GENSCAN 1.0	Date run:  8-Nov-116	Time: 03:12:32

Sequence gi568815597r:225398347_225667416 : 269070 bp : 41.63% 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 +    174    320  147  2  0  117   84    74 0.997   9.41
 1.02 Term +    708    923  216  2  0   63   36   139 0.958   2.36
 1.03 PlyA +   1284   1289    6                               1.05

 2.19 PlyA -   3181   3176    6                               1.05
 2.18 Term -   5117   4957  161  0  2   79   38   112 0.885   2.42
 2.17 Intr -   6360   6280   81  1  0   -1  113    91 0.518   1.39
 2.16 Intr -   8486   8318  169  2  1   98   92    73 0.973   7.30
 2.15 Intr -  12070  11945  126  1  0  119   76    44 0.986   6.26
 2.14 Intr -  13094  12991  104  0  2   73   71    85 0.981   4.27
 2.13 Intr -  14299  14108  192  2  0   88   93    98 0.618   8.84
 2.12 Intr -  16986  16932   55  0  1   72   15    45 0.211  -6.77
 2.11 Intr -  19834  19638  197  2  2   79  102   122 0.928  10.91
 2.10 Intr -  21106  20917  190  1  1   60   70   182 0.978  11.84
 2.09 Intr -  21452  21369   84  2  0   61   75    53 0.568   0.40
 2.08 Intr -  23931  23731  201  0  0  109   40   158 0.963  11.66
 2.07 Intr -  26642  26487  156  2  0   46  113   121 0.875   9.69
 2.06 Intr -  30393  30360   34  2  1   30   94    68 0.000  -1.09
 2.05 Intr -  44020  43894  127  2  1   54   41   163 0.033   7.02
 2.04 Intr -  50239  50116  124  1  1   81    5    79 0.011  -1.86
 2.03 Intr -  52332  52228  105  0  0   92   41    83 0.294   3.49
 2.02 Intr -  53968  53786  183  1  0   82   99    68 0.246   6.36
 2.01 Init -  58852  58742  111  1  0  103   80    21 0.153   3.06
 2.00 Prom -  59018  58979   40                              -8.05

 3.26 PlyA -  59136  59131    6                               1.05
 3.25 Term -  62121  61865  257  1  2   44   41   186 0.767   4.26
 3.24 Intr -  63012  62688  325  0  1  105   39   157 0.579   6.92
 3.23 Intr -  63326  63195  132  2  0   45   99   143 0.869  11.02
 3.22 Intr -  65801  65716   86  0  2   98   35    56 0.818  -0.08
 3.21 Intr -  67019  66877  143  1  2   86   94   157 0.609  15.18
 3.20 Intr -  67688  67331  358  0  1   92   47   151 0.433   4.79
 3.19 Intr -  69772  69419  354  2  0   77   59   276 0.175  17.94
 3.18 Intr -  73218  73047  172  0  1  106   56    32 0.222   0.39
 3.17 Intr -  76981  76765  217  0  1   97   61   160 0.093  11.78
 3.16 Intr -  82058  81917  142  0  1   50   70   123 0.004   5.19
 3.15 Intr - 100058 100001   58  2  1   71  115    66 0.583   5.14
 3.14 Intr - 114368 114311   58  1  1   80   78    88 0.757   4.97
 3.13 Intr - 114670 114525  146  1  2   44   94   101 0.929   4.46
 3.12 Intr - 116464 116250  215  2  2  122   66   178 0.850  16.51
 3.11 Intr - 119644 118850  795  2  0   76   86   365 0.939  25.60
 3.10 Intr - 121219 120852  368  0  2  107   99   617 0.999  58.56
 3.09 Intr - 132292 132208   85  2  1  115   94    59 0.806   7.16
 3.08 Intr - 137285 137161  125  1  2   -9   91   116 0.014   1.51
 3.07 Intr - 149638 149500  139  2  1  105   41    33 0.011  -1.10
 3.06 Intr - 156737 156560  178  2  1   80  110   159 0.988  15.87
 3.05 Intr - 169068 168903  166  2  1   61  110    88 0.669   7.34
 3.04 Intr - 246797 246630  168  1  0   45   81   107 0.007   3.84
 3.03 Intr - 250702 250677   26  1  2  127   33   -16 0.016  -7.29
 3.02 Intr - 254553 254340  214  2  1   96   78   106 0.849   8.20
 3.01 Intr - 255814 255090  725  1  2   63   26   362 0.930  16.80

Suboptimal exons with probability > 0.800

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

S.001 Sngl +  30175  30477  303  0  0   52   43   223 0.919   9.78


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815597r:225398347_225667416|GENSCAN_predicted_peptide_1|120_aa
GSASSHTGVYIFGLFIEGARWNREQKILEDSLPLEMCCDFPDIYFLPTKISTKTPNASNQ
TDSELYAFECPVYQTPERSRILATTGLPTNFLTSVYLSTKKPPSHWITMRVALLCEKNEK

>gi568815597r:225398347_225667416|GENSCAN_predicted_CDS_1|363_bp
ggctcagcttcctctcacactggagtttacatttttggtttattcatcgagggggcaaga
tggaatcgtgaacagaaaatactggaagactcgctgcctctggagatgtgctgtgatttt
cccgacatatactttttgccaacaaagatttctaccaaaacaccaaatgcttccaaccag
acagattcagaactctatgcttttgaatgcccagtttaccagacacctgagaggtcaaga
attttggcaactaccggtttaccaacaaactttttaacatcagtgtatttatcaacgaag
aaacctcctagtcactggatcacaatgcgggttgcattgctttgtgagaagaatgaaaaa
taa

>gi568815597r:225398347_225667416|GENSCAN_predicted_peptide_2|799_aa
MEGPRDHCVSEINQTQNYKCPLSHMWELKKLISCLVQPLAISTPLPFPPDGEAPGQRLGF
FVAASPPPLLAPASANSCGARVPQERGLCTTAERSPAQEAPGLRQQDDELAELRTGCLET
GTAAFIRRNSCSRSGHNLKTNWTEHPSPKISARSHDGGSWEGKRCEDFCDSKTLGSPHRA
LASSRVLCAGVLESIMVEGVPPSAEEKALIPCVNRSSISGNNRAPPRSLVHVVLGKVGSP
GFVVWKCDSAGQPMERHYCLAAGSTQLSIDISKRVADRPHPLTSFRQRKGGSTSSSPSRR
RGSRSRSRSRSPGRPPKSARRSASASHQADIKEARREVEVKLTPLILKPFGNSISRYNGE
PEHIERNDAPHKNTQEKFSLSQESSYIATQYSLRPRREEVKLKEIDSKEEKYVAKELAVR
TFEVTPIRAKDLEFGGVPGVFLIMFGLPVFLFLLLLMCKQKDPSLLNFPPPLPALYELWE
TRVFGVYLLWFLIQVLFYLLPIGKVVEGTPLIDGRRLKYRLNGFYAFILTSAVIGTSLFQ
GVEFHYVYSHFLQFALAATVFCVVLSVYLYMRSLKAPRNDLSPASSGNAVYDFFIGRELN
PRIGTFDLKYFCELRPGLIGWVVINLVMLLAEMKIQDRAVPSLAMILVNSFQLLYVVDAL
WNEEALLTTMDIIHDGFGFMLAFGDLVWVPFIYSFQAFYLVSHPNEVSWPMASLIIVLKL
CGYVIFRGANSQKNAFRKNPSDPKLARFNHILPYFYIIYFTMLLVHREARDEYHCKKKYG
VAWEKYCQRVPYRIFPYIY

>gi568815597r:225398347_225667416|GENSCAN_predicted_CDS_2|2400_bp
atggagggacctagagatcattgtgttagtgaaataaaccagacacagaactacaaatgt
cctctcagtcatatgtgggagctaaagaagttgatctcatgtctcgtgcagcccttagcc
atatctacaccactgcctttcccaccagacggtgaggccccaggacagagactggggttt
tttgttgctgcttcaccgcccccgctgctggcccctgcaagcgccaattcttgtggtgca
cgagttccccaggagaggggcctctgcactactgccgaacggagcccagcacaggaagcc
ccagggctgcgacagcaggacgatgagctggcagagcttcgcacaggctgcctggaaact
ggcacagctgcattcatcagaagaaacagttgcagccggagtggacacaacctgaaaacc
aactggactgagcatccttctcctaaaatctcagccagaagccacgatggagggtcctgg
gaagggaagagatgtgaagatttctgtgattctaaaaccttgggaagccctcacagggct
ctggcatccagcagggtgctctgtgcaggtgttttggagagcatcatggtggagggtgtt
cctccttctgcagaggagaaggcactcattccctgtgtcaaccggagcagcatctcgggt
aacaaccgagcccctcctcgcagcctagttcatgtggtactggggaaggtcggcagccct
ggttttgttgtgtggaaatgtgattccgctggtcagccgatggagcggcattactgtctg
gcagctggaagtacccagctatcaattgatatttcaaaaagggtggcagacaggcctcac
cctttaacttcctttaggcaaaggaaaggtggctcaacttccagttccccttccagacgc
cgagggagtcgatcaaggtcacgctcccgatcccctggtcgaccacctaaaagtgcccgc
cgatctgcttctgcttcccaccaggccgacattaaggaagcaaggagggaagtggaagtt
aaattgactccgctgattctgaagccatttggaaatagcatcagcagatataatggggag
cctgagcatattgagagaaatgacgcacctcataaaaatacacaggaaaaattcagtttg
tcacaagaaagcagttacatagcaacacagtatagccttcgtccaagaagagaagaagtc
aaattaaaagaaatagattctaaggaagaaaaatacgttgcaaaagaactggcagtgaga
acctttgaagtgacccccatccgggcaaaggacttggagtttggaggagtacctggtgtg
tttctcatcatgtttggcctgcctgtgttcctcttcctgttgctgttgatgtgtaaacag
aaagatcccagtcttctgaatttccctcctcctttgccagctttgtatgagttatgggaa
accagagtatttggggtctacctcctgtggtttttgattcaagtcctgttctacctactg
ccaattggaaaggttgtagaaggaacgcctcttattgatggaagaagactcaagtataga
ttaaatggattctatgcttttatcctgacatctgcagtcatcggaacatctctcttccag
ggcgtagagtttcattacgtgtacagtcattttcttcagtttgcacttgcggccactgtt
ttttgtgtggtcttgagtgtgtatctctacatgcgctctttgaaagcgccccggaatgac
ctgtcgcctgccagctctggaaatgctgtctatgatttcttcattggccgtgaattaaac
cctcgaattggtacttttgatctcaaatacttttgtgaattgcgccccggattgattgga
tgggtggttattaacttggtgatgcttttggctgaaatgaaaatacaggaccgcgctgtt
ccatccttggccatgattttagttaatagtttccagcttctctatgtggtggatgctctc
tggaatgaggaagcgttgttgacgaccatggacatcatccacgatggatttggattcatg
ctggcttttggagacttggtgtgggttccctttatttacagcttccaagccttttattta
gtcagtcatccaaatgaagtgtcttggccaatggcttctctaattattgttctgaaactt
tgtggttatgtaatcttccgaggtgcaaattctcagaaaaatgcattccggaaaaatccc
agtgatccaaagcttgcacgttttaaccacattctgccttatttctacataatttatttc
accatgttgcttgtccaccgagaagctcgtgacgagtaccactgtaagaagaaatacggc
gtggcttgggaaaagtactgtcagcgtgtgccctaccgtatatttccatacatctactaa

>gi568815597r:225398347_225667416|GENSCAN_predicted_peptide_3|1883_aa
GGDFKTIGNDEKFKIIISSSLSPPPARDSLFANDAGKRLHWLRFSSSTLAATHCSARVSR
RLRFPESRLRSFGDEVIPIPSVHINSFHRRSTLGFLGKKRSEGNNDDHIFHLYAPPQLRR
NRWAQPRRGRAVGLTGMPPDSLIPVLRPQQGGLSTRPARGHPAASRPGVSWPGPVPSHAS
KLPTPVPTGLAPRRSRRLGLRTVAVGEASELPKPLGSGRRRGGGRRSRTTTGEEPRPTTG
RSLSLALFSHTPGRRLGFVRGDGVAPWPPKEEPDTCLPSPSCSPPLEERPPPRLGAFCVS
RLVGKPLRRRHHEAYFYVRLFGREIEDRTTGHFSVGKQARGNAEVETLVVVALKGLNKFW
SCIFVLRRQPAISLVGLFEQSICQARAAVMVYDDANKKWVPAGGSTGFSRVHIYHHTGNN
TFRVVGRKIQDHQVVINCAIPKGLKYNQATQTFHQWRDARQVYGLNFGSKEDANVFASAM
MHALEVLNSQETGEVRHNHNTQEKPCLRTDNILYWVCEGDEPPSHWSSREHISDKLTFSL
CEVLQMAPLSFEASNTKVSVAAQSKVTATQDSTNLRCIFCGPTLPRQNSQLPAQVQNGPS
QEELEIQRRQLQEQQRQKELERERLERERMERERLERERLERERLERERLEQEQLERERQ
ERERQERLERQERLERQERLERQERLDRERQERQERERLERLERERQERERQEQLEREQL
EWERERRISSAAPSSDSSLYNAPLPEYSSCQPPSAPPPSYAKVISAPVSDATPDYAVVTA
LPPTSTPPTPPLRHSATRFATSLGSAFHPVLPHYATVPRPLNKNSRPSSPVNTPSSQPPA
TKPCAWSTSNFSPLPPSPPIMISSPPGKATGPRPVLPVCVSSPVPQMPPSPTAPNGLVDS
VTYPVSPPPTSGPAAPPPPPPLPSLASLSHCGSQASPPPSTPIASTPSSKPSVLPSPSAA
APASVETPLNSVLGDSSASEPGLQAASQPAETPSQQGPPPPPPLPSTGPPPPPPPPPLPN
QVPPPPPPPPAPPLPASGFFLASMSEDNRPLTGLAAAIAGAKLRKVSRMEDTSFPSGGNA
IGVNSASSKTDTGRGNGPLPLGGSGLMEEMSALLARRRRIAEKGSTIETEQKEDKGDILD
EMRKELTKLKEELIDARSSGCGYEAGTPGPHLHPKARLGKAEFWKATLMCINASVLNLGS
MVCRAGVGICRQPLGSSQGSGESVEQGKAARPKAAGVQVRWAPKASRVLPGPRAWTVALE
RPLAVMLGSAPRPTRAQGSCPAQGGDRPLTGVDRRTGCRMTTCALSVQSGVTSEAPFPST
PSSYLSLLCPEAAPSGLREPLELQRDADSAGPSLPAPSSPRASTWAGGGGGENQGAGREV
KRHRRGAPCSVLHPRHREHRLLRSLAWRCPAATHPPSEGCSQHREREARQEVTSISPATE
RAAPPASAAGWAQRCPHGVLLGGQTVPRDPFRALEMGELCGSSRAHATGCGQSGCLRRRQ
AFPIGGPQAQGPLPAGPRATQVIPLWSGCGSWFLLAWAAPEAQRISSQAHPSFLLWEPGG
GAQSPVCPSRSHFLSHPAPNVRGTGPTNLHPAASSTWALLSDGSVTKHPDRRAPASLALP
PLQPVRSDLLVHLSEWLSGETLSAAGAGSGGCGIVWAEELGRLPEVSNGPSGPREQSTQP
QEIRERRQGQTLVNISKPGWRGTVDEDEVGSRSSKSFQSHLILPASSRQEQQAPCAVLHQ
TGKDSWTRREEAAGEMKLPPQPRQDSSQGCLSASCAGKTPSPPSPAGRGEPHLLLLILSC
REDGPGSPQTTDTNRGPGWGGRYQRQLPRTLGDAPSAPPFATRGLKKDFLPWENPDRPPC
HLFFTLIRSSPWDNLTVPVQLCG

>gi568815597r:225398347_225667416|GENSCAN_predicted_CDS_3|5652_bp
ggaggtgacttcaagaccattgggaatgacgaaaaatttaaaattatcattagttcctct
ctctccccgccccctgcccgggattccctctttgctaatgacgctggaaagcggctccac
tggctgcgtttctcttcttccactcttgcggcaacacactgttccgcgcgcgtctcccgg
cgactgcgtttccccgagagtcggctgcgttcgtttggggatgaagtcatccctatacct
agtgtgcacatcaactcgttccatcggcgcagcacgctgggattcctcgggaagaaaagg
agcgaagggaacaatgatgaccatattttccatttatatgcccctcctcaactccgcagg
aatcgctgggcgcagccgcggcgagggcgggcagttgggctgaccgggatgccccccgat
tccctcatccccgtcctgagaccgcaacagggcgggctgagcactcgccccgcgcgaggg
cacccggccgcgagccgacccggagtctcctggcccggccctgtgcccagtcacgcgtcc
aagctccccacgccggtgcctacgggtctggcgcccaggaggtctcggcgcctcggtctc
cgcaccgtggccgtgggggaggcctcggagctccccaagcctctggggagcgggaggcga
cggggagggggccgacggtcaaggacaaccacgggcgaggaaccccggccgacaactggc
cggagcctttctctcgccctcttctcccacactcccggccggcgcctcggctttgtgcga
ggagatggtgtagccccctggccgccgaaggaggagccggacacttgtctcccgtctccg
agctgctccccacccctggaggagagacccccccctcggctcggcgccttctgcgtctcc
cggctggtggggaagcctctgcgccgccggcaccatgaggcctatttctatgttagacta
tttggaagagagattgaagatagaaccactggacatttctctgtagggaaacaagcacgt
gggaatgctgaggtggaaaccttggtagtggtggctttgaaaggcctgaacaaattttgg
agctgtatcttcgtgctaaggagacagccagccatctctttggtaggcctgtttgaacag
agtatctgtcaggcaagagctgctgtgatggtttatgatgatgccaataagaagtgggtg
ccagctggtggctcaactggattcagcagagttcatatctatcaccatacaggcaacaac
acattcagagtggtgggcaggaagattcaggaccatcaggtcgtgataaactgtgccatt
cctaaagggttgaagtacaatcaagctacacagaccttccaccagtggcgagatgctaga
caggtgtatggtctcaactttggcagcaaagaggatgccaatgtcttcgcaagtgccatg
atgcatgccttagaagtgttaaattcacaggaaacaggggaggtaaggcacaaccataac
acacaagagaaaccctgtctgaggacagataacatactgtattgggtgtgtgaaggggac
gagccgccttctcactggagcagccgggaacatattagtgacaagctgactttcagttta
tgtgaagttcttcagatggccccgttgtccttcgaagcttctaacaccaaggtgtctgtt
gcagcccagagcaaggttactgctacccaggacagcactaatttgcgatgtattttctgt
gggccaacattgcctagacaaaactcacaactacctgctcaagttcaaaatggcccatcc
caagaagaattggaaattcaaagaagacaactacaagaacagcaacggcaaaaggagctg
gagcgggaaaggctggagcgagaaagaatggaaagagaaaggttggagagagagaggtta
gaaagggaaaggctggagagggagcgactggaacaagaacagctggagagagagagacaa
gaacgggaacggcaggaacgcctggagcggcaggaacgcctggagcggcaggaacgcctg
gagcggcaggaacgcctggatcgggagaggcaagaaagacaagaacgagagaggctggag
agactggaacgggagaggcaagaaagggagcgacaagagcagttagaaagggaacagctg
gaatgggagagagagcgcagaatatcaagtgctgctccatcttcagacagctccctgtat
aacgctccacttcctgagtattccagttgccagcctccttcagcacctcctccatcatac
gctaaagtcatctcagctccagtgtcagatgccactcctgattatgctgtagtgactgct
ttgccacctacttccacaccccctacaccaccactgcgacactcagcgacacgttttgca
acatctttaggttcagccttccaccctgttcttccccattacgctacagttcctcgtcct
ctgaacaaaaactctcgaccttcttctcctgtgaacacaccctcttctcagcctccagct
acgaagccctgtgcctggtctacttccaatttttcgcccctccctccatctcctccaata
atgattagcagccccccaggcaaagctactggtccaaggcctgtcctccctgtttgtgtt
tcttctcctgtgccccaaatgcctccatcaccgacagcacccaatgggctggttgactct
gtaacatatccagtgtctccaccgcctacctcagggccagcagctcctccgccgccgcct
ccactgccttccctcgcatcactctcacactgtggatctcaagcttctcctcctccaagc
acccctattgcctcaactccctcatccaagcctagtgttctcccttctccctctgcagct
gcccctgcctctgttgagactcctctaaactctgtgctgggagactcttctgcttctgag
ccaggcttgcaggcagcctctcagccggccgagactccatcccaacaggggccccctcca
cctcctccactcccatccaccgggcctccaccgccccctcctccccctcctctccctaat
caagtaccccctcctcctccaccacctcctgccccacccctccctgcatctggattcttt
ttggcatccatgtcagaagacaatcgccctttaactggacttgcagctgcaattgccgga
gcaaaacttaggaaagtgtcacggatggaggatacctctttcccaagtggagggaatgct
attggtgtgaactccgcctcatctaaaacagatacaggccgtggaaatggaccccttcct
ttagggggtagtggtttaatggaagaaatgagtgccctgctggccaggaggagaagaatt
gctgaaaagggatcaacaatagaaacagaacaaaaagaggacaaaggtgacattttagat
gaaatgagaaaagaattaacaaagctaaaagaagagctcattgatgcaaggagcagtgga
tgtggctatgaggcaggcaccccagggcctcatcttcaccccaaagcaaggctagggaaa
gcggagttctggaaagccacactgatgtgcatcaacgcctctgtgctaaaccttggatcc
atggtctgccgggctggtgtggggatttgcaggcaaccactcggatcctcccaagggagc
ggggagagtgtggagcagggaaaggcggcacgtcccaaggccgcaggcgtgcaggtccgc
tgggcgcctaaggccagccgggttctgccggggcccagggcctggacggtggcgctcgag
cgacccctggcggtcatgctcggcagcgcgccccgtccaacgcgggcccaggggtcttgc
cctgcccagggaggggaccgcccacttactggtgttgacaggaggactgggtgcaggatg
accacctgtgcactctcggttcagtcgggggttacctctgaagctcccttcccctctacg
ccttcctcctacctctcactactctgtcctgaggcagctcccagtggcctccgagagccc
cttgagctgcagagagatgcggactctgcaggcccctcactgccagcaccttcatcaccg
agagcctccacctgggctggtggtgggggtggagagaatcaaggagcaggaagagaggtg
aagcgacaccgccgaggagccccctgctctgttcttcatcctagacacagggagcaccgg
cttctccgcagccttgcctggcgctgccctgcagccacccaccccccttctgaaggatgc
agccagcacagagagagggaagcgagacaggaagtgacctcaatttccccggccacagaa
agggcggctccccctgcctctgcagctgggtgggctcagagatgtccccatggggtcctc
ctgggtggccagactgtgcccagggaccccttcagggctcttgagatgggggagctctgt
ggctcttccagggcccacgccacgggctgtgggcagtctggctgcctgcgcaggaggcag
gcgtttcctatcggaggaccccaagcccaaggcccccttcctgctgggcctcgggcaact
caagtgattcctctctggtctggctgtgggagttggttccttcttgcctgggcagcccct
gaagcacagagaatcagctcccaagcccatccttccttcctactctgggagcctggtgga
ggagcacaaagtcctgtctgtccttccagatcccacttcctgtcccacccagccccaaat
gtccgtggaaccggccccactaacctgcatccagctgcctcttccacctgggccctgctc
tcagatggaagtgtcaccaaacacccagatcgccgtgctcctgcttctctggcactgcct
ccactgcagccagtgaggtctgatcttctcgttcacctctcagagtggctcagtggtgaa
acgttgtctgcagcaggggcagggagtggaggttgcggcatcgtctgggcagaggagctg
gggcgtttgccagaagtctccaacgggccatctggtcccagagagcagagcacacagcct
caagaaatacgagaaaggcggcaggggcagactctggtaaacatcagcaaacctggatgg
agaggaaccgtggatgaggatgaagtggggagtaggtcctccaaatccttccaaagccac
ctcatccttccagctagctccaggcaggagcagcaagctccctgtgctgtcctgcatcaa
acaggcaaggacagctggacacggagagaagaggctgcaggagaaatgaaattacctcca
cagcccaggcaagacagcagccaggggtgcctatctgccagctgtgcaggaaagacccct
tccccaccatcccccgctggtcggggagagccacacttgcttttacttatactcagctgc
agggaggatggccccgggagcccccagaccacagacaccaacagaggcccggggtggggt
gggcggtaccagaggcagctgccgaggactcttggagatgctccctctgctcctcctttt
gccaccaggggcctgaaaaaggatttccttccgtgggaaaatccagatcggcctccctgt
cacctcttcttcaccctcattcgttcctccccctgggataatctgactgtgcctgttcag
ctctgtggctaa