GENSCAN 1.0	Date run:  3-Nov-116	Time: 02:29:19

Sequence gi568815576f:31654922_32006494 : 351573 bp : 46.17% 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 +   1452   1498   47  2  2   81   86    51 0.269   4.36
 1.02 Intr +   6869   6954   86  2  2  109   68    49 0.249   4.46
 1.03 Intr +  13510  13552   43  2  1   30  105    44 0.071  -2.40
 1.04 Term +  21897  22086  190  0  1  100   39   127 0.903   5.92
 1.05 PlyA +  23863  23868    6                               1.05

 2.09 PlyA -  26452  26447    6                               1.05
 2.08 Term -  30882  30606  277  2  1   96   54   241 0.999  16.43
 2.07 Intr -  33306  33235   72  2  0   87   96    31 0.819   2.32
 2.06 Intr -  46841  46735  107  2  2   63  105   136 0.988  11.81
 2.05 Intr -  48766  48629  138  1  0   15  107   141 0.171   9.36
 2.04 Intr -  57429  57278  152  1  2   89   60    72 0.778   4.38
 2.03 Intr -  62370  57865 4506  1  0   58   72  1729 0.911 155.73
 2.02 Intr -  70689  70617   73  0  1   79   63    42 0.638  -0.22
 2.01 Init -  83891  83466  426  2  0   47  110   123 0.425   6.71
 2.00 Prom -  88594  88555   40                              -8.16

 3.00 Prom +  89054  89093   40                              -0.86
 3.01 Init + 100001 100058   58  1  1   62   49    92 0.484   4.17
 3.02 Intr + 103625 103712   88  0  1   62  109    74 0.675   5.93
 3.03 Intr + 105735 105781   47  0  2  101   90    23 0.912   1.85
 3.04 Intr + 110054 110139   86  0  2   73   95   103 0.997   9.04
 3.05 Intr + 111664 111747   84  0  0   49   91    38 0.527   0.22
 3.06 Intr + 113893 113942   50  0  2  135   76    68 0.950   7.78
 3.07 Intr + 123178 123247   70  1  1  102   90    82 0.964   8.98
 3.08 Intr + 128421 128508   88  2  1   31   58    90 0.144  -0.16
 3.09 Intr + 129893 129954   62  0  2  117   83    12 0.236   2.05
 3.10 Intr + 137112 137181   70  2  1   63   97    25 0.222  -0.35
 3.11 Intr + 137824 137896   73  2  1  109   55    25 0.764  -0.24
 3.12 Intr + 142679 142782  104  2  2   55   84    88 0.963   4.92
 3.13 Intr + 143661 143735   75  1  0   68  101    56 0.948   4.39
 3.14 Intr + 147783 147917  135  1  0   73   50   157 0.994  10.94
 3.15 Intr + 149241 149302   62  1  2  123   86    39 0.995   5.65
 3.16 Intr + 149921 149994   74  1  2  112   94    37 0.995   4.90
 3.17 Intr + 151201 151270   70  1  1  112  100    16 0.806   4.38
 3.18 Intr + 154690 154726   37  0  1   57   84    34 0.785  -2.26
 3.19 Intr + 155600 155720  121  0  1   76    5    94 0.547  -0.55
 3.20 Intr + 160071 160291  221  0  2   89   94   146 0.974  13.25
 3.21 Intr + 164101 164304  204  2  0   38  106   152 0.844  11.17
 3.22 Intr + 166581 166716  136  1  1   60  100   158 0.998  13.83
 3.23 Intr + 167772 167869   98  0  2   72   91    71 0.782   5.45
 3.24 Intr + 178994 179059   66  0  0  104   71    32 0.526   1.98
 3.25 Intr + 182078 182234  157  0  1   99   82   133 0.854  12.87
 3.26 Intr + 183764 183924  161  2  2   79  105   116 0.998  12.03
 3.27 Intr + 188129 188291  163  0  1   43   89   103 0.441   4.93
 3.28 Intr + 188724 188891  168  0  0  112   71   209 0.987  20.66
 3.29 Intr + 190097 190316  220  2  1  113   90   352 0.999  36.20
 3.30 Intr + 191913 192046  134  2  2   96  100    42 0.876   5.64
 3.31 Intr + 202524 202632  109  0  1  134   98    86 0.972  14.49
 3.32 Intr + 206447 206512   66  1  0   92   92    56 0.924   5.50
 3.33 Intr + 215669 215823  155  1  2   73   94    99 0.937   7.87
 3.34 Intr + 218334 218411   78  0  0   80   99    62 0.940   5.17
 3.35 Intr + 219352 219484  133  1  1   52   94   181 0.979  15.75
 3.36 Intr + 221236 221344  109  0  1   56   50   175 0.556  10.36
 3.37 Intr + 224604 224771  168  1  0   88   32   187 0.365  13.02
 3.38 Intr + 238676 238830  155  0  2   58   81   228 0.512  18.89
 3.39 Intr + 242561 242732  172  1  1   78   55   130 0.786   8.22
 3.40 Intr + 246821 246881   61  0  1  104   72    62 0.666   3.99
 3.41 Intr + 251063 251145   83  2  2  109   94    18 0.175   3.78
 3.42 Intr + 251284 251572  289  2  1  101   58   570 0.295  51.60
 3.43 Term + 262569 262644   76  0  1  134   46    47 0.567   2.41
 3.44 PlyA + 263370 263375    6                               1.05

 4.03 PlyA - 267594 267589    6                               1.05
 4.02 Term - 271093 270969  125  2  2   79   42    56 0.266  -1.35
 4.01 Init - 273293 273242   52  2  1   77  115    32 0.625   6.12
 4.00 Prom - 276313 276274   40                              -1.86

 5.00 Prom + 278949 278988   40                              -4.26
 5.01 Init + 289813 289899   87  0  0   98   89   230 0.999  24.74
 5.02 Term + 301218 301871  654  2  0   86   49  1025 0.995  92.40
 5.03 PlyA + 302370 302375    6                               1.05

 6.04 PlyA - 302529 302524    6                               1.05
 6.03 Term - 307858 307739  120  1  0   -2   48   125 0.141  -2.03
 6.02 Intr - 313381 313329   53  2  2  127   81    27 0.169   4.53
 6.01 Init - 329099 328958  142  2  1   86   80    60 0.553   5.30
 6.00 Prom - 348871 348832   40                              -2.46


Suboptimal exons with probability > 0.800

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



Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815576f:31654922_32006494|GENSCAN_predicted_peptide_1|121_aa
MVADAYENSQHVGRPRTSFLLRKRTHEKMASEHLKALPRLKRRAGMTVGIHAFMKLIFCP
AGTSKGLAASSNMDSFSDGPAPPESCSQSDGVRPAVGAAALGAAHIRIPGSARFRCQCSG
S

>gi568815576f:31654922_32006494|GENSCAN_predicted_CDS_1|366_bp
atggtggctgacgcctatgagaactcccagcacgttggaaggccaaggacatcattcctt
ctacgaaaacgaacacacgagaaaatggcatctgaacatctgaaagccctgcctcgactc
aagagacgggcaggtatgaccgtgggcatccatgcctttatgaagcttatattctgcccg
gcaggtaccagcaaaggactagcagcctcctccaatatggatagcttctcggatggcccc
gcccctccggagagctgcagccaatcagacggcgtgaggccagcagtgggtgcggctgcg
cttggcgctgcgcatatccgaataccaggaagtgcccggtttcgctgtcagtgctcgggc
agctag

>gi568815576f:31654922_32006494|GENSCAN_predicted_peptide_2|1916_aa
MSAVVQELYSELPVSVSRELHADPEPSVIPDVKPGASSSLLSQNRALPLELQRTHVESCC
EETYETLDHGSEPGRCGLVDSTAGGSVASGILDRAKRSESMEPKVFRDPGGQAGIIREPS
EGAKEDPHQHSTAAEEKTSPSQEDLLMQSSKELSHVDLPEDFLRSKEGNVQITAETLLKS
AEVQGMKVNGTKTDNNEGHKNGNVSKDLSAGCGEFQEVDKIMTSDEVSETSTLVTPEPLT
FVDPVLTEATPKEKECEELKSCPWLSLPGNSAISNVDNGKEELCKPNLVCEADDNHQQLH
GHHNEQPSSTHDSPTATSPLKENSEVSCFTSDLSGPESRTISLENCGFEGGGLLKRSAEK
TDSSYFYRGDDQGKNLASREENEERLLIPRSERGGPFLFNAREPEKEISGRCSGEKEPVV
SPKENIHNNCIQDSLHTGNSSSLMPNSFTEATEVMLNKNDLKITVHVQGNLTNPEDHKET
FTNMSHPGGHSEESSFSSLMQIEEAGQTTPVEPNILSKSFYTKDCNSLVSIQRNLEGNTQ
LNEASCNDFLFERKSIVSLMPEDQISPVSEVLKPKQGTALLLPSPEFDYRPESEKVIQTS
HDDIPLLDEQSIACEMNELSCTNELVVNKVESECVLNQQVSLNSQEHANLPTDSLLHLNK
EMPLATGRDAHQSHHPPLEGRADVIADIQTIPIQTKIKDISPPGNQTCGASSNCPTLNIK
PVSLERKKEMADSGTKALHSRLRSNKREAAGFPQVVSVIECHSVQSQDISSCHRVRKNVS
QENMCSASAAFKSSKISLQVDNSLITKYENAFQHRDHCCQGTGHSVEKSSCKVSYTSQER
ELDGKETNGSLPGDKIRNKMVAGLLNSGISNKTIHTSSSIKLSEEGLEGKEQDVSKETVF
CKYNISDHAIQELNQTVNIPGPEKVLDQSPTVMFSSFKNVKSVETLDQKADEVLDCQSNQ
NRPDECKSEGQSAKEMLSSDQRETVTEPHGEVNHNQKDLLVSSGSNNSLPCGSPKKCNLK
GAFVKMSGCDESTEGMVDIVYTDCSNKLAEGVLDVKASNLLDCGARQEKLAFQEDSRSTL
SRRELDAAHTGTTGQDSDFPVTAASTVDFLKIKKSCEENVCRSLKDCEMEKCPDSCAHEM
ESVADHEPNKRILGRVNLSLNDSHYGQQDKGTSLRETQEMTEGSRLEPNSEFGKESTFGI
SSKESMSCHDESSVSLRSLKSIEIMPSQENSETNVNSEETDLKNLCKPKDGEMLCENVKD
CTVLPEMKEIVSRDWSNSSDRDSVCTCVEKNACKACHPHENSSDRHLPLTVKTDIKVKGE
ETEEHQRGRLGYLTVGEQSEELVTRETGDGDPVSNISQTHFKCRGILNHAEKQQSPEVLD
YMLQKEEKYIRQQKAHTISQQCISSSLLLDDAQNQNQPKADKDESTMINEITLAKLAKDS
IVAQTQKLEDQKEERLHHPLRKDTESCTSPCLLGAPRKAQDPSSAGCDQIHGAFAKKGVL
PLKKQPHRTCKKVSYQEQIIVGRKIGKIRSSAFLKSSSNPIPTKAHRLLSLCTLSAPTRL
EPETAPTKSLVSHIPKQMSTPCHPLRSLNFRKTTKESALLNKLSILASKLAPAMKTQKLR
YRRCSSELLPMAKSYKRLRYKRLLDGFSSSTEQLNPYLAASGWDKRPNRCYRIWTKKRSF
SSHMPTMQRLFMTQFTQGLKGLRSPASIADKVFCSLPYSSCLVAESAVSKLLLSASEFQV
RGLDELDGVKAACPCPQSSPPEQKEAEPEKRPKKVSQIRIRKTIPRPDPNLTPMGLPRPK
RLKKKEFSLEEIYTNKNYKSPPANRCLETIFEEPKERNGTLISISQQKRKRVLEFQDFTV
PRKRRARGKVKVAGSFTRAQKAAVQSRELDALLIQKLMELETFFAKEEEQEQSSGC

>gi568815576f:31654922_32006494|GENSCAN_predicted_CDS_2|5751_bp
atgtctgccgtggtacaggaattatactctgaactcccagtaagtgtctccagagagctt
catgctgaccctgagccaagtgtgattccagatgtaaaacctggagcctcaagctctctt
ttaagtcagaatagggcattgcccttggagctgcagaggactcatgtggagagttgttgt
gaagaaacctatgagaccttggatcatgggagtgagcctgggcgatgtgggctagtggac
tccacagcaggaggttctgtggcatctgggatcttggatagggcaaagagaagcgagagc
atggagccaaaggtcttcagagatccagggggccaggcaggaattataagagaaccctct
gagggagcaaaggaagatccacatcaacattccacagctgctgaagaaaagactagcccg
agtcaggaggatctcctgatgcagtccagcaaagaactttcacatgtggacctccctgaa
gattttctaaggagcaaagaaggaaatgtacagattacagctgaaactctgctaaaatcc
gccgaagtacaaggtatgaaggtcaatgggactaagacggataataatgaaggacacaaa
aatggcaatgtgagtaaagatctctcagctggatgcggtgaattccaagaagtagacaaa
atcatgaccagtgatgaggtttcagaaaccagcacattagttaccccagaacctttaacc
tttgtggaccctgtattaacagaagcaactcctaaagaaaaagaatgtgaagaattaaaa
agttgtccttggttgtcattaccaggaaacagtgccatttctaatgtggacaatgggaag
gaagagttgtgtaaaccaaacctggtctgtgaagcagatgacaatcaccaacagcttcat
ggccaccataatgaacaacccagttctacacatgatagtcccacagccacaagccctttg
aaagaaaattctgaagtttcatgtttcacatcagacttgtctggtccagaatccagaaca
atatccttagaaaactgtggttttgaaggtggtggtttgctaaagagatctgctgaaaag
acagacagttcttatttttataggggggatgatcaagggaagaacttggcttctagagaa
gaaaatgaggaacggcttttgattcctaggagtgaaagaggtggaccttttctttttaat
gccagggaaccagaaaaggagattagtggtcgttgttctggtgaaaaagagcctgttgtt
tctccaaaggaaaatatccacaataactgcattcaagacagtctccatacagggaactct
agttctttaatgcccaattcttttactgaagccacagaagtaatgttaaataaaaatgat
ttgaaaattactgtacacgttcaaggtaacttgacaaaccctgaggaccataaagaaact
tttactaatatgagccatcctggtggacactctgaagaaagcagtttttcctccttgatg
cagattgaagaggcaggacagacaacccctgtagagcccaatatattaagtaaatctttt
tacactaaagactgtaactccttagtcagcatccagagaaatctggaaggcaacacccag
ttaaatgaagcatcatgtaatgattttctgtttgaaagaaaatccattgtgagtttaatg
ccagaggatcaaataagtcctgtaagtgaggtattaaaacccaagcaaggtactgctctg
ttgctaccatccccagaatttgattacagacctgagtcagaaaaagttatacagacctca
catgatgatattccacttttagatgaacagagcatagcctgtgagatgaatgaactttct
tgtaccaatgaactggttgtaaacaaagtagaaagtgaatgtgttttaaatcaacaagtg
tcccttaattctcaagaacatgcaaatttgccaactgactctctactgcatttaaacaaa
gagatgcctttagcaacaggcagagatgcccatcagagccatcaccctccattagagggt
agagcagatgtcattgctgatatacaaaccattcccattcagacaaaaataaaagacatc
tctccaccaggtaaccaaacctgtggtgcctcttcaaactgtcccaccttaaacatcaaa
ccagtaagcctagagagaaaaaaggaaatggctgattcaggaacaaaagctctacattcc
aggctgcgctcaaataagagagaagcagctggctttcctcaagtggtctctgtcatagaa
tgtcacagcgttcaatctcaggatatctctagctgtcatcgtgtaagaaaaaatgtatcc
caggaaaacatgtgttctgcttctgctgctttcaagtccagcaaaatcagcctgcaagtt
gataactctttgataacaaaatatgaaaatgcatttcagcaccgtgatcactgctgccaa
ggaacaggacactctgtggaaaaaagcagctgtaaagtgagttacacatcacaggaaagg
gaacttgatgggaaagaaacgaatggcagccttccaggagataagatcagaaacaaaatg
gtagcaggcttgttaaatagtggaatttcaaacaaaaccattcacacctccagtagcatc
aaactcagtgaggaagggctggaaggaaaggagcaggatgtatccaaagaaactgtattt
tgtaagtataacatctctgatcatgctatacaagaactaaaccagactgtaaacattcca
ggtcctgaaaaagtgttggaccagtctcctactgttatgttctccagttttaaaaatgta
aaatcagttgaaacactcgatcagaaggcagatgaagtccttgactgtcagagtaaccaa
aacagaccagatgaatgcaaaagtgaaggtcagtcagccaaggagatgctaagtagtgac
cagagagagactgtcaccgagcctcacggggaggtaaaccacaaccaaaaggatctgctg
gtcagctcaggcagtaataactcactaccttgtggtagtccaaagaaatgcaatttgaaa
ggagcctttgtcaagatgtctggttgtgatgagtccacagaaggtatggtagacatcgtc
tacacggactgtagtaataagcttgcagaaggtgtgctggacgtgaaggcatctaatcta
ctggattgtggtgcaaggcaagagaaactggcatttcaagaggactccaggagtaccttg
tctcggagagaactggatgctgcacatacaggaacaactggtcaggattcagatttccca
gttactgctgcttctacagtggactttctcaaaataaaaaaatcatgtgaagaaaacgta
tgcagatctttaaaagactgtgaaatggaaaagtgtccagactcttgtgcccatgagatg
gagtctgttgcagatcatgaaccaaataaaagaatattgggcagagtaaatttgtcttta
aatgatagccattatggacagcaagataaaggaacatctctcagagaaacacaagaaatg
actgaaggatcaagactagaaccaaactctgagtttggcaaagaaagtacctttggaatt
tcctcaaaagagtcgatgtcttgccatgatgaaagctctgtttccctaagaagcctgaaa
tccattgaaataatgccttctcaagaaaattcagaaactaatgttaacagtgaagaaact
gacctgaaaaatctttgtaaaccaaaagatggtgaaatgctttgtgaaaatgtaaaggac
tgcacagtccttcctgagatgaaggaaatagtatcaagagattggagtaattctagtgac
agagacagcgtatgtacctgtgtggaaaagaatgcttgcaaagcttgtcaccctcacgag
aattcctctgacagacatttgcctttgacagtgaaaacagatattaaagtgaaaggagaa
gaaaccgaagagcatcagaggggacgactgggttacttaactgttggggagcaatctgag
gagttggttaccagagaaactggcgatggcgatcccgtgagcaacatctctcagacccat
tttaaatgccgggggatacttaatcatgctgaaaaacagcagagccctgaggttttggac
tacatgttgcagaaagaagagaaatatatacgtcaacaaaaagcacatacgatatcgcaa
cagtgcatatcatctagtctgttgttagatgatgcacaaaatcagaaccaaccgaaggct
gacaaagatgagtccaccatgatcaatgaaatcaccctagcaaagctggccaaggacagc
attgtggcacagactcagaagttagaagaccagaaggaggaaaggttacatcatccatta
aggaaggacactgagtcatgcacaagtccttgccttcttggtgcccctcggaaagcacaa
gacccctcctctgctgggtgtgatcaaatacatggtgcctttgcgaagaaaggagttctt
cccttaaagaagcagccccatcgaacttgtaagaaagtttcctatcaggagcaaatcatt
gttgggagaaaaataggtaaaatcagaagttctgcctttttaaagagttcttccaatccc
atccccacaaaagcgcacagacttctcagtttgtgtactctgtctgcacctacacgatta
gaacctgaaacagcacctaccaagagcttggttagtcacataccaaagcagatgtctaca
ccgtgccatcccttgaggagcctgaattttaggaagactaccaaagaatcagccttacta
aacaagctgtccatccttgcctccaaactggccccagccatgaagactcagaagctaaga
taccgacggtgttcctctgaacttcttccaatggctaaaagctacaagcgcctcagatat
aaaagactcctggacggattttcatccagcacagagcagctgaatccatatttggcagct
agtggatgggataagaggcctaacagatgttaccgaatctggacaaaaaaacggagcttc
tccagccacatgcctaccatgcagaggctcttcatgacccagtttacacagggcctgaaa
gggttacggtctccagcctccatagcagacaaggtcttctgttctctgccctactcgtct
tgcttggtagcagaatcagctgtcagcaagctcctgctttcagcctctgagttccaggtt
cgtggattggatgagctggatggtgtgaaagcagcatgcccctgcccacagagcagcccc
ccagaacagaaagaggctgagccagagaagaggccaaagaaagtctcacagattcgcatc
cggaaaaccattcctaggccagatcctaatcttacccccatgggccttcctcgacccaaa
aggttaaagaagaaggagtttagtttagaagagatatataccaacaagaattataaatct
cctcctgcaaacaggtgtttagagaccatctttgaggaacccaaggaacgaaatggtaca
ctaatctcaatcagccaacagaagaggaagcgagttctagaatttcaggattttacagtc
ccgcgaaagaggagagctcgaggcaaagtcaaggtggcaggcagctttaccagggcccag
aaggcagctgtgcagagtcgagagctggatgctcttttgatacagaaactaatggaactg
gagaccttctttgccaaggaagaggagcaggaacaatcatcaggctgttga

>gi568815576f:31654922_32006494|GENSCAN_predicted_peptide_3|1611_aa
MRTTKVYKLVIHKKGFGGSDDELVVNPKVFPHIKLGDIVEIAHPNDEYSPLLLQVKSLKE
DLQKETISVDQTVTQVFRLRPYQDVYVNVVDPKDVTLDLVELTFKDQYIGRGDMWRLKKS
LVSTCAYITQKVEFAGIRAQAGELWVKNEKVMCGYISEDTRLLTLTMKVRSFILEVSETK
NPPEGTTSGHGDLYFEKAVNGFLADLFTKWKEKNCSHEVTVVLFSRTFYDAKSVDEFPEI
NRASIRQDHKGRFYEDFYKVVVQNERREEWTSLLVTIKKLFIQYPVLVRLEQAEGFPQGD
NSTSAQGNYLEAINLSFNVFDKHYINRNFDRTGQMSVVITPGVGVFEVDRLLMILTKQRM
IDNGIGVDLVCMGEQPLHAVPLFKLHNRSAPRDSRLGDDYNIPHWINHSFYTSKSQLFCN
SFTPRIKLAGKKPASEKAKNGRDTSLGSPKESENALPIQVDYDAYDAQVFRLPGPSRAQC
LTTCRSVRERESHSRKSASSCDVSSSPSLPSRTLPTEEVRSQASDDSSLGKSANILMIPH
PHLHQYEVSSSLGYTSTRDVLENMMEPPQRDSSAPGRFHVGSAESMLHVRPGGYTPQRAL
INPFAPSRMPMKLTSNRRRWMHTFPVGPSGEAIQIHHQTRQNMAELQGSGQRDPTHSSAE
LLELAYHEAAGRHSNSRQPGDGMSFLNFSGTEELSVGLLSNSGAGMNPRTQNKDSLEDSV
STSPDPMPGFCCTVGVDWKSLTTPACLPLTTDYFPDRQGLQNDYTEGCYDLLPEADIDRR
DEDGVQMTAQQVFEEFICQRLMQGYQIIVQPKTQKPNPAVPPPLSSSPLYSRGMSFKQME
EIIIFLLGLVSRNRPEEEDQYWLSMGRTFHKVTLKDKMITVTRYLPKYPYESAQIHYTYS
LCPSHSDSEFVSCWVEFSHERLEEYKWNYLDQYICSAGSEDFSLIESLKFWRTRFLLLPA
CVTATKRITEGEAHCDIYGDRPRADEDEWQLLDGFVRFVEGLNRIRRRHRSDRMMRKGTA
MKGLQMTGPISTHSLESTAPPVGKKGTSALSALLEMEASQKCLGEQQAAVHGGKSSAQSA
ESSSVAMTPTYMDSPRKDGAFFMEFVRSPRTASSAFYPQVSVDQTATPMLDGTSLGICTG
QSMDRGNSQTFGNSQNIGEQGYSSTNSSDSSSQQLVASSLTSSSTLTEILEAMKHPSTGV
QLLSEQKGLSPYCFISAEVVHWLVNHVEGIQTQAMAIDIMQKMLEEQLITHASGEAWRTF
IYGFYFYKIVTDKEPDRVAMQQPATTWHTAGVDDFASFQRKWFEVAFVAEELVHSEIPAF
LLPWLPSRPASYAKQRTVTLDVDVNNRTDRLEWCSCYYHGNFSLNAAFEIKLHWMAVTAA
VLFEMVQGWHRKATSCGFLLVPVLEGPFALPSYLYGDPLRAQLFIPLNISCLLKEGSEHL
FDSFEPETYWDRMHLFQEAIAHRFGFVQDKYSASAFNFPAENKPQYIHVTGTVFLQLPYS
KRKFSGQQRRRRNSTSSTNQNMFCEERVGYNWAYNTMLTKTWRSSATGDEKFADRLLKDF
TDFCINRDNRLVTFWTSCLEKMHASAPNQESGCHHWKPDWRTTEKLASSGV

>gi568815576f:31654922_32006494|GENSCAN_predicted_CDS_3|4836_bp
atgagaacaacaaaggtctacaaactcgtcatccacaagaagggctttgggggcagtgat
gatgagctagttgtgaaccccaaagtgttccctcacatcaagcttggagacattgtagag
attgcacaccccaacgatgaatacagccctctgcttttgcaggtcaagtctcttaaggaa
gatttacagaaggaaactatcagtgtggaccagactgtgactcaagtgttccggctgaga
ccttatcaggatgtctatgttaatgtcgtagaccctaaggatgtgacccttgacctagtg
gaattaacttttaaggatcagtatattggccgtggggatatgtggcgactaaagaaaagt
ttggtcagcacatgtgcctatatcacccagaaggtggagtttgctggcatcagagcacag
gctggtgaactgtgggttaagaatgagaaggtcatgtgtggctacatcagtgaagatacc
aggctgttaacactcaccatgaaggtccgcagcttcattcttgaagtcagtgagaccaag
aacccacctgaaggaaccacctccggacacggggatttgtattttgagaaagctgtgaat
ggtttccttgctgatctatttaccaagtggaaggagaagaactgtagtcatgaagtgaca
gtggtcctgttttctagaactttctatgatgcaaaatctgttgatgaatttcctgaaata
aaccgagcctcaattcgacaggatcacaaggggagattctatgaagacttttacaaagtg
gtggtgcagaatgagagaagagaagaatggacttcacttctcgtaaccattaaaaaactc
ttcatccagtatccagtgttggtgcgactggaacaggcagagggctttcctcaaggagat
aattctacctcagcacaaggaaactacctggaggccatcaatctgtcattcaatgtgttt
gataagcactacatcaaccgcaactttgaccgaactgggcagatgtcagtggtgatcacg
cccggggtgggtgtctttgaagtggaccgcctactcatgatcctgaccaagcagcggatg
atagataatggaattggtgtggatttggtgtgcatgggagagcaaccgttacatgctgtc
ccattgttcaagctccataatcggagtgctccccgtgattctcgtctgggcgatgactat
aatatccctcactggataaaccacagtttctacacatccaaaagccagctcttttgtaat
agtttcaccccacgaataaaactggcaggaaagaagcccgcctctgagaaagcaaaaaat
ggccgtgatacatctctcgggagtccaaaagaatctgagaacgcccttcccatccaagta
gattatgacgcctatgacgctcaagtgttcaggctgcccggcccatcccgggcccagtgc
ctcaccacctgcagatctgtgcgagagcgagagagtcacagtcgaaagagtgccagctcc
tgtgatgtttcatccagcccttccctaccaagccgcacactgcccactgaggaagtgagg
agccaggcttctgacgacagctccctaggcaagagtgccaacatcctgatgatcccacac
ccccacctgcaccagtatgaagtcagcagctccttgggatacaccagcactcgagatgtc
ctggagaacatgatggagccaccacagcgagactccagtgcaccagggaggtttcacgtt
ggcagtgcagaatccatgctgcatgttcgacctggtggatacacgccccagagagcactg
attaaccccttcgctccctctcggatgcccatgaagcttacgtccaacagaaggcgctgg
atgcacacttttcctgtggggccatccggagaagccatccagatccaccaccagacccga
cagaatatggcggagctacaaggcagcgggcagagggatccaactcactcctctgcagag
ctgctggagttagcatatcatgaagctgctggaaggcacagcaattcccgccagcctggt
gacggcatgtccttcttgaacttcagtggaacagaggagctttctgtcggcctgcttagc
aacagtggtgcaggtatgaatcctaggacccagaataaggattctctagaggacagtgtt
tctacctctccagacccaatgccaggcttctgttgcacagttggagtggactggaagtct
ctcactactccggcgtgcctcccccttaccaccgactacttccctgaccgccagggcctg
cagaatgactacacagagggctgttatgatctccttccagaagcagacatcgacaggagg
gacgaagatggtgtgcagatgacagcccagcaggtatttgaagagtttatttgccaacgt
ctcatgcagggctaccaaatcatagtgcagcccaagacacagaaacccaatcctgctgtc
ccgcccccgctgagcagtagcccactctatagccgaggaatgagcttcaaacagatggag
gaaattattatttttctgttaggccttgtgtcccgaaaccgccctgaggaggaggaccag
tattggctgagtatgggcagaacgttccacaaagtgacgctgaaggataagatgatcaca
gtgacgcgataccttcccaagtatccttatgaatctgcccagatccactacacctacagc
ctctgtccttcccactcagactcagagttcgtctcctgctgggtggaattctcccacgaa
cggctggaggagtacaagtggaattacttagatcagtatatctgttctgccggctctgaa
gacttcagcttaattgagtccctgaagttctggaggacccgcttcctgctgctgccagcc
tgtgtcaccgccaccaagcgcatcacggagggggaggcccactgcgacatctatggggac
aggccccgtgcagacgaggacgagtggcaactcctggatggttttgtccgctttgtggag
ggcttgaatcgcattcgcaggcggcatcgctcggatcgcatgatgcggaaagggaccgcc
atgaaaggcttgcagatgactgggcccatttccacgcattctctggagtcaactgcaccc
ccagtggggaagaagggaacctcagctctctctgccctgttggagatggaggccagtcag
aagtgcctgggagaacagcaggcagctgtgcatggtgggaagagctccgcccagtcagcc
gagagcagcagcgttgccatgactcccacctacatggacagcccacgaaaggacggggcc
ttctttatggagtttgtccgcagcccacgcacagcatcgtccgccttctaccctcaggta
tctgtggaccaaacagccactcctatgttggacggcaccagtttgggcatatgcacaggc
caatccatggacagaggcaacagccagacctttgggaactcccagaacataggagaacag
ggctactcctccacaaactccagtgacagcagctctcagcagctggtggcaagctccttg
acctcatcctctaccctgacagagatcctggaagccatgaagcacccctcgacaggagtc
cagctgctctctgaacagaagggcctctcaccgtactgcttcatcagcgcggaggtggta
cactggttggtgaaccacgtggaggggatccagacacaggcgatggccattgacatcatg
cagaaaatgctggaagagcagctcatcacacatgcatctggcgaagcctggcggaccttc
atctacggcttctatttctacaagatagtaacggacaaagagcccgaccgagtggccatg
cagcagcccgccaccacctggcacacagcaggagtggacgacttcgccagcttccagcgc
aagtggtttgaggtggcctttgtggcagaagagctcgtgcactctgagattcctgccttt
ctcctgccctggctgcctagccggccagcctcctatgcaaagcagaggactgtgaccctg
gatgttgacgtgaacaaccgcacagaccggctggagtggtgcagctgttattaccatggc
aacttttctctgaatgcagcctttgagatcaagctgcactggatggcggtgaccgcagca
gtactcttcgagatggtccaaggttggcatcggaaagccacctcctgtggcttcttgtta
gtcccagttttggaggggccttttgcactgcccagttacctgtatggcgacccccttcgt
gcccagctcttcatcccactcaacatcagctgcttgctcaaggagggcagcgagcacctg
tttgatagctttgaacccgaaacgtactgggatcgaatgcacctcttccaggaagccatt
gcacacaggtttgggtttgtacaagataaatattctgcctctgcttttaacttccctgct
gagaacaagcctcagtatatccacgttacaggaacagtgtttctgcagctgccctactcc
aagcgcaagttctcagggcagcagcggcggcggcggaactccaccagctccaccaaccag
aacatgttctgcgaggagcgggtcggctacaactgggcctacaacaccatgctcaccaaa
acatggcgctccagcgccacaggggatgaaaagtttgctgatcggctgctgaaggacttc
acggacttctgcatcaaccgtgacaaccggctggtcacgttctggacaagttgcctggag
aagatgcatgccagtgccccgaaccaggagagtggctgccaccactggaagccagattgg
aggacaacagagaaactggccagctctggggtctga

>gi568815576f:31654922_32006494|GENSCAN_predicted_peptide_4|58_aa
MHAQHSFKHTETVKPIAVQGSIMNFLDIYIGFPQASGFHTCSSHPPLPSSVTTAKIIS

>gi568815576f:31654922_32006494|GENSCAN_predicted_CDS_4|177_bp
atgcatgcccagcacagcttcaagcacacagaaacagtaaaaccgattgcagtccaaggt
tccatcatgaatttcctggacatctacattggcttcccacaggcctccggctttcacact
tgctcatcccatcccccgcttccatcttctgtaaccacagccaaaataatctcttaa

>gi568815576f:31654922_32006494|GENSCAN_predicted_peptide_5|246_aa
MGDREQLLQRARLAEQAERYDDMASAMKAVTELNEPLSNEDRNLLSVAYKNVVGARRSSW
RVISSIEQKTMADGNEKKLEKVKAYREKIEKELETVCNDVLSLLDKFLIKNCNDFQYESK
VFYLKMKGDYYRYLAEVASGEKKNSVVEASEAAYKEAFEISKEQMQPTHPIRLGLALNFS
VFYYEIQNAPEQACLLAKQAFDDAIAELDTLNEDSYKDSTLIMQLLRDNLTLWTSDQQDE
EAGEGN

>gi568815576f:31654922_32006494|GENSCAN_predicted_CDS_5|741_bp
atgggggaccgggagcagctgctgcagcgggcgcggctggccgagcaggcggagcgctac
gacgacatggcctccgctatgaaggcggtgacagagctgaatgaacctctctccaatgaa
gatcgaaatctcctctctgtggcctacaagaatgtggttggtgccaggcgatcttcctgg
agggtcattagcagcattgagcagaaaaccatggctgatggaaacgaaaagaaattggag
aaagttaaagcttaccgggagaagattgagaaggagctggagacagtttgcaatgatgtc
ctgtctctgcttgacaagttcctgatcaagaactgcaatgatttccagtatgagagcaag
gtgttttacctgaaaatgaagggtgattactaccgctacttagcagaggtcgcttctggg
gagaagaaaaacagtgtggtcgaagcttctgaagctgcctacaaggaagcctttgaaatc
agcaaagagcagatgcaacccacgcatcccatccggctgggcctggccctcaacttctcc
gtgttctactatgagatccagaatgcacctgagcaagcctgcctcttagccaaacaagcc
ttcgatgatgccatagctgagctggacacactaaacgaggattcctataaggactccacg
ctgatcatgcagttgctgcgagacaacctcaccctctggacgagcgaccagcaggatgaa
gaagcaggagaaggcaactga

>gi568815576f:31654922_32006494|GENSCAN_predicted_peptide_6|104_aa
MNKFQINNKEFVRAKEKSSQRHNCYPFGNVMASRKGPRPKARSGMTPGVGLEMRATKYAV
PGNQLANVKKVIEQRLPGKEERGLIKEDLEWQAFSPCLEDNIAS

>gi568815576f:31654922_32006494|GENSCAN_predicted_CDS_6|315_bp
atgaacaagttccagataaacaataaggaatttgtcagggcaaaagagaagagctcccaa
agacacaactgttacccctttgggaacgttatggccagcaggaaaggcccaagacccaag
gcaagatctgggatgacgccaggtgtaggcctggaaatgagagctacaaagtatgctgtc
cctgggaaccagctggcgaatgtaaagaaggtgattgagcaaaggctacctggcaaggaa
gaaagaggtcttatcaaggaagacctggagtggcaggctttcagcccctgtcttgaagac
aacatcgcatcatga