaacgatttaggcttcttcatcttagaagccaagaggtg
ccagaattccgaaattataagcaagttccagtctatgaccgagaaattatggaaaaggta
ttccaggactatgagaaacggttacgagacagaaatgtaatagaaaccaaggaacacata
gacacccatagggccatagtagccaagtacctccagcaggttagagaatcagtgataaat
cgtttcttaattgcaaaacaatattttcttcttgctgatatgatagtagaagaagaagtt
cccaatatcagtctcccagtgccagacattcccttactctcctgtcgcatggcagtagag
gtggctgagaccccacccacaagcttctggggtggacgaggaaacctggttgcagcacca
cagctggaagtgtttcttgcatatcatctccgtgaaagcattttgggcctaagccttttc
aagctggcagaacaaaagcgaccactgcggccaaggagaaaaggtcggaagaaggtgaca
gcccaaaacctgtctgatggagacataaagctgctggtgaacattgtgcgagcttacgac
attccagtgaggaagccggcagtgagcaaattccagcagccgtcgaggtcttcaaggatg
ttcagtgaaaagcatgctgcttccccaagcacgtacagcccaacccacaatgctgactac
cccctcggccaggttttagtacgtccctttgtagaagtctcttttcaacgaacagtttgc
catacgactacggctgaaggaccaaaccctagctggaatgaagaactagaacttccattt
agggctcctaatggagattatagcacagccagtctgcagtcagtgaaagatgttgtgttc
attaacatttttgatgaagtactgcatgatgtcttagaggatgaccgtgaaagaggaagt
ggaatccatactcgtattgagagacactggctgggatgtgtgaaaatgccatttagcaca
atatatttccaagcaaggattgatggaacatttaaaatagatattcccccagttcttctg
ggctacagtaaggagcgaaatatgattcttgagcggggttttgattctgtccgaagctta
agtgaaggctcctacattaccctctttattaccattgagccccagctggttcctggagag
tccattcgagaaaagtttgagtctcaggaagatgagaaattacttcaagcaactgagaag
tttcaagctgaatgtgccttaaagtttccaaatcgtcagtgccttacaacagtaattgat
ataagcggaaaaactgtttttatcacacgttatctcaaacctttaaaccctcctcaggag
ctccttaatgtctaccccaataatctacaggcaactgcacaatttcttgatctcctggca
ggggatgaagaagaacatgcagtactattgtgtaattactttctgtctctgggtaagaag
gcctggctgttgatgggcaatgctattcctgagatttggtttaatattcaacgatatgaa
tctccactaaggataaattttgatgtcaccaggcccaagctatggaaatctttcttttca
agaagccttccatatcctggcctttccagtgttcagcctgaagagctaatttaccagcgc
tcagacaaagcagctgcagctgagctacaagacaggtattgtacctctactctgcgtcac
ttcttgcctctgttagaaaaaagtcaaggagaagatgtagaagatgaccacagagcagaa
ctgctaaaacagctgggagactacaggttctctggatttcctcttcacatgccttattct
gaagtgaagcctttaattgacgctgtgtatagtactggagtacataatattgatgttcct
aatgttgaatttgctttagctgtatacatacacccataccccaaaaatgttttgtctgtt
tggatctatgttgcctctcttatacgcaacagggcacagttcatggcattccaaagcaat
tacaatagtaacaacaatcactggccacagatcaccacaacagatttaataatagtgaaa
aactatgaaatactccaagaattatcacaatatacgagacatgaaaggagaagttttatt
ggaaacatggcaccaatagactggctcaacgcagagttgccataa

>gi568815594f:15380728_15701422|GENSCAN_predicted_peptide_5|1081_aa
MFIPEHDQVHQCDSITQNNRPSGPDCFCSHLPSIHTGGKTRLYFPQRTLECFALADSGPL
PSEDALLSPHLQPSRSDPAGPSAASLRSLQQSCASALPTLPSATPLPAYLTNSPFQPKRT
GSALCACVKRMKKDMMVTPIKAGISVLLDKADSRAKNTAKDEECKTEQPLENILTVSCKV
KRIYHTYDLAFLLLECDLYDVGCWFEINKEQYKNQVQRTIQKPSPAPAVGCRPGPKLSEP
AALVHQPLGGSQARPLSGGRGGLRSAPGKIWHGPIAGRRRAAPEVLARSIGHPGQAGVGA
WAQAELAALTAAIVLGCLSSRPWWAGQQREKRRERHCNDFPLPSATVLSCSERNREKVWV
PSAAYEDDKKRKEWGREAEAASLCARPVTWAAGIAWRRPARPRVPAGQADRARAPTGRAH
AQGGAPPLPRGEGVYGEAAAAAAEAEAEAVAMAPFPEEVDVFTAPHWRMKQLVGLYCDKL
SKTNFSNNNDFRALLQSLYATFKEFKMHEQIENEYIIGLLQQRSQTIYNVHSDNKLSEML
SLFEKGLKNVKNEYEQLNYAKQLKERLEAFTRDFLPHMKEEEEVFQPMLMEYFTYEELKD
IKKKVIAQHCSQKDTAELLRGLSLWNHAEERQKFFKYSVDEKSDKGDWYSGPATELDTEP
DDEWVKNRKDESRAFHEWDEDADIDESEESAEESIAISIAQMEKRLLHGLIHNVLPYVGT
SVKTLVLAYSSAVSSKMVRQILELCPNLEHLDLTQTDISDSAFDSWSWLGCCQSLRHLDL
SGCEKITDVALEKISRALGILTSHQSGFLKTSTSKITSTAWKNKDITMQSTKQYACLHDL
TNKGIGEEIDNEHPWTKPVSSENFTSPYVWMLDAEDLADIEDTVEWRHRNVESLCVMETA
SNFSCSTSGCFSKDIVGLRTSVCWQQHCASPAFAYCGHSFCCTGTALRTMSSLPESSAMC
RKAARTRLPRGKDLIYFGSEKSDQETGRVLLFLSLSGCYQITDHGLRVLTLGGGLPYLEH
LNLSGCLTITGAGLQDLVSACPSLNDEYFYYCDNINGPHADTASGCQNLQCGFRACCRSG
E

>gi568815594f:15380728_15701422|GENSCAN_predicted_CDS_5|3246_bp
atgttcatacccgaacacgatcaagtacaccagtgtgattccataacccagaataatcgc
ccttcaggcccggattgcttctgctctcaccttccctcaattcatacggggggcaaaacc
agactgtatttcccgcaacgaaccctggaatgcttcgctttagcggactccggtccactc
ccatcagaggatgcccttctttcgcctcacctccagcccagccgcagcgacccggccggg
cccagcgctgcaagcctcaggtctctccagcagagctgcgcctctgctctccccacactt
ccctccgcaacaccacttccggcctacctcacaaattccccattccagccgaaaagaact
ggatcggccctctgcgcatgcgttaaaaggatgaaaaaagatatgatggtaacaccaatt
aaagctggaatctctgtattattagacaaagcagattctagagcaaagaatactgccaag
gatgaagaatgcaaaacggagcaaccactggaaaatattttgactgtttcctgtaaagtt
aaacgtatctatcatacgtatgatctagcctttctactcctagaatgtgacttgtacgat
gttggctgttggtttgaaataaacaaagaacaatacaaaaaccaagtacaaagaacaata
caaaaaccaagccccgcgcccgctgtgggctgccgcccgggaccgaagctctcagagccc
gcagctctggttcaccaaccgctgggtgggagccaggcccggcctttgagtggcggccgg
ggtggtctgcgctcggccccaggaaaaatctggcacgggccaatcgcagggaggcgaagg
gcagctccggaggtcctggccagaagcattggtcacccaggccaagcaggcgtcggggcg
tgggcacaagcagagctcgcggccctgaccgcggccattgtgcttggctgcctctcctca
aggccgtggtgggcagggcagcaacgggagaagcgccgagagcgccactgcaacgacttt
cccctaccctcagctactgtgctttcatgtagtgaaagaaacagggaaaaggtttgggtt
ccttctgcggcttatgaagacgacaaaaaacgaaaagagtgggggcgggaggcagaagcc
gcgagcctctgcgcgcgcccggtcacgtgggccgcagggatcgcatggcggcggcctgcg
cgcccccgcgtccccgccggccaagccgaccgggcgcgcgcgccgacggggcgggcgcat
gcgcaagggggcgcgccgcctctgccccgcggcgagggtgtctatggagaggcggcggcc
gcggctgctgaggcggaggctgaggcagtggcgatggcgccctttcctgaagaagtggac
gtcttcaccgccccacactggcggatgaagcagctggtggggctctactgcgacaagctt
tctaaaaccaatttttccaacaacaacgatttccgtgctcttctgcagtctttgtatgct
actttcaaggagttcaaaatgcatgagcagattgaaaatgaatacattattggtttgctt
caacaacgcagccagaccatttataatgtacattctgacaataaactctccgagatgctt
agcctctttgaaaagggactgaagaatgttaagaatgaatatgaacagttaaattatgca
aaacaactgaaagagagattggaggcttttacaagagattttcttcctcacatgaaagag
gaagaggaggtttttcagcccatgttaatggaatattttacctatgaagagcttaaggat
attaaaaagaaagtgattgcacaacactgctctcagaaggatactgcagaactccttaga
ggtcttagcctatggaatcatgctgaagagcgacagaagttttttaaatattccgtggat
gaaaagtcagataaaggtgactggtatagtggtcccgcaactgaacttgatactgaacct
gatgatgaatgggtgaaaaataggaaagatgaaagtcgtgcttttcatgagtgggatgaa
gatgctgacattgatgaatctgaagagtctgcggaggaatcaattgctatcagcattgca
caaatggaaaaacgtttactccatggcttaattcataacgttctaccatatgttggtact
tctgtaaaaaccttagtattagcatacagctctgcagtttccagcaaaatggttaggcag
attttagagctttgtcctaacctggagcatctggatcttacccagactgacatttcagat
tctgcatttgacagttggtcttggcttggttgctgccagagtcttcggcatcttgatctg
tctggttgtgagaaaatcacagatgtggccctagagaagatttccagagctcttggaatt
ctgacatctcatcaaagtggctttttgaaaacatctacaagcaaaattacttcaactgcg
tggaaaaataaagacattaccatgcagtccaccaagcagtatgcctgtttgcacgattta
actaacaagggcattggagaagaaatagataatgaacacccctggactaagcctgtttct
tctgagaatttcacttctccttatgtgtggatgttagatgctgaagatttggctgatatt
gaagatactgtggaatggagacatagaaatgttgaaagtctttgtgtaatggaaacagca
tccaactttagttgttccacctctggttgttttagtaaggacattgttggactaaggact
agtgtctgttggcagcagcattgtgcttctccagcctttgcgtattgtggtcactcattt
tgttgtacaggaacagctttaagaactatgtcatcactcccagaatcttctgcaatgtgt
agaaaagcagcaaggactagattgcctaggggaaaagacttaatttactttgggagtgaa
aaatctgatcaagagactggacgtgtacttctgtttctcagtttatctggatgttatcag
atcacagaccatggtctcagggttttgactctgggaggagggctgccttatttggagcac
cttaatctctctggttgtcttactataactggtgcaggcctgcaggatttggtttcagca
tgtccttctctgaatgatgaatacttttactactgtgacaacattaacggtcctcatgct
gataccgccagtggatgccagaatttgcagtgtggttttcgagcctgctgccgctctggc
gaatga

>gi568815594f:15380728_15701422|GENSCAN_predicted_peptide_6|657_aa
MDHFFIKRKRNSEVKYTEACSSSSVESGIVNSDNIEKNTDSNLQTSTSFEPHFKKKKVSA
RRYNEDYLKYGFIKCEKPFENDRPQCVICNNILANESLKPSKLKRHLETQHAELIDKPLE
YFQRKKKDIKLSTQFLSCSTAVSEKALLSSYLVAYRVAKEKIANTAAEKIILPACLDMVR
TIFDDKSADKLKTIPNDNTVSLRICTIAEHLETMLITRLQSGIDFAIQLDESTDIGSCTT
LLVYVRYAWQDDFLEDFLCFLNLTSHLSGLDIFTELERRIVGQYKLNWKNCKGITSDGTA
TMTGKHSRVIKKLLEVTNNGAVWNHCFIHREGLASREIPQNLMEVLKNAVKVVNFIKGSS
LNSRLLETFCSEIGTNHTHLLYHTKIRWLSQGKILSRVYELRNEIHFFLIEKKSHLASIF
EDDTWVTKLAYLTDIFSILNELSLKLQGKNSDVFQHVERIQGFRKTLLLWQVRLKSNRPS
YYMFPRFLQHIEENIINENILKEIKLEILLHLTSLSQTFNHFFPEEKFETLRENSWVKDP
FAFRHPESIIELNLVPEEENELLQLSSSYTLKNDYETLSLSAFWMKVKEDFPLLSRKSVL
LLLPFTTTSLCELGFSILTQLKTKERNGLNCAAVMRVALSSCVPDWNELMNRQAHPS

>gi568815594f:15380728_15701422|GENSCAN_predicted_CDS_6|1974_bp
atggatcatttctttattaaaagaaagaggaatagtgaagtgaaatatacagaagcatgt
tcaagttcatctgttgaatctggaattgtgaatagtgacaatattgagaaaaatactgac
tccaatctgcaaacttcaacttcatttgagccacatttcaaaaagaaaaaagtaagtgca
agacgttataatgaagattacttaaaatatggctttatcaaatgtgaaaaaccctttgaa
aatgacagacctcagtgtgttatttgtaataatattcttgcgaatgaaagcttaaaacct
tcgaaattaaaaaggcacttagaaactcagcatgctgaacttattgataagcctcttgaa
tattttcaaagaaagaaaaaagacataaagttatcaacacaatttcttagttgttctact
gctgttagtgagaaagccttattatcatcatatttagttgcatatcgtgtggcaaaagag
aaaatagctaacacagctgctgaaaaaattattcttccagcatgtttggatatggtgcgt
acaatatttgatgataaatcagctgataaattaaaaactatacctaatgataacacagta
tctcttcgaatttgtactattgcagaacatttagaaacaatgcttattactcgtttacag
tctggtatagattttgcaatccagcttgatgaaagcactgatattggaagctgcacaaca
cttttagtttatgtcagatatgcgtggcaagatgattttttggaggattttttgtgtttt
ttaaatttaacctcacacctaagtggattagatatttttacagaattagaaaggcgcata
gttggccaatataaattaaactggaaaaactgtaaaggaattacaagtgatggcacagca
accatgactggaaaacatagcagagtaattaaaaaattactagaagttactaataatggt
gctgtgtggaatcattgttttatacatcgtgaaggtttagcatccagagaaattccacag
aatctcatggaggtattgaaaaatgcagtgaaagttgttaattttattaaaggaagctca
ttgaatagccggcttcttgaaacattttgttcagagattggaactaatcatacccactta
ctatatcataccaaaattcgttggttgtctcaagggaaaatactaagcagggtttatgag
ctcaggaatgagattcacttttttctcattgaaaaaaaatctcatttggcaagtattttt
gaagatgatacttgggtaacaaaattggcatatttaactgatatttttagcattcttaat
gaactgagtttaaaactacaggggaaaaacagtgatgtattccaacatgttgaacgtatc
cagggatttcgaaagacattattgttatggcaagtaagacttaaaagtaatcgtcctagc
tattacatgtttccaagatttttgcagcatattgaagagaatattattaatgaaaacatt
ttgaaagaaataaaattagagatattgttgcatctcacttctctgtctcaaacttttaac
catttctttccagaagaaaaatttgaaacattaagggaaaacagttgggtaaaagatcca
tttgcttttcgacaccctgaatcaataattgagctaaacttggtgcctgaagaagagaat
gaattattgcagcttagttcttcatatacattgaagaatgattatgaaaccttaagttta
tcagcattttggatgaaggtaaaggaagactttccattgttaagtagaaagagtgtcctg
ctattgctaccattcacaacaactagtttgtgtgaactagggttttccatcttaacgcag
ttaaaaacaaaggaaagaaatgggctgaattgtgcagcagttatgcgggtagcattatct
tcctgtgttccagactggaatgaacttatgaacaggcaagcacacccatcatag

>gi568815594f:15380728_15701422|GENSCAN_predicted_peptide_7|93_aa
GENLAFLGSLMGCRELKPFQELTHQSALSHPQTDVWWYCGEHLLDTLPVDASGTLLQKSI
ALLTGLNFCLTAGFTSRHRAFIPRAFYIQQTQK

>gi568815594f:15380728_15701422|GENSCAN_predicted_CDS_7|282_bp
ggggagaatttggcattccttggaagcttaatgggatgccgtgagcttaagcctttccag
gagcttactcatcagtctgcccttagtcatcctcaaacagatgtatggtggtattgtggt
gaacacttactggacactctgccagttgatgcaagtggcacccttctgcagaagtcaatt
gccttgctgacaggattaaacttttgcctgactgctggttttacttcacggcaccgagca
tttattcctcgagctttttatatccaacaaactcaaaaataa