GENSCAN 1.0	Date run:  2-Nov-116	Time: 23:54:28

Sequence gi568815588r:113735155_113953182 : 218028 bp : 39.26% 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 Init +   6049   6091   43  0  1   92   94    43 0.379   5.93
 1.02 Intr +  19645  19885  241  2  1   42   28   127 0.018  -2.21
 1.03 Intr +  32191  32325  135  1  0   58   94   100 0.465   6.36
 1.04 Intr +  34695  34746   52  0  1   92   90    29 0.452   1.49
 1.05 Intr +  36816  36935  120  2  0   53   76    71 0.582   2.17
 1.06 Intr +  38402  38509  108  1  0    3    2   180 0.441   0.46
 1.07 Intr +  39073  39179  107  0  2   74   94   122 0.861   9.49
 1.08 Intr +  39672  39839  168  0  0   46   -5   233 0.684   7.94
 1.09 Intr +  40611  40712  102  0  0   63   78   143 0.997   9.17
 1.10 Intr +  41970  42105  136  0  1   54  105   125 0.934  10.45
 1.11 Term +  45448  45627  180  0  0  107   42    60 0.350  -0.07
 1.12 PlyA +  46917  46922    6                               1.05

 2.07 PlyA -  47663  47658    6                               1.05
 2.06 Term -  49597  49377  221  2  2   85   54   208 0.708  13.32
 2.05 Intr -  71090  70851  240  0  0   35   21   187 0.071   3.30
 2.04 Intr -  73317  73208  110  2  2   77   66    48 0.081   0.51
 2.03 Intr -  73584  73379  206  0  2   31   32   152 0.088   0.98
 2.02 Intr -  74700  74677   24  0  0   80  105    28 0.159   1.00
 2.01 Init -  80902  80711  192  1  0   95   38   101 0.167   4.82
 2.00 Prom -  83746  83707   40                              -6.15

 3.00 Prom +  83767  83806   40                              -3.35
 3.01 Init +  85155  85279  125  2  2   63   14   116 0.412   1.39
 3.02 Intr +  89537  89660  124  2  1   63   64    71 0.684   1.87
 3.03 Term +  93561  93659   99  2  0   48   43   131 0.828   1.75
 3.04 PlyA +  93857  93862    6                               1.05

 4.10 PlyA -  98626  98621    6                               1.05
 4.09 Term - 100158  99998  161  1  2   78   45   116 0.985   3.42
 4.08 Intr - 102049 101908  142  1  1   94   35    61 0.935   0.41
 4.07 Intr - 106406 106252  155  0  2   95  121    10 0.916   3.87
 4.06 Intr - 107334 107189  146  2  2   62   95   130 0.998  10.11
 4.05 Intr - 109090 108950  141  0  0   48   76   116 0.946   4.95
 4.04 Intr - 110649 110531  119  0  2   78   89    91 0.980   6.54
 4.03 Intr - 112181 112048  134  0  2   82  107   -11 0.993  -0.36
 4.02 Intr - 115490 113826 1665  0  0   53  119   798 0.835  65.76
 4.01 Init - 118028 117569  460  2  1   29  110   281 0.993  20.36
 4.00 Prom - 119073 119034   40                             -12.91

 5.00 Prom + 119116 119155   40                              -8.05
 5.01 Init + 119719 119896  178  0  1  112  100   345 0.998  35.57
 5.02 Intr + 123374 123526  153  0  0   72   65    85 0.810   3.72
 5.03 Intr + 141367 141822  456  2  0  118   83   178 0.896  12.56
 5.04 Intr + 144420 144541  122  1  2   67   86    31 0.881   0.09
 5.05 Intr + 149097 149226  130  2  1   68   91   104 0.682   8.05
 5.06 Intr + 162956 163055  100  0  1   48  106    53 0.050   1.35
 5.07 Intr + 166512 166743  232  0  1  101   50   226 0.966  16.95
 5.08 Intr + 168373 168582  210  0  0  115  103   100 0.986  12.39
 5.09 Intr + 169663 169882  220  0  1   91   86   124 0.998   9.45
 5.10 Intr + 187866 188020  155  1  2  102   94    94 0.280  10.27
 5.11 Intr + 192036 192082   47  2  2   38   49    88 0.017  -3.81
 5.12 Intr + 192329 192459  131  2  2   59   90    89 0.017   5.62
 5.13 Intr + 196041 196145  105  1  0   53   60    76 0.001   0.57
 5.14 Intr + 203204 203289   86  0  2  128   54    20 0.010   1.22
 5.15 Intr + 205237 205507  271  0  1   45   21   206 0.005   5.79
 5.16 Intr + 209410 209539  130  2  1   55   85    83 0.244   3.53
 5.17 Intr + 211671 211764   94  0  1   57   42   103 0.294   1.65
 5.18 Term + 212059 212367  309  0  0   44   36   168 0.226   1.28
 5.19 PlyA + 214284 214289    6                               1.05


Suboptimal exons with probability > 0.800

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

S.001 Init + 162994 163055   62  0  2   82  106    49 0.914   6.87
S.002 Term - 194819 194698  122  0  2   75   38   119 0.828   3.26


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815588r:113735155_113953182|GENSCAN_predicted_peptide_1|463_aa
MGLFPEIGNSFDARVSPGESKPLGMEKGLSWASSQPVMLSRLRWLHGILPFALFLSLLCV
AIRQLSYQSSKNRENPRKTSSFSLLNNTSAEPPTVNSSVEVGISSQEKMQSVQKMFKCHP
DEVMSIRTTNREYFLIGHDSTSEAVGSSSPRNGLQDKHLMEQSSPGFRQTHLQDLSEATQ
DVKEENHYLTPRSVLLEAERKDGTRGEEESTNMAMEQHHLQGANGKTGLTGRKLDNIIAS
SDSGESIETDGPDQVSGRIECHYEPMESYFFKETSHESVDSSKEEPQTLPETQDGDLHLQ
EQGSGIDWCLSPADVEAQTTNDQKGNIPDESQVEKLNVFLSPPDVINYLALTEATGRICV
SQWEGPPRLGCIFCHGDHLLAVNDLKPQSLEEVSLFLTRSIQKEKLKLTIGRIPNSETFH
AASCMCPSKCQSAAPSQLDKPRLNRAPKRSPAIKKSQQKGARE

>gi568815588r:113735155_113953182|GENSCAN_predicted_CDS_1|1392_bp
atggggctgtttcctgagattgggaacagctttgatgcaagagtttcccctggagaaagc
aagcccctgggcatggagaaaggcttatcttgggcttcctctcagccagtgatgctttct
cggctacgttggctccatggcatcctgccctttgccctgttcttatctctcctttgtgtt
gccatccgccagctctcttatcaaagcagtaagaacagagaaaatcccaggaagacaagc
tccttcagtcttctcaacaacacctccgcagaaccacccactgtaaattccagtgtagaa
gttggcataagtagccaggaaaagatgcaatctgtgcagaagatgtttaaatgccaccct
gatgaggtcatgtccatcagaaccactaacagggaatacttcctcattggccacgacagc
acatcagaggctgttggctccagctcaccaagaaatggtctccaagacaagcatttaatg
gaacaaagttctccaggatttaggcaaactcacctacaagatttatcagaagccactcaa
gatgtgaaggaagagaatcattatcttactcctcgaagtgttcttttagaggccgaaagg
aaagatggcactcgaggtgaagaagagagcacgaacatggcgatggaacagcaccatttg
cagggggccaatgggaagactggcttgactggaaggaagttggataatatcattgcttcc
agtgattctggtgaatccattgaaactgatggtccagaccaggtctctggaagaattgag
tgtcattatgagccaatggaatcctattttttcaaagagacatcccatgagtctgtggat
agcagcaaagaggaaccccagacccttccagagacccaggatggggacctccacctgcaa
gaacaaggctcaggaattgattggtgtctttcccctgccgatgtggaagcacagaccaca
aatgaccaaaagggtaatatccccgatgaaagccaagtggagaaactgaacgttttcctt
tctcctcctgatgtcatcaactatcttgctctcacagaagccacaggacggatatgtgtg
tctcagtgggaaggccccccacgtttgggatgcatattttgccacggagatcatcttctg
gcagtgaatgacctgaaaccccagagcctggaggaggtctccctgtttcttacccggtcc
atccagaaggagaaattaaagcttaccatcggcaggatcccaaattcagagacattccat
gctgcatcctgtatgtgtccctcaaaatgccaaagtgctgcaccttctcagctggataag
cctagactgaacagagctcccaagaggagtccggccattaaaaagagccagcagaaagga
gccagggagtaa

>gi568815588r:113735155_113953182|GENSCAN_predicted_peptide_2|330_aa
MNTIRRFWGRGRDEVRPLPLESPGDKAMTAFLKDMVSANRHTQTGADKVVDGRSWGPFKD
VHEWDSTSDYKESFVADFTSASEKGDWIRRGENNICPNEPKKKKEEERKKKGKKRKKRGI
REMRKRRQKKRKKKRTRRTRRHLKPLIVEYSVHSQKDLCGFLSELRPKLPLMAAGQLEAI
NEKDLAGKGRGRKSWKGRGNSMYKQLAVGEKSLKHLRYKRKPVWVECGRSGDSDDAGSDV
IVQDLADYSKEVEFYAKASWEDSRASPRDPRHNAPQCMFPVPPAVRSPSGKVAVRMQIPQ
PHTGSAESESFSWGSLGICPEIFLENKLLM

>gi568815588r:113735155_113953182|GENSCAN_predicted_CDS_2|993_bp
atgaataccatcagaaggttttgggggagaggaagagatgaggttagacccttacccttg
gaaagccctggagataaagccatgacagctttcctcaaggacatggtctctgccaataga
cacactcagacaggggcagacaaagtggtagatggcaggtcctggggaccttttaaagat
gtccatgaatgggacagcacctctgactacaaggagagttttgtggcagacttcacttca
gcctctgaaaaaggagattggataaggagaggagaaaataacatttgcccaaatgaacca
aaaaagaagaaggaggaagaaaggaagaagaaagggaagaagaggaagaagagggggata
agggagatgaggaagagaaggcaaaagaaaaggaagaagaagaggacaagaagaacaaga
cggcatctaaaaccacttattgtagaatattcagttcactcacagaaggacttgtgtggg
tttctttctgagctcagaccgaaattacccttgatggcagctggacaattagaggcaata
aatgagaaagatctagctggcaaaggcagaggaagaaaaagctggaaaggaagagggaac
agcatgtacaaacagcttgctgtgggggaaaaaagcttgaagcatttgaggtacaaacgg
aaaccagtatgggtggagtgtgggcgctctggagacagtgacgatgctggaagcgatgtt
attgtacaggacctggctgactatagcaaagaagttgagttttatgctaaggcctcttgg
gaggactcgcgtgcctctccacgggaccccaggcacaatgctccccagtgtatgttccct
gttccacctgcagtcagatccccttcagggaaggtggctgttagaatgcagattccacag
ccccacaccggatctgcagaatcagaatctttcagttggggaagccttggaatctgccct
gagattttccttgagaacaaactcctcatgtga

>gi568815588r:113735155_113953182|GENSCAN_predicted_peptide_3|115_aa
MPSENSLTVEEEENTIRNQLIFCQKNILHRGKIEGKGPEERKYISKRNEMYIHTKPYTPM
FMAALFIIAKKWKQPTYPPTDERGGLRKLTITAERTSLQSGKEEDECPAKGGSPI

>gi568815588r:113735155_113953182|GENSCAN_predicted_CDS_3|348_bp
atgccgagcgaaaattctcttactgtggaagaggaggagaacactatccggaaccaactg
attttctgccaaaagaacattttacacagaggaaagattgaaggcaaaggccccgaggaa
agaaagtatatatccaagagaaatgaaatgtatatccacacaaaaccttatacaccaatg
ttcatggcagcattattcataatagccaaaaagtggaaacaacccacatatccaccaaca
gatgaacggggaggcctcaggaaacttacaatcacggctgaacgcacttctttacagagc
ggcaaggaagaagacgagtgcccagcgaaagggggaagccccatataa

>gi568815588r:113735155_113953182|GENSCAN_predicted_peptide_4|1040_aa
MLEDISEEDIWEYKSKRKPKRVDPNNGSKNILKSVEKATDGKYQSKRSRNRKRAAEAKEV
KDHEVPLGNAGCQTSVASSQNSSCGDGIQQTQDKETTPGKLCRTQKSQHVSPKIRPVYDG
YCPNCQMPFSSLIGQTPRWHVFECLDSPPRSETECPDGLLCTSTIPFHYKRYTHFLLAQS
RAGDHPFSSPSPASGGSFSETKSGVLCSLEERWSSYQNQTDNSVSNDPLLMTQYFKKSPS
LTEASEKISTHIQTSQQALQFTDFVENDKLVGVALRLANNSEHINLPLPENDFSDCEISY
SPLQSDEDTHDIDEKPDDSQEQLFFTESSKDGSLEEDDDSCGFFKKRHGPLLKDQDESCP
KVNSFLTRDKYDEGLYRFNSLNDLSQPISQNNESTLPYDLACTGGDFVLFPPALAGKLAA
SVHQATKAKPDEPEFHSAQSNKQKQVIEESSVYNQVSLPLVKSLMLKPFESQVEGYLSSQ
PTQNTIRKLSSENLNAKNNTNSACFCRKALEGVPVGKATILNTENLSSTPAPKYLKILPS
GLKYNARHPSTKVMKQMDIGVYFGLPPKRKEEKLLGESALEGINLNPVPSPNQKRSSQCK
RKAEKSLSDLEFDASTLHESQLSVELSSERSQRQKKRCRKSNSLQEGACQKRSDHLINTE
SEAVNLSKVKVFTKSAHGGLQRGNKKIPESSNVGGSRKKTCPFYKKIPGTGFTVDAFQYG
VVEGCTAYFLTHFHSDHYAGLSKHFTFPVYCSEITGNLLKNKLHVQEQYIHPLPLDTECI
VNGVKVVLLDANHCPGAVMILFYLPNGTVILHTGDFRADPSMERSLLADQKVHMLYLDTT
YCSPEYTFPSQQEVIRFAINTAFEAVTLNPHALVVCGTYSIGKEKVFLAIADVLGSKVGM
SQEKYKTLQCLNIPEINSLITTDMCSSLVHLLPMMQINFKGLQSHLKKCGGKYNQILAFR
PTGWTHSNKFTRIADVIPQTKGNISIYGIPYSEHSSYLEMKRFVQWLKPQKIIPTVNVGT
WKSRSTMEKYFREWKLEAGY

>gi568815588r:113735155_113953182|GENSCAN_predicted_CDS_4|3123_bp
atgttagaagacatttccgaagaagacatttgggaatacaaatctaaaagaaaaccaaaa
cgagttgatccaaataatggctctaaaaatattctaaaatctgttgaaaaagcaacagat
ggaaaataccagtcaaaacggagtagaaacagaaaaagagccgcagaagctaaagaggtg
aaggaccatgaagtgccccttggaaatgcaggttgtcagacttctgttgcttctagtcag
aattcaagttgtggagatggtattcagcagacccaagacaaggaaactactccaggaaaa
ctctgtagaactcaaaaaagccaacacgtgtccccaaagatacgtccagtttatgatgga
tactgtccaaattgccagatgcctttttcctcattgatagggcagacacctcgatggcat
gtttttgaatgtttggattctccaccacgctctgaaacagagtgtcctgatggtcttctg
tgtacctcaaccattccttttcattacaagagatacactcacttcctgctagctcaaagc
agggctggtgatcatccttttagcagcccatcacctgcgtcaggtggcagtttcagtgag
actaagtcaggcgtcctttgtagccttgaggaaagatggtcttcgtatcagaaccaaact
gataactcggtttcaaatgatcccttattgatgacacagtattttaaaaagtctccgtct
ctgactgaagccagtgaaaagatttctactcatatccaaacatcccaacaagctctacaa
tttacagattttgttgagaatgacaaactagtgggagttgctttgcgtcttgcaaacaac
tcagaacacataaatttgccattgccagaaaatgacttcagtgactgtgaaatctcctat
tctccacttcaaagtgatgaagacactcatgatatcgatgaaaaaccggatgattcacaa
gaacaactgttttttaccgaaagctcaaaagatggcagcctcgaagaagatgatgacagc
tgtggtttttttaaaaaacgacatggtcccttactgaaggaccaggatgagagctgcccc
aaagtgaacagcttcttaactcgggataagtatgatgaaggattgtatagattcaatagt
ctaaatgatttgtctcaacctatttctcaaaataatgagagtactttgccttatgatctg
gcatgtactggtggtgattttgtgttgtttccacctgcattggcagggaagcttgctgct
tctgttcatcaggcaactaaagcaaaacctgatgagccagaatttcactcagctcaatca
aataaacagaaacaggtaattgaagaatcatctgtttacaatcaagtttctcttccgtta
gttaagagtttaatgttgaaaccttttgaaagtcaggtagaagggtatctttcttcccaa
ccaacccaaaatacaattagaaaattatcaagtgagaacttgaatgctaagaataatact
aactcagcatgtttctgcagaaaggcattagagggtgtgccagttggtaaagctacaatt
ttaaatacagaaaacttgtctagtacacctgctccgaagtatttgaaaatattgccttct
ggtcttaagtataatgcaagacatccttctaccaaggtaatgaagcaaatggatataggt
gtgtattttggactacctcccaaaagaaaggaagagaaattgctaggggaaagtgcatta
gaagggataaacttaaatccagttccaagtcctaatcaaaagaggtcctcgcagtgcaag
aggaaagcagaaaaatctttaagtgatttagaatttgatgcaagtactttacatgagagt
cagctttctgtggaactttctagtgagaggtcacagcgtcaaaaaaagagatgtagaaag
tcaaattcactgcaggaaggagcgtgtcagaagagatcagatcaccttattaatacagaa
tctgaagcagtcaatttaagtaaagtcaaagtcttcacaaaatcagctcatggtgggctg
caaaggggcaacaagaaaatcccagagtcatctaatgtaggaggatcaagaaaaaagaca
tgtccattctataagaaaatacctggaaccggctttacagttgatgcctttcagtatggc
gtggttgaaggttgcacagcctattttctcacacattttcattctgatcattatgctgga
ttgtctaaacacttcacatttccagtttattgtagtgagataactggcaatttgttgaag
aacaagcttcatgtgcaagaacaatatattcacccattgccactggacactgaatgtatt
gtgaatggtgtcaaagttgttttgcttgatgccaatcactgtccaggtgctgtcatgatc
ctcttttatcttcctaatggtactgtcatattacacacgggagacttcagagcagatccc
agcatggaacgttctcttcttgcggaccagaaagtccatatgctgtacttagataccaca
tattgtagcccagaatacacctttccatctcagcaagaggttatccggtttgccatcaac
actgcctttgaggctgtaactctaaacccacatgctcttgttgtctgtggcacttactct
attggaaaagagaaagtcttcctagccattgctgatgttttaggttcaaaagtgggcatg
tcccaggaaaaatataaaactctacagtgcctcaatataccagaaattaattcactcatc
actaccgacatgtgcagttcattggttcaccttctcccaatgatgcaaattaattttaag
ggcttacagagtcatttgaagaagtgtggtgggaaatacaatcagattttggcatttcga
cctacaggatggacacactctaacaagttcactagaatagcagatgttattccccagacc
aaaggaaacatttcaatatatggaattccttacagtgaacacagcagctacctagaaatg
aagcgctttgtccagtggctgaagccccagaaaatcatacctactgtaaatgtgggcacc
tggaaatctaggagcacaatggagaaatattttagagagtggaaattggaagctggatat
tga

>gi568815588r:113735155_113953182|GENSCAN_predicted_peptide_5|1042_aa
MAAPGGRGRSLSGLLPAQTSLEYALLDAVTQQEKDSLVYQYLQKVDGWEQDLSVPEFPEG
LEWLNTEEPISVYKDLCGKIVVLDFFTYCCINCIHLLPDLHALEHTYSDKDGLLIIGVHS
AKFPNEKVLDNIKSAVLRYNITHPMVNDADASLWQELEVSCWPTLVILGPRGNMLFSLIG
EGHKDKLFLYTSIALKYYKDRGQIRDNKIGIKLYKDSLPPSPLLFPGKVTVDQVTDRLVI
ADTGHHRILVVWKNGQIQYSIGGPNPGRKDGIFSESTFNSPQGVAIMNNIIYVADTENHL
IRKIDLEAEKVSTVAGIGIQGTDKEGGAKGEQQPISSPWDVVFGTSGSEVQRGDILWIAM
AGTHQIWALLLDSGKLPKKNELTKGTCLRFAGSGNEENRNNAYPHKAGFAQPSGLSLASE
DPWSCLFVADSESSTVRTVSLKDGAVKHLVGGERDPMIKVVDPKTKNCTTLAGTGDTNNV
TSSSFTESTFNEPGGLCIGENGELLYVADTNNHQIKVMDLETKMVSVLPIFRSENAVVDG
PFLVEKQKTLPKLPKSAPSIRLSPVTACAGQTLQFKLRLDLPSGSKLTEGVSSCWFLTAE
EQCDGSSTPAVAKKVGLPLPQFRVKGYRSSPGGAGCQHLPLPKLCVEKAKLQLPERTKTA
AELSLEPSLNLGTAGGALALWCPPRKGATTHRDFSDSGVCLMNQGFSQKSQALDDQEKPL
WALVSLSEKQEPWHKIGHLRSVAAQDALWTQQCNFTAGLVMGWSTAEESVIMQRENSLYS
HEKEGYPLSRLLRRYSLTRKTFSLYLPPPDLFFKQQQQMLEMGSETAGDQLSYKRVPCRS
CPTSSQFLQIRVSESVMTAWTRNCAGWVPQKQPRKKIHVPVTYNGSTPTRNQQGNGGNRR
GKWEETQHRAGTVSGTQYGHKKYSWNDEAANLGFSDVLAARPCATCEYSAFGMWPVQTEM
LLPVSDAFSSEPCLLSSCRTCARPSASAYPPLQHGGCQTSPSFLSTCCKASLLEESESIK
VFLACLVIPDLNQQGRLWAQLL

>gi568815588r:113735155_113953182|GENSCAN_predicted_CDS_5|3129_bp
atggcggcgcccggaggccggggccgcagcctctccggcctgctccccgcgcagacctcg
ctagagtacgccctgctcgacgccgttacccagcaggagaaggacagcctggtctaccag
tatctgcagaaggtggacggctgggagcaggacttgtcagtacccgagtttccggaagga
ttagaatggctgaacacagaagaacctatttctgtctacaaggatctatgtggaaaaata
gtcgtccttgatttcttcacctactgctgcataaactgtattcacctattgcctgatctc
catgcattagaacacacatactctgataaagatggtcttcttattattggtgttcactcg
gctaagtttccaaatgaaaaagtcctggataacattaagagtgctgttcttcgatacaac
atcacccaccctatggttaatgatgcagatgccagcctttggcaagaactagaagtttcc
tgctggccaactctagtcatacttggacctcgtggaaacatgttgttttctttgattgga
gagggacacaaagataaattatttttatatacttcaattgctttaaagtattacaaagac
agggggcagatcagagataataaaattggaataaaactctataaagattctttgccacct
tcaccattgctatttcctggcaaagtaacagtagaccaagttactgatagattggtaata
gcagacactggacatcatagaattttggtcgtttggaagaatggacaaattcaatatagc
attggaggacccaaccctggaagaaaagatggaatattttcagaatcaacttttaattct
ccacagggtgtagccataatgaataatatcatatatgtggcagacactgaaaaccacctt
ataagaaagattgacctagaagctgagaaggtgagcactgtagctggtattggaattcaa
ggtacagataaagaaggtggagcaaaaggagaacaacaacccattagttccccttgggat
gtagtttttggaacatcaggttcagaggtccaaagaggtgacattttatggatagccatg
gcagggactcatcagatatgggcactcctgctggactctggcaaactgccaaagaaaaat
gagttaacaaaaggaacctgccttaggtttgctggaagtggaaatgaagagaatcgaaac
aatgcctatcctcacaaggcaggttttgcccaaccttcaggcctttccttggcctctgaa
gatccctggagctgcttgtttgtagcagatagtgagagcagtacagtgagaaccgtttca
ctgaaagatggagcagtgaagcacctcgtaggaggagaaagagaccccatgattaaagtt
gtggatccaaaaacaaaaaactgtacaacattagcaggaactggagacacaaataatgtt
accagttccagttttacagagtcaacttttaatgaaccaggaggcttgtgtattggagag
aatggagaattattatatgtagcagacaccaataatcatcaaattaaagtgatggattta
gaaactaaaatggtatctgtgctccccatcttcagatctgaaaatgctgtggtagatggc
ccgttcctagtagaaaaacagaagacattacccaaactacctaaatctgctccaagcatt
aggctttcccccgtgactgcgtgtgctggccagactcttcagttcaaactcagattagac
ctcccatcaggatcaaagctaactgaaggagtatccagttgctggtttctaacagctgaa
gaacaatgtgatggaagctccactccagctgtggccaagaaggtgggactcccccttccc
cagttccgagtaaagggctacaggagttccccaggaggggcaggctgccagcatcttcct
ctccccaagctgtgtgttgaaaaggctaaactccagctgcctgaacggactaagacagca
gcagaactgagtttagaacccagtttaaacctgggcacagcaggaggtgcccttgccctc
tggtgtcctcctaggaagggtgctacaacgcatagagacttttcagattcaggtgtttgc
ctgatgaatcagggattttcccagaaatctcaggctttggatgatcaagaaaagccactc
tgggccttggtttccttatctgaaaaacaagagccttggcacaaaataggccatcttagg
tccgtcgcagcccaagatgcactatggacacagcaatgtaattttaccgcgggtttggta
atgggctggagtacagcagaggaatcggtaataatgcaacgtgagaattcgctctacagc
cacgagaaggaaggctatccattgtcacggctgcttcgacgatattctcttacaagaaaa
actttttcactttatctgccaccccccgaccttttctttaaacaacagcagcagatgttg
gagatggggtcagagactgctggagaccagctttcctacaagagggtcccatgtaggagt
tgtcctacttcttctcaattcctccaaatcagggtctcagagtccgttatgacggcttgg
actcggaactgtgctggttgggttccccagaaacagcctaggaagaagattcatgtgcca
gtgacttacaatggaagtactcccacaagaaaccagcaagggaacgggggaaacaggaga
gggaagtgggaagagacccagcacagggctggaacagtgtctggcacacagtacggacac
aagaaatattcatggaatgatgaagcagcaaatctaggattcagtgatgttttggcagct
aggccatgtgccacatgtgagtattccgcattcggcatgtggccagtgcagactgagatg
ttgctgccagtcagcgatgcattcagttccgagccctgccttttatcaagctgcaggacc
tgcgccagaccctctgcttctgcctaccctcctctccagcatggtggttgccagacctcc
cccagcttcctcagtacctgctgcaaggcctccctacttgaagaatctgagagcatcaag
gttttcctggcctgccttgtcatccctgatctaaatcagcaagggcggctctgggcacag
ctgctgtaa