GENSCAN 1.0	Date run:  4-Nov-116	Time: 08:27:35

Sequence gi568815593r:112927305_113251423 : 324119 bp : 42.00% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.00 Prom +  19552  19591   40                              -3.15
 1.01 Sngl +  28508  28831  324  1  0   57   45   149 0.219   3.25
 1.02 PlyA +  30057  30062    6                               1.05

 2.05 PlyA -  30620  30615    6                               1.05
 2.04 Term -  42869  42858   12  2  0  112   47    18 0.272  -2.67
 2.03 Intr -  46507  46394  114  1  0   79   77    73 0.752   5.02
 2.02 Intr -  46939  46841   99  1  0   89   85    75 0.975   6.69
 2.01 Init -  47486  47394   93  2  0   87  116   140 0.834  17.13
 2.00 Prom -  47568  47529   40                              -8.05

 3.00 Prom +  47838  47877   40                             -13.59
 3.01 Init +  47974  48046   73  0  1   55  100    63 0.735   5.48
 3.02 Term +  49541  49926  386  0  2   42   38   413 0.758  25.77
 3.03 PlyA +  51377  51382    6                               1.05

 4.00 Prom +  55577  55616   40                              -9.45
 4.01 Init +  56809  57013  205  0  1   18    2   206 0.584   4.06
 4.02 Intr +  64850  64944   95  0  2   71   82   124 0.751   8.86
 4.03 Intr +  65368  65466   99  0  0   90  107    31 0.957   4.59
 4.04 Intr +  73780  73932  153  0  0   90   79   187 0.994  17.35
 4.05 Intr +  74053  74165  113  0  2  116   89    17 0.994   2.86
 4.06 Intr +  74263  74370  108  1  0   66   88   110 0.962   7.28
 4.07 Intr +  76638  76773  136  0  1   25  113    86 0.894   4.45
 4.08 Intr +  85706  85739   34  1  1   86   88   -16 0.195  -4.92
 4.09 Term +  86017  86180  164  2  2   83   44   109 0.293   3.12
 4.10 PlyA +  87208  87213    6                               1.05

 5.05 PlyA -  87557  87552    6                               1.05
 5.04 Term -  91433  91254  180  2  0   29   46   163 0.297   2.83
 5.03 Intr - 100178 100076  103  1  1   73   61   146 0.858   9.66
 5.02 Intr - 101752 101630  123  0  0   46   98   194 0.998  14.98
 5.01 Init - 107546 107506   41  2  2   73  110    63 0.841   6.71
 5.00 Prom - 109831 109792   40                              -6.35

 6.17 PlyA - 111926 111921    6                               1.05
 6.16 Term - 113842 113725  118  0  1   80   39    75 0.095  -1.17
 6.15 Intr - 116326 116226  101  1  2   62  111   115 0.133   9.19
 6.14 Intr - 121995 121789  207  0  0  114   97   331 0.875  34.95
 6.13 Intr - 123607 123266  342  1  0   83   65    93 0.512   1.20
 6.12 Intr - 125949 125719  231  0  0  -38   42   218 0.249   1.65
 6.11 Intr - 126655 126421  235  0  1   88   95   293 0.682  26.77
 6.10 Intr - 127706 127529  178  0  1    6   -8   166 0.442  -3.14
 6.09 Intr - 131126 130956  171  0  0   31   53   178 0.484   7.59
 6.08 Intr - 131524 131409  116  0  2  102   26    70 0.037   1.37
 6.07 Intr - 132496 132042  455  1  2   46  -11   289 0.028   5.93
 6.06 Intr - 133423 133408   16  0  1  101   75    29 0.657  -2.47
 6.05 Intr - 134041 133916  126  0  0   56   31   103 0.420   0.27
 6.04 Intr - 136863 136680  184  1  1   76   95   314 0.998  28.82
 6.03 Intr - 140948 140776  173  1  2   47  119   114 0.824   9.06
 6.02 Intr - 143930 143790  141  1  0   81   96   102 0.517   8.85
 6.01 Init - 146103 146036   68  0  2   55   56    45 0.062  -1.40
 6.00 Prom - 146248 146209   40                             -10.45

 7.00 Prom + 146687 146726   40                              -9.05
 7.01 Init + 147999 148203  205  2  1   83   39   171 0.223  10.76
 7.02 Term + 149934 150658  725  1  2   44   38   297 0.470  12.95
 7.03 PlyA + 150732 150737    6                               1.05

 8.00 Prom + 151097 151136   40                             -11.44
 8.01 Sngl + 151509 152045  537  2  0   68   47   230 0.376  12.73
 8.02 PlyA + 152269 152274    6                               1.05

 9.21 PlyA - 153060 153055    6                               1.05
 9.20 Term - 155704 155552  153  1  0   76   55   108 0.760   3.24
 9.19 Intr - 156886 156797   90  1  0   77   84    55 0.811   3.27
 9.18 Intr - 158006 157860  147  2  0   11  113   203 0.922  14.61
 9.17 Intr - 174641 174435  207  2  0   90   84   341 0.908  32.25
 9.16 Intr - 177051 176888  164  1  2   92   69   216 0.985  18.87
 9.15 Intr - 179209 178789  421  1  1  -11   68   377 0.498  18.39
 9.14 Intr - 185225 184964  262  1  1  -15   45   198 0.131   1.77
 9.13 Intr - 187144 186979  166  2  1   71   33   105 0.280   1.40
 9.12 Intr - 189930 189808  123  1  0   36  110    83 0.857   4.94
 9.11 Intr - 195522 195380  143  2  2   71   92   170 0.849  14.78
 9.10 Intr - 210660 210545  116  0  2   65   76   116 0.672   6.43
 9.09 Intr - 213232 213181   52  0  1   86   82    54 0.695   2.59
 9.08 Intr - 216056 215914  143  2  2   94  101   246 0.723  24.73
 9.07 Intr - 224118 224005  114  0  0  120  110   127 0.999  17.82
 9.06 Intr - 228028 227709  320  2  2   62   73   122 0.049   2.85
 9.05 Intr - 243718 243592  127  1  1   25   67   106 0.227   1.53
 9.04 Intr - 254701 254544  158  2  2   41  110   133 0.987   9.61
 9.03 Intr - 255574 255425  150  2  0   25   80   112 0.102   3.31
 9.02 Intr - 263623 263562   62  0  2  100   52    39 0.193  -1.04
 9.01 Init - 264096 263864  233  0  2   62  115    78 0.195   5.69
 9.00 Prom - 265187 265148   40                              -4.35

10.10 PlyA - 265630 265625    6                               1.05
10.09 Term - 273150 272998  153  0  0   75   50    82 0.073   0.04
10.08 Intr - 275875 275677  199  0  1  110   28    96 0.053   4.23
10.07 Intr - 276216 276077  140  0  2   35   56   106 0.016   0.44
10.06 Intr - 282853 282751  103  0  1   96   81    36 0.302   2.96
10.05 Intr - 285980 285640  341  2  2   75  103   154 0.850   8.95
10.04 Intr - 286416 286241  176  1  2   36   34   119 0.676   0.04
10.03 Intr - 287852 287735  118  2  1   27  110   112 0.725   6.42
10.02 Intr - 298409 298249  161  0  2   47   59   103 0.216   2.09
10.01 Intr - 309408 309283  126  1  0   94   87    40 0.124   4.23

Suboptimal exons with probability > 0.800

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

S.001 Init - 255590 255425  166  2  1   72   80    92 0.851   6.84


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_1|107_aa
MATVTTMYTSIEAYSGKNLELQESKVITLESVGYRDNISLKGKISARLHISHQKPEAREN
KVKFTDYGKNKQCYPSIFTQLIYCLSIRVKERSMRIYKDSEITEVPP

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_1|324_bp
atggcaacagtgacaacaatgtatacctccatagaggcatattctggtaaaaatctagaa
ctccaagaatcaaaagtaataaccttagagtctgttggatatagagataatattagtcta
aaaggaaaaatatcagcccggcttcacatttctcatcaaaaacctgaagctagagaaaat
aaagtaaaattcacagactacggaaagaacaaacagtgctacccaagtatctttacccag
ttgatctattgtttgtctatcagagtaaaagaaaggtctatgaggatctacaaagattca
gagatcacagaagtgccaccttga

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_2|105_aa
MGSGGQKKSYGKEMQILAVGPPASVVDGLVKISRSWTSATLIAAPQAMTSKEANCMVEAP
DSSNPLEPSAIPVKVNRDTKASIPSNCSQDPAENDKGELRVENPD

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_2|318_bp
atgggctctggtggccagaaaaagtcctacggcaaagaaatgcagatactagcagttgga
cctccagccagtgtagtggatggattggtaaagatttccaggagctggactagtgcaacc
cttatagcagccccccaagccatgacttccaaagaagccaactgtatggtagaggcacct
gacagcagtaaccctcttgaacctagtgccatccctgttaaagtgaatagggacaccaag
gcctcaattccatctaattgttcacaggacccagctgagaatgacaaaggggagcttaga
gttgagaaccctgattaa

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_3|152_aa
MCFQPTAQPDHPTVKLSGNKYHLQALRRAGVLVPYRQSPAARSRDALFLLWVLIMETKRV
EIPGSVLDDLCRYRATRPPFAPVGFSQFRGPPEASGSSSPPTSMSSLSAPAAARFPSSTL
LSDDTAPLSAAASLFLKALRPSPQNTRNFLIF

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_3|459_bp
atgtgtttccaaccaacagctcagccagatcatcctacagtgaagctctcaggaaacaag
taccatctacaagctctccggcgagccggagtcctagtgccgtaccgtcagtccccggcc
gcgcggagccgggatgcactgttcctgctgtgggtcctcatcatggagaccaaacgggtg
gagattcccggcagcgtcctggacgatctctgcaggtaccgcgctacccgaccccctttc
gcccccgtcgggttttctcagtttcgcggacccccagaggcctctgggtcttcttccccg
cccacgtccatgtcctcgctttccgctcccgccgctgctcgctttccatcgtcgaccctg
ctctccgacgacaccgcccctctttccgccgcagcctccctgtttctcaaggccctccgt
ccttccccgcagaacacccggaatttcctcattttttaa

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_4|368_aa
MCTRCRGQLIQTRTDQKTRSLKDETDESELWGKKIQNETDGSEKKIHNGDDYVRISKKEP
GGHKELDPGEDVEKVLDEWKEYKMGVPTYGAIILDETLENVLLVQGYLAKSGWGFPKGKV
NKEEAPHDCAAREVFEETGFDIKDYICKDDYIELRINDQLARLYIIPGIPKDTKFNPKTR
REIRNIEWFSIEKLPCHRNDMTPKSKLGLAPNKFFMAIPFIRPLRDWLSRRFGDSSDSDN
GFSSTGSTPAKPTVEKLSRTKFRHSQQLFPDGSPGDQWVKHRQPLQQKPYNNHSEMSDLL
KGKNAHKIGKAHTGDAVYDLPSSSEDQLLEHAEGQPVACNGHCKFPFSSRAFLSFKFDHN
AIMKILDL

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_4|1107_bp
atgtgtaccaggtgtagaggacagctgatccagactagaacagatcagaagactagaagt
cttaaagatgaaactgatgaatctgaattgtggggaaaaaaaatccaaaatgaaactgat
ggatctgaaaagaaaattcacaatggagatgattatgtcagaatatccaaaaaggagcca
ggagggcataaggagttggatcctggtgaagatgtggaaaaagttttggatgaatggaag
gaatataaaatgggagtaccaacatatggtgcaattattcttgatgagacacttgaaaat
gtactactagttcaggggtacctagcaaaatcaggctggggatttccaaaaggaaaagta
aataaagaagaagctcctcatgattgtgctgctagagaggtctttgaagaaactggtttt
gatatcaaagactatatttgtaaggatgattacattgaacttcgaatcaatgaccagctt
gctcgtttgtacatcattccaggaattccaaaagacacaaaatttaacccaaaaactaga
agagaaattcggaacattgagtggttctctattgagaaattgccttgtcatagaaatgat
atgacccccaaatccaaacttggtttggcacctaacaaattttttatggccattcccttt
atcagaccattaagggactggctttctcgaagatttggcgattcctcagacagtgacaat
ggattttcctcaactggtagcacgccggctaaacccactgtggaaaaattgagtcgaacc
aaattccgccacagtcagcagttatttcctgacggttctcctggtgaccagtgggtaaag
cacaggcaaccactgcagcaaaagccatataataatcattctgaaatgtctgacctttta
aaaggaaagaatgcacataaaataggtaaagcacatacaggagatgctgtatatgacttg
cctagctccagtgaagaccagttgctagaacatgctgagggacagcccgtggcatgtaat
ggacattgcaagttccccttttcatccagagcctttttgagtttcaagtttgaccataat
gctataatgaaaatcttggacctttga

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_5|148_aa
MSKEAVSPAGDAGREKKLKARVQELVSALERLTKSSEIRHQQSAEFVNDLKRANSNLVAA
YEKAKKKHQNKLKKLESQMMAMVERHETQSHQEKGLRNNRSSNGTERTVANNPKTTQPPA
GNLPPKSRKHIFRAIVFYWTKRLKSTKG

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_5|447_bp
atgagcaaagaggctgtcagccctgcaggtgatgcgggcagagaaaagaagttgaaggcc
agagttcaagagctggtgagtgccttggagagactcaccaagagcagtgaaatccgacat
cagcaatctgcagagttcgtgaatgatctaaagcgggccaacagcaacctggtggctgcc
tatgagaaagcaaagaaaaagcatcaaaacaaactgaagaagttagagtcgcagatgatg
gccatggtggagagacatgagacccaatcacaccaagaaaaaggattaagaaacaacagg
tcttcaaatggcactgaacgaacagtagccaataacccaaaaaccacccaaccacctgca
ggaaaccttccaccaaaaagcagaaaacacatattcagggccattgtcttctactggact
aaaagactgaagtctactaaaggttag

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_6|953_aa
MEAYLGVENGKDGIRVEAAQSLCRIEHLKSQNDLLTITLEECKSNAERMSMLVGKYESNA
TALRLALQYRNRRHIEGVRCSLQGLRPHVLCFSEQCIEAYELLLALAESEQSLILGQFRA
AGVGSSPGDQSGDENITQMLKRAHDCRKTAENAAKALLMKLDGSCGGAFAVAGCSVQPWE
SLSSNSHTSVVIDLNPQRNCGQDRIGHSKSVLSETEIESLVSAPGGDPGELFYENKATGL
LCMLCAGRAAGNEQMQRKASVTGAPAEHHGKEKPTHPRLAPQEARARHTCVARVFVISLP
PQSLSENTDRLLFWRGGIMQPQKVIDSPLTTEIIQHSKLGELMDDLTLAQQPAAGPWETA
SAFVCEAREKASGFPSPTIVIIIFRSETTGAVWQHQLPASGPAVSFPQLSEAGTLSIPIS
CSPETLEFLTVEVLTAGPGMCISNKSPGAADAASPGPLLENCWGGPVLLNGKSAKIVSLQ
FLQGRPSASAEKLLSVHTGLRVLNRVEWALFGGTGSSLPTAGKGQSPLESRGLRFPVVLP
LSCTTSSTASSCDTEFTKEDEQRLKDYIQQLKNDRAAVKLTMLELESIHIDPLSYDVKPR
GDSQRLDLENAVLMQELMAMKCPPVKVYSAVEVSVSVDLKHWALQLLVEIPTCWYFYRRE
LSWKAGVPYWEVVKPPYLQQDITLPVSGVECQAPALHLGSELWLSASEATALALGNVKPP
GGGPEDSLTPCWPAPALLAVLSGRVPSSFLAPIGFSFPLSSLHLYVCSGSDHHISSVCSV
ARTFRILLPMAKDPKALGVAHLSFWLLCLIFREEMAELKAQLYLLEKEKKALELKLSTRE
AQEQAYLVHIEHLKSEVEEQKEQRMRSLSSTSSGSKDKPGKECADAASPALSLAELRTTC
SENELAAEFTNAIRRCNSSVCTLPEPLAVQLNGSCSAWGGKRKAAQKNALNKS

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_6|2862_bp
atggaagcttacctgggtgtggagaatgggaaggatgggataagagtggaagcagcacaa
tctttgtgccggattgagcacctcaaatcccaaaatgacctcctgaccataaccttggag
gaatgtaaaagcaatgccgagaggatgagcatgctggtgggaaaatacgaatccaatgcc
acagcgctgaggctggccttgcagtacagaaaccggcgccacattgaaggtgtccgctgt
tctctgcaagggctgaggccccatgtgctttgtttcagcgagcagtgcatcgaagcctac
gaactcctcctggcgctggcagagagtgagcagagcctcatcctggggcagttccgagcg
gcgggcgtggggtcctcccctggagaccagtcgggggatgaaaacatcactcagatgctc
aagcgagctcatgactgccggaagacagctgagaacgctgccaaggccctgctcatgaag
ctggacggcagctgtgggggagcctttgccgtggccggctgcagcgtgcagccctgggag
agcctttcctccaacagccacaccagcgtagtcatcgatctcaatccacaaaggaactgt
ggccaagacaggatcggccacagcaagtctgtactctcagagactgaaattgagtccctt
gtctcagcaccaggtggggaccctggagagctgttctatgagaacaaggctacaggcctg
ctgtgtatgctttgtgctggaagagctgctggcaatgaacagatgcagaggaaagccagc
gtgacgggagctccagcagagcatcacggaaaggagaaacccacacatcctagactagct
cctcaagaagccagagcaagacacacatgtgtggcgagggtttttgtcattagccttccc
ccacagtcgctctcagagaacacagacaggctcctgttctggagaggaggaataatgcag
ccacagaaagtgattgattcccccttgacaactgagatcatccagcattccaagctggga
gaattaatggatgacttaacccttgcccagcagccagcagcaggcccttgggagaccgcc
agcgcctttgtctgtgaggccagagaaaaggccagtggcttcccctcccctaccattgtc
ataatcatattccgcagtgaaacgacaggtgctgtgtggcagcaccagctgcctgcttca
gggcctgccgtatcctttccacaacttagtgaggcaggaacccttagtattcctatttcc
tgcagcccagaaacattggagttcctgactgtggaggtcttgacagcaggccccggaatg
tgcatttctaacaagtccccaggtgctgctgatgcggccagcccgggacccctcttggaa
aactgctggggtggaccagtcctgctaaatggaaaatctgccaaaatagtatcacttcag
ttcctgcaggggaggcccagtgcaagtgcagagaaactgctgtcggtgcacactggcctc
agagtcctcaaccgagtggagtgggccttattcggaggcacggggagcagcctgcccact
gctggaaaaggccagagcccacttgaaagccgtggcctccgttttccagtggtgctcccc
ctttcatgcacaaccagctccacagccagtagttgcgacaccgagttcactaaagaagac
gagcagaggctgaaggattatatccagcagctcaagaatgacagggctgcggtcaagctg
accatgctggagctggaaagcatccacatcgatcctctcagctatgacgtcaagcctcgg
ggagacagccagaggctggatctggaaaacgcagtgcttatgcaggagctcatggccatg
aagtgccctccagtgaaggtgtacagtgctgttgaggtcagtgtttcagtggatctgaaa
cactgggcccttcagctgctagtggagatacctacctgctggtatttctacagaagggag
ctttcttggaaagctggtgtcccctactgggaagtagttaaaccgccatacctacaacaa
gacatcactttgcctgtttctggtgtggaatgccaggcaccagcccttcacctggggtct
gagctgtggctctctgcctcagaggccacggccctggccttgggtaatgttaagcccccg
ggtggagggcctgaggacagtctgacgccttgctggccagcacctgccctccttgccgtt
ctctctggcagagttccctcttcatttctggcacccataggtttctctttccctctttca
agcctgcacttatatgtttgttctggaagcgaccatcacattagctcagtatgcagtgtt
gccagaaccttcagaatcctgcttccaatggcaaaagatccgaaggctctgggcgtggca
cacctttcattctggcttttatgtctgatatttagggaggagatggccgagttgaaggcc
cagctctacctactggagaaagagaagaaggccctggagctgaagctgagcacgcgggag
gcccaggagcaggcctacctggtgcacattgagcacctgaagtccgaggtggaggagcag
aaggagcagcggatgcgatccctcagctccaccagcagcggcagcaaagacaaacctggc
aaggagtgtgctgatgctgcctccccagctctgtccctagccgaactcaggacaacgtgc
agcgagaatgagctggctgcggagttcaccaacgccattcgtcgttgtaatagctctgtt
tgtactttgccagagcctctggccgtgcagttaaatggcagttgctctgcttggggcggg
aagagaaaagctgcgcagaaaaatgccctcaacaaatcctaa

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_7|309_aa
MPEPPSPPVGSRASQASPMGAAPCSEVPSPIDRPRAEECGCMARDWRAAPPAVPAQDPLG
EASWALESDRSMRQKVNKDIQELNSAVHQADQTGIYRTLHPKSTEYTFFSAPHHTYSKID
RVVRRKALLSKWKRIEIITNCLSEHSAIKLELRIKKLTQNCITTWKLNNLLLNDYWVHNE
MKAEIKMFFETNENKDKTYKNLWDTFKAVCRGKLIALNAYKRKQERSKIDTLTSQLKELE
NQEPTHSKASRRQEKTKIRAELKERETQKTLQKINESRSWFFERINKIDRPLARLIKKKR
DESNRRNKK

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_7|930_bp
atgcccgagcccccctcaccccctgtgggttcccgtgcatcccaagcctccccgatgggt
gccgccccctgctctgaggtgcccagtcccatcgaccgcccaagggctgaggagtgtggg
tgcatggcacgggactggcgggcagctccgccagcggtcccagcgcaggatccactaggt
gaagccagctgggctcttgagtcggacagatcaatgagacagaaagttaacaaggatatc
caggaattgaactcagctgtccaccaagcagaccaaacaggcatctacagaactctccac
cccaaatcaacagaatatacattcttctcagcaccacatcacacttattccaaaattgac
cgtgtagttagaaggaaagcactcctcagcaaatggaaaagaatagaaattataacaaac
tgtctctcagaacacagtgcaatcaaactagaactcaggattaagaaactcactcaaaac
tgcataactacatggaaactgaacaacctgctcctgaatgactactgggtacataatgaa
atgaaggcagaaataaagatgttctttgaaaccaatgagaacaaagacaaaacatacaag
aatctctgggacacatttaaagcagtgtgtagagggaaacttatagcactaaatgcctac
aagagaaagcaggaaagatctaaaatcgacaccctaacatcacaattaaaagaattagaa
aatcaagagccaacacattcaaaagctagcagaaggcaagaaaaaactaagatcagagca
gaactgaaggaaagagagacacaaaaaacccttcaaaaaatcaatgaatccaggagctgg
ttttttgaaaggatcaacaaaattgatagaccgctagcaagactaataaagaagaaaaga
gatgaatcaaatagacgcaataaaaaataa

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_8|178_aa
MRQEKEIKGIQLGKEEVKLSLFADDMIVYLEIPITSAQNLLKLISNFRKVSGYKINLQKS
QAFLYTNNRQTESQIMSGLPFTTDSKRIKYLGIQLTRDVKDLFKENYKPLLNEIEETNKW
KNIPCSWIGRINIVKMAILPKAIYRFNAIPIKLSMTFFTELEKNYFKVHMEPKKSPHC

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_8|537_bp
atgaggcaggagaaagaaataaagggtattcaattaggaaaagaggaagtcaaactgtcc
ctgtttgcagatgacatgattgtatatttagaaatccccatcacctcagcccaaaatctc
cttaagctgataagcaacttcagaaaagtctcaggatacaaaatcaacctgcaaaaatca
caagcattcctgtacaccaataacagacaaacagagagccaaatcatgagtggactccca
ttcacaactgattcaaagagaataaaatacctaggaatccaacttacaagggatgtgaag
gacctcttcaaggagaactacaaaccactgctcaacgaaatagaagaaacaaacaaatgg
aagaacattccatgctcatggataggaagaatcaatattgtgaaaatggccatactgccc
aaggcaatttatagattcaatgccatccccatcaagctatcaatgacattcttcacagaa
ttggaaaaaaactactttaaagttcatatggaaccaaaaaagagcccacattgctaa

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_9|1116_aa
MFLVRLWPEGEMLKSEGTSSYSYEEIEEENDRRKAQAHKPKKKKKGQKNVEYWCGGRWGR
PAFPTSNIGWEETRSKGRVLALVLQMAMHMVMGLCSRDASCDSVAIGCLYLPAIWIVSSS
LDAHALSAPVCQALCEAPEVDKYRSSPTAHQGLAQLWEGTSDADEQIMHLIGNGVLGEQH
ICVATVKTPLGLRIYSELQSQKWFRRATEAKALGTHVLGASTESQFWMQNAQCGSQTPTL
QLKALFTIAKIRNRPKCASADEWIYRVWYICTVEYYSAIIKSEILSFAAVWTELEVIMLS
EVSHAHKDKYHMILLILGAKKVDLTEIENRMIDTRGGEECEDSGGGMKRELHSAALASLK
GDIVELNKRLQQTERERDLLEKKLAKAQCEQSHLMREHEDVQERTTLRYEERITELHSVI
AELNKKIDRLQGTTISHSANVAKNQILQVADANLQGNVAKNQTMQVAESQVVSRIMDSIQ
IIVDLVMAPSEREEDEYSELRSELSQSQHEVNEDSRSMDQDQTSVSIPENQSTMVTADMG
KNVYKCQAATQSEERGSGQGKAALPLPKTVFADLEKCVYTEFLCLLSLSTCACVLGDHLD
VEDTLTGELSSSGGCTENQSSCALRVKSPLQHIQTLLYRKHDWGGLRKLTITAEGEGEAS
TSYMAREGGKREKGEVLHTFKQPGLMRTHYHENNMGEVCPHDPVTSQQAPPPTLAITIQD
GFWPRQRKQQRKGTCGADRSLAYSRGKKEGQECEWSIVNEGKECEWGIVNEGKECEWGIV
NEGKECEWGIVNEGKECEWGIVNEGKECEWGIVNEGKECEWGIVNEGKECEWGIVNEGKE
CEWGIVNEGKECEWGIVNRGRWMDNCSDLNSELQRVLTGLENVVCGRKKSSCSLSVAEVD
KHIEQLTTASEHCDLAIKTVEEIEGVLGRDLYPNLAEERSRWEKELAGLREENESLTAML
CSKEEELNRTKATMNAIREERDRLRRRVRELQTRLQSVQATGPSSPGRLTSTNRPINPST
GELSTSSSSNDIPIAKIAERVKLSKTRSESSSSDRPVLGSEISSIGVSSSVAEHLAHSLQ
DCSNIQEIFQTLYSHGSAISESKIREFEVETERLNR

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_9|3351_bp
atgttcctggttaggctgtggccagaaggagagatgttaaaaagtgaggggacctcctct
tattcctatgaagagatagaagaagagaatgacagaaggaaagcccaggctcacaaaccc
aagaagaagaagaagggtcagaaaaatgtggagtactggtgcggaggcagatgggggaga
ccagcctttcccacttctaacattggatgggaagagaccaggagcaaaggcagagtactt
gccttggtcctgcagatggccatgcacatggtaatggggctgtgttcaagagatgcctcc
tgtgacagcgtggctattgggtgtttataccttcccgccatctggattgtcagttcctca
ttggatgcgcatgcattgagtgcccctgtgtgccaggccttgtgcgaggcaccggaagta
gataaatatagaagttcaccaacagcacatcagggcctggctcagctgtgggaaggaaca
agtgatgctgatgagcagataatgcacctgatagggaatggggtccttggagagcaacat
atctgcgtggcaactgttaaaacccccctgggcctcagaatttacagtgagctgcagtca
cagaaatggttcaggagagccactgaagccaaagctttagggacgcatgtactcggtgct
tccacagagtctcagttctggatgcagaacgcccagtgtgggagccaaacacccactctt
cagcttaaagcactgtttacaatagccaagatacggaatcgacctaagtgtgcatcagca
gatgaatggatatacagagtgtggtacatatgcacagtggaatattattcagccataata
aagagtgaaatcctgtcatttgcagcagtgtggacagaactggaggtcattatgttaagt
gaagtaagccatgcacataaagacaaatatcacatgatcttactcatactgggagctaaa
aaagttgatctcacagagatagagaatagaatgatagataccagaggtggggaagaatgt
gaggatagtgggggagggatgaagagagagctccattcagcagccctggcatcactaaag
ggagatatagtggaacttaataaacgtctccagcaaacagagagggaacgggaccttctg
gaaaagaaattggccaaggcacagtgcgagcagtcccacctcatgagagagcatgaggat
gtccaggagcgaacgacacttcgctatgaggaacgcatcacagagctccacagcgtcatt
gcggagctcaacaagaagatagaccgtctgcaaggcaccaccatcagtcacagtgctaat
gtagccaaaaatcagatactgcaggttgcagatgctaatctacagggtaatgtagccaag
aatcagacaatgcaggttgctgaaagtcaggtggtaagtcgcattatggactcaatccaa
atcatagtggacctagtgatggcaccatctgagagggaggaagatgagtactcagaactg
cgatcagaactcagccagagccaacacgaggtcaacgaggactctcgaagcatggaccaa
gaccagacctctgtctctatccccgaaaaccagtctaccatggttactgctgacatggga
aaaaatgtttacaagtgtcaagcagccactcagagtgaggagagagggtcggggcaggga
aaggcagccctgcctctgccaaaaacagtttttgcagacctggagaaatgtgtttacaca
gaatttctctgcctcctgtccctgtcaacttgtgcctgtgtacttggtgatcatttggat
gtggaagacacacttacaggagagctctccagttctggtggctgcactgagaatcagtca
tcttgcgctctccgtgttaaatctccactgcagcatatccagaccttgctgtaccggaag
catgactggggaggcctcaggaaacttacaattacggcagaaggtgaaggggaagcaagc
acatcttacatggccagagaaggaggaaaaagagagaaaggggaggtgctacacactttt
aaacaaccaggtctcatgagaactcactatcatgagaacaacatgggagaagtctgcccc
catgatccagtcacctcccaacaagcccctcctccaacattggcgattacaattcaggat
ggtttttggcctagacaaaggaaacagcaaaggaaaggaacctgtggagcagacaggagt
ttggcatattccagggggaaaaaagaaggccaggagtgtgaatggagcatagtgaatgag
gggaaggagtgtgaatggggcatagtgaatgaggggaaggagtgtgaatggggcatagtg
aatgaggggaaggagtgtgaatggggcatagtgaatgaggggaaggagtgtgaatggggc
atagtgaatgaggggaaggagtgtgaatggggcatagtgaatgaggggaaggagtgtgaa
tggggcatagtgaatgaggggaaggagtgtgaatggggcatagtgaatgaggggaaggag
tgtgaatggggcatagtgaatgaggggaaggagtgtgaatggggcatagtgaacagggga
aggtggatggacaactgcagtgacctgaactcagaactgcagagggtgctgacagggctg
gagaatgttgtctgcggcaggaagaagagcagctgcagcctctccgtggccgaggtggac
aagcacattgagcagctcaccacagccagcgagcactgtgacctggctattaagacagtc
gaggagattgagggggtgcttggccgggacctgtatcccaacctggctgaagagaggtct
cggtgggagaaggagctggctgggctgagggaagagaatgagagcctgactgccatgctg
tgcagcaaagaggaagaactgaaccggactaaggccaccatgaatgccatccgggaagag
cgggaccggctccggaggagggtcagagagcttcaaactcgactacagagcgtgcaggcc
acaggtccctccagccctggccgcctcacttccaccaaccgcccgattaaccccagcact
ggggagctgagcacaagcagcagcagcaatgacattcccatcgccaagattgctgagagg
gtgaagctatcaaagacaaggtccgaatcgtcatcatctgatcggccagtcctgggctca
gaaatcagtagcataggggtatccagcagtgtggctgaacacctggcccactcacttcag
gactgctccaatatccaagagattttccaaacactctactcacacggatctgccatctca
gaaagcaagattagagagtttgaggtggaaacagaacggctgaataggtga

>gi568815593r:112927305_113251423|GENSCAN_predicted_peptide_10|505_aa
XVQLNHLLYLRVTHLEIVILIVGNANSEDKHYNGTQLYAWTHSHVSEPGTEEVPGIGFLG
SDSYPLTVIVLEDQGGEGLHGAYIHEVLFKFRLYEGGCQQRLLEEVIAEPKLKGLAVASQ
VKGKGGGGRDEDCVPGRQLQKQGSRATVPTTLSTEKSPELAFSLLPACFDVRLSKPLVSV
ASQPFIIKGPSSLQPAKLSSSRPLIALMFIPSSMSILFQRKVREVCRGFAESCRDPRKEA
NRSSNGIACDSNTLAYQNPVENSLGFMGKQALQNRILKRTQKKQVHLGKKERWNQKEHVF
EVIKVNDSSVTTLPALLYPCANVKCVLQEPNECHRVYHIMAAVSKVVVRQSNLVWAVLKA
LIDKGLVSVETTCCHMGISAIERNEIRGRFRPLGSFPVGQEGALAEMQEPLYSPSPAPGP
EYWLLSTNGKGSGHQKISWLGGSEVLKGKIVCALLEGDQQAGSDVSSQQLVVHCQVILTH
RAAVLSPPSEWLSLNKLYLPVAIFA

>gi568815593r:112927305_113251423|GENSCAN_predicted_CDS_10|1518_bp
ngtgttcagcttaatcatttattgtacctcagagtgactcacttggaaattgtaatatta
atcgttggcaacgctaacagtgaagataaacattataatggcactcaattatatgcctgg
actcattcacatgtcagtgaaccaggaacagaggaggtgcctggtataggtttcctgggt
agtgattcttatcctcttactgtaattgtgttagaagatcaaggaggtgaaggactccat
ggagcatatattcatgaagtactctttaagttcaggctgtatgagggtggttgtcagcaa
aggcttctggaggaagtgatagctgagcccaaacttaaagggctggcagtagccagccaa
gtaaagggtaaagggggtggtgggagagatgaggattgtgttccaggcaggcagcttcag
aaacagggaagtagagctactgtgcccaccactctcagtactgaaaagagccctgagctt
gccttttctctcttacccgcgtgctttgacgtgaggttgtcaaagccgcttgtcagtgta
gccagtcagcctttcatcattaagggtccaagcagtcttcagcctgctaaacttagttcc
tcgaggcctctgattgctttaatgtttattcctagttctatgagcatactttttcagcgg
aaagttagagaggtgtgtagagggttcgcagaaagttgcagagaccctaggaaagaggca
aataggagcagcaatggcattgcgtgtgacagcaacactttggcttatcaaaatcctgta
gaaaacagtctgggtttcatgggaaagcaagctttgcagaatagaattttaaaacgcaca
caaaaaaaacaagtacacttgggaaagaaggaacgctggaaccagaaagaacatgtgttt
gaagtaattaaagtaaatgacagctctgtcaccacactccctgccctactttatccctgt
gctaatgtcaaatgtgtgctacaagagcctaatgaatgtcatagggtatatcacattatg
gctgcggtcagcaaagtggttgtgagacagagtaatctggtctgggccgtgctgaaagct
cttattgataagggattagtctcggtggagacaacgtgctgtcacatgggcatcagtgcg
attgagaggaatgagatccgaggccggttcaggcccctgggtagtttcccggtggggcaa
gagggagccctggctgaaatgcaggaacccttgtattccccaagtccagcccctggtcct
gagtattggcttctctctacaaatgggaaggggagtggtcaccaaaagatttcctggctt
ggtggctcagaagttctgaaagggaaaattgtatgcgctttactggaaggggatcagcag
gcaggcagtgatgtatcctcacagcaactcgtggttcactgtcaagtcatcttgacccac
agagctgctgtcctgagccctccatctgaatggctttcattgaacaaactgtacctgcct
gttgctatatttgcatga