GENSCAN 1.0	Date run:  7-Nov-116	Time: 21:48:54

Sequence gi568815590r:25319422_25523330 : 203909 bp : 40.64% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.01 Intr +    157    255   99  0  0   49  100    69 0.759   3.59
 1.02 Intr +   1559   1631   73  1  1   84  106    64 0.659   5.86
 1.03 Intr +   4427   4530  104  0  2  101   36   101 0.442   5.17
 1.04 Intr +   5943   6126  184  2  1   79   58   164 0.543  10.94
 1.05 Intr +   9292   9345   54  2  0   83  116     2 0.518   0.53
 1.06 Intr +  12830  12927   98  0  2   83   95    76 0.989   6.61
 1.07 Intr +  13182  13271   90  2  0   91  107    67 0.995   8.17
 1.08 Intr +  14675  14775  101  1  2   93   75    10 0.964  -1.81
 1.09 Intr +  16818  16952  135  0  0   93   80    89 0.945   7.36
 1.10 Intr +  21456  21567  112  0  1   52   82   138 0.937   9.06
 1.11 Intr +  22318  22388   71  0  2   92   99    66 0.988   5.16
 1.12 Intr +  22980  23086  107  0  2   42  111    91 0.528   5.74
 1.13 Intr +  26054  26190  137  0  2   99   89   174 0.995  17.97
 1.14 Intr +  28826  28894   69  1  0  104   46    45 0.458   0.36
 1.15 Intr +  32310  32405   96  2  0   61   78   129 0.025   8.49
 1.16 Intr +  39222  39449  228  2  0   38   35   150 0.531   1.84
 1.17 Intr +  39542  39640   99  1  0   93   97    59 0.987   6.69
 1.18 Intr +  43626  43720   95  2  2  132   94    84 0.984  11.24
 1.19 Intr +  45205  45283   79  1  1  122   96    77 0.985  10.53
 1.20 Intr +  47449  47549  101  0  2   27  106    61 0.849  -0.21
 1.21 Intr +  48771  48829   59  0  2   84   92    80 0.816   5.61
 1.22 Intr +  49150  49304  155  2  2  110   95    58 0.999   7.57
 1.23 Intr +  50135  50220   86  1  2   67   74   102 0.780   4.40
 1.24 Intr +  53138  53297  160  2  1  105   84   205 0.734  20.87
 1.25 Intr +  54197  54237   41  1  2   94  121     1 0.991   0.10
 1.26 Intr +  55143  55233   91  0  1   85   68   139 0.952  10.68
 1.27 Intr +  57884  58003  120  1  0  120   87   104 0.979  13.27
 1.28 Intr +  59950  60109  160  0  1   66   50    14 0.517  -5.96
 1.29 Intr +  60660  60973  314  1  2   64  105   274 0.934  21.68
 1.30 Intr +  61339  61578  240  0  0   52   66   183 0.641   9.32
 1.31 Intr +  63253  63357  105  0  0   87   94    25 0.843   2.49
 1.32 Intr +  69670  69940  271  0  1  113   19   173 0.155   9.09
 1.33 Intr +  70755  70866  112  1  1   27  106    36 0.156  -2.18
 1.34 Intr +  72475  72559   85  1  1   66   68   106 0.962   5.30
 1.35 Intr +  73375  73461   87  0  0   77   79    85 0.956   5.75
 1.36 Intr +  76122  76298  177  2  0   83   63   267 0.951  22.89
 1.37 Intr +  80490  80573   84  2  0   91   92    61 0.939   5.90
 1.38 Intr +  81508  81645  138  0  0  107  107   195 0.999  23.04
 1.39 Intr +  84137  84303  167  1  2   46   82   140 0.993   7.04
 1.40 Intr +  88562  88733  172  2  1   44   53   171 0.967   8.22
 1.41 Intr +  89381  89519  139  1  1   86   97    68 0.991   6.62
 1.42 Intr +  90678  90781  104  1  2  122   75    68 0.561   7.87
 1.43 Intr +  91773  91873  101  2  2  110   72   150 0.940  13.59
 1.44 Intr +  92080  92161   82  1  1   59   29    60 0.218  -4.08
 1.45 Intr +  93411  93521  111  2  0   84   53    83 0.471   4.06
 1.46 Term +  98166  98321  156  2  0   69   44   125 0.521   3.15
 1.47 PlyA +  98409  98414    6                              -0.45

 2.04 PlyA -  98541  98536    6                               1.05
 2.03 Term -  99558  99457  102  0  0   60   54    48 0.257  -4.10
 2.02 Intr - 102247 102152   96  1  0   92  119   113 0.977  14.09
 2.01 Init - 103909 103769  141  1  0   43  107   117 0.596   9.53
 2.00 Prom - 104877 104838   40                              -1.45

 3.09 PlyA - 105798 105793    6                               1.05
 3.08 Term - 110552 110436  117  2  0   87   54   104 0.987   4.46
 3.07 Intr - 113216 113083  134  0  2   66  105    73 0.994   6.24
 3.06 Intr - 114014 113909  106  2  1   94  100    88 0.920   9.47
 3.05 Intr - 116091 115942  150  0  0   81  105   163 0.999  16.74
 3.04 Intr - 116909 116814   96  2  0   76   91   167 0.999  15.09
 3.03 Intr - 117064 116997   68  2  2   70  121    50 0.996   4.21
 3.02 Intr - 119986 119858  129  2  0   36   92   107 0.970   5.65
 3.01 Init - 120200 120185   16  2  1   53  113    16 0.211   1.15
 3.00 Prom - 120412 120373   40                              -9.35

 4.00 Prom + 122095 122134   40                              -5.55
 4.01 Init + 123107 123235  129  1  0   74  107    94 0.343  10.10
 4.02 Intr + 138339 138466  128  2  2   89   60    83 0.279   4.16
 4.03 Intr + 139831 140038  208  1  1  -46   80   199 0.781   3.86
 4.04 Intr + 140819 140879   61  1  1   85   84    86 0.971   5.29
 4.05 Intr + 140963 141133  171  0  0  101  110    99 0.999  12.39
 4.06 Intr + 142618 142787  170  2  2   30   80   103 0.955   2.44
 4.07 Intr + 146754 146904  151  2  1   83   61   133 0.998   8.91
 4.08 Intr + 148796 148992  197  0  2   68   76   180 0.570  13.01
 4.09 Intr + 150475 150559   85  0  1   75  115    33 0.278   3.17
 4.10 Intr + 156566 156691  126  0  0   83   85    36 0.098   2.53
 4.11 Intr + 159014 159049   36  0  0   91  101    12 0.303   0.12
 4.12 Intr + 160492 160703  212  2  2   29  110   164 0.851  10.41
 4.13 Intr + 163978 164065   88  0  1   63  110    65 0.996   4.82
 4.14 Intr + 164545 164789  245  2  2   57   89   225 0.973  15.79
 4.15 Intr + 166338 166416   79  2  1   92   67    16 0.693  -1.89
 4.16 Intr + 167825 167913   89  0  2   90  101    36 0.779   3.87
 4.17 Intr + 169131 169268  138  2  0   62  115    66 0.988   6.44
 4.18 Intr + 183952 184123  172  0  1   66   68   142 0.904   8.59
 4.19 Term + 187089 188317 1229  1  2   81   32   845 0.988  68.97
 4.20 PlyA + 188425 188430    6                               1.05

 5.03 PlyA - 188547 188542    6                               1.05
 5.02 Term - 192119 192006  114  2  0   18   43   139 0.151  -0.01
 5.01 Intr - 201914 201790  125  0  2   75   90    95 0.333   7.78

Suboptimal exons with probability > 0.800

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

S.001 Term +  32310  32492  183  2  0   61   53   170 0.806   7.36
S.002 Init +  38816  38911   96  1  0   83   43   107 0.887   6.06


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815590r:25319422_25523330|GENSCAN_predicted_peptide_1|1882_aa
KAIHPGAGYEGISEYKSVVYYQVKQPCWYETVKVSIAIEEVTRCHIRFTFRHRSSQETRD
KSERAFGVAFVKLMNPDGTTLQDGRHDLVVYKGDNKKMEDAKFYLTLPGTKMEMEEKELQ
ASKNLVTFTPSKDSTKDSFQIATLICSTKLTQNETKTDQFVWDHWFLGPLEVDLLGLLNW
RSNSQNIKHNLKKLMEVDGGEIVKFLQDTLDALFNIMMEMSDSETYDFLVFDALVFIISL
IGDIKFQHFNPVLETYIYKHFSATLAYVKLSKVLNFYVANADDSSKTELLFAALKALKYL
FRFIIQSRVLYLRFYGQSKDGDEFNNSIRQLFLAFNMLMDRPLEEAVKIKGAALKYLPSI
INDVKLVFDPVELSVLFCKFIQSIPDNQLVRQKLNCMTKIVESTLFRQSECREVLLPLLT
DQLSGQLDDNSNKPDHEASSQLLSNILEVLDRKDVLCFGIVLVLSSPAAVSTSVKLSLGA
TAVHIQLIMERLLRRINRTVIGMNRQSPHILCLNKKPKAPQVVTSSLVISLRCPVYRIPH
FLAVNEISSLRPGRRWFEAETAKHVAFGPLECSVFPVWWDTCVAQWGSFVACMIALLQQM
DDSHYSHYISTFKTRQDIIDFLMETFIMFKDLIGKNVYAKDWMVMNMTQNRVFLRAINQF
AEVLTRFFMDQASFELQLWNNYFHLAVAFLTHESLQLETFSQAKRNKIVKKYGDMRKEIG
FRIRDMWYNLGPHKIKFIPSMVGPILEVTLTPEVELRKATIPIFFDMMQCEFNFSGNGNF
HMFENELITKLDQEVEGGRGDEQYKVLLEKLLLEHCRKHKYLSSSGEVFALLVSSLLENL
LDYRTIIMQDESKENRMSCTVNVLNFYKEKKREDIYIRYLYKLRDLHRDCENYTEAAYTL
LLHAELLQWSDKPCVPHLLQKDSYYVYTQQELKEKLYQEIISYFDKGKEKNLVISLLLVR
PFIGSLQEEKCGCFCPTPQAVRPYGCLPLFPKNRCYSVLFQELQKTPLAKLPIYTVFMMS
GNEGFTDLRDKASEEYLPKLNPPDHLLIPSDSPVAFATESMTALFSTFNLTFLFLKMWEK
AIKLSKELAETYESKVFDYEGLGNLLPSVKQNKNECPVLGSHHSESSVEAATIPNAQWRQ
PPFRMPSGGSTIPNAQWRQHHSKCPVEEAAILNAQWKAATILNAPAKKRASFYENIIKAM
RPQPEYFAVGYYGQGFPSFLRNKIFIYRGKEYERREDFSLRLLTQFPNAEKMTSTTPPGE
DIKSSPKQCILSGGSMAPRLLWLCTAPAKPENIGATVPSLQTHHLLKHSDTAPLLSLTSS
SDMQCFTVKPVMSLPPSYKDKPVPEQILNYYRANEVQQFRYSRPFRKGEKDPDNEFATMW
IERTTYTTAYTFPGILKWFEVKQISTEEISPLENAIETMELTNERISNCVQQHAWDRSLS
VHPLSMLLSGIVDPAVMGGFSNYEKAFFTEKYLQEHPEDQEKVELLKRLIALQMPLLTEG
IRIHGEKLTEQLKPLHERLSSCFRELKEKVEKHYGVITLPPNLTERKQSRTGSIVLPYIM
SSTLRRLSITSVTSSVVSTSSNSSDNAPSRPGSDGSILEPLLERRASSGARVEDLSLREE
NSENRISKFKRKDWSLSKSQVIAEKAPEPDLMSPTRKAQRPKSLQLMDNRLSPFHGSSPP
QSTPLSPPPLTPKATRTLSSPSLQTDGIAATPVPPPPPPKSKPYEGSQRNSTELAPPLPV
RREAKAPPPPPPKARKSGIPTSEPGSHPHGIPESVTASDFFQEEIAFTIVKCQPERTTPV
HHEGQGSKSSQMCPGRYLRNEYADSGRGVEKLFGPLEHQGYLLKASNISIRQLDEHLFIP
FKGGLQLALKKLSQRQTLAKEI

>gi568815590r:25319422_25523330|GENSCAN_predicted_CDS_1|5649_bp
aaagcaattcaccctggtgctggatatgaaggcatttcagaatacaaatcagtagtctat
taccaagtcaagcagccctgttggtatgagactgtcaaggtatccattgctatagaagaa
gtcacacgctgtcatataagatttaccttccgacacaggtcatctcaggaaaccagagat
aaatcggagcgagcatttggggtggccttcgtgaagctgatgaacccggatggcaccact
ctgcaggatgggaggcacgatctggtggtttataagggtgacaacaaaaaaatggaagat
gctaaattctacctgaccctgcctggaaccaagatggagatggaagaaaaagagcttcaa
gcatccaaaaacctggtcaccttcaccccaagcaaggatagcactaaagacagctttcag
attgccaccctcatctgctccacaaagctcacccagaatgaaactaaaacagaccaattt
gtgtgggatcattggtttctgggcccactggaagttgacctgttaggcttgttaaattgg
cgttccaactcccagaacattaaacacaacctaaagaagttaatggaagtggatggagga
gagattgttaagtttttgcaagatacactagatgcactctttaacataatgatggaaatg
tcagacagtgaaacctatgacttccttgtgtttgacgcactggtatttattatttcactg
ataggagacatcaagttccagcattttaatcctgtacttgaaacctacatttacaagcac
ttcagcgccactttggcatatgtgaaactctccaaggtactgaacttctatgtggctaat
gcagatgactccagcaagactgaactgctttttgctgcgttgaaagccttgaagtacttg
tttagattcatcatccaatcccgagtgctctacttgagattttatgggcagagcaaagat
ggagatgagtttaataattcaattcgccagttatttcttgctttcaatatgctgatggac
aggcctctggaggaagccgtcaagatcaagggggcagctttgaagtaccttcctagcata
attaatgatgtcaaacttgtatttgatcctgttgagctcagcgtgctcttctgcaaattc
attcaaagcattcctgacaaccagctggttcggcagaaacttaactgcatgaccaagata
gtagagagcactctttttcgacagtcagagtgcagagaagtgctgctgccactgctgaca
gaccagctcagcggccagttagatgacaactccaacaagcctgaccacgaggcaagctcg
cagcttctgagcaacatcctggaggtgctggacaggaaggatgtgctctgttttggaatt
gtcctggttctttcaagtccagctgcagtaagcacctctgtgaagttgtctctgggtgcc
actgcggtgcacattcagcttataatggaacggctgctgagaaggatcaaccggacagtg
attgggatgaaccggcagtctccccacatcctctgtctcaacaagaaacccaaagcccca
caagttgttacatcttcactggtaatctcattgaggtgtcctgtctataggattccacac
ttcttagctgttaatgagatttcttcactcagacctggaaggaggtggtttgaagcagaa
accgcaaagcacgtggcctttggacctttagaatgcagcgtgtttccagtgtggtgggat
acctgcgtggctcagtgggggagttttgtggcttgcatgattgccctgctgcagcaaatg
gacgacagccactatagccactacatcagcactttcaaaaccagacaagacatcatcgac
ttcctcatggaaacttttatcatgttcaaggacctgattggaaagaatgtctatgccaaa
gattggatggtgatgaatatgactcaaaacagggtttttctccgtgctataaatcagttt
gctgaagttctcacaagattcttcatggatcaggcaagctttgaacttcagctctggaac
aattacttccatttggcagttgcatttctcacccatgagtcccttcagcttgaaaccttc
tcacaagccaagcgcaacaaaattgttaaaaaatatggggacatgagaaaggaaatcggc
tttagaatccgggacatgtggtataacctgggtccccacaaaatcaaattcatcccatcc
atggtgggtcccattctggaggtcactctgacccctgaagtagagctccggaaagccaca
atccccattttctttgatatgatgcagtgtgagttcaatttcagtggaaatggcaatttc
catatgtttgagaatgagctgatcacaaagctggaccaggaggtagaagggggcagagga
gacgaacaatacaaggttcttctggaaaaactgctcctagaacattgccggaaacacaaa
tacctctccagctctggggaggtcttcgccctcctggtcagcagcctcttagagaacctg
ctggactatagaaccatcatcatgcaagatgagagcaaggagaaccgtatgagctgcact
gtgaacgtgctgaacttttataaagaaaagaagagagaggacatatacataagatatctg
tacaagcttcgagatttgcaccgagactgtgagaactacacagaagctgcctacacgctt
ctcttgcacgctgagcttctgcagtggtctgacaagccctgtgtgcctcatttgcttcag
aaggacagttactatgtttatacccagcaagagcttaaagagaagctgtatcaagaaatc
atatcatatttcgacaaaggcaaagaaaagaatttagtgatatctctcctacttgtacgt
ccatttataggctctctgcaagaagaaaaatgtggctgtttttgcccgaccccgcaggca
gtcagaccttatggttgtcttcccttgttcccaaaaaatcgctgttattctgttcttttt
caagaactacagaagacgcccctggcaaagctgccaatatacactgtctttatgatgtca
ggaaatgaaggtttcactgatctaagggataaagcgagtgaggaatatctaccgaaactc
aatcccccagaccacttgctcattcccagtgactcgccagtggcttttgccactgaatca
atgactgccttgttctccacttttaaccttactttcctttttctgaagatgtgggagaag
gccatcaagctgagcaaagagttggctgagacttacgaaagcaaagtatttgactacgag
ggccttggcaacctcctgccatcagtaaagcaaaacaaaaatgagtgcccagtgttaggc
agccaccattctgaaagctcagtggaggcagccaccattccgaatgcccagtggaggcag
ccaccattccgaatgcccagtggaggcagcaccattccgaatgcccagtggaggcagcac
cattccaaatgcccagtggaggaggcagccattctgaatgcccagtggaaggcagccacc
attctaaatgccccagcgaaaaaaagggcctcattttatgagaacatcattaaggcaatg
aggcctcagcctgaatactttgctgttggatactatggacagggctttccttctttccta
cggaataaaatcttcatctatcggggaaaggagtatgagaggcgagaggacttcagcctg
aggttgttaacccagttccccaatgcggagaagatgaccagtaccacgcctcctggggaa
gacatcaagtcgtcccccaagcagtgtatcctttccggggggagtatggccccgaggctc
ttatggctgtgcacagccccagctaagccagagaacataggagctacagtcccttctctg
cagacacaccatcttctcaagcattctgacacagcccctctcctttccttaacgagctct
tcagacatgcagtgcttcactgtaaagccagtgatgagcttgccgcccagctacaaggat
aaacctgttccagagcagatcttaaactactacagagccaatgaagtgcagcagttcaga
tactcccggccgttccggaaaggagaaaaggatccagacaatgaatttgctacgatgtgg
attgaacggaccacgtatacgactgcatatacctttcctgggattctcaagtggtttgaa
gtcaaacagatttcaacagaagagatcagtcctctggagaatgccatcgaaaccatggag
ctgaccaacgagaggatcagcaactgtgttcagcagcatgcctgggaccggtccctctct
gtgcaccctctctccatgctgctcagtggcatcgtggacccggccgtcatggggggcttc
tccaactatgaaaaggctttttttacagaaaagtacttgcaggagcatcctgaagaccag
gagaaggttgagctgctaaagcgactaatagcattacagatgcccctgctaacagaaggg
atccgcatccatggggagaaactcacagagcagctgaagccgctgcatgagcggttgtct
tcttgcttccgggaactcaaggagaaagtagaaaagcactatggggttataacactgcca
cccaacttgacggagaggaagcaaagccgcacggggtctattgtgctcccctacatcatg
tcttccactctgcggaggttgtccatcacctcagtcacttcctctgtggtttccacctct
tcaaactcgtctgacaatgctccttccagaccgggatctgatggctcaatcttggagcca
cttttggagcgcagggcctcgtcaggtgccagagttgaagatctgtcccttagagaggag
aacagcgagaaccggatcagcaagtttaagagaaaagactggagtctgagcaagtcccag
gtcattgcagagaaagcaccagaacccgatttgatgagcccaaccagaaaagcacaaagg
ccaaagagtctccagttgatggataatcggctatcaccatttcacggttcttcacctcct
cagtcaacacccttgagcccacctccactcactcccaaagccaccaggaccctaagctcc
ccatcgttgcagacagatggaatcgcggccactcctgtcccacctccacctccccccaaa
agcaagccctatgaaggcagccagaggaactccactgagctcgctcccccactgcctgtc
cgaagagaagccaaagcaccaccccctccacctccaaaggctcggaagtctggcatccct
acttccgagcctggatcccatccacatggaattccagaatcagtcacagcctctgatttt
ttccaagaagagattgccttcaccattgttaaatgtcagcctgagagaactacaccagtt
catcatgagggtcagggaagcaaaagctctcagatgtgtccagggcgttacttaagaaat
gagtatgcagattctggaaggggtgtggaaaagttatttgggccattggagcatcaaggg
tacctcctgaaagcctctaacatcagcatcaggcagttggatgagcatctttttatccca
ttcaagggaggcctgcagctggccctcaagaaattgtcccaaagacaaactttggctaag
gaaatctga

>gi568815590r:25319422_25523330|GENSCAN_predicted_peptide_2|112_aa
MKPIQKLLAGLILLTWCVEGCSSQHWSYGLRPGGKRDAENLIDSFQEIVKEVGQLAETQR
FECTTHQPRSPLRDLKGALKLRWGHGQGFLPLGKKFPPLIVSKPFESLLEPK

>gi568815590r:25319422_25523330|GENSCAN_predicted_CDS_2|339_bp
atgaagccaattcaaaaactcctagctggccttattctactgacttggtgcgtggaaggc
tgctccagccagcactggtcctatggactgcgccctggaggaaagagagatgccgaaaat
ttgattgattctttccaagagatagtcaaagaggttggtcaactggcagaaacccaacgc
ttcgaatgcaccacgcaccagccacgttctcccctccgagacctgaaaggagctctgaag
ttgaggtggggccacggccaaggctttcttccacttggaaagaagttccctcccttgatc
gtctccaaaccctttgaaagtttactggaacccaaatga

>gi568815590r:25319422_25523330|GENSCAN_predicted_peptide_3|271_aa
MFKDKGVWGNKQDHRGAFLIDRSPEYFEPILNYLRHGQLIVNDGINLLGVLEEARFFGID
SLIEHLEVAIKNSQPPEDHSPISRKEFVRFLLATPTKSELRCQGLNFSGADLSRLDLRYI
NFKMANLSRCNLAHANLCCANLERADLSGSVLDCANLQGVKMLCSNAEGASLKLCNFEDP
SGLKANLEGANLKGVDMEGSQMTGINLRVATLKNAKLKNCNLRGATLAGTDLENCDLSGC
DLQEANLRGSNVKGAIFEEMLTPLHMSQSVR

>gi568815590r:25319422_25523330|GENSCAN_predicted_CDS_3|816_bp
atgtttaaggacaaaggtgtctggggaaataagcaagatcatagaggagctttcttaatt
gaccgaagtcctgagtacttcgaacccattttgaactacttgcgtcatggacagctcatt
gtaaatgatggcattaatttattgggtgtgttagaagaagcaagattttttggtattgac
tcattgattgaacacctagaagtggcaataaagaattctcaaccaccggaggatcattca
ccaatatcccgaaaggaatttgtccgatttttgctagcaactccaaccaagtcagaactg
cgatgccagggtttgaacttcagtggtgctgatctttctcgtttggaccttcgatacatt
aacttcaaaatggccaatttaagccgctgtaatcttgcacatgcaaatctttgctgtgca
aatcttgaacgagctgatctctctggatcagtgcttgactgtgcgaatctccagggagtc
aagatgctctgttctaatgcagaaggagcatccctgaaactgtgtaattttgaggatcct
tctggtcttaaagccaatttagaaggtgctaatctgaaaggtgtggatatggaaggaagt
cagatgacaggaattaacctgagagtggctaccttaaaaaatgcaaagttgaagaactgt
aacctcagaggagcaactctggcaggaactgatttagagaattgtgatctgtctgggtgt
gatcttcaagaagccaacctgagagggtccaacgtgaagggagctatatttgaagagatg
ctgacaccactacacatgtcacaaagtgtcagatga

>gi568815590r:25319422_25523330|GENSCAN_predicted_peptide_4|1237_aa
MVDGNGILPLEDVTEYCSHSILERNLLENKFQINTGNITKGLEALVLAATFRADHYSAPE
PARLLPQAGAGSRGEAGRGATARAPRAQARISAGCESRSAVGTSGSGFEERLPAAGALPG
EPFRTEEPGSGRSGRRDARLPRGSGSKPVCLAGLQMDANSKDKPPETKESAMNNAGNASF
ILGTGKIVTPQKHAELPPNPCTPDTFKSPLNFSTVTVEQLGITPESFVRNSAESFITGKS
SSYLKKCRRRSAVGARGSPETNHLIRFIARQQNIKNARKSPLAQDSPSQGSPALYRNVNT
LRERISAFQSAFHSIKENEKMTGCLEFSEAGKESEMTDLTRKEGLSACQQSGFPAVLSSK
RRRISYQRDSDENLTDAEGKVIGLQIFNIDTDRACAVETSVDLSEISSKLGSTQSGFLVE
ESLPLSELTETSNETVGPGEFSVCGTVPVGRRAAQSNRKVSYHLFVAFLHSGVQGVFHTV
ARALVLKSLKVADCVVGKGSSDAVSPDTFTAEVSSDAVPDVRSPATPACRRDLPTPKTFV
LRSVLKKPSVKMCLESLQEHCNNLYDDDGTHPSLISNLPNCCKEKEAEDEENFEAPAFLN
MRKRKRVTFGEDLSPEVFDESLPANTPLRKGGTPVCKKDFSGLSSLLLEQSPVPEPLPQP
DFDDKGENLENIEPLQVSFAVLSSPNKSSISETLSGTDTFSSSNNHEKISSPKVGRITRT
SNRRNQLVSVVEESVCNLLNTEVQPCKEKKINRRKSQETKCTKRALPKKSQVLKSCRKKK
GKGKKSVQKSLYGERDIASKKPLLSPIPELPEVPEMTPSIPSIRRLGSGYFSSNGKLEEV
KTPKNPVKRKDLLRHDPDLHMHQGYDKYDVSEFCSYIKSSSSLGNATSDEDPNTNIMNIN
ENKNIPKAKNKSESENEPKAGTDSPVSCASVTEERVASDSPKPALTLQQGQEFSAGGQNA
ENLCQFFKISPDLNIKCERKDDFLGAAEGKLQCNRLMPNSQKDCHCLGDVLIENTKESKS
QSEDLGRKPMESSSVVSCRDRKDRRRSMCYSDGRSLHLEKNGNHTPSSSVGSSVEISLEN
SELFKDLSDAIEQTFQRRNSETKVRRSTRLQKDLENEGLVWISLPLPSTSQKAKRRTICT
FDSSGFESMSPIKETVSSRQKPQMAPPVSDPENSQGPAAGSSDEPGKRRKSFCISTLANT
KATSQFKGYRRRSSLNGKGESSLTALERIEHNGERKQ

>gi568815590r:25319422_25523330|GENSCAN_predicted_CDS_4|3714_bp
atggtggatggcaatggcatcttgccattggaagatgtcaccgaatattgttctcatagt
atcttggagagaaatctactagagaacaagtttcagataaacactggaaacataacaaaa
ggactggaggctctggtgctcgccgccactttccgagcagatcattactcagcaccggag
ccggcgcgcctcctcccgcaggcgggagcggggtctcggggagaggcgggaagaggcgcg
accgcccgggcgcccagagcgcaggccaggatcagcgcaggctgtgagtccaggtcagcc
gtcgggacctcgggctccgggttcgaagagcggctcccggctgcgggtgctttgccagga
gagcccttccggacagaggagccggggtctggaaggagcggccgacgcgacgctcgcctg
ccacggggctctgggagtaagcctgtctgcctggcgggccttcagatggatgccaattca
aaagacaagccccctgaaaccaaggagtctgcaatgaataatgctggaaatgcctctttc
attttgggaactgggaagattgtgactcctcagaagcatgccgaattacctcctaatcct
tgcacaccagatacttttaaatcacctttgaacttttccacagtaaccgtagagcaattg
ggaattacacctgaaagctttgttaggaactctgcagagagtttcattacaggaaagtca
tcatcctaccttaaaaaatgtagacgacgttctgcagtcggtgctcggggctctcctgaa
acaaaccatctgattcgtttcattgctcggcagcaaaatataaagaatgctaggaaatct
cctttggcacaagattctccttcccagggcagccctgcactgtatcgaaatgttaacact
ttaagagaacgaatatcagccttccagtcagcttttcactccataaaggaaaacgagaaa
atgaccggctgtctggaattctcagaggcaggaaaagagtccgagatgacagacttgacc
agaaaggaaggtctcagcgcttgccagcagtctgggttccctgcagtgttgtcctccaaa
cgtcggagaatatcctatcagagagactctgatgaaaatctgacggatgctgaaggaaaa
gtaattggtctccagatattcaatattgatacagacagagcatgtgcagttgaaacttct
gtagatctttctgagatatcatctaaacttggttcaacacagtctggatttttagttgaa
gagtctcttcccctttcagagctcacagagacttcaaatgaaactgtgggtccaggggaa
ttctctgtgtgtggcactgtgccagttgggagaagggcagcacagtcaaacagaaaagtt
tcttaccacttgtttgtggcttttctccattctggggtccaaggagtttttcacacagta
gccagagcactggttttaaaatcactaaaggttgctgactgtgtagtgggcaaaggatca
agtgatgccgtttcgcctgacacgttcacagcagaagtgagctcagacgcagtccctgat
gtcaggtcaccagctactccagcctgcaggagggaccttcccacccccaagacctttgta
cttcgttctgtactgaagaaaccctctgttaagatgtgtctagagagcttacaggaacac
tgtaacaacctctatgatgatgatgggactcatccgagcttaatctcaaatctcccaaac
tgttgcaaagagaaagaagcagaagatgaagaaaattttgaagcacctgcctttctaaat
atgaggaagaggaagagagttacttttggagaggacttaagcccggaagtgtttgatgaa
tctttgccagcaaatactccattgcgtaaaggaggaacacctgtttgtaaaaaagacttc
agtggtctcagttccctgctgcttgagcagtcacctgttcctgagccattacctcaacca
gattttgatgacaagggggagaatcttgaaaacatagaaccacttcaagtatcatttgcc
gttctcagttctcctaataaatcatcaatctctgagaccctttcaggcactgataccttt
agttcttcaaataaccatgagaaaatatcctctcctaaagttggtagaataacaaggact
tctaacagaagaaatcaattggtcagtgttgtagaagagagtgtttgcaacttattgaat
acagaagttcagccttgtaaagaaaagaaaattaataggaggaagtctcaagaaacaaag
tgtacaaagagagcacttcctaagaagagtcaggttttaaaaagttgcagaaagaagaaa
ggaaagggaaagaaaagtgttcagaaatctttatatggggaaagagacattgcttctaag
aagcccctcctcagtcctattcccgagctgcctgaagtccctgagatgacaccttccatt
ccgagcatccgaagactgggttcaggttatttcagttcaaatggcaaactggaagaagtg
aagactcctaaaaatccagtgaaaagaaaggatcttttgcgtcatgacccagatttgcat
atgcatcaaggctatgataaatatgatgtctctgaattctgctcttatataaaaagttcc
tcatcgcttggcaatgctacttctgatgaagatccaaatacaaatataatgaacattaat
gaaaataaaaatattccaaaagcaaaaaataagtcagaaagtgaaaatgaaccaaaagct
ggaactgacagtcctgtttcttgtgcttctgtaactgaagaacgtgtggcatcagatagt
cccaaacctgctctgaccctgcagcagggtcaagaattttctgctggtggtcaaaatgca
gaaaacctttgtcagttctttaaaatttcaccagatttaaacataaagtgtgaaagaaag
gatgacttcttaggagctgcagaaggaaaactgcaatgcaatcgtttaatgcctaattca
caaaaagactgtcattgtttaggagatgtcttaattgaaaatacgaaagaatctaaaagc
cagagtgaggatttgggaagaaaacccatggaaagtagcagtgttgtgagttgcagagac
aggaaagatagaagacgttccatgtgttattctgatggtcgaagtttacatttggaaaaa
aatggaaatcacacaccatcctccagtgtgggcagctctgtagaaattagtttagaaaat
tctgaactgtttaaagatttgtctgatgccattgagcaaacctttcagaggagaaatagt
gaaaccaaagtgcgacgtagcacgaggctacagaaggatttagaaaacgaaggtcttgta
tggatttcacttccacttccttccacttcccaaaaagccaaaagaagaacaatatgtaca
tttgacagcagtggatttgaaagtatgtctcccataaaagaaactgtgtcctccagacaa
aaaccgcagatggcacctcccgtctcagatccagaaaacagccagggccctgctgctggt
tcttccgatgaacctggtaagaggaggaagagcttttgtatatctacacttgcaaatact
aaagccacttcccagttcaaaggctaccggagaagatcctctcttaatgggaagggagag
agctctctgactgccttggaaaggattgaacataatggagaaagaaagcagtaa

>gi568815590r:25319422_25523330|GENSCAN_predicted_peptide_5|79_aa
XLPTEMPTAAQSTDLSLPGIKVPRMEGGLLNSDYPYNCPKNRNGYNEKRLTIPEAGEDVE
QTKRVASGNAKSCSHYGKV

>gi568815590r:25319422_25523330|GENSCAN_predicted_CDS_5|240_bp
nacctcccaacagaaatgccaacagctgcccagagtacagacctgtctcttcctggaatt
aaggtgcccaggatggagggagggctgttaaactcagattatccctacaactgtcctaag
aacaggaatggctacaatgaaaaaaggctaacaataccagaggctggtgaagatgtggaa
caaacaaaacgtgttgccagtggaaatgcaaaatcatgcagccactatggaaaagtttag