GENSCAN 1.0	Date run:  4-Nov-116	Time: 11:00:33

Sequence gi568815586r:122108384_122326014 : 217631 bp : 47.42% 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 Init +   1961   2027   67  1  1   73   80    61 0.263   3.03
 1.02 Intr +   7753   7834   82  2  1   52   83    39 0.226  -1.50
 1.03 Intr +   8374   8440   67  1  1   42   86    50 0.557  -0.89
 1.04 Intr +   8684   8831  148  1  1   80   64    96 0.054   6.21
 1.05 Intr +  17175  17262   88  1  1   21   90    43 0.016  -3.17
 1.06 Intr +  18873  18979  107  0  2   85   84    94 0.746   8.56
 1.07 Intr +  19500  19585   86  1  2  100   65   186 0.990  17.04
 1.08 Intr +  20754  20843   90  2  0  126   32   170 0.847  15.39
 1.09 Intr +  21205  21246   42  0  0  110   94    55 0.836   6.74
 1.10 Intr +  21558  21729  172  2  1   52   59   233 0.999  16.32
 1.11 Intr +  22461  22550   90  1  0   71   72    81 0.960   4.77
 1.12 Intr +  23909  24000   92  0  2   72   80    29 0.922   0.21
 1.13 Intr +  24965  25604  640  1  1  119   99   300 0.994  25.83
 1.14 Intr +  26841  26962  122  1  2  102   72   115 0.871  11.51
 1.15 Intr +  27106  27283  178  0  1  100   81   103 0.983  10.29
 1.16 Intr +  29086  29207  122  2  2   61   81    69 0.954   3.71
 1.17 Intr +  29703  29912  210  2  0   92  105   197 0.928  20.91
 1.18 Intr +  30041  30168  128  1  2   83   58   274 0.989  23.38
 1.19 Intr +  30378  30516  139  0  1   91  -13   153 0.749   5.97
 1.20 Intr +  32571  32700  130  2  1   35   72   184 0.922  11.77
 1.21 Intr +  32899  32967   69  2  0   79   89    21 0.572   0.45
 1.22 Term +  33308  33429  122  0  2  123   37   170 0.997  14.04
 1.23 PlyA +  36205  36210    6                               1.05

 2.07 PlyA -  36687  36682    6                              -4.04
 2.06 Term -  36828  36774   55  2  1   89   38    96 0.540   1.73
 2.05 Intr -  37261  37126  136  2  1   61   90    62 0.505   3.33
 2.04 Intr -  37857  37671  187  0  1   48   94    42 0.506   0.06
 2.03 Intr -  38771  38659  113  0  2  103    4    92 0.566   2.40
 2.02 Intr -  41035  40898  138  2  0   87   44    65 0.333   2.44
 2.01 Init -  43141  43093   49  1  1   86   99    24 0.713   2.43
 2.00 Prom -  53362  53323   40                              -0.86

 3.05 PlyA -  54183  54178    6                               1.05
 3.04 Term -  64358  64029  330  2  0  126   48   310 0.998  25.46
 3.03 Intr -  65609  65461  149  0  2  105   76    24 0.898   2.85
 3.02 Intr -  65854  65774   81  2  0   97   69    27 0.312   1.31
 3.01 Init -  69278  69236   43  2  1   82   78    27 0.621   1.71
 3.00 Prom -  72515  72476   40                             -10.05

 4.00 Prom +  73700  73739   40                              -8.66
 4.01 Init +  74762  74911  150  1  0   96   41   237 0.796  19.84
 4.02 Intr +  76136  76396  261  1  0   60   86   342 0.818  28.88
 4.03 Intr +  77807  77917  111  1  0  142   67   176 0.963  21.48
 4.04 Intr +  79318  79457  140  0  2   87   53   107 0.970   6.36
 4.05 Intr +  81747  81985  239  0  2   76   77   479 0.235  42.86
 4.06 Intr +  82997  83184  188  0  2  116   53   255 0.966  24.21
 4.07 Intr +  84362  84621  260  1  2   97   86   294 0.988  26.36
 4.08 Intr +  91806  91947  142  0  1   96   86   218 0.920  22.76
 4.09 Intr +  92149  92277  129  0  0  118   81    66 0.998   9.79
 4.10 Intr +  92363  92551  189  1  0  114   54   327 0.934  31.68
 4.11 Intr +  92913  92946   34  2  1   87  113    46 0.998   4.80
 4.12 Term +  94932  95059  128  1  2   70   49   262 0.926  18.94
 4.13 PlyA +  96497  96502    6                               1.05

 5.00 Prom +  96590  96629   40                             -10.45
 5.01 Sngl +  97944  99005 1062  2  0   70   49   871 0.978  76.56
 5.02 PlyA +  99135  99140    6                              -1.95

 6.21 PlyA -  99471  99466    6                              -5.12
 6.20 Term - 100194  99998  197  1  2   89   55   233 0.993  17.67
 6.19 Intr - 108201 108105   97  0  1   44   82    50 0.896  -0.42
 6.18 Intr - 108486 108376  111  0  0   91   99    27 0.390   4.68
 6.17 Intr - 109924 109883   42  1  0   85   95    41 0.242   2.94
 6.16 Intr - 117868 117443  426  1  0   89   16   169 0.133   3.79
 6.15 Intr - 118185 118059  127  2  1   64   13   373 0.246  28.08
 6.14 Intr - 122548 122476   73  2  1   87   28    63 0.203  -1.34
 6.13 Intr - 124044 123943  102  1  0   75   77    62 0.357   3.95
 6.12 Intr - 124585 124417  169  1  1   72  111   176 0.980  17.82
 6.11 Intr - 127540 127403  138  1  0   74   82   124 0.999  11.06
 6.10 Intr - 130341 130204  138  0  0   84  109     8 0.877   3.16
 6.09 Intr - 131562 131495   68  1  2   49   95    51 0.987   0.52
 6.08 Intr - 134125 133999  127  1  1   94   75    85 0.994   8.05
 6.07 Intr - 136379 136186  194  0  2   62   78   314 0.864  27.01
 6.06 Intr - 141662 141488  175  2  1   86   98   110 0.997  11.31
 6.05 Intr - 142716 142600  117  0  0  101   80   136 0.810  14.76
 6.04 Intr - 144644 144585   60  2  0  132   50     9 0.319   0.43
 6.03 Intr - 153064 152878  187  0  1   93  106    52 0.866   7.19
 6.02 Intr - 155316 155189  128  0  2   80   70    42 0.941   1.08
 6.01 Init - 158025 157924  102  0  0   99  100   136 0.917  16.36
 6.00 Prom - 164179 164140   40                              -8.96

 7.11 PlyA - 164310 164305    6                               1.05
 7.10 Term - 164717 164492  226  1  1   41   45   205 0.962   7.75
 7.09 Intr - 165779 165655  125  2  2   34   68   154 0.710   7.38
 7.08 Intr - 169820 169771   50  0  2   46   95    52 0.522   0.10
 7.07 Intr - 170559 170409  151  0  1   65  103   136 0.954  12.54
 7.06 Intr - 170762 170645  118  1  1   48   65   151 0.998   9.27
 7.05 Intr - 180158 180106   53  2  2   94  121    36 0.879   5.21
 7.04 Intr - 201499 201379  121  0  1  102   86    90 0.793  10.70
 7.03 Intr - 208472 208366  107  2  2   56  101    47 0.755   1.81
 7.02 Intr - 210965 210849  117  2  0   88   13   120 0.729   5.16
 7.01 Intr - 215998 213731 2268  1  0   67   55  2052 0.702 187.14

Suboptimal exons with probability > 0.800

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

S.001 Term +   8684   8905  222  1  0   80   49   159 0.913   8.12
S.002 Init +  17189  17262   74  1  2   72   90    12 0.822   0.39


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815586r:122108384_122326014|GENSCAN_predicted_peptide_1|996_aa
MARSWVTATSASWAQAILLPQPLMSQSQFPGFDIVLQRYKSHHWGKLGEGPSYLLWLTQL
SSVVDVVTVLQKKRQTYTLTNKLARMWAEHLQALEHSHTGVCTSLPATALGSYFSNRMFF
ECSRYAMTQQWLSDSVAACCTTGEARPSAWSGKLVSPKWKNFKGLKLQWRDKIRLNNAIW
RAWYMQYLEKRKNPVCHFVTPLDGSVDVDEHRRPEAITTEGKYWKSRIEIVIREYHKWRT
YFKKRLQQHKDEDLSSLVQDDDMLYWHKHGDGWKTPVPMEEDPLLDTDMLMSEFSDTLFS
TLSSHQPVAWPNPREIAHLGNADMIQPGLIPLQPNLDFMDTFEPFQDLFSSSRSIFGSML
PASASAPVPDPNNPPAQESILPTTALPTVSLPDSLIAPPTAPSLAHMDEQGCEHTSRTED
PFIQPTDFGPSEPPLSVPQPFLPVFTMPLLSPSPAPPPISPVLPLVPPPATALNPPAPPT
FHQPQKFAGVNKAPSVITHTASATLTHDAPATTFSQSQGLVITTHHPAPSAAPCGLALSP
VTRPPQPRLTFVHPKPVSLTGGRPKQPHKIVPAPKPEPVSLVLKNARIAPAAFSGQPQAV
IMTSGPLKREGMLASTVSQSNVVIAPAAIARAPGVPEFHSSILVTDLGHGTSSPPAPVSR
LFPSTAQDPLGKGEQVPLHGGSPQVTVTGPSRDCPNSGQASPCASEQSPSPQSPQNNCSG
KSDPKNVAALKLSSPGPWAPRISVGGEEGWTVCLQCACLSDQRVLQQNRQMKHISAEQKR
RFNIKMCFDMLNSLISNNSKLTSHAITLQKTVEYITKLQQERGQMQEEARRLREEIEELN
ATIMVLIGHWLLHSSHGSCHFSSCQQLLPATGVPVTRRQFDHMKDMFDEYFSIIIKPLFE
SFKGMVSTSSLEELHRTALSWLDQHCSLPILRPTCSDPACMDLVPTICQALYQVPSVVLS
TLRQLSTSTSILTDPAQLPEQASKAVTRIGKRLGES

>gi568815586r:122108384_122326014|GENSCAN_predicted_CDS_1|2991_bp
atggcgcggtcttgggtcactgcaacctccgcctcctgggctcaagcaattctcctgcct
cagcctctaatgtcccaaagccaatttcccggctttgacattgtgctccagcgatacaag
agccaccactggggaaagctgggtgaagggccctcatatctgctatggctgacccagctg
tccagtgtggtggatgtggtcactgttttgcagaagaaaagacaaacatacaccctcaca
aacaagctggcacgcatgtgggcggagcacctgcaggcactcgaacactcgcacactgga
gtgtgcaccagccttcccgccacagccctcggatcctacttctccaacaggatgttcttt
gaatgcagcaggtacgccatgacacagcagtggctgtctgattccgtagctgcctgctgt
accaccggtgaggccaggccatcagcatggagtgggaagttggtgtctccaaagtggaag
aatttcaagggcctgaagctacagtggagagacaagatccggctcaataatgccatctgg
cgggcctggtacatgcagtatctggagaagcgcaagaatcctgtgtgccactttgtgaca
cccctggacggctctgtggacgtagacgagcaccgccggccggaggccatcaccacggaa
gggaagtactggaagagccgcatcgagattgtgatccgggagtatcacaagtggagaacc
tacttcaagaaaaggctacagcagcacaaggatgaggacctctccagcctggtccaggac
gatgacatgctgtattggcacaagcacggggatggatggaagacccccgtccccatggag
gaggatcccctgctggacacagacatgctcatgtcggaattcagcgacaccctcttctcc
acactttcttcacaccagccggtggcctggcccaatccccgggaaatagcacatctggga
aatgcagacatgatccagccgggactgattcctttgcagcctaacctggacttcatggac
acctttgagcctttccaggacctcttctcttctagccgctccatttttggctccatgcta
cctgcatctgcctcagcacctgtaccagatcccaacaacccacctgcacaggagagcatc
ctgccgaccacagccctccccactgtgagccttcctgacagcctcatcgcgccccctacc
gccccatccctggctcacatggatgagcagggctgtgaacacacctcccggactgaggac
ccgtttatccagcccacggacttcggtccctcagagccgccactgagtgtcccgcagccc
ttcctccctgtcttcaccatgcccctgctgtctcccagccccgccccaccgcccatctcc
cccgtgttaccattagttcctcctcctgccactgccctgaaccccccggctccacccacc
ttccatcagccacagaagtttgctggagtcaacaaagcgccgtctgtcatcacccacacg
gcctctgccaccctcacccacgatgcccccgccaccacctttagccagagtcagggcctt
gtgatcaccacccatcaccctgccccgtcagcggccccttgtgggctggcactgtctcct
gtcacccggcctccccagccacggttaacttttgtgcaccccaaacctgtatccttgact
gggggcaggcctaagcagccccacaaaatagtgcctgctcccaaaccagagcccgtgtcc
ttggtgttgaagaatgcccgtatcgccccagctgccttttcaggccaaccacaagcggtg
atcatgacgtcagggcctctgaagagagaagggatgttggcctccaccgtgtcccagtcc
aacgtggtcattgcgcctgctgccatcgccagggctcctggggtcccggagttccacagc
agcatcctggtgacagatctcggccatggcacgagcagcccgcctgcccccgtctcccgg
ctcttcccaagcacagcgcaagaccccctggggaagggcgagcaggtcccgctgcatggg
ggcagcccccaggtcactgtcacagggcccagtcgggactgcccaaactcagggcaggcc
tctccgtgtgcatcggagcagagccccagtcctcaatctccccagaacaactgctcaggg
aaatccgaccccaaaaatgtggctgcactaaagctctctagccctggcccttgggcaccc
aggatcagcgtagggggtgaggaagggtggacagtgtgcctgcaatgtgcctgtcttagt
gaccagcgggttctccagcagaaccggcagatgaagcacatctcagctgagcagaaaagg
cgcttcaacatcaagatgtgcttcgacatgctcaacagcctcatctccaacaattccaag
ctgaccagtcacgccatcacactgcagaagactgtggagtacatcaccaagctgcagcag
gagagaggccagatgcaggaggaggcccggcggctgcgggaggagatcgaggagctcaat
gccaccatcatggtccttattggccactggctgctccacagctcccacggctcctgtcat
ttcagctcctgccagcagctgctccctgccacgggagtccccgttacccggcgccagttt
gatcacatgaaagacatgtttgacgaatacttcagcatcatcatcaagccgctgtttgag
tcgttcaagggcatggtgtccaccagcagcctggaggagctgcaccggacggcgctctcc
tggctggaccagcactgctccctgcccatcctcaggccgacttgttcagacccagcttgc
atggatctagtgccaactatttgccaggccctgtatcaggtgccttcagtggtattgagc
acgctgcggcagctgagcacctccacctccatcctcacagacccggcacagctgccagag
caggcgtccaaggctgtcaccaggattggcaagagattgggagagtcctag

>gi568815586r:122108384_122326014|GENSCAN_predicted_peptide_2|225_aa
MGFLHVGQAGLELLTSVPGCGQRQLEQDGLQESSSTGCLDICFLPGLCEVRHQALVLVGS
ESDHEVEPSLQRSPATITKAHTRKNRHLHNKLNLKKERNMCADKVKIPQSRDVEGPEPHT
TSPCIFGTLAGHCCTRCLPGSVLSSPPFPSPRKRWAKLSSKTGSPGGQLGPWRKGPRQFS
AAAPLYERDPYLHPSCRQGQSWLCTEMRPNAVISTNGQRCYCFLR

>gi568815586r:122108384_122326014|GENSCAN_predicted_CDS_2|678_bp
atggggtttctccatgttggtcaagctggtcttgaactcctgacctcagtcccagggtgt
gggcagaggcagctggagcaggatgggctccaggagagttcatccacaggctgtctcgat
atctgcttcctgccaggtctgtgcgaggtacggcaccaggccctcgtcctggtgggctca
gaatctgaccacgaggtggaaccatctcttcaaaggagccctgccaccatcaccaaagct
cacaccagaaaaaaccgccatttacacaacaaactgaacctgaaaaaggaacggaacatg
tgtgcagacaaggtaaaaatcccccaaagcagagatgtcgagggcccggagccacacacc
acatccccgtgcatctttggcactctggctggccactgctgcacacgctgcctgcccgga
tcagtgctgtccagccctcctttcccttccccaaggaaacgctgggccaagctgagctcc
aaaacaggttcacccgggggccagctagggccttggaggaaggggcctcgccagttctca
gctgcagctcccctctatgagagagacccttacctgcaccccagctgccggcagggccag
tcatggctgtgcacggagatgagacccaatgctgtcatcagcaccaatggccagcgctgc
tattgcttcctgcggtaa

>gi568815586r:122108384_122326014|GENSCAN_predicted_peptide_3|200_aa
MVVQAYSPNYLGGWGSHGEHIWLQKPPLKLALLSLAMASHSGPSTSVLFLFCCLGGWLAS
HTLPVRLLRPSDDVQKIVEELQSLSKMLLKDVEEEKGVLVSQNYTLPCLSPDAQPPNNIH
SPAIRAYLKTIRQLDNKSVIDEIIEHLDKLIFQDAPETNISVPTDTHECKRFILTISQQF
SECMDLALKSLTSGAQQATT

>gi568815586r:122108384_122326014|GENSCAN_predicted_CDS_3|603_bp
atggtggtgcaggcctacagtcccaactacttgggaggctggggcagccatggcgaacac
atctggctccagaagcccccactgaagctggccttgctctctctcgccatggcctctcac
tcaggcccctcgacgtctgtgctctttctgttctgctgcctgggaggctggctggcctcc
cacacgttgcccgtccgtttactacgaccaagtgatgatgtacagaaaatagtcgaggaa
ttacagtccctctcgaagatgcttttgaaagatgtggaggaagagaagggcgtgctcgtg
tcccagaattacacgctgccgtgtctcagccctgacgcccagccgccaaacaacatccac
agcccagccatccgggcatatctcaagacaatcagacagctagacaacaaatctgttatt
gatgagatcatagagcacctcgacaaactcatatttcaagatgcaccagaaacaaacatt
tctgtgccaacagacacccatgaatgtaaacgcttcatcctgactatttctcaacagttt
tcagagtgcatggacctcgcactaaaatcattgacctctggagcccaacaggccaccact
taa

>gi568815586r:122108384_122326014|GENSCAN_predicted_peptide_4|656_aa
MEASYESESESESEAGPGTQRPGTGTVSAAVREHLRKLCLREFPCGAGSWNKSRFLPQTW
RTWRELVPREEDVVSPGEETVEALLGLVRSRHSPWALLNNSNAEDSFLRELAIRNPLTIT
DTFFYSYFRSLRVIDKKVTLVDKDLLKFLKLEELVLSANRIKEVDATNLPPTLKVLELYG
NEISSMECLCAHPPAGLQHLGLGHNKLLGPLESLYVTANHWPNLVSLDLGFNDLTDLQSM
VTSLRTLRHLRLLVLQGNPLALVPYYRGLTIDSLAQLCVLDDITVSPNEKHLFRGLSLNG
DLLAQEAQFVVTIGNIRGVLDTSVLDPEPRPEGPFITYNYYVTYDFVKDEEGEMNESAGV
LAEIVKPSPSLELLVEESPEEVVEDVIEDIVEEVTEEVEGSLESEVEESGESELSVISGP
STILQMPRASAEELAKLRLRIDPRLCPSPGTVLFSTAHKPWAEVIPCSYEMQHSLRDLVP
LKAFLLAGTTVTIVEEKILSWPVVLPAVDSPLSAKKGKGEKDKKGKEKDRTGKGEKEPAK
EWKVLKKKKEPPKELRQDPPILQVLGRGLVILEPLLAGEPLVSTVCNFGVVRTLTSDRLT
LARDSKKIKKVAKKEKPKAVIPIYEGDYHPEPLTVEVQIQLNQCRSAEEALRMFAV

>gi568815586r:122108384_122326014|GENSCAN_predicted_CDS_4|1971_bp
atggaggcgtcgtacgagtccgagtccgagtccgagtctgaggccgggcctgggactcag
cggcccgggaccgggaccgtgagcgcggccgtgcgcgagcacttgcggaagctgtgtctg
cgcgagttcccgtgcggtgccggcagctggaataagtcgcgctttcttcctcaaacttgg
cgaacttggagggagcttgtccccagagaggaggatgtggtgagccccggagaggagacg
gtggaggccctgctgggcctggtccgcagccgccactccccctgggctctgctgaacaac
tcgaatgcagaagacagtttcctgagagaattggccatccggaacccgctgacgatcaca
gacaccttcttctactcctacttccggtccctgcgggtaatagacaagaaggtcaccctg
gtggataaagacctcctgaaatttctaaagctggaggagttggtactgagcgccaatcga
atcaaggaggtggatgccaccaatctgccccccacactcaaggtgctggagctctacggc
aatgagatcagcagcatggagtgtctgtgtgcccacccacccgccggcctgcagcacttg
gggttaggccacaacaaacttctaggccccttggaaagtctctacgtcaccgctaatcac
tggcccaacctcgtctccctggacctgggcttcaacgacctgacagacctgcagagcatg
gtcaccagcctgaggaccctccggcacctgcgactcctggtgctgcagggaaacccactg
gccttggtgccctactaccgcggcctcaccatcgacagcctggcccagctctgcgtgctg
gacgacatcaccgtgtctcccaatgagaagcatctcttccgggggctcagcctcaatggc
gatctcttggcacaggaggcgcagtttgtggtgaccatcggaaacatcagaggagtcctg
gacacctctgtcttagacccggaacccaggcccgaaggccctttcatcacttacaactat
tacgtgacctatgattttgtgaaagatgaagaaggcgaaatgaatgagtccgcgggcgtc
ctggccgagatcgtcaagccctctcccagcttagaattattagttgaggaatctcctgaa
gaggtcgtggaagacgtcatcgaagacattgttgaagaggttactgaagaggtcgaaggg
tctctggagtctgaggtggaggagtcaggagagtcggagctgtctgtcatctcggggcct
tcgaccatcttgcagatgccgagggcctctgcagaagagctggccaagttgaggctgcgt
atagatccccggctctgcccgtccccagggactgtcctcttcagcactgcccacaagccc
tgggctgaggtcatcccctgcagttacgagatgcagcactctctcagggacctggtccca
ctgaaggccttcctgctggcggggaccaccgtgaccatcgtggaggagaagattctctcc
tggcctgtggtgctacctgctgttgacagtcccctgtctgccaagaaaggaaagggggag
aaagacaagaaagggaaggagaaagacaggacggggaaaggagagaaagagccggccaag
gagtggaaggtgctgaagaagaagaaagagccgcccaaggagctccggcaggaccccccc
atcctccaggtgctgggccggggcctggtgatcctggagcccctgctcgccggggagccc
ctggtgtccaccgtgtgcaacttcggcgtggtccgcacattgacatctgacaggctgacg
ttggccagggattcaaagaagattaagaaagttgccaaaaaagaaaagccgaaagccgtg
attccgatctacgaaggcgattaccaccctgagcccctgaccgtagaggtgcagatccag
ctgaaccagtgccgctcggcggaggaggctctgcgcatgttcgccgtgtag

>gi568815586r:122108384_122326014|GENSCAN_predicted_peptide_5|353_aa
MLCRLCWLVSYSLAVLLLGCLLFLRKAAKPAGDPTAHQPFWAPPTPRHSRCPPNHTVSSA
SLSLPSRHRLFLTYRHCRNFSILLEPSGCSKDTFLLLAIKSQPGHVERRAAIRSTWGRVG
GWARGRQLKLVFLLGVAGSAPPAQLLAYESREFDDILQWDFTEDFFNLTLKELHLQRWVV
AACPQAHFMLKGDDDVFVHVPNVLEFLDGWDPAQDLLVGDVIRQALPNRNTKVKYFIPPS
MYRATHYPPYAGGGGYVMSRATVRRLQAIMEDAELFPIDDVFVGMCLRRLGLSPMHHAGF
KTFGIRRPLDPLDPCLYRGLLLVHRLSPLEMWTMWALVTDEGLKCAAGPIPQR

>gi568815586r:122108384_122326014|GENSCAN_predicted_CDS_5|1062_bp
atgctctgcaggctgtgctggctggtctcgtacagcttggctgtgctgttgctcggctgc
ctgctcttcctgaggaaggcggccaagcccgcaggagaccccacggcccaccagcctttc
tgggctcccccaacaccccgtcacagccggtgtccacccaaccacacagtgtctagcgcc
tctctgtccctgcctagccgtcaccgtctcttcttgacctatcgtcactgccgaaatttc
tctatcttgctggagccttcaggctgttccaaggataccttcttgctcctggccatcaag
tcacagcctggtcacgtggagcgacgtgcggctatccgcagcacgtggggcagggtgggg
ggatgggctaggggccggcagctgaagctggtgttcctcctaggggtggcaggatccgct
cccccagcccagctgctggcctatgagagtagggagtttgatgacatcctccagtgggac
ttcactgaggacttcttcaacctgacgctcaaggagctgcacctgcagcgctgggtggtg
gctgcctgcccccaggcccatttcatgctaaagggagatgacgatgtctttgtccacgtc
cccaacgtgttagagttcctggatggctgggacccagcccaggacctcctggtgggagat
gtcatccgccaagccctgcccaacaggaacactaaggtcaaatacttcatcccaccctca
atgtacagggccacccactacccaccctatgctggtgggggaggatatgtcatgtccaga
gccacagtgcggcgcctccaggctatcatggaagatgctgaactcttccccattgatgat
gtctttgtgggtatgtgcctgaggcggctggggctgagccctatgcaccatgctggcttc
aagacatttggaatccggcggcccctggaccccttagacccctgcctgtatagggggctc
ctgctggttcaccgcctcagccccctcgagatgtggaccatgtgggcactggtgacagat
gaggggctcaagtgtgcagctggccccataccccagcgctga

>gi568815586r:122108384_122326014|GENSCAN_predicted_peptide_6|925_aa
MAAHLSYGRVNLNVLREAVRRELREFLDKCAGSKEHEVEKMFTLKGNRLPAADVKNIIFF
VRPRLELMDIIAENVLSEDRRGPTRDFHILFVPRRSLLCEQRLKDLGVLGSFIHREEYSL
DLIPFDGDLLSMESEGAFKALDPQGPLSSGCGQQGHVGLECYLEGDQTSLYHAAKGLMTL
QALYGTIPQIFGKGECARQVANMMIRMKREFTGSQNSIFPVFDNLLLLDRNVDLLTPLAT
QLTYEGLIDEIYGIQNSYVKLPPEKFAPKKQGDGGKDLPTEAKKLQLNSAEELYAEIRDK
NFNAVGSVLSKKAKIISAAFEERHNAKTVGEIKQFVSQLPHMQAARGSLANHTSIAELIK
DVTTSEDFFDKLTVEQEFMSGIDTDKVNNYIEDCIAQKHSLIKVLRLVCLQSVCNSGLKQ
KVLDYYKREILQTYGYEHILTLHNLEKAGLLKPQTGGRNNYPTIRKTLRLWMDDVNEQNP
TDISYVYSGYAPLSVRLAQLLSRPGWRSIEEVLRILPGPHFEERQPLPTGLQKKRQPGEN
RVTLIFFLGGVTFAEIAALRFLSQLEDGGVSLDDLGDQQPQLLLLLQETVRLCAMPASST
VHVLQLLRELLAFVLLSYTVLIGALLLAGWTTYFLALHMPRPARKFRRLVALRGRYSLCP
KPRPLSPCLPNPDCFLGWGRGYGARRSQVEAVPRSALTKLRHFRRVRLASARCTMAALKS
WLSRSVTSFFRYRCGRVEGTGPEGGTDADSAVARPTAPAFLTRSSLVRPAGSRRLAPTTY
ALIEAITEYTKAVYTLTSLYRQYTSLLGKMNSEEEDEVWQVIIGARAEMTSKHQEYLKLE
TTWMTAVGLSEMAAEAAYQTGADQASITARNHIQLVKLQVEEVHQLSRKAETKLAEAQIE
ELRQKTQEEGEERAESEQEAYLRED

>gi568815586r:122108384_122326014|GENSCAN_predicted_CDS_6|2778_bp
atggcggctcatctgtcctacggccgagtgaacctaaacgtgttgcgcgaggcggtgcgt
cgcgagctgcgcgagttcctggacaagtgcgcaggaagcaaggaacatgaagtggaaaaa
atgttcacacttaaaggaaatcgtttgccggcagctgatgtgaagaatataatttttttt
gtcagacccaggctagagttgatggatataatcgctgaaaacgtgctcagtgaagataga
cgaggcccaacgagagattttcatattctgtttgtgccacgccgtagcctgttgtgcgaa
cagcggttgaaggatctgggtgtcttgggatcctttattcacagggaggagtacagctta
gatctcattccattcgatggggatctcttatccatggaatcagagggtgcattcaaagcc
ctggaccctcagggccccctcagttctggctgtggacagcagggacatgttgggttggag
tgctacctggagggtgaccagacgagcctgtaccacgcagccaaggggctgatgaccctg
caagctctgtatggaacgatcccccagatctttgggaaaggagaatgcgctcggcaagtg
gccaatatgatgatcaggatgaagagagagtttacaggaagccagaattcaatatttcct
gtttttgataatctcttgttgcttgatcggaatgtggatttattaacacctcttgccact
cagctgacatatgaaggactcattgatgaaatttatggcattcagaacagttatgtgaaa
ttacctccagagaaatttgcacctaagaaacagggcgatggtggtaaggacctccccacg
gaagcaaagaagctgcagctgaattctgcagaggagctctatgctgagatccgagataag
aacttcaacgcagttggctctgtgctcagcaagaaagcaaagatcatctctgcagcattc
gaggaaagacacaatgctaagaccgtgggggagatcaagcagtttgtttcccagttgccc
cacatgcaggcagcaaggggctcgcttgcaaaccatacctcaattgcagaattgatcaaa
gatgtcactacttctgaagacttttttgataaattaaccgtggaacaggagtttatgtct
ggaatagacactgataaggtcaacaattacattgaggattgtatcgcccaaaagcactcg
ttgatcaaggtgttaagactagtttgcctccaatccgtgtgtaatagtgggctcaaacaa
aaagttttggattattacaaaagagagattctccagacatacggctatgagcacatattg
accttacacaacctggagaaggccggcctgctgaaaccgcagacggggggcagaaacaat
tacccaactatacggaaaacattacgcctctggatggatgatgttaatgagcaaaacccc
acggacatatcgtatgtgtacagtgggtatgccccgctcagtgtgcggctggcccagctg
ctttcccggcctggctggcggagcatcgaggaggtcctccgcatcctcccagggccccac
tttgaggagcggcagccactgcccacaggactgcagaagaaacgtcaaccgggagaaaac
cgagtgactctgatatttttccttgggggcgtaaccttcgctgaaattgctgccctgcga
tttctctcccagttggaagatggaggtgtatctcttgatgatcttggagaccagcagcca
cagctgctgctactcctgcaggagactgtcaggctgtgcgcgatgccggcctcgtccacc
gtccacgtgctgcagctgctgcgggagctgctcgccttcgtgctcctcagctacacggtg
ctcatcggggcgctgctgctggccggctggaccacttacttcctggccctgcatatgccc
cgccccgcgcggaagttccggcggttggttgccttgcgcggccgttacagcctttgccct
aagcctcgccccctttccccctgcctgcccaatcccgactgcttccttgggtgggggcgt
ggctatggggcgaggcgctctcaggtggaggccgtgccccgctccgcgctcacgaagctg
cgtcacttccggcgtgtgcgtctggcgtccgcgcgctgcacaatggcggctctgaagagt
tggctgtcgcgcagcgtaacttcattcttcaggtaccgctgcggccgcgtagaggggaca
ggaccagagggagggaccgacgcggacagcgctgtggcccggcccacggcgcccgccttc
cttacgcgctcatctctcgtccgcccagctgggtcgcggcgtctcgctccgaccacatat
gcgttgattgaagctattactgaatatactaaggctgtttataccttaacttctctttac
cgacaatatacaagtttacttgggaaaatgaattcagaggaggaagatgaagtgtggcag
gtgatcataggagccagagctgagatgacttcaaaacaccaagagtacttgaagctggaa
accacttggatgactgcagttggtctttcagagatggcagcagaagctgcatatcaaact
ggcgcagatcaggcctctataaccgccaggaatcacattcagctggtgaaactgcaggtg
gaagaggtgcaccagctctcccggaaagcagaaaccaagctggcagaagcacagatagaa
gagctccgtcagaaaacacaggaggaaggggaggagcgggctgagtcggagcaggaggcc
tacctgcgtgaggattga

>gi568815586r:122108384_122326014|GENSCAN_predicted_peptide_7|1111_aa
SLTYLLTSAKKEIELMSEELRGLKSEKQLLSQEGNDLKLENGSLLSKLVELEAKIALLQG
DQQKLWSVNETLNLEKEKFLEEKQDAEKYYEQEHLNKEALAVEREKLLKEINVVQEELLK
INVENDSLQASKVSMQALIEELQLSKDTLIAKTEKDQEEKDHLEDQIKKLITENFILAKD
KDDIIQKLQRSYEELVKDQKALVQETEDLTAEKKSALEKLSNLDNTCIALKVERDNVLQN
NRNLQLETDMLLQDQEKLNASLQAALQVKQLLRSEASGLRAQLDDASKALRKAELETVQL
EAANTSLTKLLEEIKARRAVTDSECIQLLHEKETLAASERRLLAEKEELLSENRIITEKL
HKCLEEAAHTEMSLNEKITYLTSEKEMASQKMTELKKQQDSLLKEKSSLETQNGALLAER
ENSIKAIGDLKRQCDQESANRSLVVQENMKLLGNIDALKKELQERKKENQELVASKCDLS
LMLKEAQNTKKNLEKEHTHILQAKESLDAQLNTCCSEKNILLRDGLNLQEECHKLSKEIQ
EMQQSLILEQEARAKESESSLYENNQLHGRMVLLEQEVEELRVCIEELQSEKFVLLQEKS
KSEQELAEIIEEKELLTAEAAQLAAHIKTLKSDFAALSKSKAELQELHSCLTKILDDLQR
NHEVTLAEKAQVMQDNQNLLAEKSEMMLEKDELLKEKETLAESYFILQKEISQLAKTNSH
ISANLLESQNENRTLRKDKNKLTLKIRELETLQSFTAAQTAEDAMQIMEQMTKEKTETLA
SLEDTKQTNAKLQNELDTLKENNLKNVEELNKSKELLTVENQKMEEFRKEIETLKQAAAQ
KSQQLSALQEENVKLAEELGRSRDEVTSHQKLEEERSVLNNQLLEMKKRESKFIKDADEE
KASLQKSISITSALLTEKDAELEKLRNEVTVLRGENASAKSLHSVVQTLESDKVKLELKV
KNLELQLKENKRQLSSSSGNTDTQADEDERAQESQIDFLNSVIVDLQRKNQDLKMKVEMM
SEAALNGNGDDLNNYDSDDQEKQSKKKPRLFCDICDCFDLHDTEDCPTQAQMSEDPPHST
HHGSRGEERPYCEICEMFGHWATNCNDDETF

>gi568815586r:122108384_122326014|GENSCAN_predicted_CDS_7|3336_bp
tcgctaacttatttgttaacatcagccaaaaaagaaattgaactaatgtcagaagagctg
aggggtctgaaatcagagaagcagcttctttctcaggagggaaatgatttaaagttagaa
aacggttcacttttatccaagcttgtagaattggaggccaaaatagctttacttcaggga
gaccagcagaaactgtggtcagtgaatgaaactcttaatttagaaaaggagaaattctta
gaagaaaagcaagatgccgaaaagtattatgagcaggaacatctcaataaagaagctttg
gctgttgagagagagaaattgcttaaagaaatcaatgttgtacaggaagaactcttgaag
ataaatgtggaaaatgactctttgcaagcttccaaggtgagcatgcaggcactcattgaa
gagctccagctcagcaaagatactttgattgctaagactgagaaggaccaggaagaaaaa
gatcacctggaggaccagatcaagaaacttattaccgaaaacttcatcttggccaaagat
aaggatgacatcattcagaagcttcaaaggtcttatgaggagctagtcaaagatcagaaa
gctttggtacaggagactgaagatctcacagctgagaaaaagtcagctttagagaaattg
tccaatctcgataacacgtgcatagccttaaaggtagaacgagataatgttcttcagaac
aacagaaatctgcagttagagacggacatgctgcttcaagatcaggaaaagctgaatgcc
agcctccaggccgctctccaggtcaaacagctgctccgctcagaagccagtgggctccgc
gcacagctggatgatgccagcaaggccctgaggaaggcagagctggagaccgtgcaactc
gaggccgcaaacacaagcctcacgaagctcttggaggaaattaaggccaggcgggcggtc
acggactccgagtgcatccagcttctgcatgagaaagaaaccttggctgcctccgagaga
aggctcttggctgagaaagaggaacttttaagtgaaaatagaataatcactgaaaaactc
cacaaatgcttagaagaggctgcccatactgagatgagcctgaatgagaagatcacttac
ctgacttccgagaaggagatggcttctcagaaaatgactgaacttaaaaagcagcaggat
agtctcttgaaagaaaaatcctcactggaaacgcaaaatggagctttacttgcagagaga
gagaattccatcaaagccataggagacctcaaaaggcaatgtgatcaagagtctgcaaac
agaagtttagttgtgcaagagaatatgaaactcctcggtaatattgatgctctgaagaag
gagcttcaagagagaaaaaaggaaaaccaagaactagtggccagcaagtgcgacctctct
ttgatgctgaaagaggctcaaaataccaaaaagaatctggaaaaagaacacactcacata
ttgcaagcaaaggagagtttggatgctcaacttaacacgtgttgttccgagaagaacatt
ttgctgagagatggcttgaacctgcaagaagagtgtcacaaattaagcaaggagatccag
gaaatgcagcagtccttaatcctggaacaggaagccagagcaaaggagagcgagtcatcc
ttgtacgaaaacaatcaacttcacgggaggatggtgctcctggagcaggaggtggaggag
ttaagagtgtgtatcgaggagctgcagtccgagaagtttgtgctacttcaagagaagagc
aaatcagagcaagaactggcagagataatcgaggagaaggaactgttgactgcagaagca
gctcaacttgctgcccatataaagactctgaaaagtgattttgctgccttgtccaaatcc
aaggcagagctgcaggaactgcacagctgcctcaccaagattctggatgaccttcagcgg
aaccatgaggtgaccctggccgaaaaagcccaggtgatgcaagacaaccagaacctcctg
gctgagaagagcgaaatgatgctggaaaaggatgagctcctgaaggagaaggaaaccctg
gcagaaagctacttcatccttcagaaagagatcagccagttggccaaaaccaacagccat
atttcagccaatctcctagaatctcaaaatgaaaaccgtactttgagaaaagacaagaac
aagcttactcttaaaattagagagctcgagactcttcagtcatttacggctgctcaaaca
gcggaagatgccatgcagataatggaacagatgaccaaagagaagactgagactctggcc
tccttggaggacaccaagcaaacaaatgcaaaactacagaatgaattggacacacttaaa
gaaaacaacttgaaaaatgtggaagagctgaacaaatcaaaagaactcctgactgtagag
aatcaaaaaatggaagaatttaggaaagaaatagaaaccctaaagcaggcagcagctcag
aagtcccagcagctttcagcgttgcaagaagagaacgttaaacttgctgaggagctgggg
agaagcagggacgaagtcacaagtcatcaaaagctggaagaagaaagatctgtgctcaat
aatcagttgttagaaatgaaaaaaagagaatccaagttcataaaagacgcagatgaagag
aaagcttccttgcagaaatccatcagtataactagtgccttactcacagaaaaggatgcc
gagctggagaaactgagaaatgaggtcacagtgctcaggggagaaaacgcctctgccaag
tccttgcattcagttgttcagactctagagtctgataaggtgaagctcgagctcaaggta
aagaacttggagcttcaactcaaagaaaacaagaggcagctcagcagctcctcaggtaat
acagacactcaggcagacgaggatgaaagagcccaggagagtcagattgatttcctaaat
tcagtaatagtggaccttcaaaggaagaatcaagacctcaagatgaaggtggagatgatg
tcagaagcagccctgaatgggaacggggatgacctaaacaattatgacagtgatgatcag
gagaaacagtccaagaagaaacctcgcctcttctgtgacatttgtgactgctttgatctc
cacgacacagaggattgtcctacccaggcacagatgtcagaggaccctccccattccaca
caccatggcagtcggggtgaggaacgcccatactgtgaaatctgtgagatgtttggacac
tgggccaccaactgcaatgacgacgaaaccttctga