LOCUS AY268591 23759 bp DNA linear PRI 23-OCT-2003 DEFINITION Homo sapiens ABO blood group (transferase A, alpha 1-3-N-acetylgalactosaminyltransferase; transferase B, alpha 1-3-galactosyltransferase) (ABO) gene, complete cds. ACCESSION AY268591 VERSION AY268591.1 GI:30039648 KEYWORDS . SOURCE Homo sapiens (human) ORGANISM Homo sapiens Eukaryota; Metazoa; Chordata; Craniata; Vertebrata; Euteleostomi; Mammalia; Eutheria; Primates; Catarrhini; Hominidae; Homo. REFERENCE 1 (bases 1 to 23759) AUTHORS Rieder,M.J., Carrington,D.P., da Ponte,S.H., Hastings,N.C., Ahearn,M.O., Kuldanek,S.A., Rajkumar,N., Toth,E.J., Yi,Q. and Nickerson,D.A. TITLE Direct Submission JOURNAL Submitted (04-APR-2003) Genome Sciences, University of Washington, 1705 NE Pacific, Seattle, WA 98195, USA REFERENCE 2 (bases 1 to 23759) AUTHORS Hastings,N.C. TITLE Direct Submission JOURNAL Submitted (23-OCT-2003) Genome Sciences, University of Washington, 1705 NE Pacific, Seattle, WA 98195, USA REMARK Sequence update by submitter COMMENT To cite this work please use: SeattleSNPs. NHLBI HL66682 Program for Genomic Applications, UW-FHCRC, Seattle, WA (URL: http://pga.gs.washington.edu). FEATURES Location/Qualifiers source 1..23759 /organism="Homo sapiens" /mol_type="genomic DNA" /db_xref="taxon:9606" variation 164..171 /frequency="0.18" /replace="" repeat_region 236..488 /rpt_family="L1" /rpt_type=dispersed variation 322 /frequency="0.18" /replace="a" variation 450 /frequency="0.07" /replace="a" repeat_region 489..785 /rpt_family="Alu" /rpt_type=dispersed variation 497 /frequency="0.28" /replace="a" variation 690 /frequency="0.17" /replace="a" repeat_region 786..1095 /rpt_family="L1" /rpt_type=dispersed variation 974 /frequency="0.15" /replace="g" variation 1035 /frequency="0.44" /replace="t" repeat_region 1096..1408 /rpt_family="Alu" /rpt_type=dispersed variation 1244 /frequency="0.10" /replace="g" repeat_region 1409..1471 /rpt_family="L1" /rpt_type=dispersed variation 1435..1470 /frequency="0.05" /replace="" repeat_region 1487..1540 /rpt_family="L2" /rpt_type=dispersed variation 1605 /frequency="0.18" /replace="t" variation 1852 /frequency="0.18" /replace="t" variation 2054 /frequency="0.04" /replace="t" gene 2445..22002 /gene="ABO" mRNA join(2445..2472,15481..15550,16276..16332,17784..17831, 19532..19567,20125..20259,21312..22002) /gene="ABO" /product="ABO blood group (transferase A, alpha 1-3-N-acetylgalactosaminyltransferase; transferase B, alpha 1-3-galactosyltransferase)" CDS join(2445..2472,15481..15550,16276..16332,17784..17831, 19532..19567,20125..20259,21312..22002) /gene="ABO" /codon_start=1 /product="ABO blood group (transferase A, alpha 1-3-N-acetylgalactosaminyltransferase; transferase B, alpha 1-3-galactosyltransferase)" /protein_id="AAP03430.1" /db_xref="GI:30039649" /translation="MAEVLRTLAGKPKCHALRPMILFLIMLVLVLFGYGVLSPRSLMP GSLERGFCMAVREPDHLQRVSLPRMVYPQPKVLTPCRKDVLVVTPWLAPIVWEGTFNI DILNEQFRLQNTTIGLTVFAIKKYVAFLKLFLETAEKHFMVGHRVHYYVFTDQPAAVP RVTLGTGRQLSVLEVRAYKRWQDVSMRRMEMISDFCERRFLSEVDYLVCVDVDMEFRD HVGVEILTPLFGTLHPGFYGSSREAFTYERRPQSQAYIPKDEGDFYYLGGFFGGSVQE VQRLTRACHQAMMVDQANGIEAVWHDESHLNKYLLRHKPTKVLSPEYLWDQQLLGWPA VLRKLRFTAVPKNHQAVRNP" variation 2494 /gene="ABO" /frequency="0.04" /replace="a" variation 2566 /gene="ABO" /frequency="0.41" /replace="t" variation 2584 /gene="ABO" /frequency="0.41" /replace="g" variation 2647 /gene="ABO" /frequency="0.18" /replace="t" variation 2671 /gene="ABO" /frequency="0.06" /replace="t" variation 2733 /gene="ABO" /frequency="0.02" /replace="c" repeat_region 3063..3124 /rpt_family="Alu" /rpt_type=dispersed variation 3168 /gene="ABO" /frequency="0.02" /replace="t" variation 3220 /gene="ABO" /frequency="0.13" /replace="t" variation 3248 /gene="ABO" /frequency="0.03" /replace="c" variation 3328 /gene="ABO" /frequency="0.44" /replace="t" variation 3338 /gene="ABO" /frequency="0.89" /replace="" variation 3340..3341 /gene="ABO" /frequency="0.10" /replace="" variation 3470 /gene="ABO" /frequency="0.43" /replace="t" variation 3551 /gene="ABO" /frequency="0.40" /replace="g" variation 3652 /gene="ABO" /frequency="0.13" /replace="t" variation 3822 /gene="ABO" /frequency="0.37" /replace="g" variation 3899 /gene="ABO" /frequency="0.01" /replace="g" variation 3901 /gene="ABO" /frequency="0.10" /replace="a" variation 3953 /gene="ABO" /frequency="0.36" /replace="t" variation 3955 /gene="ABO" /frequency="0.40" /replace="" variation 4403 /gene="ABO" /frequency="0.41" /replace="c" variation 4404 /gene="ABO" /frequency="0.41" /replace="a" repeat_region 4602..5226 /rpt_family="ERV1" /rpt_type=dispersed variation 4642 /gene="ABO" /frequency="0.35" /replace="t" variation 4683 /gene="ABO" /frequency="0.35" /replace="c" variation 4820 /gene="ABO" /frequency="0.37" /replace="g" variation 5016 /gene="ABO" /frequency="0.44" /replace="a" variation 5051 /gene="ABO" /frequency="0.46" /replace="t" variation 5228 /gene="ABO" /frequency="0.44" /replace="a" variation 5296 /gene="ABO" /frequency="0.03" /replace="g" variation 5349 /gene="ABO" /frequency="0.41" /replace="g" repeat_region 5350..5985 /rpt_family="L1" /rpt_type=dispersed variation 5417 /gene="ABO" /frequency="0.99" /replace="" variation 5499 /gene="ABO" /frequency="0.41" /replace="t" variation 5757 /gene="ABO" /frequency="0.30" /replace="t" variation 5892 /gene="ABO" /frequency="0.44" /replace="a" repeat_region 5986..6291 /rpt_family="Alu" /rpt_type=dispersed variation 6040 /gene="ABO" /frequency="0.30" /replace="a" variation 6132 /gene="ABO" /frequency="0.25" /replace="a" repeat_region 6292..6529 /rpt_family="L1" /rpt_type=dispersed variation 6312 /gene="ABO" /frequency="0.26" /replace="a" misc_feature 6357..7264 /gene="ABO" /note="Region not scanned for variation" repeat_region 6555..6765 /rpt_family="L1" /rpt_type=dispersed repeat_region 6734..7607 /rpt_family="L1" /rpt_type=dispersed variation 7565 /gene="ABO" /frequency="0.43" /replace="a" variation 7578 /gene="ABO" /frequency="0.43" /replace="c" repeat_region 7608..7925 /rpt_family="Alu" /rpt_type=dispersed variation 7809 /gene="ABO" /frequency="0.42" /replace="a" repeat_region 7926..7988 /rpt_family="L1" /rpt_type=dispersed variation 7931 /gene="ABO" /frequency="0.42" /replace="a" repeat_region 7994..8473 /rpt_family="ERV1" /rpt_type=dispersed variation 7994 /gene="ABO" /frequency="0.04" /replace="a" variation 8055 /gene="ABO" /frequency="0.44" /replace="t" variation 8080 /gene="ABO" /frequency="0.01" /replace="g" variation 8089 /gene="ABO" /frequency="0.44" /replace="t" variation 8176 /gene="ABO" /frequency="0.44" /replace="a" variation 8360 /gene="ABO" /frequency="0.20" /replace="a" variation 8409 /gene="ABO" /frequency="0.08" /replace="c" variation 8423 /gene="ABO" /frequency="0.32" /replace="t" repeat_region 8474..8595 /rpt_family="L1" /rpt_type=dispersed variation 8515 /gene="ABO" /frequency="0.24" /replace="c" variation 8595 /gene="ABO" /frequency="0.07" /replace="c" repeat_region 8596..8894 /rpt_family="Alu" /rpt_type=dispersed variation 8622 /gene="ABO" /frequency="0.44" /replace="g" variation 8740 /gene="ABO" /frequency="0.44" /replace="t" variation 8741 /gene="ABO" /frequency="0.44" /replace="g" variation 8752 /gene="ABO" /frequency="0.44" /replace="c" variation 8765 /gene="ABO" /frequency="0.44" /replace="t" repeat_region 8895..9721 /rpt_family="L1" /rpt_type=dispersed variation 8939 /gene="ABO" /frequency="0.26" /replace="c" variation 8990 /gene="ABO" /frequency="0.31" /replace="a" variation 9607 /gene="ABO" /frequency="0.42" /replace="c" variation 9677 /gene="ABO" /frequency="0.42" /replace="a" repeat_region 9724..9771 /rpt_family="L1" /rpt_type=dispersed repeat_region 9772..10085 /rpt_family="Alu" /rpt_type=dispersed variation 9837 /gene="ABO" /frequency="0.44" /replace="t" variation 10049 /gene="ABO" /frequency="0.44" /replace="a" repeat_region 10086..10239 /rpt_family="L1" /rpt_type=dispersed repeat_region 10246..10529 /rpt_family="Alu" /rpt_type=dispersed repeat_region 10545..11216 /rpt_family="L1" /rpt_type=dispersed variation 10585 /gene="ABO" /frequency="0.15" /replace="g" variation 10693 /gene="ABO" /frequency="0.43" /replace="t" variation 10735 /gene="ABO" /frequency="0.06" /replace="g" variation 10831 /gene="ABO" /frequency="0.43" /replace="c" variation 10845 /gene="ABO" /frequency="0.44" /replace="g" variation 10863 /gene="ABO" /frequency="0.10" /replace="a" variation 11048 /gene="ABO" /frequency="0.26" /replace="c" variation 11178 /gene="ABO" /frequency="0.13" /replace="a" repeat_region 11217..11373 /rpt_family="L1" /rpt_type=dispersed variation 11356 /gene="ABO" /frequency="0.01" /replace="g" repeat_region 11374..11576 /rpt_family="Alu" /rpt_type=dispersed repeat_region 11577..11887 /rpt_family="Alu" /rpt_type=dispersed variation 11863 /gene="ABO" /frequency="0.01" /replace="t" repeat_region 11888..12024 /rpt_family="Alu" /rpt_type=dispersed variation 11912 /gene="ABO" /frequency="0.26" /replace="g" repeat_region 12025..12288 /rpt_family="L1" /rpt_type=dispersed repeat_region 12289..12374 /rpt_family="L1" /rpt_type=dispersed repeat_region 12375..12575 /rpt_family="Alu" /rpt_type=dispersed variation 12470 /gene="ABO" /frequency="0.01" /replace="c" variation 12534 /gene="ABO" /frequency="0.24" /replace="a" repeat_region 12581..12905 /rpt_family="Alu" /rpt_type=dispersed variation 12585 /gene="ABO" /frequency="0.28" /replace="g" variation 12879..12882 /gene="ABO" /frequency="0.99" /replace="" repeat_region 12907..13479 /rpt_family="L1" /rpt_type=dispersed variation 13096 /gene="ABO" /frequency="0.03" /replace="t" variation 13136..13143 /gene="ABO" /frequency="0.21" /replace="" variation 13297 /gene="ABO" /frequency="0.30" /replace="g" variation 13357 /gene="ABO" /frequency="0.01" /replace="g" variation 13434 /gene="ABO" /frequency="0.26" /replace="a" repeat_region 13521..13621 /rpt_family="L1" /rpt_type=dispersed variation 13754 /gene="ABO" /frequency="0.30" /replace="a" variation 13786 /gene="ABO" /frequency="0.45" /replace="t" repeat_region 13975..14175 /rpt_family="MER2_type" /rpt_type=dispersed variation 14041 /gene="ABO" /frequency="0.01" /replace="c" repeat_region 14176..14447 /rpt_family="Alu" /rpt_type=dispersed variation 14177 /gene="ABO" /frequency="0.11" /replace="t" variation 14274..14285 /gene="ABO" /frequency="0.12" /replace="" variation 14275 /gene="ABO" /frequency="0.26" /replace="g" variation 14393 /gene="ABO" /frequency="0.04" /replace="t" repeat_region 14448..14517 /rpt_family="MER2_type" /rpt_type=dispersed variation 14468 /gene="ABO" /frequency="0.05" /replace="a" repeat_region 14518..14833 /rpt_family="Alu" /rpt_type=dispersed variation 14567 /gene="ABO" /frequency="0.01" /replace="g" variation 14700..14701 /gene="ABO" /frequency="0.67" /replace="" variation 14735 /gene="ABO" /frequency="0.33" /replace="c" variation 14823 /gene="ABO" /frequency="0.33" /replace="a" repeat_region 14834..14934 /rpt_family="MER2_type" /rpt_type=dispersed variation 14927 /gene="ABO" /frequency="0.27" /replace="c" variation 15115 /gene="ABO" /frequency="0.01" /replace="g" variation 15195 /gene="ABO" /frequency="0.28" /replace="c" variation 15395 /gene="ABO" /frequency="0.11" /replace="a" variation 15406 /gene="ABO" /frequency="0.14" /replace="g" variation 15628 /gene="ABO" /frequency="0.94" /replace="" variation 15913 /gene="ABO" /frequency="0.30" /replace="t" variation 15920 /gene="ABO" /frequency="0.30" /replace="g" variation 15947 /gene="ABO" /frequency="0.44" /replace="t" variation 15988 /gene="ABO" /frequency="0.46" /replace="c" variation 16090 /gene="ABO" /frequency="0.29" /replace="a" variation 16280 /gene="ABO" /frequency="0.03" /replace="a" variation 16283 /gene="ABO" /frequency="0.26" /replace="t" variation 16373 /gene="ABO" /frequency="0.01" /replace="a" variation 16460 /gene="ABO" /frequency="0.03" /replace="g" variation 16531 /gene="ABO" /frequency="0.01" /replace="t" variation 16537 /gene="ABO" /frequency="0.21" /replace="t" repeat_region 16606..17047 /rpt_family="L2" /rpt_type=dispersed variation 16709 /gene="ABO" /frequency="0.01" /replace="t" variation 16731 /gene="ABO" /frequency="0.01" /replace="a" variation 16811 /gene="ABO" /frequency="0.24" /replace="t" variation 16857 /gene="ABO" /frequency="0.24" /replace="t" variation 16907 /gene="ABO" /frequency="0.31" /replace="t" repeat_region 17048..17462 /rpt_family="MaLR" /rpt_type=dispersed variation 17190 /gene="ABO" /frequency="0.04" /replace="a" variation 17301 /gene="ABO" /frequency="0.26" /replace="c" variation 17395 /gene="ABO" /frequency="0.25" /replace="g" variation 17502 /gene="ABO" /frequency="0.10" /replace="t" variation 17548 /gene="ABO" /frequency="0.04" /replace="t" variation 17576 /gene="ABO" /frequency="0.23" /replace="t" variation 17610 /gene="ABO" /frequency="0.26" /replace="c" variation 17689 /gene="ABO" /frequency="0.26" /replace="t" variation 17816 /gene="ABO" /frequency="0.24" /replace="a" variation 17817 /gene="ABO" /frequency="0.21" /replace="t" variation 17833 /gene="ABO" /frequency="0.01" /replace="" variation 17859 /gene="ABO" /frequency="0.26" /replace="c" variation 17904..17916 /gene="ABO" /frequency="0.76" /replace="" variation 17946 /gene="ABO" /frequency="0.03" /replace="a" variation 17958 /gene="ABO" /frequency="0.24" /replace="t" variation 18007 /gene="ABO" /frequency="0.24" /replace="a" variation 18059 /gene="ABO" /frequency="0.25" /replace="g" variation 18060 /gene="ABO" /frequency="0.25" /replace="c" variation 18071 /gene="ABO" /frequency="0.01" /replace="t" repeat_region 18092..18374 /rpt_family="Alu" /rpt_type=dispersed variation 18190 /gene="ABO" /frequency="0.24" /replace="g" repeat_region 18394..18500 /rpt_family="AcHobo" /rpt_type=dispersed repeat_region 18511..18861 /rpt_family="L1" /rpt_type=dispersed variation 18517 /gene="ABO" /frequency="0.04" /replace="t" variation 18582 /gene="ABO" /frequency="0.27" /replace="g" variation 19020 /gene="ABO" /frequency="0.21" /replace="t" variation 19311 /gene="ABO" /frequency="0.25" /replace="a" variation 19340 /gene="ABO" /frequency="0.25" /replace="c" variation 19355 /gene="ABO" /frequency="0.25" /replace="g" variation 19467 /gene="ABO" /frequency="0.75" /replace="" variation 19523 /gene="ABO" /frequency="0.31" /replace="c" variation 19548 /gene="ABO" /frequency="0.13" /replace="t" variation 19670..19672 /gene="ABO" /frequency="0.75" /replace="" variation 19876 /gene="ABO" /frequency="0.27" /replace="t" variation 19906 /gene="ABO" /frequency="0.26" /replace="a" variation 19989 /gene="ABO" /frequency="0.14" /replace="a" variation 20020 /gene="ABO" /frequency="0.24" /replace="a" variation 20097 /gene="ABO" /frequency="0.26" /replace="a" variation 20146 /gene="ABO" /frequency="0.69" /replace="" variation 20182 /gene="ABO" /frequency="0.36" /replace="g" variation 20203 /gene="ABO" /frequency="0.12" /replace="t" variation 20301 /gene="ABO" /frequency="0.11" /replace="t" variation 20348 /gene="ABO" /frequency="0.20" /replace="a" variation 20419 /gene="ABO" /frequency="0.04" /replace="" variation 20422 /gene="ABO" /frequency="0.36" /replace="c" variation 20424..20431 /gene="ABO" /frequency="0.98" /replace="" variation 20438 /gene="ABO" /frequency="0.12" /replace="t" variation 20447 /gene="ABO" /frequency="0.22" /replace="a" variation 20485 /gene="ABO" /frequency="0.20" /replace="t" variation 20494 /gene="ABO" /frequency="0.24" /replace="g" variation 20527 /gene="ABO" /frequency="0.04" /replace="g" variation 20530 /gene="ABO" /frequency="0.12" /replace="g" variation 20539 /gene="ABO" /frequency="0.12" /replace="t" variation 20705 /gene="ABO" /frequency="0.36" /replace="g" variation 20752 /gene="ABO" /frequency="0.20" /replace="c" variation 20852 /gene="ABO" /frequency="0.01" /replace="a" variation 20887 /gene="ABO" /frequency="0.12" /replace="g" variation 20976 /gene="ABO" /frequency="0.20" /replace="a" variation 21043 /gene="ABO" /frequency="0.30" /replace="a" variation 21045 /gene="ABO" /frequency="0.38" /replace="g" variation 21047 /gene="ABO" /frequency="0.05" /replace="a" variation 21150 /gene="ABO" /frequency="0.39" /replace="g" variation 21160 /gene="ABO" /frequency="0.12" /replace="a" variation 21209 /gene="ABO" /frequency="0.39" /replace="g" variation 21270 /gene="ABO" /frequency="0.28" /replace="g" variation 21272 /gene="ABO" /frequency="0.28" /replace="a" variation 21404 /gene="ABO" /frequency="0.19" /replace="t" variation 21419 /gene="ABO" /frequency="0.01" /replace="a" variation 21463 /gene="ABO" /frequency="0.12" /replace="g" variation 21532 /gene="ABO" /frequency="0.04" /replace="t" variation 21583 /gene="ABO" /frequency="0.21" /replace="a" variation 21594 /gene="ABO" /frequency="0.11" /replace="t" variation 21618 /gene="ABO" /frequency="0.18" /replace="a" variation 21640 /gene="ABO" /frequency="0.11" /replace="a" variation 21705 /gene="ABO" /frequency="0.05" /replace="a" variation 21708 /gene="ABO" /frequency="0.21" /replace="t" variation 21733 /gene="ABO" /frequency="0.11" /replace="a" variation 21740 /gene="ABO" /frequency="0.11" /replace="c" variation 21766 /gene="ABO" /frequency="0.21" /replace="a" variation 21867 /gene="ABO" /frequency="0.11" /replace="a" variation 21996 /gene="ABO" /frequency="0.10" /replace="" variation 22033 /frequency="0.13" /replace="a" variation 22053 /frequency="0.04" /replace="a" variation 22162 /frequency="0.39" /replace="g" variation 22204..22207 /frequency="0.29" /replace="" misc_feature 22254..22451 /note="Region not scanned for variation" variation 22490..22493 /frequency="0.46" /replace="" variation 22518 /frequency="0.15" /replace="c" misc_feature 22564..22812 /note="Region not scanned for variation" variation 22962..22978 /frequency="0.05" /replace="" variation 23043 /frequency="0.36" /replace="g" repeat_region 23194..23264 /rpt_family="Alu" /rpt_type=dispersed repeat_region 23265..23526 /rpt_family="L1" /rpt_type=dispersed variation 23339 /frequency="0.24" /replace="t" variation 23340 /frequency="0.12" /replace="a" variation 23408 /frequency="0.12" /replace="t" variation 23413 /frequency="0.24" /replace="c" variation 23444 /frequency="0.23" /replace="t" repeat_region 23673..23759 /rpt_family="L1" /rpt_type=dispersed ORIGIN 1 tctgcagtct cagaagtggc ctgttggaat ggggtctgca ggcagggaag ccttgggcca 61 gagtccctca ggggcaggaa cacagccccc aggcttgtcc cacttgtccc tctgaatagt 121 taagggctgc ccacagggaa cttccctccc tccctccctt cctcccttcc ttcctgcctc 181 cctccctccc ttctttcccc ttttcttctt tcatcctccc ctttcttcct tccttactgt 241 ggtaaaatac acataacatg aaatttacca tctcaactat ttaaacacgc acagttccat 301 ggtgttgagt tcactcacat cgttgtacag ccatcaccag catccatcta caacactctt 361 ttcatcttcc cagactgaaa ctcaacaccg ttcacagctc cccattcccg ccttccccag 421 gcgcccacca ttctcctctc tatttctacg aatttgatga ctccagtccc tcagatatgt 481 ggaattgtgg ctgggcgcgg tggttcacat ctgtaatccc agcactttca gaggccaagg 541 caggcaaatc accttaggtc aggagttcta gaacagcctg gccaacatgg tgaaacccag 601 tctctactaa aaatacaaaa ataagccggg catggtggca cacatctgtg gtgccagcta 661 ctcaggaggc tgaggcggga gaatcgcttg aacctgggag gcagaggttg cagtgagctg 721 agatctcacc actgcactcc agcctgggag agagagcgag actctgccaa aaaaaaaaaa 781 aaaaagttaa tagaatcgca tggcattttt ccttgttgga ctggatttta cttagcataa 841 ggcatcaagg ctcacccacg ctgtagcagg tgtcagcgtc tcctcccttt ctagggctga 901 gaaacattcc atctagagac agactcactc cgtgcagcca tgacgccttg gtgaacacca 961 cggctgcttc cagcttttgg ctatggtgag ttccgttgct aggaacacag atgtgcacat 1021 gtctcttcca gacccccttt caattccttg ggtgtataca caaaagcagg attgccagct 1081 catacggtaa taatattttt atttttattt ttatttttat tttttgagaa ggagtcttgc 1141 tatgttgccc aggctggagt gcagtggtgc gattttggtt cactgcaacc tccacctccc 1201 aagttcaagc gattctcctg cctcagcgtc ccaagtagct gggattacag actcgagcca 1261 ccacgaccgg ctaatttttg tatttttagt ggagatggag gattcaccat gttggccagg 1321 ctggtctcga acttctgacc tcaagtgatc cgcccgcctc ggcctctgaa agtgctagga 1381 ttgtaggcat gagccaccgc gcccggcctc gtacggtaat tctgtgtgat gttttgagga 1441 attgccacaa ttttttcctg cgcctgcacc agggacacgt ctcggagctg gcgaactgga 1501 cttggggtgg gagggaaagg aagcattaaa gatgccccca gctttcacgg agatgagaac 1561 ggtgccccgg gagggcggga cgggatcagg gtcctgtgaa cggggtatca gtgtaaactc 1621 ctctgagaga tatcaggaaa agcaggaaga agcctctggg acccttcggg aggtaactcc 1681 tcttcgcagc ggggcgcgct ctcccagtcc ctgcagccgc cgccgccctc tcctgagctt 1741 cctcgagcgg acgccaggca agggcggggg tcgtagcggg gcggagcggg gctttgtcca 1801 cggaccgcgc gaagaggcct cagggcccgg cgcgggcgcc ggagggggac tcgctcgcag 1861 ggggaacgcg aaggttcctc agtctgcggg acgcagagct ccgtggggcc gcgagccggg 1921 gccggggaag cgactctgcc tagggggacg tcgcgggcgc ggggcacagg gtcctgcggg 1981 gctggagggc tacaggctgc ggcgcgcgcg agccggaagg ccggggatcg tgggttctgg 2041 ggccgcagct tcacgggttc gtctcccccg cctccccggg ggagcaggat gtcagggggt 2101 cgcccccgcc cgggagacag ggtgtcaagg ggcccccggg gacggggctt caggggcacc 2161 cggagccgct cggccccagg gcgggatgcg gggacagggc cccaaggtac cagggccacg 2221 aggggcgcgc gggtcccttg gggatgcgcg cgaggaggcg ccgtcccttc ctagcagggg 2281 tccctgggga cccgcggccg cctcccgcgc ccctctgtcc cctcccgtgt tcggcctcgg 2341 gaagtcgggg cggcgggcgg cgcgggccgg gagggggcgc ctcgggctca ccccgcccca 2401 gggccgccgg gcggaaggcg gaggccgaga ccagacgcgg agccatggcc gaggtgttgc 2461 ggacgctggc cggtgagtgc aggcctcggc cccgggtgcc cgcgagggag ccgctaccgc 2521 agggaatgcg gggtgcaccc gacagccggg ccggggtggg ggcgcccagg gctgcgaggc 2581 ttcaggccgg ccgccgcccc agcctccgag accctgcgtc ctggggagcc ggcgggcagg 2641 tgggctcggc cgcgctgtgg gtgcctggga cccgcaggga ggatgggcgc ggtggcgcgg 2701 cctggcgggg ggctcgtctc cggggtcccc gggtcctggt gagagcgggg tccctcgacg 2761 ccgtggcggt ctccagcctc tcctcgcccc tccacgctcc ccgccttcca tgagctgcta 2821 ttttcagcac ctaccgcccg accctggact aggacaaggc tctgggctgc cctgcccgcc 2881 ccccagccct tccctcgggc acggcggcca ggcgcccggg ttgaccggga acagcctcca 2941 taccccaaac gcggaggcgc ctcgggaagg cgaggtgggc aagttcaatg ccaagcgtga 3001 cgggggaact gtgccccggg ccctcaggtg atataggagt taagaagaaa ttattgaggc 3061 aaccagatgc ggtgactcag gcctgtaacc ccagcacttt gggaggccga gggtggatca 3121 cctgtcctta attttcttgg cgccagaaga tgaattgagt atttacccag acaacaacgt 3181 cgcttcagag ggagggatgc agaacgcagg gccacggggc gcaggctgca ggccagtgaa 3241 ccccaacgcc aaaggccagg gagagccggg tggggtaccc agagccagca cacagccctt 3301 taatttagag gagtgctgtg tacacatctg gggagagaat gttttacttt gatttggaat 3361 caggtggcgg ataaggcata ctgaggcctg acttggtgag ggctcctgcc ccggaggtgc 3421 agccctggag gagcgggagg cagaggagtg gaaaattcat gaagaaaacc gggtatggtg 3481 taggtcgagg ccctgccctc agtaatgctc accatttgtc agtgtttact gtgaggcagc 3541 actgtgttca atatcgctga gttctcagga aggaacggta aatacttccc gggtcattct 3601 ttcacccacg ggaaaacagg tttggagaga tctgggacag tgctctggtc ccaggcagga 3661 agggctgagt ggggcctggg actcaggtct gactgcaaac acctgcctcc tccctgtgct 3721 gccagcgcct tccgggttct tccctgtccc tcctttgtgg tctttgtttt cccttttttg 3781 tcttaatatg tttcaacgga tgtatacaat aaaccgcaca taaaaggtac agctggatac 3841 atcttgaccc agtcaagatg atgaacacag ctgccacccc aggagtctgt cctgccccac 3901 gggttatgct gtcttagttg gtctcatgtc agggagcctt ggaggaccag ggactgggca 3961 gttggtctct atactcctgg ggttctggca ctggctctgg cccatgaccg cacccaagac 4021 aaacgtcttg aagactaaga ggttaggtct ttgagaaacc tggcaaatga gtgcccattc 4081 tcaggttacc cacattctgc atgttgattt agtcatccaa ccaatgttgg ttgaacactg 4141 atgagaacaa gcaggcctgt gctagaaggt gcctgcagcc aggagctggt gagctggtgt 4201 ccttagggac accaatggcg agggacccag tgtgtggaaa tctgggggac aagcatgcca 4261 gggagaagag ctcacatggg gaaggcccgg ctccacaaat cagtcaggct tgttggggcg 4321 ggcaggagag cagggtagtg gagtcagagg gagtgatccc ccgaaaggca ggaagaggac 4381 atgagagagc cttggagatg acggtgagga tgtggttggt gggcggtgag ctgggtgtca 4441 tgtgctggct ccttagagaa tgctcagctc cttcacaccc atcataatcc ctggaggact 4501 gagaccacgt gcaggagttt tggaagctgg cagtgcaccc agtcccggct ctcctccatt 4561 ctggtgggtc tcaccagaga ttggccaaga agagatcaaa ctgttcctgg accaaactga 4621 gggtggggct gctatctctc gcggcccaat aacgagatgc agatgaactg gggagaaaga 4681 gagtttttat ttctgtaacc agttacaagg agaagacctg gaaattatct ccagaccaac 4741 tcaaaattac aaagttttcc agagcttata taccttctaa gctatatgtc tatgtgtaag 4801 tgtgcattca tctcaagaca taagtaattg acttatgtta atctataact aaggtctgag 4861 tcctgaagac cttcctctgg atcctcagta aatttactta atctaaaacc cttatcttgt 4921 ctcctaaatc atgggggttt gggaagttcc ttcagacccc cagtaaactt atttgtggag 4981 tcctggggaa tttcttcaga tccccaataa aacttgttta atcctaaatg ggtcctgtta 5041 agaattcctt cgttattttg tcatgcttga aggcccagga aaggtctagg caaaactctt 5101 ggtgggattt tgttatattc cagccttttt ataagggcac tggcttttaa tatttaattt 5161 aaccactcag tcagtactga aacagttgtt agggaggcct gcgttagtga gacctgacct 5221 gccacaacac atcttactcg gaatgctgcc cataacttca aaaaatcagc tttgacggag 5281 ccctactgaa cacacctagc atctctcttc cttcagctta gggtcaaggg gctggggttg 5341 atggcaccat tgaaagaaac agctttattg ccgtgtcatt gatatgccat aaaattcacc 5401 tgtttcaaat gaattatttt tcagttagtt tacagagttg tgaaataaat tttataactt 5461 ttccatcccc agcccaccaa aactccctgg aactcctccg cagtcattcc ccattcccac 5521 ctggcctcag acaatcactt tctgtctctc cagtcttgcc ttttctggac agttcctatg 5581 aatggagtcc tgtgttacat ggtcttttgc atctgacttc cttcacttag aataatgatt 5641 ccgagattca tgtatgttgt agtatgtatc agtatttaat tcctttttat tactgaataa 5701 tccattgtac agatagacca cattttgttt atccattcat cagctgaagg acatttcggc 5761 tgtttctgct tttttagcta ttttaaactg cacgcagcac tgctatgaac atttgtgtac 5821 aagactttgt gtgaacatgt tttcatttct cttgggttga tacccagcag aggaattgct 5881 gggtcataca ggaagtctga tttaacattt taagaaacta gcaaactgtt ttccaaagtg 5941 actgccccat tttacattcc catcagcagt gtataacggt tctaattttc ttttcctttt 6001 tcttttcttg agacaaggtt ttgctctgtc acccaggctg gagtgcagtg gcatgatctt 6061 ggctcactgc agcctcaatc tcttgggctc aattggtcct cccacctcag cctcctgagt 6121 agctgggact acaggtgagt accaccacat ccagctaatt tttgtatttt tggtagagat 6181 ggggttttgc catgttgccc aggctgttct caaactcctg ggctcaagtg atctgcccac 6241 ctcggcctcc ccaagtcctg ggattatagg tgtgagccgc tgcgcctggc tgagggttcc 6301 actgtctgta cgtctgcagc aatacatacc attcttgtgg gtaaaaggtg gtatctcatt 6361 atagttttga ttgcattccc caagtaaata tgatggcaag tggcttttct tgtgcttttt 6421 agccatttgt atatgttttt ggtgaaatgc ctgttgaaat gttttgcctt tttaaaaatt 6481 gagttgtctc ctttgttcag ttttgagagt tctttacata cacagtatca tatatatata 6541 tatatatata tataccagat atatgatttg caaatatttt caatcatcaa tagtttgtct 6601 taacactttt ttattggtgt tttgaagtag aaaagtttta cattttgatc cattccaatt 6661 tattaacttt ttcttttatt gtgtatctgg tatcatatct aagaaatctt aatccagtgt 6721 cacaaagatt taatcttata ttttcttcta accgctttct agtttatgtg taagaatctg 6781 tccattttac ctaagttgca taatttgttg gcaaacagtt gttcatagta tttccttgaa 6841 atccttttaa tctctgtaag attggaattg ctgtctcctc ttttagtcct gattttagtt 6901 atttgtgttc tctctctctc tggtcaatgt agctaaagct ttgtcaattc tcttgatctt 6961 ttcagagaac tgacatttga ttttttttac tttatctttt tctctctgtt ctctagttca 7021 ttggtttcca ctctaatatt tattatttcc ttcttctcac tttgggttta atttgttctg 7081 tcttttctta ttgtagttac ttacaatgga agcttacaca cttgatttaa gatttttttt 7141 tctaatgtag acatttacag ctataaattt cccttgaaac acagctttag ttatatctca 7201 taaattttgg tatgttgtgt ttacattttc attcagctca gtgtatcttt tgattttctt 7261 ctttgaccca ttgcttattt agaattatgt tgtttaattt ctatgtattt ataggtttcc 7321 caaatttctt ttgttaattt ctgatttcat tcccctgtgg ctagagaaga aactctgtgg 7381 atatcagtcc tttcgaattt ctcagaattg ttttatggtc cagcatatga ttgaccttgg 7441 acactgttcc atgtgcactt gaggagaacg tgacttcggc tcttgccagg tggagtgttc 7501 tagagatgtc agttggtgtc cagtgatgtc aagtcatttg tatctactga ttttctttct 7561 aatttttcta tccattattg agagtggggt aggattttgg tgtccaatta ttgttttttt 7621 gttgtttttg ttttgttttg ttttgttttt ttgaggtgga gtctcacttt gtcacccagg 7681 ctggagtgca gtggtatgat cacagctcac tgcagccccc acctcccaag gcttaggtca 7741 cctcagcctc ctgagtagct gcaactacag gcaagtacca tcatgcctag ctgatttttg 7801 cattttttgt agacagggtt ttgccatgtt acttaggctg gtcacgaact cctgggctca 7861 agtgacccac ccacctcggc ctcccaaagt gctgggatta caagcgtgag tcaccatgcc 7921 tggcccaacc gttactggtg aattgactgt ttcacccttc aattctgtga gtttttgctt 7981 catgtattgc tgcgggataa ttaaggaatc agagagaccg atggggttga ggaggaatta 8041 tttaattatt taggcgcacc gacccaatca gattaacatc caaaggaccg ggccccaaac 8101 aaagagtcaa gctacctttt aagcattttg tggggtgggg ggagatttgt gcagggggaa 8161 gagtattaca gaagcgagaa acaaagacag ttattcagtt aagacatgca ttacattatt 8221 tcttactttt caaggaacaa cacgttttat gactcaagat tatctgttta gtgaccttgc 8281 agctgcacag ctagagaaac agagtcttcg caatgcctgg gaaagggaga gataaggctc 8341 actagccaca gaaaaacagc cagttaattt ttaaaggact ccagcccttt ctcttcctca 8401 aggggaattg gttttttaca tacaactgag tttttgctta cacagttttt aatttctttt 8461 aattcctgtt ctagtatttt ggggctaggt tgtcaggtat gtatatattt ctgtttgtta 8521 tattttcgtg atgtattcac tttatatcat ggcagaatgt ttctctttag taagattttt 8581 gatcttaaaa aagttggcca gatggggtgg ctcatgcctg taatcccagc actttgggag 8641 gccaaggcag gtggatcacc tgaggtcagg agttcaagac tagcctggcg aacatggtga 8701 aaccccgtct ctactgaaaa tacaaaaaaa ttagccagcc atgatggtgt gtgcctgtaa 8761 tcccagctac ttgggaggct gaggcacgag aattgcttga acccgggagg ctgaggttac 8821 agtcagccaa gatcgtgcca ctgcactcca acctgggtga tagagtgaga ctctgtctca 8881 aaaaaacaaa aaaattattt agtctgacgt tagcatttct cctcaagctc ccttacggtt 8941 gtttgcatag caaatctact atccttttgc tttgacctat ttgtatcttt gtttctaaag 9001 tatgtatgtc tctcacaggc agcatatagt caaagcttaa aaaaaaaatc cagtctaacg 9061 atctctgcct tttgattggc atgttcattc tattcccatt caatgttatt attgctgtgg 9121 ttggatttcc atctatcagt tcacaatttg ttttctatgt tttatgcctt tttgttcttc 9181 tgttcatctt ttactacctt cttttgtatt aagtattttc tagtgtagca tttaaattcc 9241 ctttttcttt ttaagtgtat attttaaagt tattttgtta gtgtttgctc cagggattac 9301 aatatgcatt ttaatttatc aggatctact tcagattaat actaatttta gtaaaataca 9361 ggaacttgac tccagtataa ctccatttcc tccctccttg cttgtggttt gtagtattat 9421 tgtcgtatat gttcatctat atatgttata aactcaacaa catggtgtta taattattgt 9481 ttcacacaat cttatttctt ttcaattcag taagacaagt aaggagaaaa acacttttca 9541 agtcttttat attacactgt atatttatca ctgactttac tcttgatttc ttcctgtata 9601 ttcaagttat tgtctggtga cctttccttg ctccagtata tataataact tcattgcctc 9661 cttgctcctt tatgctgtta ttgtcatata tattatatat gtttatgctg tgagcccatc 9721 agctaagtca gcttagcaag gtctcaagat acaaagtcaa tgaataaatc aggctgggtg 9781 tggtggctca cacctgcaat cccagcactt tgggaggcca agataggtag atcactcgag 9841 gccaggagtt tgagagcagc ctggcccaca tggcaagact ccatctttac aaaaatacaa 9901 aaaaaaaaaa aagttgagtg tggtggtatg cctgtaatcc cacctacttg ggaggctgag 9961 gcatgagaat tgcttgaacc caggagggag aggttgcagt gactggagat cacaccactg 10021 cactccagac tgggcaacag ggcaagactc agtctaaaaa aaaaaaaaaa aagaaaaaag 10081 aaaaacaaga ataaatcaat tatttttcta taatacttgc cacaatcaat tgaaccatga 10141 aaaattttaa ataccattta cagtagcatc ataaaacatg aaatatttag agaataattt 10201 accaaattag gagaaatgtc tatacaatta aaactgcaat ataaaccagg caccatggct 10261 catgcctgta atcccagcac ttgggaggtc aaggtggcca gatcacttga gcccagaagt 10321 ttgagaccag cctgggtgac atagtgagac cctgtctcta caaaaaaaaa aaaaaattag 10381 ctgggcatgg tggcatgcac ctgtagcccc tgctactcag gaggctgagg tgagaggatg 10441 acttgagccc agtaggcaga gattgcagtg cattccagcc tgggctacac agcaagaccc 10501 tgacaaaaaa aaaaaaaaaa gaaaaagaag gtcacaaaaa aacagaaaac tgcaaaatat 10561 tgatgacaaa aattaaagaa gacataaata aatggagaaa tataccatgc tcatggattg 10621 gaagacttac attgctaaac tgtcacttct ccccagatgg atctacagag tccacataat 10681 ctcacttaaa accccagaag aaatttttgt aaagttgaca gctgattcta aaattttaca 10741 tagtaatcag aataggttga tattaggata gacagatagt tcaatggaat agaatgcaga 10801 gtttagaaat agacctacac agaaatagtc aattgatttt ttaatagttg ctttttgata 10861 agggtgctaa ggtaatgtga tagagaaagg aaagtatttt caattcaaat ggctgaaatg 10921 actggatatc cattgaggga agaaagggac tttagccttt cacacaatac acaaaaatta 10981 tggaattctg aagaaaataa gagaaaatgt tcatgaactt ggggtaggca aaaatttaat 11041 agatgaggca aaaaaaaaaa aggcccaaac cataaaaatg gtttcatttt tataaggata 11101 aattagagtt tataaaaatt aacacttccc ttcaaaagaa aaattaagga aaaatgaata 11161 aataagccac cgactgagag aaaatatttg ttttctaaga agtattttgt ttttcatttt 11221 atgggttcat agtaggtgta tatatttatg gggtccctga gatattgtgg ttcagtcata 11281 caatggaaaa ttcacatcat ggagaactgg tatccatcct cttgagcaat tatcctttgt 11341 gttacaaaca atccaactat actcttttag ttatttttat tctttttttt tttttttttt 11401 tgagatggag tctcgctctg tcacccaggc tggagtgtgg tggcgccatc tcaactcact 11461 gcaacctccg cctcccaggt ttaagtgatt ctcctgcctc agttcctgag tagctgggac 11521 tacaggcacc caccaccacg cccggctagt ttttgtattt ttaaactttt tttttctttt 11581 ttctttttct tctttttttt ttttttgaga tggagtctcg ctctgtcgcc cgggctggag 11641 tgcagtggtg caatctcggc tcactgcaac ctccgtctcc caggttcagg agattctcct 11701 gcctcagcct cccaagtagc tgggattaca ggcatgcgcc accacaccca gctaattttt 11761 tgtattttta gtagaggcag gatttcaccg tgttggtcag gctagactcg aatgcctgac 11821 ctcgtgatcc acccacctcg gcctcccaaa gtgctggggt tacgggcgtg agccaccacg 11881 cctggcctta gtttttgtat ttttagtaga gatgaggttt caccatgttg gccaggctgg 11941 tcttgaactc ctgatctcag gtgatccacc tgcctcggcc tcccaaagtg ctgagattac 12001 aggcatgagc cactgtgccc gacctctctt ttagttattt ttaaatgtgc aattaaatta 12061 ttattgacta tagtctccct gttatgctat caaatactgg gtcttattca ttctttctat 12121 ttatttgtac acattaacca tccctacata ccctctcacc cctgccacta cccttccaag 12181 tctctgcgaa ccatccttct attctctatc tccatgagtt taattgtttc gatgttttga 12241 tactacagat aagtgagaac atgcagtgtc tgtctctctg tgcctggcga gaaaatattt 12301 gtaatatttg tatttggcaa aggacttgta tccaaaatat agaaataaat tctgctcaat 12361 aataaaaaga gaaacaactt aatgagaccc agtgtctaca aaaagtagaa taattagccg 12421 ggcatgttgg tgcatgtctg tagtcccacc taatcaggag gctgaggggg aaagatcact 12481 taagctcagg agttcgaggt tgcagcgagc tgtgatcgtg ccactgcact ccagcctggg 12541 tgacagagta agatcctgtc taaaaaaaat aaaaatagag ggccaggtga ggtggcttat 12601 gcctgtaatc ccagcacatt gggaggctga ggcaggtgga ttgcttaagc ccaggagttc 12661 aagaccagcc tgggcaacat ggtgaaaccc catctctacc aaaaccacaa aaaatcagct 12721 agatgtggtg catgcctata gtctcagcta ctcaaaaggc tgaggtggga ggatcacctg 12781 agcccaggaa gtcgaggctg tagtgagcca tgatcatgcc accacactcc agcctgggca 12841 actggagtgg gactgtgccc cccaaaaata tatataagta aataaataaa taaataaata 12901 aataataaaa tgagctaaag atctggacag gcttcataag aagcaagcaa atggccaata 12961 aatacatgaa aagatgattt acctccttag tcattggaca cacttagata ccactcctca 13021 tccactagca tggctaaagg ataaaagagt gaccatcaag tgttggcaag gactgtggtt 13081 ctcgtacatt cctggcggga atggaaaatt cagtcaccac tttggaacac agtttggcag 13141 tttcttacaa agttaaacat acacttacca tatgacccat cttttccatt ccttggtatt 13201 tactcaaggg aaatgaaaac acaggtccac aaatacctgc acatgagtgt ttacagaagc 13261 tttgttgcta gtggccccga acagtgaaaa aaccacagtg tctgtcaata ggagacagaa 13321 taaatgaatt gtggcggatt aacaatggcg tgcttctcag aaatgaaaaa gaacgaacga 13381 ttgatacacg tgacaatata ggtgaatctt caaaacagca tgcggtgtga tgcggccaga 13441 cataaaagag catgtatcag aggattccgt gtatgggaaa cgccagggaa tcagatccat 13501 ggttgtcagg gtcaggaggg accttactgg ggtgattaca tgtgtacata cattgtgtga 13561 aactcatcaa aaccgtatac ctaaagtggg cacattttat tggatgtaag ttatccctca 13621 aattaaatta attttcaaag ttttaaaaaa tggaaccatt tttgccacat tgaaggaaaa 13681 ttatttccac caagatttcc ctacagccaa acgatctacc aactacaaaa atggaaaaaa 13741 taatttagga catgtaaagt tcaaatgttt tgcctcccac gtttcggttt caagaagcta 13801 ttcgagataa atcgctccgt ggtcacagga cttagaaagg tggaggtaaa cacacacaag 13861 cattataaga taagaagtaa cagatgaatt agttgaaagg gactgatttc gggggaagga 13921 ataggaactg ggccaggaga tagacgcctt tcaggcttgc ccttgtgaaa acgatagtcc 13981 cctcttacct gcgggggata ggttccgaga tccccagtgg atgtctgaaa ccacagatag 14041 taccaaaccc tacagagagt atgttttctc ctgtacacac atacctatga tagggtttaa 14101 tttataaatt aggcaccggg tgggattaac aaccataatt aatagtaaaa tagaacaatt 14161 ataacaatat actgtccgag gcgggtggat cacttgaagt caggagatcg agaccagcct 14221 ggccaacatg gtgaaacctg tctctactaa aaatacaaaa aattagccag gcgtagtggt 14281 gggcgcctgt aaacccagct actcgggagg ctgaggcagg agaattgctt gaacccggga 14341 ggcggaggct gtagtgagcc gaaggtgccc ctttgcactc cagcctgggc aacgagcaaa 14401 actccatctc aaaaacaaca acaaaacaac aacaacaaca aaaacaatat actgtaataa 14461 aggttacgtg aatgtggtct ctctaaaaaa aaatgtgtat atatcttagt ttgtgggttt 14521 tttgttgttg tagttttgtt tattattaag agacagggtc ttgctctgtt acccaggctg 14581 gagtgcagtg gtgtgatcat ggcttactgc agccttcacc tcctaggctc aagtgatcct 14641 tccacctcag cctcctggga ccagaggcat gcaccactat gcccagctaa ttgttttttg 14701 gttttttttt cttgatagaa atgagttctc actatgttgc ccaggctggt ctagaactcc 14761 tggcttccag caattctgct ggctcagcct cccaaagtcc tgggattata ggcacgagcc 14821 acgatgcctg tcctcaaaat attttactgt actgtactca cctattattg gcctttggtt 14881 gaccatgggt aactgaaact ccagcaagcg aaggtgtgga taagggaact actgtacgtg 14941 actttaatat acataaaatc accttaaaga caatgattgt ttccagaaca tgagcctctg 15001 agacagcagg gagatactag gggaagttgg tggctcctct ccctggcagg aactggtctg 15061 ggctcctggc tcagcctggc catgaggctg tcctggcctc cctcggtggg ttcgacagtg 15121 acctcgacgt gctcatttca gtgtggttca ttccggtctc ccaggggaag ggggtgctga 15181 gtggaaggag gtcaatggga agccggggtg gctctcagag tctgcaggag cagtcgggct 15241 gatgagctgg gaggagcaga ccgcctccct cttctctgag tgggaggagg gccagatctg 15301 gactgggttt ggagatgctc aggtggggct cagagcatca cctgtggggc agagggacca 15361 tcttggcaga tgaaggcccg tcgcagggtg tgatgcctga attacaaggc gggacaggta 15421 aagtggggca ggtgagagaa ggagggtgag tgatgtgatt tttctactcc tgttttccag 15481 gaaaaccaaa atgccacgca cttcgaccta tgatcctttt cctaataatg cttgtcttgg 15541 tcttgtttgg gtaagacaca tttgaccatc gaggctggcc tggtttgggg agaagtgacc 15601 acagcagcca atcagaccca tggggccttc cctgagctcc ccaagtatca cagttatcag 15661 ggtcctaagg acagttattg cctgcgtcca gctctggcgg agggtgtgct tacttgctcc 15721 cttattttag cctcacctgg gcaacaggct catctcactc ccatttaaaa ttttcctaag 15781 tgtggagtct ggggctggga gagcaagccc cttgcccaca attgcgtggc tgggggtggg 15841 gaaggcaatt ctgggtccca agctgttagt cgcttccaga cacagaaggt cccagaacca 15901 agagtgaagt cacctgtcac ctctactggg gcatctctgg acacggcctg gaaacactcc 15961 ctgacgtggc ctcagggact gcactgatca aggcactggt ggcggggggt gagggagctg 16021 gggctctgga gctccagcag gtgcccatac gtgagcaata tcccagggac caccctcctg 16081 cccacctccc ggtgtgggac gtggcgaggc gcctgagctt tgctgagaac ttgccctacc 16141 tgcctcgagg ccttgcagct tcaccgggaa ctcttgtgct cacgctgctg gccgcaccat 16201 gcactttttg gaggaaggga ccaacaggca gtcttcgttc tgtgtcctga gtcttggcac 16261 acttcctttc tgcagttacg gggtcctaag ccccagaagt ctaatgccag gaagcctgga 16321 acgggggttc tggtgagtgc agggaagagc aggtggagca tccatgctgg ccggggtgct 16381 ggctgtgggc gggggtccca ctctgggaac tccccctccc cttcctgggc ccgctctcta 16441 tgctctgccc agtgtagaca tgctcaactc tgtggccttg aagggtcacc tggatacctc 16501 tggagtcagc cttgacctcc cttctgacct ccagtcccca actccaggct tacccagagt 16561 tcccatgcat ggtctctgct cccccatccc cacccctcct ccaccagcca tcctcaactc 16621 tccctttgct ctcaccccta cactgggttc ccaaatcctg ccagccctgc tcttcagcag 16681 ctcgcgtgcc cactggcctc cctgccttcg acgtcctgct ccagggctcc ggtggggctg 16741 ccctcatctc tgtgacagcc tcagacttgt ctccccatcc ccatcagccc tgtccccctt 16801 cttctcacag cagctggagt gatctttcca gaacataagg taggaggctc tccatgatct 16861 gatcctgcct tcctgacctc cccagcctca tctctccctc ctctgccctc gccctctgtg 16921 ctccagccaa cgtggcctgt cactcgtcca cctgccatac tgtcctgact ccaggccttt 16981 gcctgtgcta tggcctctgt tgggaccact cttgtctctc ccctgctgtg tctgctaatt 17041 cccactcgtg tcagtgatcc atggctgcag aacacaccac tccatccatg gaaaacaatc 17101 acaatcattg attactatct ctccctgggc ttcctggggt ggactgggct cagctgggtg 17161 gttcactttg gggcctcagc agtcatgggc agacagtggc tggggtcact gcaaagactt 17221 ccctgcatct ctggcagttg atgctggctg tcatctgaga cacctaccca gggcctctcc 17281 ctggggcctg ggctcctgct tagcttggtt gggaggctcc aagaccaaca tcccaagaaa 17341 gatgagacag aagccagatc acctttttgg gcctggcttc agaagtcacc cagcatcact 17401 tctgctgcat ttatttctta gaaacacaga atatcagacc ccatctcttg atgggagggg 17461 gcctcatggt ttgtagacat gttctgaaac tccactctgc ccggccttgg cttcgacgtg 17521 tctggtgaat gtgtgggctg tgaggctccc cgaacgtaga cctcagactg caacgctggc 17581 cgttacaggg tctggcacac gggcccacgt caggcccatc gccacagtga tggttgttct 17641 gtgactgttt ctggtggcct ctgctccaca ctccaggctg acgctgtgcc ccttccactg 17701 ggaccctcgg gtggcttcca tgcacttgtg ccctaaatcc tgctcctaga ctaaacttca 17761 tctcctgtgt tctcattctg cagcatggct gttagggaac ctgaccatct gcagcgcgtc 17821 tcgttgccaa ggtataatgt cagtgcctcc cttcagtggc tcccatgtca cagaattgtc 17881 ctgcagccct ggcacatgtg tgcgtgtgga cagaagcatg tgggagctgg ggcaggtcct 17941 ctttcctcct gtggctccga gggagggggc cgctccttcc ccagtctcta ccctgacttg 18001 gccctcgtcc tgcagccact cagagagcac gatggagctg gagcttcagt tttgaccaaa 18061 tgcgtgtcgc cggcttttgt gtgtgtgtgt gtgtgatgga gtctcgctct gtcgcccagg 18121 ctggagtgca ttggcaccat ctctgcccac tgcaacctct gcctcctggg ctcaagtgat 18181 tctcctgcct cagcctcctg agtagctggg attacaggcg cccaccacca cacctggcta 18241 atttttgtat ttttagcaga gacagcgttt caccatgttg gccaggctag tcttgaactc 18301 ctgacttcaa atgatccgcc cgcctcagcc tcccaaagtg ctgggattac aggcatgagc 18361 cccggcacct ggccttcaaa ttggctttta aagaagatga ccagctggtc tgttctgtct 18421 ggggccttgg agggctgttt cccaggatgt gggcctttat cagtgctgac ctaggcaatc 18481 aaggccaagc tggccacact gcttttgatt ttttttaaat tgtgatgaaa tacgcttaac 18541 ataaaatttg ccatcttagt cattttggag tgttcagtag ctttaagtcc attcacattg 18601 ctgtgcagcc atcaccacca tccatctcca gaactctttt catcttgcca acctgaagct 18661 ctgtccccat aaaatagcaa ctccattttc cctcccccag ctcaccattc catggtctgt 18721 tgttatgagt ctgctactcc aactaccttt tataagtgga gtcaatggta cctgtgtttt 18781 tatgtcgggc tcaaatcact gagcgtgatg tcctcacggt ccatccaggt tgtaccaagt 18841 gtcagaattt ccttcctgtt ttctgctgac tccctgcttt taaaggccat cttggacatt 18901 caaattgtgg ccattactga cagttaaaat ggccccggct catgtctcct gagcctctac 18961 aatcctttag gtggggacag tactgcggcc cacacgtccc cacaggctgc gtgtgacacc 19021 tgacagtgct ttgtgccact gtggagcagg tgtcactctc ccacttctca gagaggaagc 19081 cgggctctgg aagccagcag cccacaagga ggcccagcag gcttcgggcc caggtgggga 19141 ggtctgcaca tctcagggcc tttccctggg aacaaccagg gacagaggcc acacacccag 19201 cctcctctct gcccacagtg aattgagaca caacccctta cgtccctccc agccttaagt 19261 caagtggaaa gcaatggccc ctgaggtcac ttagtccctc ttgccagttt gtaagtgctg 19321 aatcagagac tctgagcttt ggccctttcc cgagttcccg ggattatgag ctgacacagc 19381 ccccaagcaa ccacagtgat tccagcctgg gagtgtggcc ttggcgggag ggtcaatgcc 19441 cagtcatggt tcagcggctg tgcacacccc ctgcttacct gcatcccacg ctttccatgc 19501 aaactcacgt ggcggcgctt tgtgcttgca ggatggtcta cccccagcca aaggtgctga 19561 caccgtggtg agtaaagtta ctgacactga aactgaacgc agctcaaggg gctgttctga 19621 aggtattaga gggcggtttc cttgatgtaa atctcagttg gggctgcttc cccgttctct 19681 cctctcagat tctcctgaca tctgaattca gaggcccaca tggctgtcct ctttcccttt 19741 gctttctctg acttgcgtct cttgtttcct gtccctttgt tctccaaagc ccctgcaaag 19801 gcctgatagg tacctcctac ctggggaggg gcagcggggg ttgggtgctg gggagggttt 19861 gttcctatct ctttgccagc aaagctcagc ttgctgtgtg ttcccgcagg tccaatgttg 19921 agggagggct gggaatgatt tgcccggttg gagtcgcatt tgcctctggt tggtttcccg 19981 gggaagggcg gctgcctctg gaagggtggt cagaggaggc agaagctgag tggagtttcc 20041 aggtgggggc ggccgtgtgc cagaggcgca tgtgggtggc accctgccag ctccatgtga 20101 ccgcacgcct ctctccatgt gcagtaggaa ggatgtcctc gtggtgaccc cttggctggc 20161 tcccattgtc tgggagggca cattcaacat cgacatcctc aacgagcagt tcaggctcca 20221 gaacaccacc attgggttaa ctgtgtttgc catcaagaag taagtcagtg aggtggccga 20281 gggtagagac ccaggcagtg gcgagtgact gtggacattg aggtctctcc ttgtgttcaa 20341 gacagagtgg ggtggcggcc agccttgtcc tcccagaggg tagatgggaa aggtcattca 20401 tgcagcatct tactgagctc atgtgggctc gtgggctcgt gggctcgcca ggtcggtaaa 20461 acccagctcc ttctccagag gctgcgtctc acccagggat ggtggcttct gctgccccct 20521 cctctctgta actgtggccg gccgtcatgc tgagccaccc cctcaataca aggctccaga 20581 tgtttcctgc tcactgacca gagatagcag gagggggaca cctgtttgct gtccttggac 20641 cctagaaaga ggatgctggc agagccgtgg tcacttctct gtcagatgta ggtggggcag 20701 gcaaagcagt tggccccaga caccaaagga agtggctgac ccacaaggcc ctgggactct 20761 gggccaggcc agagagggag ctagccaggc aaccgcagac acatacttga cttctcggca 20821 gctgtgggca gctgggccag cgacagtggc ggaggccagg aatgacttac tcttaggaat 20881 aggtgcagtt caagcctgga gggaggaagc tctagggtgc agaggcgggt gtgtggaggc 20941 ctcgcgtgca gcttataatg agggagcacg tggccggcct ggccataaga ggggcagctg 21001 cgtggggagg cgtggctcag gccaggctga gggggagtga gcggacgcca gcctgcggcc 21061 tgctaccagc ctccagccac ctgccctcag ccctccttag taagaggggg tgctggtggt 21121 cccccatcgc tgggaagagg atgaagtgaa tcgcagcccg aggactcgct caggacaggg 21181 caggagaacg tggtgcatct gctgctctaa gccttccaat ggccgctggc gggcgggtgc 21241 aggacgggcc tcctgcagcc caggggtgca cggccggcgg ctcccccagc ccccgtccgc 21301 ctgccttgca gatacgtggc tttcctgaag ctgttcctgg agacggcgga gaagcacttc 21361 atggtgggcc accgtgtcca ctactatgtc ttcaccgacc agccggccgc ggtgccccgc 21421 gtgacgctgg ggaccggtcg gcagctgtca gtgctggagg tgcgcgccta caagcgctgg 21481 caggacgtgt ccatgcgccg catggagatg atcagtgact tctgcgagcg gcgcttcctc 21541 agcgaggtgg attacctggt gtgcgtggac gtggacatgg agttccgcga ccacgtgggc 21601 gtggagatcc tgactccgct gttcggcacc ctgcaccccg gcttctacgg aagcagccgg 21661 gaggccttca cctacgagcg ccggccccag tcccaggcct acatccccaa ggacgagggc 21721 gatttctact acctgggggg gttcttcggg gggtcggtgc aagaggtgca gcggctcacc 21781 agggcctgcc accaggccat gatggtcgac caggccaacg gcatcgaggc cgtgtggcac 21841 gacgagagcc acctgaacaa gtacctgctg cgccacaaac ccaccaaggt gctctccccc 21901 gagtacttgt gggaccagca gctgctgggc tggcccgccg tcctgaggaa gctgaggttc 21961 actgcggtgc ccaagaacca ccaggcggtc cggaacccgt gagcggctgc caggggctct 22021 gggagggctg ccggcagccc cgtccccctc ccgcccttgg ttttagcaga acgggtaaac 22081 tctgtttcct ttgtccgtcc tgttgtgagt aactgaagcc taggccccgt ccccacctca 22141 aatcacacac accccctccc caccacagag acaccattac atacacagac acacacagaa 22201 agacacacac agacacaaaa tcacacacac accctccccg ccacagagac accattacat 22261 acacagacac acacagaaag acacagacac aaaatcacac acacaccctc cccgccacag 22321 agacacacca ttacatacac agacacgcaa tcgcagatac gcccttccgg ccacagaaac 22381 acaccattac acacacatac acagaaagac acacacagac acacaatcac acgcagcccc 22441 tccccgccac agagacacac cattacatac acagacacac acagaaagac acacacagac 22501 acaaaatcac atacacatcc tccccgccac agagacacac cattacatac acagacacac 22561 acagacacac aatcacacac agcccctccc cgccacagag acacaccatt acatacacag 22621 acacacacag acacacaatc acagataccc cctcccggcc atagagacac accgttacac 22681 acacatacac agaaagacac acacagcccc tccccgccac agagacacac cattacatac 22741 acagacacac acacacacac aatcacacac acaccccccg ccacagagac acaccgttac 22801 atacacagac atacacacac acacagacac acaccagaca cgcaaagaca cacagacaca 22861 gatacacaga tacaaagaca cagacatata gacacacaga catgcacaga gacacatgga 22921 gacacatgca aaaatgcaca gagaaagaca tacagaagtg tacacacaga cacatagacc 22981 acacagacac acagacatgc atgcaaacac acagacatgc agacatgcac acaaacacag 23041 actcacgcac acagacttag gcagcccaaa ttcagcgcct ggggcataag ttcctggagg 23101 ggtggccacc ttcagccccc acggtaaggt cctgaggaac cttcccctta gacaagggat 23161 catggaggag gtctcttccg gagcctggag ggaggcctca agtggtcctt ccacctcggc 23221 atcccaaagt gctaggatta taagcatgag ccactgcacc tggccccaac atcatttatt 23281 gaacagactg tcgtttccac attgtgtttc ttggcatttc tgtcaaaaat cagttgaccg 23341 taaatgcatg gattcacttc cgggctctct attctgtttc attggtctgt ttgtttttat 23401 gccaatacca tgatgttttg attattatag ctttatagta tatcttgaag ttaggtagtg 23461 tattgtctcc agctttgttc tttttgctta agattgcttt ggctatttag gggtctttgt 23521 ggccattact gacagttaaa atggccctgg ctcatgtctc ctgggcctct acagtacttt 23581 aggtggggaa gtactgtggc ccacatgtcc caacaggctg tgtgtggcac ctgacagtgc 23641 tttgtgccac tgtggagcag gtgttactcc ctcatacgaa ttttaggatt attttattta 23701 tttcagtgaa aaatgtcaat gaaattttga tagggattgc attgaatctg tagattgtt //