GENSCAN 1.0	Date run:  6-Nov-116	Time: 09:05:57

Sequence gi568815588r:5666009_5913258 : 247250 bp : 43.01% 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 +    542    765  224  1  2   70   11   203 0.260   6.83
 1.02 Intr +   6171   6305  135  0  0   58   39   125 0.081   4.28
 1.03 Intr +  11558  11801  244  2  1   27   53   143 0.050   2.20
 1.04 Intr +  18845  19167  323  1  2   36  114   187 0.568  10.76
 1.05 Intr +  48127  48199   73  1  1   34  115    39 0.024   0.61
 1.06 Intr +  54252  54389  138  2  0   67   80    75 0.973   5.26
 1.07 Intr +  54536  54660  125  1  2  115  103    63 0.932   9.88
 1.08 Intr +  57669  57769  101  0  2  112   66     0 0.354  -0.05
 1.09 Intr +  64788  65195  408  1  0   96   99    78 0.130   3.94
 1.10 Intr +  69296  69538  243  0  0   39   99   137 0.980   7.37
 1.11 Intr +  73880  74489  610  0  1   53   92   233 0.399  11.68
 1.12 Intr +  76089  76518  430  0  1   75   87   132 0.901   5.52
 1.13 Intr +  80171  84019 3849  1  0  110   98  1258 0.961 116.41
 1.14 Intr +  90605  90730  126  1  0   72   67    33 0.572   0.48
 1.15 Intr +  91512  91665  154  2  1   89   63   127 0.986   9.95
 1.16 Intr +  92879  92984  106  0  1   65  116    76 0.994   7.37
 1.17 Intr +  95282  95463  182  2  2   79   91    66 0.777   5.51
 1.18 Term +  97886  97902   17  0  2   97   42    49 0.540  -0.40
 1.19 PlyA +  99031  99036    6                               1.05

 2.20 PlyA -  99238  99233    6                               1.05
 2.19 Term - 100144  99998  147  1  0  116   42   187 0.999  14.80
 2.18 Intr - 100287 100233   55  2  1  137  109    16 0.998   7.58
 2.17 Intr - 100630 100486  145  2  1   77   81   186 0.999  16.14
 2.16 Intr - 102376 102205  172  1  1   59   94   237 0.994  20.92
 2.15 Intr - 107933 107834  100  1  1   28  100    94 0.457   4.71
 2.14 Intr - 119265 119134  132  2  0   90  116    69 0.935   9.66
 2.13 Intr - 120042 119844  199  1  1   59   80   186 0.937  13.31
 2.12 Intr - 129006 128877  130  0  1   -7   94   113 0.128   2.67
 2.11 Intr - 134697 134590  108  0  0   59   95    84 0.134   6.68
 2.10 Intr - 147312 147206  107  1  2   -2   64   139 0.008   2.43
 2.09 Intr - 148373 148200  174  0  0   61   27   151 0.002   6.21
 2.08 Intr - 174478 174361  118  1  1   17   84   151 0.882   7.64
 2.07 Intr - 174673 174541  133  0  1   59   41   132 0.490   6.25
 2.06 Intr - 176157 176059   99  2  0   60   58   101 0.012   3.53
 2.05 Intr - 188448 188199  250  1  1   92   50    65 0.048  -0.40
 2.04 Intr - 190545 190377  169  0  1  120   29    70 0.444   3.82
 2.03 Intr - 190859 190746  114  2  0   63  113    38 0.291   4.44
 2.02 Intr - 196643 196497  147  2  0   64   82    56 0.360   3.03
 2.01 Init - 197794 197714   81  1  0   69  113    14 0.533   3.19
 2.00 Prom - 198163 198124   40                              -8.56

 3.00 Prom + 198475 198514   40                              -5.26
 3.01 Init + 198535 199413  879  0  0   41   91   375 0.822  27.58
 3.02 Intr + 200227 200416  190  0  1   46  106   112 0.853   7.96
 3.03 Term + 202084 202232  149  2  2  122   55    33 0.600   1.46
 3.04 PlyA + 202607 202612    6                               1.05

 4.12 PlyA - 203210 203205    6                               1.05
 4.11 Term - 203646 203540  107  1  2   90   49    93 0.131   4.17
 4.10 Intr - 210519 210453   67  0  1   80   75    52 0.088   1.58
 4.09 Intr - 217159 216998  162  1  0  101   76   108 0.939  11.07
 4.08 Intr - 218069 217961  109  1  1   80   27   184 0.995  11.79
 4.07 Intr - 219757 219715   43  2  1   92   94    14 0.989  -0.30
 4.06 Intr - 222059 221890  170  1  2   80   51   190 0.482  14.09
 4.05 Intr - 223365 223033  333  2  0   68   82   524 0.282  44.49
 4.04 Intr - 223754 223492  263  2  2   41   41   175 0.076   4.39
 4.03 Intr - 230415 230326   90  0  0  129   29    28 0.265   1.19
 4.02 Intr - 231383 231281  103  1  1   84   76    31 0.703   1.68
 4.01 Init - 232931 232861   71  2  2   53  121    73 0.641   7.62
 4.00 Prom - 235737 235698   40                              -7.46

 5.00 Prom + 236413 236452   40                              -3.16
 5.01 Init + 240148 240624  477  0  0   71  105   113 0.481   4.79
 5.02 Intr + 242917 243047  131  0  2   49  101   221 0.974  18.99
 5.03 Intr + 243151 243286  136  1  1   80   61    18 0.910  -1.13
 5.04 Intr + 244930 245120  191  0  2   88   63   288 0.540  24.68

Suboptimal exons with probability > 0.800

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

S.001 Term + 148219 148435  217  1  1  121   39   161 0.942  11.12
S.002 Term + 168337 168479  143  2  2   92   47   121 0.939   6.49
S.003 Term - 173782 173688   95  2  2  102   39    26 0.827  -2.91


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815588r:5666009_5913258|GENSCAN_predicted_peptide_1|2495_aa
MRLTGGRAATLGAGTWAGPRGAAGRGQSALGRASSRGDRAGSCSSRRLGEVPGGAVPGSG
LRCRCPPRFARRAEENLGCLSIHQAMTPIECFDDTKLIGSDEQELVSTVSISVRRMHARG
LELLPVSINSYNGTREYQEAPKCTPGLYKCSFPCSKTALPPPTHRQQSLLSRKSQLFAPA
AALTQESKCPGSSFSLGFEGQRRSERKSACSRRLPGVPGLPLARDPDGRQSAGGRGVPVS
ARGEDPGAGADGVPLRGVPAGARSRRLVLPTCAGVARAREDAEHGREKHGKEAEPGSQVL
GGGGHAKDGQNWYVSVDSVLAAVLLPLWVIQPKGKVKFVSENYTTNYTKPSSGYDCHVSE
NTNKVSNKTSHFRAFELSQYYFYELSGNTVIERPRQICPYVIVAFRYRESKTMAPPAHKS
IPQELDFKYVMKVSSLKKRLPEAAFRKQNYLEEKDPSAYILEVSTALDLLAEHPQSPCVS
DGICDAGFSLVMTPDPEFLVSEAEVRKETETKKDSEEMLKAKKRVFPLSPASNLRVQPKR
KASMPHMVQSKKVNLCRPFPKRTASRADNSSDSPTTLKLVKGQFPQKRKRGAEVLTAQFV
QKTKLDRKNQEAPISKDVPVPTNAKRARKQEKSPVKTVPRAKPPVKKSPQKQRVNIVKGN
ENPRNRKQLQPENSLRGTSDHEYHRGVKTQKGELLPNPSSDRKSNSGSDLTVSQDEESLV
PCSQAPAKAQSALTEEMLESSDASQSSSVSVEHSYALLLTEHSKKHLQEREILSPLFPRN
GTKSPEAATPVGKVMPFRHQPGLLLQQKPPDDPVVKPKDRPPSARVKKSSCSRIVLSCDD
SVKITFKCETEYAFSLDSKYTNNPLEKTVVRALHGPWNTDLPDNVEEVKLLLHMWVALFY
SNQNKIIRSSRKVVEHSNPAKYVSINSTLESCELREIEESLGLEKCSADSLLETNEISRA
HAAEVSFRDPNCLLPFIKTPLTQGLELCVQNEQKKTFARECDPDTQEDQNFICSYNNEVT
GEEAKQESLETSNLVLSGIGSTQTNGPSVPSEEEIVQPLDSTRVASYSGTVTQATFTRTY
DGPGSQPVICQSSVYGTLENKVDILDAAVQTKTGTLQDLIQHGSPINNECHPSLERKDDN
MGCAVINPEPITLTFEKNAHVPIQTEGVNTADERTTFKKELIKQVSPAASLRHPVSTSEN
ARTQGLRDIPSLVVAGQKGTKYLCASSVGGETLDKAVCSLQKETPLPVSLPSDKTMVMEA
LSLAKSSSHLSPSEEVRCTQDFLSQTQSLLGLSSEGLLELTQVEVDSSSASTTLGRQCSL
NCISSGCHTSGDSLELRKNHKNGPNTENMNLEAFDSVFIKQTSLSVSREVSLELSEEDSD
IDLALTISPPTSPREEMPAGEIEQFEEAPFSNLELQDVAEEIGEPEEVALTESREVSSAD
NVSVYPSVSEEPVENKERKGDNLQPVTLILSKENCTLEIAEEINVTSDFPFDSVIEEVSP
ASSPEPPVPVKETRPYQAVTPCILKLHGTQCEKSNQISQCESEDLGITEKENVFVGPTHP
VGQDNFTQVQQMQVSAEMPLILTDHPGRTGRPTLPGKVTEEIVSSEHDEGLSFSGKVQCY
GRELNQPASAAKCTGDFSPSPEKLVKSGNPLQPVSIENRNLDLKHLVLESSEPPFGPRNV
IENKSLSDTLVSTTAPSGIVNVSVKQQTSPKSSQNHLFPGDLKTDEGIYLQVKSLTAASV
DGAYSTQGCMCSVVPTLCSSSDNATLTHYVRPINAEPVFQAQEIPAGRMASLLKNGEPEA
ELHKETTGPGTAGPQSNTTSSLKGERKAIHTLQDVSTCETKELLNVGVSSLCAGPYQNTA
DTKENLSKEPLASFVSESFDTSVCGIATEHVEIENSGEGLRAEAGSETLGRDGEVGVNSD
MHYELSGDSDLDLLGDCRNPRLDLEDSYTLRGSYTRKKDVPTDGYESSLNFHNNNQEDWG
CSSWVPGMETSLPPGHWTAAVKKEEKCVPPYVQIRDLHGILRTYANFSITKELKDTMRTS
HGLRRHPSFSANCGLPSSWTSTWQVADDLTQNTLDLEYLRFAHKLKQTIKNGDSQHSASS
ANVFPKESPTQISIGAFPSTKISEAPFLHPAPRSRSPLLVTVVESDPRPQGQPRRGYTAS
SLDSSSSWRERCSHNRDLRNSQRNHTVSFHLNKLKYNSTVKESRNDISLILNEYAEFNKV
MKNSNQFIFQDKELNDVSGEATAQEMYLPFPGRSASYEDIIIDVCTNLHVKLRSVVKEAC
KSTFLFYLVETEDKSFFVRTKNLLRKGGHTEIEPQHFCQAFHRENDTLIIIIRNEDISSH
LHQIPSLLKLKHFPSVIFAGVDSPGDVLDHTYQELFRAGGFVISDDKILEAVTLVQLKEI
IKILEKLNGNGRWKWLLHYRENKKLKEDERVDSTAHKKNIMLKSFQSANIIELLHYHQCD
SRSSTKAEILKCLLNLQIQHIDARFAVLLTVKYTE

>gi568815588r:5666009_5913258|GENSCAN_predicted_CDS_1|7488_bp
atgcggctcaccggcggccgcgcggcgactctgggcgccgggacctgggccgggccgcgc
ggggccgctgggcggggccagtctgcgctgggccgcgcgtcgtcccgaggcgaccgagcc
gggagttgtagttcccgccgccttggcgaggttcccggaggcgctgtccctgggtccgga
ctccgctgtcgctgcccaccccgcttcgcccgtcgcgccgaggaaaatcttggctgcctc
tccattcaccaggctatgactcccatcgagtgttttgatgataccaagctgattggatct
gatgagcaggaattagtgtctactgtcagcatttcagtaagacgcatgcatgccagaggg
ctggaattgctgcctgtgtccatcaacagttacaatgggacaagggagtaccaagaggcc
cccaagtgcacccctggattgtacaagtgttccttcccgtgttcaaagacagctctacct
cctcctacccatcggcagcaatcactactgtcaagaaagtcacagctgttcgcacctgct
gctgccttgacacaagagtctaagtgccctggcagcagctttagcttgggattcgaaggg
cagcgccggtcagagagaaagtcggcatgttctcgcaggctgccgggcgtcccggggttg
cctcttgcccgtgaccctgacgggagacagagcgcgggcggccgcggcgtccctgtcagc
gcccgcggcgaggaccccggggctggggcggacggcgtgcccctgaggggggtccccgcg
ggagcgcggagccggcgactggtgcttcccacgtgcgccggtgtcgcgagggcccgggag
gacgcagagcacggccgggagaagcatgggaaggaggccgagccgggatctcaggtcctc
gggggcggcggccacgccaaggacgggcaaaattggtatgtcagtgtggactccgtgttg
gcagcagtgctgttaccactctgggtgatccagccaaagggaaaagtcaagtttgtgtct
gagaattatacaactaactatactaagccatcttctggctatgattgccacgtgtctgaa
aatactaacaaggtttctaacaagacgagtcattttcgtgcctttgaactgagtcagtat
tacttttacgaactttcaggcaacaccgttattgaacgacccagacagatctgtccttat
gtaattgtagcttttcgatacagggaatctaaaactatggcaccaccagctcataaaagc
ataccgcaggaactagattttaaatatgtaatgaaagtgtcttccttgaaaaaaagacta
ccagaggctgccttcagaaaacagaattacttggaggagaaagaccctagtgcttacatt
ttggaagtgtctactgctttggacttgctagcagagcatcctcagtctccttgtgtttca
gacggaatttgtgatgctggattttccttagttatgactccagatcctgaatttcttgtc
tcagaggcagaagtgagaaaagaaactgaaacaaaaaaggattctgaagaaatgttgaaa
gcaaagaagagagtttttccattgagtccagcgtcaaatctgagagtgcagcctaagagg
aaggccagcatgccccacatggtgcagagtaaaaaggtgaacttgtgccgcccctttccc
aaaagaactgcttccagagcagacaacagctcggactctccaacaactcttaagttagtt
aaaggacagtttcctcagaaaagaaaaagaggtgcggaagtgctgactgcacagtttgta
cagaaaaccaaattggataggaaaaaccaagaagctcctatttctaaagatgttccagtg
ccaacaaatgctaaaagggcaaggaaacaagagaaatctccagtcaaaactgttccaagg
gctaagccacctgtgaagaaatctccacaaaaacagagagtaaatatagtaaaaggcaat
gagaaccccagaaacagaaagcagctacaacctgaaaattctttgcgaggtacatctgac
catgaatatcatagaggagttaaaactcaaaaaggtgaattactacctaacccatcttct
gataggaagagtaattctggatcagacttaacagttagccaagatgaagaaagcttggtt
ccttgtagtcaggcccctgctaaagcccagtcagcacttactgaggaaatgctagaatct
tcagatgcaagccaaagctcttctgtttctgtggaacattcatatgccctgctccttaca
gaacattcaaagaaacatctacaggagagagagatactaagccctctgtttcccaggaat
gggacaaaaagccctgaagcagcaaccccagtggggaaagtcatgccatttcggcatcag
cccggccttttgcttcagcaaaagcctcctgacgaccccgtggtgaagcccaaggatcga
ccaccgtctgcccgtgtgaaaaaatcttcttgctctcgtatagtgcttagctgtgatgac
tccgttaagatcactttcaaatgtgaaacagaatatgcattcagtttagacagcaaatat
accaacaacccactggagaaaactgtagtaagagcattacatgggccctggaatactgat
ttgcctgataatgtggaagaagtgaagcttttacttcatatgtgggtagctctgttttac
agcaatcagaacaaaatcatacgatcttcccgaaaggttgtagaacacagcaacccagca
aaatatgtgtctataaatagcacgttagaatcttgtgagctccgtgaaattgaggagtcc
cttggtttggaaaaatgttctgcagactctctgttggagactaacgaaatttccagggct
catgctgctgaagtatccttccgtgatcctaactgcttgcttcctttcattaaaacacca
cttacccaaggcttggaactctgtgtacaaaatgaacagaaaaaaacttttgcaagagag
tgtgatccagacacccaagaagaccagaatttcatctgttcttacaataatgaggtaact
ggggaagaagctaaacaagaatcattggagacttctaatcttgtgctttcgggtattgga
agtacacaaactaatggaccttctgttcctagtgaagaagaaattgttcagccactggat
agcacaagagtggcttcttacagtggcactgttactcaagccacattcaccaggacttac
gatgggcctggcagtcagccagtgatatgtcagagctctgtgtacggcacccttgaaaac
aaagtggatattcttgatgcagcagtgcaaacaaaaacaggtactttacaggaccttatc
caacatggcagccccataaacaatgaatgtcacccttccttggaaagaaaggatgataat
atggggtgtgcagtgattaacccggaaccaattactctcacctttgaaaaaaatgcacat
gtaccaatacagacagaaggtgtaaatactgctgatgaacgtacaacctttaagaaggag
ttgattaagcaagtatcacctgctgcaagccttagacatcctgtatccacctcggaaaat
gcacgaacacaaggcctgagggacattccctctctagtagttgcaggacagaagggcact
aagtacctttgtgcctcgtcagtaggtggagagacacttgataaagcagtgtgttcatta
cagaaggagacgccccttccagtctctctaccatctgataaaacaatggtcatggaggca
ctatcattagctaaaagttctagtcatctatcacccagtgaagaagtgagatgcactcag
gatttcctttcacagactcagagtctcctcggcctatcttcagaagggcttctagaactg
acacaggttgaagtggactcatcatcagcctctaccaccttgggaaggcagtgttcactt
aactgcatttcgtcaggatgccacacatcaggtgactctttagaactaaggaagaatcac
aagaatggtccaaacactgaaaatatgaatttggaagcgtttgattcagtatttatcaaa
caaacaagcctgtctgtgagtagagaggtcagcctagagttatcagaggaagattctgac
attgacttagctctaacaatatcaccacctacaagtcccagagaagaaatgccagctggt
gaaatagagcaatttgaggaggccccattctcaaatttagaacttcaggatgtagctgag
gaaataggtgaaccggaagaggtggctctcacagaaagcagagaagtgagttctgctgac
aatgtgtcagtatatccctcagtgtcagaagaaccagtagaaaataaggagagaaagggg
gataatttacaaccagttactttaatactttctaaagaaaattgcacccttgagattgca
gaggaaattaatgtgacctctgattttccctttgattctgtaattgaagaagtatcacca
gcgtctagtcctgaacctccagtaccagttaaagagacacgaccatatcaggctgtgact
ccatgcattttaaaacttcatggtacacagtgtgagaagagcaaccaaatctcccaatgt
gagtcagaagacttaggcataacagaaaaagaaaatgtttttgttggtcctacccatcca
gtggggcaagataactttacccaggtacaacaaatgcaggtctctgccgaaatgcctcta
atattaactgatcatccaggaagaacaggtagaccaacccttcctggtaaagtaactgag
gaaattgtctcaagtgagcatgatgagggtttatctttctcaggaaaggtgcagtgctat
ggtagggagttaaaccagcctgcctcagctgccaaatgcacaggtgacttcagtccttct
cctgaaaaactggtaaaatcaggaaatccattgcagccagttagtatagagaatagaaat
ttggacttaaaacatcttgtcttggagtccagtgaacctccatttggtcctagaaatgtt
attgaaaataagtctttgtctgacacattggtttccacaactgcaccaagtggtatagtg
aatgtgtcagtaaaacagcagactagccctaaaagcagtcagaaccatctctttcccggt
gatttgaaaacagatgaaggcatttatctgcaggtgaagtccttgacagctgcctcggtt
gatggagcttattctacacagggatgcatgtgctcagtggtccccacgctttgttcttcc
tcagacaatgctacattaacccattatgtaagaccaataaatgcagagccagtgtttcaa
gcacaggaaataccagcaggcagaatggccagtttgcttaagaatggtgagcctgaagct
gagttacataaagaaaccacaggtccaggcactgctggccctcagtccaacaccacatct
tctctaaaaggtgaacgcaaagccatccacacgctgcaagatgtgtcaacatgtgaaaca
aaggagctattgaatgtcggggtttcctccctttgtgctggtccctaccaaaatacagca
gacaccaaggaaaacctcagtaaagagcctttggcctcctttgtttcagaatcctttgat
acttctgtttgtggaatagccacagagcacgtagaaattgagaacagtggggaggggctc
agggctgaggctggttctgaaaccctaggcagagatggagaggtcggtgtgaattccgac
atgcactatgaactctctggagattctgatctagacctgcttggtgattgtagaaatccc
agactggatttggaggattcttatactttaagaggtagttacaccaggaaaaaagatgtt
cccacagatggctatgagtcgtcgttgaacttccacaacaacaaccaagaggactggggc
tgctctagctgggttccaggcatggagacgagcctccctcccgggcactggactgctgcg
gtaaagaaagaagagaagtgtgtgccgccttacgtccaaatccgagatctccacgggatc
ctcaggacttacgccaacttctctataacaaaagaactcaaagataccatgagaacttca
cacggcctgaggaggcacccgagtttcagtgcaaactgtggcctgcccagctcctggaca
agcacttggcaggtggcagacgacctcacccagaacactttagacctggagtatctgcgt
tttgcacataaactaaaacagaccataaagaatggggattctcagcattctgcctcctct
gccaatgtctttccaaaggagtcaccaacccagatctccattggtgctttcccttcgaca
aaaatctctgaggccccatttctgcatcctgcacctaggagcagaagcccccttctggta
acagttgtggagtcagatcccagaccacaggggcagcccaggagaggctacacagccagc
agtctggacagctcttcctcttggagagagagatgtagtcataatagagatcttagaaat
tctcaaagaaatcacactgtttcattccacctcaacaaactgaaatacaacagtactgtg
aaggaatctcggaatgatatttcacttattctcaatgagtatgctgaattcaacaaggtg
atgaagaatagcaaccaattcattttccaagacaaagagctaaatgatgtttctggagaa
gccactgctcaagagatgtatctgcctttcccaggacggtcagcctcctatgaagacata
atcatagacgtgtgcaccaatttgcacgtcaaactaagaagtgttgtgaaagaggcttgt
aaaagtaccttcctgttctaccttgtcgaaacagaagacaaatcattctttgtaagaaca
aagaaccttctgaggaaaggaggccatacagaaattgaacctcagcacttctgtcaagct
ttccacagagagaatgatacactaatcatcatcatcagaaatgaagatatatcatcacat
ttgcatcagattccttctttgctgaagctgaagcatttccccagtgtcatctttgctgga
gtagacagccctggagatgttcttgatcacacctaccaagaactgtttcgtgcaggaggc
tttgtgatatcagatgacaagatactagaagctgtaacattagttcaactgaaggaaatt
atcaaaatcctggaaaaactaaatggaaatggaagatggaagtggttgcttcactacagg
gaaaataaaaagctaaaagaagatgaaagagtggattcaactgcacataagaagaacata
atgttgaagtcatttcagagtgcaaatatcattgaattgcttcattatcaccagtgtgac
tctcgatcatcaacaaaagcagaaattctgaaatgtttgctaaacctgcaaattcagcat
attgatgccaggtttgctgtcctcctaacagtcaagtacaccgagtaa

>gi568815588r:5666009_5913258|GENSCAN_predicted_peptide_2|859_aa
MVHPELFVLPSGFVVLLTSGMKPQTLTRKPSATCFSHPEPEFNQPQPPTFDPSEIKVVYL
RCTSGEVSATSALAPKCPGKRWAKWHLLPRFTVRINRVGVCQTPVQVQPMLKSKGQQLNS
FFLWHKQAELCPGSLLSVYKMDSFGCLPFSGRQRTHHIKPCRAKLSLKSTCTVAAQQITP
KSSRVKQPFVMLMDSMYRNSDRVQQRWLVSAPRDWGLQLEDLKAEITHVWQMLLADDLSS
SSHGPLPRSLHVGCRLLPFAFRHDWKPPEASPEAVAGAMRPVQPAEPDTAGAHRGHAGNM
QSFDNRPLSRPLNQSGKHADNNSSKRNRCFQARRKQELRALHTAALAGAAQTHIPRGMRV
IQNGVPDPQRDLSRAESTGFPTVNVFTKFTCLGFRGVGLLELRTQLLLTPVSSMKPEIPK
RILEKEERGWSRSPCAFSLLGSCVRACPAMNEEYDVIVLGTGLTECILSGIMSVNGKKVL
HMDRNPYYGGESASITPLEDLVKMLLYTEVTRYLDFKVTEGSFVYKGGKIYKVPSTEAEA
LASSLMGLFEKRRFRKFLVYVANFDEKDPRTFEGIDPKKTTMRDVYKKFDLGQDVIDFTG
HALALYRTDDYLDQPCYETINRIKLYSESLARYGKSPYLYPLYGLGELPQGFARLSAIYG
GTYMLNKPIEEIIVQNGKVIGVKSEGEIARCKQLICDPSYVKDRVEKVGQVIRVICILSH
PIKNTNDANSCQIIIPQNQVNRKSDIYVCMISFAHNVAAQGKYIAIVSTTVETKEPEKEI
RPALELLEPIEQKFVSISDLLVPKDLGTESQIFISRTYDATTHFETTCDDIKNIYKRMTG
SEFDFEEMKRKKNDIYGED

>gi568815588r:5666009_5913258|GENSCAN_predicted_CDS_2|2580_bp
atggtgcatccagagttgtttgttcttcccagtgggtttgtggtcttgctgacttcagga
atgaagccgcagaccctcacgagaaagccaagtgcaacttgcttcagtcatcctgaacct
gagttcaaccaaccgcagccacctacgtttgaccccagcgagatcaaagttgtatatctg
aggtgtaccagtggtgaagtcagtgccacatctgcactggcccccaagtgtcctggtaaa
cgatgggcaaaatggcacctccttcccaggtttactgtgaggattaaccgagttggtgtg
tgtcagaccccggtccaggtccagcccatgctgaagtccaagggtcagcagcttaactct
ttctttctctggcacaagcaagcagagctgtgtcctggctccctcctgtctgtctacaag
atggacagctttggctgtctccctttctctgggcgccagcgcacccaccacatcaagcca
tgtcgagccaagctgagcctcaaaagcacctgtactgtggctgcacagcaaattaccccc
aaatctagccgtgtaaagcagccctttgttatgctcatggattctatgtataggaattca
gacagggtccagcagcgatggcttgtctctgctcccagggactggggattgcagctggaa
gatttgaaggctgaaatcacccatgtctggcagatgctgctggctgacgacctcagttcc
tcctcacatgggcctctccctcggtctctccatgtgggctgtcgcctgctccccttcgcc
ttccgccatgattggaagcccccggaagcctccccagaagctgttgccggtgctatgcga
cctgtacagcctgcagaaccggacactgccggggcccatcgtggccatgccgggaacatg
cagtcctttgataatcgccctttatcccggcctctaaatcaaagcggcaaacatgctgac
aacaactccagcaaacgcaaccgatgctttcaggctcgacggaaacaggaactgcgggcc
ctgcacacagctgcgctcgccggggcagctcagactcacatccccagggggatgcgagtt
atccagaacggcgttcctgacccccagagggatttatcacgtgctgaaagcacaggtttt
ccaactgtcaacgtctttacgaaattcacctgcttaggctttcgtggggtcggcctcttg
gagctgagaacacagcttctgcttacacctgtgtcctcaatgaagccagagattcctaag
agaattctagaaaaagaggagcgggggtggtcacggagcccctgcgccttttccttgctc
gggtcctgcgtccgcgcctgccccgccatgaatgaggagtacgacgtgatcgtgctgggc
accggcctgacggaatgtatcctgtcaggtataatgtcagtgaatggcaagaaagttctt
catatggatcgaaacccttactacggaggagagagtgcatctataacaccattggaagat
ctggttaagatgctgctttatacagaggtaactcgctatctggattttaaagtgactgaa
gggagctttgtctataagggtggaaaaatctacaaggttccttccactgaagcagaagcc
ctggcatctagcctaatgggattgtttgaaaaacgtcgcttcaggaaattcctagtgtat
gttgccaacttcgatgaaaaagatccaagaacttttgaaggcattgatcctaagaagacc
acaatgcgagatgtgtataagaaatttgatttgggtcaagacgttatagattttactggt
catgctcttgcactttacagaactgatgattacttagatcaaccgtgttatgaaaccatt
aatagaattaaactttacagtgaatctttggcaagatatggcaaaagcccatacctttat
ccactctatggccttggagaactgccccaaggatttgcaaggctaagtgctatttatgga
ggtacctatatgctgaataaacccattgaagaaatcattgtacagaatggaaaagtaatt
ggtgtaaaatctgaaggagaaattgctcgctgtaagcagctcatctgtgaccccagctac
gtaaaagatcgggtagaaaaagtgggccaggtgatcagagttatttgcatcctcagccac
cccatcaagaacaccaatgatgccaactcctgccagatcattattccacagaaccaagtc
aatcgaaagtcagatatctacgtctgcatgatctcctttgcgcacaatgtagcagcacaa
gggaagtacattgctatagttagtacaactgtggaaaccaaggagcctgagaaggaaatc
agaccagctttggagctcttggaaccaattgaacagaaatttgttagcatcagtgacctc
ctggtaccaaaagacttgggaacagaaagccagatctttatttcccgcacatatgatgcc
accactcattttgagacaacgtgtgatgacattaaaaacatctataagaggatgacagga
tcagagtttgactttgaggaaatgaagcgcaagaagaatgacatctatggggaagactaa

>gi568815588r:5666009_5913258|GENSCAN_predicted_peptide_3|405_aa
MLLLDHTLAFNEKNAALAAAREFGDTWNLSQVNDRMTAEERDKFPTGQQAVPIMDLQWDL
NSDHGYWSCKHLLICVLEGQRRIRKKPVNYLMMSTITQGKEENPSAFLERLREALRKYTP
LSPDSLEGQLILKGKFIIQSATDIRRELQKRALGPEQNLEALLNLATSVFYDKDQEEQAE
KETLDQRKAAALVMALRQTNLGGSESTENGAGQSPGRACYQCGLQGHLKKDCPTRNKLPP
RPCPLCRGNHWKVHCPRGQRFSGPEAPNQMIQQQDRGCPGQAPAHVITLTEPQDGEPIEH
DCQQVIVQTYAARDEFLEVPLVNPDLNLYTDESSFVVENWIRRAGYAIVSDVTVLESPVT
SILLLLTFGPCIFNLFVKFVSSRIEAIKLQMVLQMEPQMSSTNFY

>gi568815588r:5666009_5913258|GENSCAN_predicted_CDS_3|1218_bp
atgctattgctagatcacaccctggcctttaatgaaaagaatgcggctttagctgcagcc
cgagagtttggagatacctggaatcttagtcaagtaaatgacagaatgacagccgaagaa
agggacaaattccctactggtcagcaagccgtccccattatggatctccagtgggacctc
aactcagaccatgggtactggagttgtaaacatctgctgatctgtgttctagaaggacaa
aggagaattaggaaaaagcctgtgaattatttgatgatgtccaccataactcagggaaag
gaagaaaatccttctgccttcctcgagcggctacgggaggccttaagaaaatatactccc
ctgtcgcccgactcactcgagggtcaattgatcctaaaaggtaagtttattatccaatca
gccacagatatcaggagagagctccaaaagcgagccctgggccctgaacaaaatctggag
gcattattaaacctggcaacctctgtgttctatgataaggaccaagaggaacaggctgaa
aaggaaacgttagatcagagaaaggctgcagccttagtcatggccctcagacaaaccaac
cttggtggttcagagagcacagaaaatggagcaggccaatcacctggtagggcttgttac
cagtgtggtttgcaaggacaccttaaaaaagactgtccaacaagaaacaagctgccccct
cgcccatgtccactatgccgaggcaatcactggaaggtgcactgccccagaggacaaagg
ttctctgggccagaagcccccaaccagatgatccaacaacaggaccgagggtgcccaggg
caagcgccagctcatgtcatcaccctcactgagccccaggatggggaaccgatcgagcat
gactgccaacaagttatagtccagacttatgctgcccgagatgaattcttagaagtcccc
ttagttaatcctgaccttaatctatatactgatgaaagttcatttgtggtggagaattgg
atacgaagggcaggttatgccattgttagtgatgtaacagtacttgaaagtcccgtgaca
tccatcttgctattactcacctttgggccctgtatttttaacctctttgtcaaatttgtt
tcctctaggatcgaggccatcaagctacagatggtcttacaaatggaaccccaaatgagc
tcaactaacttctactga

>gi568815588r:5666009_5913258|GENSCAN_predicted_peptide_4|505_aa
MTINEMEMSHHMPESRKDSKHAPRSPVSTSSAITRFTLNVPLKPLRGCGVQEKTHTWQGS
PFQDPPLFANPQLLALPQQFLAFADFEVRRAPLPYVFSPESRTGRCSSRTADASALGSPG
PSVLIPDRSVPEEKPPRARNRGFSHAGQAGAVRGQPACGLGRGFEEAALPGTKPGAPARP
AAMAQPGDPRRLCRLVQEGRLRALKEELQAAGGCPGPAGDTLLHCAARHGHRDVLAYLAE
AWGMDIEATNRDYKRPLHEAASMGHRDCVRYLLGRGAAVDCLKKADWTPLMMACTRKNLG
VIQELVEHGANPLLKNKDGWNSFHIASREGDPLILQYLLTVCPAMHGHLEAVKVLLKRCQ
YEPDYRDNCGVTALMDAIQCGHIDVARLLLDEHGACLSAEDSLGAQALHRAAVTGQDEAI
RFLVSELGVDVDVRATSTHLTALHYAAKRCLRQCPLGLKMVLLCGYFTCTASRGKAEQKG
AEQELGPLVLGNTKLSSRCFDFSVK

>gi568815588r:5666009_5913258|GENSCAN_predicted_CDS_4|1518_bp
atgaccatcaatgagatggagatgtctcatcacatgcctgagagtcgaaaagacagtaag
catgccccaaggagccctgtgtccacctcctctgcaattacacgctttacacttaatgtt
cccttaaagcccctccgaggctgtggggtgcaggagaagacccacacttggcaggggtcc
ccattccaggacccacctctctttgctaaccctcagcttttagccctaccccagcaattc
ctggcctttgctgactttgaagtgcggcgcgccccactcccttacgtgttcagtcccgaa
tcacgtacgggccgctgcagctccaggacggcggacgccagcgctctcggatccccaggc
ccctccgtgctcatcccggaccgctccgtccctgaggaaaaaccgccccgtgcccggaac
cgcggcttctcccacgcggggcaggccggggctgtgagggggcagcccgcctgcggacta
ggccgggggtttgaggaggcggctctgccggggacaaagccgggggccccggcccgaccc
gcggcgatggcccagcccggggacccgcggcgcctctgcaggctggtgcaggagggccgg
ctgcgcgccctgaaggaggagctgcaggcggccgggggctgcccggggccggccggggat
accctcctgcactgcgccgcgcgccacgggcatcgggacgtgctggcctatctggccgag
gcctggggcatggacatcgaggccaccaaccgagactacaagcggcctctgcacgaggcg
gcctccatgggccaccgagactgcgtgcgctacctgctgggccggggggcagcggtcgac
tgcctgaagaaggccgactggactcctctgatgatggcctgcacaaggaagaacctgggg
gtgatccaggagctggtggaacatggcgccaatccactcctgaagaacaaagatggctgg
aacagtttccacattgccagtcgagaaggcgaccctctgatcctccagtacctgctcact
gtttgcccagcaatgcatggccatttggaggcagtcaaggtgcttcttaagaggtgccaa
tatgaaccagactacagagacaactgtggcgtcaccgccttgatggacgcaatccagtgt
gggcacatcgacgtcgctaggctgctcctcgatgaacatggggcttgcctttcagcagaa
gacagcctgggtgcccaggctctgcacagggcagctgtcacagggcaggacgaagccatc
cgattcttggtctctgaacttggcgtcgatgtagatgtgagagccacatcaacccacctc
acagcacttcattatgcagctaagagatgcctgcgtcaatgccctctaggtctgaagatg
gtcctgttgtgcggctatttcacgtgtacagcctcaagagggaaagctgagcagaagggt
gctgagcaggagctggggcccttggtgctgggaaacaccaagctgtcttctaggtgcttc
gacttctcagtgaaatag

>gi568815588r:5666009_5913258|GENSCAN_predicted_peptide_5|312_aa
MIFPAESSCALPQEGSAGPGSPGSAPPSRKRSWSSEEESNQATGTSRWDGVSKKAPRHHL
SVPCTRPREARQEAEDSTSRLSAESGETDQDAGDVGPDPIPDSYYGLLGTLPCQEALSHI
CSLPSEVLRHVFAFLPVEDLYWNLSLVCHLWREIISDPLFIPWKKLYHRYLMNEEQAVSK
VDGILSNCGIEKESDLCVLNLIRYTATTKCSPSVDPERVLWSLRDHPLLPEAEACVRQHL
PDLYAAAGGVNIWALVAAVVLLSSSVNDIQRLLFCLRRPSSTVTMPDVTETLYCIAVLLY
AMREKGINISNS

>gi568815588r:5666009_5913258|GENSCAN_predicted_CDS_5|936_bp
atgatctttcctgcagagagcagctgtgcactgcctcaggaaggcagtgcagggccgggc
tcaccagggtctgccccgccctccaggaagcggtcttggtcctctgaggaagagagtaac
caggctaccgggaccagccggtgggatggagtttctaagaaagctccacggcaccatttg
tctgtgccatgcacaaggcctagggaggccaggcaagaagcagaggacagtacgtctcgg
ctctctgcggagtctggtgaaaccgaccaagatgctggggacgtgggtcctgatcccatt
cctgactcatactatgggcttcttgggaccttgccctgccaggaagcactgagccacatt
tgcagcctgcctagtgaggtcctgaggcacgtgtttgccttcctcccggtggaagacctc
tattggaacctgagcttggtgtgccacttgtggagggagatcatcagtgacccgctgttc
attccttggaagaagctgtaccatcgatacctgatgaatgaagagcaagctgtcagcaaa
gtggacggcatcctgtctaactgtggcatagaaaaggagtcagacctgtgtgtgctgaac
ctcatacgatacacagccaccactaagtgctctccgagtgtggatcccgagagggtgctg
tggagtctgagggaccaccccctcctccccgaggctgaggcgtgtgtgcggcaacacctc
cccgacctctacgctgctgccgggggtgtcaacatctgggccctggtggcggctgtggtg
ctcctctccagcagtgtgaatgacatccagcgactgctcttctgcctccggagacccagc
tccacggtgaccatgccagatgtcaccgagaccctgtactgcatagccgtgcttctctac
gccatgagggagaaggggattaacatcagcaatagn