GENSCAN 1.0	Date run:  6-Nov-116	Time: 18:34:16

Sequence gi568815596r:36749459_37066463 : 317005 bp : 39.82% 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 +   5463   5596  134  0  2   79   52    63 0.134   1.17
 1.02 Term +   9511   9713  203  2  2  120   42   167 0.730  11.87
 1.03 PlyA +  12623  12628    6                               1.05

 2.00 Prom +  14671  14710   40                              -7.25
 2.01 Init +  15915  16020  106  2  1   83   33    80 0.387   2.43
 2.02 Intr +  17636  17827  192  0  0   78   52   160 0.485   9.94
 2.03 Intr +  24333  24389   57  1  0   84  110    52 0.200   4.94
 2.04 Intr +  25544  25609   66  0  0   95   94    80 0.443   7.26
 2.05 Term +  25646  25758  113  0  2  114   37    48 0.395   0.04
 2.06 PlyA +  27343  27348    6                               1.05

 3.00 Prom +  27663  27702   40                             -10.05
 3.01 Init +  29168  29349  182  1  2   94   72   140 0.549  11.78
 3.02 Intr +  33829  33944  116  1  2   13  108    70 0.018   0.67
 3.03 Intr +  36038  36201  164  0  2  109   83    62 0.798   6.57
 3.04 Intr +  37580  37818  239  1  2  107  106   293 0.937  28.49
 3.05 Intr +  42970  43197  228  1  0   97   69   118 0.767   6.86
 3.06 Intr +  51843  51946  104  0  2   75   77    81 0.437   4.60
 3.07 Intr +  54858  54986  129  1  0   62   47    79 0.650   0.95
 3.08 Intr +  55980  56206  227  1  2  112   71   257 0.971  23.18
 3.09 Intr +  59014  59527  514  0  1  113   98   744 0.970  69.51
 3.10 Term +  64725  64903  179  1  2  108   38   132 0.970   7.07
 3.11 PlyA +  65168  65173    6                               1.05

 4.04 PlyA -  66575  66570    6                               1.05
 4.03 Term -  71275  71101  175  0  1   73   49    97 0.061   0.55
 4.02 Intr -  74853  74724  130  1  1   65   64    59 0.119   0.03
 4.01 Init -  77337  77157  181  0  1   94   94    43 0.242   4.89
 4.00 Prom -  83754  83715   40                              -3.65

 5.51 PlyA -  84270  84265    6                               1.05
 5.50 Term - 100167  99998  170  1  2   73   48   168 0.939   8.36
 5.49 Intr - 100342 100256   87  2  0   42   92   104 0.971   5.22
 5.48 Intr - 101649 101542  108  1  0   79  110    52 0.897   5.84
 5.47 Intr - 105894 105754  141  1  0   86   29    79 0.692   1.20
 5.46 Intr - 108565 108398  168  2  0   66   83   113 0.989   7.60
 5.45 Intr - 111795 111674  122  2  2   66   78    78 0.187   3.82
 5.44 Intr - 120271 120096  176  1  2   65   50    79 0.000  -0.38
 5.43 Intr - 128569 128433  137  2  2  111   95   139 0.998  16.27
 5.42 Intr - 134617 134474  144  2  0   91  115    94 0.998  11.73
 5.41 Intr - 137368 137258  111  2  0   61   89    78 0.733   4.63
 5.40 Intr - 144575 144440  136  2  1   46   74   179 0.701  11.52
 5.39 Intr - 150200 150065  136  1  1   22   79   197 0.949  11.85
 5.38 Intr - 153293 153126  168  1  0   77   85   172 0.988  13.94
 5.37 Intr - 156160 156082   79  2  1   77   98    36 0.875   1.19
 5.36 Intr - 166693 166620   74  0  2   50  107    73 0.868   3.53
 5.35 Intr - 175750 175647  104  1  2  101   86   117 0.881  10.85
 5.34 Intr - 216471 216328  144  0  0   94   53    36 0.088   0.26
 5.33 Intr - 217129 216772  358  0  1   42  103   242 0.901  15.43
 5.32 Intr - 217746 217645  102  2  0   12   76   146 0.365   4.17
 5.31 Intr - 217884 217765  120  2  0   49   53    89 0.251   0.19
 5.30 Intr - 219285 219197   89  0  2   26   92    74 0.214  -0.55
 5.29 Intr - 232336 232152  185  2  2   79   49    38 0.089  -2.41
 5.28 Intr - 239401 239188  214  1  1   81   98   197 0.969  17.37
 5.27 Intr - 241341 241190  152  1  2   73  106    95 0.991   8.76
 5.26 Intr - 251355 251128  228  1  0  109   91   128 0.995  12.12
 5.25 Intr - 251988 251899   90  1  0   76   63    71 0.581   2.45
 5.24 Intr - 253114 252848  267  2  0   66   68   234 0.998  15.78
 5.23 Intr - 254228 254084  145  2  1   58   71   104 0.934   4.63
 5.22 Intr - 256270 256174   97  0  1   91   92    69 0.417   6.69
 5.21 Intr - 258588 258408  181  1  1   72   90   113 0.646   7.90
 5.20 Intr - 259390 259153  238  1  1   30  101   268 0.807  18.56
 5.19 Intr - 264562 264383  180  1  0   71   82   199 0.924  16.74
 5.18 Intr - 270419 270351   69  2  0   96  110    21 0.922   3.56
 5.17 Intr - 271378 271197  182  2  2   75   45   178 0.988  10.87
 5.16 Intr - 278716 278465  252  2  0   74   38   377 0.987  27.78
 5.15 Intr - 279462 279223  240  1  0   51  103    93 0.744   3.70
 5.14 Intr - 283315 283171  145  1  1   45  100   146 0.999  10.43
 5.13 Intr - 288566 288397  170  0  2   60   75    77 0.986   2.34
 5.12 Intr - 291060 290871  190  0  1   63  115    63 0.983   4.74
 5.11 Intr - 291834 291675  160  2  1   51   75    93 0.944   3.37
 5.10 Intr - 300385 300195  191  1  2   84  108   135 0.994  12.56
 5.09 Intr - 304149 304044  106  2  1  106   63   126 0.999  11.20
 5.08 Intr - 307157 306982  176  2  2   77   65   129 0.927   7.32
 5.07 Intr - 308022 307859  164  1  2   87   90    76 0.957   6.47
 5.06 Intr - 309102 308993  110  2  2   40   94    91 0.949   3.91
 5.05 Intr - 309529 309430  100  2  1   20   98   105 0.103   2.95
 5.04 Intr - 311275 311123  153  2  0   72   83    73 0.234   4.32
 5.03 Intr - 312592 312481  112  1  1   87   43    89 0.694   3.33
 5.02 Intr - 315532 315282  251  2  2   45   86   220 0.652  13.73
 5.01 Intr - 316452 316297  156  1  0   62   52    96 0.400   2.46

Suboptimal exons with probability > 0.800

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

S.001 Intr +  33882  33944   63  1  0   84  108    61 0.939   5.47
S.002 Term - 127831 127817   15  1  0  105   33     8 0.830  -5.74
S.003 Init + 184203 184289   87  2  0   58   89   119 0.934   7.69
S.004 Init - 309527 309430   98  2  2   81   98   107 0.893  10.83


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815596r:36749459_37066463|GENSCAN_predicted_peptide_1|112_aa
XGVLDNSGGKILVRKVAGQSGYKGSYSNGVQSLSLPRWRESFIVLESKPKKGVTYPSALT
YSSSKSPAAQAGKCSRVIESKPSESMNTRRVLGDSGEINILTGQAPLALAIF

>gi568815596r:36749459_37066463|GENSCAN_predicted_CDS_1|339_bp
nntggtgtgcttgataattcaggagggaaaatacttgttcggaaggttgctggacagtct
ggttacaaagggagttattccaacggtgtccaatcgttatccctaccacgatggagagaa
tcctttatcgtcttagaaagtaaacccaaaaagggtgtaacctacccatcagctcttaca
tactcatcatcgaaaagtccagctgcccaagcaggcaagtgctcacgtgtgattgaatct
aaaccttctgagtccatgaacacgcgacgtgttttgggagatagcggagaaattaacatc
ttaaccggtcaagctccactggctctggcaatattttaa

>gi568815596r:36749459_37066463|GENSCAN_predicted_peptide_2|177_aa
MAEGEAGMSYMAAGEREREREREREEKLPYKTIRACETTKAYQRPPIPGTTAQPVTLMQL
LAVTVAVATPTTLPRPSPSAASTTSIPRPQSVGHRSQEMDLWSTATYTSSQNRPRADPGI
QRQDPSGAAFQKPVGADVSLGICSVALCKHEDLPTHLFLASAAQLQVTRVWEHAKIF

>gi568815596r:36749459_37066463|GENSCAN_predicted_CDS_2|534_bp
atggcagaaggggaagcaggcatgtcttacatggcagcaggcgagagagagagagagaga
gaaagagagagagaggaaaaactgccttataaaaccatcagagcttgtgagaccacaaaa
gcctatcagaggccacctattccagggacaactgcacagccggtcactctgatgcagctt
ctggctgtcactgtagctgtggccacccccaccaccttgccaaggccatccccttctgct
gcttctaccaccagcatccccagaccacaatcagtgggccacaggagccaggagatggat
ctctggtccactgccacctacacaagcagccaaaacaggcccagagctgatccaggtatc
caaaggcaagatccttcaggagctgccttccagaaacctgttggagcggatgtcagcctg
ggaatttgctctgtggcactttgcaaacatgaggacctccccacacacttgttcttggcc
tctgcagctcaacttcaggtcaccagagtttgggagcatgctaagatattttaa

>gi568815596r:36749459_37066463|GENSCAN_predicted_peptide_3|693_aa
MAYAQDPRLSSAFSESPCVMRYQHGDTLGTAATAHPLSAPHFGTARSSSPGKVQPLGHEA
RPAASFPCKSPKVLLLFPGLVPKEELSTQSLEPVSLGDPSFSGIFQLCFWTLFASFILHL
KIMLGYRQFGDSKGQGKPVEKDELVGTERPGRQEGALMEKEEQEDAQVNAVRDHENNRVF
FRSADCKIDLSFLIDGSTSIGKRRFRIQKQLLADVAQALDIGPAGPLMGVVQYGAPGGTY
KRLRLTSTPPLSALLTHPLGLSGVPEISLPAEKQMGTLMPNRTTWELLKLQMPRPNFTSV
KSDFLSVEPRDNPATHFNLKTHTNSRDLKTAIEKITQRGGLSNVDLCPWPGTGGKTLLTP
EHSSVQPAGASGSPQAAGGQEEATVTPGRAISFVTKNFFSKANGNRSGAPNVVVVMVDGW
PTDKVEEASRLARESGINIFFITIEGAAENEKQYVVEPNFANKAVCRTNGFYSLHVQSWF
GLHKTLQPLVKRVCDTDRLACSKTCLNSADIGFVIDGSSSVGTGNFRTVLQFVTNLTKEF
EISDTDTRIGAVQYTYEQRLEFGFDKYSSKPDILNAIKRVGYWSGGTSTGAAINFALEQL
FKKSKPNKRKLMILITDGRSYDDVRIPAMAAHLKGVITYAIGVAWAAQEELEVIATHPAR
DHSFFVDEFDNLHQYVPRIIQNICTEFNSQPRN

>gi568815596r:36749459_37066463|GENSCAN_predicted_CDS_3|2082_bp
atggcttacgcccaggaccccagactgtcctcagccttctctgagagtccttgtgtgatg
cgctaccagcatggcgacaccctgggcacagctgcaacagcccaccctcttagtgctccc
cacttcggtacagcaagaagcagctctccagggaaagtgcagcccttgggacatgaagcc
aggccagctgcttcctttccttgtaagtcaccaaaagttttactgctctttccaggactt
gttccaaaagaagaattgagcacacagtctttggagccagtatccctgggagatccaagt
tttagtggcatttttcaactctgcttctggactttatttgcctctttcattcttcatctc
aagatcatgcttgggtataggcagtttggggacagcaaaggacaagggaagccagttgaa
aaggatgaattggtaggcactgaacgcccaggcagacaggagggggctctgatggagaaa
gaggaacaagaggatgcccaggtaaatgcagtgagagatcatgagaataatagagtcttt
ttccgttccgcagactgcaaaattgacttgtcgtttttaattgatgggagcaccagcatt
ggcaaacggcgattccgaatccagaagcagctcctggctgatgttgcccaagctcttgac
attggccctgccggtccactgatgggtgttgtccagtatggggctcctggaggtacatac
aaacgactgcgcttgacttccacccctcccctttcagctctcctcacacatccactgggt
ttatctggggtccctgagatcagtctccccgcagagaagcagatgggcaccctgatgccc
aatagaaccacctgggagctcctaaaactccagatgcccagaccaaacttcacatcagtt
aaatcagattttctgagtgtagagcccagagacaaccctgctactcactttaacctcaag
acacacacgaattctcgagatctgaagacagccatagagaaaattactcagagaggagga
ctttctaatgtagacctgtgcccttggcctggaactggaggaaaaacactcctgacccca
gaacacagctctgtacagccagcaggagcctcaggctcaccccaggctgcagggggccaa
gaagaggctactgtcactccaggtcgggccatctcctttgtgaccaagaacttcttttcc
aaagccaatggaaacagaagcggggctcccaatgtggtggtggtgatggtggatggctgg
cccacggacaaagtggaggaggcttcaagacttgcgagagagtcaggaatcaacattttc
ttcatcaccattgaaggtgctgctgaaaatgagaagcagtatgtggtggagcccaacttt
gcaaacaaggccgtgtgcagaacaaacggcttctactcgctccacgtgcagagctggttt
ggcctccacaagaccctgcagcctctggtgaagcgggtctgcgacactgaccgcctggcc
tgcagcaagacctgcttgaactcggctgacattggcttcgtcatcgacggctccagcagt
gtggggacgggcaacttccgcaccgtcctccagtttgtgaccaacctcaccaaagagttt
gagatttccgacacggacacgcgcatcggggccgtgcagtacacctacgaacagcggctg
gagtttgggttcgacaagtacagcagcaagcctgacatcctcaacgccatcaagagggtg
ggctactggagtggtggcaccagcacgggggctgccatcaacttcgccctggagcagctc
ttcaagaagtccaagcccaacaagaggaagttaatgatcctcatcaccgacgggaggtcc
tacgacgacgtccggatcccagccatggctgcccatctgaagggagtgatcacctatgcg
ataggcgttgcctgggctgcccaagaggagctagaagtcattgccactcaccccgccaga
gaccactccttctttgtggacgagtttgacaacctccatcagtatgtccccaggatcatc
cagaacatttgtacagagttcaactcacagcctcggaactga

>gi568815596r:36749459_37066463|GENSCAN_predicted_peptide_4|161_aa
MAKICNQTKCPSTNEWIKKMWYIYAMEYCSAMEKNEILSFAATWMSLKDSIVNEISQAPK
GLAGKDMIDPNGFRRCITYVVSKSKISMMLAPSSHRTAQKQGARVVHLLPDEDHPGGGWS
ERVPGSPVLLLSLVLFLRLCCLPDPRVHELFQLSSNNCLFA

>gi568815596r:36749459_37066463|GENSCAN_predicted_CDS_4|486_bp
atggccaagatatgcaatcaaactaagtgtccatcaacaaatgaatggataaagaaaatg
tggtacatatatgcaatggagtactgttcagccatggaaaagaatgaaattctgtcattt
gcggcaacgtggatgagcttgaaggacagtatagtaaatgaaataagccaggcaccgaaa
ggtttggcaggtaaagacatgatagacccaaatggattcagacggtgtattacttatgta
gtcagcaaaagcaagatcagcatgatgctagctccctcatcccacaggacagcacaaaaa
caaggagccagagttgttcacctacttccagatgaagaccatcctggaggagggtggagt
gagagggttcctggctctcctgtcctgctcctgtccctcgtcctgttcctgagactctgc
tgtcttcctgatcctagagttcatgaattattccagttatcttcaaacaattgccttttt
gcctga

>gi568815596r:36749459_37066463|GENSCAN_predicted_peptide_5|2592_aa
XAVVNDTSGENKSGAADIAASQHVMVCALQELGSLVQSLNATASPLIQEASIGLLEIVTS
VLLHPSMAARLAAAWCLRCVAVALPFQLTPFLDRCAERLNNLKTSPEAVSGYSFAMAALL
GGVHQCPLGIPHAKGKMVVSIAEDLLRTAAQNSRLSLQRTQAGWLLLGALMTLGPSVVRY
HLPKMLLLWRNVFPRSLKELEAEKARGDSFTWQVTLEGRAGALCAMRSFVAHCPELLTED
VIRKLMTPIECAMTMMSHIPSVMKAHGAHLKASAAMVRLRLYDILALLPPKTYEGSFNAL
LRELVAEFTLTDNSANTTTSLLRSLCHYDDSVLLGSWLQETDHKSIEDQLQPNSASGSGA
LEHDPSSIYLRIPAGEAVPGPLPLGVSVIDASVALFGVVFPHVSYKHRLQMLDHFAECVK
QAKGVRQQAVQLNIFTAVLSALKGLAENKSTLGPEEVRKSALTLVMGPLDNPNPILRCAA
GEALGRMAQVVGEATFIARMAQYSFDKLKSARDVVSRTGHSLALGCLHRYVGGIGSGQHL
KTSVSILLALAQDGTSPEVQTWSLHSLALIVDSSGPMYRGYVEPTLSLVLTLLLTVPPSH
TEVHQCLGRCLGAIITTVGPELQGNGATTSTIRSSCLVGCAITQDHSDSLVQAAAISCLQ
QLHMFAPRHVNLSSLVPSLCVHLCSSHLLLRRAAVACLRQLAQREAAEVCEYAMSLAKNT
GDKESSSANVSPFAPGVSSRTDIHCRHQGVNITETGLEGLLFGMLDRETDRKLCSDIHDT
LGHMLSSLAVEKLSHWLMLCKDVLAASSDMSTATLLSSGKDEEAEKKDEMDDDTMFTTLG
EEDKSKPFVAPRWATRVFAADCLCRIINLCENADQAHFDLALARSAKLRNPTNDLLVLHL
SDLIRMAFMAATDHSNQLRMAGLQALEDIIKKFASVPEPEFPGHVILEQYQANVGAALRP
AFSQDTPSDIIAKACQVCSTWIGSGVVSDLNDLRRVHNLLVSSLDKVQAGKGSSSQLYRE
SATTMEKLAVLKAWAEVYVVAMNIKKEAESKPKRAIKNTDDDDDDCGTIDELPPDSLITL
VQPELPTLSRLWLAALKDYALLTLPAEFSSQLPPDARSDEEVLSVSRGNNRRWRGIAEEE
RNRGKKQSSLVVIEREDDRVLGATGNNEEVNSVTTGPEEPIEHVTACLQALHTLLDSPYA
RVHIAEDQLIGVELLSVLHRLLLTWNPSSVQLLVTGVVQQIVRAAQDYLQEKRNTLNEDD
MEKEACTVLGEGGDSGGLIPGKSLVFATMELLMFILVRHMPHLSTKVSDSPSHIATKTRL
SEESARLVAATVTILSDLPSLCSPAELPYICENNEFSIFGVLQAEATMAAGQSGEGCMTI
LPTILFLIARILKDTAIKSADNQVPPPVSAALQGIKSIVTLSMAKTEAGVQKQWTALIRS
TLACILEYSQPEDSVPTPDEVSMLTAIALFLWSASNEIIGVQSLQNGCMNRFKNALNSCD
PWVQAKCYQLLLSVFQHSNRALSTPYIHSLAPIVVEKLKAVERNRPASNIELLAVQEGIK
VLETLVALGEEQNRVQLLALLVPTLISYLLDENSFASASSASKDLHEFALQNLMHIGPLY
PHAFKTVMGAAPELKRFPLVTWCAPYVNEEDEVKLQRHLVGVRPMIYCRRTAKGKKLQRS
SFSDGLSTNHNLEAAAESCGVVLERNENWSGNRFEPLESKEKGKSDSDPQIGRMEERLGR
LLPADWGVGGSGGGRRRRCLPPLLPPLLGAGAAPRVSAAAMDEQAGPGVFFSNNHPGAGG
AKGLGPLAEAAAAGDGAAAAGAARAQYSLPGILHFLQHEWARFEVERAQWEVERAELQGC
PLGLLIGLAVVLRDAEQIVRCPGVPLPRSRDSLRRTCRLWPLSSRKAQIAFLQGERKGQE
NLKKDLVRRIKMLEYALKQERAKYHKLKYGTELNQGDMKPPSYDSDEGNETEVQPQQNSQ
LMWKQGRQLLRQYLQEVGYTDTILDVKSKRVRALLGFSSDVTDREDDKNQDSVVNGTEAE
VKETAMIAKSELTDSASVLDNFKFLESAAADFSDEDEDDDVDGREKSVIDTSTIVRKKAL
PDSGEDRDTKEALKEFDFLVTSEEGDNESRSAGDGTDWEKEDQCLMPEAWNVDQGVITKL
KEQYKKERKGKKGVKRPNRSKLQDMLANLRDVDELPSLQPSVGSPSRPSSSRLPEHEINR
ADEVEALTFPPSSGKSFIMGADEALESELGLGELAGLTVANEADSLTYDIANNKDALRKT
WNPKFTLRSHFDGIRALAFHPIEPVLITASEDHTLKMWNLQKTAPAKKGPVLCVVMSSNG
EQCYSGGTDGLIQGWNTTNPNIDPYDSYDPSVLRGPLLGHTDAVWGLAYSAAHQRLLSCS
ADGTLRLWNTTEVAPALSVFNDTKELGIPASVDLVSSDPSHMVASFSKGYTSIFNMETQQ
RILTLESNVDTTANSSCQINRVISHPTLPISITAHEDRHIKFYDNNTGKLIHSMVAHLEA
VTSLAVDPNGLYLMSGSHDCSIRLWNLESKTCIQEFTAHRKKFEESIHDVAFHPSKCYIA
SAGADALAKVFV

>gi568815596r:36749459_37066463|GENSCAN_predicted_CDS_5|7779_bp
naagcagtagtgaatgacacaagtggagaaaacaaatctggcgcagcagacattgcagca
agccagcatgtgatggtctgtgccctccaggaactcgggagcctggtgcagagcttgaat
gccaccgcatcccctcttattcaagaagcatctatagggcttttggagattgtgacttca
gtgctgcttcatccaagcatggctgcccgacttgctgctgcatggtgtttgcgctgtgtg
gctgtggcattacctttccagctgacaccatttctagacaggtgtgcagaacggctcaac
aacttgaagacctcaccagaagctgtcagtggatatagttttgcaatggctgctttgtta
ggtggagtacatcagtgtcctttgggcattcctcatgccaaaggaaagatggtagttagt
attgctgaagatcttttacgaactgctgcccaaaatagcaggctatctttacagcgcacc
caagctggctggcttttacttggagcacttatgactttaggaccatctgtcgttcgttac
catctgcccaagatgttgttattgtggcgaaatgttttcccacgttccttaaaggaattg
gaagctgagaaggcccgaggcgattcttttacctggcaggtaactttggaaggtcgtgct
ggagctctatgtgccatgaggagcttcgttgcacattgtcctgagctactaactgaagat
gtgattcgaaaattgatgacccctattgaatgtgccatgactatgatgtcacacattcca
tctgtaatgaaagcccatggagctcatctgaaagctagtgctgcaatggtccgtttaaga
ctttatgatatcttggctttgttacctccaaaaacttatgaaggatcttttaatgcactt
cttagagaactggtagcggaattcactttgactgacaactcagccaacacaactacttcc
ctcctcagatccctctgccattatgatgatagtgttcttcttggttcttggcttcaggaa
actgatcataaatcaattgaagaccagctccagccaaacagtgcctctggaagtggggct
ctggagcatgatccttcctctatttatttacgcatacctgctggagaagcagtacctggt
cccctccctctcggagtctcagtcattgatgcttctgtggccctttttggtgtagtgttt
cctcatgtttcttataaacaccgattacaaatgttggatcactttgctgaatgtgttaaa
caagctaaaggtgtccgccagcaggctgtgcagcttaacatatttactgctgttcttagt
gcactaaagggcttagctgaaaacaaaagtactttaggacctgaggaagttcgtaaatct
gccctgacactggttatgggtcctctggacaacccaaaccccatcttacgttgtgcagcg
ggggaagctcttggaagaatggctcaggtggttggagaagcaacttttattgctagaatg
gcccaatatagctttgacaagttgaaatcggctcgagatgttgtatctaggactggtcat
tcattggctcttggttgtttgcatcgttatgttggtggaataggctcaggacaacatctg
aagaccagtgtcagcattttattggctctagcacaagatgggacatcccctgaagtccag
acttggtctcttcattcacttgctttgatagtggattctagtggtccgatgtatcgtggc
tatgtggaaccaacattatctctagttcttaccttgctgttgacagttccgccttcacat
acagaagttcatcagtgtttgggtcgatgcttgggtgctataataactactgttggccct
gaactacaagggaatggagcaacaacttctacaattcgttcctcttgtttggtgggttgt
gcaataacacaagaccattcagattctcttgttcaggcagctgccatatcttgccttcag
cagcttcacatgtttgcaccacgacatgtcaatctatctagccttgttcctagcctttgt
gttcacttatgtagttcccatttgttacttcgacgagcagctgtggcatgtcttcggcaa
cttgcacaaagagaagcagcggaagtatgtgaatatgccatgagcctggcaaaaaataca
ggggacaaagagagcagtagtgccaatgtcagtccttttgcccctggggttagttctcga
actgatatccattgccggcaccaaggtgttaatataacagaaactggtcttgagggactt
ctttttggaatgctagaccgggagacagatcgaaaattatgttctgatattcatgacact
ttgggacatatgctttcttcgctggcagtagaaaaactttctcattggctaatgctttgt
aaagatgtcctggcagcttctagtgatatgagtactgcaactctcttaagtagtggaaaa
gatgaagaagctgaaaagaaagatgagatggatgatgataccatgtttaccacgttaggt
gaagaagataaatcaaagccctttgtggcccctcgctgggccactcgagtatttgctgcc
gattgcctgtgtcgaatcatcaatttgtgtgagaatgcagaccaggctcactttgatctt
gccttggcacgttctgctaaacttcgaaaccctacaaatgacctcttggtacttcatctc
tctgacctcattcgcatggcattcatggctgcaactgatcatagcaaccagctgcgaatg
gctgggctccaggcgcttgaagacattatcaagaagtttgcgtctgtgcctgagccagaa
tttccaggtcatgtgatactggagcagtatcaggctaatgtgggagctgctctaagacca
gccttttcacaagatacaccatcagatataatagcgaaagcttgccaggtatgtagtaca
tggataggaagtggagttgtcagtgatctcaatgatctccgtcgagtacacaatcttctt
gtttcttctctggacaaagttcaggctggaaaaggatcttccagccagctgtaccgagag
agtgccacgaccatggaaaaactggctgttctcaaagcttgggcagaggtatatgtggtc
gctatgaatattaaaaaggaagcagagtcaaaaccaaaaagagcaattaaaaatactgac
gatgatgatgacgactgtggtaccatcgatgaactgccaccagatagtttaataacactg
gtacaacctgaactaccaacactcagtcgcctgtggttagcagcattaaaagattatgca
ctcttgactttaccagccgaattttctagtcagcttcctccagatgcaaggagtgatgag
gaagtcctcagtgttagtagaggaaacaacaggaggtggagaggaatagcagaagaagaa
agaaacagagggaagaaacagagttccctggttgtgatagaaagagaagatgatagggtt
ttaggagccactggcaacaatgaagaggtaaattctgtgacaacaggacctgaggagccc
attgaacatgttacagcatgcctgcaggccttacataccttgctagactccccttatgct
cgagtccatattgcagaagatcagctgataggtgttgagttgctgagtgttttgcaccgc
cttctattgacctggaatccatcatctgtccagctgttggttactggagttgtacaacag
atagtaagagctgctcaggattatttgcaagagaaaagaaacactctaaatgaagatgat
atggaaaaagaggcctgtaccgtattgggagaaggaggtgacagcggtggtctcattcct
ggaaaatctcttgtgtttgcaactatggagctgctgatgttcattttagtacggcatatg
ccacatctcagtaccaaggtgtcagactctccaagtcacatagccactaaaactcgacta
tcagaagaaagtgctcgtttggtggcagccacagttaccatactctctgatttaccatcc
ctttgttcacccgctgagttaccctacatatgtgaaaataatgaattctccatatttgga
gttttgcaagcagaggctacaatggctgcaggtcagagtggtgaaggatgtatgacaatc
ctgcccacaattctgttcttaattgcaagaatattgaaagacacagcaataaagtctgca
gataatcaggttcctccaccagtcagtgcagctcttcaagggattaaaagtattgtgaca
ctttcaatggccaaaactgaggctggcgttcaaaaacagtggacagctctgattcgtagc
acgcttgcttgcatcctggaatattctcaaccagaagactctgtacctacacctgatgaa
gtaagcatgctaacagcaattgcactcttcctgtggtctgctagtaatgaaataatagga
gtccagtcattacagaatggctgcatgaacagatttaaaaatgcattaaattcatgcgac
ccatgggttcaagccaaatgttaccagcttctcctctcagtcttccagcattccaatcgt
gccctttcaactccttatattcattcattagctccaatagtggttgaaaagctaaaagct
gttgaaagaaacagaccagccagtaacatagagcttttagcggttcaagaaggaataaaa
gttcttgaaacactggttgctcttggtgaagaacaaaacagagtccagctacttgctctt
ttagttcccactttgatatcttacctgctggatgaaaattcttttgcctcagcaagttca
gcttccaaagatcttcatgagtttgcactccagaatttaatgcatattggacctctgtat
ccacatgctttcaagacagtaatgggggctgctcctgagttgaaaaggtttccactggtt
acttggtgtgcgccctatgtaaatgaagaggatgaagtaaagttacaacgtcatttagtt
ggtgtgcgccctatgatttactgcaggaggactgcaaagggaaagaaacttcaacggagc
agtttttcagatgggctgtcaacaaaccacaatttggaagcagcagcagaaagctgcggc
gttgtcttagaaagaaatgaaaactggtcaggtaacaggtttgagcccctcgagtcaaaa
gagaaaggcaagagcgacagcgacccgcagattggcagaatggaggagcgtctagggagg
ctgctccctgctgactggggtgtgggcgggagcggcggagggaggaggaggcgctgcttg
ccgccgctgttgcctccgctgctgggcgccggggcagctccccgggtatctgcggccgcc
atggacgagcaggcgggtcccggcgtcttcttcagcaacaaccacccgggcgccggcggt
gccaaggggctcgggcctctggcggaggctgccgcggccggcgacggggcggctgcggcg
ggggcggcccgagcccagtacagtctcccggggatcctgcacttcctgcagcacgagtgg
gcccgcttcgaggtggagagagcccagtgggaggtggagcgggcggagctgcagggctgc
cctctcggtttactaattgggctggcagtagttttgagagacgcggagcaaatcgtccgc
tgccctggtgtgccccttcctaggtctagagacagtctccgcagaacgtgccggctttgg
cccctctcttcaaggaaggcccagattgccttcctgcagggagaaaggaagggccaagaa
aatttgaagaaggatcttgtgaggaggatcaaaatgttggagtatgctcttaaacaggaa
agagccaaataccacaagttgaaatacgggacagaattgaatcagggagatatgaagcct
ccaagctatgattctgatgaaggtaatgaaacagaagtgcagccacaacaaaacagccag
ttaatgtggaaacaaggtcgacaactactcagacagtatctacaggaggtgggttataca
gatactattctagatgtgaaatctaaacgagtgcgagctttgttgggcttttcaagtgat
gtcacggacagggaagatgacaaaaatcaggactcagttgtaaatggcacagaggctgaa
gttaaagagacagcaatgattgcaaaatctgagttaacagattctgcctccgtgctggat
aatttcaaattccttgaaagtgcagctgcagatttcagtgatgaagatgaagatgatgat
gttgatggaagagagaaaagcgtcattgatacttcaacaattgttaggaaaaaagcattg
cctgacagcggtgaagatcgagatacaaaagaagctctaaaggagtttgacttcttggtt
acatcagaggaaggagacaatgaatctagaagtgcaggcgatggaacagactgggaaaag
gaagaccagtgtctcatgcctgaagcctggaatgtggaccagggagtaattaccaaactc
aaggaacaatacaaaaaggagagaaaggggaaaaagggggtgaagaggcccaataggtca
aaactacaagatatgcttgctaatttgagagatgttgatgaacttccttcattgcagcca
tctgtgggttcaccttccagacccagcagctccaggcttcctgaacatgaaattaatagg
gcagatgaagtggaagcattgacatttcctccttcttctggaaagtcattcatcatggga
gcagatgaagcccttgaaagtgaactgggacttggagaactagcaggccttacggtggcc
aatgaagcagactcactaacttatgatatagcaaacaataaagatgcattgaggaagaca
tggaaccctaagtttacattgagaagtcactttgatggcatccgagcccttgctttccat
cccattgagcctgttttgataacagcatcagaggatcacacattaaaaatgtggaattta
cagaaaacagccccagccaaaaaaggtccagtgctttgtgtggtaatgagcagcaatggt
gagcagtgttacagtggtggtactgatggactgatccagggctggaataccactaatccc
aacatcgacccctatgattcttatgatccttctgttttacgaggccctctgctaggccac
acggatgcagtctggggtttggcttatagtgcagcacatcagcgtttgttgtcctgttca
gcagatggcactctgcgtttatggaatacaactgaggttgctccagcactaagtgtattt
aatgatactaaagaactgggaatccctgcctctgtggatctagtgagcagtgacccgagc
catatggtagcatcattcagcaagggatatacaagcatttttaacatggaaacacaacaa
cgcattctcactttagaatccaatgtagatacaacagccaactcttcctgccaaataaat
agagtcatcagtcatcctactcttccgatcagcatcactgctcatgaagacaggcacatc
aaattctatgataacaatacaggcaaactgatccactcgatggtagcccacctagaagct
gttacaagtttagcagttgatcccaatggcctttacttgatgtctggcagtcatgactgt
tcaatacgtttatggaatctagaaagtaagacgtgtatccaagaattcacagctcatcga
aaaaagtttgaagaatcgattcatgatgtagctttccacccatccaaatgctatatagcc
agtgctggagctgacgcactggctaaagtctttgtatga