LOCUS AY196903 19677 bp DNA linear PRI 23-DEC-2002 DEFINITION Homo sapiens interleukin 1 receptor antagonist (IL1RN) gene, complete cds. ACCESSION AY196903 VERSION AY196903.1 GI:27368251 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 19677) AUTHORS Rieder,M.J., Carrington,D.P., 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 (13-DEC-2002) Genome Sciences, University of Washington, 1705 NE Pacific, Seattle, WA 98195, USA 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..19677 /organism="Homo sapiens" /mol_type="genomic DNA" /db_xref="taxon:9606" repeat_region 141..303 /rpt_family="MIR" /rpt_type=dispersed variation 150 /frequency="0.04" /replace="t" variation 422 /frequency="0.03" /replace="a" variation 560 /frequency="0.01" /replace="t" variation 606 /frequency="0.01" /replace="c" variation 627 /frequency="0.01" /replace="c" variation 673 /frequency="0.02" /replace="a" variation 728 /frequency="0.03" /replace="a" variation 1018 /frequency="0.24" /replace="c" repeat_region 1025..1124 /rpt_family="MIR" /rpt_type=dispersed variation 1063 /frequency="0.02" /replace="a" variation 1193 /frequency="0.03" /replace="t" variation 1244 /frequency="0.02" /replace="a" variation 1245 /frequency="0.02" /replace="t" variation 1246 /frequency="0.02" /replace="" variation 1343 /frequency="0.01" /replace="t" repeat_region 1382..1754 /rpt_family="L2" /rpt_type=dispersed variation 1519 /frequency="0.11" /replace="c" variation 1768 /frequency="0.11" /replace="c" variation 1979 /frequency="0.11" /replace="a" variation 2060 /frequency="0.11" /replace="a" variation 2116 /frequency="0.11" /replace="g" gene 2117..18146 /gene="IL1RN" mRNA join(2117..2156,11817..11868,13706..13794,15175..15287, 16786..18146) /gene="IL1RN" /product="interleukin 1 receptor antagonist" variation 2135 /gene="IL1RN" /frequency="0.11" /replace="c" CDS join(2147..2156,11817..11868,13706..13794,15175..15287, 16786..17001) /gene="IL1RN" /codon_start=1 /product="interleukin 1 receptor antagonist" /protein_id="AAN87150.1" /db_xref="GI:27368252" /translation="MALETICRPSGRKSSKMQAFRIWDVNQKTFYLRNNQLVAGYLQG PNVNLEEKIDVVPIEPHALFLGIHGGKMCLSCVKSGDETRLQLEAVNITDLSENRKQD KRFAFIRSDSGPTTSFESAACPGWFLCTAMEADQPVSLTNMPDEGVMVTKFYFQEDE" variation 2182 /gene="IL1RN" /frequency="0.11" /replace="c" variation 2304 /gene="IL1RN" /frequency="0.11" /replace="g" variation 2324 /gene="IL1RN" /frequency="0.11" /replace="g" variation 2443 /gene="IL1RN" /frequency="0.01" /replace="a" variation 2491 /gene="IL1RN" /frequency="0.03" /replace="c" variation 2587 /gene="IL1RN" /frequency="0.01" /replace="a" variation 2618 /gene="IL1RN" /frequency="0.11" /replace="t" variation 2620 /gene="IL1RN" /frequency="0.09" /replace="" variation 2630 /gene="IL1RN" /frequency="0.11" /replace="g" variation 2712 /gene="IL1RN" /frequency="0.11" /replace="g" variation 2732 /gene="IL1RN" /frequency="0.11" /replace="a" variation 2765 /gene="IL1RN" /frequency="0.38" /replace="t" repeat_region 2884..3194 /rpt_family="Alu" /rpt_type=dispersed variation 2977 /gene="IL1RN" /frequency="0.11" /replace="t" variation 3040 /gene="IL1RN" /frequency="0.11" /replace="c" variation 3050 /gene="IL1RN" /frequency="0.11" /replace="c" variation 3091 /gene="IL1RN" /frequency="0.11" /replace="a" variation 3254 /gene="IL1RN" /frequency="0.11" /replace="a" variation 3277 /gene="IL1RN" /frequency="0.01" /replace="a" variation 3331 /gene="IL1RN" /frequency="0.42" /replace="g" repeat_region 3364..3572 /rpt_family="MIR" /rpt_type=dispersed variation 3374 /gene="IL1RN" /frequency="0.07" /replace="t" variation 3571 /gene="IL1RN" /frequency="0.11" /replace="g" variation 3575 /gene="IL1RN" /frequency="0.42" /replace="g" variation 3778 /gene="IL1RN" /frequency="0.10" /replace="g" repeat_region 3839..3881 /rpt_family="L2" /rpt_type=dispersed variation 3965 /gene="IL1RN" /frequency="0.10" /replace="t" variation 4047 /gene="IL1RN" /frequency="0.26" /replace="g" variation 4090 /gene="IL1RN" /frequency="0.10" /replace="c" variation 4097 /gene="IL1RN" /frequency="0.02" /replace="a" repeat_region 4113..4174 /rpt_family="MIR" /rpt_type=dispersed variation 4265 /gene="IL1RN" /frequency="0.10" /replace="c" variation 4470..4473 /gene="IL1RN" /frequency="0.99" /replace="" variation 4511 /gene="IL1RN" /frequency="0.97" /replace="" repeat_region 4656..4769 /rpt_family="AcHobo" /rpt_type=dispersed repeat_region 5027..5086 /rpt_family="MIR" /rpt_type=dispersed repeat_region 5298..5365 /rpt_family="ERV1" /rpt_type=dispersed variation 5848 /gene="IL1RN" /frequency="0.18" /replace="a" variation 6284 /gene="IL1RN" /frequency="0.11" /replace="a" repeat_region 6541..6705 /rpt_family="AcHobo" /rpt_type=dispersed variation 6568 /gene="IL1RN" /frequency="0.01" /replace="a" variation 6600 /gene="IL1RN" /frequency="0.20" /replace="g" variation 6620 /gene="IL1RN" /frequency="0.01" /replace="a" variation 6843 /gene="IL1RN" /frequency="0.19" /replace="c" repeat_region 6972..7276 /rpt_family="Alu" /rpt_type=dispersed variation 7044 /gene="IL1RN" /frequency="0.19" /replace="a" variation 7194 /gene="IL1RN" /frequency="0.04" /replace="a" variation 7498 /gene="IL1RN" /frequency="0.18" /replace="t" variation 7601 /gene="IL1RN" /frequency="0.01" /replace="t" variation 7650 /gene="IL1RN" /frequency="0.01" /replace="a" variation 7906 /gene="IL1RN" /frequency="0.01" /replace="t" variation 7916 /gene="IL1RN" /frequency="0.06" /replace="g" repeat_region 7920..8039 /rpt_family="L1" /rpt_type=dispersed repeat_region 8040..8104 /rpt_family="MIR" /rpt_type=dispersed repeat_region 8210..8280 /rpt_family="L2" /rpt_type=dispersed variation 8513 /gene="IL1RN" /frequency="0.02" /replace="a" variation 8575 /gene="IL1RN" /frequency="0.01" /replace="g" variation 8576 /gene="IL1RN" /frequency="0.38" /replace="" repeat_region 8743..8921 /rpt_family="MIR" /rpt_type=dispersed variation 8953 /gene="IL1RN" /frequency="0.01" /replace="t" repeat_region 9534..9596 /rpt_family="MIR" /rpt_type=dispersed repeat_region 9923..10225 /rpt_family="Alu" /rpt_type=dispersed variation 10234 /gene="IL1RN" /frequency="0.19" /replace="g" variation 10257 /gene="IL1RN" /frequency="0.19" /replace="c" repeat_region 10407..10587 /rpt_family="MIR" /rpt_type=dispersed variation 10746 /gene="IL1RN" /frequency="0.12" /replace="c" variation 10753 /gene="IL1RN" /frequency="0.19" /replace="c" repeat_region 10832..10974 /rpt_family="MIR" /rpt_type=dispersed variation 10952 /gene="IL1RN" /frequency="0.31" /replace="a" repeat_region 11083..11277 /rpt_family="MER1_type" /rpt_type=dispersed variation 11224 /gene="IL1RN" /frequency="0.01" /replace="t" variation 11341 /gene="IL1RN" /frequency="0.01" /replace="g" variation 11645 /gene="IL1RN" /frequency="0.01" /replace="t" variation 11681 /gene="IL1RN" /frequency="0.01" /replace="a" variation 11873 /gene="IL1RN" /frequency="0.01" /replace="a" variation 12136 /gene="IL1RN" /frequency="0.01" /replace="t" variation 12142 /gene="IL1RN" /frequency="0.03" /replace="a" variation 12233 /gene="IL1RN" /frequency="0.01" /replace="a" repeat_region 12298..12400 /rpt_family="MIR" /rpt_type=dispersed variation 12319 /gene="IL1RN" /frequency="0.07" /replace="a" variation 12377 /gene="IL1RN" /frequency="0.12" /replace="a" variation 12437..12438 /gene="IL1RN" /frequency="0.88" /replace="" variation 12508 /gene="IL1RN" /frequency="0.01" /replace="t" variation 12602 /gene="IL1RN" /frequency="0.15" /replace="a" variation 12695 /gene="IL1RN" /frequency="0.04" /replace="t" repeat_region 12851..12917 /rpt_family="MIR" /rpt_type=dispersed variation 12903 /gene="IL1RN" /frequency="0.38" /replace="g" variation 12937 /gene="IL1RN" /frequency="0.18" /replace="a" variation 13027 /gene="IL1RN" /frequency="0.04" /replace="t" variation 13056 /gene="IL1RN" /frequency="0.12" /replace="a" repeat_region 13206..13406 /rpt_family="MER1_type" /rpt_type=dispersed variation 13328 /gene="IL1RN" /frequency="0.31" /replace="c" repeat_region 13467..13669 /rpt_family="MIR" /rpt_type=dispersed variation 13760 /gene="IL1RN" /frequency="0.12" /replace="c" variation 13815 /gene="IL1RN" /frequency="0.11" /replace="t" variation 13819 /gene="IL1RN" /frequency="0.01" /replace="c" variation 13826 /gene="IL1RN" /frequency="0.11" /replace="a" variation 13847 /gene="IL1RN" /frequency="0.11" /replace="c" variation 13888 /gene="IL1RN" /frequency="0.16" /replace="g" variation 13891 /gene="IL1RN" /frequency="0.11" /replace="c" variation 13902 /gene="IL1RN" /frequency="0.01" /replace="a" variation 13926 /gene="IL1RN" /frequency="0.01" /replace="c" variation 13929 /gene="IL1RN" /frequency="0.04" /replace="a" variation 13952 /gene="IL1RN" /frequency="0.11" /replace="a" variation 14011 /gene="IL1RN" /frequency="0.12" /replace="t" variation 14036 /gene="IL1RN" /frequency="0.20" /replace="t" variation 14063 /gene="IL1RN" /frequency="0.01" /replace="c" variation 14225 /gene="IL1RN" /frequency="0.12" /replace="g" repeat_region 14231..14349 /rpt_family="MIR" /rpt_type=dispersed variation 14245 /gene="IL1RN" /frequency="0.03" /replace="t" variation 14356 /gene="IL1RN" /frequency="0.12" /replace="g" variation 14687 /gene="IL1RN" /frequency="0.12" /replace="a" variation 15018 /gene="IL1RN" /frequency="0.12" /replace="g" variation 15023 /gene="IL1RN" /frequency="0.11" /replace="g" variation 15110 /gene="IL1RN" /frequency="0.14" /replace="a" variation 15132 /gene="IL1RN" /frequency="0.17" /replace="c" variation 15306 /gene="IL1RN" /frequency="0.01" /replace="g" repeat_region 15309..15750 /rpt_family="MaLR" /rpt_type=dispersed variation 15346 /gene="IL1RN" /frequency="0.12" /replace="t" variation 15453 /gene="IL1RN" /frequency="0.44" /replace="a" variation 15555 /gene="IL1RN" /frequency="0.01" /replace="t" variation 15559 /gene="IL1RN" /frequency="0.13" /replace="g" variation 15614 /gene="IL1RN" /frequency="0.40" /replace="a" variation 15653 /gene="IL1RN" /frequency="0.29" /replace="t" variation 15672 /gene="IL1RN" /frequency="0.29" /replace="t" variation 15687 /gene="IL1RN" /frequency="0.29" /replace="a" variation 15983 /gene="IL1RN" /frequency="0.03" /replace="g" variation 16022 /gene="IL1RN" /frequency="0.16" /replace="a" variation 16094 /gene="IL1RN" /frequency="0.01" /replace="g" variation 16184 /gene="IL1RN" /frequency="0.18" /replace="a" repeat_region 16297..16584 /rpt_family="Alu" /rpt_type=dispersed variation 16341 /gene="IL1RN" /frequency="0.03" /replace="a" variation 16364 /gene="IL1RN" /frequency="0.01" /replace="a" variation 16556 /gene="IL1RN" /frequency="0.39" /replace="t" variation 16608 /gene="IL1RN" /frequency="0.01" /replace="g" variation 16714 /gene="IL1RN" /frequency="0.04" /replace="a" variation 16857 /gene="IL1RN" /frequency="0.41" /replace="c" variation 16926 /gene="IL1RN" /frequency="0.03" /replace="t" variation 16932 /gene="IL1RN" /frequency="0.01" /replace="t" variation 17001 /gene="IL1RN" /frequency="0.01" /replace="a" variation 17068 /gene="IL1RN" /frequency="0.01" /replace="t" variation 17076 /gene="IL1RN" /frequency="0.01" /replace="g" variation 17139 /gene="IL1RN" /frequency="0.40" /replace="g" variation 17163 /gene="IL1RN" /frequency="0.04" /replace="t" variation 17311 /gene="IL1RN" /frequency="0.03" /replace="c" variation 17312 /gene="IL1RN" /frequency="0.03" /replace="a" variation 17692 /gene="IL1RN" /frequency="0.02" /replace="" repeat_region 17936..18075 /rpt_family="L2" /rpt_type=dispersed variation 17965 /gene="IL1RN" /frequency="0.22" /replace="a" variation 18184 /frequency="0.01" /replace="a" variation 18240..18244 /frequency="0.01" /replace="" variation 18328 /frequency="0.21" /replace="c" repeat_region 18334..18765 /rpt_family="L1" /rpt_type=dispersed variation 18358 /frequency="0.07" /replace="g" variation 18383 /frequency="0.01" /replace="g" variation 18395 /frequency="0.05" /replace="c" variation 18423 /frequency="0.01" /replace="a" variation 18694 /frequency="0.21" /replace="c" repeat_region 18989..19117 /rpt_family="MIR" /rpt_type=dispersed variation 19077 /frequency="0.04" /replace="a" variation 19116 /frequency="0.02" /replace="c" variation 19327 /frequency="0.35" /replace="a" repeat_region 19387..19451 /rpt_family="MIR" /rpt_type=dispersed variation 19517 /frequency="0.01" /replace="a" ORIGIN 1 ccttgtgtgc tgattgactt gtagtcccct ggccctgact ggaagcctag ttttctctct 61 catgaccagc taggccccta gctccccagg gaagaaatcc aatctatttc ctctgatagt 121 aatggctaat acttaaataa tgccaaccac atgccaagca ctttacagtt gttagcccag 181 tcttcacaag caccttgtga ggtgggcaag agtcttatct tactctcatt ttatagatgt 241 ggcccaggat cccacagcta tagttcatgg tgctgggatt tgaacctctg gccaccagag 301 cccaccttaa tgtgtcctcc tcctgttgtc ataacagaaa agtacaacac catgatgaca 361 catcaggcta tcctggcagg ttcccaggct gccccaatgc ccaactttct aggtttacaa 421 agttgacatt tacgaagttt ccaggtttac aaatctagtt tctgattctt tagtcagcag 481 gaatttctct acaaaagctg cttcgaaaat ttccagccaa accttacaca ccttggcatt 541 acatcttggt gagccaaggc ggaagagaac aggaagtgaa ggccccatgg gaagtccctg 601 cggtcgggag cacccaggcg gggcgggggg tggggggctt tcctgtggcc ggctccctgc 661 ccctcccacc cccattcagg ccctgtgagt tgaatgaaga gaccctggga atgagtccag 721 gtctgcaggg ttagaggaaa ttgaaggccc ttaccagatc cctgttgaga agtttatgaa 781 ttatgagccc ttctgcaaat gagagggttc ttccctgtca ggagggacag attgtaggtg 841 gcaagattgg tggcagccag taggctggtc tgctccttcc tctctatttc atatgtgtat 901 gaaggcatta cctgcagcaa gggcctgtgt aaatgcatgt gatttacaga gcattttatg 961 tactgcgtgt cattcatgct tccggtgagc cctaagtcta agatagggca gatagcatca 1021 ggtccatttt gcagctgtca aaatgaggtc tgaagggcag aagtggtgtg cccacacaca 1081 cacaactggt tggctgcaga cctggggact agacccggga cttcgtcctg cccaggggtc 1141 tcttgccact gctccccatc aacttggatg gctttaagca tttgtgagtt gtctgctccc 1201 tgatggcaga atgcagagac atgaagctac aagcaggttc gctcccaacg gcaaaaagga 1261 ggaggggtgt tcagaacatc aggtgcttct agagaaagca gggagagagt atctggcctt 1321 gtggacaatg tcacggcaga ggccaggtat agggcatggg ggtaactgga agcgggatgg 1381 accctgttat tccctaagac atggcttcca cgtagtgctc aaacaaggcc tttgcccttg 1441 ctgttccctc cacctggaat attcttcccc ttccttgaca ttgctcaggt ctccactctt 1501 atgtcaccct ctcagagagg gcttccctgg ccactttccc taaaatagcc acccactcct 1561 aggtccctca aaagcatatc ctgctttgga ttttccctat agcaatatgc cctatgaagt 1621 tattttattt gctaacttgt ttcttgtctg ttttcctttg ttagagcgtt ggggaccttg 1681 tctggcttgt tcccaatgcc tggaagagtg cctggcacac aggattaagc caacacatat 1741 gttttgaatg aatgtgtgca cacatgcatg agctggcggc agtcggggtt ggggtaagca 1801 cgaaggccca gctcagttct ctgcatgtga cctcccatct tacgcagata agaaccagtt 1861 tggtttctgc tagcctgagt caccctcctg gaaactgggc ctgcttggca tcaagtcagc 1921 catcagccgg cccatctcct catgctggcc aaccctctgt gagtgtgtgg gaggggaggc 1981 tgggctcctc cttgtactct ctgaggtgct ctggaaggag gggcagctcc accctgggag 2041 ggactgtggc ccaggtactg cccgggtgct actttatggg cagcagctca gttgagttag 2101 agtctggaag acctcagaag acctcctgtc ctatgaggcc ctccccatgg ctttaggtaa 2161 gctccttcca ctctcatttt ttcacctgag aaatgagaga ggaaaatgtc tacaattggt 2221 gtttatcaaa tgctttcagg ctctggtgag caagcgtcca ggaaaatgtc aagcgcatgg 2281 agctccaggc ctgtctgggg gatctgggca cggggaggca tccatgggag accatgcagg 2341 cactctgagg caggggctgc aagcctagtg cctgctgggg cagcaggtga acagagaggt 2401 gtaactgctg tgacagaagt catggagtcc ttggagtgtg agggtcattt tccactgttg 2461 atagaatagg gaaattggtg aaatagccct gttaaatgag agaaagaaca gtgtgagctc 2521 aatgagaaat actaatagaa tgtggcactg agccacaagg tctgagggtt gattgataag 2581 gaagggtggg gactgtggag aattaagggc ttggcacagg tcagttccac cagttgtcac 2641 aagagaatgc aggctcaggt ggccagaact tctcgctttt ccagaagagt ccgatattct 2701 gatttcatta tatatagtat tctgattaaa ccagacaata aagcaagcag ataaaatatt 2761 taaagtataa gctgccagtt tgcaacctcc ggttaggatt tgtgtggggc aaagaaaaaa 2821 actctcagga tcattggtat gtagactcta attttaagtt tctaatttaa aattggcccc 2881 tgaggctggg cgtggtggct cacacctgta atcccagcat tttgggaggc caaggtgggt 2941 ggatctcttg aggtcaagag ttcaaggcct gcctggccaa catggtgaaa ccctgtctct 3001 attaaaaata caaaaattag ctgggcatgg tggtgcatgt ctgcaatctt agctacttgg 3061 gtagctaagg caggagaatt gctggaaccc gggaggtaga ggttgcagtg aatggagatc 3121 acaccactgc actccagtct gggcaataga gagagacgct ctctctaaaa aaaaatatgt 3181 aaagataaat aaaatgaaat aaaataggcc tctaatgagc aggccattct cctttctggg 3241 tcttactttc cttgcactcc tttctgggtg ttaagaggag gtctagagga agctggacaa 3301 ctcttagctt gtagtaagca cagtggaagt atcagctctt aatgggtcat ggacacgtta 3361 caagctaggc gccgtgctga gcactttaca tggtttatcc cactgaaccc tctcaataac 3421 cctatgagga agggctatta ttgctcacat tttcagaaga ggaaatggat atagagagat 3481 tagataattt gcccatggcc agacagctag tataagagga ggaggtggat tgactgcaga 3541 cattctgtct tcaaaccact acactatgct atggaggcac agagacttaa tgaaatcatg 3601 gagaggggaa ttgctttgtc aaccacaagc agttattccg ggggcagcag atcctcccct 3661 gtcccccagt gggtacaatg gtccctggtg ggttgtgcta caatgttagc ccatggtctt 3721 atgtgttttt caaatgtgta aagtaggatg ctggaaccac tcttagaacc agataccaat 3781 acattgtgaa gaaataaatc tctgtgctta aaactggttc atcccaaaat attttgaact 3841 gacacacaat aggtgctaaa taaatgtgtg ttaacttgaa ttggattgaa ttcgggaaaa 3901 aagtgcaata agcttagtga agacaccatg ttccctgggt agaggaacca cattctccat 3961 ctaaggccag gagtatggga ggtatcaatg tttgcccagc acagaacagg gtgccaagaa 4021 gagaaaagtt gacggggtgc atactctgac tggaaactgg aagggtgaga acagagggta 4081 aaggatagag atggaaccat gtgcatacac tttgtgttac cttggacaag tcattcattt 4141 ctctggacct ctgctttctc tctacacaat ggggtcccac cacttccctt acagctgact 4201 tgtatgaaga aggaggtgga ggaggaggag aaggtgaaga caatgctgac tcaaagggta 4261 aattattttt aggatccaag tttgaaaaca attttaggct actagatatg aacaacatct 4321 tgattatgta gttgaaggaa attaaagatg aatggtttaa ttaaaaatta atcagaatga 4381 aaacgattga ttactaatat atctgcaatg gtttattttc ctgagtggca gactcactaa 4441 ggtttttgaa tactcctgtg tgattgctct atgtatgtat gtatgtatgt atgtatgtat 4501 gcatgtatct tatctatctg ttgtctaata aaatggatca catctctgct aataaaaaca 4561 ctacactggc agggtacaat tataatcatt aactgtgcct ggaatttgca gcagcagcca 4621 ccagaggtac cagtgccctt taagggttca taatttagaa taatccaatt atctgagttt 4681 ttcagggact gaggggtttg gcaaggtgta gaactttcag taataaagtc aagaaagtcc 4741 tggacaaacc aaggtagttg gtcactctag tccataacca ggtaaagagc tttccctgta 4801 acctgtgtaa ggttttagaa tcatttcttt ccttattacc aaaaatcctc cccaaatttt 4861 caagaaatta tgaactaaat agttactcta tgagatagga gttcagccca aaagaaacac 4921 cataagaaca aatataattc ttgcttatgt taaccatgca atgaagcaga gagaaaaagt 4981 cagtggcctc tttaggagga ctgtagtgtg ggaagaaata actaaactgg gtttcaatcc 5041 tggcctggcc aggatctgga gcaagtgagt taatctttct aagccttgag tagtttcttc 5101 ttcttcttct tcttcttcct cccccttctc ctcttcttct tcctcctcct tctcctcttc 5161 ttcttcttct tcttcttctt cctcttcttc ttcttcctcc tcctcctcct cctcttcttc 5221 ttcctcttcc tcttcctctt cctcttcttc ctcttcctct tattcttctt cgtcgtcttc 5281 gtcttctttt tattttcaaa gtgaaagcaa gtttattaag aaagtaaagg aataaaagaa 5341 tggccactcc atagacagag tagcctgaac cttgagttct tctataaagt cactatgaat 5401 ttatactcat tttgaaagtg ggtgtcaata tgtctgtcca ctttgcacag ctgttatgtg 5461 gacaaaagga gatctgtgtg aaagtgtaac acagagccta aactataaca ggtaagcaac 5521 acagttgtcc ccttccccat ggtgtctgtt cttctccatt tcctcctgtc tgcaggggga 5581 ttataaaact aatcatcaaa gccaagaagg caagagcaag catgtaccgc tgaaaacaca 5641 agataactgc ataagtaatg actttcagtg cagattcata gctaacccat aaactgctgg 5701 ggcaaaaatc atcttggaag gctctgaacc tcagaaagga ttcacagtaa gttaaccatg 5761 tagatctgag aggagagtag cttcttgtag ataacagttg gattatatac catgtcctga 5821 tccccttcat catccaggag agcagaggtg gtcaccctga tagcagcaag cctgggggct 5881 gcagcttggt gggtagaggt actcaggggt acagatgtct ccaaacctgt cctgctgcct 5941 tagggagctt ctaataagtt gatggatttg gttaaaatta acttggctac ttggcaggac 6001 tgggtcagtg aggaccaaca aaaagaagac atcagattat accctggggg tttgtatttc 6061 ttgtgtttct ttctcttctt tgtactaaaa tatttaccca tgactgggaa agagcaactg 6121 gagtctttgt agcattatct tagcaaaaat ttacaaagtt tggaaaacaa tattgcccat 6181 attgtgtggt gtgtcctgtg acactcagga ttcaagtgtt ggccgaagcc actaaatgtg 6241 agatgaagcc attacaaggc agtgtgcaca tctgtccacc caagctggat gccaacattt 6301 cacaaatagt gcttgcgtga cacaaatgca gttccaggag gcccaaatga aaatgtttgt 6361 actgaaattt gttaaagctt cccgacaaac tagatttatc agtaaggatt gttttctgca 6421 agggggatga aacttgtggg gtgagccatt tgggctgagg aggagggagg ttggagctga 6481 gaaatgtgga gacaatttcc ctttagaagg actgaatctc cctgcctctc tggggtgcgg 6541 cagccagcag gatccaatgg tgtatatgtc tccccagctc cccattcagt gatatcatgt 6601 cagtagcttg aaattatccg tggtgggagt attatgtcat ggaaattggc aaatggaaac 6661 ttttattgga gattcaattg ttaaactttt accagcacaa cactgccctg ccttcagagt 6721 caatgaccct atccaagttt aatccatctg tccactgtct ccaacacgat ctttataaaa 6781 cacacctgac aacattaccc ttttattcag ttttttaaaa gataagtttc cagctcatcg 6841 gggtggcttt aaaggccatt tctcctctgg acctcaccca acttttcaaa tcacttttcc 6901 tacccctacc tctaaatgct actcaaactc cagccatcct gaataataag acttttgaaa 6961 agtagattat gggctgggca cagtggctca cacctgtaat cccagcactt tgggaggcca 7021 agatgggtgg atcacctgag gtcgggagtt cgagaccagc ctgactaaca tagtgaaacc 7081 ctgtctctac taaaaataca aaattagttg ggggtggtgg cacaagcctg taatcccagc 7141 tactcaggag gttgaggcag gggaattgct tgaacctggg aggcggaggt tgcggtgagc 7201 ctagattgct ccactgcact ccagcctggg caacaagagc gaaactccat ctcaaaaaaa 7261 taaataaata aataaagtag attacatcag atacctctgg cctaggttgt ttatgaccaa 7321 ctctcctgct gagaataact agaaaagcta gacaaaacat atttccaaaa gatctctttg 7381 gaggcatcag agaatggcca aggctgtaag gaactgcctg agcccagaga ggtggagccc 7441 agcactggtg ccctttactc ctggggacat gtgctggttt caaaaacttc agctgagctt 7501 ttgagcattc atggaacttg gtgggggaga tgaaatttgt accttaaatc ctgcctacag 7561 ggagggtccc tgataatccc cacccaattt ggaaatctgg gtcagccttc acaggtactg 7621 aagccctcct ctgaatgatc tcaagtcctg ctagggtaga ggttacctgc ttttgaaagg 7681 ctcctggcct acctgtgcag caggagcaaa agtgaaccat ctcagggtac agataacaat 7741 catccagagc cttgaatgac ctctactgtg cttaatatat agtattcagc agtcagtaaa 7801 aaggatttag gcacatgcaa gatgacctgt gtatcaggga gaaataggca ataaattgag 7861 atccagcagg gatttgaatc atggatttga atcaggggca gccttcgaaa gaactatgga 7921 gaatatactc agatttaaaa cataagattg gaatttttgg cagagaacta acaactgtac 7981 aaaaaaggaa ccaaatggaa atcctagaac tgaaagatgc aattaaccga tgttgagaaa 8041 tagccaacat ctattgaaca cttcccatgt ggacagctgt gctaaacact ttacaggcat 8101 caacataaga tgtgtcccct tacagcagtg cagtgtccct cctaagacat ggacagcctg 8161 gtttccctat ctctctgctt catcaaaacc cctttacgtg gggcttagac actcctgttg 8221 tctctagtgt ctagtagcac agggctcagc acatggaagc cactagatac aatttgatga 8281 ccaggacctc cgatgaaagc catgggtgct gattgggaag gcattgtctt ttatgtgcta 8341 tggtcttaaa gcttcatcca ggaagcagaa ctcggggggt gctgaggacc cagaaccgag 8401 aataagatta gtcagagatt tcctgtgggc agaaatcata aggacgccaa ctgtttgggt 8461 gagataagac gaaaccaaga gtggacttgt ggccagaagc gtgaggaaga gggagagagc 8521 ttcccttgtc ccctttcttc ctctccctaa gccacagtga ttgacagccc cccccctttg 8581 gagtcagagc aggcttgaga ctggactggg aaaggagggt gggtcaggat acagagcagg 8641 aaggctggga gtgcagggca ggagcaaggg gctggggcat tcattgtgcc tgatctctcc 8701 cactttacct ggggtaaaga agcatatgca aaagccacgg tgtgagtatt tcccaagtgc 8761 cagggtcagg gcatgattca tcacgtgcag catttcattc aatccttata gtaaccgatg 8821 atgtggcttc tattattagc tctatcagat aatgaaactg agaccaagac aggctctgca 8881 cattgtgtgg ggtaatgaca cagggggatt cagacctaga ctccataact cctgccccag 8941 ggaccacccc caccctcacc ctgtgcatgt cgacaaagga cagactgggc cacttctcag 9001 gacacagcgg ggaaatgaca cagagcaggg aggttccagg agccccgagc gtcttttctc 9061 caggagaata ctctctgaat tcagactggg gtcagagaaa catttaccca ggagccgcag 9121 tgtgggtggg gctttttact tgaaacgctg tctgaaggca gtggccagga tggaactctc 9181 caccctacct tggcaagcca cttctcttct gcaatctgta aggacattgt tgagagaatt 9241 atggtcttcc aattccggag ggttgaagaa agacaaatag gagagaacct atcatagtca 9301 ggtgctagct gccttctctt tcagagagtg tgagaataaa gtgatacact tgattattag 9361 caaatacttt ggaaatttta aacgctaata ttcaacacac tctggaagag gcaaataagt 9421 agacaggttc atatacatca tctccttcag ctagtcctca caaaaacaaa caaatgaata 9481 aacaaaattc ttctttggcc ctcataggaa gacactgttt cttgaacgtg tttcaaaaag 9541 gatgggtgac tcactcaagg tcacactgtt tatgaggaca gtacaggaat acagacatgc 9601 cattttgcct gaaaaaatcc atcacccagg gaggtgacac aattttgcag aaatgttcta 9661 tttcctctga aggatacatt ctttaaacct ttgggaaatt cattcatagt cttcctcctt 9721 tgaaggatta actctctgga cacaaagtgt ttgattctga tttgttggtt ggaagatgtg 9781 ttggttgaga gaaagattct gatttgttgg ttgaaaatag actcatcaag atcaactgct 9841 gtagtagtaa atattttgac attttgtctg tattcctgtg ctgccctcac aagctgcatc 9901 accttgagtg agtcattcat acttttttgt ttgtttttgt tttggagatg gagtcttact 9961 ctgttgccta ggctggagtg cggtggcgtg atcttggctc actgcgacct ccatctcctg 10021 ggttcaagtg atcctcctgc ctcagcctcc cgagtagctg ggattacagg cacatgccac 10081 catccctgct aatttttgca ttttcagtag agacggagtt tcaccatgtt ggtcaggttg 10141 gtcttgaact cctgacctca ggtgatccgc ccacctcagc ctccccaagt gctgggatta 10201 caggtgtgag ccaccgtgcc cagcccagcc atcatttttg aaacacgttt gagaaatagt 10261 gtcttccttt gagggccaag gagacatttt ttttgtttat ttgtttgttt ttgtgaggac 10321 tagctgaagg gggtgatgta tattaacctg cctacttatt tgcctcttcc cagagtgtga 10381 tgaatattag ggtttaaagt ttctgaagca tttgttaata aagcccgggg ctggaggtca 10441 gaagacctgg atttctctgc atacttttgc catcagcaag ctgtgtgacc ttggacagat 10501 cccttttttg tctaaatctt tctgagtctt cttgaaaaca atgccaggtt gggacaggat 10561 gattgccaag ctcccgtcca gctctaaaac actgcaacgt atgcttctgc accagcactg 10621 tccatcctgt agatcatgca gaaattctct tcaacttttt cctacccata aaataggagc 10681 atgcttacct ttttcctaat gttccaggcc ccgggtctag aatattgtaa gtaaggaagt 10741 taatgtgtat cagagcccat tatgggccag aagttctcct cttccttcct acacctgctt 10801 cctccctccc tccctccctc tttcccttcc ttccttccat ccatttgtga agaagacatg 10861 atcaccctca ttctgagagt gaagagacag aggctcaact aatgaaatga tttgttcaag 10921 gtcacacggg tggcacaagg caagtggcag aggttgaatt tagacccatt cctgtccaaa 10981 tgctgagttt atgtcatcgt cccgagacca taactttaaa gatgtaagat agtgggaaaa 11041 gagttgattt caaagcacct ctcagaagga ctcactttac atcaggggtc agcagactca 11101 ggccaaatcc ggtccattcc ccgcttttgc aaagaaagtt gtagtggaac acagctaggc 11161 ttattgattt atggattgcc aacgtccttt tgtgaaacag acagctgagc tgagtaatcg 11221 tggcgcacaa aacctaaaat atttactatc tcgtccttta cagaatgttt gccaatctat 11281 ggtccggagt ccaaggctgt ccatttttca aagaacacaa agtgacatga gactgtccca 11341 tgtgcaggga gccctatcat tttattatga aaaaacggcc tttctgctca aatctgtttt 11401 ttaaaaagtc aacaaacaga ctctgggtac ctgtcaggaa cagtagggag tttggtttcc 11461 attgtgctct tcttcccagg aactcaatga aggggaaata gaaatcttaa ttttggggaa 11521 attgcacagg ggaaaaaggg gagggaatca gttacaacac tccattgcga cacttagtgg 11581 ggttgaaagt gacaacagca agggtttctc tttttggaaa tgcgaggagg gtatttccgc 11641 ttctcgcagt ggggcagggt ggcagacgcc tagcttgggt gagtgactat ttctttataa 11701 accacaactc tgggcccgca atggcagtcc actgccttgc tgcagtcaca gaatggaaat 11761 ctgcagaggc ctccgcagtc acctaatcac tctcctcctc ttcctgttcc attcagagac 11821 gatctgccga ccctctggga gaaaatccag caagatgcaa gccttcaggt aaggctaccc 11881 caaggaggag aaggtgaggg tggatcagct ggagactgga aacatatcac agctgccagg 11941 ggctgccagg ccccagaggg cctgagaact gggtttgggc tggagaggat gtccattatt 12001 caagaaagag gctgttacat gcatgggctt caggacttgt gtttcaaaat atcccagatg 12061 tggatagtgc gaccggaggg ctgtcttact ttcccagaga ctcaggaacc cagtgagtaa 12121 tagatgcatg ccaaggagtg ggactgcgat tcaggcctag ttgaatgtgc tgacagagaa 12181 gcagagaggg gcaccagggg cacagcccga aggcccagac tgatatgggc aaggcctgtc 12241 tgtgctgaca tgtcggaggg tcccactctc cagggacctt ggtttccccg tctgtgacat 12301 ctgtgacatg agagtcacga taactccttg tgtgccttac agggttgttg tgaaaattaa 12361 atgcacagat aatagcgtaa cagtattccg tgcattgtaa agagcctgaa aaccattatg 12421 atttgaaaat ggaatcaggg ctttgtgaga ccatcactat tgtaaagatg tgatgctgat 12481 agaaatgaca ggactgcttg tgcatgccct ctgcagtgtg acattccagc agtgaaatca 12541 tgttggggtg acttctcccc cactctgacc tttatgtttg tctgggccga ggctgcaagt 12601 cgggctctgt gggtgtatga gtgacaagtc tctcccttcc agatatgggg actgtctgct 12661 tccctaggtt gcctctccct gctctgatca gctagaagct ccaggagatc ctcctggagg 12721 ccccagcagg tgatgtttat ccctccagac tgaggctaaa tctagaaact aggataatca 12781 caaacaggcc aatgctgcca tatgcaaagc actttggttt gcctggccac ccctcgtcga 12841 gcatgtgggc tcttcagagc cacctgatga ggtgggtaca gttagccaca cttcacaggt 12901 gaagaggtga ggcacaggtc ccaggtcagg ctggccggag ctctgtttat tacgtctcac 12961 agctttgagt cctgctctca accagagagg ccctttacca agaagaaagg attgggaccc 13021 agaatcaggt cactggctga ggtagagagg aagccgggtt gttcccaagg gtagctgctc 13081 ctgcaggact ctgagcaggt caccagctaa tggaggaaag gctctaggga aagacccttc 13141 tggtctcaga ctcagagcga gttagctgca aggtgttccg tctcttgaaa cttctaccta 13201 ggtgctatgg tagccactag tctcaggtgg ctatttaaat ttatacttaa atgaatgaaa 13261 atagaagaaa atttaaaatc cagacccttg gtcacactat ccacatttaa agaggtcaat 13321 agccacatgt ggttagtggc caccctattg ggcagtgcag ctacagaaca tttttgcatc 13381 ccagaaagtt cttttggatg ttgctgctct acagcatgct ttgctgaaac agaagtgcct 13441 tccctgggaa tctcagatgg gaagcaagta aggaggggag tcaaatgtgg gctcactgct 13501 caccagctgt gagggttggg cctgcctctt aaccattgtc agcctcagtc ttctcatcca 13561 tgcatgccgt gggtatacta aaatactata cccctggaag agctggatgc aaatttgaca 13621 agttctgggg gacacaggaa ggtgccaagc acaaggctgg gcacatggtg gctgtgcact 13681 acagctgagt ccttttcctt ttcagaatct gggatgttaa ccagaagacc ttctatctga 13741 ggaacaacca actagttgct ggatacttgc aaggaccaaa tgtcaattta gaaggtgagt 13801 ggttgccagg aaagccaatg tatgtgggca tcacgtcact ttgcccgtct gtctgcagca 13861 gcatggcctg cctgcacaaa ccctaggtgc aatgtcctaa tccttgttgg gtctttgtat 13921 tcaagtttga agctgggagg gcctggctac tgaagggcac atatgagggc agcctgaaga 13981 gggtgtggag aggtagagtc taggtcagag gtcagtgcct ataggcacag tggtcccagg 14041 gccacagctg ggaagggcaa ataccagaag gcaaggttga ccattccctt cctcaagtgc 14101 ctattaaggc tccatgttcc tatgttgttc aaaccctaac tcaatcccaa attaatccac 14161 catgtataag gttgagctat gtctcttatt cctggacacc atactcagcc atattctggt 14221 ccacacatta aacaagctgg atgaccttga agaagcttca cccactctgt tcctcagctt 14281 tcccttcagt gggatgatat caactggaca acaggatgtg cgattctttt agttccagcc 14341 ttccaggatg ttttcactcc cctgtttgtt gttgtaggat ggtattacct ccaccttccc 14401 accttcccta tgccctggtt ctgtctcctg tgcctcgctc tgaaagtgga tgagacctac 14461 aattcctgtc ctggtagttc tcctaatgaa cacactgaag cacgaggaag ctgagatttt 14521 tgttgctaca tgagagcatg gaggcctctt agggagagag gaggttcaga gactcctagg 14581 ctcctgtgga gccccactca tggccttgtt cattttccct gcccctcagc aacactccta 14641 ttgacctgga gcacaggtat cctggggaaa gtgagggaaa tatggacatc acatggaaca 14701 acatccagga gactcaggcc tctaggagta actgggtagt gtgcatcctg gggaaagtga 14761 gggaaatatg gacatcacat ggaacaacat ccaggagact caggcctcta ggagtaactg 14821 ggtagtgtgc atcctgggga aagtgaggga aatatggaca tcacatggaa caacatccag 14881 gagactcagg cctctaggag taactgggta gtgtgcatcc tggggaaagt gagggaaata 14941 tggacatcac atggaacaac atccaggaga ctcaggcctc taggagtaac tgggtagtgt 15001 gcttggttta atcttctatt tacctgcaga ccaggaagat gagacctctc tgcccttctg 15061 acctcgggat tttagttttg tggggaccag gggagataga aaaatacccg gggtctcttc 15121 attattgctg cttcctcttc tattaacctg accctcccct ctgttcttcc ccagaaaaga 15181 tagatgtggt acccattgag cctcatgctc tgttcttggg aatccatgga gggaagatgt 15241 gcctgtcctg tgtcaagtct ggtgatgaga ccagactcca gctggaggta aaaacatgct 15301 ttggatctca aatcacccca aaacccagtg gcttgaaaca accaaaattt tttcttatga 15361 ttctgtgggt tgaccaggat tagctgggta gttctgttcc atgtggtgga acatgctggg 15421 gtcactttgg aagctgcatt cagcagagtg cctggcttgc gctgggcatc caaggtggtc 15481 cctcatcctc caggctctct ttccatgtga tctctcagtg tttaagagtt agttggagct 15541 tccttacagc atggcggctg acttccaaaa gggattattc caaaaagagc ctcaacatgc 15601 aggcgcttat tatgacttct gcttgcatca tcctattggc caaagccagt cacgtggcta 15661 agtctagccc cctgtgagag gagactgcat aagagtgtga acaccaggag acacggtcac 15721 tgggggccac cactgtaacc atctaccaca ggacctgaat ctctgtgtgc tactcccttg 15781 ctcaagggcc cccctaccca cgcagacctg ctgtcttcta gcaaagccca tcctcaggac 15841 ctttctcttc caatccttat tgactcaaat tgattagttg gtgctccacc cagagccctg 15901 tgctccttta tctcatgtaa tgttaatggg tttcccagcc ctgggaaaac atggctttgt 15961 ctcaggggct tgctggatgc aaccttaacc tcaatgtgag tggccatact gtggcactgt 16021 cccatccctc accagggaca ctgttctgga gggtgactgc ctgttctgtg aggagtgggg 16081 atggctagga cattgcatgg aacacaccac caccccatct tctcagagct caaaccctga 16141 cagaacacca gctccacagg ccttggcttc tgctgatggt gccgtgtatt taccagactt 16201 agtggtccaa ggccagagtg gccagatttc ccaaagtcaa ggtgtgacag tgggacagcc 16261 tctttgtgtc tttgctgtcc taagaaacct gggccaggcc aggcgcagtg gctcacgcct 16321 gtaatcccag cactttgaga ggccaaggtg ggcagatcac gaggtcagga gtttgagacc 16381 agcctggcca acatggtgaa accctgtctc tattaaaaat agaaaacatt agacaggtgt 16441 ggtggtgcat gcctgtaatc ccagctactc aggaggctga ggcaggagaa tcgcttgaac 16501 ccaggaggtg gaggttgcag tgagccgaga ttgtgccact gcactccagc ctaggcgaca 16561 gagcaagact ccgtctcggg aaaattaatt aataaataaa taaacctagg tcccagagtc 16621 ccacagaatg gcagacagga gcacctgggg gcttttaggg tatggcattt cccctgtact 16681 aactctgggc tgtccagagg gccatttcat ggcgtggagt ggagagggag gcagcacagg 16741 acttcctagg cctcagctct cacctgccca tcttttgatt tccaggcagt taacatcact 16801 gacctgagcg agaacagaaa gcaggacaag cgcttcgcct tcatccgctc agacagtggc 16861 cccaccacca gttttgagtc tgccgcctgc cccggttggt tcctctgcac agcgatggaa 16921 gctgaccagc ccgtcagcct caccaatatg cctgacgaag gcgtcatggt caccaaattc 16981 tacttccagg aggacgagta gtactgccca ggcctgcctg ttcccattct tgcatggcaa 17041 ggactgcagg gactgccagt ccccctgccc cagggctccc ggctatgggg gcactgagga 17101 ccagccattg aggggtggac cctcagaagg cgtcacaaca acctggtcac aggactctgc 17161 ctcctcttca actgaccagc ctccatgctg cctccagaat ggtctttcta atgtgtgaat 17221 cagagcacag cagcccctgc acaaagccct tccatgtcgc ctctgcattc aggatcaaac 17281 cccgaccacc tgcccaacct gctctcctct tgccactgcc tcttcctccc tcattccacc 17341 ttcccatgcc ctggatccat caggccactt gatgaccccc aaccaagtgg ctcccacacc 17401 ctgttttaca aaaaagaaaa gaccagtcca tgagggaggt ttttaagggt ttgtggaaaa 17461 tgaaaattag gatttcatga tttttttttt tcagtccccg tgaaggagag cccttcattt 17521 ggagattatg ttctttcggg gagaggctga ggacttaaaa tattcctgca tttgtgaaat 17581 gatggtgaaa gtaagtggta gcttttccct tctttttctt ctttttttgt gatgtcccaa 17641 cttgtaaaaa ttaaaagtta tggtactatg ttagccccat aatttttttt ttccttttaa 17701 aacacttcca taatctggac tcctctgtcc aggcactgct gcccagcctc caagctccat 17761 ctccactcca gattttttac agctgcctgc agtactttac ctcctatcag aagtttctca 17821 gctcccaagg ctctgagcaa atgtggctcc tgggggttct ttcttcctct gctgaaggaa 17881 taaattgctc cttgacattg tagagcttct ggcacttgga gacttgtatg aaagatggct 17941 gtgcctctgc ctgtctcccc caccgggctg ggagctctgc agagcaggaa acatgactcg 18001 tatatgtctc aggtccctgc agggccaagc acctagcctc gctcttggca ggtactcagc 18061 gaatgaatgc tgtatatgtt gggtgcaaag ttccctactt cctgtgactt cagctctgtt 18121 ttacaataaa atcttgaaaa tgcctatatt gttgactatg tccttggcct tgacaggctt 18181 tgggtataga gtgctgagga aactgaaaga ccaatgtgtc tttcttaccc cagaggctgg 18241 cgcctggcct cttctctgag agttcttttc ttccttcagc ctcactctcc ctggataaca 18301 tgagagcaaa tctctctgca aaaaagatat ggggcagcac tgtccacaac agcctctact 18361 ggaaacaacc caagcaccca tcacagaatg aattagtaca tcatgtatct gcacacaaca 18421 cagtgctcct tggcaaagaa aatgaatgaa ttacagccag ctgcacctca caagacagat 18481 aatcttacaa acatcatgtg ggtacaagaa tcacaaaagc atgcatagag tgtgattcca 18541 tttctacaaa gttcaaaacg ggcaacatgg ggctgttgtg tggagggctg tggaaacagg 18601 tggtgcagag agaagcaagg ccatgctctg tctgaaggcc cagtgacact tggcccctgc 18661 gagagagagt ggcaggcagg agcacctggg ggattttagg gtccagacaa cattctattt 18721 cttggcatgg atgcagttag gcggttttct gtatgtatat tttatttcac aatacctaga 18781 aaataaaaag acttgccccc caacaaccag ggtgtaaaga aaggagcatc tgggaaatta 18841 tgagattagt gaatggagta ttgaatttgt ccccataggt gggagtgcaa gaccatgagt 18901 gaccacttat caaacacacc tcagtaaaca gtcaggagag tgaggagtgt ggtcctttca 18961 cctgcccagg ttgtttctgt tagattctgg gcttggtctc tggagtccaa gaggcaggcc 19021 ccagtgaggt catgcacttg ctgtctgatt ttggccaagt cacctccctt tgtggggact 19081 gttcctcatt tgtttgaggg gaatgttgat ttggatgggg attttccaaa cagagctcct 19141 tggacccttc cctctaaggt ctctggaaat gggaaaccct gcagagggga ggataaatgg 19201 gccaggattc atcccttgaa ccctgttccc aacagagccc tctgtttttc tcttctttac 19261 aacttggacc tcccatggga ctttgtttga aagggagact tcattgctaa aagcaaacta 19321 aactaagtag gctaaaaggc aacaaactgg agaaaatgtt taaggtcttc tctagatcta 19381 agatcctatg acgttgagga ggtcatccaa catctctgag ttttctcttt cttgtatata 19441 aaatggaagt agctggcagg gcagggcatg tgtcgttgat atatttttaa tcctggtaaa 19501 aggaggaggt tcaaggcaga aaactcatca aagcttaatg acaacaatag cagctaacat 19561 ttgtgaggct ctaaggtaaa acccaaggct aagactcttc atgcaaacta ggtcaagcag 19621 caagctacag gttagaaaca ggcaaggcag caaaacagtc acatgggtga actctgg //