GENSCAN 1.0	Date run:  7-Nov-116	Time: 23:29:37

Sequence gi568815596r:162210724_162418307 : 207584 bp : 35.92% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.45 Intr -   3350   3215  136  1  1   93   97    51 0.339   6.15
 1.44 Intr -   5278   5175  104  1  2   84   63    85 0.519   3.65
 1.43 Intr -   7417   7263  155  2  2   48   95   134 0.066   8.97
 1.42 Intr -   8460   8340  121  0  1   44  121    -8 0.042  -2.75
 1.41 Intr -  13817  13743   75  2  0   57   64   102 0.068   3.49
 1.40 Intr -  20093  20025   69  2  0   54   89    55 0.050   0.66
 1.39 Intr -  24653  24460  194  0  2   21   46   152 0.046   2.59
 1.38 Intr -  35313  35261   53  2  2   97   72    38 0.190   0.73
 1.37 Intr -  42957  42743  215  0  2   39   54   174 0.106   5.69
 1.36 Intr -  56846  56756   91  1  1   90  109    70 0.991   8.38
 1.35 Intr -  57554  57364  191  2  2   91   89    57 0.993   3.56
 1.34 Intr -  61664  61503  162  2  0   88   67   221 0.994  19.25
 1.33 Intr -  63221  63072  150  2  0   55   88   197 0.975  15.84
 1.32 Intr -  66223  65964  260  2  2   46   75   137 0.976   4.46
 1.31 Intr -  66970  66692  279  2  0   70   91   333 0.989  28.33
 1.30 Intr -  67605  67482  124  0  1   41   86    56 0.857  -0.06
 1.29 Intr -  69389  69273  117  2  0   72   19   123 0.792   3.54
 1.28 Intr -  70822  70605  218  2  2   52  106   147 0.997  10.20
 1.27 Intr -  71853  71643  211  0  1   75   82   164 0.992  12.06
 1.26 Intr -  77632  77412  221  2  2   99   61   199 0.998  15.40
 1.25 Intr -  82945  82841  105  2  0   85   84   106 0.983   9.17
 1.24 Intr -  89218  89099  120  2  0   12   58   122 0.051   1.15
 1.23 Intr -  96132  95986  147  1  0   51   80   130 0.144   7.79
 1.22 Intr - 100210 100042  169  1  1   78   68   159 0.939  11.50
 1.21 Intr - 107463 107132  332  1  2   94   77   421 0.080  36.02
 1.20 Intr - 107708 107504  205  2  1   52   49   179 0.566   8.25
 1.19 Intr - 114961 114850  112  0  1    3   69   124 0.662   1.46
 1.18 Intr - 116612 116435  178  0  1   63   61   150 0.799   7.86
 1.17 Intr - 117439 117241  199  1  1   59   40   178 0.642   8.10
 1.16 Intr - 118130 118010  121  1  1   48   75    77 0.102   1.98
 1.15 Intr - 123479 123272  208  0  1   61   15   103 0.025  -2.49
 1.14 Intr - 123780 123673  108  1  0   70   80    57 0.284   2.44
 1.13 Intr - 132396 132255  142  0  1   -7   84   122 0.100   1.31
 1.12 Intr - 133367 133126  242  0  2  102   11   150 0.070   5.05
 1.11 Intr - 133780 133429  352  1  1   55   94   276 0.492  18.87
 1.10 Intr - 161372 161154  219  2  0   74   28   108 0.163   0.98
 1.09 Intr - 162939 162747  193  2  1   93  108   207 0.931  21.77
 1.08 Intr - 169298 169130  169  0  1   77   75   256 0.936  21.28
 1.07 Intr - 169571 169493   79  2  1   89   75    54 0.853   2.41
 1.06 Intr - 172603 172497  107  2  2   53   42    92 0.795   0.11
 1.05 Intr - 174216 173965  252  1  0   26   84   144 0.870   4.28
 1.04 Intr - 183762 183666   97  0  1   28   86    85 0.871   0.96
 1.03 Intr - 186222 186017  206  1  2   99   71   127 0.971  10.10
 1.02 Intr - 189718 189466  253  1  1  110   92   175 0.988  16.18
 1.01 Intr - 207095 206981  115  1  1   59   87    98 0.290   6.33

Suboptimal exons with probability > 0.800

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

S.001 Init -  89183  89099   85  2  1   91   58   114 0.889   9.73
S.002 Init + 146053 146182  130  0  1   73   86   134 0.915  12.06


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815596r:162210724_162418307|GENSCAN_predicted_peptide_1|2526_aa
XSQMVHVHLAQVMMVTSSWSPTIIKEDLFTVGMMLLLCKVLKGFPECLQADICLHLNQTL
LQNCKAFRGASKGCLRALAMKFKTTHAPPGDTLVHCGDVLTALYFLSRGSIEILKDDIVV
AILGKNDIFGEMVHLYAKPGKSNADVRALTYCDLHKIQREDLLEVLDMYPEFSDHFLTNL
ELTFNLRHESAKADLLRSQSMNDSEGDNCKLRRRKLSFESEGEKENSTNDPEDSADTIRH
YQSSKRHFEEKKSRSSSFISSIDDEQKPLFSGIVDSSPGIGKASGLDFEETVPTSGRMHI
DKRSHSCKVIYENGFWEVLKIETGCIMEVTSSEELAEPSLLSPKHKQKENKILNTQDLLH
VFVHMETDMGDITDMRSWERENAHPQPEDSSPSALQRAAWGISETESDLTYGEVEQRLDL
LQEQLNRLESQMTTDIQTILQLLQKQTTVVPPAYSMVTAGSEYQRPIIQLMRTSQPEASI
KTDRSFSPSSQCPEFLDLEKSKLKSKESLSSGVHLNTASEDNLTSLLKQDSDLSLELHLR
QRKTYVHPIRHPSLPDSSLSTVGIDAPRGSSTTRKPAAPSQPRINARPGPGPQQPRNPAP
PSTRRGRREQEPRADPHVGTAPGGATPREEEGHDQAAGTHPSSVSRVGHDERDERSERHP
RVASAVLGEKAQAQVQGGAAAGQPRPARFRLAESHTLEPTQLQSAPSRSLAPPISALIGY
TPSGALQSLLDSYWLPQVLARSPSKSRRSLGCCNGIPTLCGKEISLAELSICCSAMLQKR
MLDLVKQFSEETAERKEDCRCPSYSWESVYIYTLFPDSVAEVSWALSSLILNDFFLKIGE
NISSRVKISQLKPHKVAAEETSSVSRSVEKSQEGSKGRLSHLHLSEKGMDKTMSRIWPGL
LCPCHLFKGDTISSSHLHSIKPCTHSPSPDVIDSDFSSTPRQERKIQKALCPCNKVIHSP
RPTKVLVCPDSLHTSLQAEGDSSGLGQPRKGLPQCSDGLKGSSSAAKVGAQADEAPRASE
GWKLTEERPLLADNCKFSKARLRYSKQIQIATNIPFWSQTRFKLQTEAPERKTGPKESKA
SVREGGKHYPTGREAVPMDDPKWDPSDDMGNWKRKHFQAQSGRPCFSKWAADSGTHISPV
PQTTAPSAWENPLPSLRKKDVEWVFHRREFPLSHLVLQGQGENVHPEVKEQIQRTVATSG
NMQAVELLLSTLEKGVWHLGWTREFVEALRRTGSPLAARYMNPELTDLPSPSFENAHDEY
LQLLNLLQPTLVDKLLVRDVLDKCMEEELLTIEDRNRIAAAENNGNESGVRELLKRIVQK
ENWFSAFLNVLRQTGNNELVQELTGSDCSESNAEIENLSQVDGPQVEEQLLSTTVQPNLE
KEVWGMENNSSESSFADSSVVSEVAGNISGFRGIMSKSTSTRELKMCSEEQSDERGAFVE
EGESDTSLAEGSVSCLDESLGHNSNMGSDSGTMGSDSDEENVAARASPEPELQLRPYQME
VAQPALEGKNIIICLPTGSGKTRVAVYIAKDHLDKKKKASEPGKVIVLVNKVLLVEQLFR
KEFQPFLKKWYRVIGLSGDTQLKISFPEVVKSCDIIISTAQILENSLLNLENGEDAGVQL
SDFSLIIIDECHHTNKEAVYNNIMRHYLMQKLKNNRLKKENKPVIPLPQILGLTASPGVG
GATKQAKAEEHILKLCANLDAFTIKTVKENLDQLKNQIQEPCKKFAIADATREDPFKEKL
LEIMTRIQTYCQMSPMSDFGTQPYEQWAIQMEKKAAKEGNRKERVCAEHLRKYNEALQIN
DTIRMIDAYTHLETFYNEEKDKKFAVIEDDSDEGGDDEYCDGDEDEDDLKKPLKLDETDR
FLMTLFFENNKMLKRLAENPEYENEKLTKLRNTIMEQYTRTEESARGIIFTKTRQSAYAL
SQWITENEKFAEVGVKAHHLIGAGHSSEFKPMTQNEQKEVISKFRTGKINLLIATTVAEE
GLDIKECNIVIRYGLVTNEIAMVQARGRARADESTYVLVAHSGSGVIEHETVNDFREKMM
YKAIHCVQNMKPEEYAHKILELQMQSIMEKKMKTKRNIAKHYKNNPSLITFLCKNCSVLA
CSGEDIHVIEKMHHVNMTPEFKELYIVRENKALQKKCADYQINGEIICKCGQDESGGGGS
MKGRTCCIRVCANWRESAIPQQPDGPDGPKGFAELRGPQTTPCLHQLSIATKIDVIPSHP
PKACILIDPELLSEKSLSTNKGAQLASPSGSRTGAAGGAARQSRAMRWHSSALGPSMGPG
TVEQGEVLVGEAQAVQEPMAEGEGQEKNHQGDWVKTKTTRTPPPRDLDSKSVNASNYGLS
PDRQFVYLESDYSKAYVYQNNIYLKQRPGDPPFQITFNGRENKIFNGIPDWVYEEEMLAT
KYALWWSPNGKFLAYAEFNDTDIPVIAYSYYGDEQYPRTINIPYPKAGAKNPVVRIFIID
TTYPAYVGPQEVPVPAMIASSDYYFSWLTWVTDERVCLQWLKRVQNVSVLSICDFREDWQ
TWDCPK

>gi568815596r:162210724_162418307|GENSCAN_predicted_CDS_1|7578_bp
nngtcacaaatggtacatgttcatcttgcacaagtgatgatggtcacttcatcctggtct
ccaaccatcatcaaggaggacttatttacagttggaatgatgctgcttctatgcaaagtc
ctaaagggtttcccagaatgcttacaagcagacatttgtctacatctcaaccagacattg
ctgcaaaactgcaaagcctttcggggggcaagtaaaggttgccttagagctttggcaatg
aagttcaaaaccacccatgcacctccaggagacaccctcgttcactgtggggatgtcctc
actgcactttatttcttatccagaggctccattgaaattctcaaagatgacattgtggtg
gctattctgggaaaaaatgatatatttggagaaatggttcatctttatgccaaacctgga
aagtctaatgcagatgtaagagccctcacatactgtgacttgcataagattcagcgagaa
gacttgttagaggttttggatatgtatcctgagttttctgatcactttctaacaaaccta
gagttgactttcaacctaaggcatgagagcgcaaaggctgatctcctacgatcacaatcc
atgaatgattcagaaggagacaactgtaaactaagaagaaggaaattgtcatttgaaagt
gaaggagagaaagaaaacagtacaaatgatcctgaagactctgcagataccataagacat
tatcagagttccaagagacactttgaagagaaaaaaagcagatcctcatctttcatctcc
tccattgatgatgaacaaaagccgctcttctcaggaatagtagactcttctccaggaata
gggaaagcatctgggctcgattttgaagaaacagtgcccacctcaggaagaatgcacata
gataaaagaagtcactcttgcaaagttatttatgaaaatggattctgggaagtgctaaaa
atagaaacaggttgtatcatggaagtcacaagttctgaagagcttgctgaaccatctctg
ctatctccaaagcacaaacagaaagaaaacaaaatcctaaacactcaggacctgctacat
gtttttgttcacatggaaacggatatgggagatatcactgacatgcgaagctgggaacga
gaaaatgcacatccccagcctgaagactccagtccatctgcacttcagcgagctgcctgg
ggtatctctgaaaccgaaagcgacctcacctacggggaagtggaacaaagattagatctg
ctccaggagcaacttaacaggcttgaatcccaaatgaccactgacatccagaccatctta
cagttgctgcagaaacaaaccactgtggtccccccagcctacagtatggtaacagcagga
tcagaatatcagagacccatcatccagctgatgagaaccagtcaaccggaagcatccatc
aaaactgaccgaagtttcagcccttcctcacaatgtcctgaatttctagaccttgaaaaa
tctaaacttaaatccaaagaatccctttcaagtggggtgcatctgaacacagcttcagaa
gacaacttgacttcacttttaaaacaagacagtgatctctctttagagcttcacctgcgg
caaagaaaaacttacgttcatccaattaggcatccttctttgccagattcatccctaagc
actgtaggaatcgacgctcctcgagggtcctcaacgaccagaaaacctgcggctccaagt
cagcccaggatcaatgctcgcccaggccctggcccccaacagccccggaatccggcgccg
ccgagtaccaggcgcggacgcagggagcaggagccaagggcggacccgcacgttggcacc
gcccccgggggcgccacaccccgcgaggaagagggacacgaccaagcggctgggactcac
ccctcctccgtatcccgggtaggccatgacgagcgggacgagcggagcgagcgtcaccct
cgagtcgcgtccgcagtgctgggagaaaaagcacaggcgcaggtgcaaggaggcgcagct
gcaggccagccccgccctgcacggttccgattggctgagtcccacactttggagccaact
cagctgcagtccgccccttcccgcagcctagccccacccatctctgccctgattggctac
accccatcgggagccctccagtccctgctcgactcttactggctccctcaggttctcgcg
cgctctccttctaaatcccgaagaagccttggctgctgcaacggaattcccactctctgt
ggaaaggaaatcagccttgcagagctgagtatctgttgttcagctatgctacagaagagg
atgttggaccttgtgaaacaattctcagaggaaacagcagagagaaaggaagattgccga
tgtcctagctactcttgggaaagtgtctatatttatacccttttccctgattctgtagca
gaagtatcttgggccctgagcagcttaattttaaatgatttttttctgaagattggagag
aacattagcagtagagttaagatctcacagttaaagccccacaaggtggcggcagaggaa
acatcatctgtgagtcgcagtgtggagaagtctcaggaaggaagcaagggaaggctttcc
cacttacacctttctgagaaaggcatggataagacgatgtctaggatttggcctgggctg
ctttgtccctgccacctcttcaaaggagacaccatatcatcaagccacctccactcaata
aaaccttgcactcattctccaagcccagatgtgattgattccgatttttccagtacacca
aggcaagaacgcaagatacagaaagccctctgtccttgcaacaaggtgatccactcacct
cggcctaccaaagtactggtgtgtccggactccctccacacctccttgcaagctgaggga
gacagctccggccttggccagcccagaaaggggctcccacagtgcagcgacgggctaaag
ggctcctcaagtgccgccaaagtgggagcccaggcagacgaggcgccaagagccagcgag
ggctggaagttaacagaggagcgacccctgctggctgataactgcaaattcagcaaggca
cgtttgagatactctaaacagatacaaatagccactaacatacctttttggtcccaaact
cgatttaagcttcagactgaggccccagaaagaaaaactgggcctaaggaatccaaagcc
agtgtcagggaagggggcaaacattatccaaccggaagagaagcagtaccaatggatgac
cctaaatgggatcccagtgatgacatgggaaactggaagaggaaacactttcaggcacag
agcggtagaccctgcttctctaagtgggcagcggacagcggcacgcacatttcacctgtc
ccgcagacaacagcaccatctgcttgggagaaccctctcccttctctgagaaagaaagat
gtcgaatgggtattccacagacgagaatttccgctatctcatctcgtgcttcagggccag
ggtgaaaatgtacatccagaggtgaaggagcagattcagaggacagtcgccacctccggg
aacatgcaggcagttgaactgctgctgagcaccttggagaagggagtctggcaccttggt
tggactcgggaattcgtggaggccctccggagaaccggcagccctctggccgcccgctac
atgaaccctgagctcacggacttgccctctccatcgtttgagaacgctcatgatgaatat
ctccaactgctgaacctccttcagcccactctggtggacaagcttctagttagagacgtc
ttggataagtgcatggaggaggaactgttgacaattgaagacagaaaccggattgctgct
gcagaaaacaatggaaatgaatcaggtgtaagagagctactaaaaaggattgtgcagaaa
gaaaactggttctctgcatttctgaatgttcttcgtcaaacaggaaacaatgaacttgtc
caagagttaacaggctctgattgctcagaaagcaatgcagagattgagaatttatcacaa
gttgatggtcctcaagtggaagagcaacttctttcaaccacagttcagccaaatctggag
aaggaggtctggggcatggagaataactcatcagaatcatcttttgcagattcttctgta
gtttcagaagtggcaggcaacatttcaggtttcagaggcatcatgagcaaaagcacaagc
acaagagagctcaaaatgtgttcagaggaacagtctgatgagagaggagcatttgtggag
gagggcgaatcagacacaagtttggcagaaggaagtgtcagctgcttagatgaaagtctt
ggacataacagcaacatgggcagtgattcaggcaccatgggaagtgattcagatgaagag
aatgtggcagcaagagcatccccggagccagaactccagctcaggccttaccaaatggaa
gttgcccagccagccttggaagggaagaatatcatcatctgcctccctacagggagtgga
aaaaccagagtggctgtttacattgccaaggatcacttagacaagaagaaaaaagcatct
gagcctggaaaagttatagttcttgtcaataaggtactgctagttgaacagctcttccgc
aaggagttccaaccatttttgaagaaatggtatcgtgttattggattaagtggtgatacc
caactgaaaatatcatttccagaagttgtcaagtcctgtgatattattatcagtacagct
caaatccttgaaaactccctcttaaacttggaaaatggagaagatgctggtgttcaattg
tcagacttttccctcattatcattgatgaatgtcatcacaccaacaaagaagcagtgtat
aataacatcatgaggcattatttgatgcagaagttgaaaaacaatagactcaagaaagaa
aacaaaccagtgattccccttcctcagatactgggactaacagcttcacctggtgttgga
ggggccacgaagcaagccaaagctgaagaacacattttaaaactatgtgccaatcttgat
gcatttactattaaaactgttaaagaaaaccttgatcaactgaaaaaccaaatacaggag
ccatgcaagaagtttgccattgcagatgcaaccagagaagatccatttaaagagaaactt
ctagaaataatgacaaggattcaaacttattgtcaaatgagtccaatgtcagattttgga
actcaaccctatgaacaatgggccattcaaatggaaaaaaaagctgcaaaagaaggaaat
cgcaaagaacgtgtttgtgcagaacatttgaggaagtacaatgaggccctacaaattaat
gacacaattcgaatgatagatgcgtatactcatcttgaaactttctataatgaagagaaa
gataagaagtttgcagtcatagaagatgatagtgatgagggtggtgatgatgagtattgt
gatggtgatgaagatgaggatgatttaaagaaacctttgaaactggatgaaacagataga
tttctcatgactttattttttgaaaacaataaaatgttgaaaaggctggctgaaaaccca
gaatatgaaaatgaaaagctgaccaaattaagaaataccataatggagcaatatactagg
actgaggaatcagcacgaggaataatctttacaaaaacacgacagagtgcatatgcgctt
tcccagtggattactgaaaatgaaaaatttgctgaagtaggagtcaaagcccaccatctg
attggagctggacacagcagtgagttcaaacccatgacacagaatgaacaaaaagaagtc
attagtaaatttcgcactggaaaaataaatctgcttatcgctaccacagtggcagaagaa
ggtctggatattaaagaatgtaacattgttatccgttatggtctcgtcaccaatgaaata
gccatggtccaggcccgtggtcgagccagagctgatgagagcacctacgtcctggttgct
cacagtggttcaggagttatcgaacatgagacagttaatgatttccgagagaagatgatg
tataaagctatacattgtgttcaaaatatgaaaccagaggagtatgctcataagattttg
gaattacagatgcaaagtataatggaaaagaaaatgaaaaccaagagaaatattgccaag
cattacaagaataacccatcactaataactttcctttgcaaaaactgcagtgtgctagcc
tgttctggggaagatatccatgtaattgagaaaatgcatcacgtcaatatgaccccagaa
ttcaaggaactttacattgtaagagaaaacaaagcactgcaaaagaagtgtgccgactat
caaataaatggtgaaatcatctgcaaatgtggccaggatgagtctggaggaggaggcagc
atgaaagggagaacttgctgcatcagagtttgtgccaattggagggaaagcgcaatccct
cagcagcctgatggtccagatggccccaaaggctttgcagagctcagaggcccccagaca
actccttgtctacatcagcttagcattgccactaaaattgatgttataccaagtcatccc
ccaaaagcatgcattttaatagacccagagttgctttctgagaaaagtctcagtactaac
aaaggagcccagctggcctcacccagtggatctcgcaccggagccgcaggtggagctgcc
cgccagtcccgcgccatgcgctggcactcctcagcccttgggccatccatgggaccgggc
actgtggagcagggggaagtgcttgttggggaggctcaggccgtgcaggagcccatggcg
gagggggaggggcaggagaagaatcatcaaggagactgggtaaaaactaaaactaccagg
accccaccccccagagatttggattcaaaaagtgtgaatgcttcaaattacggcttatca
cctgatcggcaatttgtatatctagaaagtgattattcaaaggcatatgtctatcaaaac
aatatctatttgaaacaaagaccaggagatccaccttttcaaataacatttaatggaaga
gaaaataaaatatttaatggaatcccagactgggtttatgaagaggaaatgcttgctaca
aaatatgctctctggtggtctcctaatggaaaatttttggcatatgcggaatttaatgat
acggatataccagttattgcctattcctattatggcgatgaacaatatcctagaacaata
aatattccatacccaaaggctggagctaagaatcccgttgttcggatatttattatcgat
accacttaccctgcgtatgtaggtccccaggaagtgcctgttccagcaatgatagcctca
agtgattattatttcagttggctcacgtgggttactgatgaacgagtatgtttgcagtgg
ctaaaaagagtccagaatgtttcggtcctgtctatatgtgacttcagggaagactggcag
acatgggattgtccaaag