GENSCAN 1.0	Date run:  3-Nov-116	Time: 04:24:41

Sequence gi568815592f:89466977_89731001 : 264025 bp : 42.41% 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 Term +  14673  14874  202  0  1    4   53   283 0.520  12.28
 1.02 PlyA +  15327  15332    6                               1.05

 2.03 PlyA -  15476  15471    6                               1.05
 2.02 Term -  22292  21952  341  0  2   57   43   179 0.562   4.01
 2.01 Init -  25389  25329   61  0  1   78   76    46 0.314   3.86
 2.00 Prom -  25890  25851   40                              -7.25

 3.08 PlyA -  26447  26442    6                               1.05
 3.07 Term -  27331  27275   57  1  0  100   41    66 0.616  -0.19
 3.06 Intr -  29520  29411  110  1  2  124   70    52 0.676   6.08
 3.05 Intr -  38273  38185   89  1  2   17   90   106 0.125   2.40
 3.04 Intr -  42401  42169  233  2  2   14   43   129 0.154  -3.35
 3.03 Intr -  43977  43873  105  0  0   91   84    97 0.613   9.09
 3.02 Intr -  67019  66860  160  1  1   31   93    93 0.189   3.17
 3.01 Init -  73776  73589  188  0  2   91   64    90 0.118   5.48
 3.00 Prom -  76400  76361   40                              -3.25

 4.00 Prom +  88145  88184   40                              -6.55
 4.01 Init +  90183  90307  125  2  2   45   58   103 0.563   2.69
 4.02 Intr +  90803  90992  190  2  1   67  101    74 0.662   5.27
 4.03 Intr +  99420  99524  105  2  0   77   66    96 0.045   5.79
 4.04 Intr +  99958 100120  163  0  1  -21   87   171 0.019   4.73
 4.05 Intr + 100496 100592   97  0  1   39   91    97 0.026   3.25
 4.06 Intr + 110175 110295  121  0  1   79   61    88 0.098   4.78
 4.07 Intr + 124874 125269  396  1  0   39   44   231 0.014   7.65
 4.08 Intr + 128940 129038   99  2  0   56   76   181 0.745  13.09
 4.09 Intr + 136053 136151   99  2  0  111  113   177 0.999  21.89
 4.10 Intr + 139031 139129   99  1  0  105  100    80 0.997  10.29
 4.11 Intr + 146816 146973  158  1  2   84   62   124 0.553   7.29
 4.12 Intr + 149510 149681  172  2  1  -20  101   173 0.286   6.82
 4.13 Intr + 150140 150266  127  1  1  125   49    94 0.857   8.53
 4.14 Intr + 150904 151181  278  2  2   60   65   206 0.453  11.81
 4.15 Intr + 154946 155050  105  1  0   96   81    85 0.492   8.09
 4.16 Intr + 156434 156568  135  1  0   86   77    75 0.919   6.04
 4.17 Intr + 156896 157081  186  1  0  124   82   175 0.997  19.46
 4.18 Intr + 157563 157715  153  2  0   91   55   143 0.541  10.65
 4.19 Intr + 160607 160720  114  1  0   74   91   158 0.999  14.42
 4.20 Intr + 162136 162374  239  0  2   53   58   161 0.620   5.09
 4.21 Intr + 162863 163028  166  2  1   89   58    23 0.686  -1.56
 4.22 Intr + 163129 163300  172  0  1   24  100   117 0.561   5.09
 4.23 Term + 163457 164028  572  0  2   81   42   562 0.997  44.51
 4.24 PlyA + 164033 164038    6                               1.05

 5.04 PlyA - 164635 164630    6                               1.05
 5.03 Term - 170377 170297   81  1  0   88   36    71 0.855  -1.39
 5.02 Intr - 170906 170766  141  2  0   92   78   107 0.884   9.73
 5.01 Init - 171740 171696   45  2  0   95   86    76 0.984   8.83
 5.00 Prom - 175535 175496   40                              -7.55

 6.66 PlyA - 176944 176939    6                              -0.45
 6.65 Term - 177217 177029  189  1  0   74   42   194 0.945   9.87
 6.64 Intr - 178181 178039  143  0  2   63  100    90 0.905   6.85
 6.63 Intr - 179627 179564   64  2  1   28   99    89 0.873   1.37
 6.62 Intr - 181170 181056  115  2  1   56  110    47 0.513   3.23
 6.61 Intr - 181353 181280   74  0  2   65   82    47 0.752  -0.91
 6.60 Intr - 183222 183048  175  2  1   29  110   229 0.996  18.22
 6.59 Intr - 183871 183756  116  1  2   96  100    80 0.999   8.33
 6.58 Intr - 185305 185216   90  1  0   94  107   113 0.999  13.07
 6.57 Intr - 186179 186016  164  0  2   12   67   164 0.990   5.47
 6.56 Intr - 187358 187188  171  0  0   41   92   320 0.997  26.69
 6.55 Intr - 188992 188788  205  1  1   88   64   323 0.940  27.75
 6.54 Intr - 191394 191233  162  0  0   46   43   207 0.463  11.25
 6.53 Intr - 191941 191634  308  2  2   67   69   579 0.858  49.14
 6.52 Intr - 194602 194455  148  1  1   52  100   264 0.967  22.89
 6.51 Intr - 195263 195111  153  2  0   66   80   259 0.999  22.25
 6.50 Intr - 195991 195816  176  2  2   73   76   307 0.984  26.74
 6.49 Intr - 197652 197511  142  0  1   63    3   226 0.991  10.61
 6.48 Intr - 201175 201038  138  1  0  100   98   220 0.890  23.94
 6.47 Intr - 204051 203943  109  2  1   60  116    67 0.414   6.07
 6.46 Intr - 205301 205253   49  0  1   51   89    77 0.593   0.92
 6.45 Intr - 205726 205571  156  2  0   54   80   251 0.988  19.96
 6.44 Intr - 206486 206260  227  1  2   95   94    86 0.988   6.61
 6.43 Intr - 207613 207128  486  0  0   83  111   370 0.788  30.00
 6.42 Intr - 208603 208488  116  1  2  108   69    32 0.628   1.63
 6.41 Intr - 209231 209126  106  1  1   93   70    31 0.845   1.10
 6.40 Intr - 210720 210594  127  1  1   80   58   126 0.973   7.62
 6.39 Intr - 211769 211623  147  0  0  139   87   145 0.999  18.79
 6.38 Intr - 213775 213613  163  1  1   99   94   201 0.999  20.43
 6.37 Intr - 216354 216156  199  2  1   41   80   183 0.976  11.23
 6.36 Intr - 216928 216855   74  1  2   79   89    31 0.973  -0.41
 6.35 Intr - 218009 217900  110  0  2   90   69    93 0.987   6.68
 6.34 Intr - 220047 219926  122  2  2  124   90   136 0.999  16.62
 6.33 Intr - 220462 220368   95  1  2   95  100   108 0.999  10.54
 6.32 Intr - 221197 221102   96  1  0   65   99    69 0.964   4.99
 6.31 Intr - 221832 221597  236  1  2   87   91   162 0.910  12.88
 6.30 Intr - 223167 222894  274  0  1   63   47   147 0.946   4.29
 6.29 Intr - 223858 223697  162  1  0   79   75   215 0.999  18.55
 6.28 Intr - 226172 225467  706  1  1   64   99   666 0.833  55.83
 6.27 Intr - 227207 227098  110  2  2   48   92    96 0.951   4.16
 6.26 Intr - 229016 228629  388  1  1  117   64   259 0.859  20.27
 6.25 Intr - 229471 229315  157  2  1   80   44    86 0.614   1.55
 6.24 Intr - 232059 231939  121  0  1  111   72    29 0.655   2.75
 6.23 Intr - 232751 232625  127  1  1   80   93    35 0.980   2.96
 6.22 Intr - 233318 233087  232  0  1   77   92   156 0.992  10.81
 6.21 Intr - 233880 233670  211  0  1   81   66   131 0.998   7.76
 6.20 Intr - 234702 234582  121  2  1   90   81    70 0.999   6.08
 6.19 Intr - 235085 234928  158  2  2   36   71   164 0.999   7.39
 6.18 Intr - 239216 239083  134  0  2   63   94    97 0.980   7.24
 6.17 Intr - 240500 240385  116  1  2   75  116    46 0.999   5.27
 6.16 Intr - 241652 241520  133  0  1   66  108   157 0.999  14.28
 6.15 Intr - 245280 245060  221  2  2   24   97   136 0.998   5.12
 6.14 Intr - 245810 245599  212  2  2   82   86   117 0.989   7.69
 6.13 Intr - 246320 246172  149  0  2   52   74    76 0.915   1.63
 6.12 Intr - 247775 247567  209  1  2   81   66   168 0.932  11.70
 6.11 Intr - 248793 248677  117  2  0   97   68    62 0.762   3.76
 6.10 Intr - 249833 249674  160  0  1   45   71   194 0.949  11.52
 6.09 Intr - 251651 251390  262  2  1   70   91   170 0.999  11.64
 6.08 Intr - 251979 251791  189  0  0   42   91   100 0.833   4.56
 6.07 Intr - 252249 252160   90  0  0  108  110    70 0.999  10.47
 6.06 Intr - 256167 255979  189  0  0   62  113   181 0.998  16.86
 6.05 Intr - 256643 256536  108  2  0   65  108    77 0.989   6.96
 6.04 Intr - 258420 258223  198  0  0   58  110    82 0.907   6.03
 6.03 Intr - 260979 260857  123  0  0   91   78   131 0.742  12.26
 6.02 Intr - 262163 261955  209  0  2   75  115   140 0.986  13.27
 6.01 Intr - 263947 263750  198  2  0  104   78   124 0.970  11.40

Suboptimal exons with probability > 0.800

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

S.001 Term - 113704 113478  227  2  2   61   48   202 0.989   9.46


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815592f:89466977_89731001|GENSCAN_predicted_peptide_1|67_aa
XNSDRGSGRNTAGCAACSSGTGGTAGSAGGTAAAAGGGTAAGGGTIGSADTVPLIALVLV
VLVVLVI

>gi568815592f:89466977_89731001|GENSCAN_predicted_CDS_1|204_bp
nncaatagtgatcgtggtagtggcaggaatactgctggttgtgctgcttgcagtagtggt
actggtggtacggctggcagtgctggtggtactgctgctgctgctggtggtggtactgct
gctggtggtggtactattggcagtgctgatactgtaccactgatagcactggtactggtg
gtactggtggtgctggtgatttga

>gi568815592f:89466977_89731001|GENSCAN_predicted_peptide_2|133_aa
MNYQMILYKQGITQTITKAPGRAVSCSSRFREGPKFSKAKLFKSPGSQHKELCLDFLPSP
VALRPLQEQCPGHVQPALDPVPRGRQCATHETRYQSTHSPKKPPLELDFQTGGHGPFVGH
ENKLIGHKQHFKE

>gi568815592f:89466977_89731001|GENSCAN_predicted_CDS_2|402_bp
atgaactaccaaatgatcctctacaaacaaggaattactcaaaccatcacaaaggcacca
ggcagagctgtcagctgcagcagccggttcagggaaggaccaaagttctcaaaagcaaag
ctcttcaagtccccaggcagccaacacaaagagctctgccttgatttcctgcccagccct
gtggcactgagaccccttcaggagcaatgccctggacatgtacagcctgccttggacccg
gtaccaagaggaaggcaatgtgcgacgcatgagacacgttatcagtcaacccacagtcct
aagaaaccacctctggaattggattttcaaacgggaggtcatggcccatttgtgggtcat
gaaaataagttaataggtcacaagcagcattttaaagaatga

>gi568815592f:89466977_89731001|GENSCAN_predicted_peptide_3|313_aa
MKQLQGNTGENLWDIGLGKNFLSNTPQAQATNTKKWTNGSYQVKKLLHSKGNNQQSKETT
CRIRILKSPWEDSLKTYRYILDFRKSHLFIGPGTARSLKDANSKKAASPIGSHSVTGNAK
QHQPSPSGSPLRPSVTTHLPNRYTLSTYYVQLGIPYSWVTDLAQCGLFIVCSLFFANKGW
SSPSNQGSTKTFPTWFRKVNPTWMRPSGQADPSPLAASKTSGSSQERGSTSGWVASAEIA
QMVHTGGQPLEKAEIQMPGHIPERAKGEKTDFLGLVPTVLPAYLCPHLCVYTLTSVTSDQ
ELSAFSRNPVSLA

>gi568815592f:89466977_89731001|GENSCAN_predicted_CDS_3|942_bp
atgaaacaactacaaggaaacactggggaaaatctctgggacattggtctgggcaaaaat
ttcttgagcaataccccgcaagcacaagcaactaacacaaagaaatggacaaatgggtca
tatcaagttaaaaagcttctgcacagcaaaggaaacaatcaacaaagtaaagagacaacc
tgcagaatacgtattctcaagtcaccttgggaagacagcctcaaaacatacaggtatata
ctggatttcagaaaatcacatctttttattggaccaggtaccgccaggtcactgaaagat
gccaactcaaagaaagcagcttccccaattggctcccactcagtcactggcaatgctaag
caacaccagccatcaccatccggctctccactccgaccttcagtaaccactcacttaccc
aacagatatacactgagcacctactatgtacagcttggaattccttattcatgggtcact
gacttggcccagtgtggtcttttcattgtttgctctctgttctttgccaataaaggatgg
tcctccccttcaaatcaagggagcaccaagacattccctacctggttcagaaaggtgaac
cccacctggatgcgcccctctgggcaagccgaccctagcccacttgctgccagcaagaca
tcaggaagcagccaggagagaggcagcacttcaggatgggtagcaagtgctgaaattgca
cagatggtgcatacgggaggacagcccctggagaaggcagaaatacagatgccggggcac
atccctgaaagggcaaagggagaaaagacagacttcctgggcctggtcccgacggtacta
ccggcatatctctgcccacatctctgtgtttacacgttgacttcagtgacatctgatcaa
gagttatctgccttcagcaggaatcctgttagtttagcatga

>gi568815592f:89466977_89731001|GENSCAN_predicted_peptide_4|1356_aa
MGDIQGRCLVGGWVFKYRASENVIEGKEVDSEESVSRQQRSISAAALDSYRSVNPTVNCT
CKGSGSCSPYENLMPDDLSLSPVTPIWNYLVAGKQAQGSHQFYIMATDPLGKRHVSHGGR
TKSNQGAFDDHTRYSSLPKAELVYRFPENLSFLIHEPARCGRCTFRAPSRSCVQRPNREC
GSAHQQGRQGSGYQESHCPRLYDDGLDQMTATTSIGFDFMWVSEDGWSLFISTREPHLCT
PQAEAQSHRFFFWVFDIPPLTLPVSDQRPEKEPRMCREHSPSSEKLLYHCSSAPEALRMS
HLLADREPECCARPGALLENQGSHSLENGVLGEECPSKKRHRDWEPQFTFQKWKWTRGPG
LAGGYLDPPAIALLVGRDPTLHPNLFDIGNISLVFAKAKHGRTPLHLAANKGHLPVVQIL
LKAGCDLDVQDDGDQTALHRATVVGNTEIIAALIHEGCALDRQDKDGNTALHEASWHGFS
QSAKLLIKAGANVLAKNKAGDTCLHVAARYNHLSIIRLLLTAFCSVHEKNQVSACILFMA
ASTLPTRLPDRPGNEKLGAVGHEQMRFSRPSNQFQAGDTALHVAAALNHKKVAKILLEAG
ADTTIVNNILEQAPAQVRFLLRGCPAVSAPLNGSAGPGGCNSCCVEVFLRELCQLGYVRV
GPVALSHLSYSASPQAGQTPLETARYHNNPEVALLLTKAPQVGFTALSMVLIMRDYKVVG
TPGCNLLKPLQTNLNMECNQAVEVLRFSRGRSLRKKRERLKEERRAQSVPRDEVAQSKGS
VSAGDTPSSEQAVARKEEAREEFLSASPEPRAKDDRRRKSRPKVSAFSDPTPPADQQPGH
QKNLHAHNHPKKRNRHRCSSPPPPHEFRAYQLYTLYRGKDGKVMQAPINGCRCEPLINKL
ENQLEATVEEIKAELGSVQDKMNTKLGQMENKTQHQMRVLDKLMVERLSAERTECLNRLQ
QHSDTEKHEGEKRQISLVDELKTWCMLKIQNLEQKLSGDSRACRAKSTPSTCESSTGNPH
TESPFVQKEHDQQLLYSPALKGSTYARAVGNTGWPSLELWFHLCVNNMGKHPRKMFHART
TLRACRGALGVENGASFPNWSLGQAVSTLASGNRTRAFSGRLRRAEGKASNFFGLNGTSV
ANTESMKALTSQSDHQRRQSGREEQKGVDQLVVTAGPAAASDSSPPVVRPKEKALNSTAT
QRLQQELSSSDCTGSRLRNVKVQTALLPMNEAARSDQQAGPCVNRGTQTKKSGKSGPTRH
RAQQPAASSTCGQPPPATGSEQTGPHIRDTSQALELTQYFFEAVSTQMEKWYERKIEEAR
SQANQKAQQDKATLKEHIKSLEEELAKLRTRVQKEN

>gi568815592f:89466977_89731001|GENSCAN_predicted_CDS_4|4071_bp
atgggggacatccaaggaagatgtctggtaggtggttgggtgtttaaatatagagcttca
gagaacgtgattgagggtaaagaagtagactcagaggaatctgtatctaggcagcagagg
agcatatcagcggcagcgttagattcttataggagtgtgaaccctactgtgaactgcaca
tgtaagggatctgggtcatgttctccttatgaaaatctaatgcctgatgatctgtcactg
tctcctgtcacccccatatggaactatctagttgcaggaaaacaagctcagggttcccac
caattctacattatggccactgacccactggggaagcggcacgttagccatggtggacgc
acaaaatccaaccagggggcctttgatgatcacacacggtacagttccctgccaaaggcg
gaacttgtctaccgcttccctgaaaacctttctttcctaattcatgagccagcaagatgc
ggtcgctgcactttcagagcgccttctcgtagctgcgtacaaaggccaaacagagaatgt
ggttcagctcatcaacaagggcgccagggtagcggttaccaagagtctcattgtccccgt
ctgtatgatgacggcctggaccagatgactgctacaacctctataggctttgatttcatg
tgggtcagtgaagatgggtggtccctttttatcagtacgagggagccccatttgtgcaca
cctcaagcagaagcccaaagccatcgtttcttcttttgggtctttgacatccctccactg
acgcttcctgtcagtgaccaaaggccagaaaaggagccaagaatgtgcagggaacacagc
ccctcctcagaaaagctcctgtaccattgtagctcagctcctgaagctctcaggatgtca
cacctccttgctgacagggagcctgagtgctgtgcgaggccaggagcattgctggagaat
cagggaagtcatagtttggagaatggtgttcttggtgaagaatgcccttccaagaagaga
cacagagactgggaaccacagtttacgtttcaaaaatggaagtggacaagagggccagga
ctggctggtgggtacctggaccctccagccatagcccttctggttggaagagatccaact
cttcacccaaatctgtttgacattggaaatatctcactggtctttgcgaaggcaaagcat
ggccggactcccctgcatcttgctgccaataagggccatcttcctgtggtccagatcttg
ctgaaggctggctgcgaccttgatgtccaggatgatggggaccagaccgccttgcaccgg
gccacagtggtggggaacacggagatcatcgcggcgctcatccacgaagggtgtgccctg
gacagacaagacaaggatgggaatacagccttgcatgaagcatcctggcatggtttcagc
cagtcagccaagctgctcattaaagcaggagccaacgtgcttgccaagaacaaggcagga
gacacctgtttgcacgttgctgcgcgctataatcacttgtccatcattaggctcctcctc
actgctttctgttctgtccatgaaaagaaccaggtcagtgcatgtattctcttcatggct
gccagcacccttcccacaaggctaccggacaggccaggtaatgaaaagctgggggctgta
ggccatgagcagatgaggtttagcagaccttctaatcaattccaggctggagacacagca
cttcacgttgctgctgccctaaatcacaagaaggtggccaaaatcttactggaagccgga
gcagatacgaccattgttaacaatatcctagagcaggcaccagctcaggtgcgctttctt
cttcgaggctgtcctgcggtctctgcccctctgaatggttcagcagggcctggagggtgc
aacagctgctgtgtggaggtttttttgagggagctgtgccagctgggctatgtgcgtgtg
ggacccgtggccctttctcacctgtcctactctgcctctcctcaggcaggccagactccg
ctggagactgcccgctaccacaataacccggaagttgctcttctccttactaaagctccc
caggtaggatttactgccctttccatggtactgattatgcgggactacaaagttgttggg
actcctggttgcaatctactgaagcctcttcaaactaacttaaatatggaatgtaaccag
gcagtggaggtcttgcgcttcagtcgtgggcgaagcctgaggaaaaagagagagaggctc
aaggaagagaggagagcccagtctgtgccaagagatgaggtggcccaaagcaagggcagt
gtctcagcaggagacacccccagcagtgaacaggctgtggccagaaaagaagaagccaga
gaagagttcctgtcagcctccccagaacccagagcaaaggatgacaggaggagaaagtca
aggcccaaggtgtcagcattttctgaccccaccccaccagccgaccaacagcctggacac
cagaagaacctgcatgctcataatcaccctaaaaagaggaacaggcatcggtgttcatcc
ccacccccaccccatgagttcagggcgtatcagctctacacattgtaccggggcaaggat
gggaaagtgatgcaggcaccaataaatggttgtcgatgtgaacctctaatcaacaagctg
gagaatcagttggaggctactgtggaggagataaaagcagagctgggatcggttcaggac
aaaatgaatacaaagctggggcagatggagaataagacccagcaccaaatgcgtgttttg
gacaagctgatggttgagcgactttctgcagagaggacggagtgcctgaaccgcctgcaa
cagcactcagacacagagaagcatgagggggagaaacgacagatatccttggtggatgaa
ttaaaaacctggtgcatgttaaagattcagaatctggagcagaagctttctggagattct
agggcctgcagagctaaatccacaccatctacttgtgagtcctctacaggtaacccacac
acagagagcccttttgtccaaaaggaacacgaccagcagctcttgtactctcctgcactg
aaaggcagtacgtatgctagggctgtgggaaacactggatggccatctctggaactgtgg
tttcatctttgtgtcaacaacatggggaaacatcccaggaaaatgtttcatgctaggact
actcttagggcttgtcgtggagctctgggtgtggaaaatggggcctcctttccaaattgg
agcttgggtcaagcagttagtacactggcatcaggaaacaggaccagagccttctcaggt
agattgaggcgggctgaaggaaaagccagcaacttttttggcttaaatgggaccagtgtg
gctaacacagaatccatgaaagctctgacaagccaaagtgatcatcagaggagacaaagt
ggaagggaggaacagaaaggtgtggaccaattagtggtgactgcaggtccagcagcagct
tccgacagctcccctccagtggttaggcccaaagagaaggccctcaactccactgctacc
cagagactccagcaggagctgtcgtcttctgactgtacaggctcccgactgagaaacgtc
aaggtccagacagccttgctacccatgaatgaggcagccagatctgatcagcaggctggg
ccctgcgtcaacagaggcactcaaactaagaagtctgggaagagtgggccaacaaggcat
cgtgcccagcaacccgcagccagcagcacctgtgggcagccgccaccagccacaggcagc
gagcagactggccctcacattcgggacacctcccaagctctggagcttacccagtatttt
tttgaggctgtttctacccagatggaaaagtggtatgaaaggaagattgaagaagcacga
agccaagccaatcagaaagcccagcaagataaggctacattgaaggaacacattaaaagt
ttagaagaggaacttgccaaactaaggactagggtgcagaaggaaaattag

>gi568815592f:89466977_89731001|GENSCAN_predicted_peptide_5|88_aa
MAASRLPPATLTLKQFVRRQQVLLLYRRILQTIRQVPNDSDRKYLKDWAREEFRRNKSAT
EEDTIRMMITQGNMQLKELEKTLALAKS

>gi568815592f:89466977_89731001|GENSCAN_predicted_CDS_5|267_bp
atggctgcttcccgcttacccccagcgacgctaacgttaaagcagttcgtaagaaggcaa
caagttcttctcctctacagaaggattttgcaaacaattcggcaagttccaaatgattct
gatcgcaaatacctgaaagattgggcaagagaagaattcagaagaaacaaaagtgccacc
gaagaggatacaatccggatgatgattactcaaggcaatatgcagctcaaggagttagaa
aaaacacttgctttagcaaaatcttaa

>gi568815592f:89466977_89731001|GENSCAN_predicted_peptide_6|3711_aa
XVTSSGFGTALLARKECLKFLIKRLAKIVRLTEYQKNELKIYDRMKAKEFTGIDNLWGIH
PFFIPRGPVLHRNNIADYALSAGTTAMNAQRLLRATKLKKPILLEGSPGVGKTSLVGALA
KASGNTLVRINLSEQTDITDLFGADLPVEGGKGGEFAWRDGPLLAALKAGHWVVLDELNL
ASQSVLEGLNACFDHRGEIYVPELGMSFQVQHEKTKIFGCQNPFRQGGGRKGLPRSFLNR
FTQVFVDPLTVIDMEFIASTLFPAIEKNIVKKMVAFNNQIDHEVTVEKKWGQKGGPWEFN
LRDLFRWCQLMLVDQSPGCYDPGQHVFLVYGERMRTEEDKKKVIAVFKDVFGSNSNPYMG
TRLFRITPYDVQSFQPLESIMKCVQMSWMVILVGPASVGKTSLVQLLAHLTGHTLKIMAM
NSAMDTTELLGGFEQVDLIRPWRRLLEKVEGTVRALLRDSLLISADDAEVVLRAWSHFLL
TYKPKCLGEGGKAITMEIVNKLEAVLLLMQRLNNKINSYCKAEFAKLVEEFRSFGVKLTQ
LASGHSHGTFEWVDSMLVQALKSGDWLLMDNVNFCNPSVLDRLNALLEPGGVLTISERGM
IDGSTPTITPNPNFRLFLSMDPVHGDISRAMRNRGLEIYISGEGDASTPDNLDLKVLLHS
LGLVGNSVCDILLALHTETRSTVVGSPTSSVSTLIQTAILIVQYLQRGLSLDRAFSEACW
EVYVCSQHSPANRKLVQALLEKHVSSLRAHETWGDSILGMGLWPDSVPSALFATEDSHLS
TVRRDGQILVYCLNRMSMKTSSWTRSQPFTLQDLEKIMQSPSPENLKFNAVEVNTYWIDE
PDVLVMAVKLLIERATNQDWMLRVKWLYHLAKNIPQGLDEFVIPLDPRWNMQALDMIRNL
MDFDPQTDQPDQLFALLESAANKTIIYLDREKRVFTEANLVSVGSKKLRESVLRMSFEFH
QDPESYHTLPHEIVVNLAAFFELCDALVLLWVQSSQGMVSDASANEILGSLRWRDRFWTV
ADTVKVDAPGLALLALHWHWVLKHLVHQIPRLLMNYEDKYYKEVQTVSEHIQNCLGSQTG
GFAGIKKLQKFLGRPFPFKDKLVVECFSQLKVLNKVLAIREQMSALGESGWQEDINRLQV
VASQWTLKKSLLQAWGLILRANILEDVSLDELKNFVHAQCLELKAKGLSLGFLEKKHDEA
SSLSHPDLTSVIHLTRSVQLWPAMEYLAMLWRYKVTADFMAQACLRRCSKNQQPQINEEI
SHLISFCLYHTPVTPQELRDLWSLLHHQKVSPEEITSLWSELFNSMFMSFWSSTVTTNPE
YWLMWNPLPGEWVERTQQLQDISSMLWTNMAISSVAEFRYSLALEADCKVPVFSPQHGAE
TQRTDSQLQGQVLFRHLAGLAELLPESRRQEYMQNCEQLLLGSSQAFQHVGQTLGDMAGQ
EVLPKELLCQLLTSLHHFVGEGESKRSLPEPAQRGSLWVSLGLLQIQTWLPQARFDPAVK
REYKLNYVKEELHQLQCEWKTRNLSSQLQTGRDLEDEVVVSYSHPHVRLLRQRMDRLDNL
TCHLLKKQAFRPQLPAYESLVQEIHHYVTSIAKAPAVQDLLTRLLQALHIDGPRSAQVAQ
SLLKEEASWQQSHHQFRKRLSEEYTFYPDAVSPLQASILQLQHGMRLVASELHTSLHSSM
VGADRLGTLATALLAFPSVGPTFPTYYAHADTLCSVKSEEVLRGLGKLILKRSGGKELEG
KGQKACPTREQLLMNALLYLRSHVLCKGELDQRALQLFRHVCQEIISEWDEQERIAQEKA
EQESGLYRYRSRNSRTALSEEEEEEREFRKQFPLHEKDFADILVQPTLEENKGTSDGQEE
EAGTNPALLSQNSMQAVMLIHQQLCLNFARSLWYQQTLPPHEAKHYLSLFLSCYQTGASL
VTHFYPLMGVELNDRLLGSQLLACTLSHNTLFGEAPSDLMVKPDGPYDFYQHPNVPEARQ
CQPVLQGFSEAVSHLLQDWPEHPALEQLLVVMDRIRSFPLSSPISKFLNGLEILLAKAQD
WEENASRALSLRKHLDLISQMIIRWRKLELNCWSMSLDNTMKRHTEKSTKHWFSIYQMLE
KHMQEQTEEQEDSLCSVLWNLYHYYKQFFDRVQAKIVELRSPLEKELKEFVKISKWNDVS
FWSIKQSVEKTHRTLFKFMKKFEAVLSEPCRSSLVESDKEEQPDFLPRPTDGAASELSSI
QNLNRALRETLLAQPAAGQATIPEWCQGAAPSGLEGELLRRLPKLRKRMRKMCLTFMKES
PLPRLVEGLDQFTGEVISSVSELQSLKVEPSAEKEKQRSEAKHILMQKQRALSDLFKHLA
KIGLSYRKGLAWARSKNPQEMLHLHPLDLQSALSIVSSTQEADSRLLTEISSSWDGCQKY
FYRSLARHARLNAALATPAKEMGMGNVERCRGFSAHLMKMLVRQRRSLTTLSEQWIILRN
LLSCVQEIHSRLMGPQAYPVAFPPQDGVQQWTERLQHLAMQCQILLEQLSWLLQCCPSVG
PAPGHGNVQVLGQPPGPCLEGPELSKGQLCGVVLDLIPSNLSYPSPIPGSQLPSGCRMRK
QDHLWQQSTTRLTEMLKTIKTVKADVDKIRQQSCETLFHSWKDFEVCSSALSCLSQVSVH
LQGLESLFILPGMEVEQRDSQMALVESLEYVRGEISKAMADFTTWKTHLLTSDSQGGNQM
LDEGFVEDFSEQMEIAIRAILCAIQNLEERKNEKAEENTDQASPQEDYENNFCHLRAVGE
AEIVRYSDLVLFFLTMSLATHRSTAKLLSVLAQVFTELAQKGFCLPKEFMEDSAGEGATE
FHDYEGGGIGEGEGMKDVSDQIGNEEQVEDTFQKGQEKDKEDPDSKSDIKGEDNAIEMSE
DFDGKMHDGELEEQEEDDEKSDSEGGDLDKHMGDLNGEEADKLDERLWGDDDEEEDEEEE
DNKTEETGPGMDEEDSELVAKDDNLDSGNSNKDKSQQDKKEEKEEAEADDGGQGEDKINE
QIDERDYDENEVDPYHGNQEKVPEPEALDLPDDLNLDSEDKNGGEDTDNEEGEEENPLEI
KEKPEEAGHEAEERGETETDQNESQSPQEPEEGPSEDDKAEGEEEMDTGADDQDGDAAQH
PEEHSEEQQQSVEEKDKEADEEGGENGPADQGFQPQEEEEREDSDTEEQVPEALERKEHA
SCGQTGVENMQNTQAMELAGAAPEKEQGKESFKRKPGQADNERSMGDHNERVHKRLRTVD
TDSHAEQGPAQQPQAQVEDADAFEHIKQGSDAYDAQTYDVASKEQQQSAKDSGKDQEEEE
IEDTLMDTEEQEEFKAADVEQLKPEEIKSGTTAPLGFDEMEVEIQTVKTEEDQDPRTDKA
HKETENEKPERSRESTIHTAHQFLMDTIFQPFLKDVNELRQELERQLEMWQPRESGNPEE
EKVAAEMWQSYLILTAPLSQRLCEELRLILEPTQAAKLKGDYRTGKRLNIRKVIPYIASQ
FRKDKIWLRRTKPSKRQYQICLAIDDSSSMVDNHTKQLAFESLAVIGNALTLLEVGQIAV
CSFGESVKLLHPFHEQFSDYSGSQILRLCKFQQKKTKIAQFLESVANMFAAAQQLSQNIS
SETAQLLLVVSDGRGLFLEGKERVLAAVQAARNANIFVIFVVLDNPSSRDSILDIKVPIF
KGPGEMPEIRSYMEEFPFPYYIILRDVNALPETLSDALRQWFELVTASDHP

>gi568815592f:89466977_89731001|GENSCAN_predicted_CDS_6|11136_bp
ngggtaacttcctctgggtttggtacagcccttttggcacgaaaagaatgtctgaaattt
ctaatcaagaggcttgccaagatagtacgacttacagaatatcagaaaaatgagttgaag
atttatgacagaatgaaggccaaagaattcactggaatagataacctttggggaattcat
ccattttttataccaaggggacctgtcctacacaggaataatattgcagactatgcactc
agtgcagggaccactgctatgaatgcacagaggctcttaagagctaccaaactgaagaag
cccattctcctggagggttcccctggtgttggcaagacaagtttggtgggagcattagca
aaggcttcaggaaatacccttgttagaatcaacttatcagagcaaacggacatcacagac
ctgtttggagcagatctacctgttgaaggtggcaagggaggagagtttgcctggcgtgat
ggccccttactggcagctttgaaggcaggccattgggtggtgttggatgagcttaacctg
gcttctcagtctgtattggaaggactcaatgcttgttttgaccaccgaggagaaatctat
gtgcctgagttaggaatgagctttcaagtgcagcatgaaaagacgaagatttttgggtgt
cagaatccctttagacaaggaggtgggaggaaaggcttgcccaggtctttccttaacaga
ttcactcaggtcttcgttgatccccttacagtaattgacatggagttcattgccagtact
ttgtttccagccattgagaaaaatattgttaagaaaatggttgctttcaataaccaaatt
gatcatgaagtgactgttgagaagaaatgggggcaaaaaggaggaccctgggaattcaac
ctccgggaccttttccgctggtgtcagttgatgctggttgaccagtcccctgggtgttat
gatcctggtcagcatgtgtttttggtctatggtgaaagaatgagaaccgaagaggacaaa
aaaaaggtcattgctgtattcaaggatgtgtttggttcaaattccaacccatacatggga
accagactatttcgtatcactccctatgatgttcagtcattccaacccctggagtcaatc
atgaagtgtgtgcagatgagctggatggtcatcctggtcgggccagcctctgtgggcaag
accagcctggtccagcttctggcacaccttactggccacacattaaagatcatggctatg
aacagtgcaatggatactactgagctgctgggtggatttgagcaggttgatcttatacga
ccttggaggaggctgctagagaaggtggagggaactgtaagggcactgttaagggatagc
ctccttatcagtgctgatgatgcagaagtagtgctgcgagcctggagtcattttcttctg
acatataagcctaagtgtcttggagaaggtggtaaagctatcacgatggagattgtcaac
aaactagaagcagtgttattgcttatgcagcgactcaacaataaaatcaactcatactgc
aaggcagagtttgccaaacttgttgaagagttccgaagctttggtgtgaagcttacgcag
ttggccagtggccatagccatggcacatttgaatgggttgacagcatgttggttcaggcc
ctgaagtctggagactggcttctgatggacaatgttaacttctgcaacccatcagtgttg
gatcgtttgaatgctttgcttgaacccggaggtgtcctcactattagtgagagaggaatg
atagatggatccactcccacgataacaccaaatcccaatttcagacttttcctctcgatg
gatcctgttcatggagatatatcccgagctatgaggaatcgtggacttgaaatctacatt
tcaggggaaggggatgcaagcaccccagacaacctggatttgaaagttctgctgcacagc
cttggattggtggggaacagtgtatgtgacatcctcttggctttacacacagagacccgg
agcactgttgtaggttctccaacatcttctgtatcaactctaatccagacagccatacta
attgtccagtacctgcagcgagggctgagtttagacagagccttttctgaagcatgctgg
gaagtatatgtctgttcccagcattcaccagcaaaccggaagcttgtacaggctttactg
gagaaacatgtttcttctttgcgagcacatgaaacctggggagactccattcttggcatg
ggactgtggccagattctgtgccctcagctctctttgctactgaagattcacacctgtct
acagtccgaagagatggacagatcttagtatattgtctcaacaggatgagcatgaaaacc
agcagctggacaaggagtcagccttttaccttgcaagacttagagaaaattatgcagtcc
cccagccctgagaacctgaaattcaatgcagtcgaagtgaatacttactggatcgatgaa
ccagatgttttggtcatggctgttaaattgctcatagaaagagcaaccaatcaggattgg
atgctcagagttaaatggctttatcatttagccaagaatataccgcaggggcttgatgaa
tttgtgatccctctggatccccgatggaatatgcaggctctggacatgattagaaatttg
atggactttgacccacaaacggaccagcctgaccagctctttgcccttttagaatcagct
gcaaacaagacaatcatatatcttgaccgggaaaaacgggtttttactgaagcaaatttg
gtttctgttggtagcaaaaagctaagagagagtgttttgagaatgtcctttgaattccat
caagatccagaaagctatcacactctgccccatgaaattgtggtcaatcttgctgctttt
tttgaactttgtgatgcactagtcctgctctgggtacagtcctcccagggaatggtgtct
gatgccagtgccaatgagatcttaggttctctgcggtggcgggaccggttctggactgtg
gccgacacagtaaaagtagatgccccaggtctggcccttcttgccctccattggcactgg
gttttaaaacatctggtccaccagatcccccgacttctgatgaattatgaagacaaatat
tacaaagaagttcagactgtctcagaacatattcagaattgtctggggagccagactggt
ggcttcgctggtataaagaagttgcagaagttcctgggacgaccgtttccttttaaggac
aagctggtggtggagtgtttttcacaactgaaggtccttaacaaagtccttgccatcagg
gagcagatgtctgcccttggggagagtggatggcaggaagacattaaccgtctccaagtg
gttgcttctcagtggacattaaagaaaagtctcctgcaagcctggggactgatcctcaga
gcaaatattttggaagatgtcagcctagatgaattgaagaattttgtgcatgctcagtgt
ttagaactgaaagccaaaggactctcacttggttttctggagaaaaagcatgatgaagct
tcctccctgtcccatccagacttgacctccgtaatccacctcaccaggagtgttcagttg
tggcctgcaatggagtacctggctatgctttggcggtacaaagtgacagctgattttatg
gcacaagcttgtctcagaagatgcagcaaaaatcaacaaccccagataaatgaggagata
agtcacctcatctcattttgtctttatcacacacctgttacacctcaagagcttcgagat
ctgtggtccttgctgcatcatcagaaggtgtctcctgaagaaattacatctttgtggtcc
gagttatttaattccatgtttatgtctttctggagcagtactgtgaccacaaatccagag
tactggctaatgtggaaccctttgcctggagagtgggttgagagaactcagcagctccag
gacatcagttcgatgctttggactaacatggctatctcttcagtagcagaattcaggtat
tccctcgccctggaagcagactgtaaagttcctgtcttttctccacagcatggagcagag
acccaacgcacggattcccaactccaggggcaggtgctgttccggcacctggcaggccta
gcagagctgctcccagagtcccggcggcaggagtacatgcagaactgtgagcagctgctg
cttgggagcagccaggccttccagcatgtgggccagacacttggggacatggctggtcag
gaggtgctgcccaaggaactgctctgccagttgctcacctccctgcaccactttgttggt
gaaggggagagtaagaggagcctgcctgagccagcccagcgtgggagcctctgggtgagc
ctcggcttgctccagattcagacatggcttccccaggcacgctttgaccctgcggtgaag
agggagtacaagctcaattacgtcaaggaagagttacaccaactgcagtgtgaatggaag
acccggaacctgtcatcccagctgcagactggaagagacctggaagatgaagtcgttgtc
agctactctcatcctcacgtcaggctgcttcgccaaaggatggatcggctggataattta
acctgtcacctgttgaagaaacaggcctttagaccccagctgcctgcctacgagtccctg
gttcaggagatccaccactacgtcaccagcatcgccaaggcccctgctgttcaggatctg
ctcacacggcttctgcaggccctccacatagatgggccacggtctgcccaagtagcccag
agccttctaaaggaggaggcctcttggcagcagtcacaccaccagttccggaagcggctg
tcagaggagtacaccttctatccagatgccgtgagcccactgcaggcatccatattgcag
ttacaacatggcatgaggctggtggcctctgagctccacacctcactccacagcagtatg
gttggtgcagacaggctggggaccctggccacagccttgctggctttcccatcggtgggc
cccaccttcccgacttactatgctcatgcagacactttgtgctcggtgaagtctgaggag
gttctacgaggccttgggaagctaatcctcaagcgctcaggaggaaaggagctggaaggc
aagggccagaaagcctgtcccactcgggagcagctgctgatgaatgctctcctttacctg
cgctcccacgtgttatgcaagggagagttggaccagagggccctgcagctcttcagacat
gtgtgtcaggaaatcatcagtgagtgggatgagcaggaacgcatagcccaagagaaggct
gagcaggaaagcggcctgtatagatacaggagcaggaactctaggacagccctgagtgaa
gaggaggaggaagaacgggagttcagaaaacagttccccctgcatgaaaaggactttgca
gatattttggtgcagccaacgttggaggagaacaaaggaacttcagatgggcaagaagag
gaagcaggcacaaacccagctctcctctcccagaattcaatgcaggcagtaatgctgata
caccagcaattgtgtctcaactttgctcgatccctctggtatcaacagactctgccgcca
catgaagcaaagcattacctcagcctgtttctgtcttgctatcagactggggcatcgctt
gtgacacacttctaccccctgatgggagttgaactgaatgaccgactcttgggcagccaa
cttttggcctgtaccctctcccataacactctttttggggaggcaccctcagacctgatg
gtgaaacctgatgggccctatgacttctaccagcatcccaatgttccagaagcacggcag
tgtcaacctgtgcttcaaggtttctcagaggctgtcagtcacttgctacaggactggcca
gaacacccagcgcttgaacagctcctggttgtaatggacagaattcgtagtttcccactt
tccagtcccatctcaaagttcctgaatggcttagagatccttctggcaaaggcacaggat
tgggaggaaaatgcaagtcgagctttgtctttgcggaaacatcttgatttgatcagtcag
atgatcattcggtggcgtaaactggagctgaactgctggtccatgagtttggataatact
atgaagcgccacaccgagaaatccaccaagcactggttctccatctatcagatgcttgag
aagcacatgcaggaacaaacagaagaacaggaagattcactttgcagtgttctatggaat
ttgtaccattattacaagcaattctttgaccgggtccaggccaaaattgtggaacttcgt
tcccccctagaaaaagaacttaaagaatttgttaagatttccaagtggaatgatgtcagc
ttctggtccattaagcaatctgtagaaaagacacacaggacactctttaaattcatgaag
aaatttgaagcagtcctgagtgaaccctgccggtcatccctggtggagagtgacaaggaa
gaacagcctgactttttgcccaggccaacagatggagctgcaagtgaactgtcttccatt
cagaatctgaacagggcactgagggagaccctgttagcccaaccagcagctgggcaggcc
acaattccagagtggtgtcagggcgctgctccttccggcttggaaggggagcttctgcgt
cgcttgccaaagctcaggaaacgcatgaggaagatgtgcctgacgttcatgaaggagagc
cccctgcctcgccttgtggagggccttgatcagttcacaggtgaagtgatttcctctgtg
agtgagctgcagagcttaaaggtggaaccctctgcagagaaggagaagcagcggtcagaa
gccaagcacattctcatgcaaaaacagcgagctttgtcagacctctttaaacaccttgca
aaaattggtttgtcgtatcgcaaaggtcttgcttgggcccgttcaaaaaaccctcaagag
atgcttcatcttcacccattagatctccagagcgcattgtccatcgtcagcagcactcag
gaggctgattctaggctgcttacagaaatctcgtcttcatgggatggatgccagaagtat
ttttatcgctctcttgcacggcatgccaggcttaacgcagcactagcaactcctgccaag
gaaatgggcatgggcaacgtggagaggtgcagagggttctcagcacatttgatgaagatg
ctcgtccgacagcggcgctccctgaccacgctcagtgagcagtggatcatcctcaggaac
ctcctcagctgtgtgcaagagattcacagcaggctgatggggccccaggcctaccccgtg
gccttcccccctcaggatggcgtgcagcagtggacagagcgcctgcagcacctggccatg
cagtgccagatcctgcttgagcagctctcctggctcctccagtgctgccccagtgtaggg
ccagctccaggccatggcaatgtccaggtactggggcagcctcctggcccctgcctggaa
ggaccagaacttagcaagggacaactttgtggagtagtgctggacctaattccttccaat
ctgagctacccatctccaatacctggaagtcagctgccctctggttgccggatgcggaaa
caggatcacctttggcaacagtcaactacgagattaacagagatgctaaaaaccattaaa
acagtgaaagctgacgtcgacaaaattagacagcagtcttgtgagactctctttcattct
tggaaagattttgaagtttgctcttctgcgctgagttgcttgtcccaggtgtcagttcat
ttgcagggcctagagtccttgttcattcttccagggatggaggttgagcaaagagactca
caaatggcactagttgaaagtctggaatatgtaagaggagaaattagtaaagccatggct
gactttactacctggaagacccatctgcttacttcagatagccaaggaggaaatcaaatg
ttggacgaaggatttgtggaagatttttcagagcaaatggaaattgccatccgagccatc
ctctgtgccatccagaacttagaagaaagaaagaatgaaaaagcagaggagaacactgac
caagcaagcccacaagaagattatgaaaataatttctgccatctccgagctgttggagag
gctgaaatcgtacgctactcagacctcgtcctcttcttcctgaccatgtctttagcaact
caccgtagtactgcaaagctgctctctgtgcttgcccaggtctttacagagcttgcccag
aagggattttgcttgcccaaagaatttatggaagattcagctggagagggagcaactgag
ttccatgactatgagggaggtggaattggagaaggcgagggcatgaaggatgtgagtgac
cagatcggaaatgaagaacaggtggaagatacatttcagaagggtcaagaaaaagacaaa
gaggatcctgattcaaaatctgatattaagggcgaggataatgccattgagatgtcggaa
gattttgatgggaaaatgcatgatggggagcttgaagaacaagaagaggatgatgagaaa
tcagatagtgagggcggagacctggataaacacatgggcgatctcaatggtgaggaagct
gacaaactagatgagaggctttggggtgatgatgatgaggaggaagatgaggaggaagaa
gacaataaaactgaagaaacaggaccaggaatggatgaggaagattctgaacttgttgct
aaagatgacaacttggatagtggcaattcaaacaaagataaaagccagcaagataagaag
gaagaaaaggaagaagcagaagctgatgatggtggacaaggtgaagacaaaattaatgaa
caaatagatgagagggactatgatgaaaatgaggtggacccttaccatggcaatcaggaa
aaggtgccagaacccgaggctttggaccttccagatgacttgaacctcgacagtgaagac
aagaatggtggtgaggacaccgacaatgaagaaggagaagaagagaatcctttggagata
aaagaaaaaccagaagaagcaggtcatgaagctgaggaaagaggagagaccgagaccgac
cagaacgaaagtcagagtccacaggagcctgaggaaggccccagtgaagatgacaaggca
gaaggggaagaggaaatggacacaggagctgatgaccaagatggagatgctgctcagcat
cctgaagaacactctgaggagcagcagcagtctgtggaggaaaaagacaaggaagccgat
gaagaaggtggagagaatggccctgctgaccaaggtttccagccccaggaggaagaagaa
cgggaggactctgatacagaggagcaggtgccagaggctttggagaggaaggagcatgcc
tcctgtgggcagactggtgtggagaacatgcagaacacacaggccatggagctggctggg
gccgcacctgagaaggagcaggggaaagagagttttaagaggaaacctgggcaggctgac
aatgaacgttccatgggtgatcacaatgagcgtgtgcacaagaggctgaggactgtggat
acggacagccatgccgagcaggggccagctcagcagccccaggcccaggtggaggatgca
gatgcattcgagcacattaaacaaggcagtgacgcatacgatgcacagacctatgatgtg
gccagcaaagaacagcaacagtctgcaaaagactctggcaaagatcaggaagaggaggag
atagaggacacccttatggacacagaggagcaggaggagttcaaagcagcagacgtggag
cagctgaagccagaggaaatcaagtcgggcaccacagcacccttgggctttgatgagatg
gaagtggagatccaaactgttaaaacagaggaagaccaagaccccagaacagacaaagcc
cataaggagacagaaaatgagaaaccagaaagaagccgagagtctaccattcatacagct
catcaattcctcatggacacgatcttccagccctttttaaaagatgtcaatgagctaaga
caggagctggagagacagctggaaatgtggcagccacgtgaatctggaaacccagaggag
gagaaggttgcagctgagatgtggcagagttacctgatcttaacagcgcctctttcacaa
cggttatgtgaagagcttcgtctcatattagagcctacccaggcagccaagctgaaagga
gactatcgaactgggaaacgactaaacatacggaaagtcattccatacattgctagtcaa
tttcggaaagacaagatttggcttcgaaggaccaagcccagtaaacgccagtatcagatt
tgtttggctatcgatgactcttctagtatggtagacaatcataccaagcagcttgcattt
gaatctttggctgtgattggaaatgctctaaccctcctggaagtgggtcagattgcagtg
tgtagttttggagaatctgtaaagctgttacacccatttcatgagcagttcagtgattac
tctgggtcccagattctacgtctctgcaaattccaacaaaagaaaaccaagattgctcag
tttctagagtctgttgccaacatgtttgcagctgctcagcagctctcgcagaacatcagt
tcagaaactgcacaactcctcctggtagtctctgatgggcgaggccttttccttgagggc
aaagaaagagtcctggcagcagttcaggctgcccggaatgcaaatatctttgtcatcttt
gttgtattggacaatcccagttcacgggattctatcttggacattaaagtaccgatattt
aaaggacctggagagatgcctgaaatccgatcctacatggaagagttcccattcccatac
tatatcattcttcgagatgtaaacgcacttcctgagacactcagcgatgccctcagacag
tggtttgagttggtgacagcctctgaccacccatag