GENSCAN 1.0	Date run:  2-Nov-116	Time: 21:09:22

Sequence gi568815591f:151134012_151338678 : 204667 bp : 50.74% 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 Intr +    389    557  169  1  1   76   94   222 0.804  21.12
 1.02 Intr +   4132   4302  171  2  0  123  105    47 0.978   9.81
 1.03 Intr +   5968   6105  138  2  0   78   72   104 0.984   8.24
 1.04 Intr +   7887   8041  155  1  2   37   98   202 0.508  15.89
 1.05 Intr +   8152   8242   91  0  1   57   81   142 0.818   9.97
 1.06 Intr +   8401   8623  223  2  1   86   99   195 0.990  17.59
 1.07 Intr +   9330   9585  256  0  1   68   92   363 0.999  32.15
 1.08 Term +   9726   9932  207  2  0   92   48   125 0.761   6.24
 1.09 PlyA +  10402  10407    6                               1.05

 2.04 PlyA -  12019  12014    6                               1.05
 2.03 Term -  15131  14578  554  0  2   90   42   565 0.941  46.58
 2.02 Intr -  32664  32617   48  1  0   90   63    39 0.143   0.25
 2.01 Init -  33537  33000  538  0  1   73  131   684 0.965  66.23
 2.00 Prom -  35537  35498   40                              -6.66

 3.07 PlyA -  36059  36054    6                               1.05
 3.06 Term -  42286  42101  186  1  0  120   43   193 0.569  15.49
 3.05 Intr -  42665  42552  114  2  0  136   71   181 0.993  21.84
 3.04 Intr -  47447  46928  520  1  1   87   86   616 0.978  54.26
 3.03 Intr -  52648  52381  268  2  1  103   61   323 0.968  27.69
 3.02 Intr -  53097  52804  294  1  0   19   14   279 0.222  10.58
 3.01 Init -  53570  53441  130  2  1   86   60   187 0.862  16.04
 3.00 Prom -  55856  55817   40                              -7.26

 4.34 PlyA -  56624  56619    6                              -0.45
 4.33 Term -  57076  56969  108  1  0   52   45   166 0.971   7.21
 4.32 Intr -  57891  57627  265  2  1  106  100   337 0.806  34.22
 4.31 Intr -  58442  58093  350  2  2   66   35   392 0.776  25.85
 4.30 Intr -  58818  58732   87  0  0   71   78    74 0.938   4.87
 4.29 Intr -  59479  59163  317  2  2   94   81   317 0.943  27.38
 4.28 Intr -  60352  60245  108  2  0   96   77    93 0.890   9.26
 4.27 Intr -  60587  60505   83  1  2   61   66    53 0.626  -0.32
 4.26 Intr -  61474  61419   56  1  2   73   69    43 0.669  -1.32
 4.25 Intr -  62543  62437  107  0  2   68   64   152 0.844  10.73
 4.24 Intr -  63041  62966   76  2  1   36   60    37 0.452  -5.21
 4.23 Intr -  63316  63194  123  1  0   75   78   190 0.426  17.48
 4.22 Intr -  63895  63811   85  0  1   42   80    75 0.967   1.92
 4.21 Intr -  64992  64787  206  0  2  110   26   259 0.909  19.90
 4.20 Intr -  66443  66372   72  2  0   85   89    91 0.989   8.50
 4.19 Intr -  69085  68900  186  1  0   79   86   156 0.999  14.39
 4.18 Intr -  69503  69384  120  2  0   76   92   118 0.999  11.69
 4.17 Intr -  70825  70498  328  0  1   62   62   735 0.937  64.00
 4.16 Intr -  74096  73864  233  2  2  113   -1   421 0.281  32.27
 4.15 Intr -  76398  76176  223  2  1  132  109   190 0.932  23.63
 4.14 Intr -  80180  80047  134  2  2   63   41   222 0.658  14.44
 4.13 Intr -  81071  80868  204  2  0   33   94   291 0.938  23.60
 4.12 Intr -  81721  81593  129  1  0   73   82   183 0.990  17.09
 4.11 Intr -  82018  81956   63  1  0  121   92    52 0.992   7.81
 4.10 Intr -  84180  84070  111  0  0   70   64    69 0.862   3.28
 4.09 Intr -  84639  84550   90  0  0  105   98   -14 0.730   1.49
 4.08 Intr -  84862  84743  120  1  0   92   81   113 0.929  11.69
 4.07 Intr -  85148  85053   96  2  0   69   97   129 0.977  12.11
 4.06 Intr -  87669  87567  103  2  1   70  113    96 0.994  10.48
 4.05 Intr -  88605  88510   96  2  0  106   74   138 0.999  13.32
 4.04 Intr -  89838  89667  172  1  1   66  109   245 0.982  23.40
 4.03 Intr -  90103  89921  183  2  0   94   54   263 0.984  23.26
 4.02 Intr -  90977  90765  213  0  0   83   73   274 0.612  24.09
 4.01 Init -  92447  92294  154  2  1   81   68   225 0.994  19.94
 4.00 Prom -  96940  96901   40                              -5.46

 5.00 Prom +  97420  97459   40                              -1.76
 5.01 Init + 100001 100263  263  1  2   84   94   332 0.995  27.94
 5.02 Intr + 101037 101601  565  0  1   87   61   571 0.999  47.10
 5.03 Intr + 102397 102579  183  0  0   92   99   229 0.999  24.38
 5.04 Term + 103363 104670 1308  0  0   65   41  1350 0.997 119.59
 5.05 PlyA + 104790 104795    6                              -1.95

 6.23 PlyA - 104983 104978    6                              -1.95
 6.22 Term - 105145 105092   54  1  0   79   49    88 0.994   1.56
 6.21 Intr - 105486 105385  102  0  0   98   91   163 0.999  17.97
 6.20 Intr - 105735 105532  204  0  0   56   94   184 0.907  15.20
 6.19 Intr - 106236 106101  136  2  1   37   81   193 0.752  14.07
 6.18 Intr - 106586 106414  173  2  2   85   94    96 0.564   8.64
 6.17 Intr - 107642 107481  162  2  0   56   91   200 0.870  17.27
 6.16 Intr - 107967 107866  102  0  0   53   46   182 0.822  10.87
 6.15 Intr - 108221 108126   96  2  0  108   94   149 0.999  17.71
 6.14 Intr - 108592 108470  123  1  0   67   57   214 0.959  16.98
 6.13 Intr - 108911 108710  202  1  1   78   46   199 0.387  13.99
 6.12 Intr - 111660 111449  212  0  2   72  109   170 0.866  15.21
 6.11 Intr - 114668 114474  195  2  0   27   89    95 0.674   3.11
 6.10 Intr - 119892 119804   89  1  2   96   81    70 0.879   6.79
 6.09 Intr - 120488 120284  205  2  1   16  100    74 0.007   0.17
 6.08 Intr - 126767 126709   59  0  2   92  100    60 0.016   6.20
 6.07 Intr - 137452 137246  207  2  0  109   98   -12 0.211   0.95
 6.06 Intr - 143178 143066  113  2  2  107   99    14 0.487   4.42
 6.05 Intr - 156483 156381  103  1  1   15   56    82 0.027  -3.07
 6.04 Intr - 157508 157403  106  2  1   34  113    58 0.073   2.69
 6.03 Intr - 167948 167752  197  0  2   94   52    88 0.039   4.93
 6.02 Intr - 168315 168190  126  1  0   25   75    76 0.001   0.65
 6.01 Init - 188062 188005   58  1  1   52   98    52 0.598   4.07

Suboptimal exons with probability > 0.800

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

S.001 Init -  17830  17767   64  1  1   92   71    64 0.978   6.41
S.002 Init - 120392 120284  109  2  1   87  100    63 0.930   7.84
S.003 Intr + 173705 173831  127  1  1   55  119    16 0.828   1.65


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815591f:151134012_151338678|GENSCAN_predicted_peptide_1|469_aa
DYMQNIHGKEIDLLRTTVKVPGKRLPRATPATAPGTSPRANGLSVERSNTQLGGGTGAPH
SASSASLHSERPLSSSAWAGPRPEGLHQRSCSVSSADQWSEATTSLPPGMQHPASGPAEV
LSSSPKLDPPPSPHSNRKKHRRKKSTGTPRPDGPSSATEEAEESFEFVVVSLTGQTWHFE
ASTAEERELWVQSVQAQILASLQGCRSAKDKTRLGNQNAALAVQAVRTVRGNSFCIDCDA
PNPDWASLNLGALMCIECSGIHRHLGAHLSRVRSLDLDDWPPELLAVMTAMGNALANSVW
EGALGGYSKPGPDACREEKERWIRAKYEQKLFLAPLPSSDVPLGQQLLRAVVEDDLRLLV
MLLAHGSKEEVNETYGDGDGRTALHLSSAMANVVFTQLLIWYGVDVRSRDARGLTPLAYA
RRAGSQECADILIQHGCPGEGCGLAPTPNREPANGTNPSAELHRSPSLL

>gi568815591f:151134012_151338678|GENSCAN_predicted_CDS_1|1410_bp
gattacatgcagaacatccacggcaaggagattgacctgctgcggacaacggtgaaagtg
ccagggaagcgcctgccccgagccacacctgccacagccccgggcaccagcccccgtgcc
aacgggctgtccgtggagcggagtaacacacagctgggtgggggcacaggtgccccccac
tcggccagcagcgcatccctgcactctgagcgccccctcagcagctcggcctgggctggc
ccgcgccctgaggggctgcaccagcgctcctgctccgtttccagcgccgaccagtggagt
gaggccaccacttccctgcccccaggcatgcagcaccctgccagtggcccagctgaggta
ctcagttccagccccaagctggatcctcccccatctccccactccaaccggaagaagcac
cggaggaaaaagagcaccgggaccccccgaccagacggccccagcagtgctactgaagag
gcagaggagtcgtttgaatttgtggtggtgtccctcactgggcagacgtggcacttcgag
gcttcaacggcggaggagcgggagctgtgggttcagagtgtgcaggcccagatccttgcc
agcctgcaaggctgccgcagtgccaaggacaagactcgactggggaaccagaacgcagct
ctggctgtgcaggccgtccgcaccgtccgcggcaacagcttttgtatcgactgcgatgca
cccaatccagactgggccagcctgaacctgggtgccctgatgtgcattgagtgctcaggc
atccaccgacacctgggggctcacctgtcccgggtgcgctcccttgacctcgatgactgg
ccgcctgagctgctggctgtcatgactgccatgggcaatgccctcgccaacagcgtctgg
gagggggccttgggtggctactccaagccagggcctgatgcctgcagagaggagaaggaa
cgctggatacgggccaagtatgaacagaagctcttcctggccccactgccaagctcagat
gtgccactggggcagcagctgctccgggccgtggtggaagatgacctgcggctgttggtg
atgctcctggcacatggctccaaagaggaggtgaatgagacctatggggacggggacggg
cggacggctctacatctctccagtgccatggccaacgttgtcttcacgcagctgctcatc
tggtacggggtggacgtgaggagccgggacgcccggggcctgactccactggcatatgct
cgccgggccggcagccaggagtgtgcagacatcttgatccagcatggctgccctggggag
ggctgtggcttagcgcctacccccaacagagagcctgccaatggcaccaacccctctgct
gagctgcaccgtagtcctagcctcctataa

>gi568815591f:151134012_151338678|GENSCAN_predicted_peptide_2|379_aa
MQRAGGGSAPGGNGGGGGGGPGTAFSIDSLIGPPPPRSGHLLYTGYPMFMPYRPLVLPQA
LAPAPLPAGLPPLAPLASFAGRLTNTFCAGLGQAVPSMVALTTALPSFAEPPDAFYGPQE
LAAAAAAAAATAARNNPEPGGRRPEGGLEADELLPAREKVAEPPPPPPPHFSETFPSLPG
VDKLQGWDFRGHQDGAEGKVYSSDEEKLEASAGDPAGSEQEEEGSGGDSEDDGFLDSSAG
GPGALLGPKPKLKGSLGTGAEEGAPVTAGVTAPGGKSRRRRTAFTSEQLLELEKEFHCKK
YLSLTERSQIAHALKLSEVQVKIWFQNRRAKWKRIKAGNVSSRSGEPVRNPKIVVPIPVH
VNRFAVRSQHQQMEQGARP

>gi568815591f:151134012_151338678|GENSCAN_predicted_CDS_2|1140_bp
atgcagcgggccggaggcggtagcgcccctgggggcaacggcgggggcggcggcgggggc
ccgggcactgccttctccatcgactccctaatcgggccgccgccgccgcgctccggccac
ttgctgtacaccggctaccccatgttcatgccctaccggccgctcgtgctgccgcaggcg
ctggcccctgcgccgctgcccgctggcctcccgcccctcgccccgctagcctctttcgcc
ggccgccttaccaacaccttctgcgcggggctgggtcaggctgtgccctcgatggtggcg
ctgaccaccgcgctgcccagcttcgcggagccgcccgacgctttctacgggccccaggag
ctcgccgccgccgctgccgccgccgccgccactgccgcccgaaacaaccccgagccaggc
ggccgacgcccagagggtgggctggaagctgatgagctgctgccggcccgggagaaagtg
gcagagcccccaccacctccgcctccgcacttctcagagacttttccaagtctgcccggg
gtagacaagctacaaggatgggatttccgggggcaccaagatggggcagaggggaaggtg
tacagctcagatgaggagaagctggaggcatcagcaggagacccagcaggcagcgaacag
gaggaagagggctcaggcggtgacagcgaggatgacggtttcctggacagttctgcaggg
ggcccaggggctcttctgggacctaaaccgaagctaaagggaagcctggggactggagct
gaggagggggcaccggtgacagcaggggtcacagctcctggggggaaaagccgacggcgc
cgcacagcatttaccagcgagcagcttttggaattggagaaggaatttcattgcaagaaa
tacctgagcttgacagagcgctctcagatcgcccacgccctcaagctcagtgaggtgcag
gtcaagatctggtttcagaatcgacgggccaagtggaagcgcatcaaagctggcaatgtg
agcagccgttctggggagcccgtaagaaaccccaagattgttgtccccatacctgtgcat
gtcaacaggtttgctgtgcggagccagcaccaacaaatggagcagggggcccggccctga

>gi568815591f:151134012_151338678|GENSCAN_predicted_peptide_3|503_aa
MALQNALYTGDLARLQELFPPHSTADLLLESRAAEPRWSSHQREECKGQGEPLDDRHPLC
ARLVEKPSRGSEEHLKSGPGPIVTRTASGPALAFWQAVLAGDVGCVSRILADSSTGLAPD
SVFDTSDPERWRDFRFNIRALRLWSLTYEEELTTPLHVAASRGHTEVLRLLLRRRARPDS
APGGRTALHEACAAGHTACVHVLLVAGADPNIADQDGKRPLHLCRGPGTLECAELLLRFG
ARVDGRSEEEEETPLHVAARLGHVELADLLLRRGACPDARNAEGWTPLLAACDVRCQSIT
DAEATTARCLQLCSLLLSAGADADAADQDKQRPLHLACRRGHAAVVELLLSCGVSANTMD
YGGHTPLHCALQGPAAALAQSPEHVVRALLNHGAVRVWPGALPKVLERWSTCPRTIEVLM
NTYSVVQLPEEAVGLVTPETLQKHQRFYSSLFALVRQPRSLQHLSRCALRSHLEGSLPQA
LPRLPLPPRLLRYLQLDFEGVLY

>gi568815591f:151134012_151338678|GENSCAN_predicted_CDS_3|1512_bp
atggccctgcagaatgccctctacaccggggacctggcaaggttgcaggagctgttcccc
ccgcacagcacagccgacctgctgctggagagccgggccgcagagcctcgctggagcagc
caccagagggaagagtgcaaggggcagggagagcccctcgatgacagacaccccctctgt
gccaggctggtggagaagcccagcagagggtctgaggagcacctcaagtctggcccggga
cccatcgtcacccgcacagcctcaggacctgcccttgccttctggcaggcagtgctggct
ggggacgtgggctgtgtctcccgcatcctcgcggactccagtactggcctggctcctgat
tccgtctttgataccagcgacccagagcgatggagggatttccgcttcaacatccgtgct
ctgagactctggtctctgacatacgaagaggagctgaccaccccactgcatgtggcagcc
agccgtggccacacggaagtcctgcggctgctgctgaggcggcgagcaaggccagacagt
gcccctgggggccgcaccgccctgcacgaggcctgtgctgcaggccacactgcctgtgtt
catgtgctgctggtggcaggagccgaccccaacatcgctgaccaggatgggaaacgcccc
ctgcatctctgccgggggcctggcacccttgagtgtgcggagctgctcctcaggtttgga
gcgagagtggatggtcggtccgaggaagaagaggagacccctttgcatgtggccgcccgg
cttggccatgtggagctggcagatctgcttctaagacggggggcatgtcctgatgcccgc
aatgccgaaggctggaccccactgctggctgcctgtgacgtccgctgccagtccatcacc
gatgccgaggccaccaccgcccgctgcctgcagctgtgcagcttgctgctttcagctgga
gcagacgctgatgctgcggaccaggacaagcagcgacccctgcacctggcctgccgccgt
ggccatgcagctgtcgtggagctgctcctgtcctgtggtgtcagcgccaacaccatggac
tatgggggacacacgcccctgcactgtgctctgcagggcccagctgcagccctggcccag
agccccgagcacgtggttcgggctctgctcaaccatggcgccgtccgtgtctggccaggg
gccctccccaaggtgctggagcgctggagcacgtgccctcggaccatcgaggtcctgatg
aacacctacagtgttgtgcagcttcccgaggaggccgtcggcctggtgactcctgaaact
ctgcagaaacatcagcgtttctactcctccctcttcgccttggtgaggcagcccaggtcg
ctgcagcatttgagccgctgtgcgctccgctcccacctggagggcagcctgccccaagcg
ctgccccgcctccccctgccaccgcgcctgctccgctacctgcagctggattttgagggc
gtgctctactag

>gi568815591f:151134012_151338678|GENSCAN_predicted_peptide_4|1666_aa
MPSDLAKKKAAKKKEAAKARQRPRKGHEENGDVVTEPQVAEKNEANGRETTEVDLLTKEL
EDFEMKKAAARAVTGVLASHPNSTDVHIINLSLTFHGQELLSDTKLELNSGRRYGLIGLN
GIGKSMLLSAIGKREVPIPEHIDIYHLTREMPPSDKTPLHCVMEVDTERAMLEKEAERLA
HEDAECEKLMELYERLEELDADKAEMRASRILHGLGFTPAMQRKKLKDFSGGWRMRVALA
RALFIRPFMLLLDEPTNHLDLDACVWLEEELKTFKRILVLVSHSQDFLNGVCTNIIHMHN
KKLKYYTGNYDQYVKTRLELEENQMKRFHWEQDQIAHMKNYIARFGHGSAKLARQAQSKE
KTLQKMMASGLTERVVSDKTLSFYFPPCGKIPPPVIMVQNVSFKYTKDGPCIYNNLEFGI
DLDTRVALVGPNGAGKSTLLKLLTGELLPTDGMIRKHSHVKIGRYHQHLQEQLDLDLSPL
EYMMKCYPEIKEKEEMRKIIGRYGLTGKQQVSPIRNLSDGQKCRVCLAWLAWQNPHMLFL
DEPTNHLDIETIDALADAINEFEGGMMLVSHDFRLIQQVAQEIWVCEKQTITKWPGDILA
YKEHLKSKLVDEEPQLTKRTHNVCMSPATPGGAADLIKSSSKGVGEGYSRSRRMSAEYGQ
RQQPGGRGGRSSGNKKSKKRCRRKESYSMYIYKVLKQVHPDIGISAKAMSIMNSFVNDVF
EQLACEAARLAQYSGRTTLTSREVQTAVRLLLPGELAKHAVSEGTKAVTKYTSSKAYQRL
WESSHATLQELLDQEQLLLEPAPDRERQSFQYRLASLYLHYLGLLRRFDTVYDQMVQPQK
RRLLRRLLDGVAGRVLELKDELVRADLCENHCLDRVLQDFKLTPADLEVPIPKYFLLEQS
TTVRERGLILAEILSRLEPVSSQKSFTGMHRTEAIILVQKAERARQGRLRATFMREIRRD
EEQDGRIREDGWHKFSQGQAAVTIQKVWKGYLQRKRTQQDRRMEMEFIGMLPSPNQVEHL
SIISQPCLVEDVQRLRQMEKEEEFRAAMVKAHDSLVETEGPDMKEKMKEQIRQWFIECHD
LTGRFPDYPDASSGGSYSIFADKTPEQVRMELEMQMQENRKKEQEKSKEKGKDEKEKKKG
KEEKAKKGEVDAVLQVLPSKCIPMICAGHEEYLNTWKNRCESIHPSQNYDSETLREEKRK
EVELEIRIQKTPGKKTGKKKEKDLTSDRSVESLYEELVISGLLRKSESVALKDYIGDFLY
LGSTLSLVKKLPMPSLFDIRQNVALYAVLRLGSPDIHIMAPLIRSILLVGPSGMGKKMLV
KAVCTETGANLFDLSPENLLGKYPGRNGAQMMVHIVFKVRSPQLLAFAVLRPVATKEGGF
EVTSPISLLGMISGAELVARLLQPSVIWIGNAEKNFYKKTPKEDKEMDPKRIKKDLTKAL
RLLTPGDRVMLIGTTSRPQLAEMRGLCRVYERILFMPRPDYASRYGEAWGCGDGCAYQSL
PTSRPIPHCCCEPSPPQPGLLEGLLDKQPSGLGPGFGSVDASRPHVFHMPAVLWKRMIEA
RGIQPTQHLDISALAKVSDGYTPGHILQAIQSVLSERRFLQLSKRPLVASEFLGQLVKLD
PVYREEEESLKDWYFKTPLGKKSMKHRMDQLEAEEAKLDKEKKKRK

>gi568815591f:151134012_151338678|GENSCAN_predicted_CDS_4|5001_bp
atgccctccgacctggccaagaagaaggcagccaaaaagaaggaggctgccaaagctcga
cagcggcccagaaaaggacatgaagaaaatggagatgttgtcacagaaccacaggtggca
gagaagaatgaggccaatggcagagagaccacagaagtagatttgctgaccaaggagcta
gaggactttgagatgaagaaagctgctgctcgagctgtcactggcgtcctggcctctcac
cccaacagtactgatgttcacatcatcaacctctcacttacctttcatggtcaagagctg
ctcagtgacaccaaactggaattaaactcaggccgtcgttatggcctcattggtttaaat
ggaattggaaagtccatgctgctctctgctattgggaagcgtgaagtgcccatccctgag
cacatcgacatctaccatctgactcgagagatgccccctagtgacaagacacccttgcat
tgtgtgatggaagtcgacacagagcgggccatgctggagaaagaggcagagcggctggct
catgaggatgcggagtgtgagaagctcatggagctctacgagcgcctggaggagctggat
gccgacaaggcagagatgagggcctcgcggatcttgcatggactgggtttcacacctgcc
atgcagcgcaagaagctaaaagacttcagtgggggctggaggatgagggttgcccttgcc
agagccctctttattcggcccttcatgctgctcctggatgagcctaccaaccacctggac
ctagatgcttgcgtgtggttggaagaagaactaaaaacttttaagcgcatcttggtcctc
gtctcccattcccaggattttctgaatggtgtctgtaccaatatcattcacatgcacaac
aagaaactgaagtattatacgggtaattatgatcagtacgtgaagacgcggctagagctg
gaggagaaccagatgaagaggtttcactgggagcaagatcagattgcacacatgaagaac
tacattgcgaggtttggtcatggcagtgccaagctggcccggcaggcccagagcaaggag
aagacgctacagaaaatgatggcatcaggactgacagagagggtcgtgagcgataagaca
ctgtcattttatttcccaccatgtggcaagatccctccacctgtcattatggtgcaaaat
gtgagcttcaagtatacaaaagatgggccttgcatctacaataatctagaatttggaatt
gaccttgacacacgagtggctctggtagggcccaatggagcagggaagtcaactcttctg
aagctgctaactggagagctactacccacagatggcatgatccgaaaacactctcatgtc
aagatagggcgttaccatcagcatttacaagagcagctggacttagatctctcacctttg
gagtacatgatgaagtgctacccagagatcaaggagaaggaagaaatgaggaagatcatt
gggcgatacggtctcactgggaaacaacaggtgagcccaatccggaacttgtcagacggg
cagaagtgccgagtgtgtctggcctggctggcctggcagaacccccacatgctcttcctg
gatgaacccaccaatcacctggatatcgagaccatcgacgccctggcagatgccatcaat
gagtttgagggtggtatgatgctggtcagccatgacttcagactcattcagcaggttgca
caggaaatttgggtctgtgagaagcagacaatcaccaagtggcctggagacatcctggct
tacaaggagcacctcaagtccaagctggtggatgaggagccccagctcaccaagaggacc
cacaacgtgtgcatgtccccagccacacctggtggggcagctgacttgataaaaagtagc
tccaagggggtgggtgagggctattcgagaagcaggaggatgagcgctgagtatggacag
cggcagcagcccgggggccgtgggggtcgcagttctgggaacaaaaagtccaaaaagcgc
tgtcggcgcaaggagtcctactccatgtatatctacaaggtgctgaagcaggtgcaccct
gacattggcatctctgccaaggccatgagcatcatgaactcgtttgtaaacgacgtgttt
gagcagctggcgtgtgaggctgcccggctggcccagtactcgggccggaccaccctgaca
tcccgagaagtccagacggctgtgcgtctgctgctgcctggggagctggccaagcacgct
gtgtctgagggcaccaaggctgtcaccaagtacaccagctccaaagcttaccagcgcctc
tgggagtcctcccacgcgaccctgcaggagctgctggaccaagagcagcttctgctcgaa
cctgcgcccgaccgggagcggcagtccttccagtacaggctcgcatcgctctacctgcac
tacctggggctgctgcgccgcttcgacaccgtctatgaccagatggtgcagccgcagaag
cggcggctgctgcgacgcctgctggacggcgtggcgggccgcgtgctggagctcaaggac
gagctggtgcgcgccgacctgtgtgagaaccactgcctggaccgcgtgctgcaggatttc
aagctcaccccagctgacctggaggttccaatccccaaatacttcctgctggagcagtcc
accactgtgcgggagcgagggctgatactggccgagatcctgtccagactggagccagtg
tcctcccagaagagctttacaggaatgcaccggactgaggccataattctagtgcaaaag
gcagagcgggcgaggcaaggccggcttcgagccaccttcatgcgagagattcgaagagat
gaggagcaggatgggaggattcgggaggatggatggcacaagttcagtcagggccaagca
gctgtcaccatacagaaggtgtggaaaggctatctgcagaggaaacgcactcagcaggac
cggcgaatggagatggagttcattggcatgctcccctcacccaaccaggtagagcacctg
agcatcatctcccagccatgcctcgtggaggatgtccagaggctccgccagatggagaaa
gaggaggagttccgggcagcaatggtgaaggcccatgattctctggtagagacagagggg
cctgacatgaaggagaaaatgaaggagcaaatccgacagtggtttatcgagtgccatgac
cttactggccggttccctgattatccagatgcgtcttcaggtggatcctactcaatcttt
gcagacaaaacgccagaacaggtgagaatggaactggaaatgcagatgcaagagaacaga
aaaaaggaacaagagaagagcaaggaaaaaggaaaggatgaaaaagagaagaagaaagga
aaggaagaaaaggccaagaagggggaagtggatgcggtgttgcaagtgttgccatccaaa
tgtatccctatgatctgtgccgggcatgaagaatacttaaatacatggaagaaccggtgt
gagagcatacaccccagtcagaattatgactccgagaccctccgggaggagaagaggaaa
gaggtggagctggagatccggatacagaaaacacctgggaagaaaactgggaaaaagaag
gaaaaagatctgacctcagacaggtctgtggagtctctgtacgaagagcttgttatttct
ggccttctaaggaagagtgagtcagtagcattgaaagactacataggtgacttcctgtat
cttggatccactctgagtttggtgaagaagttgcccatgccatccctgtttgacatacga
cagaatgtggctttgtatgcggtccttcggcttggctccccggatatccacatcatggcc
ccactcatccgctccatcctcctggtgggcccctctggcatggggaagaagatgctggtc
aaggcagtgtgcacagaaactggcgccaacctgttcgacctgtcgccggaaaacctgctg
ggcaaatatcctggcaggaatggggcacagatgatggtgcatatagtctttaaggtccgg
agcccccagcttttggcatttgcggttctcagacctgtggcaacaaaggaggggggcttt
gaggtcacgtcacccatcagcctactgggtatgatttcaggtgctgaactggtagcccga
ctcctacagccctctgtgatttggattggaaatgctgagaagaatttctataagaagacc
cccaaagaagacaaggagatggacccaaagcggataaagaaggacctcaccaaggccttg
cggctgctgactcccggagaccgtgtgatgctgattgggacaacctcccggccacagctg
gccgagatgcggggtctgtgccgggtctacgagcggatcctcttcatgccccggcctgac
tacgcatcccgctatggtgaggcctggggatgtggggacggctgcgcctaccaaagcctg
cccacctcccgccccataccccattgctgctgcgagccctcacccccacagcccggtctt
ctggaagggctgctggacaagcagcccagtggcctgggtcctggctttggctctgtggac
gcgagcaggccccatgtcttccacatgcctgcagtgctctggaagcgtatgatagaggcc
cggggcatccagccgacccagcacctggacatcagtgccctagccaaggtctccgatggc
tacacgccgggtcacattctccaagccatccaatcggtgctgagtgagcggcggttcctg
caactgtccaagcggcccctggtggcctctgagttcctgggacaactggtgaagctggat
ccagtgtacagggaggaggaggagtccctgaaggactggtacttcaagaccccactgggc
aagaagagcatgaaacacaggatggaccagttggaggccgaggaggccaagctggacaag
gagaagaagaaaaggaagtga

>gi568815591f:151134012_151338678|GENSCAN_predicted_peptide_5|772_aa
MRLSSLLALLRPALPLILGLSLGCSLSLLRVSWIQGEGEDPCVEAVGERGGPQNPDSRAR
LDQSDEDFKPRIVPYYRDPNKPYKKVLRTRYIQTELGSRERLLVAVLTSRATLSTLAVAV
NRTVAHHFPRLLYFTGQRGARAPAGMQVVSHGDERPAWLMSETLRHLHTHFGADYDWFFI
MQDDTYVQAPRLAALAGHLSINQDLYLGRAEEFIGAGEQARYCHGGFGYLLSRSLLLRLR
PHLDGCRGDILSARPDEWLGRCLIDSLGVGCVSQHQGQQYRSFELAKNRDPEKEGSSAFL
SAFAVHPVSEGTLMYRLHKRFSALELERAYSEIEQLQAQIRNLTVLTPEGEAGLSWPVGL
PAPFTPHSRFEVLGWDYFTEQHTFSCADGAPKCPLQGASRADVGDALETALEQLNRRYQP
RLRFQKQRLLNGYRRFDPARGMEYTLDLLLECVTQRGHRRALARRVSLLRPLSRVEILPM
PYVTEATRVQLVLPLLVAEAAAAPAFLEAFAANVLEPREHALLTLLLVYGPREGGRGAPD
PFLGVKAAAAELERRYPGTRLAWLAVRAEAPSQVRLMDVVSKKHPVDTLFFLTTVWTRPG
PEVLNRCRMNAISGWQAFFPVHFQEFNPALSPQRSPPGPPGAGPDPPSPPGADPSRGAPI
GGRFDRQASAEGCFYNADYLAARARLAGELAGQEEEEALEGLEVMDVFLRFSGLHLFRAV
EPGLVQKFSLRDCSPRLSEELYHRCRLSNLEGLGGRAQLAMALFEQEQANST

>gi568815591f:151134012_151338678|GENSCAN_predicted_CDS_5|2319_bp
atgcgactgagctccctgttggctctgctgcggccagcgcttcccctcatcttagggctg
tctctggggtgcagcctgagcctcctgcgggtttcctggatccagggggagggagaagat
ccctgtgtcgaggctgtaggggagcgaggagggccacagaatccagattccagagctcgg
ctagaccaaagtgatgaagacttcaaaccccggattgtcccctactacagggaccccaac
aagccctacaagaaggtgctcaggactcggtacatccagacagagctgggctcccgtgag
cggttgctggtggctgtcctgacctcccgagctacactgtccactttggccgtggctgtg
aaccgtacggtggcccatcacttccctcggttactctacttcactgggcagcggggggcc
cgggctccagcagggatgcaggtggtgtctcatggggatgagcggcccgcctggctcatg
tcagagaccctgcgccaccttcacacacactttggggccgactacgactggttcttcatc
atgcaggatgacacatatgtgcaggccccccgcctggcagcccttgctggccacctcagc
atcaaccaagacctgtacttaggccgggcagaggagttcattggcgcaggcgagcaggcc
cggtactgtcatgggggctttggctacctgttgtcacggagtctcctgcttcgtctgcgg
ccacatctggatggctgccgaggagacattctcagtgcccgtcctgacgagtggcttgga
cgctgcctcattgactctctgggcgtcggctgtgtctcacagcaccaggggcagcagtat
cgctcatttgaactggccaaaaatagggaccctgagaaggaagggagctcggctttcctg
agtgccttcgccgtgcaccctgtctccgaaggtaccctcatgtaccggctccacaaacgc
ttcagcgctctggagttggagcgggcttacagtgaaatagaacaactgcaggctcagatc
cggaacctgaccgtgctgacccccgaaggggaggcagggctgagctggcccgttgggctc
cctgctcctttcacaccacactctcgctttgaggtgctgggctgggactacttcacagag
cagcacaccttctcctgtgcagatggggctcccaagtgcccactacagggggctagcagg
gcggacgtgggtgatgcgttggagactgccctggagcagctcaatcggcgctatcagccc
cgcctgcgcttccagaagcagcgactgctcaacggctatcggcgcttcgacccagcacgg
ggcatggagtacaccctggacctgctgttggaatgtgtgacacagcgtgggcaccggcgg
gccctggctcgcagggtcagcctgctgcggccactgagccgggtggaaatcctacctatg
ccctatgtcactgaggccacccgagtgcagctggtgctgccactcctggtggctgaagct
gctgcagccccggctttcctcgaggcctttgcagccaatgtcctggagccacgagaacat
gcattgctcaccctgttgctggtctacgggccacgagaaggtggccgtggagctccagac
ccatttcttggggtgaaggctgcagcagcggagttagagcgacggtaccctgggacgagg
ctggcctggctcgctgtgcgagcagaggccccttcccaggtgcgactcatggacgtggtc
tcgaagaagcaccctgtggacactctcttcttccttaccaccgtgtggacaaggcctggg
cccgaagtcctcaaccgctgtcgcatgaatgccatctctggctggcaggccttctttcca
gtccatttccaggagttcaatcctgccctgtcaccacagagatcacccccagggcccccg
ggggctggccctgaccccccctcccctcctggtgctgacccctcccggggggctcctata
ggggggagatttgaccggcaggcttctgcggagggctgcttctacaacgctgactacctg
gcggcccgagcccggctggcaggtgaactggcaggccaggaagaggaggaagccctggag
gggctggaggtgatggatgttttcctccggttctcagggctccacctctttcgggccgta
gagccagggctggtgcagaagttctccctgcgagactgcagcccacggctcagtgaagaa
ctctaccaccgctgccgcctcagcaacctggaggggctagggggccgtgcccagctggct
atggctctctttgagcaggagcaggccaatagcacttag

>gi568815591f:151134012_151338678|GENSCAN_predicted_peptide_6|1007_aa
MGPKYLSCDQKNEVHQQVEASPSKETDKVAMSMSREVPTFRTTLAVFVSHLHQKTPLSSK
ADLSVHSFILLANTYCAPTVCEVLGMLQQSNGHQSPLTEKTYSKEERGLAVMTGSAGVDH
GLGQGFQQADLYRLHYPSSLIFWLLVGFANAGPSRRLEVWRKGQSSDMPFGVPMRINVKN
THKALNTVTATARDRQIRSLRLPRSGLQRRRRRAEPSAEQGAGGRAPGRGPGGAGPEPME
KQAQASVNLSARKFKLKRGLNLRPKCRRQVLLPNLGLLTWAWEQKEMICVLKQTRLEEEC
WPQGPVGSSKFSKPSTKWHQEGKHFQRQRLEGRQQHPHVTDEDRAPGRKRHSPGHMARHE
QIPSRPEATRLPPRSLAANIWMQPASVERWEGPYSQQVRALPNSGSLDVALLPASRATPW
KKCERAQQDSEGRVGGKKKAEKGKKEEERERVRGAAEPTPMAADEVAGGARKATKSKLFE
FLVHGVRPGMPSGARMPHQGAPMGPPGSPYMGSPAVRPGLAPAGMEPARKRAAPPPGQSQ
AQSQGQPVPTAPARSRRIAQHAYIPWYNPGLEPLTPALLLLLQIRELVPESQAYMDLLAF
ERKLDQTIMRKRVDIQEALKRPMKQKRKLRLYISNTFNPAKPDAEDSDGSIASWELRVEG
KLLDDPSKQKRKFSSFFKSLVIELDKDLYGPDNHLVEWHRTPTTQETDGFQVKRPGDLSV
RCTLLLMLDYQPPQFKLDPRLARLLGLHTQSRSAIVQALWQYVKTNRLQDSHDKEYINGD
KYFQQNKRIYNCMMISSRRVISLSPIVLLQIFDCPRLKFSEIPQRLTALLLPPDPIVINH
VISVDPSDQKKTACYDIDVEVEEPLKGQMSSFLLSTANQQEISALDSKIHETIESINQLK
IQRDFMLSFSRDPKGYVQDLLRSQSRDLKVKRETQGVLEWKTSTAGKRVNVVLQGQVMTD
VAGNPEEERRAEFYHQPWSQEAVSRYFYCKIQQRRQELEQSLVVRNT

>gi568815591f:151134012_151338678|GENSCAN_predicted_CDS_6|3024_bp
atgggtcctaagtacttgtcctgtgaccagaagaatgaggtacaccaacaagtggaggcc
agtccatccaaggaaacagacaaggtagccatgagcatgagtagagaggtgcccacgttc
cggaccactctcgctgtatttgtctcccatctccatcagaagactccgctgagctccaag
gcagatctttctgttcactcatttatcctcttggcaaatacgtattgtgcacctactgtg
tgcgaggtgctagggatgctgcagcaatccaacgggcaccaatctcccctcacagagaag
acatactccaaagaggaaaggggcctcgctgtgatgacaggcagtgcaggtgtagaccat
ggccttggacaggggttccaacaagctgacctctacagactgcattaccccagctctctt
atcttctggcttctggttggatttgccaatgcaggccccagcagaagactggaggtgtgg
aggaaagggcaatcatcagacatgccttttggagtgcctatgaggatcaacgtaaagaac
acacataaagcactcaacacagtgacagccacagccagggatcgacaaatacgctccctg
cgcctcccccgctccgggctgcagcggcgcaggcgccgggccgagccgagcgccgagcag
ggagcgggcggccgcgctccgggccggggtcccgggggagcaggtcctgaacccatggaa
aaacaggcacaggcatcagttaacttaagtgcaaggaaattcaagctgaagagaggcttg
aacctgaggcccaagtgtagaaggcaggtcctactccctaacctgggtttgcttacctgg
gcatgggaacagaaggagatgatctgtgtcctaaaacagactcgtctagaagaggaatgc
tggccacaggggccagttggatcctccaagttctccaaacctagcaccaagtggcaccag
gaaggcaagcatttccagaggcagaggttggagggaaggcagcagcaccctcatgtcaca
gatgaggacagagctccagggaggaaacggcattccccgggccacatggcccgacatgag
cagatcccaagtcgaccagaagccacaaggctgccccccagatccctggcagccaacatc
tggatgcagccagcatctgtagagagatgggaagggccatacagccagcaggtcagggca
ctgcccaattcagggtccctggacgtggccctattgcccgccagcagagccacaccctgg
aagaagtgtgagagagcccagcaggactcagaggggagagttggaggaaaaaaaaaggca
gaaaagggaaagaaagaggaagagagagagagagtgagaggagccgctgagcccaccccg
atggccgcggacgaagttgccggaggggcgcgcaaagccacgaaaagcaaactttttgag
tttctggtccatggggtgcgccccgggatgccgtctggagcccggatgccccaccagggg
gcgcccatgggccccccgggctccccgtacatgggcagccccgccgtgcgacccggcctg
gcccccgcgggcatggagcccgcccgcaagcgagcagcgcccccgcccgggcagagccag
gcacagagccagggccagccggtgcccaccgcccccgcgcggagccgcaggattgcacaa
catgcatacattccatggtacaaccctggacttgagcctctgactcctgccctgctcctc
cttctccagattcgggagctggtccccgagtcccaggcttacatggacctcttggcattt
gagaggaaactggatcaaaccatcatgcggaagcgggtggacatccaggaggctctgaag
aggcccatgaagcaaaagcggaagctgcgactctatatctccaacacttttaaccctgcg
aagcctgatgctgaggattccgacggcagcattgcctcctgggagctacgggtggagggg
aagctcctggatgatcccagcaaacagaagcggaagttctcttctttcttcaagagtttg
gtcatcgagctggacaaagatctttatggccctgacaaccacctcgttgagtggcatcgg
acacccacgacccaggagacggacggcttccaggtgaaacggcctggggacctgagtgtg
cgctgcacgctgctcctcatgctggactaccagcctccccagttcaaactggatccccgc
ctagcccggctgctggggctgcacacacagagccgctcagccattgtccaggccctgtgg
cagtatgtgaagaccaacaggctgcaggactcccatgacaaggaatacatcaatggggac
aagtatttccagcagaacaaaaggatctacaactgcatgatgatctcttcaagaagagtg
atctctctctccccaattgtcctgcttcagatttttgattgtccccggctgaagttttct
gagattccccagcgcctcacagccctgctattgccccctgacccaattgtcatcaaccat
gtcatcagcgtggacccttcagaccagaagaagacggcgtgctatgacattgacgtggag
gtggaggagccattaaaggggcagatgagcagcttcctcctatccacggccaaccagcag
gagatcagtgctctggacagtaagatccatgagacgattgagtccataaaccagctcaag
atccagagggacttcatgctaagcttctccagagaccccaaaggctatgtccaagacctg
ctccgctcccagagccgggacctcaaggtgaagagggagactcagggagtactggagtgg
aagacaagcacagcgggaaagagagtaaacgttgtactccaggggcaggtgatgacagat
gtagccggcaaccctgaagaggagcgccgggctgagttctaccaccagccctggtcccag
gaggccgtcagtcgctacttctactgcaagatccagcagcgcaggcaggagctggagcag
tcgctggttgtgcgcaacacctag