GENSCAN 1.0	Date run:  6-Nov-116	Time: 18:29:13

Sequence gi568815596r:53753137_53954756 : 201620 bp : 39.03% 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 +   4724   4965  242  0  2   61   61   126 0.302   3.55
 1.02 Intr +   5393   5536  144  1  0    8   97   100 0.653   2.46
 1.03 Intr +   6290   6552  263  1  2   16   19   230 0.351   4.26
 1.04 Intr +   7208   7312  105  2  0   19   97   108 0.678   3.21
 1.05 Term +   7713   7860  148  0  1   86   37   197 0.947  10.79
 1.06 PlyA +   9250   9255    6                               1.05

 2.04 PlyA -   9324   9319    6                               1.05
 2.03 Term -  11612  11491  122  0  2   55   41    75 0.329  -2.84
 2.02 Intr -  12449  12241  209  1  2   78  103   215 0.608  19.80
 2.01 Init -  12675  12548  128  0  2   29   47   106 0.824   0.28
 2.00 Prom -  13769  13730   40                             -10.45

 3.00 Prom +  14099  14138   40                              -8.85
 3.01 Init +  14751  14885  135  2  0   61  100   142 0.914  12.89
 3.02 Term +  21006  21389  384  2  0   96   28   255 0.983  14.20
 3.03 PlyA +  21742  21747    6                               1.05

 4.04 PlyA -  22653  22648    6                               1.05
 4.03 Term -  23148  23094   55  2  1  136   39     5 0.161  -3.55
 4.02 Intr -  34025  33681  345  1  0   86  109   325 0.349  27.98
 4.01 Init -  34390  34350   41  1  2   25  116    39 0.578   0.13
 4.00 Prom -  38257  38218   40                              -4.45

 5.00 Prom +  41938  41977   40                              -4.95
 5.01 Init +  44410  44456   47  0  2   42   89    65 0.180   2.21
 5.02 Intr +  47786  47909  124  2  1   52   92    63 0.527   2.77
 5.03 Intr +  48261  48484  224  2  2   74   63   106 0.734   2.70
 5.04 Intr +  48577  48706  130  1  1   71   64    35 0.689  -0.82
 5.05 Intr +  55163  55324  162  1  0   84   64    89 0.970   5.35
 5.06 Intr +  59813  59937  125  1  2   44  103   121 0.995   7.66
 5.07 Intr +  61407  61484   78  0  0   78  106    42 0.792   2.75
 5.08 Term +  76649  76769  121  2  1   30   48   159 0.406   3.07
 5.09 PlyA +  77950  77955    6                               1.05

 6.34 PlyA -  86192  86187    6                               1.05
 6.33 Term - 101554  99998 1557  1  0   96   39   852 0.048  70.50
 6.32 Intr - 107063 106692  372  2  0  116   94   157 0.105  13.43
 6.31 Intr - 113744 113611  134  0  2   80   77    93 0.999   6.84
 6.30 Intr - 116402 116240  163  2  1   61   92    90 0.607   5.33
 6.29 Intr - 121358 121203  156  2  0   79   83    66 0.824   4.49
 6.28 Intr - 122619 122491  129  0  0   59   71    60 0.604   1.37
 6.27 Intr - 132639 132554   86  1  2   58  116    22 0.800   0.62
 6.26 Intr - 134331 134123  209  2  2   65   81   275 0.985  22.30
 6.25 Intr - 135676 135585   92  1  2   46   54   142 0.997   4.47
 6.24 Intr - 139824 139672  153  0  0   63   59   103 0.947   4.25
 6.23 Intr - 140663 140538  126  2  0   69   88    30 0.672   1.06
 6.22 Intr - 141940 141871   70  0  1   59   99    48 0.981   1.27
 6.21 Intr - 142600 142447  154  2  1  100  106    35 0.991   4.71
 6.20 Intr - 143749 143668   82  1  1  112   70    57 0.991   4.59
 6.19 Intr - 144863 144734  130  1  1   91   83   113 0.999  10.88
 6.18 Intr - 145218 145165   54  2  0   72   95    61 0.838   2.38
 6.17 Intr - 146881 146745  137  1  2   54   86   139 0.974   8.75
 6.16 Intr - 148423 148214  210  1  0  109   72   136 0.966  12.29
 6.15 Intr - 153557 153462   96  2  0   64  110    29 0.746   1.99
 6.14 Intr - 160795 160735   61  0  1   72  113     3 0.540  -0.98
 6.13 Intr - 166110 166015   96  2  0   95   89    54 0.819   4.41
 6.12 Intr - 167214 167057  158  0  2   96   63    76 0.924   3.79
 6.11 Intr - 170283 170185   99  0  0  103  113    23 0.969   5.69
 6.10 Intr - 172553 172403  151  1  1   29   95    68 0.908   0.84
 6.09 Intr - 172887 172823   65  0  2   48   99    93 0.754   3.00
 6.08 Intr - 174347 174258   90  2  0   97   72    28 0.496   1.37
 6.07 Intr - 175167 174981  187  2  1   48  101     7 0.669  -3.23
 6.06 Intr - 178964 178699  266  2  2   75  115   194 0.985  16.19
 6.05 Intr - 179624 179532   93  2  0   89  105   -10 0.342   0.04
 6.04 Intr - 183025 182951   75  1  0   93   86    31 0.803   2.19
 6.03 Intr - 183691 183628   64  0  1   82   98     9 0.964  -0.90
 6.02 Intr - 184404 184255  150  2  0   71   97    67 0.516   4.26
 6.01 Intr - 196147 196007  141  0  0  104  106    58 0.658   7.75

Suboptimal exons with probability > 0.800

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

S.001 Sngl - 101620  99998 1623  1  0   71   39   893 0.949  77.75


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815596r:53753137_53954756|GENSCAN_predicted_peptide_1|300_aa
XYPSAIQSPSLGSLARALKLMTQYFNNWNWVYDNIIDQDESELSNSRREETERERKERER
EKKRDRSSKEKTVHPIPLKAREPSPALELTLERKGNIGHAGKGPLESSSPDPFLCGQERW
EKGCRTATLDKFITQSAADIRTKLQKSALGPEQNLETLLNLATSVFYNKDQEEQAERDKR
DKKKATTLVMVFRQMDFEGSGTGKGWANRMPNRDCFQNLKRWQFYTARVTRKKRKEVEGN
RQADIEAKRVARIKAVKLQIVLQIEPQMQSMTKIYRGPLEQPASPCSDVNDIEGTPPDEI

>gi568815596r:53753137_53954756|GENSCAN_predicted_CDS_1|903_bp
ncttatccctctgcaatacaatctccaagccttggctccttggccagggccttgaaactc
atgacccagtactttaacaactggaactgggtctatgacaacataatagatcaggatgaa
agcgaattaagtaactcaaggagagaagagacagagagagagagaaaagagagggagaga
gagaaaaagagagatagaagtagtaaagaaaaaacagtgcaccctattcctttaaaagcc
agggaacccagcccagctctagaactcacccttgagcgcaaaggcaatattgggcatgct
ggtaaaggaccactagaatccagcagcccggacccctttctttgtggtcaagaaaggtgg
gaaaaggggtgcaggactgctacattggataagtttatcactcagtcagctgcagacatt
agaacaaaacttcaaaagtccgccttaggcccggagcaaaacttagaaaccctactgaac
ttggcaacctcagttttttataataaagatcaggaggagcaggcagaacgggataaacgg
gataagaaaaaggccaccactttagtcatggtcttcaggcaaatggactttgaaggctct
ggaacagggaaaggctgggcaaatcgaatgcctaacagggattgcttccaaaacctaaag
aggtggcagttttacactgccagggtcaccagaaagaaaagaaaagaagtagaagggaac
cgccaagcagatattgaagccaaaagagttgcaagaatcaaagctgtaaaattacaaatt
gttcttcaaatagaaccccagatgcagtccatgactaagatctaccgtggacccctggaa
cagcctgctagcccatgctccgatgttaatgacattgaaggcactcctcctgatgaaatc
taa

>gi568815596r:53753137_53954756|GENSCAN_predicted_peptide_2|152_aa
MFLVGTFQGIPICQTEKLPALGTSRDCGMAVTFCIVGPSSSVILVKQMDFTEAYADTCST
VGLAAREGNVKVLRKLLKKGRSVDVADNRGWMPIHEAAYHNSVECLQMLINAVTSCLGSA
MVGVFTPQKQASATNQCYKLGFLPSGQLVIKC

>gi568815596r:53753137_53954756|GENSCAN_predicted_CDS_2|459_bp
atgtttttagtgggaaccttccaaggaattccaatctgccaaacagagaaacttcctgct
ttaggcaccagcagagactgtggcatggcagtcactttctgtattgtgggcccttcttcg
tcagtcatactggtcaaacaaatggattttacagaggcttacgcggacacgtgctctaca
gttggacttgctgccagggaaggcaatgttaaagtcttaaggaaactgctcaaaaagggc
cgaagtgtcgatgttgctgataacaggggatggatgccaattcatgaagcagcttatcac
aactctgtagaatgtttgcaaatgttaattaatgcagtgacttcatgcttgggatcggcc
atggtaggagtatttacaccacagaaacaagccagtgctacaaaccagtgctataaactg
ggctttcttccctctggacagctagttattaaatgttaa

>gi568815596r:53753137_53954756|GENSCAN_predicted_peptide_3|172_aa
MWVFGYGSLIWKVDFPYQDKLVGYITNYSRRFWQGSTDHRGVPGKGCVWGVAYRLPVGKE
EEVKAYLDFREKGGYRTTTVIFYPKDPTTKPFSVLLYIGTCDNPDYLGPAPLEDIAEQIF
NAAGPSGRNTEYLFELANSIRNLVPEEADEHLFALEKLVKERLEGKQNLNCI

>gi568815596r:53753137_53954756|GENSCAN_predicted_CDS_3|519_bp
atgtgggtttttggttacgggtccctgatctggaaggtggatttcccctatcaggacaag
ctggtcggatacatcaccaactacagcaggcgcttctggcagggcagcacggaccaccgc
ggggtccccggcaagggatgtgtatggggtgttgcttacagattgccagtaggaaaggaa
gaagaagtaaaagcataccttgacttcagagaaaaaggaggctacagaaccacaacagtc
attttttatccaaaagatcccacaacaaaaccattcagtgtattgctatatattggaaca
tgtgataatcctgattatcttggtcctgcacctctggaagacattgctgaacaaattttt
aatgcagctggtccaagtggaagaaatacagaatatctttttgaacttgcaaattctatt
aggaaccttgtgccagaagaagcagatgagcatcttttcgctttggaaaaattagtaaag
gaacgtttagaagggaaacagaacctcaattgcatataa

>gi568815596r:53753137_53954756|GENSCAN_predicted_peptide_4|146_aa
MNERCIKAALAWGRRRGGGGGGGGGGGGTIKRPGITGPTAATSPSGEPGNAASAPLSLLS
PFPGQTTYQHPGVAEPSAYGGRDVACASLVFGRLQHRGGDRKRGLLGRSSGDAASDQPFR
CRSGSTAGRTSEMPSGKLIFKMLEDI

>gi568815596r:53753137_53954756|GENSCAN_predicted_CDS_4|441_bp
atgaatgaacgctgcataaaagcagctttggcttggggaaggaggagaggaggaggagga
ggaggtggaggaggaggcggcgggactataaagcgcccgggtatcaccggcccaaccgcc
gccacgtctccttccggagagcccggcaacgccgcctccgcccccttgagcctcctgtca
ccgtttccggggcagacgacatatcaacatccgggggtcgcggagccgtccgcctacggg
ggccgggacgtcgcctgcgcgtctctcgttttcggacggctgcagcatcgcggtggggat
cgaaagcgggggcttctgggacgcagctctggagacgcggcctcggaccagccatttcgg
tgtagaagtggcagcacggcaggtcggacaagtgaaatgccgtctggaaaactaatattt
aaaatgttggaagatatttaa

>gi568815596r:53753137_53954756|GENSCAN_predicted_peptide_5|336_aa
MENTFGSTMKRKKLVRIVCFTIQPYFLANQPSDLSNLNSNIAIYREFREESSEQPSIIPT
KNIEGQMTPYYPVGMGNGTPCSLKQNRPRSSTVMYICHPESKHEILSVAEVTTCEYEVVI
LTPLLCSHPKYRFRASPVNDIFCQSLPGSPFKPLTLRQLEQQEEILRVPFRRNKEEDLQS
TKEERFPAIHKSIAIGSQPVLTVGTTHISKLTDDQLIKEFLSGSYCFRGDKDSGKTSVVV
GTWNQEEHIEWAKKNTARAYHLQDDGTQTVRMVSHFYGNGDICDITDKPRQVTVKLNFKW
SLSAIPGSDFASPALHRIWAGAAGLVHVGAHALVIC

>gi568815596r:53753137_53954756|GENSCAN_predicted_CDS_5|1011_bp
atggaaaacacattcggcagtaccatgaagagaaagaaactggtcagaatagtgtgtttt
actatacaaccctattttttggcaaatcagccttcagacctatcaaatctaaactctaat
atagccatttaccgagagtttagagaagaaagctctgagcagcccagtataattcccact
aaaaatatcgaaggtcagatgacaccatactatcctgtgggaatgggaaatggtacacct
tgtagtttgaaacagaaccggcccagatcaagtactgtgatgtacatatgtcatcctgaa
tctaagcatgaaattctttcagtagctgaagttacaacttgtgaatatgaagttgtcatt
ttgacaccactcttgtgcagtcatcctaaatataggttcagagcatctcctgtgaatgac
atattttgtcaatcactgccaggatctccatttaagcccctcaccctgaggcagctggag
cagcaggaagaaatactaagggtgccttttaggagaaataaagaggaagatttgcaatca
actaaagaagagagatttccagcgatccacaagtcgattgctattggctctcagccagtg
ctcactgttgggacaacccacatatccaaattgacagatgaccaactcataaaagagttt
cttagtggttcttactgctttcgtggggacaaggatagtgggaaaacctctgtggttgtc
gggacatggaaccaagaagagcatattgaatgggctaagaagaatactgctagagcttat
catcttcaagacgatggtacccagacagtcaggatggtgtcacatttttatggaaatgga
gatatttgtgatataactgacaaaccaagacaggtgactgtaaaactaaacttcaagtgg
tcactgtctgctattcctggaagtgactttgcctctcctgcccttcaccgcatttgggcc
ggtgcagctggactggtgcacgtgggagcacatgctctggtcatctgctaa

>gi568815596r:53753137_53954756|GENSCAN_predicted_peptide_6|1935_aa
XYIRLYGRKFSKEDHVLFIKLLYELVSIPKLEISMMQGFARLLINLLKYFPADATAEMLE
EWRPLMCPFDVTMQKAITYFEIFLPTSLPPELHHKGFKLWFDELIGLWVSVQNLPQWEGQ
LVNLFARLATDNIGYIDWDPYVPKGGPSKLVQKHLAGLFNSITSFYHPSNNGRWLNKLMK
LLQRLPNSVVRRLHRERYKKPSWLTPVPDSHKLTDQDVTDFVQCIIQPVLLAMFSKTGSL
EAAQALQNLALMRPELVIPPVLERTYPALETLTEPHQLTATLSCVIGVARSLVSGGRWFP
EGPTHMLPLLMRALPGVDPNDFSKCMITFQFIATFSTLVPLVDCSSVLQERNDLTEVERE
LCSATAEFEDFVLQFMDRCFGLIESSTLEQTREETETEKMTHLESLVELGLSSTFSTILT
QCSKEIFMVALQKVFNFSTSHIFETRVAGRMVADMCRAAVKDWGKPGDLWNLGIQWHVPS
SEEVSFAFYLLDSFLQPELVKLQHCGDGKLEMSRDDILQSLTIVHNCLIGSGNLLPPLKG
EPVTNLKLPSSAGGAAHRKGNSYYSTLRTLTVEGCEYKKIHQDMIRDLLRLSTSSYSQGA
LYCLLGNHSGVCLANLHDWDCIVQTWPAIVSSGLSQAMSLEKPSIVRLFDDLAEKIHRQY
ETIGLDFTIPKSCVEIAELLQQSKNPSINQILLSPEKIKEGIKRQQEKNADALRNYENLV
DTLLDGVEQRNLPWKFEHIGIGLLSLLLRDDRVLPLRAIRFFVENLNHDAIVVRKMAISA
VAGILKQLKRTHKKLTINPCEISGCPKPTQIIAGDRPDNHWLHYDSKTIPRTKKEWESSC
FVEKTHWGYYTWPKNMVVYAGVEEQPKLGRSREDMTEAEQIIFDHFSDPKFVEQLITFLS
LEDRKGKDKFNPRRFCLFKGIFRNFDDAFLPVLKPHLEHLVADSHESTQRCVAEIIAGLI
RGSKHWTFEKESRDPRKLHWLFELLLESPLSGEGGSFVDACVLTYIFMIDVSLPNTTPTI
SPHVPEFTARILEKLKPLMDVDEEIQNHVMEENGIGEEDERTQGIKLLKTILKWLMASAG
RSFSTAVTEQLQLLPLFFKIAPVENDNSYDELKRDAKLCLSLMSQGLLYPHQVPLVLQVL
KQTARSSSWHARYTVLTYLQTMVFYNLFIFLNNEDAVKDIRWLVISLLEDEQLEVREMAA
TTLSGLLQCNFLTMDSPMQIHFEQLCKTKLPKKRKRDPGSVGDTIPSAELVKRHAGVLGL
GACVLSSPYDVPTWMPQLLMNLSAHLNDPQPIEVLAISGSLSSPNSKTASLKNLAQAPLV
RRAAGVAGLWAPGGRRRRRGGCGAQAGRQARVSGGGGGALGVSVTAPLRPRLAAAPGMRG
GGGDGDDASSPASSRAAGGAGVRTARWRRGGAAATRQEGNSTSLQEGLQDLIHTATLVTC
TFLLAVIFCLGSYGNFIVFLSFFDPAFRKFRTNFDFMILNLSFCDLFICGVTAPMFTFVL
FFSSASSIPDAFCFTFHLTSSGFIIMSLKTVAVIALHRLRMVLGKQPNRTASFPCTVLLT
LLLWATSFTLATLATLKTSKSHLCLPMSSLIAGKGKAILSLYVVDFTFCVAVVSVSYIMI
AQTLRKNAQVRKCPPVITVDASRPQPFMGVPVQGGGDPIQCAMPALYRNQNYNKLQHVQT
RGYTKSPNQLVTPAASRLQLVSAINLSTAKDSKAVVTCVIIVLSVLVCCLPLGISLVQVV
LSSNGSFILYQFELFGFTLIFFKSGLNPFIYSRNSAGLRRKVLWCLQYIGLGFFCCKQKT
RLRAMGKGNLEVNRNKSSHHETNSAYMLSPKPQKKFVDQACGPSHSKESMVSPKISAGHQ
HCGQSSSTPINTRIEPYYSIYNSSPSQEESSPCNLQPVNSFGFANSYIAMHYHTTNDLVQ
EYDSTSAKQIPVPSV

>gi568815596r:53753137_53954756|GENSCAN_predicted_CDS_6|5808_bp
nnatatattcgactttatgggagaaaatttagcaaagaagatcatgttctttttattaag
ttattgtatgagctggtatcaattccaaaactggaaatcagcatgatgcagggatttgcc
cgccttttgatcaacttgttaaaatattttccagcagatgccaccgctgagatgctagaa
gaatggcgacctttaatgtgcccttttgatgtaaccatgcaaaaggccatcacttatttt
gaaatatttcttcctacctcccttcctccagaacttcatcataaaggttttaaactttgg
tttgatgaattaattggcctttgggtttcagtgcaaaatctcccacaatgggaggggcaa
ctagtaaatctctttgctcgattggctacagataatatagggtacatagattgggatcca
tatgtaccaaagggtggaccaagtaagctagtgcaaaaacacttagctggtttgtttaac
agcatcacatctttttaccatccttcaaataatgggcgctggctgaacaagttaatgaaa
ctacttcagcggttgccaaacagtgttgttagaagattgcatcgtgaaagatacaagaag
ccctcttggttaactcctgtgcctgatagccacaagcttactgatcaagatgttacagac
tttgtacaatgcattattcagcctgtcctcttggctatgtttagcaaaaccggtagtcta
gaagcagcccaggctttgcagaatcttgcactcatgagacctgaattggtaataccccct
gtacttgaaagaacatatcctgcattagagacattaacagaacctcaccagctcacagct
actttaagttgtgtaattggagtagcccgcagtttggtatcaggaggcagatggtttcct
gaaggtcctacacatatgctacctctgttgatgagagcattgcctggggtggatccaaat
gactttagtaaatgcatgatcacattccagttcatagcaacattttctactctggtgcct
ttagtagattgttcatctgtactacaagaaagaaatgacctcacagaagtggaacgagaa
ctttgttcagccacagctgaatttgaggatttcgtcttacagtttatggacagatgtttt
ggacttatagaaagtagcacattggagcaaacaagagaagagacagaaactgagaaaatg
acacacttggagagtttggtcgaattaggtctgtcttctacgtttagtacaatcctcacc
caatgttccaaagaaatatttatggtggcccttcagaaggtttttaatttttctacttca
catatatttgaaacaagagtagcaggtcgcatggtggcagacatgtgccgcgctgctgta
aaggactggggcaaacccggggacttgtggaatctgggaatccagtggcatgttccttct
tcagaagaagtgtcttttgccttttatcttttggactcctttcttcagcctgagctcgtc
aaactccagcattgtggggatggaaaacttgaaatgtctagagatgatattctacagagt
ctgactatagtgcacaactgtttaattggctctggaaacctcctacctccgttgaaagga
gagccagttactaacttgaaactacccagctctgctgggggagctgcacacagaaaagga
aacagttactactccacgctacggacactaactgttgagggttgtgaatacaaaaagata
catcaagatatgatcagagatcttcttcgtttatctacaagttcatacagtcagggtgcc
ttgtactgtctccttggaaatcacagtggtgtgtgcttggcaaaccttcatgattgggac
tgtattgtacagacgtggccagcgattgtttcttcagggcttagccaagcaatgtccctg
gaaaagccatcaatagtgagattgtttgatgatcttgcagaaaagattcataggcagtat
gaaacaattggcttggacttcacaattccaaagtcatgtgttgaaatagcggaattactt
caacagtcaaaaaacccctctatcaaccagatattgcttagcccagaaaaaattaaggaa
ggaattaaacgccaacaggaaaagaatgccgatgccctaaggaactatgaaaatttggta
gacaccttgctagatggtgtggagcaaagaaacctgccctggaaatttgaacatataggc
attgggcttctgtctctactgctgagagatgaccgagtgttgcctcttcgtgccatacgg
ttttttgttgagaatctcaaccatgatgcaattgtagttcgaaagatggctatctcagct
gttgctggtatccttaaacagctaaaaagaacccacaaaaagctgaccattaacccctgt
gaaatcagtggatgccctaaacccacccaaattattgctggtgataggcctgataatcat
tggttgcattatgacagcaaaactataccaagaactaaaaaagaatgggagtcaagttgc
tttgtggaaaaaactcactggggatactacacctggccaaagaatatggttgtttatgct
ggtgtggaagagcagcctaagcttggcagaagcagggaggatatgacagaggcagaacag
attatatttgatcatttttctgatcctaaatttgttgagcagttaattacttttctatca
ttagaagacagaaaaggaaaagataagtttaatccacgacgtttttgcctctttaagggt
atattcaggaattttgatgatgccttcctgccagttctgaagccccatttagaacatttg
gttgcagattcacatgaaagcacccagcgatgtgttgcagaaattatagctggtttaatc
agaggttctaagcactggacatttgaaaaggaaagcagagatccccggaaacttcactgg
ctttttgaactgctgttggaatcaccattgagtggtgaaggaggatcctttgtagatgca
tgtgtgctgacctacatattcatgatagatgtatctttgccaaataccacaccaaccata
tcgcctcatgtccctgagtttactgctcgaattctggagaaattgaaacctctcatggat
gtggatgaagaaattcagaaccatgttatggaagaaaatggaattggtgaagaagatgag
cgaactcagggcattaaactcttgaaaaccatattgaaatggctgatggcaagtgcagga
agatccttttctacagcagttacagaacaacttcagcttctacctttgtttttcaagatt
gccccagtggaaaatgacaatagctacgatgaactgaaaagagatgcaaagttatgttta
tcattaatgtctcaggggttgctttaccctcatcaagtgcctttggtacttcaggtgcta
aaacaaacagcaagaagcagttcttggcatgcacgatacacagtactgacctacctccag
accatggtattttataacctctttattttcctaaacaatgaagatgcagttaaagatatc
aggtggctggttataagtcttttggaggacgaacaactggaggttcgagaaatggctgct
actaccttaagcggtctgctacagtgtaactttcttaccatggacagtcctatgcagatt
cattttgagcaactttgcaaaacaaaactacctaagaaaagaaagcgagaccctggttct
gtaggagataccattccttctgcagagttggtcaaacgccatgctggggtgctaggactt
ggtgcatgtgttctttctagtccttacgatgttcccacctggatgccccagctcctcatg
aatctcagtgcacatctaaatgatcctcagcctattgaggttttggctatttcagggagc
ttgagttccccaaacagcaaaactgcgagcctgaaaaacctggctcaagcgcccctcgtg
aggcgggcagcgggagtggccgggctctgggccccaggaggcaggcgacggaggcgcgga
gggtgcggggcgcaggcgggacgccaggcccgggtgtccggcggagggggcggtgccctc
ggcgtctccgtgactgcgcctctgcgcccgcgtcttgccgcggctcccgggatgcgcgga
ggcggtggcgatggcgatgatgcctctagtcctgcatcatccagagcggcaggcggagct
ggggtccggactgcgagatggaggaggggcggcgctgcggccacccggcaggaaggaaac
agcacctctctccaggagggtcttcaggatctcatccacacagccaccttggtgacctgt
acttttctactggcggtcatcttctgcctgggttcctatggcaacttcattgtcttcttg
tccttcttcgatccagccttcaggaaattcagaaccaactttgatttcatgatcctgaac
ctgtccttctgtgacctcttcatttgtggagtgacagcccccatgttcacctttgtgtta
ttcttcagctcagccagtagtatcccggatgctttctgcttcactttccatctcaccagt
tcaggcttcatcatcatgtctctgaagacagtggcagtgatcgccctgcaccggctccgg
atggtgttggggaaacagcctaatcgcacggcctcctttccctgcaccgtactcctcacc
ctgcttctctgggccaccagtttcacccttgccaccttggctaccttgaaaaccagcaag
tcccacctctgtcttcccatgtccagtctgattgctggaaaagggaaagccattttgtct
ctctatgtggtcgacttcaccttctgtgttgctgtggtctctgtctcttacatcatgatt
gctcagaccctgcggaagaacgctcaagtcagaaagtgcccccctgtaatcacagtcgat
gcttccagaccacagcctttcatgggggtccctgtgcagggaggtggagatcccatccag
tgtgccatgccggctctgtataggaaccagaattacaacaaactgcagcacgttcagacc
cgtggatataccaagagtcccaaccaactggtcacccctgcagcaagccgactccagctc
gtatcagccatcaacctctccactgccaaggattccaaagccgtggtcacctgtgtgatc
attgtgctgtcagtcctggtgtgctgtcttccactggggatttccttggtacaggtggtt
ctctccagcaatgggagcttcattctttaccagtttgaattgtttggatttactcttata
tttttcaagtcaggattaaacccttttatatattctcggaacagtgcagggctgagaagg
aaagtgctctggtgcctccaatacataggcctgggttttttctgctgcaaacaaaagact
cgacttcgagccatgggaaaagggaacctcgaagtcaacagaaacaaatcctcccatcat
gaaacaaactctgcctacatgttatctccaaagccacagaagaaatttgtggaccaggct
tgtggcccaagtcattcaaaagaaagtatggtgagtcccaagatctctgctggacatcaa
cactgtggtcagagcagctcgacccccatcaacactcggattgaaccttactacagcatc
tataacagcagcccttcccaggaggagagcagcccatgtaacttacagccagtaaactct
tttggatttgccaattcatatattgccatgcattatcacaccactaatgacttagtgcag
gaatatgacagcacttcagccaagcagattccagtcccctccgtttaa