LOCUS NZ_QSFI010000151.643.AOI_01 20252 bp DNA linear FEATURES Location/Qualifiers source 1..20252 /organism="unkown" /mol_type="genomic DNA" /strain="unkown" gene complement(9887..10852) /gene="orf00020" /locus_tag="orf00020" CDS complement(9887..10852) /gene="orf00020" /locus_tag="orf00020" /product="Murein DD-endopeptidase MepM OS=Escherichia coli (strain K12) OX=83333 GN=mepM PE=1 SV=1" /note="Species='-'
match=48.598%|Evalue=8.45e-24
Uni Ref:sp|P0AFS9|MEPM_ECOLI" /translation="MRKVYYIYNPKTRTYDRIYPTVRQRALSYLRQLFVGMGLGAGSF ILLLWIFGSPSEKDLRTENSRLLSQYAILSSRLDEAEGVMQRLQQRDDNIYRVMMQAD PLPDEQRSATANNARYNELMDMANSRLVIHTLQKMDGLEKKIYAQSKSFDEVVGLCKQ HDKMLACIPAIQPVSNKNLKQTASGYGMRVDPIYKTVKFHAGMDFSANIGTPVYATGN GRVKQAGWDGLYGNCIIIDHGFGYVTRYAHLNKIEVKVGQNVARGEVIGQVGSTGKST GPHLHYEVRVKGKIVNPVNYYFMDLNADDYEKMIELAANHGRVFD" gene complement(10845..10949) /gene="sORF_4" /locus_tag="sORF_4" CDS complement(10845..10949) /gene="sORF_4" /locus_tag="sORF_4" /product="" /note="" /translation="LICKDNWFYYFCLYVWCKNLMFCCLKISKIEPHAx" gene 6721..7578 /gene="orf00016" /locus_tag="orf00016" CDS 6721..7578 /gene="orf00016" /locus_tag="orf00016" /product="Ferredoxin-2 OS=Desulfomicrobium norvegicum (str ain DSM 1741 / NCIMB 8310) OX=52561 PE=1 SV=1" /note="Species='-'
match=41.176%|Evalue=5.77e-11
Uni Ref:sp|P00211|FER2_DESNO" /translation="MAQIHINQNTCIRCKKCVRICPSALFTLQEGKGIEVNADDCISC GHCVAVCPTNSIEHADFPPEKVHTIDRSQLPTADQMELLIRSRRSNRAFSKEKVSEEL LQRIIEAAHRAPTATNAQEVKMVLVTRPETLKEVSRITIGTFMSIVNLVENPLLKLIL KPLMPSGYRYVPVFKRLHEEFERDNDGILRGATAAIFFYTDKKERFGCQDCNLAYQNA SLMAEAAGVSQFYTGFVCSAAGMDRKRKLQKLLGIEGTVHAGIALGMPSFRFDKYIDK KEVVLKRID" gene complement(3157..3843) /gene="orf00007" /locus_tag="orf00007" CDS complement(3157..3843) /gene="orf00007" /locus_tag="orf00007" /product="Probable queuosine precursor transporter OS=Baci llus subtilis (strain 168) OX=224308 GN=ypdP PE=3 SV=1" /note="Species='-'
match=27.957%|Evalue=5.12e-10
Uni Ref:sp|P54163|QPTR_BACSU" /translation="MKKENLVSVPFMVLGIVFCVCLVAANLLETKVVQLGPISVTAGL IVFPISYIINDCIAEVWGFRKARLIIWMGFLMNFMVVAMGQLAVALPAASFWEGEESF NFVFGMAPRIAVASLTAFLVGSFINAYVMSRMKVASHGKNFSARAVLSTIAGEGADSL IFFPLAFGGLMPVSELAKMMLVQVVLKTLYEVIVLPVTVRVVKYIKRVDDTDVYDEHI SYNVLRIKEI" gene 16171..17427 /gene="orf00029" /locus_tag="orf00029" CDS 16171..17427 /gene="orf00029" /locus_tag="orf00029" /product="" /note="" /translation="MPMIRIFLLLCAWSLNAISQAQITLESCKQQARENYPLVRQYDL IQLSEQYTLSNVAKGNLPQISISGKISYQSEATTFPFEIPGLGMKGLPKDQYQALIEI KQNIWDGGKIRNQKAQIKAEAEEHERQLDTSLYTLEERVNQVFFGILLLDEQLAQNVL LEEELARNQKTVEAYRINGTANDADVDAVKVEILQTKQQRIQLENNRMAYLRMLSLLT GKELPAQTLLVRPDPVATNASEFNRPELRWYEAQEQTVAVQRKGLQTGYLPAFSLFAQ GAYGNPGLDILKDKFRTYYLVGARFTWNFGSLYTLKNDRKNLDNRIQQIRNERDLFLF NTHLQLAEEDGTIQSLRQQMKEDEEIIRLRENIRRSAQAKVANGTMSVSDMLKEITAE NLARQAKAVHEVQWLMHLHQRKHLTN" gene 5505..5630 /gene="sORF_1" /locus_tag="sORF_1" CDS 5505..5630 /gene="sORF_1" /locus_tag="sORF_1" /product="" /note="" /translation="MKETKTNPSSKFMSLGAKTYVLLTQNLHFRTGNRKFYVKETx" gene complement(5656..5787) /gene="orf00011" /locus_tag="orf00011" CDS complement(5656..5787) /gene="orf00011" /locus_tag="orf00011" /product="" /note="" /translation="LILCVNESFSFHCFLKIIFLFLHLILIFVTLSFFSFSFCELAL" gene 6042..6689 /gene="orf00014" /locus_tag="orf00014" CDS 6042..6689 /gene="orf00014" /locus_tag="orf00014" /product="" /note="" /translation="MRTIVTILLMMFLAQTTKAQEFIFETTAGEIVTKSKFIDQFQND VYTNITPYILKQTTNESLQNGDSYTINCLKYRNWGNDPGDIHVIQVLHQGKEVFKLNN DEGWKYINEEPDGGITKTKFYYSIDLDKNTKVLIFVGIYIQSLPPYISMIVLKSGKAT LVFNKRCYINEIKKQGNKIDFILRKNTLEYVNSSTPVNKPILKTLTMENGRMYFK" gene complement(5790..5972) /gene="orf00013" /locus_tag="orf00013" CDS complement(5790..5972) /gene="orf00013" /locus_tag="orf00013" /product="" /note="" /translation="LCIILLFFVLFTGARCFFKHIFFKDFFGFVYWKPFTSPLIISSF PEYSVKIIYIFHILMM" gene complement(3973..5334) /gene="orf00009" /locus_tag="orf00009" CDS complement(3973..5334) /gene="orf00009" /locus_tag="orf00009" /product="" /note="" /translation="MNRVLKICCLLYVCVLSFSTGVAQVVDTARWDLNRISSWMLTQI QYPEDAYKYHTAGIEQLCLSVAWDGRVFVSSRFSTLNPAFEREIERVVRRAPRCNTPL LDIEDANKYMWIDFYEFLPEEKRREVERISLYMPPRFASEGQVLRPFNGRENFMEWIC ARMSASGVVTEDTLSIEYTVNEKGCVCDVEVAGGDAVMVGKVKQIMEESPRWRPAKTV DKRDIAVTWHDCLIARSRGAKGEKSVYIPYLKDVYANTHTSPSDVEKVILNPEIPPVY QGERSFLGDLATPFKDLLQQKKINEDYSVAGSFVIEKNGKASNIHFDSLPDFEGLNAD SILRTSIGCMDWVAAHQGGIPVRTKYSFAFVGHKKSVRVLVEPDYKVYGKHFIHLQAD PAKMPYGYILNNGDIYAYPFTTFGMFDYRIYYKGLFYYHQMQGKGNLSDKYLQQVYRR YVR" gene complement(2025..2483) /gene="orf00003" /locus_tag="orf00003" CDS complement(2025..2483) /gene="orf00003" /locus_tag="orf00003" /product="NADPH-dependent 7-cyano-7-deazaguanine reductase OS=Bacteroides fragilis (strain YCH46) OX=295405 GN=queF PE=3 SV=1" /note="Species='-'
match=88.000%|Evalue=4.23e-97
Uni Ref:sp|Q64WA9|QUEF_BACFR" /translation="MERKDELTLLGNKKTVYKQDYAPEVLESFVNKHPENDYWVRFNC PEFTSLCPITGQPDFAEIRISYLPDVKMVESKSLKLYLFSFRNHGDFHEDCVNIIMKD LIKLMDPKYIEVTGIFTPRGGISIYPYCNYGRPGTKYEELAEYRMKNHDL" gene complement(5583..5672) /gene="sORF_5" /locus_tag="sORF_5" CDS complement(5583..5672) /gene="sORF_5" /locus_tag="sORF_5" /product="" /note="" /translation="VNWPCEVFQILLFFLCFLDVKLTVPGAEMx" gene 7591..8631 /gene="orf00017" /locus_tag="orf00017" CDS 7591..8631 /gene="orf00017" /locus_tag="orf00017" /product="Cobalt/magnesium transport protein CorA OS=Therm otoga maritima (strain ATCC 43589 / MSB8 / DSM 3109 / JCM 10099) OX=243274 GN=corA PE=1 SV=1" /note="Species='-'
match=32.370%|Evalue=1.01e-66
Uni Ref:sp|Q9WZ31|CORA_THEMA" /translation="MTRNNLLSEKLNYTGASHTPTHLHFCTYNTEILEYHQGASIKEF SPFIRPDAINWVQIHGLQNTEIVQEVCDFFHIDFLTTQDILNAEHLTKIEEHDTYNVV ILKQLSVDEENTYTPQQLCIVQGSNFVLTFMEHDSDFFNEIHTALKNNTLKIRNRQSD FLLSVMLNSVMASFMSIISRMEDQLEDMEESLLSPETRSGLTLEDIQPYRKDARLIKK CILPLKEQMSKLFHADNVLLHKANRPFFNDVNDHLQFVLQTLDGCRDMISALVDLYLS NNDQRMNNIMKQLTIVSTIFIPLTFLAGIWGMNFEWMPELGWKYGYLMAWGVMLVTGI GVYLFFKRKKWY" gene 8666..9313 /gene="orf00018" /locus_tag="orf00018" CDS 8666..9313 /gene="orf00018" /locus_tag="orf00018" /product="Endonuclease III OS=Rickettsia typhi (strain ATC C VR-144 / Wilmington) OX=257363 GN=nth PE=3 SV=1" /note="Species='-'
match=44.976%|Evalue=9.38e-64
Uni Ref:sp|Q68W04|END3_RICTY" /translation="MRKKELYQKVIEYFQTAMPVAETELHYSNPFELLIAVILSAQCT DKRVNMITPPLFRDFPTPEALAATTPEVVFEYIRSVSYPNNKAKHLVGMAQMLVRDFQ STVPDTLEELIKLPGVGRKTANVIQSVVFNKAAMAVDTHVFRVSHRIGLVPRTCTTPL ATEKQLVKYIPEALIPTAHHWLILHGRYVCTARAPKCESCGLNGICKESLKSFQK" gene complement(15105..16103) /gene="orf00028" /locus_tag="orf00028" CDS complement(15105..16103) /gene="orf00028" /locus_tag="orf00028" /product="Regulatory protein PocR OS=Salmonella typhimuriu m (strain LT2 / SGSC1412 / ATCC 700720) OX=99287 GN=pocR P E=4 SV=2" /note="Species='-'
match=28.682%|Evalue=1.90e-09
Uni Ref:sp|Q05587|POCR_SALTY" /translation="VTECSFCSINVCLCRKKGLKYYLCRKTGYQMKSNHLLLLALKKV REHVGEGTNTFRFLTSELGLLRSIQGIADVIHFIPMEGQPYRLTEGRVVFFRAGTLRL RINLREVEFKAGDLLAVSPGTVFEFLYVSPDLDLAMLAFSNSLMENWQKEDLLQTYLQ GRLFLHLSLTAKEVQRMEQLFALLWEVVHDRPFPRASVQSLISLCFHQLDFVRKSSQS TERQQHTRQEEVFNRFLELVNKYAARERSITFYADRLFLTPRYLSTLVRQASGRTVMD WVNEAVMQEAKLMLRHTDKLVYQIADELNFPNASFFSKYFRRMAGMTPNDYRRKDE" gene 30..1934 /gene="orf00001" /locus_tag="orf00001" CDS 30..1934 /gene="orf00001" /locus_tag="orf00001" /product="DNA polymerase III subunit gamma/tau OS=Bacillus subtilis (strain 168) OX=224308 GN=dnaX PE=3 SV=3" /note="Species='-'
match=40.510%|Evalue=1.72e-90
Uni Ref:sp|P09122|DPO3X_BACSU" /translation="MTRKRFYVHLQKYQGIKQKNRHMENYIVSARKYRPSTFDTVVGQ RALTTTLKNAIANHKLAHAYLFCGPRGVGKTTCARIFAKTINCLHPTSEGEACNECES CKAFNEQRSYNIHELDAASNNSVEDIRSLIEQVRIPPQIGKYKVYIIDEVHMLSTAAF NAFLKTLEEPPQHAIFILATTEKHKILPTILSRCQIYDFSRITVNDTVEHLENVARKE HIEAEPEALNVIAQKADGGMRDALSIFDQVVSFTNGHITYQSVIENLNVLDYEYYFKL TDFFLENKVAECLLTFNDILRKGFDGNHFITGLTSHFRNLLVSRDPSTLQLLEAGASI RDRYQAQAQKCTPQFLYKAMKLCNDCDLNYRQSKNKRLLVELTLIQVAQLTAEPEDAG SGHGPKKQLSPVFHTAQASQPVAPPAQATPAATAPVSQPTPQPQPAAASAQPYTSTLQ QSEVPYTKSSPLPKVSTERKAPVIKAGSLGMSIRKTQTASAEPTARTASNAPVQQPVA ETWEDYMFNEKDLGYYWREFASLLPKEEAANAGRMMNMHPHLLADQQTFEVAVDNDMV QKYMQQLAPKIEAHLQEKLHNRKIRMTTRVSEANENVRAYSHVERFQMMSKKNPSLLK LKEALGLELS" gene 17456..18346 /gene="HlyD" /locus_tag="orf00031" CDS 17456..18346 /gene="HlyD" /locus_tag="orf00031" /product="UPF0194 membrane protein YPTS_1292 OS=Yersinia p seudotuberculosis serotype IB (strain PB1/+) OX=502801 GN= YPTS_1292 PE=3 SV=1" /note="Species='-'
match=26.182%|Evalue=8.95e-18
Uni Ref:sp|B2K8W1|Y1292_YERPB" /translation="MKKRYVFQTLLLICLTACGSKDEFDATGTFEATEIVVSSEATGK LFYLNAEEGIHFTQGTEVGLIDTVQLYLKKRQLEAQMKSVESQRPDIHRQIAATKAQI ATAQRERNRVENLLKAQAANRKQLDDWDSQLAVLNRQLEAQLSSLGNTTASLTEQSSS VAIQVAQVEDQLKKCHITVPINGTILAKYAEPSELATVGKPLFKIADMEHIFLRAYLT SSQLESVKLGNEVTVFADFGNAQLRNYTGKIVWISEEAEFTPKTILTNDERANQVYAV KIAVENDGHIKLGMYGKVKF" gene complement(9524..9871) /gene="orf00019" /locus_tag="orf00019" CDS complement(9524..9871) /gene="orf00019" /locus_tag="orf00019" /product="Uncharacterized HTH-type transcriptional regulat or in himA 3'region (Fragment) OS=Rhodobacter capsulatus O X=1061 PE=4 SV=1" /note="Species='-'
match=34.426%|Evalue=2.12e-08
Uni Ref:sp|P30791|YHI4_RHOCA" /translation="MALKTDKELKLYYSISEVAKMFDVNESLLRYWEKEFPMISPKKT GGNVRQYRKEDIENIRLVYHLVKEKGLTLSGARQRLRQNKEGTMQTANVVERLKRIRE ELVSMRNELDYLT" gene 10986..13604 /gene="orf00023" /locus_tag="orf00023" CDS 10986..13604 /gene="orf00023" /locus_tag="orf00023" /product="Alanine--tRNA ligase OS=Bacteroides vulgatus (st rain ATCC 8482 / DSM 1447 / JCM 5826 / NBRC 14291 / NCTC 1 1154) OX=435590 GN=alaS PE=3 SV=1" /note="Species='-'
match=87.256%|Evalue=0.0
UniRef:< a href=http://www.uniprot.org/uniprot/sp|A6L1L8|SYA_BACV8> sp|A6L1L8|SYA_BACV8" /translation="MLTANEIRDSFVKFFESKGHQIVPSAPMVIKDDPTLMFTNAGMN QFKDIILGNHPAKYKRVTDSQKCLRVSGKHNDLEEVGHDTYHHTMFEMLGNWSFGDYF KKEVIGWAYEYLVEVLKLDPKDLYVTVFEGSPEEGLARDDEAAGYWGQFFPEDHIING NKHDNFWEMGDTGPCGPCSEIHIDSRSAEEKAAIPGRELVNKDHPQVIEIWNLVFMQY NRKADGTLEPLPAKVIDTGMGFERLVRTLQGKTSNYDTDVFQPIIKVIGDLSGKKYGD DEKTDVAMRVVADHIRTIAFSITDGQLPSNAKAGYVIRRILRRAVRYAYTFLGQKQAF MYKLVPVLIENMGGAYPELKAQQALIEKVMKEEEESFLRTLETGIRLLEKTMNETKAA GKTEISGVDAFTLYDTFGFPFDLTELILRENGLTADVKGFEAEMQKQKERARNAAAVE TGDWVTLKEGETTFVGYDYTEYETSILRYRQIKQKNQTLYQIVLSETPFYAESGGQVG DTGVLVSEFETIDIIDTKKENNLPIHIAKKLPEHLEAPMMACVDTDKRAACAANHSCT HLLDEALRQVLGTHVEQKGSLVTPDSLRFDFSHFQKVTPEQIREVEHLVNAKIRENVP LTEYRNLPIEKAKELGAIALFGEKYGDEVRVVQFGSSIEFCGGTHVSATGKIGMVKII SESSVAAGVRRIEAVTGAKVEEMFDTVQDTINDLKALFNNAPDLKAAISKYIEENAGL KKQMEEFMKEKEAAVKNKLIEGAKEINGVKVIKAVLPMPADAVKNIAFQLKGQFTENL FVVIGSVFENKPLLTVTMSEDQVKAGLNAGQLVREAAKLIQGGGGGQPHFATAGGKNP DGLNAAVDKVVELAGF" gene 18361..19851 /gene="ABC" /locus_tag="orf00032" CDS 18361..19851 /gene="ABC" /locus_tag="orf00032" /product="Ribosome-associated ATPase OS=Escherichia coli ( strain K12) OX=83333 GN=rbbA PE=1 SV=3" /note="Species='-'
match=30.916%|Evalue=4.66e-35
Uni Ref:sp|P37624|RBBA_ECOLI" /translation="MKNLIEVSHVSKSYGKVQALRDVSFSVKQGELFGLIGPDGAGKS TLFRILTTLLLPDQGSARVLDANVRADFRTIRQSVGYMPGRFSLYQDLTVEENLRFFA TVFHTTVEENYERIRAIYEQIAPFKQRRAGALSGGMKQKLALCCALVHAPKVLFLDEP TTGVDPVSRREFWEMLAYLRQEGITLVVSTPFMDEALRCDRVAFLYEGKIKGIDRPEA ILKQFSEILCPPGLQRKTVDKHTPPIIQVDNLVKRFGSFTAVDHISFSVQRGEIFGFL GANGAGKTTAMRILCGLSLPSEGKAEVMGFDVRIQSEEIKKRIGYMSQKFSLYEDLTV RENLRLFGGIYGVNAKEISKRTEETLQRIGLYEEQHTLVRSLPLGWKQRLAFSVAIFH RPELVFLDEPTGGVDPATRRQFWELIYQAADQGITIFVTTHYMDEAEYCDRISMMVDG HIRALDTPDGLKHRFNARNMDEVFQKLAREAQRGEHAFTHTQTEQP" gene complement(2486..3151) /gene="orf00006" /locus_tag="orf00006" CDS complement(2486..3151) /gene="orf00006" /locus_tag="orf00006" /product="7-cyano-7-deazaguanine synthase OS=Bacteroides t hetaiotaomicron (strain ATCC 29148 / DSM 2079 / NCTC 10582 / E50 / VPI-5482) OX=226186 GN=queC PE=3 SV=2" /note="Species='-'
match=86.175%|Evalue=1.51e-143
Un iRef:sp|Q8A7F8|QUEC_BACTN" /translation="MVNNKEALVVFSGGQDSTTCLFWAKKHFEKVYALSFLYGQKHEK EVELAREIARKAGVEFEVMDVSFIGHLGKNSLTDTSIHMDEEKPKDSFPNTFVPGRNL FFLSIAAVYAREKGIHHMVTGVSQTDFSGYPDCRDSFIKSLNVTLNLAMEEQFVIHTP LMWIDKAQTWALADELGVLDLVRNETLTCYNGIPGDGCGHCPACKLRREGLEKYLASK QNK" gene 13725..15089 /gene="orf00026" /locus_tag="orf00026" CDS 13725..15089 /gene="orf00026" /locus_tag="orf00026" /product="Multidrug export protein MepA OS=Staphylococcus haemolyticus (strain JCSC1435) OX=279808 GN=mepA PE=3 SV=2 " /note="Species='-'
match=27.974%|Evalue=1.41e-50
Uni Ref:sp|Q4L8N9|MEPA_STAHJ" /translation="MPQDKYTLMTTAPVPRLIRGLAVPTIISMLVTSFYVMADTYFVG KINTQSTAAVGISFSIMAIIQAFGFFCGHGSGNFISRRLGARDYRSAEKMAATGFFSA FLIGCAIALVGLLFLDPICRALGSTPTILPYAKTYLGIILLGAPFMASSLVLNNQMRF QGNAVYAMIGIIVGAVLNIGLDPLLIFVFDMGIAGAAWSTFISQVCSFTILLFMDRKG ENIRIHYRHFTPTPAYLKEIVYGGSPSLCRQGLASVSTILLNVAAGNFGDAAIAGMSI VTRICMFINSFVIGFGQGFQPVCGFNYGAGLNRRVRQGFWYCVKVGVIFLAICSLIGY IYAPEVVSWFRKEDPQVIAVGAEALRWQLITLPLGAWVILCNMLLQTIRQPRRAVILS SSRQGLFFIPLILILPYFLQLQGVEMCQAAADLCSFLLALPLTIPVLKSLRIDRTPMK EENA" gene 9362..9454 /gene="sORF_2" /locus_tag="sORF_2" CDS 9362..9454 /gene="sORF_2" /locus_tag="sORF_2" /product="" /note="" /translation="LKLRNKKSPVSALVYSNDMAKSRRFLYYNLx" gene 10853..11002 /gene="sORF_3" /locus_tag="sORF_3" CDS 10853..11002 /gene="sORF_3" /locus_tag="sORF_3" /product="" /note="" /translation="VVRFWKFLSNKTSSFCTKHTDKNNKTNYLCKSILRILTTRQYND YVDSKx" ORIGIN 1 AAGATAGAAA TTATTTCCTA GCAAGCCCAT GACAAGAAAG AGATTTTATG 51 TACATTTGCA GAAATATCAA GGAATCAAAC AAAAGAATCG ACACATGGAA 101 AATTATATCG TATCGGCACG CAAATACCGC CCCTCTACTT TCGATACCGT 151 AGTGGGACAA CGTGCATTGA CCACGACCCT AAAAAACGCC ATTGCCAATC 201 ATAAACTGGC GCATGCCTAC CTGTTCTGCG GTCCGCGAGG AGTAGGAAAG 251 ACCACCTGCG CCCGTATCTT TGCCAAGACC ATCAACTGTC TTCACCCAAC 301 CAGTGAAGGA GAGGCATGCA ACGAATGTGA GTCATGCAAG GCTTTCAACG 351 AACAGCGTTC CTATAATATC CATGAGTTGG ATGCAGCCTC CAACAACTCA 401 GTCGAAGACA TCCGTTCCTT GATTGAGCAA GTACGCATCC CGCCCCAAAT 451 CGGCAAGTAC AAGGTGTATA TCATTGACGA GGTACACATG CTGTCTACCG 501 CCGCATTCAA TGCCTTTCTG AAGACACTGG AAGAACCGCC TCAGCATGCC 551 ATTTTTATTC TGGCCACCAC TGAAAAGCAT AAAATTCTTC CTACCATCCT 601 GAGCCGATGC CAGATTTACG ACTTCAGCCG CATCACGGTC AACGATACGG 651 TAGAGCATCT GGAGAACGTA GCCCGCAAGG AGCACATCGA AGCCGAACCG 701 GAAGCCCTGA ACGTCATCGC ACAGAAAGCT GATGGGGGTA TGCGTGATGC 751 CCTCTCCATC TTCGATCAGG TAGTGAGCTT CACCAACGGA CACATCACCT 801 ACCAAAGTGT GATTGAGAAC CTGAACGTAC TGGACTACGA ATATTATTTC 851 AAGCTGACCG ATTTCTTTCT GGAAAATAAA GTAGCCGAAT GCCTGCTCAC 901 TTTCAATGAT ATTCTTCGAA AAGGATTTGA CGGCAACCAT TTCATCACGG 951 GACTGACTTC ACATTTCCGA AACCTGCTGG TAAGCCGCGA CCCGTCTACC 1001 CTGCAACTGC TGGAAGCCGG TGCTTCTATC CGGGATCGAT ACCAGGCTCA 1051 AGCGCAGAAA TGTACGCCAC AATTCCTGTA CAAAGCCATG AAGCTGTGCA 1101 ACGACTGCGA CCTGAACTAC CGGCAAAGTA AGAACAAACG CCTGCTGGTA 1151 GAGCTCACCC TTATTCAGGT GGCACAACTC ACAGCCGAAC CGGAAGATGC 1201 CGGAAGTGGG CATGGCCCTA AGAAACAGTT ATCCCCCGTC TTCCATACGG 1251 CACAAGCCAG TCAGCCTGTA GCTCCACCCG CACAAGCGAC TCCGGCAGCT 1301 ACAGCTCCGG TCTCTCAGCC GACTCCTCAG CCTCAACCGG CGGCAGCAAG 1351 TGCACAACCT TATACAAGCA CCTTGCAGCA ATCGGAAGTA CCCTACACTA 1401 AAAGCAGTCC ACTGCCCAAA GTCAGTACGG AAAGAAAGGC ACCGGTCATC 1451 AAAGCCGGCA GTTTAGGCAT GTCTATCCGC AAGACACAGA CAGCCTCCGC 1501 AGAGCCAACT GCACGAACAG CATCCAATGC GCCCGTGCAA CAGCCCGTGG 1551 CAGAGACATG GGAAGATTAC ATGTTCAATG AAAAAGACTT AGGCTATTAC 1601 TGGCGTGAGT TCGCCAGTCT GCTACCTAAA GAAGAGGCCG CCAATGCCGG 1651 ACGCATGATG AACATGCACC CTCACCTGCT GGCCGACCAG CAGACATTTG 1701 AAGTAGCGGT GGACAATGAC ATGGTTCAGA AATACATGCA GCAACTGGCA 1751 CCGAAGATAG AAGCCCATCT GCAGGAAAAA CTACATAACC GCAAAATCAG 1801 AATGACTACA CGGGTAAGCG AGGCCAACGA AAACGTGCGT GCCTATAGTC 1851 ACGTAGAGCG TTTTCAGATG ATGAGCAAGA AAAACCCCAG TCTGCTGAAA 1901 CTCAAGGAAG CCCTCGGACT GGAACTTTCC TGATGCCGAA GTATCCATAA 1951 AGAATACGGG CGAAGAAACA TTCACATGCT GTTTCTCCGC CCGTATTCTT 2001 TTATATTTCG ATAAACTCCC GGCTTACAAA TCATGATTCT TCATCCGATA 2051 CTCAGCCAGT TCCTCGTACT TTGTTCCCGG ACGACCGTAA TTGCAATACG 2101 GATAAATGGA AATGCCGCCA CGTGGAGTAA AGATACCCGT CACCTCAATG 2151 TATTTCGGAT CCATCAGTTT AATCAAGTCT TTCATGATGA TGTTCACACA 2201 GTCTTCATGA AAATCGCCGT GATTACGGAA ACTGAACAAA TACAGCTTCA 2251 AGCTCTTGCT TTCCACCATC TTTACATCCG GCAGGTAGCT GATACGGATT 2301 TCCGCAAAAT CCGGCTGCCC CGTAATCGGG CAAAGACTGG TAAACTCCGG 2351 ACAGTTGAAA CGTACCCAGT AATCATTCTC CGGATGTTTG TTTACAAACG 2401 ATTCCAGCAC CTCAGGTGCA TAATCCTGCT TATATACCGT TTTCTTATTA 2451 CCCAACAAAG TGAGTTCGTC TTTTCTTTCC ATACTTACTT ATTTTGTTTT 2501 GAAGCCAAAT ATTTTTCCAA TCCCTCACGG CGCAATTTAC AAGCCGGACA 2551 ATGTCCGCAC CCGTCACCCG GGATTCCATT ATAACAAGTC AGTGTCTCGT 2601 TTCGAACCAA GTCAAGCACT CCCAGTTCAT CGGCCAGCGC CCATGTCTGT 2651 GCCTTGTCAA TCCACATCAG CGGTGTATGA ATCACAAACT GTTCTTCCAT 2701 AGCCAGATTC AGTGTCACGT TCAGCGACTT GATAAACGAG TCCCGACAAT 2751 CGGGATACCC GCTGAAATCC GTCTGCGATA CCCCCGTCAC CATGTGATGG 2801 ATGCCTTTCT CACGCGCATA AACCGCTGCA ATACTCAGGA AAAACAAGTT 2851 TCTTCCCGGA ACGAACGTAT TCGGAAATGA ATCTTTCGGT TTTTCCTCAT 2901 CCATATGAAT AGACGTATCC GTCAGAGAGT TTTTTCCCAG GTGTCCGATA 2951 AATGACACAT CCATGACTTC AAACTCCACC CCGGCTTTCC GTGCAATTTC 3001 ACGCGCCAGT TCCACTTCCT TTTCATGCTT CTGCCCGTAC AGAAAGCTCA 3051 GTGCATATAC TTTCTCAAAA TGCTTTTTTG CCCAGAAAAG ACAGGTCGTA 3101 GAATCCTGCC CGCCGCTAAA TACGACGAGG GCCTCCTTAT TATTTACCAT 3151 ATTTCTTAGA TTTCCTTGAT TCTTAACACA TTATACGAGA TATGCTCGTC 3201 ATATACATCT GTATCATCCA CTCGCTTGAT GTACTTCACT ACACGAACAG 3251 TTACCGGCAA TACAATCACT TCATACAAAG TCTTGAGTAC CACCTGCACC 3301 AGCATCATCT TGGCCAGCTC ACTCACCGGC ATCAGTCCGC CAAAAGCCAG 3351 CGGGAAAAAA ATCAGCGAGT CGGCTCCCTC TCCGGCTATG GTCGACAATA 3401 CGGCACGGGC AGAAAAATTC TTTCCGTGTG AAGCCACTTT CATGCGGCTC 3451 ATCACATACG CATTGATAAA CGAACCTACC AGAAAGGCTG TCAGACTGGC 3501 TACCGCAATA CGAGGTGCCA TGCCGAATAC GAAATTGAAG CTTTCTTCTC 3551 CCTCCCAGAA CGAAGCAGCG GGAAGAGCCA CTGCCAACTG TCCCATAGCC 3601 ACTACCATGA AATTCATGAG GAAGCCCATC CAGATAATCA GACGCGCCTT 3651 ACGGAAGCCC CATACTTCGG CAATACAGTC ATTAATAATG TAAGAAATCG 3701 GGAAAACAAT GAGTCCGGCA GTTACAGAAA TCGGACCCAG CTGTACGACT 3751 TTGGTTTCTA ACAGATTGGC TGCTACCAGG CAGACACAAA ACACAATGCC 3801 CAAAACCATA AAAGGCACTG ATACGAGATT TTCTTTTTTC ATCGCTCCTG 3851 TTTTTTACGT GGTGTTCTAG AATACACGAC CGCTATTCAC GGCATCGCAT 3901 GTAAATGTTC TCTTTTTAAT CGGGCGCAAA GATACAAAGA ATTTTCGGGA 3951 CTAAGCATCT TTCTAATCTA ATTATCTTAC ATACCTGCGA TAAACCTGTT 4001 GCAGATACTT ATCCGACAGA TTTCCCTTCC CTTGCATCTG ATGATAATAA 4051 AACAAGCCTT TATAATAGAT CCGATAATCA AACATACCAA ATGTTGTAAA 4101 CGGATAAGCA TATATATCCC CATTATTTAA TATATAACCA TACGGCATTT 4151 TAGCCGGATC AGCCTGAAGA TGAATAAAAT GTTTACCATA GACTTTATAA 4201 TCCGGCTCCA CTAGCACACG AACAGACTTC TTGTGTCCCA CAAAAGCAAA 4251 AGAATATTTC GTGCGTACCG GGATCCCTCC CTGATGTGCG GCAACCCAAT 4301 CCATACAACC GATAGAGGTT CTCAAAATAC TGTCCGCATT GAGACCTTCG 4351 AAATCAGGCA ACGAATCAAA ATGAATATTG CTTGCCTTTC CGTTCTTTTC 4401 TATCACAAAC GAACCTGCCA CACTATAATC CTCATTGATT TTCTTCTGCT 4451 GCAACAAATC CTTGAAAGGA GTGGCTAAAT CTCCCAGAAA AGATCTCTCC 4501 CCCTGATAAA CAGGTGGTAT CTCCGGATTT AAAATTACCT TTTCAACATC 4551 AGACGGAGAG GTATGAGTGT TGGCATACAC ATCCTTCAAA TAGGGTATAT 4601 AAACACTTTT CTCTCCTTTC GCTCCTCTAC TCCTTGCAAT CAGACAATCA 4651 TGCCATGTAA CTGCAATATC ACGCTTATCT ACCGTTTTGG CGGGTCTCCA 4701 ACGAGGAGAT TCTTCCATAA TTTGCTTTAC CTTACCAACC ATTACAGCAT 4751 CTCCGCCTGC GACTTCCACA TCACACACAC ATCCTTTTTC ATTCACCGTA 4801 TACTCAATGG AAAGCGTATC TTCCGTCACA ACTCCCGATG CAGACATCCG 4851 AGCACATATC CATTCCATAA AATTCTCCCT TCCATTAAAA GGACGCAACA 4901 CCTGCCCTTC TGAAGCAAAA CGAGGTGGCA TATACAAAGA AATCCGTTCC 4951 ACCTCCCGAC GCTTTTCCTC CGGAAGAAAT TCATAAAAGT CAATCCACAT 5001 GTATTTATTG GCGTCTTCTA TATCCAACAA CGGAGTATTA CACCGTGGAG 5051 CCCTCCTAAC GACCCTTTCA ATCTCCCTTT CAAATGCCGG ATTCAACGTA 5101 CTGAAACGGC TGGAAACAAA CACTCTTCCA TCCCATGCCA CGCTAAGACA 5151 CAATTGCTCT ATTCCCGCCG TATGATATTT ATAAGCATCT TCCGGATACT 5201 GAATCTGCGT CAACATCCAA GACGAGATAC GATTCAAATC CCATCTTGCA 5251 GTATCTACCA CCTGAGCCAC CCCAGTACTG AAAGACAGTA CACATACATA 5301 CAAAAGACAG CAAATTTTGA GGACTCTATT CATACGATAA AATTTTAATA 5351 TAGATACGAA CGGCAGACTT CCGATCTAAG GATTCTTTAC AATCAGAACA 5401 TCCACAAAAT CAAAGCAATA GTTAACGAAA CAAATATATA AAACAATTTA 5451 TAGACAACCA AATAGATTTA CCTTTTTTAC ATAGGCAATT GTTTTTCTAA 5501 AACATGAAGG AAACAAAAAC AAATCCTTCC TCAAAGTTTA TGTCTCTCGG 5551 TGCAAAAACC TACGTTCTCC TTACGCAAAA CCTACATTTC CGCACCGGGA 5601 ACCGTAAGTT TTACGTCAAG GAAACATAAA AAGAATAACA ATATCTGAAA 5651 AACTTCACAA GGCCAATTCA CAAAATGAAA AACTAAAGAA TGAAAGCGTT 5701 ACAAAAATTA GAATCAGATG CAGAAACAGG AATATGATTT TCAAAAAACA 5751 ATGAAAAGAA AAGGATTCGT TGACACACAA AATCAACTTT ACATCATAAG 5801 AATATGAAAA ATATAAATTA TCTTTACACT ATATTCAGGA AATGAAGATA 5851 TTATTAAAGG AGAGGTAAAG GGCTTCCAGT AAACGAAGCC AAAGAAATCT 5901 TTGAAAAAGA TATGTTTGAA AAAGCATCTC GCTCCAGTAA ATAAGACAAA 5951 GAACAGAAGT ATTATACACA ATATTTCATA CTCCTTGTGA TGGAAATAAT 6001 AAAATAAACC GATGTTGAAT TCAATAAATA TAAAATAAAC ATGAGAACAA 6051 TTGTAACTAT TTTATTGATG ATGTTTTTGG CTCAAACGAC AAAAGCGCAA 6101 GAATTTATTT TTGAAACAAC AGCAGGAGAA ATTGTGACCA AAAGCAAATT 6151 CATAGACCAA TTCCAGAATG ATGTTTATAC TAATATAACA CCTTATATTT 6201 TAAAACAAAC TACAAATGAA TCTTTACAGA ATGGTGATTC CTATACAATA 6251 AACTGTCTCA AATATCGAAA TTGGGGGAAT GATCCAGGAG ATATACATGT 6301 AATTCAAGTT TTACACCAAG GGAAAGAGGT TTTTAAATTA AATAATGACG 6351 AAGGATGGAA GTATATAAAC GAAGAGCCGG ATGGAGGAAT AACCAAGACC 6401 AAATTCTATT ATAGTATTGA CCTGGATAAA AATACGAAAG TCTTGATTTT 6451 TGTAGGAATC TACATTCAAA GTTTGCCTCC ATATATCAGT ATGATTGTTT 6501 TAAAATCAGG TAAAGCAACG TTGGTGTTCA ACAAGCGTTG TTACATCAAT 6551 GAAATCAAAA AACAAGGTAA TAAGATTGAT TTTATTTTAC GAAAAAACAC 6601 TCTCGAATAT GTCAATTCTT CTACCCCCGT CAATAAGCCA ATTTTAAAAA 6651 CATTAACGAT GGAAAACGGA AGAATGTATT TTAAGTAAAT ATAATGTTTA 6701 ATTAATTTCA TTCCATATCA TGGCTCAAAT ACATATCAAT CAGAATACAT 6751 GCATACGCTG TAAGAAATGC GTCAGAATAT GCCCCTCTGC TCTGTTTACC 6801 CTTCAGGAAG GTAAAGGTAT TGAAGTGAAT GCCGACGACT GCATCAGTTG 6851 CGGACACTGC GTGGCCGTTT GCCCGACCAA CTCCATTGAG CATGCTGATT 6901 TTCCACCCGA GAAGGTTCAT ACCATCGACC GCAGCCAACT TCCCACTGCC 6951 GACCAAATGG AACTGCTCAT CCGTTCCCGC CGCTCGAACC GTGCGTTCTC 7001 CAAAGAAAAA GTCTCGGAAG AGTTGCTACA GCGCATCATA GAGGCTGCCC 7051 ATCGGGCCCC GACGGCAACC AATGCACAAG AAGTCAAAAT GGTATTGGTC 7101 ACCCGTCCGG AAACCTTGAA GGAGGTCAGC CGTATCACCA TCGGCACTTT 7151 TATGTCGATA GTAAATCTGG TGGAAAATCC GTTGTTGAAA TTGATACTGA 7201 AGCCGCTTAT GCCTTCGGGC TATCGCTACG TGCCGGTGTT CAAAAGACTG 7251 CATGAGGAAT TTGAACGAGA TAACGACGGT ATTTTAAGAG GGGCCACAGC 7301 TGCCATCTTT TTCTATACCG ACAAAAAAGA ACGTTTCGGA TGTCAGGACT 7351 GCAACCTTGC CTACCAGAAT GCTTCACTCA TGGCAGAAGC AGCAGGGGTC 7401 TCACAGTTCT ACACCGGATT CGTATGCAGT GCAGCAGGAA TGGACCGGAA 7451 AAGAAAGTTG CAAAAGCTAT TAGGTATTGA AGGAACCGTT CATGCCGGTA 7501 TTGCATTAGG CATGCCGTCT TTCCGCTTCG ATAAATACAT CGACAAAAAA 7551 GAGGTGGTAT TGAAACGTAT TGATTAAACC GAAAGTGCCA TGACAAGAAA 7601 CAACCTGCTA AGCGAAAAGC TGAATTATAC GGGAGCCAGC CATACGCCGA 7651 CTCACCTGCA TTTCTGTACA TACAACACAG AAATTCTGGA ATACCATCAG 7701 GGAGCTTCCA TCAAAGAGTT TTCTCCTTTC ATCCGGCCGG ATGCCATCAA 7751 CTGGGTACAG ATTCACGGAT TGCAGAATAC AGAAATCGTG CAGGAAGTCT 7801 GCGATTTTTT CCACATCGAT TTTCTTACCA CACAAGATAT TCTCAATGCG 7851 GAGCATCTGA CAAAAATTGA AGAGCATGAC ACCTACAATG TGGTCATTCT 7901 GAAACAGTTG TCGGTAGACG AAGAAAACAC GTACACTCCC CAACAGCTTT 7951 GCATTGTGCA GGGAAGTAAT TTCGTACTTA CCTTCATGGA ACACGACAGC 8001 GATTTCTTCA ATGAGATTCA CACGGCACTG AAAAACAATA CCCTGAAAAT 8051 CCGGAACCGC CAGTCAGATT TTCTGCTGAG CGTCATGCTA AACAGTGTCA 8101 TGGCCAGCTT TATGTCTATC ATATCCCGAA TGGAAGACCA ACTGGAAGAC 8151 ATGGAGGAAT CATTGCTGTC ACCGGAAACC AGAAGCGGAC TGACATTAGA 8201 GGATATACAA CCCTATCGAA AGGACGCCCG CCTCATCAAG AAATGTATCC 8251 TTCCGCTTAA AGAGCAGATG AGCAAGTTGT TTCATGCCGA CAACGTACTA 8301 CTTCATAAAG CCAACCGTCC GTTCTTTAAC GACGTAAACG ACCATCTGCA 8351 ATTCGTACTA CAGACTCTCG ACGGCTGCCG CGACATGATT TCGGCCCTGG 8401 TAGACCTTTA CTTGTCGAAC AATGACCAGC GGATGAACAA CATCATGAAG 8451 CAGCTCACCA TCGTATCGAC CATCTTCATT CCGCTGACAT TCTTAGCAGG 8501 TATCTGGGGA ATGAATTTCG AATGGATGCC CGAACTGGGA TGGAAATATG 8551 GTTACCTGAT GGCCTGGGGA GTAATGCTGG TTACCGGTAT CGGAGTATAC 8601 CTGTTCTTTA AGCGGAAAAA ATGGTATTAA TCACAAACTT TTCACCTAAA 8651 TTATTCTACA CAGTATGCGA AAAAAAGAAC TTTATCAGAA AGTCATTGAA 8701 TATTTTCAGA CGGCTATGCC CGTAGCCGAA ACGGAACTGC ACTATAGCAA 8751 CCCATTTGAA CTGCTGATAG CTGTCATTCT CAGCGCACAA TGTACCGACA 8801 AGCGGGTCAA CATGATTACC CCTCCCCTGT TCAGGGATTT TCCTACTCCC 8851 GAAGCTTTGG CTGCCACCAC TCCGGAAGTA GTGTTCGAAT ACATCCGCAG 8901 CGTGAGCTAT CCCAACAACA AGGCCAAGCA TCTGGTAGGA ATGGCGCAGA 8951 TGCTGGTACG CGATTTCCAA AGTACTGTGC CCGACACGCT GGAAGAGCTG 9001 ATTAAATTAC CCGGTGTAGG ACGTAAAACG GCAAATGTTA TCCAGAGCGT 9051 GGTATTCAAT AAGGCTGCCA TGGCAGTCGA TACCCACGTA TTCCGCGTGA 9101 GCCATCGCAT CGGACTGGTT CCCCGCACGT GTACCACTCC GCTGGCTACT 9151 GAAAAACAAC TGGTAAAATA CATCCCTGAA GCACTTATCC CGACCGCACA 9201 CCACTGGCTG ATTCTCCACG GACGTTACGT TTGTACGGCA CGTGCTCCTA 9251 AATGTGAGAG TTGTGGACTG AACGGAATTT GTAAAGAGTC TTTGAAAAGT 9301 TTTCAAAAAT AAAGAAGAGG CTGTCTCAAA ATAGAATTGC AAAAGTAAAA 9351 ATATTACAGA TTGAAACTTA GAAATAAAAA ATCTCCTGTT TCAGCCTTAG 9401 TTTACTCTAA TGATATGGCT AAAAGCAGGA GATTTTTATA CTATAACTTA 9451 TAAATTATAA GTATATCTGT CCAATTTCTC TATTTTGAGA CAGCCTCTTT 9501 TTCATACTAT AATATTAAAG ACTCACGTCA AGTAATCCAG CTCATTCCGC 9551 ATGCTCACCA ACTCCTCGCG GATACGCTTC AAACGCTCTA CCACATTGGC 9601 CGTCTGCATG GTCCCTTCCT TGTTCTGCCG TAACCGCTGT CTGGCGCCGG 9651 ACAGCGTCAA CCCCTTTTCT TTCACCAGAT GATACACCAG GCGAATGTTC 9701 TCAATGTCTT CTTTACGGTA CTGACGTACA TTTCCTCCTG TTTTCTTAGG 9751 AGAAATCATC GGAAACTCTT TTTCCCAATA GCGCAGCAAT GATTCATTCA 9801 CATCAAACAT TTTTGCCACT TCGCTGATGG AATAATAGAG TTTCAATTCT 9851 TTATCTGTTT TCAAAGCCAT AACAAGCAAT TCTTTTTAAT CAAATACACG 9901 ACCGTGGTTG GCAGCCAATT CAATCATCTT TTCGTAATCA TCAGCATTCA 9951 AGTCCATGAA ATAATAGTTC ACCGGATTGA CAATCTTTCC CTTTACACGC 10001 ACTTCATAAT GTAAATGCGG ACCAGTACTC TTTCCGGTAG AGCCTACCTG 10051 ACCAATCACT TCTCCACGTG CCACATTCTG ACCCACTTTC ACTTCAATCT 10101 TATTCAAATG AGCGTAACGG GTCACATAAC CAAACCCATG GTCAATGATG 10151 ATACAATTCC CATACAGTCC ATCCCATCCG GCTTGCTTTA CCCTACCGTT 10201 TCCTGTAGCA TATACCGGCG TACCGATATT GGCAGAGAAG TCCATCCCTG 10251 CATGAAACTT CACGGTTTTA TATATCGGGT CAACACGCAT GCCGTACCCC 10301 GAGGCAGTCT GTTTCAGATT CTTGTTTGAA ACCGGCTGGA TGGCGGGAAT 10351 GCAGGCCAGC ATCTTGTCAT GCTGTTTACA GAGCCCCACC ACTTCGTCGA 10401 AAGATTTGGA CTGGGCATAA ATCTTCTTCT CCAAACCATC CATTTTCTGT 10451 AGTGTATGGA TAACCAGACG GCTGTTGGCC ATGTCCATCA GTTCATTATA 10501 ACGTGCATTA TTTGCAGTAG CCGAACGCTG CTCATCCGGT AACGGGTCGG 10551 CCTGCATCAT TACGCGGTAG ATGTTGTCGT CACGTTGCTG CAGACGTTGC 10601 ATCACTCCTT CCGCCTCATC CAGACGAGAG GAAAGAATGG CATATTGTGA 10651 CAAAAGTCGG GAGTTTTCCG TACGAAGGTC TTTTTCCGAA GGAGAACCGA 10701 AAATCCACAA CAGCAGGATA AAACTGCCTG CCCCCAGTCC CATACCGACA 10751 AAGAGTTGAC GCAGGTAACT CAAAGCCCGC TGGCGTACGG TGGGATAAAT 10801 ACGGTCGTAA GTACGAGTTT TCGGATTGTA GATATAATAG ACTTTACGCA 10851 TGTGGTTCGA TTTTGGAAAT TTTTAAGCAA CAAAACATCA AGTTTTTGCA 10901 CCAAACATAC AGACAAAAAT AATAAAACCA ATTATCTTTG CAAATCAATT 10951 TTGAGAATAT TAACTACAAG ACAATATAAC GATTATGTTG ACAGCAAATG 11001 AAATCCGCGA CTCATTCGTC AAATTCTTTG AGTCAAAAGG ACATCAGATT 11051 GTGCCTTCTG CACCAATGGT TATCAAAGAT GACCCTACCC TGATGTTCAC 11101 TAATGCCGGT ATGAACCAGT TCAAGGATAT CATACTTGGA AACCACCCTG 11151 CTAAATACAA ACGCGTAACC GACTCACAGA AATGTCTTCG TGTGAGCGGA 11201 AAACATAATG ACTTGGAAGA AGTAGGCCAC GATACCTATC ACCACACCAT 11251 GTTCGAAATG TTGGGTAACT GGTCATTCGG CGACTACTTC AAGAAAGAAG 11301 TGATTGGCTG GGCATACGAA TACTTGGTAG AAGTATTGAA ACTGGACCCG 11351 AAAGACTTGT ATGTCACCGT ATTTGAAGGA AGTCCTGAAG AAGGTCTTGC 11401 CCGTGACGAT GAAGCTGCCG GCTACTGGGG ACAGTTCTTC CCTGAAGACC 11451 ACATCATCAA CGGAAACAAG CATGACAATT TCTGGGAAAT GGGCGATACA 11501 GGTCCTTGTG GTCCGTGCTC TGAAATCCAC ATCGACTCTC GTTCTGCAGA 11551 AGAAAAAGCA GCTATTCCGG GACGCGAACT GGTAAACAAG GATCATCCGC 11601 AGGTTATCGA AATCTGGAAC CTGGTGTTCA TGCAATACAA CCGCAAGGCA 11651 GACGGAACTC TGGAACCGCT TCCTGCGAAA GTAATTGATA CCGGTATGGG 11701 ATTTGAACGT CTGGTACGTA CACTGCAAGG AAAAACATCC AACTATGATA 11751 CTGACGTATT CCAGCCTATC ATCAAAGTGA TTGGTGATTT GTCCGGTAAG 11801 AAATACGGAG ACGATGAAAA GACAGACGTG GCTATGCGTG TAGTTGCTGA 11851 CCACATCCGT ACCATCGCTT TCTCTATCAC TGACGGTCAG TTGCCTTCAA 11901 ATGCAAAGGC TGGTTATGTC ATCCGCCGTA TCCTGCGTCG TGCTGTTCGT 11951 TACGCTTATA CATTCCTCGG ACAGAAACAG GCATTCATGT ACAAGCTGGT 12001 TCCGGTGCTG ATTGAAAACA TGGGTGGTGC TTACCCTGAA CTGAAAGCTC 12051 AGCAGGCTTT GATTGAAAAA GTGATGAAGG AAGAAGAAGA ATCATTCCTC 12101 CGTACACTGG AAACAGGTAT CCGTCTGCTC GAAAAGACCA TGAACGAAAC 12151 CAAAGCTGCC GGCAAGACCG AAATCAGTGG AGTGGATGCA TTTACATTAT 12201 ATGATACATT CGGATTCCCA TTCGACTTGA CCGAACTGAT TTTGCGTGAA 12251 AACGGTCTGA CTGCCGACGT GAAAGGCTTC GAAGCTGAAA TGCAGAAACA 12301 GAAAGAACGT GCCCGCAATG CCGCTGCAGT AGAAACCGGC GACTGGGTTA 12351 CACTGAAAGA AGGTGAAACA ACTTTCGTTG GTTACGATTA TACAGAATAT 12401 GAAACCAGCA TCCTGCGCTA CCGCCAGATC AAACAAAAGA ACCAGACTCT 12451 CTACCAGATT GTATTGAGCG AGACTCCGTT CTATGCAGAA AGTGGTGGTC 12501 AGGTAGGTGA TACCGGTGTA TTGGTAAGCG AATTCGAAAC TATCGACATC 12551 ATTGATACAA AGAAGGAAAA CAACCTTCCG ATTCATATTG CCAAGAAACT 12601 TCCGGAACAC CTGGAAGCTC CGATGATGGC ATGTGTAGAT ACAGACAAAC 12651 GTGCTGCTTG TGCTGCCAAC CACTCTTGTA CGCACCTGCT GGACGAAGCT 12701 TTGCGTCAGG TATTAGGTAC TCACGTAGAA CAGAAGGGTT CTTTGGTAAC 12751 TCCTGATTCA CTGCGTTTCG ACTTCTCTCA CTTCCAGAAA GTGACTCCGG 12801 AACAGATTCG TGAAGTAGAA CACCTGGTAA ATGCCAAGAT TCGTGAAAAT 12851 GTACCTTTGA CTGAATACCG CAACCTGCCA ATTGAAAAGG CTAAGGAACT 12901 GGGTGCTATT GCCCTGTTCG GCGAAAAATA CGGTGACGAA GTGCGTGTCG 12951 TACAGTTCGG TTCATCTATC GAATTCTGTG GAGGTACACA TGTATCGGCT 13001 ACCGGAAAAA TTGGTATGGT AAAAATCATT TCTGAAAGCT CTGTAGCTGC 13051 AGGTGTACGC CGTATTGAAG CAGTTACCGG TGCGAAAGTA GAAGAAATGT 13101 TCGATACCGT ACAAGATACC ATCAACGACT TGAAAGCATT GTTCAACAAT 13151 GCACCCGACT TGAAGGCTGC CATCTCCAAG TACATTGAAG AAAACGCTGG 13201 TTTGAAGAAA CAGATGGAAG AATTCATGAA AGAGAAAGAA GCCGCTGTTA 13251 AGAACAAGCT GATTGAAGGT GCAAAAGAAA TCAATGGCGT GAAAGTTATC 13301 AAAGCTGTAC TTCCGATGCC GGCAGATGCA GTGAAAAACA TTGCCTTCCA 13351 GTTGAAAGGA CAGTTCACAG AAAATCTGTT TGTAGTTATC GGTAGTGTAT 13401 TCGAAAATAA GCCGTTACTG ACTGTAACCA TGAGCGAAGA TCAGGTGAAA 13451 GCTGGACTGA ATGCTGGTCA GCTGGTACGT GAAGCTGCTA AGCTGATTCA 13501 GGGCGGTGGC GGTGGTCAGC CTCATTTCGC TACTGCCGGT GGTAAGAACC 13551 CCGACGGATT GAATGCCGCA GTTGACAAAG TGGTTGAACT AGCTGGATTC 13601 TAATTTTCAG CAGACTATAT CAGTACTTAT TTTTTACATT TCATCCCCCT 13651 TATTTGCCCA TTTTTAGGAA AATAAGGGGG ATTTTTTTCG TACTTTTGCC 13701 CACATTCTAC AAGCAGACAA CCTATGCCCC AAGATAAATA TACGCTTATG 13751 ACCACGGCAC CGGTACCTCG CCTTATCCGA GGACTGGCCG TTCCGACCAT 13801 CATCAGTATG CTGGTCACTT CTTTCTATGT CATGGCCGAC ACCTATTTTG 13851 TCGGGAAAAT CAATACCCAG TCTACTGCGG CTGTAGGTAT TTCTTTTTCC 13901 ATCATGGCCA TCATTCAGGC ATTCGGTTTT TTCTGCGGAC ACGGTTCGGG 13951 CAATTTTATT TCCAGAAGAT TAGGTGCACG CGACTACCGC AGTGCGGAAA 14001 AGATGGCGGC TACGGGCTTC TTTAGTGCAT TCCTCATCGG TTGTGCCATC 14051 GCGCTTGTCG GCCTGCTTTT CCTGGACCCT ATCTGCCGGG CATTGGGTTC 14101 TACCCCCACC ATTCTTCCAT ACGCCAAGAC CTATTTAGGA ATTATCCTGT 14151 TGGGAGCCCC TTTTATGGCC TCCTCTCTGG TGCTCAATAA CCAGATGCGA 14201 TTCCAAGGGA ACGCCGTTTA TGCCATGATT GGTATCATTG TGGGGGCCGT 14251 ACTCAACATC GGACTTGACC CACTATTAAT ATTCGTATTC GACATGGGAA 14301 TTGCAGGAGC CGCCTGGTCG ACCTTCATCA GTCAGGTATG CAGCTTCACC 14351 ATCCTGCTTT TCATGGACCG AAAAGGAGAA AACATCCGCA TTCATTACCG 14401 GCATTTTACT CCCACTCCAG CCTATCTGAA AGAAATCGTA TACGGAGGAA 14451 GTCCTTCTCT CTGCCGTCAG GGACTGGCCA GTGTCTCGAC TATCCTATTG 14501 AATGTAGCAG CCGGAAACTT TGGAGATGCT GCCATTGCCG GAATGTCCAT 14551 TGTAACCCGT ATCTGTATGT TCATCAATTC CTTTGTCATC GGTTTCGGAC 14601 AGGGATTTCA GCCGGTATGC GGATTCAACT ACGGAGCAGG ATTAAACCGC 14651 CGTGTCCGAC AGGGATTCTG GTACTGTGTG AAAGTAGGCG TTATCTTCTT 14701 AGCCATCTGC TCCCTCATCG GCTACATTTA TGCCCCGGAA GTAGTTTCCT 14751 GGTTCCGAAA AGAAGACCCG CAAGTTATCG CCGTAGGAGC CGAAGCCTTG 14801 CGCTGGCAGC TCATTACACT CCCATTAGGA GCCTGGGTGA TACTATGTAA 14851 CATGTTGCTA CAAACTATCC GCCAGCCTCG CCGGGCCGTC ATTCTTTCCT 14901 CCTCCCGCCA AGGTTTGTTC TTCATCCCTT TGATACTGAT TCTGCCGTAC 14951 TTTCTGCAGT TACAGGGTGT GGAAATGTGT CAGGCCGCAG CCGATTTATG 15001 TTCTTTCCTG TTAGCGCTTC CCCTTACAAT TCCAGTACTG AAATCACTGC 15051 GCATAGACAG AACTCCCATG AAAGAAGAAA ATGCCTGATA AACACGAAAC 15101 TCCTTATTCG TCCTTTCTTC GATAATCATT AGGAGTCATT CCTGCCATGC 15151 GTCGGAAATA CTTGCTGAAA AATGACGCAT TAGGAAAATT CAACTCATCG 15201 GCAATCTGAT AAACCAGCTT ATCCGTGTGA CGCAACATCA GCTTGGCCTC 15251 CTGCATCACC GCCTCATTTA CCCAGTCCAT CACTGTGCGT CCGCTGGCCT 15301 GACGGACCAG TGTACTCAAA TAACGCGGTG TCAGAAAAAG CCGGTCGGCA 15351 TAAAACGTAA TGCTCCGCTC ACGAGCCGCA TATTTATTGA CCAACTCTAA 15401 AAAACGATTG AAAACTTCCT CCTGCCGCGT GTGTTGCTGC CTTTCAGTAG 15451 ATTGACTGCT TTTCCTGACA AAATCCAGTT GATGAAAGCA CAGAGAAATC 15501 AAACTCTGCA CGGAAGCTCT CGGAAAAGGC CGGTCGTGCA CCACTTCCCA 15551 TAACAAGGCA AACAACTGCT CCATGCGCTG CACTTCTTTC GCAGTTAAAG 15601 ACAGATGCAA AAACAATCTC CCCTGCAAAT AGGTCTGCAA CAAATCCTCT 15651 TTCTGCCAAT TCTCCATCAA ACTGTTTGAA AAGGCCAGCA TAGCCAAATC 15701 TAAATCGGGA GATACATAAA GAAACTCAAA CACCGTGCCG GGAGATACCG 15751 CCAGCAAATC ACCGGCCTTA AATTCTACTT CACGAAGATT GATACGCAGC 15801 CGAAGCGTCC CCGCACGAAA AAACACCACT CGCCCCTCGG TCAACCGATA 15851 GGGCTGTCCT TCCATCGGGA TAAAATGAAT TACGTCGGCT ATTCCCTGAA 15901 TGGAACGAAG CAATCCCAAT TCGGAAGTAA GAAAGCGGAA AGTGTTCGTC 15951 CCTTCTCCCA CATGTTCACG CACTTTCTTC AATGCCAGCA ACAACAGATG 16001 ATTCGATTTC ATTTGATACC CTGTTTTCCT ACAAAGATAA TATTTCAGGC 16051 CTTTTTTACG ACATAAACAA ACATTTATCG AACAAAAAGA ACATTCCGTC 16101 ACACATATAG GACCGAAAGA TTACACAAAA CCCTCTATCT TTGTCATACA 16151 ACCTTTTAAT AAAGACCCAA TGCCTATGAT ACGAATATTT CTCCTTTTGT 16201 GTGCATGGAG CCTGAATGCG ATAAGTCAGG CACAAATCAC CTTGGAAAGT 16251 TGCAAGCAGC AGGCCCGTGA AAACTATCCG CTGGTACGAC AATACGACTT 16301 GATCCAACTG TCCGAACAAT ATACGCTCTC AAATGTAGCG AAAGGCAATC 16351 TGCCCCAAAT CAGCATAAGT GGAAAAATAT CTTATCAAAG TGAAGCCACT 16401 ACCTTCCCTT TCGAGATTCC GGGATTGGGT ATGAAAGGAC TACCCAAAGA 16451 CCAGTATCAG GCATTGATTG AAATCAAACA GAATATATGG GACGGAGGGA 16501 AAATCCGCAA CCAGAAAGCT CAGATCAAAG CCGAAGCCGA AGAACACGAG 16551 CGACAGCTTG ATACGAGCCT GTATACACTG GAAGAAAGGG TGAATCAGGT 16601 GTTCTTCGGT ATCCTGTTAC TGGACGAGCA GCTGGCACAA AATGTATTAC 16651 TGGAAGAAGA ACTCGCACGC AACCAGAAAA CGGTAGAGGC TTACCGGATA 16701 AACGGCACAG CCAATGATGC AGACGTAGAC GCGGTAAAGG TAGAGATTCT 16751 TCAAACCAAG CAGCAGCGTA TCCAGTTAGA AAACAACCGT ATGGCCTATC 16801 TGCGCATGCT GTCCTTACTT ACAGGAAAGG AACTTCCGGC ACAAACCCTG 16851 TTAGTACGTC CAGATCCTGT GGCAACGAAT GCATCTGAAT TCAACCGTCC 16901 TGAACTACGG TGGTATGAAG CACAAGAACA GACTGTCGCC GTACAACGAA 16951 AGGGGTTACA GACGGGTTAC CTTCCAGCTT TTAGTCTTTT TGCACAAGGA 17001 GCCTACGGCA ATCCGGGACT GGATATATTG AAAGACAAGT TCAGAACCTA 17051 CTACTTAGTC GGGGCACGGT TTACCTGGAA TTTCGGAAGC CTGTACACCC 17101 TGAAGAACGA CCGGAAAAAC CTGGACAACC GCATCCAGCA AATTAGAAAC 17151 GAACGCGACT TATTCTTATT CAACACACAC TTACAACTGG CAGAAGAAGA 17201 CGGCACCATC CAAAGTCTTC GCCAGCAAAT GAAAGAAGAC GAAGAGATTA 17251 TCCGATTACG GGAAAACATC CGACGGTCTG CCCAGGCCAA AGTAGCCAAC 17301 GGCACGATGA GCGTCAGTGA CATGCTGAAA GAAATTACAG CCGAGAATCT 17351 CGCGCGTCAA GCCAAGGCCG TACATGAAGT ACAATGGCTC ATGCATCTAC 17401 ACCAAAGAAA ACACCTGACC AACTAACCCG TTTCACACTA AAATATTCAA 17451 GCGTATGAAA AAAAGATATG TATTTCAAAC TTTGCTGCTG ATTTGCCTGA 17501 CTGCCTGCGG CTCCAAAGAC GAATTTGATG CTACCGGTAC CTTCGAAGCG 17551 ACGGAAATAG TGGTATCTTC CGAGGCTACC GGGAAACTTT TTTACCTGAA 17601 TGCGGAAGAA GGTATACACT TTACGCAAGG AACCGAAGTC GGACTGATTG 17651 ATACGGTGCA GCTTTATTTG AAGAAACGAC AGCTGGAGGC GCAGATGAAA 17701 TCGGTGGAGA GCCAGCGCCC CGACATCCAC CGGCAAATAG CTGCCACAAA 17751 AGCACAGATT GCCACGGCAC AACGGGAACG CAACCGGGTG GAGAATCTGC 17801 TTAAAGCACA GGCTGCCAAC CGCAAACAAC TGGATGACTG GGATTCACAG 17851 TTGGCGGTAC TCAACCGACA ACTGGAAGCG CAACTTTCTT CGTTGGGCAA 17901 TACCACTGCC AGCCTGACAG AACAAAGTTC ATCAGTCGCC ATCCAGGTGG 17951 CACAAGTGGA AGACCAATTA AAAAAATGCC ATATCACCGT TCCCATCAAC 18001 GGAACCATCT TAGCAAAGTA TGCCGAACCC AGTGAACTGG CTACAGTAGG 18051 AAAACCGCTG TTCAAAATAG CCGATATGGA GCACATCTTC CTGCGGGCAT 18101 ACCTCACCTC TTCACAATTG GAGTCAGTGA AATTAGGTAA CGAAGTCACC 18151 GTTTTTGCCG ATTTCGGCAA TGCACAACTC AGGAATTATA CCGGCAAGAT 18201 AGTCTGGATT TCCGAAGAAG CGGAATTTAC GCCCAAAACC ATCCTGACCA 18251 ACGACGAACG GGCCAACCAG GTATATGCCG TCAAAATAGC CGTCGAAAAC 18301 GACGGACACA TCAAACTGGG CATGTACGGG AAAGTCAAAT TCTGAAAACC 18351 GAAAGTGACA TGAAAAACCT CATAGAAGTC AGTCATGTAA GCAAAAGTTA 18401 CGGAAAGGTG CAAGCCCTGC GCGATGTATC CTTCAGCGTA AAGCAAGGAG 18451 AACTGTTCGG CCTCATCGGT CCGGACGGAG CAGGGAAAAG TACCCTGTTC 18501 CGCATCCTGA CCACCTTGCT GCTGCCGGAC CAGGGAAGTG CCCGGGTACT 18551 GGATGCGAAT GTACGGGCCG ACTTCCGTAC GATACGGCAG AGCGTAGGTT 18601 ACATGCCGGG GCGCTTCTCT CTGTATCAGG ACCTCACGGT AGAAGAAAAC 18651 CTGCGTTTCT TTGCCACTGT ATTTCATACG ACCGTTGAAG AAAACTACGA 18701 GCGGATACGC GCCATTTATG AACAGATAGC TCCCTTCAAG CAGCGTCGAG 18751 CAGGTGCATT GTCGGGAGGA ATGAAGCAGA AGCTGGCTTT GTGCTGTGCA 18801 TTGGTTCACG CCCCGAAAGT CCTCTTTCTG GACGAACCGA CCACCGGCGT 18851 AGACCCCGTT TCACGCCGGG AGTTCTGGGA GATGTTAGCC TACCTCCGGC 18901 AGGAAGGCAT TACCCTCGTC GTATCCACTC CTTTCATGGA CGAAGCCTTG 18951 CGATGCGACC GGGTGGCGTT TCTTTACGAA GGAAAAATTA AAGGCATCGA 19001 CCGTCCGGAA GCCATACTAA AGCAGTTCAG CGAGATTCTA TGCCCTCCCG 19051 GCCTGCAACG AAAAACCGTC GATAAACATA CTCCACCCAT TATCCAGGTG 19101 GACAACCTCG TCAAACGATT CGGCTCGTTC ACGGCCGTCG ACCACATTTC 19151 ATTTTCGGTA CAACGGGGAG AAATCTTCGG CTTCCTAGGG GCCAACGGGG 19201 CCGGAAAGAC TACCGCCATG CGCATCTTGT GCGGGCTAAG TCTTCCCTCC 19251 GAAGGAAAGG CTGAAGTAAT GGGGTTTGAC GTACGGATAC AAAGCGAAGA 19301 AATCAAAAAG CGAATCGGCT ACATGAGCCA GAAGTTTTCA CTTTATGAGG 19351 ACCTGACCGT ACGCGAAAAT CTTCGTCTGT TCGGAGGTAT CTATGGTGTC 19401 AATGCCAAAG AAATCAGCAA ACGTACGGAA GAGACTTTAC AACGTATCGG 19451 ACTTTACGAG GAACAGCATA CCCTGGTCCG TTCGCTACCT TTAGGATGGA 19501 AGCAACGGCT TGCCTTTTCG GTAGCCATCT TCCACCGTCC GGAACTGGTT 19551 TTTCTGGACG AACCGACCGG AGGAGTCGAC CCGGCTACCC GCCGTCAGTT 19601 CTGGGAATTG ATTTATCAGG CTGCCGACCA GGGGATTACC ATTTTTGTCA 19651 CGACGCACTA CATGGACGAA GCTGAATATT GCGACCGTAT CTCCATGATG 19701 GTGGACGGAC ATATTCGGGC ACTGGATACT CCCGACGGAC TGAAGCACCG 19751 TTTTAATGCC CGAAACATGG ACGAAGTCTT CCAAAAATTA GCACGTGAAG 19801 CCCAACGAGG AGAACATGCC TTTACTCACA CGCAAACAGA ACAGCCATGA 19851 AACAGTTTAT CGCTTTTGTC AGAAAAGAAT TTCACCATAT CCTGCGCGAC 19901 CGGCGTACCA TGCTGATACT GATAGGCATG CCGATTGTAC AGATTATACT 19951 TTTCGGCTTT GCCATCTCGA CCGAAGTGCG CAATGTACAG ACTGCTATCC 20001 TTGCACCTTC CCTCCAGACG GATGTACGGA AAGTGATGGA ACAACTGGAT 20051 GCCAGCGAGT ATTTCACGGT GAAATATGTC GTCCAGTCTC CCGACGAAAT 20101 CGAACGGCTG TTCCGACGCA ACCTCATCGA ACTGGCTGTA GTCTTTCCCT 20151 CCGACCTGCA TCGCCTGCGT TTTGACTCGG AAGAGATACA GATTTTAGCC 20201 GATGCCACCG ACCCGAACCT GGCCGTCACA CGGAGCACGT ATGCACAGAC 20251 A //