GENSCAN 1.0	Date run:  5-Nov-116	Time: 23:58:01

Sequence gi568815596f:112546829_112763022 : 216194 bp : 44.83% 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 Intr +    184    351  168  0  0   31   79   164 0.652   9.94
 1.02 Intr +    593    739  147  1  0   91   80    85 0.992   8.43
 1.03 Intr +   2439   2571  133  2  1   70  115    32 0.815   4.32
 1.04 Intr +   4038   4174  137  1  2   54   86    11 0.778  -2.21
 1.05 Intr +   4947   5170  224  2  2   81   44   130 0.859   4.83
 1.06 Intr +   5817   5988  172  0  1  102   94   103 0.998  12.25
 1.07 Intr +  11082  11253  172  2  1  104   98    72 0.999   9.32
 1.08 Intr +  12465  12746  282  1  0   63   71   199 0.857  13.09
 1.09 Intr +  17538  17671  134  1  2   97   86    95 0.999  10.56
 1.10 Intr +  21139  21309  171  0  0   84   99    42 0.961   5.04
 1.11 Intr +  21918  22074  157  2  1   85   82   155 0.999  14.18
 1.12 Intr +  25734  25930  197  1  2   70  115   212 0.608  21.23
 1.13 Intr +  26734  26987  254  0  2  107   97   329 0.995  31.93
 1.14 Intr +  28019  28880  862  2  1   84    1   489 0.020  31.16
 1.15 Intr +  37679  37821  143  1  2  -31   76   193 0.451   5.35
 1.16 Intr +  39146  39286  141  2  0   94   81   190 0.999  18.37
 1.17 Intr +  39372  39537  166  0  1   72   94   257 0.977  24.66
 1.18 Intr +  59273  59415  143  1  2  -15   68   176 0.048   4.45
 1.19 Intr +  61584  61732  149  0  2   31   82    46 0.074  -1.82
 1.20 Intr +  77616  77695   80  1  2   92   64   100 0.037   7.27
 1.21 Intr +  90635  90712   78  1  0   86   60    86 0.807   5.35
 1.22 Intr +  97536  97701  166  2  1   47   78    60 0.412   0.43
 1.23 Intr +  98553  98693  141  1  0   93    2    79 0.109   0.12
 1.24 Intr +  99090  99301  212  1  2  -16  105   130 0.268   2.93
 1.25 Intr +  99959 100334  376  1  1   26  111   404 0.320  31.09
 1.26 Intr + 100496 100636  141  0  0   86   76    15 0.570   0.42
 1.27 Intr + 102604 102635   32  2  2  102  107    -2 0.417   0.95
 1.28 Intr + 105874 105970   97  0  1   61   86    69 0.604   3.58
 1.29 Intr + 110294 110413  120  0  0   63  111    12 0.570   1.47
 1.30 Intr + 111997 112118  122  2  2   74   75    50 0.771   2.51
 1.31 Intr + 112146 112266  121  2  1   77  101    64 0.784   6.67
 1.32 Intr + 112376 112934  559  0  1   46   86   485 0.864  35.99
 1.33 Intr + 113559 113744  186  0  0   97   97    36 0.920   4.20
 1.34 Intr + 114314 114398   85  2  1   63  106    43 0.968   3.42
 1.35 Term + 116036 116197  162  1  0  130   48    66 0.964   4.74
 1.36 PlyA + 116970 116975    6                               1.05

 2.00 Prom + 124841 124880   40                              -4.06
 2.01 Init + 130157 130164    8  1  2   73   64    11 0.060  -3.08
 2.02 Intr + 137180 137312  133  2  1   94   81    57 0.548   6.25
 2.03 Term + 142044 142247  204  2  0   20   48   183 0.933   4.87
 2.04 PlyA + 143089 143094    6                               1.05

 3.04 PlyA - 145096 145091    6                               1.05
 3.03 Term - 146893 146801   93  1  0   98   43    73 0.944   1.63
 3.02 Intr - 147065 146970   96  2  0   44   85    96 0.453   5.11
 3.01 Init - 148618 148586   33  1  0   48   93    79 0.889   2.29
 3.00 Prom - 152870 152831   40                              -4.66

 4.03 PlyA - 154515 154510    6                               1.05
 4.02 Term - 161254 161143  112  0  1   89   53    69 0.822   1.53
 4.01 Init - 164588 164485  104  2  2   65   91    88 0.876   6.51
 4.00 Prom - 170003 169964   40                              -2.46

 5.00 Prom + 170298 170337   40                              -6.46
 5.01 Init + 171072 171163   92  2  2   84  119    25 0.869   5.17
 5.02 Intr + 174990 175063   74  0  2  137   40   139 0.994  13.05
 5.03 Intr + 175158 175275  118  1  1   68   89   282 0.905  25.82
 5.04 Intr + 175355 175450   96  2  0   83   55   227 0.841  18.02
 5.05 Intr + 175670 175761   92  2  2   83   68   101 0.998   7.24
 5.06 Intr + 175886 175943   58  0  1  111   40    99 0.779   5.34
 5.07 Intr + 176253 176346   94  0  1   86  109   163 0.998  18.17
 5.08 Intr + 176590 176640   51  0  0   82   76    86 0.981   5.90
 5.09 Intr + 176891 176974   84  1  0   61   82    95 0.977   6.22
 5.10 Intr + 177266 177298   33  1  0   86  105    48 0.893   4.72
 5.11 Intr + 177953 178078  126  1  0   44   78    67 0.658   2.18
 5.12 Intr + 178346 178412   67  1  1   94   66    51 0.915   1.98
 5.13 Intr + 178554 178724  171  1  0   39   84   230 0.995  17.61
 5.14 Intr + 179410 179461   52  2  1   82   44    60 0.884  -1.03
 5.15 Intr + 179850 179910   61  0  1   70   75    72 0.813   2.84
 5.16 Term + 180971 181183  213  1  0   45   47   334 0.837  22.23
 5.17 PlyA + 183959 183964    6                               1.05

 6.09 PlyA - 184578 184573    6                               1.05
 6.08 Term - 192220 191995  226  0  1  102   28   120 0.879   3.65
 6.07 Intr - 194179 193990  190  2  1   53   87    98 0.885   4.84
 6.06 Intr - 195941 195878   64  2  1   97   74    30 0.984   0.79
 6.05 Intr - 199747 199592  156  1  0   84   79   108 0.987   9.71
 6.04 Intr - 205646 205439  208  1  1   67   98   119 0.982   9.88
 6.03 Intr - 210386 209149 1238  2  2  103   75   433 0.967  30.80
 6.02 Intr - 213936 213885   52  2  1   95   84    27 0.842   1.91
 6.01 Intr - 215741 215675   67  0  1   67   89    47 0.513   0.66

Suboptimal exons with probability > 0.800

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

S.001 Term +  28019  28901  883  2  1   84   32   508 0.974  36.79


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815596f:112546829_112763022|GENSCAN_predicted_peptide_1|2209_aa
AIPPFEFAFKDERISFTILDAVISPPTVPKGTICKEANVYPAECRGRRSTYRGKLTADIN
WAVNGISKGIIKQFLGYVPIMVKSKLCNLRNLPPQALIEHHEEAEEMGGYFIINGIEKVI
RMLIMPRRNFPIAMIRPKWKTRGPGYTQYGVSMHCVREEHSAVNMNLHYLENGTVMLNFI
YRKELFFLPLGFALKALVSFSDYQIFQELIKGKEDDSFLRNSVSQMLRIVMEEGCSTQKQ
VLNYLGECFRVKLNVPDWYPNEQAAEFLFNQCICIHLKSNTEKFYMLCLMTRKLFALAKG
ECMEDNPDSLVNQEVLTPGQLFLMFLKEKLEGWLVSIKIAFDKKAQKTSVSMNTDNLMRI
FTMGIDLTKPFEYLFATGNLRSKTGLGLLQDSGLCVVADKLNFIRYLSHFRCVHRGADFA
KMRTTTVRRLLPESWGFLCPVHTPDGEPCGLMNHLTAVCEVVTQFVYTASIPALLCNLGV
TPIDGAPHRSYSECYPVLLDGVMVGWVDKDLAPGIADSLRHFKVLREKRIPPWMEVVLIP
MTGKPSLYPGLFLFTTPCRLVRPVQNLALGKEELIGTMEQIFMNVAIFEDEVFAGVTTHQ
ELFPHSLLSVIANFIPFSDHNQSPRNMYQCQMGKQTMGFPLLTYQDRSDNKLYRLQTPQS
PLVRPSMYDYYDMDNYPIGTNAIVAVISYTGYDMEDAMIVNKASWERGFAHGSVYKSEFI
DLSEKIKQGDSSLVFGIKPGDPRVLQKLDDDGLPFIGAKLQYGDPYYSYLNLNTGESFVM
YYKSKENCVVDNIKVCSNDTGSGKFKCVCITMRVPRNPTIGDKFASRHGQKGILSRLWPA
EDMPFTESGMVPDILFNPHGFPSRMTIGMLIESMAGKSAALHGLCHDATPFIFSEENSAL
EYFGEMLKAAGYNFYGTERLYSGISGLELEADIFIGVVYYQRLRHMVSDKFQVRTTGARD
RVTNQPIGGRNVQGGIRFGEMERDALLAHGTSFLLHDRLFNCSDRSVAHVCVKCGSLLSP
LLEKPPPSWSAMRNRKYNCTLCSRSDTIDTVSVPYVFRYFVAELAAMNIKISPKGNGVVS
SIGYRKKPGWAGRRHDNRYRKRRVVPPGQPYAGKGLEMQAALEVTARYCGRELEQYGQCV
AAKPESWQRDCHYLKMSIAQCTSSHPIIRQIRQACAQPFEAFEECLRQNEAAVGNCAEHM
RRFLQCAEQVQPPRSPATVELCNIISHDQPTVTTKLLADAGGPIEQHIPPRLDKQKVPTA
PLWTAVTCSGKHVYIVQFCYIGIHVPWWFAAPINPSPTLGISPNVIPPLAPDPLTGPDHL
IKASKVVINVDPGYKLKMMNSLEAIIKEGVQEDLYAVTCKGIKNKLRNPMNTKDFEQIIP
FTQCFHNLEVKVEGAVRFKVPGLHYGVSAPGYELSFSDRPWDLQLCEGQCQAKDKSQVQQ
RARTGSGAPGRKISRSVTRQRDGCGHRARQVLRAGGVLRWSDGCRRSLRGSSSRPLKPPR
LLPGKVVSPAELSPVPPTRAVCPWLQPLSPRSPRLPLRPPFSLALSSSLTKQPLLQRMAT
LITSTTAATAASGPLVDYLWMLILGFIIAFVLAFSVGANDVANSFGTAVGSGVVTLKQAC
ILASIFETVGSVLLGAKVSETIRKGLIDVEMYNSTQGLLMAGSVSAMFGSAVWQLVASFL
KLPISGTHCIVGATIGFSLVAKGQEGVKWSELIKIGVKFQENILRLADPVPNGLRALPVF
YACTVGINLFSIMYTGAPLLGFDKLPLWGTILISVGCAVFCALIVWFFVCPRMKRKIERE
IKCSPSESPLMEKKNSLKEDHEETKLSVGDIENKHPVSEAVVEERTVSFKLGDLEEAPER
ERLPSVDLKEETSIDSTVNGAVQLPNGNLVQFSQAVSNQINSSGHYQYHTVHKDSGLYKE
LLHKLHLAKVGDCMGDSGDKPLRRNNSYTSYTMAICGMPLDSFRAKEGEQKGEEMEKLTW
PNADSKKRIRMDSYTSYCNAVSDLHSASEIDMSVKAEMGLGDRKGSNGSLEEWYDQDKPE
VSLLFQFLQILTACFGSFAHGGNDVSNAIGPLVALYLVYDTGDVSSKVATPIWLLLYGGV
GICVGLWVWGRRVIQTMGKDLTPITPSSGFSIELASALTVVIASNIGLPISTTHCKVGSV
VSVGWLRSKKAVDWRLFRNIFMAWFVTVPISGVISAAIMAIFRYVILRM

>gi568815596f:112546829_112763022|GENSCAN_predicted_CDS_1|6630_bp
gctatacctccctttgaatttgctttcaaagatgagcgtatctcttttactattctggat
gctgttatcagtccacctacagttccaaaagggaccatctgcaaagaggccaatgtttat
ccagcagaatgccggggccgaaggagtacctaccgtgggaagttgacagctgatatcaac
tgggcagtgaatggaatctcaaaaggaatcattaagcagtttcttggctatgttcccatc
atggtgaaatccaagctttgcaacttacgtaaccttcccccacaagccctcattgagcac
catgaggaggcagaggaaatggggggctattttataatcaatggcattgaaaaagtcatc
cgaatgttgattatgcctcggagaaattttcccattgcaatgataagaccaaaatggaaa
accagagggcctggttatactcagtatggagtttcaatgcactgtgtgagggaagaacat
tccgctgtcaatatgaacctccactacttggaaaatggcactgttatgttgaactttatt
taccgaaaagaactgttctttcttcctttgggatttgcacttaaggcacttgtcagcttt
tctgattatcagatctttcaggagctcatcaaaggaaaagaggatgattctttccttagg
aactctgtttctcagatgttaaggattgtaatggaagagggttgttcgacacaaaaacag
gtccttaactacctaggtgaatgcttcagagtaaaactcaatgttcctgactggtaccca
aatgagcaagctgcggagttcctgtttaaccagtgcatctgtatccacttgaaatccaat
actgaaaagttttatatgctttgtctcatgacgcgaaagctctttgctttagccaaagga
gagtgcatggaggacaatcctgatagtttggtgaaccaggaagtcctcacaccgggtcag
ctcttccttatgttcctgaaggaaaaactggaaggttggttagtgtctattaaaatagct
tttgataagaaggctcagaagaccagtgtttccatgaacactgacaatttgatgaggatt
tttacaatgggcatagaccttacaaaaccatttgaatacctttttgctactgggaatctg
cgttctaaaacaggtcttggcctcctacaagattctggactttgtgttgtggctgacaag
ctgaacttcatacgctacctctcccatttccgctgcgtgcacagaggggctgattttgcc
aagatgaggaccaccacagtacgcaggctgctgccagagtcctggggcttcctttgtccc
gtgcataccccagacggggagccctgtggcctgatgaaccacctaactgccgtatgtgag
gttgtcacacagtttgtgtatacggcatctattccagctttactgtgcaacttgggggtc
actcccattgatggagctccccaccgatcatacagtgagtgctaccctgtcctgctggac
ggtgtcatggttggctgggtggataaggatcttgctccaggcatcgcagattctcttcgt
cattttaaggtgttgagagagaaaagaattcctccctggatggaagtggtccttataccc
atgacaggaaaaccaagtctgtacccaggattgttcctttttaccactccttgtagactg
gtacggcctgtgcagaacttagcattgggcaaagaagagctaattggaactatggaacag
atcttcatgaatgtcgctatctttgaggatgaagtttttgctggagttaccacacaccag
gaactctttccacacagcctgctgagtgtgattgccaacttcatccctttctctgatcac
aaccagagtccacggaacatgtaccaatgccagatgggtaagcaaactatgggctttcca
cttctcacttatcaagaccgatcggataacaaactgtatcgtcttcagactcctcagagt
cccttggtgagaccctccatgtatgattattatgacatggataactatccaattgggacc
aatgccatcgttgctgtgatttcttacactggctatgatatggaagatgccatgattgtg
aataaggcctcttgggaacgaggctttgcccatggaagtgtctacaagtctgagttcata
gacctctctgaaaaaattaaacaaggagatagtagcctggtgtttggcatcaaacctggt
gacccacgcgttctgcagaagttagatgacgatggattgccgtttataggagcaaaactg
cagtacggagatccgtattacagctacctcaacctcaacaccggggaaagttttgtgatg
tactataagagtaaagaaaattgtgttgtggataacatcaaagtgtgcagtaatgacact
gggagtggaaaattcaagtgtgtttgcatcactatgagagtgcctcggaacccaactatc
ggagataaatttgccagtcgccatgggcagaagggcattttaagcagattgtggccggct
gaggacatgccttttactgagagtgggatggtcccagacattctgttcaatccccatggt
tttccatcccgcatgaccattgggatgttaattgagagtatggccgggaagtctgcagct
ttgcatggtctctgccatgatgctacacccttcatcttctcagaggagaactcggcctta
gaatactttggtgagatgttaaaggctgctggctacaatttctatggcaccgagaggtta
tatagtggcatcagtgggctagaactggaagcagacatcttcataggagtggtttattat
cagcgcttacgccatatggtctcagacaaatttcaagtaaggacaactggagcccgagac
agagtcaccaaccagcctattgggggaagaaatgtccagggtggaatccgttttggggag
atggaacgggatgcgcttttagctcatggtacatcttttctccttcatgaccgcctcttc
aactgctcagatcggtcggtagcccatgtgtgtgtgaagtgtggcagtttactctctcca
ctgttggagaagccacccccttcttggtctgccatgcgcaacagaaaatacaactgtact
ctgtgtagtcgcagtgacactatcgatactgtttctgtgccttatgtttttcggtatttt
gtagctgaactggcagctatgaacatcaaaattagtcctaaagggaacggggttgttagt
tcaattggctaccggaaaaaaccaggctgggctgggcgccgccatgacaaccgataccgg
aaaaggcgggtcgttccccccggacagccctacgccggcaaaggtctcgagatgcaggcg
gccctagaggtcaccgctcgctactgtggccgggagctggagcagtatggccagtgtgtg
gcggccaagccggaatcctggcagcgggactgtcactaccttaagatgagcattgcccag
tgcacatcctcccacccaatcatccgccagatccgccaggcctgtgctcagccttttgag
gccttcgaggagtgtcttcgacagaacgaggcagctgtgggcaactgtgcagagcatatg
cgccgcttcctgcagtgcgctgagcaggtgcagccgccacgctcacctgcaactgtggag
ctctgtaacatcatctcccacgatcagcccacagtcaccaccaagcttcttgctgatgct
ggtggccccattgaacagcacattcctcctcgtttggataaacagaaggtgcccacggct
cccctgtggactgcggtgacctgttctggcaaacatgtgtacatcgtgcagttttgttac
ataggtatacacgtgccctggtggtttgctgcacccatcaacccgtcacctacattaggt
atttctcctaatgttatccctcctctagcccccgaccccctgacaggccccgaccactta
attaaagccagcaaagtagtcatcaacgttgacccaggatataagctgaagatgatgaac
agccttgaggcaataataaaagaaggcgtgcaagaagatctatatgcagtgacgtgcaaa
ggtatcaagaacaagttgcgaaaccccatgaacactaaggactttgaacagatcatccct
tttactcaatgttttcataaccttgaagtgaaggtggagggagcagtacgttttaaggtg
ccaggattacactacggggtcagtgctcccggatatgaactttctttttcagaccgacct
tgggacctacagctttgcgagggacagtgccaggccaaggacaagtcacaggtgcaacaa
cgtgccagaactggatccggagccccagggcgcaagatctcccgcagcgtcacccggcag
agggacgggtgtggccaccgggcgcggcaggtcctgcgggccggcggggtgctccgctgg
agtgatggctgccggcgctctctgcgtggttcttcttctcggccgctgaaacccccgcgg
ctgcttcctgggaaggtcgtgagtcccgctgagctgtccccggtgccgccgacccgggcc
gtgtgcccgtggctccagccgctgtcgcctcgatctcctcgtctcccgctccgccctccc
ttttccctggcgctcagtagttctcttactaaacaaccactactccagagaatggcaacg
ctgattaccagtactacagctgctaccgccgcttctggtcctttggtggactacctatgg
atgctcatcctgggcttcattattgcatttgtcttggcattctccgtgggagccaatgat
gtagcaaattcttttggtacagctgtgggctcaggtgtagtgaccctgaagcaagcctgc
atcctagctagcatctttgaaacagtgggctctgtcttactgggggccaaagtgagcgaa
accatccggaagggcttgattgacgtggagatgtacaactcgactcaagggctgctgatg
gccggctcagtcagtgctatgtttggttctgctgtgtggcaactcgtggcttcgtttttg
aagctccctatttctggaacccattgtattgttggtgcaactattggtttctccctcgtg
gcaaaggggcaggagggtgtcaagtggtctgaactgataaaaattggagttaaatttcaa
gaaaatatccttagactggcagatccagttcctaatggtttgcgagctttgccagttttc
tatgcctgcacagttggaataaacctcttttccatcatgtatactggagcaccgttgctg
ggctttgacaaacttcctctgtggggtaccatcctcatctcggtgggatgtgcagttttc
tgtgcccttatcgtctggttctttgtatgtcccaggatgaagagaaaaattgaacgagaa
ataaagtgtagtccttctgaaagccccttaatggaaaaaaagaatagcttgaaagaagac
catgaagaaacaaagttgtctgttggtgatattgaaaacaagcatcctgtttctgaggct
gtggtggaggagagaacagtctcattcaaacttggagatttggaggaagctccagagaga
gagaggcttcccagcgtggacttgaaagaggaaaccagcatagatagcaccgtgaatggt
gcagtgcagttgcctaatgggaaccttgtccagttcagtcaagccgtcagcaaccaaata
aactccagtggccactaccagtatcacaccgtgcataaggattccggcctgtacaaagag
ctactccataaattacatcttgccaaggtgggagattgcatgggagactccggtgacaaa
cccttaaggcgcaataatagctatacttcctataccatggcaatatgtggcatgcctctg
gattcattccgtgccaaagaaggtgaacagaagggcgaagaaatggagaagctgacatgg
cctaatgcagactccaagaagcgaattcgaatggacagttacaccagttactgcaatgct
gtgtctgaccttcactcagcatctgagatagacatgagtgtcaaggcagagatgggtcta
ggtgacagaaaaggaagtaatggctctctagaagaatggtatgaccaggataagcctgaa
gtctctctcctcttccagttcctgcagatccttacagcctgctttgggtcattcgcccat
ggtggcaatgacgtaagcaatgccattgggcctctggttgctttatatttggtttatgac
acaggagatgtttcttcaaaagtggcaacaccaatatggcttctactctatggtggtgtt
ggtatctgtgttggtctgtgggtttggggaagaagagttatccagaccatggggaaggat
ctgacaccgatcacaccctctagtggcttcagtattgaactggcatctgccctcactgtg
gtgattgcatcaaatattggccttcccatcagtacaacacattgtaaagtgggctctgtt
gtgtctgttggctggctccggtccaagaaggctgttgactggcgtctctttcgtaacatt
tttatggcctggtttgtcacagtccccatttctggagttatcagtgctgccatcatggca
atcttcagatatgtcatcctcagaatgtga

>gi568815596f:112546829_112763022|GENSCAN_predicted_peptide_2|114_aa
MASSFPPGLPDDPGDRLPGPIRRPFSYQPQAAMRLLVPPNVQLPDSKWGALAGGIVWRWK
VDLPTAIVGVPSLSLLFMMLLICLPVGMNIKFRKQNEASGQPTPLCPPDEDALS

>gi568815596f:112546829_112763022|GENSCAN_predicted_CDS_2|345_bp
atggccagctccttcccgccaggtttaccagatgaccctggagataggcttccaggtcct
atcaggcgccctttctcctatcagcctcaggcagctatgcgcctgctggtcccacccaat
gtgcaactccctgactcgaagtggggggcactcgccggaggcatcgtctggaggtggaaa
gtggatctgccgacagccatcgtgggtgttccgtccttgagtctgcttttcatgatgtta
ctcatctgtttgcctgtggggatgaacatcaaattccgaaaacaaaatgaagccagtggc
cagcccacaccgctgtgccctcctgatgaagatgccctgagctag

>gi568815596f:112546829_112763022|GENSCAN_predicted_peptide_3|73_aa
MTAPLHSAWATQLQMYSNGHLCACSAFLPRFHEDMAGGFGDREPHFRVIPSLAHFDPFSR
QQERPDVDERIGV

>gi568815596f:112546829_112763022|GENSCAN_predicted_CDS_3|222_bp
atgacggctccgctgcactcggcctgggccacgcaactacagatgtacagcaacgggcac
ctctgcgcctgctccgctttcctgcctcgtttccatgaagacatggctgggggctttggg
gacagggagcctcacttccgggtcattccttccctcgcccactttgacccattctccaga
cagcaggagagacctgatgtggatgagagaattggtgtttag

>gi568815596f:112546829_112763022|GENSCAN_predicted_peptide_4|71_aa
MRDVASASMAAKDRAPGPLERDRKRGKNGAPGTTSAVITAQLLYQRTADPDQTEDTASKE
PDPQSRLVLCD

>gi568815596f:112546829_112763022|GENSCAN_predicted_CDS_4|216_bp
atgagagatgttgcatcggcatctatggcagctaaagatcgagcaccaggacccttggag
agggacagaaagagaggcaagaacggagccccgggaacaaccagtgctgtgattacagct
cagcttctttatcaacggacagctgatccagatcaaacagaggacactgcgagcaaggaa
ccagatcctcagagccgtctggtgctttgtgactga

>gi568815596f:112546829_112763022|GENSCAN_predicted_peptide_5|493_aa
MGRGGFAYRLRIRMLAPSCLGSVPLCHLSAWIFVNRSLALGKIRCFGFDMDYTLAAYKSP
AYEALTFELLLERLVCIGYPHEILRYTYDPTFPTRRLVFDELYGNLLKVDAHGNVLLGAY
GFTFLSEAEIWSFYPSKFIQRDDLQCFYILNMLFNLPETYLYACLVDFFSGCSRYTNCDT
GYQHGNLFMSFRSLFQDVTDAMNNIHQSGCLKKTLEDLEKYVKKDPRLPILLGKMKEVGK
VFLATNSSYNYTNAIMTYLFSISEAEASGRPWRSYFDLIVVDTQKPHFFAEGLVLRQVNT
VMAGAEDSGKLHVGTYTGPHQHCAVYSGGSSDMVCELLGVRGMDILYIGDHIFGDILKSK
KRQGWRTCLVVPELSWELDIWAQEKERLEELKRLDTHLADIYQHMDGSSCELQVINFTKR
EIQRVTQELDLCYSTMGSLFRCGFRQTLFSSQLMRYADLYTAACLDLLYFRVSSALSGGP
GVGGSLRNLHGCL

>gi568815596f:112546829_112763022|GENSCAN_predicted_CDS_5|1482_bp
atgggcagaggcggttttgcctaccgattaagaatacggatgctggcacccagctgcctg
ggctcagtcccactctgccatttatcagcctggatttttgtcaaccgcagcctggcgctg
gggaagattcgttgctttggcttcgacatggactacactctggctgcctacaagtcccca
gcttatgaggccctgaccttcgagctgctgctggagcgcctggtgtgcattgggtacccg
catgagatcctgcgctacacctacgaccccaccttccccaccaggcggctggtgttcgat
gaactctatgggaacctgctgaaggtggacgcccacgggaatgtgctgctgggtgcctat
ggcttcaccttcctctcggaggcagagatctggagcttctaccccagcaagttcattcag
agggacgacctgcagtgtttctacatactcaacatgctcttcaacctgcctgaaacctac
ctctatgcctgcttggtggacttcttctctggctgctcccgttacactaattgtgacacc
ggctatcagcatgggaacctcttcatgtccttccgaagcctcttccaggatgtgactgat
gccatgaataacatccaccagtcgggctgtctcaagaagaccctggaggacttggagaaa
tatgtgaagaaggatccacgcctccccatcctgctggggaagatgaaggaggttgggaaa
gtgtttctggccaccaacagcagctacaactacaccaatgccatcatgacctacctgttc
agcatcagtgaggctgaagcctcgggcaggccctggaggtcctactttgacctgatcgtg
gtggacacgcagaagccccacttctttgcagaggggttggtcctgaggcaggtcaacacg
gtaatggcaggtgcagaggactcaggaaagctccacgtgggcacctacacagggccccac
cagcactgtgctgtctactctggaggctcttcggacatggtgtgcgagctgcttggggtt
cgggggatggacatcctgtacattggggaccacatttttggggacattctcaagtccaag
aagcgtcagggctggcggacttgcctggtggttcctgagctgtcctgggagctggacatc
tgggcccaggagaaggagcggttggaggagctgaagagactggacacgcacctggcagac
atataccagcacatggatgggagcagttgtgagctgcaagtcatcaacttcaccaagaga
gagatccagagggtcacccaggagctggacctgtgctacagcaccatgggcagcttgttc
cgctgcggtttccgccagacactcttctccagccagctgatgcgctatgccgacctctac
actgccgcctgcctcgacctcctgtacttccgagtgagctcagctctctcgggcggcccc
ggagttggtgggtccctgcggaatctccacggctgtttgtga

>gi568815596f:112546829_112763022|GENSCAN_predicted_peptide_6|733_aa
XERQRKLQEYLAAKGKLKSQNTKPYLKSKNNCQNQPPSKSTIRPKNDVTNHVVLPVKPKR
SISIKLQPRPPNTAGSQKPKLEPPKLLGKRLTSECVSSNPYSKPSSKSFQQCEAGSSTTG
ELSRKPVGSLNIEQLKTTKQQLTDQGNGKCIDFMNNIHVENESLDNFLKETNKENLLDIL
TEPERKPDPKLYTRSKPKTDSYNQTKNSLVPKQALGKSSVNSAVLKDRVNKQFVGETQSR
TFPVKSQQLSRGADLARPGVKPSRTVPSHFIRTLSKVQSSKKPVVKNIKDIKVNRSQYER
PNETKIRSYPVTEQRVKHTKPRTYPSLLQGEYNNRHPNIKQDQKSSQVCIPQTSCVLQKS
KAISQRPNLTVGRFNSAIPSTPSIRPNGTSGNKHNNNGFQQKAQTLDSKLKKAVPQNHFL
NKTAPKTQADVTTVNGTQTNPNIKKKATAEDRRKQLEEWQKSKGKTYKRPPMELKTKRKV
IKEMNISFWKSIEKEEEEKKAQLELSSKINNTLTECLNLIEGGVPSNEILNILSSIPEAE
KFAKFWICKAKLLASKGTFDVIGLYEEAIKNGATPIQELRKVVLNILQDSNRTTEGITSD
SLVAETSITSVEELAKKMESVKSCLSPKEREQVTATPRIAKAEQHNYPGIKLQIGPIPRI
NGMPEVQDMKFITPVRRSSRIERAVSRYPEMLQEHDLVVASLDELLEVEETKCFIFRRNE
ALPVTLGFQTPES

>gi568815596f:112546829_112763022|GENSCAN_predicted_CDS_6|2202_bp
naagagcggcagagaaagcttcaggagtaccttgcagccaagggaaaactgaagagccaa
aacaccaagccttatctaaaatccaagaataattgccagaatcaaccaccttctaaatct
actattagacccaaaaatgatgttaccaaccatgttgttttgcctgtcaaacctaaaagg
tccatcagcattaaactccagcccagaccacctaatactgcagggtcccagaagccgaag
ttggagccaccaaaacttctgggcaaaaggctgacttcagaatgtgtttcttctaaccca
tactctaagccttctagcaagagttttcaacagtgtgaagctggatcgtccacaacagga
gaactgtcaagaaaacctgtggggtcacttaatatagagcaattgaaaactacaaagcag
cagttaacagatcaaggaaatggtaaatgtatagactttatgaataatatccatgttgaa
aacgaatctttggataactttctaaaagaaacaaacaaagagaacttgctcgatatctta
acagaacctgagaggaagccagatcctaaattatataccagaagtaagccaaagactgac
tcttataatcaaaccaagaacagtttagttcctaaacaagccttgggcaaaagttcagtt
aatagtgctgttctgaaagatagggttaataaacaatttgttggagaaacacaaagcagg
actttcccagtaaaatcacagcaactctctagaggagcagatcttgcaagaccaggagta
aaaccctcaaggacggttccctctcactttattcggacccttagtaaagttcagtcatca
aagaaaccagtagtcaagaacatcaaagatataaaggttaataggagtcaatatgaaaga
ccaaatgaaactaagatacggtcataccctgttactgaacagagagtgaagcacaccaaa
cccagaacataccccagtttgcttcagggtgaatataacaacagacatccaaacatcaag
caagatcagaagtccagccaagtttgtatacctcagacatcatgtgtactgcaaaagtca
aaagccataagccagaggcctaatttgacagttggcagatttaattcagccattccaagc
acccctagcataagaccaaatggaaccagtggtaataaacataacaataatggctttcag
caaaaagcacagactttggactccaagttgaaaaaggctgttccccagaaccattttctg
aacaagacagctcccaaaactcaagctgatgtcacaaccgtaaatgggacccaaacaaac
ccaaatattaaaaagaaggcaacagcagaggatcgaaggaaacaactagaagaatggcag
aaatctaagggaaaaacctataaacggcctcctatggaacttaaaacaaaaagaaaagta
ataaaggaaatgaatatttcattctggaagagcattgaaaaagaagaggaagaaaagaaa
gcacaactcgaactgtccagtaaaattaacaacactctgacagaatgtctgaacctcatc
gaagggggtgtaccttctaatgaaatacttaacatattgtccagcattcctgaagctgaa
aaatttgctaaattctggatctgcaaagcaaagttgttggcaagtaaaggcacctttgat
gttattgggctatatgaagaggccattaaaaatggggcaacaccaatacaagagttgcgg
aaagttgttcttaatatcttgcaagactcaaacagaaccacagaagggattacttctgac
tctttagttgctgaaactagtataacatcagtggaagagctggccaagaagatggaatct
gtgaagtcttgtctttctccaaaagagagggaacaagtcacggcgacaccccgaatagcc
aaggcagaacagcataattatcctggtatcaaattacagattggtccaatccctagaata
aatgggatgccggaagtgcaagacatgaaatttatcactcctgtacggcgttcgtcgagg
attgagcgagcagtgtcccgctacccagaaatgctgcaggaacacgatttagtagtggct
tctcttgatgaactgttagaagtggaagaaacaaaatgttttatattccgtagaaatgag
gcgctgcctgtaacattggggtttcaaacccctgaatcataa