GENSCAN 1.0	Date run:  6-Nov-116	Time: 20:28:41

Sequence gi568815589r:132275987_132502821 : 226835 bp : 44.99% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.19 Intr -   1166   1074   93  1  0  117   27    62 0.500   2.08
 1.18 Intr -   2271   2084  188  0  2   95   95   118 0.921  11.69
 1.17 Intr -   5588   5481  108  2  0   58  115    56 0.976   5.78
 1.16 Intr -   7427   7278  150  2  0   88   78    71 0.979   6.46
 1.15 Intr -  12365  12250  116  0  2   53   70    60 0.599   0.87
 1.14 Intr -  20042  19886  157  2  1   13   52   121 0.725   0.58
 1.13 Intr -  21068  20901  168  2  0   48   92   131 0.937   9.64
 1.12 Intr -  22326  22094  233  1  2   48   68    82 0.726  -0.31
 1.11 Intr -  24817  24644  174  2  0   73   89   127 0.925  11.21
 1.10 Intr -  35870  35771  100  2  1   86  111    43 0.984   6.08
 1.09 Intr -  54513  51007 3507  0  0   78   84  1029 0.262  88.89
 1.08 Intr -  55153  55066   88  0  1   63   70    43 0.738  -0.03
 1.07 Intr -  55462  55291  172  2  1   74   96    60 0.475   4.40
 1.06 Intr -  60529  60310  220  1  1   44   95    28 0.361  -3.03
 1.05 Intr -  64841  64785   57  2  0   66   97    23 0.362   0.08
 1.04 Intr -  66813  66704  110  1  2  103  101    27 0.841   5.50
 1.03 Intr -  70485  70275  211  0  1  115   64    92 0.993   7.99
 1.02 Intr -  73414  73266  149  2  2   39   83   145 0.848   9.05
 1.01 Init -  78815  78665  151  2  1   54   41   158 0.802   5.92
 1.00 Prom - 106331 106292   40                              -0.96

 2.10 PlyA - 107717 107712    6                               1.05
 2.09 Term - 110182 110076  107  2  2   89   38    35 0.172  -2.83
 2.08 Intr - 111719 111550  170  1  2   84   68   113 0.915   8.49
 2.07 Intr - 112242 112153   90  2  0   78   86    98 0.954   7.71
 2.06 Intr - 114845 114611  235  0  1   65  103   176 0.875  13.55
 2.05 Intr - 116220 116090  131  2  2  110   91   161 0.999  18.94
 2.04 Intr - 120525 120447   79  1  1  104  110    92 0.999  11.61
 2.03 Intr - 122340 122155  186  1  0  103  111   166 0.967  20.06
 2.02 Intr - 124272 124049  224  2  2   81  105   346 0.999  33.37
 2.01 Init - 126835 125469 1367  1  2   42   92   577 0.968  43.72
 2.00 Prom - 128819 128780   40                              -7.56

 3.00 Prom + 130609 130648   40                              -4.56
 3.01 Init + 132004 132108  105  0  0   63   69   112 0.737   7.02
 3.02 Intr + 134029 134179  151  0  1   78   38    28 0.483  -3.46
 3.03 Intr + 134203 134480  278  2  2   35  105   352 0.668  28.84
 3.04 Intr + 135132 135300  169  2  1   76   80    31 0.319   0.62
 3.05 Term + 136221 136306   86  1  2  101   45    58 0.313   0.62
 3.06 PlyA + 136498 136503    6                               1.05

 4.05 PlyA - 137109 137104    6                               1.05
 4.04 Term - 138690 138610   81  0  0   86   48    38 0.086  -2.71
 4.03 Intr - 144962 144817  146  0  2   92   94    87 0.676   9.70
 4.02 Intr - 182351 182292   60  0  0   98   77    45 0.246   3.11
 4.01 Init - 182477 182402   76  2  1   95    9    75 0.375   1.55
 4.00 Prom - 185060 185021   40                              -2.76

 5.00 Prom + 185564 185603   40                              -4.16
 5.01 Init + 190342 190581  240  0  0   73   30   141 0.149   4.67
 5.02 Term + 200879 201028  150  1  0   64   48   146 0.278   6.11
 5.03 PlyA + 202534 202539    6                               1.05

 6.04 PlyA - 202841 202836    6                              -1.75
 6.03 Term - 203712 203531  182  1  2   41   49   135 0.191   2.67
 6.02 Intr - 215734 215588  147  2  0   56   98   121 0.960  10.11
 6.01 Init - 217009 216880  130  1  1   77   78   104 0.851   6.63
 6.00 Prom - 220072 220033   40                              -5.36

 7.00 Prom + 222029 222068   40                              -7.86
 7.01 Init + 222287 222292    6  1  0   62   97    10 0.156  -0.39
 7.02 Intr + 222709 222808  100  0  1  130  105    79 0.583  13.48
 7.03 Intr + 223386 223614  229  1  1   93  103   341 0.520  33.03
 7.04 Term + 225512 225521   10  2  1  139   37     6 0.471  -1.73
 7.05 PlyA + 226045 226050    6                               1.05


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):


>gi568815589r:132275987_132502821|GENSCAN_predicted_peptide_1|2051_aa
MGEESARARPLPSVRGREHPSTAGGRLLPSCALDPAAATPCPSVVYTAVSCGASTIDFLK
RYASNTPSGEFQTADEDLCYCLECVAEYHKARDELPFLHEVLWELETLRLINHFEKSMKA
EIGDDDELYIVDNNGEMPLFDITGQDFENKLRVPLLEILKYPYLLLHERVNELCVEALCR
MEQANCSFQVFDKHPGIYLFLVHPNEMMNKTCIQICSQLKDLIQVKVRRWAILTARNLGK
VDRDDYYDLQEVLLCLFKVIELGLLESPDIYTSSVLEKGKLILLPSHMYDTTNYKSYWLD
DSVDPFWPALHCFMVILDRLGSKVWGQLMDPIVAFQTIINNASYNREIRHIRNSSVRTKL
EPESYLDDMVTCSQIVYNYNPEKTKKDSGWRTAICPDYCPNMYEEMETLASVLQSDIGQD
MRVHNSTFLWFIPFVQSLMDLKDLGVAYIAQVVNHLYSEVKEVLNQTDAVCDKVTEFFLL
ILVSVIELHRNKKCLHLLWVSSQQWVEAVVKCAKLPTTAFTRSSEKSSGNCSKGTAMISS
LSLHSMPSNSVQLAYVQLIRSLLKEGYQLGQQSLCKRFWDKLNLFLRGNLSLGWQLTSQE
THELQSCLKQIIRNIKFKAPPCNTFVDLTSACKISPASYNKEESEQMGKTSRKDMHCLEA
SSPTFSKEPMKVQDSVLIKADNTIEGDNNEQNYIKDVKLEDHLLAGSCLKQSSKNIFTER
AEDQIKISTRKQKSVKEISSYTPKDCTSRNGPERGCDRGIIVSTRLLTDSSTDALEKVST
SNEDFSLKDDALAKTSKRKTKVQKDEICAKLSHVIKKQHRKSTLVDNTINLDENLTVSNI
ESFYSRKDTGVQKGDGFIHNLSLDPSGVLDDKNGEQKSQNNVLPKEKQLKNEELVIFSFH
ENNCKIQEFHVDGKELIPFTEMTNASEKKSSPFKDLMTVPESRDEEMSNSTSVIYSNLTR
EQAPDISPKSDTLTDSQIDRDLHKLSLLAQASVITFPSDSPQNSSQLQRKVKEDKRCFTA
NQNNVGDTSRGQVIIISDSDDDDDERILSLEKLTKQDKICLEREHPEQHVSTVNSKEEKN
PVKEEKTETLFQFEESDSQCFEFESSSEVFSVWQDHPDDNNSVQDGEKKCLAPIANTTNG
QGCTDYVSEVVKKGAEGIEEHTRPRSISVEEFCEIEVKKPKRKRSEKPMAEDPVRPSSSV
RNEGQSDTNKRDLVGNDFKSIDRRTSTPNSRIQRATTVSQKKSSKLCTCTEPIRKVPVSK
TPKKTHSDAKKGQNRSSNYLSCRTTPAIVPPKKFRQCPEPTSTAEKLGLKKGPRKAYELS
QRSLDYVAQLRDHGKTVGVVDTRKKTKLISPQNLSVRNNKKLLTSQELQMQRQIRPKSQK
NRRRLSDCESTDVKRAGSHTAQNSDIFVPESDRSDYNCTGGTEVLANSNRKQLIKCMPSE
PETIKAKHGSPATDDACPLNQCDSVVLNGTVPTNEVIVSTSEDPLGGGDPTARHIEMAAL
KEGEPDSSSDAEEDNLFLTQNDPEDMDLCSQMENDNYKLIELIHGKDTVEVEEDSVAQEW
LNSPNRENFYQLQVRKFPADYIKYWEFAVYLEECELAKQLYPKENDLVFLAPERINEEKK
DTERNDIQDLHEYHSGYVHKFRRTSVMRNGKTECYLSIQTQENFPANLNELVNCIVISSL
VTTQRKLKAMSLLGSRNQLARAVLNPNPMDFCTKDLLTTTSERIIAYLRDFNEDQKKAIE
TAYAMVKHSPSVAKICLIHGPPGTGKSKTIVGLLYRLLTENQRKGHSDENSNAKIKQNRV
LVCAPSNAAVDELMKKIILEFKEKCKDKKNPLEKELPSHVQAMHKRKEFLDYQLDELSRQ
RALCRGGREIQVQGRPQKTQSIIILESHIICCTLSTSGGLLLESAFRGQGGVPFSCVIVD
EAGQSCEIETLTPLIHRCNKLILVGDPKQLPPTVISMKAQEYGYDQSMMARFCRLLEENV
EHNMISRLPILQLTVQYRMHPDICLFPSNYVYNRNLKTNRQTEAIRCSSDWPFQPYLVFD
VGDGSERRDND

>gi568815589r:132275987_132502821|GENSCAN_predicted_CDS_1|6153_bp
atgggggaagagtcggcgcgggctcggccgcttccctcggtgcgggggcgggagcacccc
tcgacggctggcggccgcctgttgccttcctgcgcgctggacccggccgctgcgaccccc
tgtccttccgttgtctacactgcggtctcgtgtggtgcttccaccattgacttcctaaag
cgctatgcttccaacactccgtccggtgaatttcaaacagccgacgaagacctctgctac
tgcttggagtgtgtggctgagtaccacaaagcaagagatgaattgccattcttgcatgag
gttttatgggaattagaaaccttacgtctcataaatcactttgaaaaatccatgaaggca
gaaattggagatgatgatgagttatatatagtagacaataatggagagatgccactgttt
gacatcactgggcaagactttgaaaataagcttcgagttcctcttcttgaaatactgaaa
tatccttacttgcttctacatgaacgtgttaacgagttatgtgttgaagcactttgtcgg
atggaacaagccaattgctcctttcaggtgtttgataaacatccagggatctatttgttt
ttagtccatcccaatgaaatgatgaataaaacctgcatccaaatctgttctcaactaaaa
gatctgatccaggtgaaggttcggcgttgggctatcttgactgcaagaaacttggggaaa
gtggacagagatgattattatgacttacaagaagttttactttgcctttttaaagtcatt
gagttggggcttttagagagtccagacatttatacttcttctgtcctagagaagggtaaa
ctgattcttctgccctcacacatgtatgatactaccaactacaaaagctattggttagat
gatagtgtggatcctttctggccagcgttacactgttttatggtgattctggatcgcctt
ggatctaaggtctggggtcaacttatggatcctattgtggcatttcaaaccattatcaac
aacgcaagctacaatagagagatccgacatatacggaacagctctgtaaggaccaagtta
gaaccggagtcctatttggatgatatggtgacttgcagccagatcgtatacaattataat
cctgaaaagaccaaaaaggattctggatggagaacagccatttgcccagattattgtcct
aacatgtatgaagaaatggaaacattagccagtgtacttcagtcagatattggtcaagac
atgcgtgttcataacagcacatttctatggttcatcccttttgtccagtccctcatggat
cttaaggatttgggtgtggcttacatagcacaggttgttaatcatctgtactctgaagtc
aaagaagtcctcaaccaaacagatgctgtgtgtgacaaagtcactgaattttttcttcta
attttggtatcagtgattgaactgcatagaaataaaaaatgtttgcatttgctgtgggta
agttcccagcaatgggtggaagccgtcgtcaaatgtgccaagcttcctaccactgcgttt
acacggagttctgagaaatcatctggaaattgctccaaaggaacagcaatgatatcttca
ctgtcattgcattccatgccatctaactctgtacaacttgcttatgtgcagctgattaga
agtctccttaaagaaggttatcagcttgggcagcagtctctttgcaagcgattctgggat
aagctcaacttattccttagaggaaatttatctctaggttggcagttgactagtcaggaa
acccatgagctacaaagttgcttaaagcaaattattagaaacataaaattcaaagcacct
ccatgtaacacttttgtggatctgacttctgcatgtaaaatctctcctgcatcttataat
aaagaagaaagtgaacaaatggggaagacgtctagaaaagatatgcattgtttggaagct
tccagcccaacattttctaaagaaccaatgaaagtgcaagacagtgtattgatcaaagca
gataacactatagaaggtgacaataatgagcaaaattatataaaggatgtgaaactagag
gaccatctcttagctgggtcatgcttaaagcagagtagtaaaaacatttttactgaaaga
gctgaagatcaaattaaaataagtacaaggaagcagaagtctgtaaaagagatctcttca
tatacaccaaaggactgtacttcaagaaatggtccagaaaggggatgtgacagaggaata
atagtatcaacacgtttgttgactgattctagcactgatgctttggaaaaagtgtccaca
tcgaatgaagatttctctttaaaggatgatgctcttgctaaaacctcaaaacgaaaaact
aaggtacagaaagatgaaatctgtgcaaagttatcacatgtaataaagaagcaacacagg
aagagtactttggtcgataatactatcaatttagatgaaaatttgactgtatctaacatt
gagagtttctattcaaggaaagatacaggagttcagaaaggagatggtttcatacacaat
ctttctttagaccctagtggtgttctggatgataagaatggagaacaaaaatctcaaaac
aatgtattgccaaaagagaaacaattaaagaatgaagaattagttattttctctttccat
gaaaacaattgtaaaatacaggaatttcatgttgatggtaaagaattgatcccttttaca
gaaatgaccaatgcttcagagaagaaatcatctccctttaaagatcttatgactgtacct
gaatcaagagatgaggagatgagtaatagtaccagtgtgatttattctaacttgacaaga
gaacaggcccctgacatcagtcctaaatctgacaccttaacggattctcagatagacaga
gaccttcacaaattatctttactagctcaagccagtgttattacgttcccatccgattca
cctcagaactcatcgcagctgcaaaggaaagtaaaagaagataaaagatgtttcacagct
aaccaaaataatgttggagatacctcccgtggacaggttattattatttcagattctgat
gatgatgatgatgaaagaatcctgagtcttgagaaactcactaaacaggacaaaatatgc
cttgagagggaacatccagagcagcacgtttcaacagttaatagtaaggaggaaaagaat
ccagtaaaggaagaaaagacagagactctttttcagtttgaggaatctgattctcagtgt
tttgagtttgaaagttcatctgaagtgttttcagtttggcaagatcatccagacgataat
aattcagttcaagatggtgagaaaaaatgtttggctcctatagccaatactacaaatggt
cagggttgtacagattatgtatctgaagttgttaaaaaaggagcagagggcattgaagaa
cacacaagaccacggagtatttctgttgaagaattttgtgaaattgaagtaaaaaagcct
aagagaaaacgatctgaaaaaccaatggctgaagatcctgtgaggccttcatcttctgtc
agaaatgagggccagtctgatactaataagagagatcttgtgggaaatgattttaaaagt
attgatagaaggacttcaactcccaattcacgtattcagagagccactacggtttcacaa
aagaagtcttcaaagctttgtacttgtacagaacccatcaggaaagttccagtttctaag
acccctaagaaaactcattcagatgccaaaaaaggacagaatagaagttcaaattaccta
agttgtagaacaactcctgctatagtgccgccaaagaaatttcgtcagtgtcctgagcca
acttcaacagctgagaaacttggcctgaaaaagggtcctcgtaaggcatatgagttgtcc
cagcggtctttggattatgtagctcaattacgtgatcatggcaaaactgttggagtagtt
gatacccgaaaaaagactaaattaatttctcctcagaacctgtctgtcagaaataataag
aaacttctgactagtcaagaacttcagatgcaaaggcagatcagacccaaatcacaaaaa
aatagacgaagactttctgattgtgaaagtacagatgttaaaagagcagggtcacataca
gcacagaattctgacatatttgtaccagaatctgataggtcagattataattgtacagga
ggaactgaggtacttgccaacagtaacagaaaacagttaataaaatgcatgccttctgaa
ccagaaaccataaaagcaaaacatgggtctccagcaactgatgatgcttgccctttgaac
cagtgtgattctgtagtgttaaatggaacagtaccaacaaatgaagtaattgtctccact
tcagaagaccctctgggtggaggtgatccaacagcacgtcatatagagatggcagctttg
aaagaaggagagcctgactccagcagtgatgcagaggaagataacttatttttaacccaa
aatgatcctgaagatatggatttatgttcacaaatggagaatgacaattataaactcatt
gaactaattcatggaaaagatacagttgaggttgaagaagattctgtggcacaagaatgg
ctcaactctccaaatagagagaatttctatcagttgcaagtacgaaaatttcctgccgat
tatataaaatactgggagtttgcagtttatctggaagaatgtgaactggctaaacagctt
tatccaaaggaaaacgatttggtgtttttagctcctgagagaataaatgaagagaagaaa
gatacagagagaaatgacatacaagatctccacgaatatcattctggttatgttcataaa
tttcgccgcacgtcagtcatgcgtaatgggaaaactgagtgttacctttccatccagact
caagagaactttccggccaatttaaacgaacttgtgaattgtattgtaatcagttctctg
gtaactacacaaaggaagttgaaagccatgtctctgttgggtagtcggaaccaactggct
agagctgttctgaatccaaaccctatggacttctgtacaaaagatttactgactacaaca
tctgagagaattattgcgtacttaagagatttcaatgaagatcaaaagaaagcaatagaa
actgcatatgctatggtgaaacactcaccatcagttgccaaaatctgcttgattcatgga
ccacctggaacaggaaaatcaaaaactattgttggcctcctctatcgtctactgacagag
aaccagaggaaggggcattcagacgaaaactccaatgccaaaatcaaacaaaaccgtgtc
ctcgtgtgtgcaccttccaatgcagctgttgatgaactcatgaaaaaaattatccttgaa
ttcaaagaaaaatgtaaagacaagaagaatcctttagaaaaagagttaccttctcatgtt
caggcgatgcataaaagaaaggaatttctagattatcagctggatgagctttcccggcag
cgagctctatgccgaggtggacgggaaatacaggttcaaggacgcccacagaaaacacag
agtatcatcatcttagagtcccatatcatctgctgcacgttgagcacaagtggtggttta
ctacttgagtctgctttccgtgggcaagggggtgtccccttcagctgtgtcattgttgat
gaggctggacagtcttgtgaaattgagactcttactccactcatccatcgctgcaataag
ctcatcctagtaggagatcctaagcagctccctccgacagtcatctctatgaaagcacag
gagtatggctacgaccagtcaatgatggctcgcttctgcagactgctggaagagaatgta
gaacacaacatgatcagcaggctgcccattctacagctcactgttcagtacaggatgcat
ccagacatatgcctcttcccttctaattatgtttataacagaaacttaaaaacaaataga
cagacagaagccattcgatgttcatcagattggccatttcagccataccttgtgtttgat
gttggagatggttcagaaagacgggataatgan

>gi568815589r:132275987_132502821|GENSCAN_predicted_peptide_2|862_aa
MEGESSRFEIHTPVSDKKKKKCSIHKERPQKHSHEIFRDSSLVNEQSQITRRKKRKKDFQ
HLISSPLKKSRICDETANATSTLKKRKKRRYSALEVDEEAGVTVVLVDKENINNTPKHFR
KDVDVVCVDMSIEQKLPRKPKTDKFQVLAKSHAHKSEALHSKVREKKNKKHQRKAASWES
QRARDTLPQSESHQEESWLSVGPGGEITELPASAHKNKSKKKKKKSSNREYETLAMPEGS
QAGREAGTDMQESQPTVGLDDETPQLLGPTHKKKSKKKKKKKSNHQEFEALAMPEGSQVG
SEVGADMQESRPAVGLHGETAGIPAPAYKNKSKKKKKKSNHQEFEAVAMPESLESAYPEG
SQVGSEVGTVEGSTALKGFKESNSTKKKSKKRKLTSVKRARVSGDDFSVPSKNSESTLFD
SVEGDGAMMEEGVKSRPRQKKTQACLASKHVQEAPRLEPANEEHNVETAEDSEIRYLSAD
SGDADDSDADLGSAVKQLQEFIPNIKDRATSTIKRMYRDDLERFKEFKAQGVAIKFGKFS
VKENKQLEKNVEDFLALTGIESADKLLYTDRYPEEKSVITNLKRRYSFRLHIGRNIARPW
KLIYYRAKKMFDVNNYKGRYSEGDTEKLKMYHSLLGNDWKTIGEMVARSSLSVALKFSQI
SSQRNRGAWSKSETRKLIKAVEEVILKKMSPQELKEVDSKLQENPESCLSIVREKLYKGI
SWVEVEAKVQTRNWMQCKSKWTEILTKRMTNGRRIYYGMNALRAKVSLIERVPPKVLKGD
EEKGDMGPFRDACETSGPGPCRLRNRKEQQKPVGSGLAVRLHSLCLTLFQWKNNRVRKYY
HTVELTLAGIGGDIIGTLVTMK

>gi568815589r:132275987_132502821|GENSCAN_predicted_CDS_2|2589_bp
atggaaggagaatcaagcagatttgaaatccacactccagtttctgacaagaaaaagaaa
aagtgttctatacataaggaaagacctcagaaacattcccacgaaattttcagagactcc
tccctggtgaatgaacagtctcaaataactaggaggaaaaagaggaaaaaagatttccag
catctcatttcttctcctttgaaaaaatccagaatctgtgatgagactgcaaatgccact
tccacactcaaaaagagaaaaaagagaagatatagtgctttggaggtggacgaggaagca
ggtgttacagttgtccttgtggataaagaaaatattaacaacacaccaaagcattttaga
aaggatgttgatgttgtttgtgttgatatgagcatagaacagaagttaccaagaaagcct
aaaacagacaaatttcaggtacttgctaagtcacatgcacataaatcagaagccctgcac
agtaaagttagggagaaaaagaataaaaagcatcagaggaaagctgcatcctgggagagc
cagcgggcaagggacaccctgcctcagtcagaatcccaccaggaggagtcctggctttct
gtgggtccagggggtgaaattacagaactaccagcatctgctcataaaaacaagtctaag
aaaaaaaagaaaaagtccagtaaccgggaatatgagacactggccatgcctgaaggatcg
caagcaggcagagaggccgggactgatatgcaggaatcccagcctactgtgggcttggat
gatgaaactccacaactactaggacctactcacaaaaaaaagtctaagaaaaaaaagaag
aaaaagtccaatcaccaggaatttgaggcattggccatgcctgaaggatcacaagtgggc
agtgaggttggggctgatatgcaggaatcccggcctgctgtgggcctgcatggtgaaact
gcaggaataccagcacctgcttataaaaacaagtctaagaaaaaaaagaaaaagtccaat
caccaggaatttgaggcagtggccatgcctgagagcctcgagagtgcataccctgaagga
tcacaggtgggcagtgaggttgggactgtggaaggcagtacagctcttaaagggttcaag
gaatccaacagtacaaagaagaagtctaagaaaaggaagcttacgtctgtcaaaagggca
cgagtgtctggtgatgatttttcagtgcccagtaagaactctgagagcacactctttgat
tcagtagaaggtgatggcgccatgatggaagaaggtgtgaaatctaggccccgacaaaag
aaaacccaggcctgtttggcaagcaagcacgtgcaagaggcgccaaggttagaacctgca
aatgaagaacacaatgtggaaacagctgaagattccgaaataagatacttatctgcagat
tcaggagatgccgatgattcagatgcggatttgggttctgccgtgaaacagcttcaggag
ttcattcctaacatcaaggacagggccaccagcacaatcaagcggatgtaccgggacgac
ttggaacggtttaaggaatttaaagcacaaggtgtcgctattaaatttggcaagttttct
gtaaaggaaaataagcagttagagaaaaatgtggaagactttctagccctgacaggcatt
gagagtgcagacaagctgctgtacacggacagatatcctgaggaaaaatctgtgatcacc
aacttaaaaaggagatactcgtttagattacacattggtaggaacattgcccggccctgg
aaacttatatactatcgagcaaagaagatgttcgatgtcaacaattacaaaggcaggtat
agcgaaggagatactgagaagttaaagatgtaccattctctccttgggaatgactggaag
acgattggtgagatggtggcccgaagtagcctctccgtggccctcaagttctcacagatc
agcagtcaaagaaatcgtggtgcttggagtaagtctgaaacccggaaactaatcaaggct
gtcgaagaagtgattctgaagaagatgtctccccaggagttaaaagaggtggattccaaa
ctccaagaaaatcctgaaagttgcctatcaattgttcgggaaaaactctacaagggcata
tcttgggtagaagtagaagctaaagtgcaaaccagaaattggatgcagtgtaaaagtaag
tggacagaaattctaaccaagaggatgactaatggtcggcgtatctactatggcatgaat
gccctgcgggccaaggtcagccttattgaaagggtcccccctaaagtgttgaagggtgac
gaggaaaagggagacatgggcccgtttcgtgatgcgtgtgagactagtggacctggccca
tgtcgactgaggaacaggaaagagcagcagaagcctgtgggttctggccttgctgtccgc
cttcattccctctgcctcacacttttccagtggaaaaataatcgtgtaaggaagtattac
catacagtcgagttgaccttggcaggcattggaggtgatattataggtactttagtaaca
atgaagtga

>gi568815589r:132275987_132502821|GENSCAN_predicted_peptide_3|262_aa
MQGLLWDVDVQLELRLEKSVNVVLSTVDMEGLEVQSATRGPGDALRIPRGSCIAPGLFAM
RGRRERGAPGSGGVLASEFPPQDPGGPSELQAVPDVGKRAQTSPRAGSPATSRMPEARSS
GPDLTRWRKQQQPVRRTVSQVCPPPRRPLTVADIRSGMENERLGVVRDSMFQNPLIVKPR
FPLMGNQHCCGGHTFPGATGEVRLRLGGQGASLEANLSCAAGGQCAFKNAPRVPGHEMQS
RSALAPGDHAGAAGTHVQARAL

>gi568815589r:132275987_132502821|GENSCAN_predicted_CDS_3|789_bp
atgcaagggctgctctgggatgtggacgtgcagttggagctccgtctggagaagtctgta
aatgtggtgttgtccactgttgatatggaaggccttgaagtccagtctgcaacgcggggc
ccaggagacgccctgaggatcccgcggggctcctgcattgctccggggctctttgcgatg
aggggccggcgcgagcggggcgcgcctggctccggaggggtcctggcatctgagtttccc
cctcaggatcccggtggcccttcggagctccaggctgtgcccgacgtggggaagcgcgcc
caaaccagcccgcgggccggctccccggcgacctcaaggatgccagaggccaggagctcc
ggcccggacctcacgcgatggaggaagcagcagcagcctgtgcgccgcacggtcagccag
gtctgcccgcccccgcggcggcccctgaccgtggcggacatccgttccggcatggagaac
gagcggctgggggtcgtgcgggactccatgtttcagaaccctctcatcgtcaagcctcgc
ttcccgctgatgggaaaccaacactgctgtggcggccacaccttcccgggggccactgga
gaagtcaggctgaggcttgggggtcagggagcaagcctcgaggcgaatttatcttgcgcc
gctggagggcagtgcgcctttaaaaatgcgccccgcgtcccagggcacgagatgcagagc
aggtctgccctggcccctggtgaccatgctggagcagcagggacccacgtccaggctcgt
gctctctga

>gi568815589r:132275987_132502821|GENSCAN_predicted_peptide_4|120_aa
MKWTDAATMGKFSRNSICGEKKMRERRQRWRGLSVKKKSKACRCDREDGAALSAGHGSHP
DGCGHVCTTLLLIFISVCFCLLDCKLFKDKAYIQVWFQVPETCPELPSCKSELFRAMQLT

>gi568815589r:132275987_132502821|GENSCAN_predicted_CDS_4|363_bp
atgaagtggacagatgcagcaacgatgggaaaattcagtcgaaattccatatgtggagaa
aagaagatgcgggaaaggagacaaaggtggagaggcctgtcggtgaagaagaaatcaaaa
gcttgtcgctgcgaccgtgaagatggagctgccctcagtgctgggcatggatcccatcca
gatggctgtggccacgtctgtaccactttgctgttgattttcatctctgtctgcttctgc
ctgctagattgtaagctcttcaaggacaaagcctatatccaggtctggttccaggtccct
gagacctgcccagaactcccttcctgcaaatctgaactcttccgggcaatgcagctcact
tga

>gi568815589r:132275987_132502821|GENSCAN_predicted_peptide_5|129_aa
MPLDNALIDTHSGQLQLAGLCLHCMKPGTLIHQVPGGAQFLELGSWDGDILQSQMPENKC
RIALCTMSAVGTLFPRTRCQTSGFRSGEISAAFSHQGGGDLLQQPQETDTEAMVWGQECM
IRSSQPLVL

>gi568815589r:132275987_132502821|GENSCAN_predicted_CDS_5|390_bp
atgcctttagacaacgctttgattgacacacattcaggtcagctgcagttagcaggattg
tgtctccactgcatgaagccaggcacccttatacaccaagtcccaggaggagcacagttc
ctggaacttgggtcatgggatggggacattctgcaaagccagatgccagagaacaaatgt
cgcattgccctctgcactatgtcggcagttggtactctcttcccaaggacccgatgtcaa
acttctggcttccggagcggtgagatttctgctgccttcagccaccaaggtggtggcgat
ttgctgcagcagccacaagaaacggatacagaggcgatggtttggggccaggaatgcatg
atcaggtcttcccagccgctggtgctgtga

>gi568815589r:132275987_132502821|GENSCAN_predicted_peptide_6|152_aa
MAVSAQAGAVGVLGNLPLYSTWPRIPPRPEIPLSTIQPFRCKYERLIKTNKIIIYPIWGE
SMSDSSQSGNGLNQGINVCKAKIAKSPSYDCAARPTCPHAFNQDGLSKANGAILGGNSGH
GSAAHPSSHSEEHHWWEVIGSAGSMRCSRLDE

>gi568815589r:132275987_132502821|GENSCAN_predicted_CDS_6|459_bp
atggctgtgtccgcccaggctggagccgtgggagtcctcggcaaccttcccctgtattcc
acctggccccggatacctccaaggcctgaaatcccactgtccacaatccagccctttagg
tgcaagtacgaaagattaataaaaacaaataagatcattatttacccaatttggggggaa
tccatgagtgacagcagtcagagtggtaatgggttaaatcaaggaataaatgtttgcaaa
gccaaaattgccaagagcccctcctacgactgtgcagctcggcccacctgcccacacgct
ttcaaccaggatggcctgagcaaagccaacggggccatccttggagggaactcaggccat
ggctctgcagcacatccctccagccactcggaggagcatcactggtgggaggtgattgga
tcagcaggttcaatgcgctgcagcaggttggatgaatga

>gi568815589r:132275987_132502821|GENSCAN_predicted_peptide_7|114_aa
MKAELGKPRERSYSLPGINFNYGLYIRGLDGGVPEAIGRWNVFKQQPTCPHELTRNYIAM
NRGAVKAGLVTARENLLYRQLNDIRISDQDDRRMKKEPPPLPPNMTFGIRARFQ

>gi568815589r:132275987_132502821|GENSCAN_predicted_CDS_7|345_bp
atgaaggctgaactcggcaagccccgggaaagaagctacagtctgcccggcattaatttt
aattatggactctacatccgagggcttgacggaggagtccctgaagccatcggacgctgg
aacgtgttcaagcagcagcccacctgcccccacgagctgacccggaattatatcgcaatg
aaccgcggggcggtgaaagccggcctggtgactgcccgggagaacttgctctaccgtcag
ctcaatgacatccgcatcagtgaccaggatgaccggcgcatgaagaaagagccgccccct
ctccctccaaacatgacatttgggatccgggcacggttccagtga