GENSCAN 1.0	Date run:  5-Nov-116	Time: 22:38:10

Sequence gi568815581r:58420429_58626979 : 206551 bp : 44.58% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.05 PlyA -    924    919    6                              -0.45
 1.04 Term -   2002   1932   71  2  2   60   55   131 0.874   5.10
 1.03 Intr -  38517  38340  178  0  1   45   95    58 0.457   1.69
 1.02 Intr -  42875  42354  522  2  0   79  110   164 0.501  10.85
 1.01 Init -  46522  46457   66  1  0   71  110    12 0.942   2.77
 1.00 Prom -  47356  47317   40                              -3.26

 2.04 PlyA -  48831  48826    6                               1.05
 2.03 Term -  55922  55780  143  0  2   72   43   228 0.987  14.79
 2.02 Intr -  56498  56374  125  1  2  -20   53   137 0.035  -0.37
 2.01 Init -  67846  67077  770  1  2   96   68  1112 0.068 104.17
 2.00 Prom -  69120  69081   40                              -7.46

 3.33 PlyA -  69128  69123    6                               1.05
 3.32 Term -  71412  71235  178  2  1  107   42    88 0.956   3.26
 3.31 Intr -  72171  72083   89  0  2   60  110    11 0.873  -0.73
 3.30 Intr -  72524  72414  111  2  0   56   87    79 0.862   5.18
 3.29 Intr -  75902  74504 1399  1  1   75   78   556 0.896  42.51
 3.28 Intr -  83470  83316  155  1  2   57  110    40 0.894   1.97
 3.27 Intr -  83792  83622  171  2  0   99  101   242 0.997  26.74
 3.26 Intr -  84060  83875  186  0  0   99  119   126 0.999  16.69
 3.25 Intr -  84546  84351  196  2  1   75   57   159 0.986  10.92
 3.24 Intr -  85155  85044  112  1  1   79   58   149 0.957  10.44
 3.23 Intr -  86443  86315  129  2  0   77   67   134 0.991  10.87
 3.22 Intr -  86891  86695  197  1  2   41   87   300 0.977  24.26
 3.21 Intr -  87846  87733  114  2  0   95   66   167 0.990  14.76
 3.20 Intr -  88136  88040   97  0  1   83   52    71 0.985   2.07
 3.19 Intr -  88413  88253  161  2  2  100   94    82 0.934   9.63
 3.18 Intr -  91083  91001   83  0  2  103   78    74 0.929   6.34
 3.17 Intr -  92078  91962  117  2  0   87   92   154 0.999  16.36
 3.16 Intr -  92513  92424   90  2  0   59  110    95 0.988   8.99
 3.15 Intr -  97775  97664  112  1  1   67   80    11 0.013  -1.42
 3.14 Intr -  97983  97914   70  1  1   81   35    78 0.929   0.04
 3.13 Intr -  98231  98099  133  2  1   96   87    50 0.933   5.92
 3.12 Intr - 100414 100315  100  0  1  119   78   111 0.632  13.31
 3.11 Intr - 100732 100459  274  2  1   49   20   300 0.307  15.90
 3.10 Intr - 100922 100826   97  2  1   75   98    80 0.990   7.28
 3.09 Intr - 101218 101117  102  1  0   55   81   129 0.998   9.27
 3.08 Intr - 101425 101308  118  0  1   53   59   184 0.980  12.47
 3.07 Intr - 101673 101539  135  2  0   90   47   210 0.998  16.78
 3.06 Intr - 104773 104650  124  2  1  101   68   177 0.999  16.64
 3.05 Intr - 105353 105267   87  0  0  115  116   111 0.999  16.54
 3.04 Intr - 105885 105792   94  0  1  113   98   160 0.999  19.04
 3.03 Intr - 106550 106254  297  2  0   82   65   281 0.951  22.27
 3.02 Intr - 107957 107928   30  2  0  100   64    52 0.761   2.33
 3.01 Init - 111535 111305  231  1  0   91   -1   148 0.167   2.46
 3.00 Prom - 116752 116713   40                              -5.36

 4.23 PlyA - 118109 118104    6                               1.05
 4.22 Term - 119853 119747  107  1  2   97   34   100 0.794   4.07
 4.21 Intr - 123536 122198 1339  2  1   80   71   368 0.166  22.00
 4.20 Intr - 136501 136474   28  0  1  109   84    13 0.130   1.12
 4.19 Intr - 141184 141092   93  0  0   81   25    96 0.740   1.68
 4.18 Intr - 144540 144441  100  1  1   85   77    78 0.981   5.57
 4.17 Intr - 145396 145319   78  2  0   61  115    41 0.918   3.62
 4.16 Intr - 152880 152753  128  2  2   90   89    52 0.913   5.82
 4.15 Intr - 157028 156947   82  0  1   82   86     5 0.761  -1.60
 4.14 Intr - 159303 159237   67  0  1  117   50    34 0.379   0.98
 4.13 Intr - 164172 164072  101  1  2   66   84    27 0.713  -0.07
 4.12 Intr - 165586 165373  214  1  1   61  100   222 0.397  18.99
 4.11 Intr - 179238 178325  914  1  2   84   91   462 0.085  37.09
 4.10 Intr - 181528 181378  151  1  1  105   47    70 0.436   4.34
 4.09 Intr - 182162 181957  206  0  2  115  -73   104 0.233  -4.08
 4.08 Intr - 184701 184550  152  2  2   80   76    86 0.922   6.41
 4.07 Intr - 190911 190733  179  0  2   76   86   162 0.929  13.52
 4.06 Intr - 193116 192993  124  2  1  106    3   126 0.973   6.49
 4.05 Intr - 194917 194804  114  0  0  100   94    71 0.993   8.46
 4.04 Intr - 195877 195747  131  1  2   57  108   118 0.921  10.19
 4.03 Intr - 197191 197110   82  0  1   77  116    26 0.988   3.94
 4.02 Intr - 201358 201222  137  1  2   57   84   186 0.713  14.47
 4.01 Intr - 202584 202419  166  2  1   92  110   165 0.920  19.06

Suboptimal exons with probability > 0.800

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

S.001 Init -   4801   4753   49  1  1   86   80    40 0.816   2.11
S.002 Sngl -  67846  67073  774  1  0   96   47  1109 0.890 103.64
S.003 Init -  93979  93935   45  1  0   99   88    61 0.866   5.92
S.004 Intr -  96190  96152   39  0  0  129  101    37 0.926   6.44


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815581r:58420429_58626979|GENSCAN_predicted_peptide_1|278_aa
MDALSSCVTPTASSYAHCNYFQNPSMQSSYPVEFLPSNWPCSTTDENTKTEVNLEAVFQI
VDELHSSPKLEMVKVEPVENQCPTSPSYRGQHILANSNNSNPCSASQASQLEPLTPVGSD
IMSFVVGTEQAVACSLPQSPEYIYTIHTAQPVENSTIQESAAIQQAHVKLKEHLNHNPSP
SSVVFVQEGPPFSTHQVDANIKCQTSSRENILPSEQMGFLISEMGPASKPSEDTGLATPA
RYREHRSNSQQGKSPDLHLLVDVACKQERFPKEEELKE

>gi568815581r:58420429_58626979|GENSCAN_predicted_CDS_1|837_bp
atggatgctctaagtagttgtgtcactcccactgcctcttcctatgcacactgcaactac
ttccagaatccttcaatgcagtcctcctatccagttgaatttttgccttccaattggccc
tgcagtactactgatgaaaatacaaagacagaagtaaacctagaggctgtctttcagata
gttgatgagttgcattcctcccctaaattggagatggtaaaggtggagcctgttgagaat
cagtgcccaacatctccgtcttacagaggccaacacattttagctaattctaacaacagc
aatccatgttctgcaagtcaggctagccagctggagccacttactcctgtaggctcagat
attatgtcttttgtggttggaacagaacaagcagttgcctgctctctaccacagtcacct
gagtacatctataccatccacacagctcagcctgttgaaaatagcacaatacaggaatct
gcagccatccagcaagctcatgtcaaactgaaggagcacctaaatcataatccatctcca
tcttcagtagtatttgtgcaggaagggccaccattcagcacacaccaggtggatgccaac
ataaaatgccagaccagttcacgtgagaatatcttgccgtcagaacagatgggattcctc
atttcagaaatggggcctgctagcaagcctagtgaagacacaggtttagccactccagcc
agatacagagagcacagaagcaactcacaacaaggaaagtcccctgatcttcatctgctg
gtggacgtggcctgcaagcaggagcgctttccaaaggaggaagaattaaaagagtga

>gi568815581r:58420429_58626979|GENSCAN_predicted_peptide_2|345_aa
MEALLSTPINPNNFPAKLWRLVNSPRYRSIRWDGRGEGLLIDQPLFEAELLSPPGPGGGG
GTAGAGAEPELFKTTSFTSFIRQLNLYGFRKVVLGGPGGGKPAGNGPLHHFHNPHFRRDQ
PQLLVHLKRLTSANKAKLAAGLEVPCRPPNRFQRLLITSASAATAPLQHQQPPPPAGPRP
EPHGESGLPVPSPTVGTWAAGSNRRWRAHFRTSSRYGRRKGAGDPLAAVLPETGGPATAA
VLSGTSTVATGPPLEGPKKELNSNHYRADETSGKKKQQEAIEHIDEIQNEIDRLNEQAST
DELGEVIKDGIWPNPLQYHLVPDMDDEEGEEDDDDEEKEGLEDID

>gi568815581r:58420429_58626979|GENSCAN_predicted_CDS_2|1038_bp
atggaggcgctgctctccacccccatcaaccccaacaacttccccgccaagctgtggcgc
ctggtgaacagcccgcgctaccgctccatccgctgggacggccgcggcgaggggctgctt
atcgatcagccgctcttcgaggccgagctgctcagcccgcccgggccggggggcggtggc
gggactgcgggggccggggccgagcccgagctcttcaaaaccaccagcttcaccagcttc
atccgccagctcaacctctacggcttccgcaaggtggtgctgggcgggccggggggcggc
aaaccggcaggcaatgggccgctccatcacttccacaacccgcacttccgccgcgaccag
ccacagctgctcgtgcacctcaagcgcctcaccagcgccaacaaggccaagctggcggcc
ggcctggaggtgccctgccgcccgcccaaccgcttccagcggctgctcatcacctcggcc
tccgccgccaccgcgccactgcagcaccagcagccgccgccgcccgcggggccccggccc
gagccgcacggtgagtccggactgcccgtgccctcgcccacagtgggcacatgggcggcg
gggagcaaccgccgctggagggcgcattttcgcacgtcctcacgctatgggcgtcggaaa
ggcgccggggacccattggccgctgtgcttcccgagactggcggtcccgccaccgccgcc
gttctcagcggcaccagcacggtggccaccggccctcccctggagggtcctaaaaaggag
ctcaactccaaccactacagggccgacgagacctcaggaaaaaaaaaacagcaagaagca
attgaacacattgatgaaatccaaaatgaaatagacagacttaatgaacaagccagtact
gatgagttaggagaggtcatcaaagatggtatttggccaaacccattacagtaccacttg
gttcctgatatggatgatgaagaaggagaagaagatgatgatgatgaagagaaggaagga
ttagaagatattgattag

>gi568815581r:58420429_58626979|GENSCAN_predicted_peptide_3|1862_aa
MVRQAGRRAGAGQGWGAQGRSLPGGCKGTRGTAAAAVQGGRRRRRPRAQAGTAAGRRCVA
APKFFPLSSHGVGANPWASTGDYGYKQIKRFLEDTTDDGELSKFVKDFSGNASCHPPEAK
TWASRPQVPEPRPQAPDLYDDDLEFRPPSRPQSSDNQQYFCAPAPLSPSARPRSPWGKLD
PYDSSEDDKEYVGFATLPNQVHRKSVKKGFDFTLMVAGESGLGKSTLVNSLFLTDLYRDR
KLLGAEERIMQTVEITKHAVDIEEKGVRLRLTIVDTPGFGDAVNNTECWKPVAEYIDQQF
EQYFRDESGLNRKNIQDNRVHCCLYFISPFGHGLRPLDVEFMKALHQRVNIVPILAKADT
LTPPEVDHKKRKIREEIEHFGIKIYQFPDCDSDEDEDFKLQDQALKESIPFAVIGSNTVV
EARGRRVRGRLYPWGIVEVENPGHCDFVKLRTMLVRTHMQDLKDVTRETHYENYRAQCIQ
SMTRLVVKERNRKYDQKPGQSWQGEIPSLALGETKPYFCSSIGPGLNLSGKLTRESGTDF
PIPAVPPGTDPETEKLIREKDEETRRPQLAGSLRSRFPISGMRGEFFTQDCQRNAGREEL
QGRLSIQSFSPILALGPDDSCETKTGMDKLRAVASSPLFTALLLAAARTRCDFPLVASPL
RRRASFLQGEEGPPSLEYIQAKDLFPPKELVKEEENLQVPFTVLQGEGVEFLGRAADALI
AISNYRLHIKFKDSVINVPLRMIDSVESRDMFQLHISCKDSKVVRCHFSTFKQCQEWLSR
LSRATARPAKPEDLFAFAYHAWCLGLTEEDQHTHLCQPGEHIRCRQEAELARMGFDLQNV
WRVSHINSNYKLCPSYPQKLLVPVWITDKELENVASFRSWKRIPVVVYRHLRNGAAIARC
SQPEISWWGWRNADDEYLVTSIAKACALDPGTRATGGSLSTGNNDTSEACDADFDSSLTA
CSGVESTAAPQKLLILDARSYTAAVANRAKGGGCECEEYYPNCEVVFMGMANIHAIRNSF
QYLRAVCSQMPDPSNWLSALESTKWLQHLSVMLKAAVLVANTVDREGRPVLVHCSDGWDR
TPQIVALAKILLDPYYRTLEGFQVLVESDWLDFGHKFGDRCGHQENVEDQNEQCPVFLQW
LDSVHQLLKQFPCLFEFNEAFLVKLVQHTYSCLYGTFLANNPCEREKRNIYKRTCSVWAL
LRAGNKNFHNFLYTPSSDMVLHPVCHVRALHLWTAVYLPASSPCTLGEENMDLYLSPVAQ
SQEFSGRSLDRLPKTRSMDDLLSACDTSSPLTRTSSDPNLNNHCQEVRVGLEPWHSNPEG
SETSFVDSGVGGPQQTVGEVGLPPPLPSSQKDYLSNKPFKSHKSCSPSYKLLNTAVPREM
KSNTSDPEIKVLEETKGPAPDPSAQDELGRTLDGIGEPPEHCPETEAVSALSKVISNKCD
GVCNFPESSQNSPTGTPQQAQPDSMLGVPSKCVLDHSLSTVCNPPSAACQTPLDPSTDFL
NQDPSGSVASISHQEQLSSVPDLTHGEEDIGKRGNNRNGQLLENPRFGKMPLELVRKPIS
QSQISEFSFLGSNWDSFQGMVTSFPSGEATPRRLLSYGCCSKRPNSKQMRATGPCFGGQW
AQREGVKSPVCSSHSNGHCTGPGGKNQMWLSSHPKQVSSTKPVPLNCPSPVPPLYLDDDG
LPFPTDVIQHRLRQIEAGYKQEVEQLRRQVRELQMRLDIRHCCAPPAEPPMDYEDDFTCL
KESDGSDTEDFGSDHSEDCLSEASWEPVDKKETEVTRWVPDHMASHCYNCDCEFWLAKRR
HHCRNCGNVFCAGCCHLKLPIPDQQLYDPVLVCNSCYEHIQVSRARELMSQQLKKPIATA
SS

>gi568815581r:58420429_58626979|GENSCAN_predicted_CDS_3|5589_bp
atggtaaggcaggcaggcaggcgggcgggcgcggggcagggctggggtgcgcagggccgg
tcgctcccgggcggctgcaaggggacccgcggcaccgcagccgcggctgtgcagggtggg
aggcgccgtcgccggccccgggcacaggctggcactgctgccgggcggcggtgcgtcgct
gctcccaagtttttccctctgagcagccacggagtgggcgccaacccctgggcgagcact
ggagactatggctataagcagatcaagcgtttcctggaggacaccacggatgatggagaa
ctgagcaagttcgtgaaggatttctcaggaaatgcgagctgccacccaccagaggctaag
acctgggcatccaggccccaagtcccggagccaaggccccaggccccggacctctatgat
gatgacctggagttcagacccccctcgcggccccagtcctctgacaaccagcagtacttc
tgtgccccagcccctctcagcccatctgccaggccccgcagcccatggggcaagcttgat
ccctatgattcctctgaggatgacaaggagtatgtgggctttgcaaccctccccaaccaa
gtccaccgaaagtccgtgaagaaaggctttgactttaccctcatggtggcaggagagtct
ggcctgggcaaatccacacttgtcaatagcctcttcctcactgatctgtaccgggaccgg
aaacttcttggtgctgaagagaggatcatgcaaactgtggagatcactaagcatgcagtg
gacatagaagagaagggtgtgaggctgcggctcaccattgtggacacaccaggttttggg
gatgcagtcaacaacacagagtgctggaagcctgtggcagaatacattgatcagcagttt
gagcagtatttccgagacgagagtggcctgaaccgaaagaacatccaagacaacagggtg
cactgctgcctgtacttcatctcacccttcggccatgggctccggccattggatgttgaa
ttcatgaaggccctgcatcagcgggtcaacatcgtgcctatcctggctaaggcagacaca
ctgacacctcccgaagtggaccacaagaaacgcaaaatccgggaggagattgagcatttt
ggaatcaagatctatcaattcccagactgtgactctgatgaggatgaggacttcaaattg
caggaccaagccctaaaggaaagcatcccatttgcagtaattggcagcaacactgtagta
gaggccagagggcggcgagttcggggtcgactctacccctggggcatcgtggaagtggaa
aacccagggcactgcgactttgtgaagctgaggacaatgctggtacgtacccacatgcag
gacctgaaggatgtgacacgggagacacattatgagaactaccgggcacagtgcatccag
agcatgacccgcctggtggtgaaggaacggaatcgcaagtatgaccagaagccaggacaa
agctggcagggggagatcccaagcctagccttgggtgagaccaagccctacttttgttct
tctataggccctgggctcaatctaagcggcaaactgactcgggaaagtggtaccgacttc
cccatccctgctgtcccaccagggacagatccagaaactgagaagcttatccgagagaaa
gatgaggagactaggaggccgcagctagctggcagtctcagatccaggtttcccatctct
gggatgagaggagagttcttcactcaggactgccagcgcaatgcaggtcgtgaagaactg
cagggtcgtttatcgatacaaagtttttctcctattctggcgttgggaccggatgacagc
tgcgaaaccaaaacgggaatggataaactgagagcagtggccagcagccccctctttact
gctctcctattggctgccgcaaggacgcgctgtgatttcccattggtcgcgtctcccctc
cggcgccgcgcctccttcctccagggtgaggaggggccccccagcctggagtacatccaa
gccaaggatctgttcccccccaaggaactagtgaaggaggaagagaatcttcaggtcccc
ttcacagtgctgcagggtgagggagtagagttcctgggccgggcagccgatgccctcatt
gccatctctaactaccggctgcatatcaaattcaaggactctgtcatcaacgtccccctc
cggatgattgacagtgtggagagccgtgatatgttccagttgcacatttcctgcaaggac
tccaaagtggtgaggtgccacttctccacttttaagcagtgccaagagtggctctcacgg
ctaagccgagccacagcaagacctgccaagcctgaagacctctttgcctttgcctaccat
gcctggtgcctggggctgaccgaggaggaccagcacactcacctatgtcagccaggtgag
cacatacgttgtcgacaggaggcggagcttgcaaggatgggctttgacctgcagaacgtc
tggagagtctcacacatcaacagcaactacaaattgtgccccagttacccccagaagctg
ctggttcctgtgtggatcactgacaaagagctggagaacgtggcttccttccgctcctgg
aagcggattcccgtggttgtgtatagacacttgcgcaatggggctgccatcgcccgctgc
agccagccagagatcagctggtggggctggcgcaatgctgatgatgagtacctggtcacg
tccattgctaaagcctgtgccctggacccggggacaagggccactgggggctccctcagc
accgggaataatgataccagcgaggcgtgtgatgctgactttgattcttctctgactgcg
tgctctggagtggagagcacagcagctcctcaaaagctgctgatcctggatgcgcgatcc
tacacggcagcagtggccaaccgggccaagggtggaggctgtgaatgtgaagagtactat
cccaactgtgaggtcgtgttcatgggaatggccaacatccatgccatccggaacagcttt
cagtacctccgggctgtgtgtagccagatgccggatcctagcaactggttgtcggcactg
gagagtaccaaatggctgcagcacttgtcggtgatgctaaaagcagctgtgctggtggct
aatacagtagaccgggaaggccggcctgtgctggtacactgctcagatggctgggaccgc
acaccgcagatcgtagccctggccaaaatattactggacccatattacaggacgttggag
ggcttccaagtgttagtggagtctgactggctggattttgggcacaagtttggagatcgc
tgtggccaccaagagaatgtggaggaccaaaacgaacaatgccctgtgttcctccagtgg
cttgattctgttcatcagttgcttaagcagttcccctgcctgtttgaatttaatgaagca
ttcctggtaaaactggtgcaacacacatactcctgcctctacggcaccttcctggccaac
aacccctgtgagcgagagaagcgcaacatctacaagcggacctgctctgtgtgggcgctc
cttcgagctggcaataaaaactttcataacttcctctacacacccagctcagacatggtc
ctgcatcctgtttgtcatgtccgggccctgcacctctggacagctgtttatctgccagca
tcatctccatgcacacttggggaagaaaacatggatctttacctttccccagtggcccag
agccaggagttctctggccgctctctggacagattacctaaaaccagatccatggatgat
cttctttctgcctgtgacacaagcagccccctgactcgtacatccagtgaccctaacctg
aataaccactgtcaggaggtcagggtaggcctggagccctggcacagcaatcctgaggga
tcagagacaagctttgtggactctggggtaggagggcctcagcaaactgtaggagaagtg
ggtcttcctcctcctctgcccagcagccagaaagactacttgagcaataaacctttcaag
agtcacaaaagctgttctccaagttacaaactgcttaataccgcagtgcctcgggaaatg
aagagcaacacctctgatcctgagatcaaagtcctagaagagactaagggaccagctcca
gacccttctgcccaggatgagctgggtaggactttagatggcataggggagccacctgaa
cattgtcctgaaacagaagctgtcagtgcactctccaaggtcatttctaacaagtgtgat
ggagtttgtaattttcctgagtcttcccagaactctcctacaggtacgccccaacaggcc
cagccagactccatgctaggtgtgccctccaagtgtgttcttgatcacagcctcagcacc
gtttgcaacccaccgagtgctgcctgccaaactcctctagacccaagcactgacttcctc
aaccaagatccctcagggtctgtggcaagtatctcccaccaggaacaactgagttctgtg
ccggatctgacccatggggaggaagacattggtaaaagaggaaataataggaatgggcag
ttattggaaaatcctcgctttgggaaaatgccattggaattggtccggaagccaatttct
cagagccagatcagtgagttctcttttctagggtccaactgggacagcttccaagggatg
gtgacttcattcccaagtggggaggccacccctcggcggctgctttcctatggctgttgt
agcaagaggccaaacagtaagcagatgcgggccacagggccctgctttgggggccagtgg
gctcagagagaaggtgtgaagtcacctgtctgttctagtcattccaatggacattgtact
ggcccaggaggaaagaaccagatgtggttgtccagtcatccaaagcaagtctctagcaca
aagcccgttccactgaactgcccttctccagtgcctcctctgtatttggatgatgatgga
ctcccctttcccacggatgtgatccagcataggttacggcaaatcgaagcagggtacaaa
caagaggtggagcagctacgtcgacaggtgcgtgagcttcagatgaggctggacatccgt
cactgctgtgcccctccagcagagccccccatggactatgaggatgattttacatgtttg
aaggagtcagatggcagtgatactgaggattttggctctgatcacagtgaagactgcctt
tcagaagcaagctgggaacctgttgataagaaagagactgaggtgactcgctgggttcca
gaccatatggcatcacactgctataactgtgactgtgaattctggttggccaaacgaaga
caccattgcagaaattgtgggaatgtattttgtgctggatgctgccacctgaagctgccc
attcctgatcagcaactctatgacccagttctcgtctgtaactcatgttacgaacacatt
caagtctctcgtgccagggaactcatgagccaacagctgaagaaacccattgctacagct
tccagttga

>gi568815581r:58420429_58626979|GENSCAN_predicted_peptide_4|1564_aa
XRCFDGSTPVHAAAFSGNQWILSKLLDAGGDLRLHDERGQNPKTWALTAGKERSTQIVEF
MQRCASHMQAIIQGFSYDLLKKIDSPQRLVYSPSWCGGLVQGNPNGSPNRLLKAGVISAQ
NIYSFGFGKFYLTGATQMAYLGSLPVIGEKEVIQADDEPTFSFFSGPYMVMTNLVWNGSR
VTVKELNLPTHPHCSRLRLADLLIAEQEHSSKLRHPYLLQLMAVCLSQDLEKTRLVYERI
TIGTLFSVLHERRSQFPVLHMEVIVHLLLQISDALRYLHFQGFIHRSLSSYAVHIISPGE
ARLTNLEYMLESEDRGVQRDLTRVPLPTQLYNWAAPEVILQKAATVKSDIYSFSMIMQEI
LTDDIPWKGLDGSVVKKAVVSGNYLEADVRLPKPYYDIVKSGIHVKQKDRTMNLQDIRYI
LKNDLKASPEVDFTGAQRTQPTESPRVQRYGLHPDVNVYLGLTSEHPRETPDMEIIELKE
MGSQPHSPRVHSLFTEGTLDPQAPDPCLMARETQNQDAPCPAPFMAEEASSPSTGQPSLC
SFEINEIYSGCLILEDDIEEPPGAASSLEADGPNQVDELKSMEEELDKMEREACCFGSED
ESSSKAETEYSFDDWDWQNGSLSSLSLPESTREAKSNLNNMSTTEEYLISKCVLDLKIMQ
TIMHENDDRLRNIEQILDEVEMKQKEQEERMSLWATSREFTNAYKLPLAVGPPSLNYIPP
VLQLSGGQKPDTSGNYPTLPRFPRMVRDFQGGHFGKRSRKRNGCGWKPFTQVSKVNTGDQ
SEISHQSSLTLESEAENEPDALLQPPIRSPENTDWQRVIEYHRENDEPRGNGKFDKTGNN
DCDSDQHGRQPRLGSFTSIRHPSPRQKEQPEHSEAFQASSDTLVAVEKSYSTSSPIEEDF
EGIQGAFAQPQVSGEEKFQMRKILGKNAEILPRSQFQPVRRSLTDIQDLSSISYEPDSSF
KEASCKTPKINHAPTSVSTPLSPELLKQQQGSSTVLHENTASDGGGTANDQRHLEEQETD
SKKEDSSMLLSKETEDLGEDTERAHSTLDEDLERWLQPPEESVELQDLPKGSESCCQGSS
SSSSGPGHYAVPTPRGPETGPRTESSRHSSPHLKSQKTQTLASHASSRQWKVSPPREEAA
RRGSESKSGREVGHHASSIPDAKSTHQLSFQDQKNNLQSQILEDDPPSKVQNPQGVRVPR
RILSYPKDEAVQTEPIQRITTTSEIRSPRSPSLLEHGSSCVSADYQTAQRRVPVEESETG
PYGPIPSKPKALYRNMNLDSLLKLSVLKDSDGVHRVSARVDPESLHKYSAYPETKPSAKV
LVSSQVESNVRTPIRGNSEVGRRVTISPGVQSVEPTHHVTVPSVSEGSHKSSMFVTPEPI
YKQQTQKPPEITYMSQGPTPRYPELSQKPSIHAELELTPRPLPPRSLPRYGPDSSWWPLL
NPEVETPQSQLTTPDFEPKCSPSLDLLLSGFKIDSSPFCEDLKFQREKASLSPPSPPKEF
PSWAPLSEVPQTPKHTCKQPIQRFTAFFLAWGIPERGRFFGLHTIWVLNLEKLKVDSAVS
SPVS

>gi568815581r:58420429_58626979|GENSCAN_predicted_CDS_4|4695_bp
nnccgctgctttgatgggagcacccctgtccatgcagcagcattttcgggcaatcagtgg
atccttagcaaactgctggatgcaggaggtgacctgcgactccacgatgagaggggtcaa
aacccgaagacttgggctttgacagcaggaaaggagcgtagcacccagatagtggagttc
atgcagcgctgtgcctcacacatgcaggccatcatccagggcttctcttacgacctcctg
aagaagatagactccccgcagcggcttgtctacagcccgtcctggtgtgggggcctcgtg
cagggaaaccctaatggctctcctaaccgactgcttaaagctggagtcatttctgctcaa
aatatctacagctttggttttgggaagttttatcttactggggcgacacagatggcctat
ctaggatctcttccggtcattggagaaaaggaagtgattcaagctgatgatgagcccacc
ttctctttcttcagcggcccctacatggtcatgaccaacctagtgtggaatgggagcagg
gtcacagtgaaagagctgaatctccccacccacccacactgcagcaggctgcggctggcc
gacttgttaattgccgagcaggaacacagcagcaagctgcggcacccctacttgctacag
ttgatggctgtgtgtctctcccaggacctagagaaaacccgccttgtgtacgagcgcatc
actatcggcacattgttcagtgtccttcatgaacgacggtcccagttcccagtgctgcac
atggaggtgattgtgcacctgctgctccagatatctgatgccctgagatacctgcatttc
caggggtttatccaccgctccctcagctcctatgctgtccatatcatctccccaggtgaa
gcgaggctgaccaacctggagtacatgttggaaagcgaggacagaggtgtacagagggac
ctgactcgagtgccccttcctacgcagctatacaactgggccgcaccagaagtgatctta
cagaaggcagccacagtgaaatcagacatctacagcttttctatgatcatgcaggagatt
ttaacagatgacataccctggaagggcttagatggctcagttgttaaaaaagccgtagtc
tcggggaattatttagaagctgatgtcaggcttccgaaaccttactatgatattgttaag
tcaggcatccacgtcaagcagaaagaccgaactatgaaccttcaagatatccggtatatt
ctgaagaatgacttaaaggcaagccctgaagttgattttactggagcccagagaactcaa
ccaaccgagagccccagagtgcagagatacggactccatcccgatgtcaatgtctatcta
ggactgacttcagaacaccccagagagacacctgacatggaaatcatagaactaaaggaa
atgggcagtcaacctcattcaccaagggttcactctttattcactgaggggacactagat
cctcaggccccagatccatgtctgatggccagggagactcagaatcaagatgctccttgc
cctgctccatttatggcagaagaggccagcagccccagcacaggtcagccaagcctctgc
agtttcgaaatcaacgagatctactcaggctgcttgattttggaagatgacatagaagag
cctccaggagctgcttcatctttggaggcagacggacctaaccaggtagatgaactgaaa
tccatggaagaagagctggataagatggagagagaggcgtgttgttttggcagtgaggat
gagagctcttcaaaagctgagacagagtactcttttgatgactgggactggcaaaacggt
tcactcagttcactcagccttcctgagtcaaccagagaagccaagagcaatttgaacaac
atgtccacgactgaggagtatctcatcagtaagtgtgtgctggatctaaagattatgcag
acaataatgcacgagaatgatgataggctgaggaatatcgagcagatattagatgaagtc
gagatgaaacagaaggaacaggaagagcgcatgtctttatgggccacttcaagagagttt
acaaatgcctacaagttacctctggccgtgggccctccatctttaaactatattcctcct
gtcctacagctttcagggggtcagaagccagacaccagtggcaactacccaaccctacca
agatttccaagaatggtaagagactttcaagggggacattttggcaaaagatccaggaaa
agaaatggttgtggctggaaacctttcacccaagtctccaaagtaaacactggggatcag
tcagagataagccatcagagtagtctgactttagagagcgaggctgaaaatgagcccgac
gccctgctgcagccccccattaggagcccagaaaacacggattggcagcgagttattgag
tatcatagggaaaatgatgagcccagaggaaatggcaagtttgacaagacgggcaacaat
gactgtgacagtgaccagcatggcagacagcccaggcttggaagcttcaccagtatcagg
cacccatctcccagacaaaaggagcaaccagagcatagtgaagccttccaagcaagttct
gacacattggtggctgtagagaaatcttacagtacctcgagtcccatagaagaggacttt
gaaggaatacaaggtgcatttgcccaacctcaagtctctggtgaggaaaagttccaaatg
agaaaaattcttggaaagaatgctgagattttgcccaggtctcaatttcaacctgtacga
agatcattgacggatattcaagacctgtctagtatctcctatgaaccagacagctctttt
aaggaagcttcatgcaaaacacccaaaataaaccatgcacctaccagtgtcagcactcca
ctcagcccagagctcttgaaacagcagcagggctcatccacggtgttgcatgagaacaca
gcaagtgatggaggaggcactgcaaatgatcaaaggcacttagaagaacaagaaactgac
agtaaaaaagaagatagtagtatgcttttgtccaaagaaactgaagatcttggagaggac
acagagagagctcactctactctggatgaggacctggaaagatggctgcagccacctgag
gagagcgtggagctacaagaccttcccaagggctctgaaagttgctgtcagggcagcagt
tccagttcttcaggacctggacactatgcagtacccactcctcggggacccgagactgga
ccaagaacagaatcatcccgccattcctctccccatctaaagagccagaagactcagaca
ctggcttcccatgcttcaagcagacaatggaaagttagtccacccagagaggaagcagca
cgaagaggcagtgagagcaagtcagggcgcgaggtcggccatcatgcttcatcaatccca
gatgccaaatctactcatcagttgagttttcaagaccagaagaataacttacaatcacaa
atcttagaagatgacccaccatccaaggtccagaacccccaaggagtcagagttccccgt
aggattttgtcttacccaaaggatgaagcagtacaaactgagcccatccaaagaattacg
actactagtgagatcagatctccaaggagtccctctctcctagagcacggaagcagctgt
gtctctgcagactatcagacagcccagagaagggtccctgtagaagaatcagaaacaggt
ccttacggtccaattccttcaaaacccaaggccttgtataggaatatgaacttggactca
ttgctcaaactctctgtccttaaagattctgatggtgtacaccgagtttctgcacgggta
gaccctgagtctcttcataagtattctgcctatcctgaaaccaagccctccgcaaaggtc
ttagtatcatcacaggtggagtccaacgtgaggaccccaatccgaggaaacagcgaggtt
ggccgcagggtcaccatctccccaggggtacagtcagtagagccaactcaccatgtgaca
gttccatcagtgtctgagggctcccacaagtcatccatgtttgttactccagagcccatc
tataaacagcaaacccaaaaacccccagaaattacttacatgtcccaaggacctacaccc
aggtatccagaactctcgcaaaagccctccatccatgcagaactggaactgacccctagg
cccttgcctcctcggtccttacctaggtacggacctgactcctcatggtggcccttgctg
aatcctgaagttgaaacaccccaaagccagctgacaacaccggattttgagcctaagtgc
tctccttccctagatcttttattgtccggttttaaaatagactctagccctttctgtgag
gatctgaagttccagagagagaaggcaagcctatcaccaccatcaccaccaaaggagttt
ccaagttgggcaccactgagtgaagtgccacagacccccaagcacacctgcaaacaaccc
attcaaaggtttactgctttcttcctggcctggggcattccagaaaggggtcgctttttt
gggttacacactatttgggtcctcaacttggaaaaactcaaggtggactctgctgtcagc
agtcccgtgtcctga