GENSCAN 1.0	Date run:  5-Nov-116	Time: 07:25:04

Sequence gi568815575r:47876170_48083408 : 207239 bp : 41.66% 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 +  11830  11956  127  0  1   73   82   143 0.568  11.53
 1.02 Intr +  15193  15295  103  2  1   90   17    80 0.072  -0.59
 1.03 Intr +  19446  19771  326  0  2   41  109   198 0.092  11.69
 1.04 Intr +  27022  27470  449  2  2   68   86   179 0.007   7.84
 1.05 Intr +  36435  36582  148  2  1   69   41    74 0.342  -0.31
 1.06 Term +  38755  40463 1709  2  2  120   48  1213 0.865 108.02
 1.07 PlyA +  41586  41591    6                               1.05

 2.00 Prom +  46073  46112   40                              -7.05
 2.01 Init +  47229  47266   38  2  2   42   83    76 0.373   2.03
 2.02 Intr +  55462  55547   86  1  2   91   75    47 0.265   2.24
 2.03 Intr +  58911  59054  144  1  0   91    9    93 0.050   1.03
 2.04 Intr +  79769  79931  163  0  1   36   69    83 0.505  -0.69
 2.05 Intr +  80008  80280  273  1  0   77   71   212 0.983  14.13
 2.06 Intr +  81870  81996  127  0  1   97   75   120 0.943  11.36
 2.07 Intr +  82072  82141   70  0  1   70   47    49 0.420  -3.16
 2.08 Intr +  82893  83018  126  1  0  118   31    52 0.373   2.23
 2.09 Intr +  84404  84673  270  0  0    8   63   197 0.094   5.79
 2.10 Intr +  92308  92382   75  2  0   97   78    45 0.104   2.97
 2.11 Term +  96709  97166  458  2  2   39   47   139 0.275  -0.80
 2.12 PlyA +  98361  98366    6                               1.05

 3.10 PlyA -  98588  98583    6                               1.05
 3.09 Term - 101696  99998 1699  1  1    7   44  1741 0.073 148.65
 3.08 Intr - 106915 106780  136  2  1   95  111    85 0.439  10.21
 3.07 Intr - 107242 107116  127  1  1   24   86   152 0.109   7.93
 3.06 Intr - 112448 112355   94  1  1    1   91    47 0.000  -4.65
 3.05 Intr - 116529 116360  170  0  2   32   56   158 0.006   4.82
 3.04 Intr - 116918 116778  141  2  0  107   93   -13 0.026   0.73
 3.03 Intr - 126484 126426   59  2  2  106  111    43 0.105   6.08
 3.02 Intr - 127533 127434  100  0  1   77   59    41 0.145  -1.14
 3.01 Init - 127916 127740  177  2  0   60   42    93 0.066   1.44
 3.00 Prom - 128596 128557   40                              -6.55

 4.00 Prom + 128976 129015   40                             -10.05
 4.01 Init + 131634 131778  145  2  1   86   37   328 0.978  27.83
 4.02 Intr + 132207 132365  159  1  0  115  115   195 0.994  23.94
 4.03 Intr + 133197 133275   79  1  1  127  119    75 0.676  12.19
 4.04 Intr + 152595 152718  124  0  1   72   53    83 0.087   2.87
 4.05 Intr + 153344 153538  195  1  0  111   35    91 0.134   4.79
 4.06 Intr + 158921 159027  107  1  2   69   52    89 0.135   1.49
 4.07 Intr + 161264 161370  107  2  2   85   91    35 0.331   2.44
 4.08 Term + 162423 162592  170  1  2   63   42   140 0.349   3.96
 4.09 PlyA + 163317 163322    6                               1.05

 5.00 Prom + 165892 165931   40                              -3.35
 5.01 Init + 169064 169168  105  1  0   96    5    80 0.500   0.77
 5.02 Intr + 170058 170189  132  2  0   99   55    94 0.867   7.12
 5.03 Term + 172230 172403  174  2  0   38   47   124 0.879   0.08
 5.04 PlyA + 174365 174370    6                               1.05

 6.06 PlyA - 176288 176283    6                               1.05
 6.05 Term - 184034 182299 1736  0  2  126   38  1247 0.996 110.30
 6.04 Intr - 184376 184281   96  0  0   74  111    49 0.943   4.86
 6.03 Intr - 184776 184650  127  0  1    7   82   173 0.979   7.93
 6.02 Intr - 190806 190703  104  1  2   24  111    78 0.031   2.67
 6.01 Init - 195664 195259  406  1  1   37   40   148 0.001   1.70

Suboptimal exons with probability > 0.800

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

S.001 Sngl + 109441 110076  636  0  0   53   47   243 0.851  12.63
S.002 Sngl + 119339 119584  246  1  0   82   49   156 0.841   5.93


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815575r:47876170_48083408|GENSCAN_predicted_peptide_1|953_aa
VSVSFEDVTVDFSREEWQQLDSTQRRLYQDVMLENYSHLLSVGQIGKVNGDVVGITIPAS
LISLMVALISAIPPGMCSLRTPIQSLVVFPFTTTELSGTLEPYDDVLLDLSEILQSLFTS
VIITQFPMKCGYFSKEQMESNLLDPILYRVLLTGFEVPKPEVIFKLEQGEGPWTLEGEAP
HQSCSVLEVLARAIRQEKEIKGIQLGKEEVKLSLFADDMIVYLENPIVSAQNLLKLISNF
SKVSRYKINVQKSQAFLYTNNRQTESQIMSELPFTIASKRIKYLGIQLTRDVKDLFKENY
KPLLNEIKEDTNKWKKIPCSWVGRINIVKMAILPKETSLLMIVQESKLLPTHITPPSLRI
FVGSACLTLCFCQVQVLVSKKVEADGKFGIKPSQRRISGKSTFHSEMEGEDTRDDSLYSI
LEELWQDAEQIKRCQEKHNKLLSRTTFLNKKILNTEWDYEYKDFGKFVHPSPNLILSQKR
PHKRDSFGKSFKHNLDLHIHNKSNAAKNLDKTIGHGQVFTQNSSYSHHENTHTGVKFCER
NQCGKVLSLKHSLSQNVKFPIGEKANTCTEFGKIFTQRSHFFAPQKIHTVEKPHELSKCV
NVFTQKPLLSIYLRVHRDEKLYICTKCGKAFIQNSELIMHEKTHTREKPYKCNECGKSFF
QVSSLLRHQTTHTGEKLFECSECGKGFSLNSALNIHQKIHTGERHHKCSECGKAFTQKST
LRMHQRIHTGERSYICTQCGQAFIQKAHLIAHQRIHTGEKPYECSDCGKSFPSKSQLQMH
KRIHTGEKPYICTECGKAFTNRSNLNTHQKSHTGEKSYICAECGKAFTDRSNFNKHQTIH
TGEKPYVCADCGRAFIQKSELITHQRIHTTEKPYKCPDCEKSFSKKPHLKVHQRIHTGEK
PYICAECGKAFTDRSNFNKHQTIHTGDKPYKCSDCGKGFTQKSVLSMHRNIHT

>gi568815575r:47876170_48083408|GENSCAN_predicted_CDS_1|2862_bp
gtatcagtgtcatttgaggatgtgactgtggacttcagtagagaggagtggcagcaactg
gactctactcaaagacgcctgtaccaggatgtaatgttggagaactacagccacctgctc
tcagtgggccaaataggcaaggtgaatggggatgtggtgggaatcaccatccctgcatcc
ctcatatccctgatggtagcactgatttccgcaatccctccaggaatgtgcagccttagg
acaccaatacagagcctcgttgtgtttcccttcaccaccactgagctatctgggacatta
gaaccctatgatgatgtcctccttgacttgtctgagattcttcagtcccttttcacctct
gtgattattactcagttccccatgaaatgtggttacttctccaaagaacaaatggaaagc
aatttgctggacccaattctctatcgtgtcctgttaacagggttcgaagttcctaaacca
gaggtcatcttcaagttggagcaaggagaggggccatggacattggaaggggaagcccca
catcagagctgttcagtgttggaagttctggccagggcaattaggcaggagaaggaaata
aagggtattcaattaggaaaagaggaagtcaaattgtccctgtttgcagatgacatgatt
gtatatctagaaaaccccattgtctcagcccaaaatctccttaagctgataagcaacttc
agcaaagtctcaagatacaaaatcaatgtacaaaaatcacaagcattcttatacaccaat
aacagacaaacagagagccaaatcatgagtgaactcccattcacaattgcttcaaagaga
ataaaatacctaggaatccaacttacaagggatgtgaaggacctcttcaaggagaactac
aaaccactgctcaatgaaataaaagaggatacaaacaaatggaagaagattccatgctca
tgggtgggaagaatcaatatcgtgaaaatggccatactgcccaaggaaacctcattgctc
atgattgttcaggaatccaagctccttccaacacacattactccaccatctcttaggatt
tttgtgggatctgcgtgcttgactctgtgtttctgccaagttcaggttttagtaagcaag
aaggtagaagcggatgggaaatttggaattaagccttcccagaggagaatttctgggaaa
tctacatttcatagtgaaatggagggtgaagacacaagagatgattcattatactctatt
ttagaagaattgtggcaagatgctgaacagataaagagatgtcaggaaaaacacaacaaa
cttctgagtcgcactactttcctcaataagaaaatattgaatacagagtgggattatgaa
tataaagactttggaaaatttgttcatccaagcccaaatctcattctttcacagaaaaga
ccccataaacgtgattcatttgggaagagttttaagcataatttagacttacatattcat
aataaaagcaatgcagcaaagaacctggataaaactattgggcatggtcaagtttttacc
cagaactcttcttatagtcaccacgaaaatacacatacaggagtgaagttctgtgaacgt
aatcaatgtggaaaagtcctcagcctcaaacactcactcagtcaaaatgtgaaatttccc
attggagagaaagcaaacacatgtactgaatttgggaagatcttcacccagaggtcacat
ttctttgctcctcaaaaaattcatactgtggaaaaacctcatgagcttagcaaatgtgta
aatgtttttacacagaagccactactcagtatatatctgagagttcatagagatgaaaaa
ctctacatatgtactaaatgtgggaaggccttcatccagaattcagaattaattatgcat
gagaaaactcatactagagagaaaccctataaatgcaatgaatgtgggaaatcatttttc
caggtgtcatctctactcaggcatcagacaactcatactggagaaaaactctttgaatgc
agtgaatgtggtaaaggcttctccctgaactcagccctcaatatacatcagaaaattcac
actggagagagacatcacaaatgcagtgagtgtgggaaagcctttacccaaaaatcaaca
ctcaggatgcatcagagaattcatacaggagagaggtcctatatctgtactcaatgtggg
caggccttcatccagaaggcacacttgattgcacatcaaagaattcatactggagagaag
ccttatgaatgcagtgactgtgggaaatctttcccttctaagtcacaactccagatgcat
aagagaattcatacaggagagaaaccctatatatgcactgaatgtgggaaggctttcacc
aacaggtcaaatctcaatactcaccagaagtctcatactggagaaaagtcttatatatgt
gctgaatgtgggaaggccttcaccgacaggtcaaatttcaataaacaccagaccattcac
actggagagaaaccctatgtttgtgctgattgtgggagggccttcatccagaagtcagag
ttgattacacatcagagaattcatactacagagaagccttataaatgtcctgactgtgag
aaatccttctccaagaaaccacatctcaaagtacatcaacgaattcacacaggggagaaa
ccatatatatgtgcagaatgtgggaaagccttcactgataggtcaaatttcaataaacat
cagacaattcatactggagataaaccgtataaatgcagcgactgtggaaaggggttcacc
cagaaatcagttctcagtatgcatcgcaatattcatacatga

>gi568815575r:47876170_48083408|GENSCAN_predicted_peptide_2|609_aa
MPIEDNEKEQPERQRIRYLFLQGDLVPFAGKWHLEIKLLRLERNGKNWLFYQGFDWNGVL
SFKESNLTYGTNKALGKLALYFVYTVPVQEVPRVLPGDAYLVTDTFGLRLGAAYGRSPWI
GARLCIWGRHSGKQIWRRLDLLTSSPLESGRGKGDSTDSIQQILEVGDVVAPESKHASHS
WASLPVWEAAALGTCLLQDRGQFALLSSTRSRRIQQTGRGHGPFGGAVAHPLTVRTLIDD
LFRASQGSRSTGGLAGGGLFALRGGGLAGDVPCDLGQGSHGLVDCLALAIADRNQDLYLS
GDHWQRRGSSSSLSHGSIVLPYPLEGANPLLQGPLLLLVVRGGHIAQEGKFPTAGDLLRQ
WHGATAQKGKRAMELLVEKGIGEGVMCQGDVAQQQDGESVSESSEGQQQLGVFYSPRICF
IYGRQRLGAVLQEFMAILNLEVHFSVSDIGINIPTFLEGKEGTGILHGRSRRKKGRRCYT
RLHDQISPEVTNYMVPRRDGAKPYMRTPPPRSNHLPSDPSSNTGLQFNMRFGWGHRSKPH
QEWNTEVTFIEHCLEHRLIPSHTPVVTTGSSAQLLFVQKPQGSPPTSTQLPITTNARSCI
TETPRTYNL

>gi568815575r:47876170_48083408|GENSCAN_predicted_CDS_2|1830_bp
atgcctatagaagataatgagaaggagcagccagagagacaaagaattcgctatttattt
ctccaaggagatctggttccttttgctggaaaatggcatttggaaatcaagctcttaaga
ttagaacgcaatgggaaaaactggttgttttaccaaggctttgactggaatggtgtgctc
tcctttaaggaatcaaacttaacttatggaaccaataaagcccttggaaaactggcctta
tattttgtgtacacagtccctgtacaggaagtacccagggtgctgccaggtgatgcctat
cttgtgacggatacctttgggctgagactgggagccgcctacggcagaagcccatggata
ggtgctcgcctgtgcatttggggcagacactctgggaagcaaatttggaggcggctggac
cttctcacttcgtccccgctagagagtggaagaggtaagggagactccacagatagcatc
cagcaaatattggaagtgggggatgtggtggcgccagaatccaaacatgccagccacagt
tgggcgtccttgccagtgtgggaggctgcagctctgggaacttgtcttttacaggatcgg
ggacagtttgcccttctgagttctacacgtagccgccgaattcaacagaccggtaggggc
catggaccttttggaggggcagttgcccatcccctcacagtgagaaccctaatagatgac
ctcttccgtgcatctcagggttcccgctcaactgggggcctggctggtggtggtttattt
gcactacgagggggcggccttgccggtgatgttccttgtgatttaggccagggcagccat
ggcctggtggattgtttagccttagccatcgctgacagaaatcaggacttgtacttgtca
ggtgatcactggcaaaggagagggtcaagttcctcactctcccatggtagtattgtgctg
ccttatcctctagagggtgcaaatcctcttctccagggtcctctcctccttctggttgtc
cgtggaggacacattgcacaagaggggaagttccctacagcaggagacctcctgagacag
tggcatggggccactgcccaaaaagggaagagggcaatggaactcctggtggagaaggga
attggagaaggcgttatgtgtcaaggtgatgtggctcagcagcaagatggggagtctgtg
tcagagagctctgaggggcagcagcagcttggtgtcttttatagccccagaatttgtttt
atctatggcaggcagaggctaggtgcagttttgcaggagttcatggctatcctgaatttg
gaggttcacttctccgtgtctgatattggtataaacatacctactttcttagaaggcaaa
gagggaacaggcatcttacatggcaggagcaggaggaagaaaggaagaaggtgctacaca
cgtttacacgaccagatctcaccagaagtcactaactatatggtaccaaggcgggatggt
gctaaaccatacatgagaactccacccccaagatccaatcacctcccatcagacccctcc
tccaacacgggattacaattcaacatgagatttggatggggacacagatccaaaccacat
caggaatggaacacagaagtgacattcattgagcactgtctagaacacaggctgatccca
tcccatacacctgtggtcactacagggtcttcagcgcagctcctctttgtgcagaaaccc
cagggatcacctcccacctccacccaactccccatcaccaccaacgcaaggtcatgcatc
actgagaccccaagaacctataacctctga

>gi568815575r:47876170_48083408|GENSCAN_predicted_peptide_3|900_aa
MLTIGGRGLKGATERAQNRPLQPFRLRCQRVGPEAEVLVGARLCNGLLSSEQKICYRERH
SDLPLKVHAHPSDPSLDAPRFSLCPLPLPKPRARPSHISAFSQEEQEMAKPQRSGGGPES
SNLLIMCLALNSNPILVGHQGMWLWVFTNVPFREFFFILVQTEEGSTPHRANGTQRADHD
TCAQPASGDREGHGGTDLWGEAFSWRVLTDGFGASSPASCTRSMTPASASGEDSGSFYSW
QKAKREQGLVTFEDVAVDFTQEEWQYLNPPQRTLYRDVMLETYSNLVFVEALKAKEVSLS
FLINRAAGYQTKPHPQVGGRRMPGRRKNPILELSRIILKKVRSIMSKHKGGLLYFFLEVC
QVDEQIERQHQDDQDKCLLMQVGFSDKKTIITKSARDCHEFGNILHLSTNLVASIQRPDK
HESFGNNMVDNLDLFSRSSAENKYDNGCAKLFFHTEYEKTNPGMKPYGYKECGKGLRRKK
GLSLHQRIKNGEKPFECTACRKTFSKKSHLIVHWRTHTGEKPFGCTECGKAFSQKSQLII
HLRTHTGERPFECPECGKAFREKSTVIIHYRTHTGEKPYECNECGKAFTQKSNLIVHQKT
HTGEKTYECTKCGESFIQKLDLIIHHSTHTGKKPHECNECKKTFSDKSTLIIHQRTHTGE
KPHKCTECGKSFNEKSTLIVHQRTHTGEKPYECDVCGKTFTQKSNLGVHQRTHSGEKPFE
CNECEKAFSQKSYLMLHQRGHTGEKPYECNECEKAFSQKSYLIIHQRTHTEEKPYKCNEC
GKAFREKSKLIIHQRIHTGEKPYECPVCWKAFSQKSQLIIHQRTHTGEKPYACTECGKAF
REKSTFTVHQRTHTGEKPYKCTECGKAFTQKSNLIVHQRTHAGKKAHGRGHTRKSKFMAH

>gi568815575r:47876170_48083408|GENSCAN_predicted_CDS_3|2703_bp
atgttgactattggcggacggggtctcaaaggcgccactgagcgtgcgcagaaccgaccc
ctgcagccctttaggctgcggtgccaaagagtcggtcccgaagcggaagtgcttgttggg
gccaggctttgtaacggtctcctgagcagcgagcagaaaatctgttatcgagagagacac
agtgacctgcccctaaaggttcatgcgcatccctcagacccctctttagacgcgccccgc
ttctccctctgccctctccccttgcccaagccccgagctcggccgtcacacatctctgct
ttttcccaagaagagcaggaaatggccaaaccccagaggtctgggggtgggcctgaaagt
tctaaccttctaataatgtgcttggctttaaattctaaccccatcctggtggggcaccag
ggaatgtggttgtgggtgtttacaaatgtgcctttcagagaattcttctttattctggtc
cagacggaagagggcagcacacctcacagggccaacgggacacagagagctgaccatgac
acatgtgctcagccagcgagtggggacagagaggggcacggggggacagacctgtggggt
gaagccttttcatggagagttttaactgatgggtttggagcaagcagtcctgcaagctgt
acaagaagcatgacaccagcatctgcatctggtgaggactcaggaagcttctactcatgg
cagaaggcaaagagggaacaggggctagtgacatttgaagatgtagctgtggatttcacc
caggaggagtggcagtacctgaacccaccacagaggaccctgtacagagacgtgatgctg
gagacctacagcaacttggtctttgtggaggctctgaaagccaaggaggtatcactgtca
tttctcatcaacagggcagcaggttaccaaaccaaacctcatcctcaagttggaggtaga
agaatgcccggcagaaggaaaaatcccattttggaactttccagaataattctaaagaag
gtccgctccataatgtcaaagcataaaggtggtttattgtacttctttctagaagtctgt
caagttgatgaacagattgagaggcaacatcaggatgaccaagataaatgtctgctgatg
caagttggattttctgacaagaaaacaattatcaccaagagtgctcgtgactgtcatgag
tttggaaacatacttcatctgagtacaaaccttgttgcttcaatacaaagacccgataaa
cacgaatcatttggaaataatatggtagataatttagacttatttagtagaagttctgca
gaaaataaatatgataatggatgtgcaaaattgttcttccatactgagtatgagaaaaca
aatcctggaatgaagccctatggctataaagagtgtgggaaaggtcttaggcgaaagaaa
ggccttagtctacatcagagaattaaaaatggagagaaaccctttgaatgtactgcatgt
aggaaaaccttcagcaagaagtcacacctcattgtacattggagaactcatacgggagag
aaaccttttggatgtaccgaatgtggaaaagcttttagccaaaaatctcagctcattata
cacttgcgaactcatacaggagagagaccctttgagtgtcctgaatgtggaaaagccttc
agagaaaagtcaactgtcatcatacattacaggactcacacaggagaaaaaccttatgaa
tgtaatgaatgtggaaaagccttcactcagaagtccaacctcattgtccatcagaaaacc
cacactggagagaaaacctatgaatgcactaaatgtggagaatctttcatacagaagctt
gatctaattatacatcatagtacccatacaggaaagaaaccccatgaatgtaatgagtgt
aagaaaactttcagtgataagtcaactctcattatacaccagagaactcatacgggagag
aaacctcataaatgtactgaatgtgggaagtctttcaatgagaagtcaaccctcattgtg
catcaaagaactcatacaggagagaaaccctatgaatgtgatgtgtgtggaaaaaccttc
acgcaaaagtcaaaccttggtgtacatcagagaactcattcaggagagaaaccctttgaa
tgtaatgaatgtgagaaagccttctctcagaagtcctacctcatgctgcatcagagaggt
catacaggagagaaaccttacgagtgcaatgaatgtgaaaaagcattttcacagaaatca
tatctcattatacatcaaagaactcatacagaagaaaaaccctataaatgtaatgaatgt
ggcaaagccttcagagaaaagtcaaagctcattatacatcagagaattcatacaggagag
aaaccttatgaatgtcctgtgtgttggaaagcttttagccagaagtcacagctcataata
catcagagaacgcacacgggagagaaaccctatgcatgcactgagtgtggcaaagccttc
cgagaaaagtcaacattcactgtacatcaaagaactcatactggagagaaaccctataaa
tgtacagaatgtgggaaagcctttacccaaaaatcaaaccttattgtacatcagcgaacc
catgcaggaaagaaagcccatggaagaggccacactcggaagtcaaagttcatggcacat
tag

>gi568815575r:47876170_48083408|GENSCAN_predicted_peptide_4|361_aa
MKAWGTVVVTLATLMVVTVDAKIYERCELAARLERAGLNGYKGYGVGDWLCMAHYESGFD
TAFVDHNPDGSSEYGIFQLNSAWWCDNGITPTKNLCHMDCHDLLNRHILDDIRCAKQIVS
SQNGLSACDRDPPHTDPVVMEAGPSGRQSAFSTLTVVCPSANQHHRPIQGQQDTLYWSTL
EWFSSCPPPRLHTGFAHRLCTQDLSAACTPVRARLCHHIGNILVTERDQGAVPQPSSPTN
LTHQDEPNSLAIDIQQQYPEVNLMQICGQWCPLEKPRSCPMPVDYEGSLCLQKYLSSFGN
DGGGFEMVELLRGRITWVKRKRRLHKATLIMENCSCNGGSYAESEGDAGGDREKRGHSKG
Q

>gi568815575r:47876170_48083408|GENSCAN_predicted_CDS_4|1086_bp
atgaaggcctggggcactgtggtagtgaccttggccacgctgatggttgtcactgtggat
gccaagatctatgaacgctgcgagctggcggcaagactggagagagcagggctgaacggc
tacaagggctacggcgttggagactggctgtgcatggctcattatgagagtggctttgac
accgccttcgtggaccacaatcctgatggcagcagtgaatatggcattttccaactgaat
tctgcctggtggtgtgacaatggcattacacccaccaagaacctctgccacatggattgt
catgacctgctcaatcgccatattctggatgacatcaggtgtgccaagcagattgtgtcc
tcacagaatgggctttctgcctgtgacagggacccaccccacacagatcccgtggtcatg
gaagcaggtccctctggcagacaatcagccttttccacattaactgtggtttgcccttca
gcaaatcaacaccacaggccaatacagggccaacaagacaccttgtactggtcgactctg
gagtggttcagtagctgccccccaccacgattgcacacgggatttgcacacaggctttgc
acacaggacctgagtgctgcctgcacccccgtcagagctcggctttgccatcacattggc
aacatcctcgtcactgaaagggaccaaggcgctgtcccacagccaagctccccaacaaac
ctcactcatcaagatgagcctaattccctggctatagacatccaacagcaatatccagag
gttaatctcatgcaaatatgtggacaatggtgccccctcgagaagccaagatcatgtcct
atgccagttgattatgaaggatcactctgcttgcagaagtacttatcatcctttggcaat
gatggtggtggttttgagatggtggaattgttaagagggagaataacttgggtgaagagg
aagaggagattacacaaagcaaccctcatcatggaaaactgcagttgcaatggaggaagt
tatgcagagagtgaaggtgatgctggaggggacagagaaaaaagaggacacagcaaagga
cagtaa

>gi568815575r:47876170_48083408|GENSCAN_predicted_peptide_5|136_aa
MEETFKIFFALMCNLMDVVDQMFGEGLNRHPAAIWAEKDTKGPGSQHEYLGEDTGSEEQP
ALHLSHSAISIQRNTNQDLHDYARSLKGEAICLLKLLLFLEPDKVEWKPANLSNIILGDI
LGTSYDDELDQLLMTE

>gi568815575r:47876170_48083408|GENSCAN_predicted_CDS_5|411_bp
atggaggagacttttaagattttctttgccctgatgtgtaatttgatggatgttgtggac
caaatgtttggtgagggactgaacagacacccagcagccatctgggcagaaaaagacaca
aagggtccaggaagccagcatgaatacctgggtgaagacacaggttccgaggaacagcca
gcactccatctgagtcacagcgccattagtattcaaagaaacacaaatcaggatttacac
gattatgccagatccctgaaaggtgaggccatatgtctgctgaaactacttctctttttg
gaacctgacaaggttgaatggaagcctgcaaacctgagtaacatcattctgggagacatt
ttgggtacatcatatgatgatgaactggaccaattgttgatgactgagtga

>gi568815575r:47876170_48083408|GENSCAN_predicted_peptide_6|822_aa
MCEPPERLHDVKGLFPFSRRFRNSLLRRNLPGGALSSLPTFPVSHPAMSPRLCSGRASSG
GRERPLTRTSRGPSKPHTAFVGSIPNTQTRRYHEDSPGPPNAPLLWLEWEPPEAVRDHGQ
RQRSWRWRNDAIFVTAVEEWLTQLDLRRLFCTPPRPQLLSKEKQKMIESQEPVTFEDVAV
DFTQEEWQQLNPAQKTLHRDVMLETYNHLVSVGCSGIKPDVIFKLEHGKDPWIIESELSR
WIYPDRVKGLESSQQIISGELLFQREILERAPKDNSLYSVLKIWHIDNQMDRYQGNQDRV
LRQVTVISRETLTDEMGSKYSAFGKMFNRCTDLAPLSQKFHKFDSCENSLKSNSDLLNYN
RSYARKNPTKRFRCGRPPKYNASCSVPEKEGFIHTGMEPYGDSQCEKVLSHKQAHVQYKK
FQAREKPNVCSMCGKAFIKKSQLIIHQRIHTGEKPYVCGDCRKAFSEKSHLIVHQRIHTG
EKPYECTKYGRAFSRKSPFTVHQRVHTGEKPYECFECPKAFSQKSHLIIHQRVHTREKPF
ECSECRKAFCEMSHLFIHQITHTGKKPYECTECGKTFPRKTQLIIHQRTHTGEKPYKCGE
CGKTFCQQSHLIGHQRIHTGEKPYVCTDCGKAFSQKSHLTGHQRLHTGEKPYMCTECGKS
FSQKSPLIIHQRIHTGEKPYQCGECGKTFSQKSLLIIHLRVHTGEKPYECTECGRAFSLK
SHLILHQRGHTGEKPYECSECGKAFCGKSPLIIHQKTHPREKTPECAESGMTFFWKSQMI
TYQRRHTGEKPSRCSDCGKAFCQHVYFTGHQNPYRKDTLYIC

>gi568815575r:47876170_48083408|GENSCAN_predicted_CDS_6|2469_bp
atgtgtgagccccctgaaaggctgcatgatgtcaaaggtctcttccctttctccagacgt
tttaggaattcgcttctgcggaggaatctcccggggggtgctctgtccagccttcccact
ttccccgtttcccaccctgccatgtcgccacgcctttgctcaggccgtgcctcttctggt
ggccgggaacgcccactcacccggacaagtcgcggcccttccaagcctcacactgctttc
gtaggatcaattccgaatacccaaactcggagatatcacgaggactcccccgggccccca
aacgcacctctcctctggctggaatgggagcctccagaagcagtgcgagaccacggccag
cgacagaggtcctggcgctggcggaatgacgccatttttgttactgctgttgaagagtgg
ttaactcagcttgatctccgaagactcttctgcaccccaccccgcccccaactgctttcc
aaagagaaacagaaaatgattgagtcccaggaaccagtgacatttgaggatgtggctgtg
gacttcacgcaggaagagtggcagcagttgaatcctgctcagaagaccctgcatagggat
gtgatgctggagacctataatcacctggtctccgtggggtgttcaggtataaaaccagat
gtaatctttaagttggaacatggaaaggacccatggatcatagagagtgagttgtcaagg
tggatctacccagacagagtgaaaggccttgaatcttcccagcagatcatttctggagaa
cttttatttcaaagggagatactagaaagagccccaaaggataattcattgtactctgtt
ttaaaaatctggcatattgataatcagatggatagatatcaaggaaatcaagacagagtt
ttgaggcaggtcacagtcatcagtcgtgaaacattgactgatgagatgggttccaagtac
agtgcatttgggaaaatgttcaatcggtgcacagaccttgctcctttaagtcaaaaattc
cataagtttgattcatgtgaaaatagcttgaagtctaattcagacttactaaattataac
aggagctatgcaagaaagaaccccactaagagatttagatgtgggagaccacctaagtat
aatgcttcctgttctgtgcctgagaaggaaggcttcattcatactggaatggagccctat
ggagatagtcaatgtgaaaaagttctcagtcataagcaagcccatgttcagtataagaaa
tttcaagccagagagaaacccaatgtttgtagtatgtgtgggaaagcctttatcaagaag
tcacagctcattatacatcaaagaattcatactggagagaaaccatatgtatgtggagat
tgtaggaaagccttcagtgagaaatcacacctcattgtgcatcagaggattcatactggg
gagaaaccctatgaatgtactaagtatggaagagcattctcccggaagtcacctttcact
gttcatcagagagtccatactggagagaaaccctatgagtgttttgagtgtccaaaagct
ttctcccagaagtcacatctaattatacatcagagagttcataccagagagaagcccttt
gaatgcagtgaatgcaggaaagccttctgtgagatgtctcacctttttatacaccagata
actcatactgggaagaagccctatgaatgtactgaatgtgggaagaccttccctcggaaa
acacagctcattatacatcagagaacgcatactggagagaagccctataagtgtggtgaa
tgtgggaaaactttctgccaacagtcccacctcataggacatcaaagaattcatacagga
gaaaaaccttatgtgtgtactgactgtgggaaggccttttcccagaagtcacacctcact
ggccatcaaagacttcatactggagagaaaccttatatgtgtactgaatgtggaaaatcc
ttctctcagaaatcacctcttatcatacaccagagaattcatacaggggagaaaccttat
cagtgtggtgaatgtggcaaaaccttctcccagaaatcactcctcattattcatctgaga
gttcacacaggggagaaaccttatgagtgtactgagtgtgggagggccttttccctgaag
tcacatctcattctacatcagagaggtcatactggagagaaaccctatgaatgtagtgaa
tgtggaaaggccttctgtggaaagtctccactcattatacatcagaaaactcatcctagg
gagaaaacccctgaatgtgctgagtctggaatgacttttttctggaaatcacagatgatt
acatatcagagaagacacactggggagaaaccctccagatgcagtgactgtgggaaggca
ttctgccagcatgtatactttactgggcatcagaatccatataggaaagacaccttgtat
atatgctga