GENSCAN 1.0	Date run:  4-Nov-116	Time: 13:29:48

Sequence gi568815595f:97668108_97891826 : 223719 bp : 36.21% 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..
----- ---- - ------ ------ ---- -- -- ---- ---- ----- ----- ------

 1.00 Prom +   1165   1204   40                              -3.15
 1.01 Init +  10254  10346   93  2  0   79   13    87 0.044   0.73
 1.02 Intr +  31084  31147   64  0  1  113   75    76 0.560   6.17
 1.03 Intr +  31885  32084  200  2  2   -1   13   198 0.148   1.55
 1.04 Intr +  32736  32877  142  2  1   16   96    88 0.167   1.41
 1.05 Intr +  62697  62831  135  1  0   -5  100   137 0.128   5.22
 1.06 Intr +  65050  65237  188  2  2  -27   70   142 0.076  -0.61
 1.07 Intr +  67818  68011  194  2  2   40   38   138 0.189   1.37
 1.08 Intr +  79316  79465  150  2  0  103   80   156 0.811  14.66
 1.09 Intr +  80480  80588  109  2  1  120   13    56 0.049   0.67
 1.10 Intr +  96136  96399  264  0  0   66    4   270 0.885  13.19
 1.11 Intr +  96510  96750  241  2  1   41   27   230 0.232   8.40
 1.12 Intr +  96755  96918  164  0  2   55   31   139 0.124   3.67
 1.13 Intr +  99974 100123  150  1  0   82  101    22 0.106   2.34
 1.14 Intr + 112052 112113   62  1  2   89   89    -1 0.003  -3.29
 1.15 Intr + 116848 116942   95  1  2   68   91    73 0.043   4.29
 1.16 Intr + 119883 120012  130  1  1   90   31    93 0.603   2.63
 1.17 Intr + 123664 123719   56  1  2   65   83    87 0.573   3.60
 1.18 Intr + 128005 128108  104  2  2   25   91    74 0.017   0.37
 1.19 Intr + 145974 146028   55  2  1   83   90    43 0.210   1.63
 1.20 Intr + 153232 153432  201  2  0   60   80   124 0.364   7.14
 1.21 Term + 154007 154461  455  0  2   21   45   279 0.281  11.23
 1.22 PlyA + 156072 156077    6                               1.05

 2.00 Prom + 165131 165170   40                              -3.75
 2.01 Init + 167380 167458   79  0  1   67   64    34 0.065   0.17
 2.02 Intr + 168911 169052  142  0  1   30   71    64 0.064  -2.61
 2.03 Intr + 170242 170338   97  1  1  100   55    61 0.023   3.09
 2.04 Intr + 196110 196540  431  2  2   86  106   337 0.987  26.89
 2.05 Intr + 203735 209930 6196  2  1  100  107  3739 0.989 363.44
 2.06 Intr + 211597 211641   45  0  0   79  116    10 0.598   0.59
 2.07 Intr + 211878 211993  116  2  2  102   99    52 0.997   6.03
 2.08 Intr + 212965 213112  148  1  1   89   87    67 0.988   6.02
 2.09 Intr + 218524 218660  137  0  2   84   46    67 0.676   0.55
 2.10 Intr + 220234 220348  115  1  1   59  103    95 0.774   7.63
 2.11 Intr + 221248 221283   36  0  0   68  115    31 0.436   1.34

Suboptimal exons with probability > 0.800

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

S.001 Term +  80480  80594  115  2  1  120   48    52 0.922   1.46
S.002 Init + 116897 116942   46  1  1   45   91    83 0.928   5.20
S.003 Sngl - 134683 134315  369  1  0   71   41   162 0.861   5.66


Predicted peptide sequence(s):

Predicted coding sequence(s):


>gi568815595f:97668108_97891826|GENSCAN_predicted_peptide_1|1083_aa
MRFRGCSWKALSFEDYKVEVEDGPRRRALPVILTISNKYYDAAPLGDKEYRTVQNQGNWM
EGKWKFSKKECEAIPQHITVFATSSCGPQKAQQLRDVFANHEELLQMSCMEKTRFKTIHM
WFFRASVPITGRPVQANPDTAGKRMGKTLGRNRILGNSTQAKVQEAGIVLHAGNTWNKET
VAALEELSSPKLRDYKCFVLAGAKGKTEHSKDLDANCLQELSEAKDLGPMENSNPVDRRQ
KPQVLQEAGFWSSTYLLEKSKLPVSSGSLSRKARVILSIEEGYRLPAPMGCPASLHQLML
HCWQKERNHRPKFTDIVSFLDKLIRNPSALHTLVEDILVMPESPGEVPEYPLFVTVGDWL
DSIKMGQYKNNFVAAGFTTFDLISRMSIDDIRRIGVILIGHQRRIVSSIQTLRLHMMHIQ
EKGFHFYLYRDSGWEAYQNPEKSRCDGQLGNSGAHLAPGGTVSSCSRCHNATLVPGNDTL
RATPSASLLDPQEDQGRATNTQHTRTPNASQKAFLGAPLTFSRSSSIPEAIAQRLNRQDP
RGGVASGPEEAPVAKGTVPAKAPAQRLMHRLLQRLPVFPTSRDGFAHYQASFPCIEKKAE
GPSHQISIPETDTSASIPVASSCALRTNLKNQVSPQRRFLKPAPPSVPLVCKYLNHIMGL
LDRLSVLLGLKKKEVHVLCLGLDNSGKTTIINKLKPSNAQSQNILPTIGFSIEKFKSSRE
GQAIIFVIDSSDRLRMVVAKEELDTLLNHPDIKHRRIPILFFANKMDLRDAVTSVKVSQL
LCLENIKDKPWHICASDAIKGEGLQEGVDWLQVFTYTYEQMAKDDQAFEDENIMKYGNVH
KQEKWVRGIGRPKVKDQGEGERQGNDFSGICVTTAKYVAALTSLKSYFLISAVFERVRRE
VWRVKSLKHSAVRKSHTTESQQNAPGGGDRLTAASRGARSGSGHQATPRPFPSDSPGPAA
PSGNVQRPQKGQRPLAQLLPVLRSPKSFPGQGRGRGGEAGDEPASSSRPVRCQVGVEEGV
AGGPCTYSRDEGSRPDRRQRAALGPGCSSLATFCSPSSIAKVSSSLPRSRAALLASPLQV
KSG

>gi568815595f:97668108_97891826|GENSCAN_predicted_CDS_1|3252_bp
atgaggttcagagggtgcagttggaaggctctcagttttgaagactacaaagtagaagtt
gaggatggacccagaagacgagcgcttcctgtgatactgacaattagtaacaagtactat
gatgcagcccctcttggtgataaagaatataggacagtacaaaaccagggcaactggatg
gagggaaaatggaagtttagcaagaaagaatgtgaagcaataccacaacatattactgtg
tttgctacttcttcatgtggaccacaaaaagcacagcaattaagagatgtgttcgctaac
catgaagaacttctccaaatgagctgtatggagaaaacacgcttcaaaaccattcatatg
tggtttttcagagccagcgttcccatcactggtagaccagtgcaggccaaccctgacaca
gcagggaaaagaatgggaaagacattaggaaggaatagaatattaggcaactccacacag
gccaaagtccaggaggcaggcattgtgctacatgctgggaacacgtggaacaaagaaaca
gtcgctgctctggaggagctcagttcacccaagctaagagactacaaatgttttgtattg
gctggagccaagggtaaaacggaacacagcaaagatttggatgccaactgtctacaggag
ttgtctgaagctaaggacctggggccaatggaaaatagtaaccctgtggacaggaggcag
aagccacaagtcttacaagaagctgggttttggtcaagtacctacctcttagagaagagc
aagcttccagtttcatctggctccttgtccaggaaagccagagtcattctgtccattgaa
gaagggtacagacttccagctcccatgggctgtccagcatctctacaccagctgatgctc
cactgctggcagaaggagagaaatcacagaccaaaatttactgacattgtcagcttcctt
gacaaactgatccgaaatcccagtgcccttcacaccctggtggaggacatccttgtaatg
ccagagtcccctggtgaagttccggaatatcctttgtttgtcacagttggtgactggcta
gattctataaagatggggcaatacaagaataacttcgtggcagcagggtttacaacattt
gacctgatttcaagaatgagcattgatgacattagaagaattggagtcatacttattgga
caccagagacgaatagtcagcagcatacagactttacgtttacacatgatgcacatacag
gagaagggatttcatttttacctctacagggactcagggtgggaggcctatcagaaccca
gagaagagtcggtgcgatgggcaactggggaactccggcgcacatcttgccccagggggg
acagtatcgtcttgcagtcgttgccacaacgctacgctggtgcccggtaacgacactctc
cgcgccacacccagcgccagcctcttggatccccaggaagaccagggccgagcgacaaac
acgcagcacacgcgaacgccaaacgcttcccagaaagctttcctcggcgcgcctctgacc
ttttcccggagctcttcaatcccagaagctatagcacaacggctgaatcgccaggacccc
cggggaggcgtggcttcaggaccggaagaagctcctgttgccaagggaacggtgcctgcc
aaggcgcctgctcagcgactgatgcacagactgctgcagaggctgccggttttcccaact
tctagagacggctttgctcattaccaggcatccttcccatgcatcgagaagaaggctgag
ggaccctcgcaccagatttccatcccggagaccgatacgagtgcgtccattcctgttgcc
agctcctgcgccctccggactaacctcaaaaaccaggtatctcctcaacgccggttttta
aagccagcgccaccctctgtccccctggtttgtaaatatttgaatcacattatgggattg
ctagacagactttcagtcttgcttggcctgaagaagaaggaggttcatgttttgtgcctt
gggctagataatagtggcaaaacgacgatcattaacaaacttaaaccttcaaatgctcaa
tctcaaaatatccttccaacaataggattcagcatagagaaattcaaatcatccagagaa
ggccaagctattatttttgtcattgatagtagtgatagattaagaatggttgtggccaaa
gaagaactcgatactcttctgaatcatccagatattaaacaccgtcgaattccaatctta
ttctttgcaaataaaatggatcttagagatgcagtgacatctgtaaaagtgtctcagttg
ctgtgtttagagaacatcaaagataaaccctggcatatttgtgctagtgatgccataaaa
ggagaaggcttgcaagaaggtgtagactggcttcaagtgttcacttatacatatgaacag
atggcaaaggatgaccaggcatttgaggatgaaaacattatgaaatatgggaatgtgcac
aaacaagaaaagtgggttcgaggaataggaaggcccaaggtgaaagaccaaggagaagga
gagagacagggtaacgatttcagtggcatctgtgtaacgactgcaaaatatgttgcagca
ttgacaagcttgaaatcatactttttgatcagtgccgtttttgaaagagttcgcagggaa
gtatggcgtgtgaaaagtctgaagcacagcgcggttaggaaaagtcacaccacagaaagc
cagcagaacgcgccgggaggtggtgaccgcctgacagccgcatcccgcggcgcccggtcg
ggctccgggcaccaggcaacacctaggccgttcccttcagacagccccgggccagcggcc
ccctcgggaaatgtccagcggccgcagaaggggcagcgccccctggcacagcttctcccg
gttcttcgctccccgaagtccttcccgggacaaggaagaggaagaggaggagaggccggg
gacgagcccgcctccagctccaggccggtccgctgccaggtgggagtcgaggagggggtc
gcgggggggccctgcacatattcgcgggatgaaggctcccggcctgaccgccggcagcgg
gccgctcttgggccaggctgcagttcgctcgccactttctgttctccttcctccattgct
aaagtttcctcctccttgccccgttcccgtgccgcactactcgcctctcctctgcaggtt
aaatcggggtga

>gi568815595f:97668108_97891826|GENSCAN_predicted_peptide_2|2514_aa
MWHRCQCGQRHRIRGGVGVSNMVLVHIVKSDPKTFILTEVHFVLKVLSLKQTKVHSELLQ
SILLLMTVGEGVDSYQLLMSAKDREALRPLFIKNGVRGPPALEQSGIRQSEDKRNHAEKP
VTLPVQEDPKKAYDLSSSTSDTKIGESDRQPKESFFQFLGNLFNISGKSSLGEAKQSSFK
DDQDKTEKDLQNPSDHHEDGIKREREIFSGSLRTQTHPTEEQDSNSSELSDAFSLDTTQD
SDQETTNLLKQIDGKPEKPSVTYATYRGPRHIGKYLKQQTGLATVNTLDRENESSDSSTN
RHIDPGSEIEAGVLPLLLSASTDSSMKGNLLEGPLEDSDCSKTSFNKENSLTNNPELQNI
ASSNNLLNKNAWGSIERNRSSPSSVTNSSYDGESDSQHHLSCEPVSQTNRNLVCSALLTG
SNHRKVPCSPDFQRVTTTENTIKENSTVMSNRTLVQREELVEPQGPAISDFSCSKSDGSD
TTEQESTNLPSPNKSIRHEHLQLPESECSDKQTIDSSSKQAATHTNIIALQRHAVTDTEF
VNEGKRLSAQDSQKNVAVREIRRETESASAGESIASSHVKAPEDKIESLPKDTDQYFETK
AKKLDFRSHDKIPHIRMNKKDLASLNYISESAVVASLGNENAPELKFELNRSHISETPLD
SESPQQAEVSPDAKTSLSLDCKKLNFSISPPTFVSGVGMLSKLDIPDLMNEGSPVPIETG
NVNIVGISYQPRKCKEENVKNHVEAAGRKSPPPSFCLEYTSAIFEFKEVLSNSEKCQVLP
GSEASGPHLTGLELLSFDSGNLSKDCSSILSQDPNRVELVSSNTKANMSIIEKSDSLSLE
AKTANIVSKAEIDGQNNVLVESHSGRGKTISLSKVSLSKVEPRNISQDKMSSFPLKITHV
PEKPILSELTFLEVEQGKRFQSINHNEIGEKCSDAGLKENCQAELSPAASKYEDKPEPEV
DALGSPPALLKSNISWILPPIHDEKISRQMAQNCEAHTCVFHQSLDICGTKKISGHSEMA
ELSLTNISPKFQETGSMKVNSPFLDSDSSLEKNSSASEDSSFLKVPSVLKLEKKSSSYRK
KENIHFLNGGIDSVSSSSSYPEEVSMIVNSHKPQNNLDSIQVTKDLTHEGTSVTNLLYPT
TSYLEFETSVSIGTEVTPFQEHFGIYTGKISIDFPTAAQFDNLVEAETGAVAGPAASVNS
SGQQCSEASAEHIEARRRAHDQLLDLKSSLLKKADTLIGEIFNSVREELKFKHTVSTCQE
HIAIEGIMNLGTLKEDISEKNPSEVTLTEIQQTEGLEEQGMENMSEVKEKPCVSPTVGEK
NLLVDPNSMNVSCLLEDKARELVNEIIYVAQEKLRNDTFEDTEDTWDSELQANTSKILNS
DSVKPHDVVREFLVSEQPVNQSTQISENKVLNEFFSLSNLASGTESIKGGEIVLYQKSLF
SGNGSGLSDSINLQESDTVLLAEDMSHKRLDDRVKTHLFRSEDCNETMEIENVDNNKTET
EDRRTLVLNFKWPPLVNDDIHAPGTSKSSLSDSLVCISEKNLPGHSKNTPLAMSDVGKVH
KKDNEINIGKIELIPSMLETGKTNKKDAELNILKYEAVPPMIEMGRIHKMDAELNVTKTE
PKANVFKMGEVYQMDAESCIEKTEGSAVILGMEKAYKMKDTEGDIGKIEVIPMMPEVKNI
HQKDAEGDIVKTEMTPVTVDMENIYQTHAEGDIGKTGTIALSEVENIHQKGGEGISEKAE
VIPVTLAMENTYQKDAEGDIGKAEVMPVRLEMENTYPKDTERDGGKTEVMPLALEVVNTY
QKNAKGFTGNTEGSVLKMEATYRKTAEEVIKNTEIVPCVLKVKEAHETAPAPLEMEKACK
RDVKETIGATVSTPSVIEMEKISPEDRGENIGKHKVLPAVVDIEKIHGTGLELTTKQGEA
MLPAFESKTPQEYAEGSVEETKEEPTEIKEGLIAHENRLPTYFRGYESPTLSKDYEGYPA
PAMPDFQPGDTTVRLDKRMSLTAIYDKRRETDYSDKGYNLAFVSQDEQENSSFTILYEEP
LQEEDKYASAEARQTQSVLFHDTSADSMPVLACERSESRTDLVHHFEKGTKLGETFDSDS
SEMFLSVEAKRYKIYPLALSPIYEDDSSQEDILSSEVSPGHHGPRKSRDSENQSSSVLSL
LQSVSERLKMNFDEDDREAADEEEEEEEAAVLHKGDLRAGSGERVTFQLPDPSITFYPDD
QESVGISKNSYVMPNEPTTSNLQVGLWPEKTSFLQKSDLTSKLHSSLKSAYHQYLQTSQS
HSSEKGARFGGIFQEPVSKYFRVQDSPGRLSPFIENVDKQTLRCNPRPGKMVIYDLHEST
YKQEVYCNIPDATSWSFPNGVLIKVVRGCWILYEKPHFRGQKCVLEEGEKVLNRDWILQN
RRHPQRNFILGSLKRVLKDCSIPEIELFPQSDPACCPVYIQRAVPNLEELNISKSVSFTV
KSGVWLAYPDINFKGQATVLEEDHGLFEISTAEMKSLHPLQMGGLKVEMPMNLK

>gi568815595f:97668108_97891826|GENSCAN_predicted_CDS_2|7542_bp
atgtggcacagatgccagtgtggacagagacacagaattagaggaggagtgggtgttagt
aacatggtgttagttcatattgtaaaatcagatccaaaaacgttcattttgactgaagtg
cattttgtcctcaaggtgctgtctctgaaacagacaaaagttcattctgagttgttgcaa
agcattttactacttatgacagtgggagagggagtggatagctatcagttgttgatgtca
gctaaagatagagaggctctcagaccattgtttatcaagaatggggtcagagggccacct
gcattagaacaatctgggattcgccaaagtgaggacaaaaggaaccatgctgagaagcca
gtcactcttccagtgcaggaagatcccaaaaaggcatatgatctttccagttccacttca
gataccaaaataggagaaagtgacagacagccaaaagaaagcttttttcagtttcttggt
aacttattcaatatctcggggaaatcatctctaggtgaagctaagcagtcttctttcaaa
gatgaccaggataaaactgagaaggatttacaaaatcccagtgaccatcatgaagacggg
atcaaaagggagagagagattttcagtggctccctaagaacccagacacatccaacagaa
gaacaagactctaactcatccgaactctcagatgctttttctttggatacaacacaagac
agtgaccaagaaaccactaatttgctaaaacaaatcgatggtaaaccagagaagccttca
gtaacatatgcaacatatcgaggcccaagacacattgggaaatatttaaagcaacagaca
ggcttggcaactgtgaataccttggacagagaaaatgaaagttctgactctagtacaaac
agacacattgaccctggaagtgagattgaggctggggtactgccactgttgttatcagct
agtacagactcatctatgaaaggaaatctacttgaaggcccattagaagactctgattgt
agcaaaacaagtttcaacaaggaaaattctttgacaaataacccagaactgcagaatatt
gcctcttccaataatcttttaaataaaaatgcttgggggagtattgagagaaataggtca
tccccttcttctgtgactaactccagctacgatggagaatctgactcacagcaccattta
agttgtgaaccggtttctcagactaacagaaatttggtatgttcagcattgttaacagga
agtaaccatcgcaaagtcccttgcagcccagattttcagagagtaactacaacagaaaat
acgataaaagaaaacagcactgtgatgagtaataggacattggtgcaaagagaggagctt
gttgagcctcagggccctgctatttctgatttctcttgtagtaaatctgatgggagtgac
actactgagcaggaaagtacaaatttgccaagtccaaataaatcaattaggcatgaacat
ctgcagttgccagagagtgagtgttctgacaagcaaaccatagatagctcatcaaagcaa
gctgccactcacaccaatatcattgctcttcagagacatgctgtgacagacacagaattt
gtaaatgaaggaaagagattgtctgcccaagactcacagaaaaatgtggctgttagagaa
atcaggcgagaaacagaaagtgcctcagctggtgaatccatagcttcaagtcatgtaaaa
gctccagaagataaaattgagtcattacccaaagatactgaccaatactttgaaaccaaa
gccaaaaagcttgattttaggtcacatgataaaattcctcatattagaatgaataaaaaa
gacctggcctctttaaattacatcagtgaatcagcagttgtagcaagcttaggaaatgaa
aatgcacctgagttgaaatttgaacttaatagaagtcacatttcagaaactcctcttgac
tctgagagtcctcaacaagctgaagtatcacctgatgctaaaacatctcttagccttgac
tgtaaaaaactaaatttcagtatttcacctcctacctttgtttctggagttgggatgctg
agcaagttggatattcctgatttaatgaatgagggttctcctgtgcccattgaaactggg
aatgtcaacattgttggtatttcctatcagcctaggaagtgtaaagaagaaaatgtgaaa
aaccatgttgaggctgcaggcaggaagagtcctcctccttccttttgccttgaatataca
tctgcaatttttgaattcaaagaagttctttctaatagtgaaaaatgccaggttcttcca
ggttctgaagccagtggccctcacttaactgggttggagctattgagctttgactctgga
aacctctctaaggattgcagttccattttatctcaagaccctaatagagtagagttagtg
tcttcaaacactaaagcaaatatgagcataatagagaagtctgattctctttccttggaa
gccaaaactgctaacattgtatcaaaagctgaaattgatggtcagaacaatgttcttgtg
gagtcacattctggaagaggaaaaactatatccttgtccaaggtatctctttcaaaagtg
gagcccagaaacatttctcaggataaaatgtcttcttttccattgaaaattacccatgtt
ccagaaaagcctattttgtcagaattaacctttctagaagttgaacagggcaaacgtttt
caatcaattaatcataatgagataggagagaaatgttcagatgctggccttaaagagaat
tgccaagctgagctttctcctgctgcctccaaatatgaagataagccagaaccagaggta
gatgccttaggctctcctcctgctcttcttaaaagtaatatatcttggattttaccacct
attcatgatgaaaaaatcagtaggcaaatggcgcagaattgtgaagctcacacttgtgtg
tttcatcaatctttggatatttgtgggactaaaaagatttctggtcactcagaaatggcg
gaactcagcttaactaatatttcccctaaattccaagaaactggcagcatgaaagtaaat
tcaccttttctggattctgattccagtttggaaaaaaattcttctgcatctgaggactca
agcttccttaaagtaccttctgtgctgaaattggaaaagaaatcctcatcttacagaaag
aaagagaacatccattttttaaatggtggtattgatagtgtgtcatcttcctctagttac
cctgaagaagttagcatgatagtaaattcacataagccccaaaataatttggattctata
caagttaccaaagatctcacacatgaaggtacctctgtaactaacctgttgtaccctact
acctcttatttggaatttgaaacgtctgtctcaattgggacagaagtaaccccatttcag
gaacattttgggatttatactgggaagatatccattgatttcccaactgctgcccaattt
gacaatctcgtggaagcagagactggagcagttgctgggcctgcagcgtcagttaacagc
tcaggccaacagtgttctgaagcctctgctgagcacatagaagccaggagaagagcacat
gaccaacttttggacctcaaaagtagtttactcaaaaaggccgatacattgattggtgag
atttttaattctgtcagggaagaactaaaattcaaacacacagtgagtacctgccaggag
catatagccatagaaggtataatgaatctgggtaccctgaaagaagacatctctgagaaa
aacccatcagaagtgacactaacagaaatacaacagacagagggtttggaagagcaaggc
atggaaaacatgtcagaagtcaaagagaagccctgtgtttcaccaacagttggtgagaag
aatcttcttgttgatcctaatagtatgaatgtatcttgtttgttagaagataaagctagg
gaattagtcaatgagattatttatgtagcccaagaaaaattgagaaatgatacttttgaa
gatactgaggatacttgggattctgaacttcaggctaatacttcaaaaattctgaacagt
gatagtgttaagccacatgatgtagttagagagttcttggtttcagaacagccagtaaat
caaagcacacaaattagtgaaaataaagtattaaatgaattcttctccctaagtaactta
gctagtggcacagagtcaattaagggaggagaaattgttctctaccaaaaatccctattt
tctggaaatggatctggactgtctgatagtataaatttgcaggaatcagatacggtttta
ctagctgaagacatgtcacataaacggttagatgatagggtaaaaacacatttatttcgc
agtgaggactgtaatgagacaatggaaatagagaatgtggataataacaaaactgagaca
gaggacagaagaactcttgtattaaatttcaaatggcctccacttgtgaatgatgacatc
catgcacctggtacatctaaaagcagtttgtctgatagccttgtatgtatatctgaaaaa
aacttgccaggacacagtaaaaacacacctcttgcaatgtcagatgtagggaaagtacac
aagaaggataatgaaataaatatagggaaaattgaacttataccttccatgttagaaaca
gggaaaacaaacaaaaaggatgctgaattgaatattctgaaatatgaggcagtccctcct
atgatagaaatgggaagaatacataaaatggatgctgaattgaatgtcacgaaaactgag
ccaaaagctaatgtttttaaaatgggagaagtataccaaatggatgccgagagctgtatt
gaaaaaactgagggatcagctgtcattttaggaatggaaaaagcttataagatgaaggat
actgaaggggatattggcaaaattgaggtgatacctatgatgccagaagtgaaaaatatc
caccaaaaggatgctgaaggggatattgtaaagactgagatgacacctgttacagtagac
atggaaaatatttaccaaacgcatgctgaaggggatattggcaagactgggacgatagcc
ttgtcagaagtggaaaatatccaccaaaaaggtggtgaagggattagtgaaaaggctgaa
gtgatacccgttacattagcaatggaaaatacttaccaaaaggatgctgaaggggatatt
ggaaaggctgaagtgatgcctgtgaggttagaaatggaaaatacttacccaaaggatact
gaaagagacggtggcaaaactgaggtgatgccccttgcattagaggtagtaaatacttac
caaaaaaatgccaaaggttttaccgggaacactgaagggtctgtgttgaaaatggaagct
acttaccgaaagactgctgaagaggtcattaagaatactgaaatagtaccgtgtgtgtta
aaagtgaaggaagcacacgagacagcacctgcccccttagaaatggaaaaagcatgcaag
agagatgttaaagagactattggagcaactgtgtccacaccctctgtgatagaaatggaa
aaaatatccccagaagatcgtggtgagaatattgggaaacacaaagtgttacccgcagtg
gtagacattgagaaaatacatggaacaggactagaattgaccactaaacaaggggaggcc
atgcttcctgcatttgaaagtaaaacaccacaagagtatgctgaagggagtgttgaagaa
acaaaggaagagcctacagaaataaaggaaggcttgatagcacatgaaaatagacttcct
acatatttcaggggatatgaatcccctacattaagtaaggattatgagggctacccagcc
ccagcaatgccagattttcaacctggggataccacagtaagactagacaaaagaatgtct
cttactgcaatatatgacaagaggagagagacagattatagtgacaaaggatataattta
gcttttgtttctcaagatgaacaagaaaattcttcctttactatattatacgaagagccc
cttcaagaggaggacaagtatgcttccgcagaagcaagacaaacacagtctgtcttgttt
catgatacgtccgctgacagcatgcctgttctggcatgtgaaaggtctgagagtagaact
gaccttgtccatcactttgaaaaaggtactaaattaggtgagacatttgatagtgatagt
tcagaaatgttcttatcagtggaggccaaaaggtacaaaatttatcctttagcattgtct
cccatttatgaggatgacagctcacaggaggacattctatctagtgaggtttcacctggt
caccatggccccaggaaatcaagagacagtgaaaaccagtcctcttctgttttatccctt
ctccagtcagtgtcagaacgtttaaagatgaattttgatgaagatgacagagaggcagct
gatgaggaagaagaggaggaggaggcagcagtattgcataaaggagatctgagagctgga
agtggggagcgtgttaccttccagttgccagatccttccatcacattttaccctgatgac
caggagagcgttggaatttctaagaattcatatgtgatgccaaatgaacctactacctcc
aatctgcaagttggtctgtggccagaaaagacctcgtttctccagaaatctgaccttact
tctaaactacattcttctttaaagagtgcttatcatcagtatctgcagacttcccaaagt
cattcctcagaaaaaggagccagatttggtggaatttttcaggaaccagtgtcaaaatat
ttccgtgttcaagacagcccaggcagattgagcccatttatagagaatgttgacaaacaa
actctgagatgtaacccaagacctgggaagatggttatctatgatctccatgaaagtaca
tataaacaagaagtctactgtaatattcctgatgctacatcatggtcttttccaaatgga
gttctaataaaagttgtaaggggctgctggattttatatgagaaaccacatttccgaggt
cagaaatgtgtgctagaagaaggggaaaaggtgttaaatcgtgactggattcttcagaac
agaaggcatccacaaagaaactttatattgggttctctcaaacgtgtcttaaaggactgc
agcattccagaaatagagcttttcccacaatctgacccagcctgttgtcctgtctacata
cagagagcagtccccaatttggaagaactgaatatctccaaatctgtgtccttcactgtg
aagtcaggagtttggcttgcctacccagatattaattttaagggacaagctacagttctg
gaggaagaccatgggctctttgagatttctacagcagaaatgaaatcattacatccgctt
caaatgggtggactgaaagtggaaatgcccatgaacttaaag