aconitate hydratase, maker-scaffold615_size123629-snap-gene-0.2 (gene) Tigriopus kingsejongensis

Overview


Name	aconitate hydratase
Unique Name	maker-scaffold615_size123629-snap-gene-0.2
Type	gene
Organism	Tigriopus kingsejongensis (Tigriopus kingsejongensis)

Associated RNAi Experiments

Nothing found

Homology

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BLAST of aconitate hydratase vs. L. salmonis genes
Match: EMLSAG00000008083 (supercontig:LSalAtl2s:LSalAtl2s481:171581:178388:-1 gene:EMLSAG00000008083 transcript:EMLSAT00000008083 description:"maker-LSalAtl2s481-augustus-gene-1.18")

HSP 1 Score: 644.425 bits (1661), Expect = 0.000e+0
Identity = 326/553 (58.95%), Postives = 412/553 (74.50%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKE-HLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIK 563
            YE L +K+ ++K++L RPLTLSEK+LYSHL  + + +D  RG+ Y+   PDRVAMQDATAQMA+LQF+ +G  KVAVPST+HCDHLIQA+I    DL  A + + EV+NFL +   KYG+GFWKPG+GIIHQ++LENYAFPG +M+GTDSHT N GGLG + IGVGGADAVDVMA +PWELK PK+IGVKLTGKLSGW+SPKDVILKVA ILTVKGGTGAIVEYFG+G  ++SCTG GTICNMGAEIGATTS F Y+  M  YL +T+R+DIA+ A++ +E  L+ D  C       +DQV+EI+L  L+P +NGPFTPDL+T +G E+ +KA KNGWPL+V+ GLIGSCTNSSYED++R  +I KQA+ KG+ +K+ F I PGSEQ+R T +RDG+     +    +  NACGPCIGQW R  +     KN+I+ S+NRNF+ R D NP TH FV SPEM  A+++AG LDF+P +D +    G ++KL  P G ELP  GF   +  +  P ADGS ++V VD  S+RLQLLTPF     KD  +MR+LIK
Sbjct:  628 YEKLVQKLEIVKDRLNRPLTLSEKVLYSHLD-DPKNQDIVRGESYLRLRPDRVAMQDATAQMAMLQFISSGLPKVAVPSTIHCDHLIQAQIEGKKDLARAKDLNAEVYNFLSTSGAKYGVGFWKPGSGIIHQIILENYAFPGLLMVGTDSHTPNGGGLGGLCIGVGGADAVDVMADIPWELKCPKVIGVKLTGKLSGWTSPKDVILKVAGILTVKGGTGAIVEYFGEGVDSISCTGMGTICNMGAEIGATTSVFPYNHRMKAYLDSTNRSDIANLADKYREVLLSPDGGC------KYDQVVEIDLNTLEPHVNGPFTPDLATPIG-ELGEKAKKNGWPLEVKDGLIGSCTNSSYEDMARXTAIIKQALAKGMKSKSNFYITPGSEQIRATIERDGLADTMREFGGVVLANACGPCIGQWDR-QNITKGEKNTIVTSYNRNFTGRNDANPATHGFVTSPEMTVALSLAGSLDFDPRSDAIKAPDGSELKLNAPFGDELPSQGFDAGEDTYQHPPADGSSVSVTVDSDSNRLQLLTPFDKWDGKDHKEMRVLIK 1171

HSP 2 Score: 62.3882 bits (150), Expect = 6.650e-10
Identity = 24/63 (38.10%), Postives = 40/63 (63.49%), Query Frame = 0

Query:  688 KADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQ 750
            KADYDK+R DD++++ D    APG+P+   + H DG+++   + H++N  QI+WF      N+
Sbjct: 1171 KADYDKIRPDDLITLNDLVNFAPGRPVVATIKHSDGSSENISLNHSFNEQQIDWFKAGSALNR 1233

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BLAST of aconitate hydratase vs. L. salmonis genes
Match: EMLSAG00000000118 (supercontig:LSalAtl2s:LSalAtl2s101:496791:499884:-1 gene:EMLSAG00000000118 transcript:EMLSAT00000000118 description:"augustus_masked-LSalAtl2s101-processed-gene-5.8")

HSP 1 Score: 176.022 bits (445), Expect = 2.771e-45
Identity = 224/815 (27.48%), Postives = 345/815 (42.33%), Query Frame = 0

Query:   52 RGKDY-VFYAPDRVAMQDATAQMALLQFMMAGKDKV------------AVPSTVHCDHLIQAKIGADA-------DLQHAINTSNEVFNFLE-SVSDKYGIGFWKPGAGIIHQVVLENYA----------FPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANP--EQYFDQVIEINLTELKPLINGPFTP-------DLSTSVGKEMTDKATKNGW---------------PLDVEWGL---------IGSCTNSSYEDLSRAAS-IAKQAIDKGLTTKA--EFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKN------SIIHSFNRNFSKRADGNPNTHA-FVASPEMVAAIAIAGRLDFNPMTDTLTND-KGEQVKLEE--PTGYELP--------PNGFAVED------------RGFNAPAA-----DGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAG------PWLKY-----------------RGHLENISNNCYTGA--INYF-NDKPN-KVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKV--RQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYN 735
            RGK+  + + P RV +QD T   A++ F  A +D V              P+ +  DH IQ     ++       DL+   N   E F FL+   S    +    PG+GI+HQV LE  A          FP  + +GTDSHT    GLG+V  GVGG +A  VM G P  +  P+++G +++G      +  D++L +   L   G  G  VE++G G  +LS   + TI NM  E GAT   F  D     YLR T+R        +   HLT     Y +   +  F Q++ ++L  +    +GP  P       D+     + +++K    G+               P + E+ L         I SCTN+S   +   A  +AK+A+DKGLT     +  ++PGS  V Y     G++   + +  +I       CIG      D +    N      + + S NRNF  R   NP+T A ++ASP +V A AIAGR+D +   + L  D   E + L +  PT  E+         P+ F  ED                AP       D     +K  P  D +    P      K + +   L+ +    T DHIS AG      P  +Y                 RG+   ++   +     +N F   KP  K ++ ++ D + V D+A  Y+      +V   ++ G GSSR+ AA  P  LGV AVI +S+ RIH +NL   G++ L + +    + +     +  S+     + P + L IK++  DG+   FK    ++
Sbjct:   69 RGKNAEIPFRPGRVILQDFTGVPAIVDFA-AMRDAVKKLGGDPSKINPTCPTDLVIDHSIQVDFARESKALMKNEDLEFQRN--KERFTFLKWGASSFQNMLIIPPGSGIVHQVNLEYLARVCFTDTDLVFPDSV-VGTDSHTTMINGLGVVGWGVGGIEAEAVMLGQPISMVLPEVVGYRISGSPQPLVNSTDIVLTITKHLRQVGVVGRFVEFYGPGIKHLSIADRATISNMCPEYGATIGXFPVDLVSIEYLRLTNRESSKVKCIQEYLHLTNLLRDYEDKSTDPTFSQIVVLDLGTVVTSCSGPKRPQDRVAVTDMKNDFLQCLSNKIGFKGFAIPDNKKNITVPIIAPDNKEYILRHGSVLIAAITSCTNTSNPSVMLGAGLLAKKAVDKGLTVPPYIKTSLSPGSGVVTYYLKNSGVIPYLDALGFSIVGYGXMTCIGNSGPLEDYVVXGXNKGDLVCAGVLSGNRNFEGRI--NPHTRANYLASPPLVIAYAIAGRVDIDFEVEALGFDANNEPIYLRDIWPTRDEIQIVEKKYIVPSMF--EDVYSKVTTGNERWNSLEAPKGILYPWDIESTYIKSPPFFDNMSEELP----EPKKIKNALALLNLGXSFTXDHISPAGXIARNXPAARYLASKNISPREFNSYGSRRGNDAIMARGTFANIRLVNKFLGGKPGPKTIHLISGDIMDVFDAAMEYKKENQHLIVLAGKDYGCGSSRDWAAKGPFLLGVRAVIAESYERIHRSNLVGMGIVPLQYSEGESSESLGFSGKEKFSVELPTNLIPQQVLDIKVECLDGSIKSFKATVRFD 871

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BLAST of aconitate hydratase vs. L. salmonis genes
Match: EMLSAG00000007801 (supercontig:LSalAtl2s:LSalAtl2s457:64181:67196:1 gene:EMLSAG00000007801 transcript:EMLSAT00000007801 description:"maker-LSalAtl2s457-snap-gene-0.30")

HSP 1 Score: 161.384 bits (407), Expect = 1.338e-40
Identity = 189/705 (26.81%), Postives = 303/705 (42.98%), Query Frame = 0

Query:  117 EVFNFLESVSDKY-GIGFWKPGAGIIHQVVLENYA----FPGGMM-----IGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDR-----ADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTD-------KATKNGWPL-------------DVEWGLIG----------SCTNSSYEDLSRAAS-IAKQAIDKGLTTK--AEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSF-------------NRNFSKRADGNPNTHA-FVASPEMVAAIAIAGRLDFNPMTDTL--TNDKGEQV-----------------KLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTP-FVPIL---QKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISN----------------NCYTGAINYFNDK--PNKVLNYLNNDYIAVP--------DSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAP 710
            E F FL+ V+  +  I    PG G++HQV LE  A      GG++     +GTD+HT    GLG++  GVG  DA  VM G P  L  P+++G+++ G +S +S+  D++L +   L   G  GA VE+FG     LS   + TI NM  E GA    F  D+   +YL  + R       +      VK   ++D     N    F  +IEI+L+++ P ++GP       S+ +   D       K    G+ L             D E+  +G          SCTN+S   +   A  +AK+A++ GL+     +  + PGS  V       G++     +   I    C  C      Y+   N P +SI+ +              NRNF  R D  P+  A ++ASP MV A AIAGR+D N   + L   +  GE +                 KL  P  Y    +  +V ++ +++ +   S    K   +SD   +  P ++  +    ++  +MR L+K+    T+DHIS AG   +     E +S+                N +      F++    N +LN +    + +P        +++  Y+  G+     G +N G G+SR+ A   P  LGV A++  SF   + +NL K G+L L  I    Y+ ++  + +SI   D + P
Sbjct:  174 ERFIFLKWVNSAFKNITVIPPGTGVMHQVNLEYLARVVTCQGGVLFPDSVVGTDTHTTMINGLGVLGWGVGTLDAQAVMFGHPVTLSFPRVVGIRIKGVISDYSTSTDLVLMITKKLRQAGVQGAFVEFFGPSLKELSVADRATISNMCPEYGALVGFFPIDEITIQYLAQSGRDKSHIETVEKYMKTVKMFRSSD----ENENIRFASIIEIDLSDIIPCVSGPKRTKDKVSINEIAADFKSALHLKEGPKGYGLSQGQGHVAFSVNIDGEYFTVGHGTVLLAAISSCTNTSNPSVMLGAGLLAKKAVECGLSVPKVVKTSLAPGSGVVTSYLQESGVMPYLYMLGFEIVGYGCSTC-----SYNSGPNLP-DSIVQAIKQGNLVCCGLLSGNRNFEGRLD--PDIRANYLASPLMVIAYAIAGRIDINLDREPLGFNSHTGEAIFLKNIWPSRQEIQEIERKLVIPGIYRQVYSKVSVGNKHWDSLSVPNS--VDKFPWSSDSTYIKCPEYIKEIGSNARNWKNMRCLLKLGDNITSDHISPAGSITRSSPAAEYLSSLGLAPREYNSYGARRGNYHVMVRGTFSNMRLQNHLLNKVGPYTLHLPSEVTTTIFEASERYKNDGVSLFAIGGKNFGRGTSRDWATRGPFLLGVRAILAVSFDPTYRSNLVKTGILPLQ-ITSISYESLKGTECLSIDIRDNITP 863

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|74856524|sp|Q54XS2.1|ACON_DICDI (RecName: Full=Probable aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 892.878 bits (2306), Expect = 0.000e+0
Identity = 440/732 (60.11%), Postives = 534/732 (72.95%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDH-HDGTNDEFKVAHTYNLAQIEWF 742
            YE +  K+   +    +PLTL+EKI+Y HL  E       RG  Y+   PDRVAMQDATAQMA+LQFM AG  + AVP+T+HCDHLI+A  G + DL+ A + + EV++FL + + K+G+GFWKPG+GIIHQ+VLENYAFPGG+MIGTDSHT NAGGLGMVA+GVGGADAVDVMAG+PWELK PK+IGVKLTG L GWSSPKDVIL+VADILTVKGGTGAIVEYFG G  +LSCTG  TICNMGAEIGATTS F ++  M  YL +T R++IA+AAN  K +L AD      P  ++DQ+IE+NL  L+P INGPFTPDL   + K   +    N WP +++ GLIGSCTNSSYED+SR+AS+A+QA+DKG+T KA+F I PGSEQ+R T +RDG +K+ E V   +  NACGPCIGQW R   P    KNSII S+NRNF+ R D N NTHAFVASPE+V A+ IAG + FNPMTD LT+  G + KL  PTG ELP  GF   +  +  P+ +G  I V VD  S RLQLL PF P  +KD+ DM++LIKV+GKCTTDHISMAGPWLKYRGHL+NISNN   GAIN  N K N VLN    +   VP  AR Y+  G+  +V G+EN GEGSSREHAA+EPR LG  A++VKSFARIHETNLKKQG+L LTF + +DYDK+  DD +SI+    +APGK LT+ +     G+  E K  HT N  QIEWF
Sbjct:   33 YEGIDAKLKQFRLHHNKPLTLAEKIIYGHL--EDPSTKVERGITYLKLHPDRVAMQDATAQMAVLQFMSAGLPETAVPTTIHCDHLIEAYKGGEKDLEVAKDINKEVYDFLSTSAKKFGMGFWKPGSGIIHQIVLENYAFPGGLMIGTDSHTPNAGGLGMVAVGVGGADAVDVMAGIPWELKAPKIIGVKLTGSLKGWSSPKDVILRVADILTVKGGTGAIVEYFGSGVESLSCTGMATICNMGAEIGATTSLFPFNKRMVDYLNSTGRSNIANAANSFKHNLVAD------PNAHYDQLIELNLDTLEPYINGPFTPDLGHPLSK-FAESVKTNNWPAELKVGLIGSCTNSSYEDMSRSASVAQQALDKGITAKAKFTITPGSEQIRATIERDGQMKVLEKVGGVVLANACGPCIGQWKREDVP-KGEKNSIITSYNRNFTGRNDSNVNTHAFVASPEIVTALTIAGDITFNPMTDFLTDKDGNKFKLTPPTGDELPSRGFDAGENTYQPPSPNGQNINVIVDSESSRLQLLQPFAPWDKKDLVDMQVLIKVQGKCTTDHISMAGPWLKYRGHLDNISNNMLIGAINSENGKANAVLNQFTGEIGPVPTVARDYKKRGVNWIVVGDENYGEGSSREHAALEPRHLGGKAILVKSFARIHETNLKKQGILPLTFANPSDYDKISGDDRISIIGLKDLAPGKQLTLIVKSAKQGSEFEIKANHTMNAGQIEWF 754

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|1351858|sp|P49609.1|ACON_GRAGA (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 888.641 bits (2295), Expect = 0.000e+0
Identity = 438/743 (58.95%), Postives = 540/743 (72.68%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLH-PESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLEF 753
            Y  + +++  ++ KL RPLTL+EK+LY HL  PE   +   RG+ ++   P+RVA+QDATAQMAL+QFM + + +VAVPST+HCDHLI A++GA+ D+  A + + EV++FL S   KYG+GFWKPG+GIIHQ+VLENYAFPG +MIGTDSHT NAGGLG  A+GVGGADAVDVM G+PWELK PK+IGVKLTGKL  W+SPKDVILKVA ILTVKGGTGAIVEYFG+G  +LSCTG GTICNMGAEIGATTS F Y+  M  YL+AT R  IA  A+   E L AD          +DQ+IEINL+EL+P INGPFTPDL+  + K   ++  KNGWP ++  GLIGSCTNSSYED++R+AS+ KQA+  G+ +K+ F I PGSEQVR T  RDGIL  F +   T+  NACGPCIGQW R   P   P NSII SFNRNFS+R DGNP THAFVASPE+V A+++AG L FNP TD+L    G + KL  P+G ELP  GF   +  F  P+ D + I V++DP S RL  L PF     KD TDM +LIK +GKCTTDHISMAGPWLK+RGHL+NISNN   GA+N  N + N V N +  +Y  VPD+ARAY+A G+  VV G+EN GEGSSREHAA+EPR LG  AVIVKSFARIHETNLKKQGML LTF + ADYDK+   D VS+V    + PG+P+T+ +   DGT+ +  + HT+N  Q+EWF      N+++ 
Sbjct:   44 YAAIDDRLNTVRSKLNRPLTLAEKVLYGHLDDPE---RVPVRGETFLKLRPERVALQDATAQMALIQFMASARPQVAVPSTIHCDHLIAAEVGAEEDMAKAKSQNKEVYDFLASAGAKYGLGFWKPGSGIIHQIVLENYAFPGLLMIGTDSHTPNAGGLGACAVGVGGADAVDVMVGLPWELKAPKVIGVKLTGKLQEWASPKDVILKVAGILTVKGGTGAIVEYFGEGVDSLSCTGMGTICNMGAEIGATTSMFPYNSRMGDYLKATGRDGIASLADSFSEQLRADENAV------YDQLIEINLSELEPHINGPFTPDLAHPLSK-FKEEVEKNGWPAELTVGLIGSCTNSSYEDMARSASVVKQALSHGVKSKSIFNITPGSEQVRATISRDGILDTFTEAGGTVLANACGPCIGQWNRSDVPKGTP-NSIITSFNRNFSQRNDGNPQTHAFVASPEIVTAMSLAGSLKFNPATDSLQGADGAEFKLAAPSGDELPVMGFDPGEDTFQPPSDDSTSILVQIDPDSQRLSFLEPFPAWDGKDYTDMPVLIKARGKCTTDHISMAGPWLKFRGHLDNISNNMLIGAVNDENGEINNVKNAVTGEYGTVPDTARAYKAEGVKWVVIGDENYGEGSSREHAALEPRHLGGVAVIVKSFARIHETNLKKQGMLPLTFNNPADYDKIDSSDKVSLVGLKNLTPGEPVTMTVTKADGTSMDILLNHTFNDEQLEWFRAGSALNKIKI 775

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|21264394|sp|P34455.2|ACON_CAEEL (RecName: Full=Probable aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 883.248 bits (2281), Expect = 0.000e+0
Identity = 453/741 (61.13%), Postives = 547/741 (73.82%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            YE L + + ++K++L RPLTLSEKILY HL  + + +D  RG  Y+   PDRVAMQDATAQMA+LQF+ +G  K AVPST+HCDHLI+A+ G   DL  A + + EVFNFL +   KYG+GFWKPG+GIIHQ++LENYAFPG ++IGTDSHT N GGLG + IGVGGADAVDVMA +PWELK PK+IG+KLTGKL+GW+S KDVILKVADILTVKGGTGAIVEYFG G  ++S TG GTICNMGAEIGATTS F Y++SM +YL AT R +IA+ A + K+ LTAD    AN    +DQ+IEINL  L P +NGPFTPDL++S+ K + + A KNGWPLDV+  LIGSCTNSSYED++RAASIAKQA+DKGL  K  F I PGSEQVR T +RDG+ KIF D    +  NACGPCIGQW R  D     KN+I+ S+NRNF+ R D NP TH FV SP++  A+AI+GRLDFNP+TD LT   G + KL+ PTG +LPP G+   +  F AP+  G    V V P+SDRLQLL+PF     KD+ DM+ILIKV GKCTTDHIS AGPWLKYRGHL+NISNN +  AIN  N + NKV N +  +Y AVP +AR Y+A G+  V  G+EN GEGSSREHAA+EPR LG  A+IVKSFARIHETNLKKQGML LTF + ADYDK+   D VSIV     APGKPLT      +G+  E  + HT+N  QIEWF      N+++
Sbjct:   42 YEKLSQTVKIVKDRLKRPLTLSEKILYGHLD-QPKTQDIERGVSYLRLRPDRVAMQDATAQMAMLQFISSGLPKTAVPSTIHCDHLIEAQKGGAQDLARAKDLNKEVFNFLATAGSKYGVGFWKPGSGIIHQIILENYAFPGLLLIGTDSHTPNGGGLGGLCIGVGGADAVDVMADIPWELKCPKVIGIKLTGKLNGWTSAKDVILKVADILTVKGGTGAIVEYFGPGVDSISATGMGTICNMGAEIGATTSVFPYNESMYKYLEATGRKEIAEEARKYKDLLTADDG--AN----YDQIIEINLDTLTPHVNGPFTPDLASSIDK-LGENAKKNGWPLDVKVSLIGSCTNSSYEDMTRAASIAKQALDKGLKAKTIFTITPGSEQVRATIERDGLSKIFADFGGMVLANACGPCIGQWDR-QDVKKGEKNTIVTSYNRNFTGRNDANPATHGFVTSPDITTAMAISGRLDFNPLTDELTAADGSKFKLQAPTGLDLPPKGYDPGEDTFQAPSGSGQ---VDVSPSSDRLQLLSPFDKWDGKDLEDMKILIKVTGKCTTDHISAAGPWLKYRGHLDNISNNLFLTAINADNGEMNKVKNQVTGEYGAVPATARKYKADGVRWVAIGDENYGEGSSREHAALEPRHLGGRAIIVKSFARIHETNLKKQGMLPLTFANPADYDKIDPSDNVSIVGLSSFAPGKPLTAIFKKTNGSKVEVTLNHTFNEQQIEWFKAGSALNRMK 770

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|1168308|sp|P19414.2|ACON_YEAST (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 869.381 bits (2245), Expect = 0.000e+0
Identity = 437/742 (58.89%), Postives = 531/742 (71.56%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEV-KEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            Y+   E + +++++L RP T +EKILY HL  +   +D  RG  Y+   PDRVA QDATAQMA+LQFM AG  +VA P TVHCDHLIQA++G + DL+ AI+ + EV++FL S + KY +GFWKPG+GIIHQ+VLENYAFPG ++IGTDSHT NAGGLG +AIGVGGADAVDVMAG PWELK PK++GVKLTGK++GW+SPKD+ILK+A I TVKGGTG IVEYFGDG    S TG GTICNMGAEIGATTS F ++ SM  YL AT R  IAD A    K+ L+AD +        +D+V+EI+L  L+P INGPFTPDL+T V K M + A  N WPLDV  GLIGSCTNSSYED+SR+ASI K A   GL +K  F + PGSEQ+R T +RDG L+ F++    +  NACGPCIGQW R  D     KN+I+ S+NRNF+ R DGNP THAFVASPE+V A AIAG L FNP+TD L +  G +  L+ P G  LP  G+   +  + AP AD S + VKV PTSDRLQLL PF P   KD  DM ILIK  GK TTDHISMAGPWLKYRGHLENISNN   GAIN  N K N V N    +Y  VPD+AR Y+  GI  VV G+EN GEGSSREHAA+EPRFLG  A+I KSFARIHETNLKKQG+L L F + ADYDK+  DD + I+   ++APGKP+T+++   +G   +  + HT+N  QIEWF      N+++
Sbjct:   41 YKQNVETLDIVRKRLNRPFTYAEKILYGHLD-DPHGQDIQRGVSYLKLRPDRVACQDATAQMAILQFMSAGLPQVAKPVTVHCDHLIQAQVGGEKDLKRAIDLNKEVYDFLASATAKYNMGFWKPGSGIIHQIVLENYAFPGALIIGTDSHTPNAGGLGQLAIGVGGADAVDVMAGRPWELKAPKILGVKLTGKMNGWTSPKDIILKLAGITTVKGGTGKIVEYFGDGVDTFSATGMGTICNMGAEIGATTSVFPFNKSMIEYLEATGRGKIADFAKLYHKDLLSADKDAE------YDEVVEIDLNTLEPYINGPFTPDLATPVSK-MKEVAVANNWPLDVRVGLIGSCTNSSYEDMSRSASIVKDAAAHGLKSKTIFTVTPGSEQIRATIERDGQLETFKEFGGIVLANACGPCIGQWDR-RDIKKGDKNTIVSSYNRNFTSRNDGNPQTHAFVASPELVTAFAIAGDLRFNPLTDKLKDKDGNEFMLKPPHGDGLPQRGYDAGENTYQAPPADRSTVEVKVSPTSDRLQLLKPFKPWDGKDAKDMPILIKAVGKTTTDHISMAGPWLKYRGHLENISNNYMIGAINAENKKANCVKNVYTGEYKGVPDTARDYRDQGIKWVVIGDENFGEGSSREHAALEPRFLGGFAIITKSFARIHETNLKKQGLLPLNFKNPADYDKINPDDRIDILGLAELAPGKPVTMRVHPKNGKPWDAVLTHTFNDEQIEWFKYGSALNKIK 773

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|110282935|sp|P20004.4|ACON_BOVIN (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 868.226 bits (2242), Expect = 0.000e+0
Identity = 439/741 (59.24%), Postives = 539/741 (72.74%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            Y+ L + + +++++L RPLTLSEKI+Y HL  +   ++  RGK Y+   PDRVAMQDATAQMA+LQF+ +G  KVAVPST+HCDHLI+A++G + DL+ A + + EV+NFL +   KYG+GFW+PG+GIIHQ++LENYA+PG ++IGTDSHT N GGLG + IGVGGADAVDVMAG+PWELK PK+IGVKLTG LSGW+SPKDVILKVA ILTVKGGTGAIVEY G G  ++SCTG  TICNMGAEIGATTS F Y+  M +YL  T RADIA+ A+E K+HL  D+ C      ++DQ+IEINL+ELKP INGPFTPDL+  V  E+   A K GWPLD+  GLIGSCTNSSYED+ R+A++AKQA+  GL  K++F I PGSEQ+R T +RDG  +I  DV   +  NACGPCIGQW R  D     KN+I+ S+NRNF+ R D NP THAFV SPE+V A+AIAG L FNP TD LT   G++ KLE P   ELP   F      +  P  D SG  V V PTS RLQLL PF     +D+ D++ILIKVKGKCTTDHIS AGPWLK+RGHL+NISNN   GAIN  N K N V N +  ++  VPD+AR Y+  GI  VV G+EN GEGSSREHAA+EPR LG  A+I KSFARIHETNLKKQG+L LTF D ADY+K+   D ++I      APGKPLT  + H +GT +   + HT+N  QIEWF      N+++
Sbjct:   45 YDLLEKNINIVRKRLNRPLTLSEKIVYGHLD-DPANQEIERGKTYLRLRPDRVAMQDATAQMAMLQFISSGLPKVAVPSTIHCDHLIEAQLGGEKDLRRAKDINQEVYNFLATAGAKYGVGFWRPGSGIIHQIILENYAYPGVLLIGTDSHTPNGGGLGGICIGVGGADAVDVMAGIPWELKCPKVIGVKLTGSLSGWTSPKDVILKVAGILTVKGGTGAIVEYHGPGVDSISCTGMATICNMGAEIGATTSVFPYNHRMKKYLSKTGRADIANLADEFKDHLVPDSGC------HYDQLIEINLSELKPHINGPFTPDLAHPVA-EVGSVAEKEGWPLDIRVGLIGSCTNSSYEDMGRSAAVAKQALAHGLQCKSQFTITPGSEQIRATIERDGYAQILRDVGGIVLANACGPCIGQWDR-KDIKKGEKNTIVTSYNRNFTGRNDANPETHAFVTSPEIVTALAIAGTLKFNPETDFLTGKDGKKFKLEAPDADELPRAEFDPGQDTYQHPPKDSSGQQVDVSPTSQRLQLLEPFDKWDGRDLEDLQILIKVKGKCTTDHISAAGPWLKFRGHLDNISNNLLIGAINVENGKANSVRNAVTQEFGPVPDTARYYKKHGIRWVVIGDENYGEGSSREHAALEPRHLGGRAIITKSFARIHETNLKKQGLLPLTFADPADYNKIHPVDKLTIKGLKDFAPGKPLTCIIKHPNGTQETILLNHTFNETQIEWFRAGSALNRMK 776

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|224471814|sp|P82611.2|ACON_CANAL (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 868.226 bits (2242), Expect = 0.000e+0
Identity = 433/726 (59.64%), Postives = 525/726 (72.31%), Query Frame = 0

Query:   17 EKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWF 742
            E + ++K +L RPLT +EK+LY HL  +   ++  RG  Y+   PDRVA QDATAQMA+LQFM AG  +VA PSTVHCDHLIQA++G   DL  AI+ + EV++FL +   KY +GFWKPG+GIIHQ+VLENYAFPG ++IGTDSHT NAGGLG +AIGVGGADAVDVM+G+PWELK PK+IGVKLTGK+SGW+SPKD+ILK+A I TVKGGTG+IVEYFG G    SCTG GTICNMGAEIGATTS F ++DSM  YL AT R++IA  A   K+   +     A+    +DQVIEI+L  L+P INGPFTPDL+T V K M + A  NGWPL+V+ GLIGSCTNSSYED++RAASI K A   GL +KA + ++PGSEQVR T  RDG LK FED    +  NACGPCIGQW R  D     KN+I+ SFNRNF+ R DGNP THAFVASPEM    AI+G L FNP+TDTL    G++ KL+EP G  LPP+G+   +  + AP  D + + V + PTSDRLQ L+PF P   KD   + ILIK  GK TTDHISMAGPWLKYRGHLENISNN   GAIN  N K N+V N+    Y  VP +A AY+ AG   VV G+EN GEGSSREHAA+EPRFLG  A+I KSFARIHETNLKKQG+L L F + ADYDK+  DD V ++    +APGK + +++   +G   E  + HT+N  Q+EWF
Sbjct:   47 ENVEIVKSRLNRPLTYAEKLLYGHLD-DPHNQEIERGVSYLKLRPDRVACQDATAQMAILQFMSAGIPQVATPSTVHCDHLIQAQVGGPKDLARAIDLNKEVYDFLSTACAKYNLGFWKPGSGIIHQIVLENYAFPGALLIGTDSHTPNAGGLGQLAIGVGGADAVDVMSGLPWELKAPKIIGVKLTGKMSGWTSPKDIILKLAGITTVKGGTGSIVEYFGSGVDTFSCTGMGTICNMGAEIGATTSVFPFNDSMVDYLNATGRSEIAQFAQVYKKDFLS-----ADEGAEYDQVIEIDLNTLEPHINGPFTPDLATPVSK-MKETAIANGWPLEVKVGLIGSCTNSSYEDMTRAASIIKDAGAHGLKSKALYTVSPGSEQVRATIARDGQLKTFEDFGGVVMANACGPCIGQWDR-QDIKKGDKNTIVSSFNRNFTARNDGNPATHAFVASPEMATVYAISGDLGFNPITDTLVGADGKEFKLKEPQGVGLPPDGYDPGENTYQAPPEDRASVEVVISPTSDRLQKLSPFKPWDGKDAERLPILIKAVGKTTTDHISMAGPWLKYRGHLENISNNYMIGAINAENGKANEVRNHYTGKYDGVPQTAAAYRDAGHKWVVIGDENFGEGSSREHAALEPRFLGGFAIITKSFARIHETNLKKQGLLPLNFKNPADYDKINFDDEVDLIGLTTLAPGKDVILRVHPKEGEAWEAVLTHTFNSEQLEWF 764

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|113159|sp|P16276.1|ACON_PIG (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 865.144 bits (2234), Expect = 0.000e+0
Identity = 438/741 (59.11%), Postives = 536/741 (72.33%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            Y+ L + + +++++L RPLTLSEKI+Y HL  +   ++  RGK Y+   PDRVAMQDATAQMA+LQF+ +G  KVAVPST+HCDHLI+A++G + DL+ A + + EV+NFL +   KYG+GFW+PG+GIIHQ++LENYA+PG ++IGTDSHT N GGLG + IGVGGADAVDVMAG+PWELK PK+IGVKLTG LSGW+SPKDVILKVA ILTVKGGTGAIVEY G G  ++SCTG  TICNMGAEIGATTS F Y+  M +YL  T RADIA+ A+E K+HL  D  C      ++DQVIEINL+ELKP INGPFTPDL+  V  E+   A K GWPLD+  GLIGSCTNSSYED+ R+A++AKQA+  GL  K++F I PGSEQ+R T +RDG  ++  DV   +  NACGPCIGQW R  D     KN+I+ S+NRNF+ R D NP THAFV SPE+V A+AIAG L FNP TD LT   G++ KLE P   ELP   F      +  P  D SG  V V PTS RLQLL PF     KD+ D++ILIKVKGKCTTDHIS AGPWLK+RGHL+NISNN   GAIN  N K N V N +  ++  VPD+AR Y+  GI  VV G+EN GEGSSREH A+EPR LG  A+I KSFARIHETNLKKQG+L LTF D ADY+K+   D ++I      APGKPL   + H +GT +   + HT+N  QIEWF      N+++
Sbjct:   45 YDLLEKNIDIVRKRLNRPLTLSEKIVYGHLD-DPANQEIERGKTYLRLRPDRVAMQDATAQMAMLQFISSGLPKVAVPSTIHCDHLIEAQLGGEKDLRRAKDINQEVYNFLATAGAKYGVGFWRPGSGIIHQIILENYAYPGVLLIGTDSHTPNGGGLGGICIGVGGADAVDVMAGIPWELKCPKVIGVKLTGSLSGWTSPKDVILKVAGILTVKGGTGAIVEYHGPGVDSISCTGMATICNMGAEIGATTSVFPYNHRMKKYLSKTGRADIANLADEFKDHLVPDPGC------HYDQVIEINLSELKPHINGPFTPDLAHPVA-EVGSVAEKEGWPLDIRVGLIGSCTNSSYEDMGRSAAVAKQALAHGLKCKSQFTITPGSEQIRATIERDGYAQVLRDVGGIVLANACGPCIGQWDR-KDIKKGEKNTIVTSYNRNFTGRNDANPETHAFVTSPEIVTALAIAGTLKFNPETDFLTGKDGKKFKLEAPDADELPRAEFDPGQDTYQHPPKDSSGQRVDVSPTSQRLQLLEPFDKWDGKDLEDLQILIKVKGKCTTDHISAAGPWLKFRGHLDNISNNLLIGAINIENRKANSVRNAVTQEFGPVPDTARYYKQHGIRWVVIGDENYGEGSSREHRALEPRHLGGRAIITKSFARIHETNLKKQGLLPLTFADPADYNKIHPVDKLTIQGLKDFAPGKPLKCIIKHPNGTQETILLNHTFNETQIEWFRAGSALNRMK 776

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|6686275|sp|Q99798.2|ACON_HUMAN (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 865.144 bits (2234), Expect = 0.000e+0
Identity = 439/743 (59.08%), Postives = 537/743 (72.27%), Query Frame = 0

Query:   11 YYETLGEKMLVIKEKLGRPLTLSEKILYSHLH-PESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            +Y+ L + + +++++L RPLTLSEKI+Y HL  P S+  +  RGK Y+   PDRVAMQDATAQMA+LQF+ +G  KVAVPST+HCDHLI+A++G + DL+ A + + EV+NFL +   KYG+GFWKPG+GIIHQ++LENYA+PG ++IGTDSHT N GGLG + IGVGGADAVDVMAG+PWELK PK+IGVKLTG LSGWSSPKDVILKVA ILTVKGGTGAIVEY G G  ++SCTG  TICNMGAEIGATTS F Y+  M +YL  T R DIA+ A+E K+HL  D  C      ++DQ+IEINL+ELKP INGPFTPDL+  V  E+   A K GWPLD+  GLIGSCTNSSYED+ R+A++AKQA+  GL  K++F I PGSEQ+R T +RDG  +I  D+   +  NACGPCIGQW R  D     KN+I+ S+NRNF+ R D NP THAFV SPE+V A+AIAG L FNP TD LT   G++ +LE P   ELP   F      +  P  D SG  V V PTS RLQLL PF     KD+ D++ILIKVKGKCTTDHIS AGPWLK+RGHL+NISNN   GAIN  N K N V N +  ++  VPD+AR Y+  GI  VV G+EN GEGSSREHAA+EPR LG  A+I KSFARIHETNLKKQG+L LTF D ADY+K+   D ++I       PGKPL   + H +GT +   + HT+N  QIEWF      N+++
Sbjct:   44 HYDLLEKNINIVRKRLNRPLTLSEKIVYGHLDDPASQ--EIERGKSYLRLRPDRVAMQDATAQMAMLQFISSGLSKVAVPSTIHCDHLIEAQVGGEKDLRRAKDINQEVYNFLATAGAKYGVGFWKPGSGIIHQIILENYAYPGVLLIGTDSHTPNGGGLGGICIGVGGADAVDVMAGIPWELKCPKVIGVKLTGSLSGWSSPKDVILKVAGILTVKGGTGAIVEYHGPGVDSISCTGMATICNMGAEIGATTSVFPYNHRMKKYLSKTGREDIANLADEFKDHLVPDPGC------HYDQLIEINLSELKPHINGPFTPDLAHPVA-EVGKVAEKEGWPLDIRVGLIGSCTNSSYEDMGRSAAVAKQALAHGLKCKSQFTITPGSEQIRATIERDGYAQILRDLGGIVLANACGPCIGQWDR-KDIKKGEKNTIVTSYNRNFTGRNDANPETHAFVTSPEIVTALAIAGTLKFNPETDYLTGTDGKKFRLEAPDADELPKGEFDPGQDTYQHPPKDSSGQHVDVSPTSQRLQLLEPFDKWDGKDLEDLQILIKVKGKCTTDHISAAGPWLKFRGHLDNISNNLLIGAINIENGKANSVRNAVTQEFGPVPDTARYYKKHGIRWVVIGDENYGEGSSREHAALEPRHLGGRAIITKSFARIHETNLKKQGLLPLTFADPADYNKIHPVDKLTIQGLKDFTPGKPLKCIIKHPNGTQETILLNHTFNETQIEWFRAGSALNRMK 776

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|60391194|sp|Q9ER34.2|ACON_RAT (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 862.448 bits (2227), Expect = 0.000e+0
Identity = 438/741 (59.11%), Postives = 535/741 (72.20%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            Y+ L + + +++++L RPLTLSEKI+Y HL  +   ++  RGK Y+   PDRVAMQDATAQMA+LQF+ +G  KVAVPST+HCDHLI+A++G + DL+ A + + EV+NFL +   KYG+GFW+PG+GIIHQ++LENYA+PG ++IGTDSHT N GGLG + IGVGGADAVDVMAG+PWELK PK+IGVKLTG LSGW+SPKDVILKVA ILTVKGGTGAIVEY G G  ++SCTG  TICNMGAEIGATTS F Y+  M +YL  T RADIA+ A E K+HL  D  C       +DQVIEINL ELKP INGPFTPDL+  V  ++   A K GWPLD+  GLIGSCTNSSYED+ R+A++AKQA+  GL  K++F I PGSEQ+R T +RDG  +I  DV   +  NACGPCIGQW R  D     KN+I+ S+NRNF+ R D NP THAFV SPE+V A+AIAG L FNP TD LT   G++ KLE P   ELP + F      +  P  D SG  V V PTS RLQLL PF     KD+ D++ILIKVKGKCTTDHIS AGPWLK+RGHL+NISNN   GAIN  N K N V N +  ++  VPD+AR Y+  GI  VV G+EN GEGSSREHAA+EPR LG  A+I KSFARIHETNLKKQG+L LTF D +DY+K+   D ++I      APGKPL   + H +GT +   + HT+N  QIEWF      N+++
Sbjct:   45 YDLLEKNINIVRKRLNRPLTLSEKIVYGHLD-DPANQEIERGKTYLRLRPDRVAMQDATAQMAMLQFISSGLPKVAVPSTIHCDHLIEAQLGGEKDLRRAKDINQEVYNFLATAGAKYGVGFWRPGSGIIHQIILENYAYPGVLLIGTDSHTPNGGGLGGICIGVGGADAVDVMAGIPWELKCPKVIGVKLTGTLSGWTSPKDVILKVAGILTVKGGTGAIVEYHGPGVDSISCTGMATICNMGAEIGATTSVFPYNHRMKKYLSKTGRADIANLAEEFKDHLVPDPGC------QYDQVIEINLNELKPHINGPFTPDLAHPVA-DVGTVAEKEGWPLDIRVGLIGSCTNSSYEDMGRSAAVAKQALAHGLKCKSQFTITPGSEQIRATIERDGYAQILRDVGGIVLANACGPCIGQWDR-KDIKKGEKNTIVTSYNRNFTGRNDANPETHAFVTSPEIVTALAIAGTLKFNPETDFLTGKDGKKFKLEAPDADELPRSDFDPGQDTYQHPPKDSSGQRVDVSPTSQRLQLLEPFDKWDGKDLEDLQILIKVKGKCTTDHISAAGPWLKFRGHLDNISNNLLIGAINIENGKANSVRNAVTQEFGPVPDTARYYKKHGIRWVVIGDENYGEGSSREHAALEPRHLGGRAIITKSFARIHETNLKKQGLLPLTFADPSDYNKIHPVDKLTIQGLKDFAPGKPLNCIIKHPNGTQETILLNHTFNETQIEWFRAGSALNRMK 776

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BLAST of aconitate hydratase vs. SwissProt
Match: gi|60391212|sp|Q99KI0.1|ACON_MOUSE (RecName: Full=Aconitate hydratase, mitochondrial; Short=Aconitase; AltName: Full=Citrate hydro-lyase; Flags: Precursor)

HSP 1 Score: 861.292 bits (2224), Expect = 0.000e+0
Identity = 437/741 (58.97%), Postives = 534/741 (72.06%), Query Frame = 0

Query:   12 YETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            Y+ L + + +++++L RPLTLSEKI+Y HL  +   ++  RGK Y+   PDRVAMQDATAQMA+LQF+ +G  KVAVPST+HCDHLI+A++G + DL+ A + + EV+NFL +   KYG+GFW+PG+GIIHQ++LENYA+PG ++IGTDSHT N GGLG + IGVGGADAVDVMAG+PWELK PK+IGVKLTG LSGW+SPKDVILKVA ILTVKGGTGAIVEY G G  ++SCTG  TICNMGAEIGATTS F Y+  M +YL  T R DIA+ A E K+HL  D  C       +DQVIEINL ELKP INGPFTPDL+  V  ++   A K GWPLD+  GLIGSCTNSSYED+ R+A++AKQA+  GL  K++F I PGSEQ+R T +RDG  +I  DV   +  NACGPCIGQW R  D     KN+I+ S+NRNF+ R D NP THAFV SPE+V A+AIAG L FNP TD LT   G++ KLE P   ELP + F      +  P  D SG  V V PTS RLQLL PF     KD+ D++ILIKVKGKCTTDHIS AGPWLK+RGHL+NISNN   GAIN  N K N V N +  ++  VPD+AR Y+  GI  VV G+EN GEGSSREHAA+EPR LG  A+I KSFARIHETNLKKQG+L LTF D +DY+K+   D ++I      APGKPL   + H +GT +   + HT+N  QIEWF      N+++
Sbjct:   45 YDLLEKNINIVRKRLNRPLTLSEKIVYGHLD-DPANQEIERGKTYLRLRPDRVAMQDATAQMAMLQFISSGLPKVAVPSTIHCDHLIEAQVGGEKDLRRAKDINQEVYNFLATAGAKYGVGFWRPGSGIIHQIILENYAYPGVLLIGTDSHTPNGGGLGGICIGVGGADAVDVMAGIPWELKCPKVIGVKLTGSLSGWTSPKDVILKVAGILTVKGGTGAIVEYHGPGVDSISCTGMATICNMGAEIGATTSVFPYNHRMKKYLSKTGRTDIANLAEEFKDHLVPDPGC------QYDQVIEINLNELKPHINGPFTPDLAHPVA-DVGTVAEKEGWPLDIRVGLIGSCTNSSYEDMGRSAAVAKQALAHGLKCKSQFTITPGSEQIRATIERDGYAQILRDVGGIVLANACGPCIGQWDR-KDIKKGEKNTIVTSYNRNFTGRNDANPETHAFVTSPEIVTALAIAGTLKFNPETDFLTGKDGKKFKLEAPDADELPRSDFDPGQDTYQHPPKDSSGQRVDVSPTSQRLQLLEPFDKWDGKDLEDLQILIKVKGKCTTDHISAAGPWLKFRGHLDNISNNLLIGAINIENGKANSVRNAVTQEFGPVPDTARYYKKHGIRWVVIGDENYGEGSSREHAALEPRHLGGRAIITKSFARIHETNLKKQGLLPLTFADPSDYNKIHPVDKLTIQGLKDFAPGKPLKCVIKHPNGTQETILLNHTFNETQIEWFRAGSALNRMK 776

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BLAST of aconitate hydratase vs. nr
Match: gi|1353582605|ref|WP_105020362.1| (aconitate hydratase [Polaribacter glomeratus] >gi|1351036019|gb|PQJ81791.1| aconitate hydratase [Polaribacter glomeratus])

HSP 1 Score: 1179.85 bits (3051), Expect = 0.000e+0
Identity = 564/742 (76.01%), Postives = 633/742 (85.31%), Query Frame = 0

Query:    1 MAFDIDMIKGYYETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWF 742
            MAFDI+MIK  Y T+ E++   ++  G+PLTL+EKILYSHL   +  K + RGKDYV +APDR+A+QDATAQMALLQFM AGK KVAVP+T HCDHLIQAK GA  DLQ A+NTSNEVFNFLESVS+KYG+GFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGM WELK PKLIGVKLTGKLSGW++PKDVILKVADILTVKGGTGAIVEYFG GA  +SCTGKGTICNMGAEIGATTSTFGYDDSM+RYLRATDR+D+ADAAN+VKE+LT DA+ YANPE YFDQVIEINL+EL PL+NGPFTPDLST VG +MT  A KN WPL VEWGLIGSCTNSSYEDLSRAASIA+QAIDKGL  KAEFGINPGSE+VRYTT+RDGIL  FE + ATIFTNACGPCIGQWARY DP NAPKNSIIHSFNRNF+KRADGNPNTHAFVASPEMVAAI IAGRLDFNPMTD L N  GE+V L+EPTG+ELPP GF V+D G+ AP  DGS + +KVD  S+RLQLL PF PI   D++  ++LIK  GKCTTDHISMAGPWL+YRGHL+NISNNC  GA+N +N K N V + LN D+ AVP +ARAY+AAGI T+V G+ N GEGSSREHAAMEPR LGV AV+VKSFARIHETNLKKQGML LTF ++ADYD +++DD  + +D ++ APGKPLTI+  H DG+ D     HTYN  QIEW+
Sbjct:    1 MAFDIEMIKQVYATMSERVDAARKITGKPLTLAEKILYSHLWDGTPQKAFVRGKDYVDFAPDRIALQDATAQMALLQFMQAGKTKVAVPTTTHCDHLIQAKNGASTDLQTALNTSNEVFNFLESVSNKYGLGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMAWELKFPKLIGVKLTGKLSGWTAPKDVILKVADILTVKGGTGAIVEYFGPGATGMSCTGKGTICNMGAEIGATTSTFGYDDSMERYLRATDRSDVADAANKVKEYLTGDADVYANPELYFDQVIEINLSELGPLLNGPFTPDLSTKVGSDMTAIANKNDWPLKVEWGLIGSCTNSSYEDLSRAASIAQQAIDKGLGIKAEFGINPGSEKVRYTTERDGILGTFEALGATIFTNACGPCIGQWARYDDPKNAPKNSIIHSFNRNFAKRADGNPNTHAFVASPEMVAAITIAGRLDFNPMTDKLINKDGEEVMLDEPTGWELPPKGFEVKDDGYLAPEEDGSSVEIKVDEASERLQLLEPFTPI-GNDISGAKLLIKAHGKCTTDHISMAGPWLRYRGHLDNISNNCLIGAVNAYNMKTNFVKSQLNGDFDAVPKTARAYKAAGIKTIVVGDHNYGEGSSREHAAMEPRHLGVAAVLVKSFARIHETNLKKQGMLGLTFANEADYDLIQEDDTFNFIDLNEFAPGKPLTIEAVHADGSKDLIIANHTYNQGQIEWY 741

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BLAST of aconitate hydratase vs. nr
Match: gi|1057084065|ref|WP_068486423.1| (aconitate hydratase [Maribacter sp. T28] >gi|1039451454|gb|OBR36690.1| aconitate hydratase [Maribacter sp. T28] >gi|1123421715|gb|APQ18344.1| aconitate hydratase [Maribacter sp. T28])

HSP 1 Score: 1179.85 bits (3051), Expect = 0.000e+0
Identity = 563/742 (75.88%), Postives = 635/742 (85.58%), Query Frame = 0

Query:    1 MAFDIDMIKGYYETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWF 742
            MAFDIDMIK  Y ++ E++   +E +G+PLTLSEKILYSHL   S  K + RGKDYV +APDR+A QDATAQMALLQFM AGK  VAVP+TVHCDHLIQAK GA ADL+ A  TS EVF+FLESVS+KYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGM WELK PKLIGVKLTG +SGW++PKDVILKVA+ILTVKGGTGAIVEYFG GA +LSCTGKGTICNMGAEIGATTSTFGYD+SM+RYLRATDRADIADAAN+VKEHLTAD E YANPE+YFD+VIEI+L++L PL+NGPFTPDLST VGK+MT+KAT N WPL VEWGLIGSCTNSSYEDLSRA+SIA+QAIDKG+  KAE GINPGSEQVRYT DRDGIL IFE ++A IFTNACGPCIGQWARYSDP NAPKNSI+HSFNRNF+KRADGNPNTHAFVASPE+ AAIAI+GRLDFNPMTD L N KGE+V  +EPTG+ELPP GF VED G+ AP ADGSG+ VKVDP S+RLQLL PF PI  + +   ++LIK  GKCTTDHISMAGPWL++RGHL+NISNNC  GA+N F  K N V N LN ++  VPD+ARAY+AAGI ++V G+ N GEGSSREHAAMEPR LGV AVIVKSFARIHETNLKKQGML LTF ++ DYD +++DD  + +D  + AP K LTI++ H DG+ D  KV HTYN AQI W+
Sbjct:    1 MAFDIDMIKKVYASMAERVDKAREIVGKPLTLSEKILYSHLWEGSPTKPFTRGKDYVDFAPDRIACQDATAQMALLQFMQAGKPNVAVPTTVHCDHLIQAKNGAAADLKSANTTSAEVFDFLESVSNKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMAWELKFPKLIGVKLTGTISGWTAPKDVILKVAEILTVKGGTGAIVEYFGSGAKSLSCTGKGTICNMGAEIGATTSTFGYDESMERYLRATDRADIADAANKVKEHLTADTEVYANPEKYFDEVIEIDLSKLTPLLNGPFTPDLSTKVGKDMTEKATSNDWPLVVEWGLIGSCTNSSYEDLSRASSIAQQAIDKGIKMKAELGINPGSEQVRYTADRDGILGIFEKLDAKIFTNACGPCIGQWARYSDPKNAPKNSIVHSFNRNFAKRADGNPNTHAFVASPEITAAIAISGRLDFNPMTDKLINQKGEEVMFDEPTGWELPPKGFEVEDAGYLAPHADGSGVVVKVDPDSERLQLLEPFTPIKDESLMGAKLLIKAFGKCTTDHISMAGPWLRFRGHLDNISNNCLIGAVNAFGKKTNMVKNQLNGEFGGVPDTARAYKAAGIRSIVVGDHNYGEGSSREHAAMEPRHLGVAAVIVKSFARIHETNLKKQGMLGLTFANENDYDLIQEDDTFNFIDISEFAPDKQLTIEVVHADGSKDVIKVNHTYNAAQIGWY 742

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BLAST of aconitate hydratase vs. nr
Match: gi|754933008|ref|WP_042289806.1| (aconitate hydratase [Nonlabens ulvanivorans] >gi|678228603|dbj|GAK94744.1| aconitate hydratase [Nonlabens ulvanivorans])

HSP 1 Score: 1179.85 bits (3051), Expect = 0.000e+0
Identity = 573/752 (76.20%), Postives = 640/752 (85.11%), Query Frame = 0

Query:    1 MAFDIDMIKGYYETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWFIVDPKYNQLE 752
            MAFDIDMIK  Y  +  ++   +E  G+PLTL+EKILYSHL   +  K + RGKDYV +APDR+A QDATAQMALLQFM AGK +VAVP+TVHCDHLIQAK GADADLQ+A+NTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGM WELK PKLIGVKLTGKLSGW++PKDVILKVA+ILTVKGGTGAIVEYFGDGA NLSCTGKGTICNMGAEIGATTSTFGYD SM+RYLRATDR+DIADAANEVK++LT D E YANPEQYFDQVIEINL  L P INGPFTPDL+T VG  M +KATKN WPL VEWGLIGSCTNSSYEDLSRA+SIA+QAIDKGL TKAEFGINPGSE+VRYTT+RDGIL IFE ++A IFTNACGPCIGQWARY DP NAPKNSIIHSFNRNF+KRADGNPNTHAFVASPEMVAAIAIAGRLDFNP+TD L N+ GE+V L+EPTG+ELPP GF V+D G+ AP  DGSG+ +KVD  SDRLQLL PF PI   +V + ++LIK  GKCTTDHISMAGPWL+YRGHL+NISNNC  GA+N +N + N V N L+ +Y AVP +ARAY+AAG+ +VV G+ N GEGSSREHAAMEPR LGV AVIVKSFARIHETNLKKQGML LTF ++ADYD +++DD  + VD     P  PLTI++ H DG+ D  K  HTYN AQIEWF      N+++
Sbjct:    1 MAFDIDMIKKVYAEMPARVNKAREITGKPLTLAEKILYSHLWDGTPGKPFTRGKDYVDFAPDRIACQDATAQMALLQFMQAGKTEVAVPTTVHCDHLIQAKNGADADLQNALNTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMAWELKFPKLIGVKLTGKLSGWTAPKDVILKVAEILTVKGGTGAIVEYFGDGAANLSCTGKGTICNMGAEIGATTSTFGYDASMERYLRATDRSDIADAANEVKDYLTGDDEVYANPEQYFDQVIEINLDTLMPHINGPFTPDLATEVG-SMNEKATKNDWPLKVEWGLIGSCTNSSYEDLSRASSIAQQAIDKGLKTKAEFGINPGSEKVRYTTERDGILGIFEKLDAKIFTNACGPCIGQWARYEDPKNAPKNSIIHSFNRNFAKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPITDKLINEDGEEVMLDEPTGWELPPKGFEVKDDGYLAPQEDGSGVQIKVDVNSDRLQLLEPFTPI-GTNVNNAKLLIKAFGKCTTDHISMAGPWLRYRGHLDNISNNCLIGAVNAYNKQTNLVKNQLDGEYGAVPATARAYKAAGVPSVVVGDHNYGEGSSREHAAMEPRHLGVVAVIVKSFARIHETNLKKQGMLGLTFANEADYDLIQEDDTFNFVDLANFTPDVPLTIEITHADGSKDTIKANHTYNAAQIEWFHKGSALNKIK 750

[Close]

BLAST of aconitate hydratase vs. nr
Match: gi|1247337462|gb|PCH99779.1| (aconitate hydratase [Flavobacteriaceae bacterium])

HSP 1 Score: 1179.08 bits (3049), Expect = 0.000e+0
Identity = 565/742 (76.15%), Postives = 633/742 (85.31%), Query Frame = 0

Query:    1 MAFDIDMIKGYYETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWF 742
            MAFDIDMIK  Y  + E++   +EK+G+PLTL+EKILY+HL        Y RGKDYV + PDR+A QDATAQMALLQFM AGK KVAVP+TVHCDHLIQAK GA  DL  A  TS EVF+FL SVS+KYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELK PKLIGVKLTGKLSGW++PKDVILKVA ILT KGGTG IVEYFG+GA++LSCTGKGTICNMGAEIGATTSTFGYD SM+RYLRATDR+D+ADAAN+VK  LT D E YANPE+YFD++IEINL EL P INGPF+PD++T VG EM DKA KNGWPL+VEWGLIGSCTNSSYEDLSRAASIAKQA+DKGL +KAEFGINPGSEQVRYT DRDG++KIFED+NA IFTNACGPCIGQWAR  D     KNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAA+AI+GRLDFNPMTDTLTNDKGEQVK EEPTG+ELPP GF V+D GF AP ADGSGI V V  TS+RLQLLTPF P L  D++  ++LIK KGKCTTDHISMAGPWLKYRGHL+NISNNC  GA+N+FN+K + + N L  +Y AVPD+ARAY+AAG+ ++VFGE N GEGSSREHAAMEPR LGV AVIVKSFARIHETNLKKQGML LTF ++ADYD V ++D     + D  APGK L++++ H DGT+ +  + HTYNL QIEW+
Sbjct:    1 MAFDIDMIKDVYSRMAERVDAAREKVGKPLTLAEKILYNHLWDGKATTAYTRGKDYVNFTPDRIACQDATAQMALLQFMQAGKSKVAVPTTVHCDHLIQAKQGASIDLPFANKTSAEVFDFLASVSNKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKFPKLIGVKLTGKLSGWTAPKDVILKVAGILTAKGGTGXIVEYFGEGAISLSCTGKGTICNMGAEIGATTSTFGYDXSMERYLRATDRSDVADAANKVKXXLTGDPEVYANPEKYFDELIEINLDELGPHINGPFSPDIATEVG-EMHDKAVKNGWPLEVEWGLIGSCTNSSYEDLSRAASIAKQAVDKGLVSKAEFGINPGSEQVRYTADRDGLIKIFEDLNAKIFTNACGPCIGQWAR-KDAEKGKKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAVAISGRLDFNPMTDTLTNDKGEQVKFEEPTGFELPPKGFEVKDPGFVAPMADGSGIVVSVSETSERLQLLTPFTP-LGSDISGAKLLIKAKGKCTTDHISMAGPWLKYRGHLDNISNNCLIGAVNFFNEKTDTIKNQLTGEYGAVPDTARAYKAAGVKSLVFGEHNYGEGSSREHAAMEPRHLGVVAVIVKSFARIHETNLKKQGMLGLTFSNEADYDLVLENDTFKFTNLDAFAPGKQLSLEISHEDGTSHDILLNHTYNLGQIEWY 739

[Close]

BLAST of aconitate hydratase vs. nr
Match: gi|1209274776|ref|WP_088323018.1| (aconitate hydratase [Polaribacter tangerinus])

HSP 1 Score: 1178.7 bits (3048), Expect = 0.000e+0
Identity = 559/742 (75.34%), Postives = 632/742 (85.18%), Query Frame = 0

Query:    1 MAFDIDMIKGYYETLGEKMLVIKEKLGRPLTLSEKILYSHLHPESEMKDYARGKDYVFYAPDRVAMQDATAQMALLQFMMAGKDKVAVPSTVHCDHLIQAKIGADADLQHAINTSNEVFNFLESVSDKYGIGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKNPKLIGVKLTGKLSGWSSPKDVILKVADILTVKGGTGAIVEYFGDGALNLSCTGKGTICNMGAEIGATTSTFGYDDSMDRYLRATDRADIADAANEVKEHLTADAECYANPEQYFDQVIEINLTELKPLINGPFTPDLSTSVGKEMTDKATKNGWPLDVEWGLIGSCTNSSYEDLSRAASIAKQAIDKGLTTKAEFGINPGSEQVRYTTDRDGILKIFEDVNATIFTNACGPCIGQWARYSDPMNAPKNSIIHSFNRNFSKRADGNPNTHAFVASPEMVAAIAIAGRLDFNPMTDTLTNDKGEQVKLEEPTGYELPPNGFAVEDRGFNAPAADGSGITVKVDPTSDRLQLLTPFVPILQKDVTDMRILIKVKGKCTTDHISMAGPWLKYRGHLENISNNCYTGAINYFNDKPNKVLNYLNNDYIAVPDSARAYQAAGIGTVVFGEENLGEGSSREHAAMEPRFLGVHAVIVKSFARIHETNLKKQGMLALTFIDKADYDKVRQDDVVSIVDFDQMAPGKPLTIKLDHHDGTNDEFKVAHTYNLAQIEWF 742
            MAFDIDMIK  Y  + E++   +   G+PLTL+EKILYSHL   +  K ++RG DYV +APDR+A+QDATAQMALLQFM AGK KVAVP+T HCDHLIQAK GA +DLQ A+NTSNEVFNFLESVS+KYG+GFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELK PKLIGVKLTGKLSGW++PKDVIL+VADILTVKGGTGAIVEYFG GA ++SCTGKGTICNMGAEIGATTSTFGYD+SM+RYLRATDR+D+ADAAN+VKE+LT DAE YANPE YFDQVIEINL+ELKPL+NGPFTPDLST  GK+MTDKA +NGWPL VEWGLIGSCTNSSYEDLSRA+SIA+QAIDKGL  KAEFGINPGSE+VRYT DRDGIL IFE ++A IFTNACGPCIGQWARYSDP NAPKNSIIHSFNRNF+KRADGNPNTHAFVASPEMVAA+ IAGRLDFNPMTDTL N  GE+V L+EPTG+ELPP GF V+D G+ AP  DGS + + V   S+RLQLL PF P L   +T  ++LIK +GKCTTDHISMAGPWL++RGHL+NI+NN   GA+N FN K N V N L  +Y AVP + RAY+  GI T+V G+ N GEGSSREHAAM+PR LGV AV+VKSFARIHETNLKKQGML LTF ++ADYD +++DD  + VD    APGKPLT+++ H DGT D     HTYN  QIEW+
Sbjct:    1 MAFDIDMIKKVYANVAERVDAARNVTGKPLTLAEKILYSHLWDGTTNKAFSRGADYVDFAPDRIALQDATAQMALLQFMQAGKSKVAVPTTTHCDHLIQAKNGAGSDLQSALNTSNEVFNFLESVSNKYGLGFWKPGAGIIHQVVLENYAFPGGMMIGTDSHTVNAGGLGMVAIGVGGADAVDVMAGMPWELKFPKLIGVKLTGKLSGWTAPKDVILRVADILTVKGGTGAIVEYFGPGAESMSCTGKGTICNMGAEIGATTSTFGYDESMERYLRATDRSDVADAANKVKEYLTGDAEVYANPENYFDQVIEINLSELKPLLNGPFTPDLSTEAGKDMTDKANENGWPLKVEWGLIGSCTNSSYEDLSRASSIAQQAIDKGLGIKAEFGINPGSEKVRYTADRDGILGIFEKLDAKIFTNACGPCIGQWARYSDPANAPKNSIIHSFNRNFAKRADGNPNTHAFVASPEMVAAVTIAGRLDFNPMTDTLINKNGEEVMLDEPTGWELPPKGFEVKDDGYLAPEEDGSHVQIAVKEDSERLQLLAPFTP-LGNSITGAKLLIKAQGKCTTDHISMAGPWLRFRGHLDNIANNTLIGAVNAFNGKTNFVKNQLTGEYDAVPATQRAYKKEGIKTIVVGDHNYGEGSSREHAAMQPRHLGVAAVLVKSFARIHETNLKKQGMLGLTFANEADYDLIQEDDTFNFVDLKDFAPGKPLTLEVVHADGTKDTILANHTYNEGQIEWY 741

The following BLAST results are available for this feature:

BLAST of aconitate hydratase vs. L. salmonis genes
BLAST of aconitate hydratase vs. SwissProt
BLAST of aconitate hydratase vs. nr

BLAST of aconitate hydratase vs. L. salmonis genes
Analysis Date: 2018-04-19 (T. kinsejongensis vs L. Salmonis peptides)
Total hits: 3


Match Name	E-value	Identity	Description
EMLSAG00000008083	6.650e-10	58.95	supercontig:LSalAtl2s:LSalAtl2s481:171581:178388:-...	[more]
EMLSAG00000000118	2.771e-45	27.48	supercontig:LSalAtl2s:LSalAtl2s101:496791:499884:-...	[more]
EMLSAG00000007801	1.338e-40	26.81	supercontig:LSalAtl2s:LSalAtl2s457:64181:67196:1 g...	[more]

BLAST of aconitate hydratase vs. SwissProt
Analysis Date: 2018-04-19 (T. kingejongensis peptided Blastp vs. SwissProt)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|74856524\|sp\|Q54XS2.1\|ACON_DICDI	0.000e+0	60.11	RecName: Full=Probable aconitate hydratase, mitoch...	[more]
gi\|1351858\|sp\|P49609.1\|ACON_GRAGA	0.000e+0	58.95	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]
gi\|21264394\|sp\|P34455.2\|ACON_CAEEL	0.000e+0	61.13	RecName: Full=Probable aconitate hydratase, mitoch...	[more]
gi\|1168308\|sp\|P19414.2\|ACON_YEAST	0.000e+0	58.89	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]
gi\|110282935\|sp\|P20004.4\|ACON_BOVIN	0.000e+0	59.24	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]
gi\|224471814\|sp\|P82611.2\|ACON_CANAL	0.000e+0	59.64	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]
gi\|113159\|sp\|P16276.1\|ACON_PIG	0.000e+0	59.11	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]
gi\|6686275\|sp\|Q99798.2\|ACON_HUMAN	0.000e+0	59.08	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]
gi\|60391194\|sp\|Q9ER34.2\|ACON_RAT	0.000e+0	59.11	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]
gi\|60391212\|sp\|Q99KI0.1\|ACON_MOUSE	0.000e+0	58.97	RecName: Full=Aconitate hydratase, mitochondrial; ...	[more]

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BLAST of aconitate hydratase vs. nr
Analysis Date: 2018-05-15 (T. kingsejongensis proteins Blastp vs. NR)
Total hits: 25


Match Name	E-value	Identity	Description
gi\|1353582605\|ref\|WP_105020362.1\|	0.000e+0	76.01	aconitate hydratase [Polaribacter glomeratus] >gi\|...	[more]
gi\|1057084065\|ref\|WP_068486423.1\|	0.000e+0	75.88	aconitate hydratase [Maribacter sp. T28] >gi\|10394...	[more]
gi\|754933008\|ref\|WP_042289806.1\|	0.000e+0	76.20	aconitate hydratase [Nonlabens ulvanivorans] >gi\|6...	[more]
gi\|1247337462\|gb\|PCH99779.1\|	0.000e+0	76.15	aconitate hydratase [Flavobacteriaceae bacterium]	[more]
gi\|1209274776\|ref\|WP_088323018.1\|	0.000e+0	75.34	aconitate hydratase [Polaribacter tangerinus]	[more]

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Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
scaffold615_size123629	supercontig	scaffold615_size123629:28310..108522 +

Analyses

This gene is derived from or has results from the following analyses


Analysis Name	Date Performed
maker	2018-02-12 .496401
T. kinsejongensis vs L. Salmonis peptides	2018-04-19
T. kingejongensis peptided Blastp vs. SwissProt	2018-04-19
T. kingsejongensis proteins Blastp vs. NR	2018-05-15

Properties


Property Name	Value
Note	-

Relationships

The following mRNA feature(s) are a part of this gene:


Feature Name	Unique Name	Species	Type
maker-scaffold615_size123629-snap-gene-0.2-mRNA-1	maker-scaffold615_size123629-snap-gene-0.2-mRNA-1	Tigriopus kingsejongensis	mRNA

Sequences

The following sequences are available for this feature:

gene from alignment at scaffold615_size123629:28310..108522+

gene from alignment at scaffold615_size123629:28310..108522+

Legend: mRNA

Hold the cursor over a type above to highlight its positions in the sequence below.

>maker-scaffold615_size123629-snap-gene-0.2 ID=maker-scaffold615_size123629-snap-gene-0.2|Name=aconitate hydratase|organism=Tigriopus kingsejongensis|type=gene|length=80213bp|location=Sequence derived from alignment at scaffold615_size123629:28310..108522+ (Tigriopus kingsejongensis)
ATGGCATTTGATATAGACATGATAAAGGGGTACTATGAGACCCTAGGCGA
GAAAATGCTCGTCATCAAAGAGAAACTGGGCAGACCGCTGACCCTATCTG
AGAAGATACTTTATTCTCACCTGCACCCTGAGTCAGAGATGAAGGACTAT
GCAAGAGGTAAGGACTACGTATTTTATGCACCAGATAGAGTAGCGATGCA
AGATGCAACGGCTCAGATGGCACTACTTCAGTTCATGATGGCTGGTAAAG
ATAAGGTAGCTGTACCTTCTACAGTACACTGCGATCACTTGATCCAAGCT
AAGATCGGTGCTGATGCTGATTTGCAACATGCCATCAATACCAGTAATGA
AGTATTCAACTTTCTAGAGTCTGTATCCGACAAATATGGGATAGGATTTT
GGAAGCCGGGTGCAGGCATCATACACCAAGTAGTATTGGAAAACTATGCA
TTCCCAGGAGGGATGATGATAGGAACTGACTCTCACACAGTAAATGCTGG
GGGTCTAGGAATGGTCGCTATCGGAGTAGGTGGTGCTGATGCTGTGGATG
TCATGGCTGGTATGCCTTGGGAGCTTAAGAATCCTAAGCTGATCGGTGTA
AAATTAACTGGAAAGCTATCTGGCTGGTCTTCGCCAAAAGATGTGATACT
GAAGGTGGCAGATATTCTTACTGTGAAAGGTGGGACCGGAGCGATCGTAG
AGTACTTTGGTGATGGTGCACTTAATCTGAGCTGTACTGGTAAAGGTACT
ATCTGTAACATGGGAGCTGAGATAGGGGCTACGACTTCTACATTCGGCTA
TGACGATAGCATGGACCGCTACCTCAGAGCAACAGACAGAGCAGACATAG
CTGATGCTGCCAATGAAGTAAAAGAACACTTGACTGCTGATGCAGAATGC
TATGCAAATCCAGAGCAGTACTTTGATCAGGTGATAGAAATAAACCTTAC
TGAGTTGAAGCCATTGATCAATGGACCATTCACACCAGACCTTTCTACTT
CGGTTGGTAAAGAAATGACAGACAAGGCTACTAAGAATGGCTGGCCACTT
GACGTGGAATGGGGCCTTATAGGATCGTGTACTAACTCTAGCTACGAGGA
TCTCTCTAGAGCGGCTTCCATAGCAAAGCAAGCTATAGACAAAGGACTGA
CTACCAAAGCTGAATTCGGGATAAATCCTGGAAGTGAGCAAGTTAGATAT
ACTACAGATAGAGACGGTATACTGAAAATATTTGAAGACGTCAATGCTAC
TATATTCACCAATGCATGTGGACCATGTATAGGACAATGGGCTAGATATA
GTGACCCTATGAATGCTCCTAAGAACAGTATCATCCACTCTTTCAATAGA
AACTTTTCTAAGAGAGCAGATGGTAATCCAAACACCCATGCATTCGTAGC
GAGCCCAGAAATGGTAGCTGCTATTGCTATCGCTGGAAGGTTAGATTTCA
ATCCGATGACGGATACACTCACCAACGATAAAGGAGAGCAAGTAAAGCTA
GAGGAGCCTACAGGATATGAGCTGCCGCCAAATGGATTTGCAGTAGAGGA
CAGAGGTTTCAATGCTCCAGCAGCAGACGGTAGTGGCATCACTGTAAAAG
TAGATCCTACATCAGACAGACTGCAACTACTGACACCATTTGTGCCTATC
TTGCAGAAGGATGTGACCGACATGAGGATACTCATAAAGGTAAAAGGCAA
ATGTACTACTGACCACATATCTATGGCAGGTCCGTGGTTGAAGTACCGTG
GTCACTTAGAGAATATTTCTAACAACTGCTATACAGGAGCGATCAATTAC
TTCAATGACAAGCCTAATAAAGTGCTCAACTACCTCAACAATGATTACAT
AGCTGTACCTGATTCTGCAAGAGCATATCAAGCAGCTGGTATCGGCACTG
TAGTATTTGGTGAGGAAAACTTGGGCGAAGGTTCATCTAGAGAGCATGCT
GCTATGGAGCCTAGATTCTTAGGTGTCCACGCTGTGATCGTGAAGTCATT
TGCAAGAATCCATGAGACGAATCTCAAGAAGCAAGGTATGCTTGCACTTA
CATTTATCGACAAAGCGGACTACGATAAAGTGAGACAAGATGACGTAGTT
TCTATAGTAGACTTTGATCAGATGGCACCTGGTAAGCCGCTTACTATAAA
GCTGGATCACCATGATGGCACGAACGACGAATTCAAAGTAGCACACACCT
ATAACCTTGCTCAGATCGAGTGGGTAAGAAAGGGAAGTGCACTTAATAAA
ATAAGAGAGGACTTGGCTTAGCGTTGAGTTTTCGTTCACCGAATATTTTA
GTAGAGACTATCATGAAAATGGTAGTCTCTTTTTTTTGCCAATGAAATCA
AGTCGCTTTCGCTGAATGCTTAAACAACTCTTAATCGATTCACATATTGA
GATGAAAAGCCGTTTACTTTGTAATAAAAACTCATTACCTATGAAAACTT
TTATCATTGCATTACTGATTGCTTTTGCTATTCCGCTGCAAGCACAAGAG
CAACAAAATGGAATCGGATTAAACTTCGGCTACTCAGGAGACTTCGGTCT
TGAAGGCACATTGTCGTACGAAAAGTTCGTTGGTCTTAGGCATCTTATTC
GTGCAAGTGCTGGACTCAGAGCAAGAAATGCTTACACCCTTGGTCTCGCT
TACCAATATGCATTAGTCAATAGCGAAAAGTTTCAATTACTTACTGGACT
AGGCATAGATGGAGTATCAACATCAGGTAGACTTTTGGGTACTGAAGACA
GGATCAATAGAGTTTTCACTAGCCTACCAATCGACGTCCGTTATCGAATA
TCAGATAAAATATGGATCAATGCTGGCATTAGTGCAGAGTTAGGGACCTT
GTCAGGATCAAAACCCAGCTTTTATGAATACGACTTCAATTTGCGACTAG
GATGTGTGTATAGATTCTAGCAAAAACCAATAGTTAGCACTGTAGAGTAA
GGATTAAAAAAGCGGGATACAATTGCTTGTATCCCGCCCTCTGAAAAAAC
CATCTTAACCCTTTCAGAGGTTACTGTGTGATGCTTGCACTGTACTTAAA
AGTATTTCCTGCTGATCTATTTTTGAGCTCGATCCTGATGAAATAGCCAT
TTGCATTAGATACTCTTATCTCCTTTGTTGATTTTGATTTCCCATTAGGA
AACTCTACAGAATCTACTAGTGTACCCGTTCCATTTTTTGTAGACGACTT
ATAGACCATCATTGTAGTTCTAGCTTTGCCGCCTTTTTTTGTCACTCTCG
CTGTTACAGTGTTTTTACAAGCTTTCTTACTTGACTTCACTTTGCCAAGT
GTATTAAAGACAACATTCCCAGAGTTTTTACCTCCAAGCTTCCTGTACGT
GCAGCCACCGTTATTAGAATTATTATTATTCCCGTAGCTCCCGCTGTTAG
AACTAGATGTTCCAGAAGTTCCATTCCCAGAGATAGGTGGTGTCGGTGGA
TCTATTACTGGCGGGTCTCCAATTTTTGTTAGTACAATATTGTAGTTGCA
GTTTGTATTTGCACCTCTTCTACCGATGTGAACTTTCACTTGGCCATATC
CTGCAGGAGAGCCAGTTGACTTACTCTTGTAGTCTGGCAATCCAAATTCT
CCGCTACTCTTTTTATTGCTTTCCAGTTTTGCATTCACTGCAGTGTCGTT
GCTTCCATTCTTATACTTGATCTTGACATCGAAGTTGACTTTACCTTTTT
TGTTATTTCTTCTTTGTAGTTGAACTTCCCACCTGTACTGACCTGGTTCA
AGATTGATACTATTCCAAGTTTTTTGAGTATGTGCGAAGTCTAAGTAATT
TTGATTTAGATTGCCAGGGTTAGTCCAGCTAGAATTATAAACAGCTAAAA
TTTCTCCTTCTCCGTTTACAGTCAGTACTACAGCATCTGGATTAGTCACA
CTAGCTGCAGTTGCTAGCAGTGGAAAAAGAAGTGCTAATAGGCTCGATTT
GAATAATTTGATTAACATTTTTTGTAGGTTTTTTTTTGAAGCAAATCGCT
TCGTTATGAAATTTAATAATGATGAAATTATAGACAAACAACTCCTAGTC
TGATCAGTGTCAGTTATTTTTAAAATAAGCGTACTGGTAAAATTTATCTT
CAGATAAGTGACAAGAAATTCTGTGCGGCTTGCCGCAATTTGCCTTTCGA
CTTAAGGAACCAATACAGAAAAGAGTGTCAGATTAGGAGCTAGTTGGTTT
CGATGGTTAGTTTGAGGTTTTTAAATAAAAATGGTCTTTTGTTTCTTACT
AAATACGATACAAATGTACATGCAGTCTGGGTACTGACCTTCACCCTTAA
AGGTGAAATGTCCTAAAACTAATGATCACCAATAGAATCACTAATCAGTA
GCGGACCACACATACCAAAAGACTGATATTTGTTAATGAAATACTATAAA
AGGTCAAAGGTCATTGCTTCTCGTGTTTATTATGTGTAACTTACTACTGT
CAAATTTCTACTTTTTTACTTATGCGATTAGTAAAAGACATACATAGCTC
GGTTTCCAGCATATTGGGTTTTACCCTACTAGGACTACTGTGGTCTATCG
CCAATACTAGATGGTGGTCTTGTTCTTCTCACGCTGAGCAGATCTATCAA
AACTATGCTTTTGGAGTAGCAGGTCTAGCAGCAGGCATAGTCGTGACTGT
AGTAGGGCGACATTTTGGGCATGGAACAAAGCTGAAGTATTATGTAGAGG
TTGCTATGAGATTGATGCTTTTGTATGCACTGATTACAGTGGCGATGATC
AAGACGGAAGGACAGTTCTACGATCTGACATTGATGACACAAGAGCATAA
GTTGTCAGACCTCGAGTCTAGCACATTTGCCTCTGCATTTTATGCCTACA
GCCCGTTATTCCAGTCCTTTAGTGGTGCGGTACTCATTATTGGTTTATTG
ATGATTTGCTTTCGCAATACTCAGCGGATCGGCAACCTTGTATTGGCTGC
AGCTCTTGTCAATACAGTTGTGCTGAATCATAGTTTTGACAGCTGCTTCG
TTATGAAGAATAGTATCTACCTCGCTGCCGTCAGTTACTTTTTATACAAT
GACATTTTCGATCTATTTGCATTTGCAACGAGAACTAAGCCGCTGATAAA
TTACTCCTGGAGGCCCATCTCAGCTCACAGTCATCTCTATAGATCTGCGA
CGATATATAAGGTGGTGCTGCTTGCTGGATTACTATTTTACAATCATGAC
TTTGTAGAGGACATCGCCAACTACCGAGGTAGAAATAAGAACAACCCCAT
AGCAGGTGTCTGGAAGGTAGCCCAGATAGACTACCTCAGCAAGGATACAT
CTAAGATAATCAAAAGAGAACTTGGGGACTTTGATCGGATCATCATAGAC
AAGGATCGGTTTGGAGCAGTATCAGTAGGCGACTCGCTTTCTTACTTTGA
GTTTATCGTGGACCCTAAGTACAATCAGCTAGAGTTTTGGAATTTTCTAG
ACTACCGAGATATCGATCTCAAGGGCAAGTATGAACAAATCTCAGAAGAT
ACGCTACTCTACATAGGACGCAATAATAGGGACTCGCTCAAGATCGTCTT
GACACTAGACAAGAAGTATCAGAAGTAAGTGAGTTAGGTTGTTGGGGTAT
TGGCTTGTTAGGTCGTTGGTTTTTTTTGGTGTTTGGCTTATTGCGGTACT
GGCTTATTAGGTTGTTGGTTTTTGGGGGCTTTGGACTGTGATCTATTGCT
AACTCTATTTCACCTTCGACCTTCAAGTTTTGACTTTTGACTTTTGACTT
TTGACTTTCCGCCTACAACTCCTATTTCCAAATCGGCAATATTTCTATCT
TTGCAGAAATAAAAATATTTACATGAAAAGCATTTTAAATATACTCTCTC
TAGCAGTTCTTCTGACCTCATTGTCAGCTTGTAAAAATGACAAGAATCCT
CATGCACATGAGACTAGTGGAGAAAATCCTCATGCGAGTGGCCATCACGG
TGGAACACCAGCTGCCGAGCTTACCGACTTGCTATATCCTAATGAAAAGC
ACCTCAAGAATATGAGGCAGATTACCTTTGGTGGAGACAATGCCGAAGCG
TACTGGAGCTTTGATGATAAGCAACTAGTCTTCCAATCGAGCAATAAAGC
CTGGGGTGTAGAGTGCGATCAAATATATGTAATGGATGCTAAAGATAGCT
TCGCAGACGGAAAGCAAGCTAAGATGCTGTCCACAGGAAAAGGCCGTACG
ACTTGCTCCTACTTCATGCCTGGCAATGAGTCCATAATTTATGCTTCTAC
ACACCTAGTGAACGATGCATGCCCACCTGTGCCAGAGCGAAGAACGGACG
GGAAGTACGTATGGCCTATATATGAGTCGTTCGATATATTTACAGCAGAC
CTTGACGGCAATATATTGAAGCAACTGACAAATACTCCCGGATATGATGC
TGAGCCAACTGTCTCTCCTAAAGGTGACAAGATCGTTTTCACGTCATTGA
GATCAGGGGACTTAGAGCTGTATACCATGAACATAGATGGATCTGAAGTG
AAGCAAATTACTGATGGACTAGGCTACGATGGTGGAGCATTTTTTAGCCA
CGATGGTACTAAGCTGATATTCAGATCTTCTAGACCGAAGACTCCGGAGG
ACATCCAAGAATACAAAGAGCTACTAACCCAGGGACTAGTAAAACCCACC
GATATGGAACTGTACGTGTGCAATGCCGACGGATCGGATCTCAGAAAGAT
CACTGATCTTGGAAATGCAAACTGGGCACCATTCTTCCATCCGTCAGGAG
AAAAAGTGATATTCTCTTCCAATCACAATAGTAAGAAAGGCTTTCCCTTC
AATCTATTCATGATCAATGTAGACGGTACTGGACTGGAGCAGATCACGTT
TGACAATACATTCGATAGCTTCCCGATGTTCTCTCATGATGGGAAGTACC
TAGTATTCGCAAGTAACAGAAATAATAACGGCACCAGAGATACCAATCTA
TTTATAGCAGAATGGGTAGACTAAAATACTATTAGCGGCTAGCGATCGGT
CAGATTTCGATATATGTCATACTGTAGCCCTTATCGTCTGTACTTACAGA
TGGTAAGGGCTATTAATTTTTAAATGTGTTCGATTTTTCACTCGATCGTA
TTAGAATAAAAGTAAATACCTTCTAACTTCGCCAATCGACAAAACTTCAC
AGCTTGAGCATCATCTATCTACATCTTGGTTCTAATATTGGTGAGCGGCA
GCTGCAGCTGGCTAGAGCATTGCAGATGATAGAAGTGGAAGTAGGGCCAG
TACAGGCTACCTCTTCCATCTATGAGACTGAGGCCTGGGGAGTCACAGAT
CAGCAGCATTTTCTCAATATAGCCATAAAAGTAGAGTACTACGGCAGCCC
TAGCCAACTGCTCAAAGCGACTCAGAAGATAGAAACGGATCTCGGTCGTA
CGAAGACAACCATCTGGGGACCAAGGATTATTGACATAGACATCATCCTC
TATGATGATGTGGTGATACAGACAGCAGACTTGACTATACCGCACGCTCA
GATGCTAAAGAGAAACTTTGTGCTGTTTCCAATGGCAGAGCTTGCTCCTA
ACTCAGTACATCCAATAGCCAATAAGTCAATGCAAGAACTACTCGAAGAG
TGCACAGATACTGCGGACGTGAAGATCATCAAACCTGAGTACGTCTAATG
TCAGATATCCAATTTCCATATAACTACATAGCTGTCGAGGGCAATATAGG
CTCGGGTAAAACTACTTTTTGCCAGATGGTGGCTAAGGAGTACAATTGCA
AGCTGATACTTGAAGAATTCGATGATAATCCTTTTCTACCCTATTTCTAC
AAAGATCCTGAACGATTTGCATTTACGGTAGAGTTATTCTTCATGACAGA
GCGATATAAGCAATTGCAGAAGTCGCTGCTCACCAGAGATATGTTTATCG
ACTTCACTATAGCTGATTATGCATTCATAAAGACATTGCTATTTGCAAGA
CAAAACCTGCCAGAAGCTGAGTATAGGCTATTCCAAAAAATGTTCTCTCC
TCTCAATCAGTCATTCCCACAGCCCGAACTCCTTGTCTACTTCCACAGAG
ACGTAAAAATCCTGCAATCCAACATTGCAAAAAGAGGTCGCTCTTATGAA
TCAGGCATCACGGATGAATATTTAACGAAAGTGCAAAACTCCTACTTCGA
GTACTTCAGAAACATCCTGTCCTATCCTATCCTAATCATCGATCTCAATA
CCATCGACTTTGAAGATAATGAGCGAAATTACCACGAAGTAAAACACCTG
CTATCGAAGAAATACAACCCAGGAGTGCACAGAGTGAGCTTGATAGTCTA
ATTTTCTTATCCTTCTATCCACTATTAAGCTCTATTGATCGATATTATAA
GACTATGATATAGTTTGAACGACTATATTAGCAGCTAGTTTGTTAGATAC
CCATATTCGGTCGCTAACTATAGAAGCAAAATACGACAACAAAATGAAGC
AATTCTTCAAATTCTTTACCGCCTCTTGCCTTGGCACTGTAGCTGCCCTA
GGCTTGATTATCCTATTTTTTGCCGTTTATGGCGGAATCATGGCCTCTCA
AAAACCCACTATAGCAAAGAATACTGTCCTCAAGCTAGACCTGGAGGGTG
CTATACCAGAAATGACTAATAATATAGCTACTGGCGGCACCTTTGCTTTA
CCAGAAGAGGCTCTAGGCCTGAGACAGATCAAAAAATTAATAGAGCACGC
TGCAACGGATGAAAACATCGGTGGTATCTATATCGAAAATACTTCCGTTT
CTGCTGGACAGGCGACACTCAAATCGATACGAGAGTCGATCATGAAATTC
AAAGAGTCTGGCAAGTTCGTATATGCCTACGCCGACTTCATGTCCCAGTC
AGCATATTACCTGGCTTCTGCTGCTGACTCTATATACATCAATCCTCAGG
GAATGGTCGATGTAAAAGGATACGGTACACTAGTGCCATTCTTCACAGAA
ATGCTTGAAGACATAGGGGTAGAAATGGAAGTGTACTATGCAGGAGATTT
CAAGAGTGCCACTGAGCCATTCCGTAGGACGGAGATGAGCCCTCAAAATA
AACTACAAACGAGAGAATTTCTAAACAGTATGCTATCCCTCTATCAATCG
CAAGTAGGAGCTTCAAGAGGGATGACTCCTCAGCAGATCGATCAAATAAT
GAGTGAGTATAATGGTAGAAATGCCGAAGGAGCACTAGCAAGCGGTCTTG
TGGATGGTATCGCCTACATAGATGAAGTAGAAGCTCTAATAAGAACAAAA
CTGGGCCTAGATGAAGACAAAAAAATCAAATACAAAACGCTAGGTGAGTA
TAATGGCGGTGTCACAATAGAGGATAAAACTTCGAAAAATAAGATAGCCG
TGATCTATGCTGAAGGTACGGTCAACTATGGTACAGATGAGAAAGGTGAG
ATCAATGAATCTAAATATCTAAAATACCTGGACAAGGTACGAACAGACGA
TAAGGTAAAGGCTGTAGTGCTGAGAGTGAACTCTGGTGGAGGTAGCAGCC
TCACTTCAGACATCATCTGGAGAGCGATAGAGCAAGTAAAAGCAGCTGAC
AAACCAGTGATAGCATCATTTGGCGACTATGCAGCAAGCGGCGGATACTA
CATAGCAGCAGGAGCAGATACGATTGTTTCAGAGCCCAATACTTTGACTG
GTAGTATAGGAGTGTTTGCACTATTCCCCAATGTGTCTGACCTTATGAAA
GACAAGCTCGGCATCTACTTCGATACAGTAGCGACACATCCCATGGCGAT
AGGGCTAACACCAGTATATGATCCGAGCAAGAGAGAAGAGTTGTACCTTA
AAGAGTCTGTAGAAGATATCTACGAAACCTTCCTAAAGCGAGTAGCAGAT
GGCAGAGGCATGTCAAGAGACGAAGTACATGAGATAGCACAAGGACGAGT
ATGGACCGGAGAGAAAGCAGAACAAATCGGCTTAGTAGACATACTAGGTA
GCCTCCAAGATGCCATAGAAATAGCAGCTGGCTCTGCAAAATTAGAAGAC
TATAAGGTGGTAGAATATCCATTCGTCAAGGAAACATTTATGGATAAGAT
CCTCAAAGGAATAGCAGCAAGTGAAGATGCTAATGTAGCACTAGGACTTC
AAATATCAGATAAGGAGCAGGCTCTCATCCATGAGCTACGAGCTACAAGT
CAAATATTGCTAGATCGGACTCCGCAAGCAAGATTGCCATTCAAATTAGT
GATAAACTAAGAAGGCTCGTACAATCAGAAAAGTCATCGAAGGCTGTCCA
GGTATGGGCAGCCTTTTTTTTATGCTGCAAAGCGGCTAACTATAGATCGC
ATACTTCAAAAGAGAACGTATCTTTATGTAGAGGAATCATGAAAGCATAT
CAAACATAAGAATGAAGGAAATTCCATTTGACAAAACAGCATACGCTGAG
AAAACATTTGAGGAGACCGATCGCAATGTAAAGTATTGGAGATCTAGGCC
ATGGTGGGAAAGACTGCAAGCTGGCTACCATATGTCGCTGCGGGCATATG
GATACGATCCAGAGGGACCAGACCCCAAGATAGATTTTAGCATCATGTCG
ATAAGGAGGTCGGAGGACTAGTGACCTTCAGCCTTTAGCTACTAATTTTT
ATCTACAGATGCTCGAGTTGGTCTACTCTACGATCACCCAAATGCAAACC
CGACAGCGAAGTGCAAAAACATGCCACCAGAGACTCTATTCTTTTTCTTA
CCCACATTGAATCCACCTCCTAGGTCAATTGTGAATCCTTGTCCCATTAT
CCATTGCTTACCAGCTCCTAGCCCTCCAAAAACAGATTTGTTATATTGGC
TTGATCTACCAACTGGCCACCTGTACCCGACATGAAAACCAGTATAAAAG
CCCTTGAAACGTTCTCCGTCTGGATACTTTCTAATCTGCAATGCAACGGT
ATGAGCCCGATCCACAACAAATCCGTCAGCTTCCCTCAATGTCCAGACGG
GATAGGTAGAAATGCCAACGGATGTAGTACTGCTAATGAGCTTCTCTACA
CACAAAGATGGTGCACCAACGAGTAGTGAGCCTGGACCAGTTTTGACCAG
CATCGTTTGCCCATAGAGCGGTACTGATAAGAGGATAAGTAGGAGCCCTG
CAAAAGTGATACATACTGGCAGGTGAGTCTTGGACATTTGTTGCATTTTA
CAGTTGGGTACAGTCACAAGATAATCAATTCCTTCATATTTATTATGATG
TACAACAGCTCCCCCTAGCAGATATTTACCAACAGAGGATCAAGCTCGCC
TACAATCAAAAAGAGCCCTCCACAAATCAAATGTGGAGGGCTCCAATATT
ATTTATACTAAAGTAAAATGTACTCTACATTACGCTTGCTTGAGCACATG
CAGATCCATAGTAGGATATGGTATGCCTACTCCTTGCTTATCAAATTCTT
TTTTGACATTCTCTTGCATGTAGAAGAAAGTATCCCAGTAATGCTCGCTT
TTGCAGAATGGTCTTGTCGCTAGATTCACTGAGCTATCCCCTAGCTCTGC
TACTACTACTCCCTGAGCAGGAGTATCCAGTACGTGAGGGCAGCTTTTCC
CTACCTCAAGTATTACCTTTCTTGCTTTGTCAATGTTGTCACCATAGCCG
ATACCAAAGGTCAGCTCTACACCTACATCTCCTTGACCTGAGATATTGGT
GATGTCATTGCCAGTTACATTCGAGTTAGCTATGATGATCCTTTTGTTAT
CTAGGGTCTTGAGGGTAGTATTGAAAGCATTGATGGCATCTACTACTCCG
ATCGTAGCACCACCGCCAATTTTCACTAAGTCCCCTACTTTGAATGGTTT
GAATATCATCAACATCACTCCAGCAGCTGCATGACCCAGCGTACCATTGA
GAGCCATACCTACGCCGATCATCAGTGCACTGAATATAGCAATGAATGAG
GTAGTATCTACACCAAACATACCTGCCACTGAAAGCAGAAGCATGATCTT
AAATAGTATGCTGAGTAGAGAGCAAAGAAACTTGGTGAGTGTCTCATCCG
TCCCAGCTTTAGATATCGCCTTGCCAGCAAATCCTACTAGCTTTTTGATG
ATCCAAAAACCGATGATGAGTGTCAGTATGGCCATTAGCACCTTGGGTGC
ATAAGCTATTGCCATTTCCATTCCCTTAGCTAAAAGTGCTGAAGTGTCTA
TTCCGTCCATTGTTTATATTTTGGAGTTATTTAAAAAATTAATGCAATTT
GAAAACCGCTTTTACTACGGTCGTGTAGTCAGCTCGAGTATCCTACATAC
AACTACAAGTAGCTCCATAGCTGGTCACTTTTTAGTATGGTAACTATGTG
AAACACTCGAAAGCTACATACATACGTAGGACGTATCTAGGGACGGTAGG
TCACAGAATCCGTCTAAAGCAGTGTATGCAATTCCATGAAAGTACTATTA
ATGTGATAGAGATCTAAAAGCCCAGTTATTTTTACTGACAAAAAAATCAT
ATTGAAAAAAATCTATTCGATTGCTGTCTAGCTGTCTAGCTGTCTAGCTT
AACGTACAAATCAGTAAGATTCGACCAAGAAATCAAGGTATCCTGACCGA
CCTTAAAGTCTTTTACTCCTCCATAAATCACTAATGACTCCTGGCTGCTT
AGCCCAGACACTTGCTTCCAGTATGTTAGGTTTTTGAAGTAGCTCTTTGT
CATGGTGCTACCTGATTTTATCTCTATGGCTATTGGACTGTCAGGTCTAT
CGATGATGAGATCGACCTCTTTTCTATTGCGGTCTTGCCAAAAGTATATG
TTGGAGGGCAATCCTTGATTCCAGCGGTTCTTGAGAAACTCATAGACGAT
CATATTTTCAAATAAATTTCCGACTAGATGAAAATTTGTTAGTTGTTGAG
CAGACGTTAGTCCCAATAGTGAGCAGGCTACTCCTGTATCAAAAAAGTAC
AGCTTTGGTGATTTGATTAGTCGCTTGCTATAGTTATTATGGTAGGGTTG
CAGAAAGTGAATGATGTAACTTGCCTCCAGTATCGAAAGCCAAGACTGGA
CTGTGTTGGGACTGACACCAGTATCGCTTGCCAGGTTGCTGACATTGATA
GGCTGTCCTATCCTACCAGCACAGAGTCTCACAAATTTTGTAAATAGGGC
TAGGTTTTCAATATTCTTGATGAGCCTAACATCCCGCTGTATATACGTAT
TGATGTATGACGGGTAGTAGTCTACCGCATCTATTCCTTTGTCATAGAGT
CGAGGGTACGAACCTTGAAATACATACTCATGAAATCGATCAAAAGAATA
ATGAGACTCAAGCTCTCTCAGTGAAAATGGCAGTAATTTTACGATTGCTG
TCCTTCCCGCTAAGCTTTGGGCTATATTCTCTATGAGTTCAAATTTTGAG
AACCTGACAGTACATATTTTTTTTACTGCTATCCACCTCCGTTTGGATGT
ATGAAAAGAGCTGCGGCACGTTCTGCACCTCATCTAGTATGGCACCTTTG
GGATAGTTTCTCAAAAAACCTCGAGGATCATCGACTGCTAGCTGCCTTAC
ATCTATGTCCTCAAGCGATACATACGGAAGATCGAAACCTGCATTTTTGA
TTAAAGTGGTCTTTCCTGACTGTCGCGGACCTGTGATGGTCACAACTGGA
AAAACTTTCCATAGTTTCAGTAACTTTTCAGATATGTTCCTTGCTATCAT
AATTCAAAGGTACGCAAAAGTGGACATATCTGCAATTGCATTTCAAATAT
GTCCAATTTTGAATCAGTAGGCCTGTTCGATACCTCTCGTGTATTTCACT
GTGGCCAAAAGATAGATATTGCCTGATGCTTTTGCTCTTTCGTACCGATA
CGCTAGCAATCTATAGTCTTGCGATAGCCCTTGTGTGGATGCAATCCTGT
CTAATAGCCTTTATTTTTGATACCGTATGACACAGATAACCAGTTACTTA
TGTAGTTGAGCATGCAATCCGCAAAAAAAAGGCAAAAAAGCGAAACTGAT
AAGTAGGAAATTCATAGCTTCGATACAGATATACCATAGTTAGTATGGAT
TAAGGAGAAAATCGGAAGAATTTGGCTCTTGTGGTCAGATTGAAAGGTGA
GTAAGGGGATGAGTAATGTTAGGAAGCACTAAGAATTTTAAACATTATTT
CATAAAACTTAAATTAATTAAAAATGACAAAGTCAAAATTGTTTTTCGGT
TGTTTGGTAATATTCTTTACCTTTTTTATATCGGCATGTTCCAAAGATGA
AGGTTCTTTGAGTCCTGCCCCTGTATCCATTTCTGGAAATGAATACAGCA
CAGAATCATGTTCTGAATATCCTATGCTTTCTTTTGTAACAGAAGAAGAA
TTTGCTTTATTTATGAATCAAATTGTAAATCTTGACGATGAAGAATTAGA
ATCAAATGCCAAATTAGATAATTTTCTATCAGAGAGAAAATTTATTGATG
GTTTGGATAACAAAAGTGATGAAGAAGTTTGTTCGATTACAAATGATGGA
GAAATAGGATCTTCAGAAGTTGAATTGATCGACCCAGTATTATCCTCAAT
TGTAAATCCAAAGCATGAAGTTAAGATTGCTGGTATTATTTATGAGATAA
ATAATAATTTTGTTTACGCATATACAGATTGTCAGTACAAAAGTGATATC
AATGATTTCAAAGCAAATCCGAATTCTCGCAATATTGAGTACGATGAAGA
GCAATTTGTAAAGTTGACAGATAATGTATTTATTTATCAAACAAATATAA
ACTATTATGACGAAGTTCTGTCATTACAACACGATGCGAATATTGAATTG
AGAGATGCAAAAAGAGAAAGTAAAGATTATGATTCTGGCAAAAGACGTGT
CAAAGGAAAAATGTTTCATTCTAAGTGGGGAGTATGGACTTCTTTAGGTG
TCAAAACTATTAATTATAGAAAAAGATGTGGGATTTGGTGGAGATCCCGT
GCAAAAATATTGAGATTGTCTTGGGATATGTCAATGGTAGGAGATAACAT
TACTTGCGACTTATGTTCTAACAGTTGTGACACAGGGGATGTTATAAAAT
GGAAAGGCAGCAAACAACGAAATAATTCATCCGTTCAAAGAGCCCTATTT
GATTGGGCAGTTGGAATTGGTGTTAAATTAGTTACTGACGGGTCAGTTAA
AGGTGTAAAAGGAGCTGCAAAAGGAGCACCTATTAAAATATTACCTCATG
GAGCCAAAGGTAATGTTACTAAATCTGATCATAGTGCTAATACAAATTGC
TGTGGCAATGTTACAACAAATACAATTTTCTGGAAAAAATGTTAATCCAC
TATTCTGAAATAAAAAGAGCAGCCAGAACTTGGCTGCTCTTAATAATAAA
TATCAGTATTCACGTAGCATTCAATTTTGAATTGAAAAGTCAGGATTTGG
CACGTATTGAATTTTCATTGGATATAGGGTATACCTATCAACCACAAAAG
ATATTAAACGATCATTCTCAGGTATTTTCTAAACCTGAAGATTTGTCATT
TTCAATAGTTCCAATGCTGGGTATATCTTTAACTAAAATTGGGAAGAAAG
GGATTCACAAAATTAGGGGAAGTTTTGGTGGTTGGCATCATTCAGTCACT
TATAAAGATTTCAACGAATTTGGGAACAGTTCTTTTTCAAATACTTATTG
GTTTACATCGTATCAATATGGCAAAAGATGGGATATTTTCAACAATAATC
GATTAACTTTGCAAATGACAATTGGTCCAAATTTAGCATTAAGACAATCA
GCAGAATTGAACACTTCAGAAGAATTTTCTTTCGAAAATAACGGTAGGTC
TATTTATGTAGAACCACAGCATTATAAAGAACCTGTCGTGTCATTTGGTT
TAATCTGTGAATCTAATGTAAGTATTCAGATTCTTAAACCACTAAGTCTG
CAGTTAGGTATGAACGCTTTTTATTGGCCAAAAACAGTATTTGGAGAAAG
AGCTTACAAAATCAGGATTGACAATATAGAAAATCCTGACATCACAATAA
GAACCTATAAACACATCTGGTCATTTTCAGGTGGTTTAAAGATTGAATTT
TGATTTTTTACTAAACTAGATAACGAAATTATGTTGATCAATTATACAAA
AGTATTTTTCATTATCTTTTTATTCTTATGTGGTCCAATTGTAGGCTTAT
ATTCACAAAATGATAACCATAGTTTACAGAAACTTTGTCGATGGGATATC
GGACTTTTCGGCACTTGGATAAATTATGAACATCCAATTGCTGAACAGTG
GTCATTAGTCAGCGATGTAGGATTTAATCCTATAATATTTGGTGGCAATT
TATCTTCCAAAGGATTTGGACTTTCAGGTAGGGTATCCTTTGGAGCCAGA
TATTACTATGACAGAAATATACGAATAGTAAAAAACAAGAAGGTAATAAA
CAATAGTGGGAATTTCTTGCAAATTATGACAGATTTCCAACCTCCTGGTT
TCAGCTATGTAAGTGTAAAAGATAGAAGCATTTTAAGTGAATTACGATTT
ATTCCTGTTTGGGGAGGCAGAAGAAATATTGGTAATAGTCGTTGGAGTTT
TGAGGGAAGACTAGGAGTAGGTTATTCTTATATTTTGGAAGATATAGACA
CAGAGAGAAGGCATAATATTGCTTATGATATTCGACTTGCTATTGGATAT
ATGATATTTAAAAAGTGAACGTAGAATAACCCGTACTAACAAGTGTGTTG
ACGCCAGTTTTGGCTATTGCCAAAAATCGTCGCAAAGCACAGTCCGTTAT
CATCAATTGTGACTATGCATCTGTCATTGGCTACGAACAACTTGCAGACA
CTTAGTGCCATACACAAGCCAGCTATAATTGGTAGGCAAGTAGGATCGCA
GTCCATAGAGTCGAGCTGTTTATAATGGGGAAATTGTCTCATCCGTCAGT
ATTTTTCAAGCAATCTGAAACATAGCTATCTGGTAGCTCTATAGTTCCAA
GCACAACTTATATCTGCTACGGGATATCCATAAGAGTAATAACAGGAAGA
GAAAGATCCGTAAAAACAAGATCACTAGATTGGCAAACACCAAAATTTAA
CACATGACAGAGCGTTCAATTTTCTTTATACCGAGTCCAACTTACTTTTC
AACCAATCAAAAAAGGCCTTCTTTTTGGCTTTCGAAATTGGTATCAGGTC
TCCGTTTTTCATGGATACATTGCCGCCGTCTGACTTCAGTACTCTTGCGA
CCTGCTCTATGTTGATGATGTGTGAGGCATGTACTCGATAAAATTTATTA
GTTGGCAATATTGCTTCTACATCCTTCATCGTTTTACTGATGGTATGCTT
TGCATTGTCAGTTACTATGGTAGTATAATTTTTGAAAGATTCACATCGGT
AGATATCATCTTTCTTTACGACTATCCATCCTTCTTGTGTACTCAATGAG
AGCCACTTTCCTGAAGTTTTACTTTCCCCAGCACGACTACTTTGCTTGAC
CCTACTTACTGCCTCACTTAGATCATCTGGGTCAATGGGCTTCAGTAAAA
AGTGCAATGCACCCTTCTTGAATGCTTCTATAGCATACTTATCGTGAGCT
GTGATAAAAATGATCTCTCCCTCATAATTTGCAATAAAGTCTAGCATCTC
TATCCCTGATGTGCCCGGCATCTGTATGTCTAAAAAAATCACGTCTGGAG
CATGAGCATTTACTAGTTTCGCTCCATCAATCGCATTGTCAGCTGTAGCT
ATGATCTCTACCTGAGGGGCTGTCATCTCTAACAGCATCTTTGTAGTCTC
TCTACTGTGAAGTTCGTCGTCAATAATTATCGCTCTCATGATTTAGGTTT
TCGGGACTATTGATATGGTAATGGAAGCTCCCGTTTCATTCTCACTACTT
TCTTTTACTAGCAGTCCAAATTCCTGATCGCCAGTTTTATTTATCAGTTC
AAATCTTTCCTTTATGAGACTGAGACCGTATGACTTTTCCTTACCTACGG
CCTGATCTAAAGCAGGCTTGCTATTTTCTAGCCCTACACCATTGTCCTCT
ATTGTGATAAACCAAGAACTGTCCACTTTCACAATTTTGATATCAAGCTT
CTTTAAGGCATTCTCAGATTGGCTCAGTCCATGCCAAAATGCATTCTCGA
CTATAGGCTGTACTACAAATGGAGGTATGAGAATAGACTGCCAACTGTCT
GCTGCTGGATAACTTGATGTGTATAAAAACTGATCATCAAATCGCAATTG
CTCAAGTGAAATATAAAGCTCTGTAAGCTGCATCTCCTGCTCTAGCGGTA
CTAAAGCTGACTCTCCTAGCTGAAGGGAAGTGCGAAGTAACTTTGCGAAT
TTTGTGATATAAACTAGCCCTTGATCTTTTTGATCTTTCATGAACAAATA
TCTGATAGAATTGAGACTATTGAATAAAAAGTGCGGATTCATTTGCGACT
TCAGGATCATGGTTTCAAGCTGAGCGAATCGTTTTTCATTCTGTTGTTTT
TCTGCAAGAGCCTGTTGTTTTTCGATCTTTTTATTTTGCATATAATACAA
AAAGAAACCTGCTGTGAGCAAGGCCAATAGTCCCAGCCCCGCTACAAGCC
TATTTTGCAGTAGCTGCTTCTGGACCAGCTCCTTCTGCTGAAAAGCAATC
ACTTTTTCTTTCTCTGCAGTTTCAAATTTTACCAAGAACTCCTCTTGCTG
TAGCATTATTTCTTTCTGCTCTAAACTGTCTTTTTCAGCAGTCATTTCAG
AAAGTAAGTTGTAGGCACTTTCAAATTTTCCATCCTCTTCGTACCTATCT
ATCAATCTCTTGGCAGCGGTTTGATCCATTGTCTTATCACTAACCCTATA
GTACTTGTAGGCTTCTTCTAGATAAGGGATTGCCTCCTTGTCATTCTCAA
TAATAACGCCTAACTGCACACCAGCAAAGTGCTTGTGTTTATAATCTTTC
TTATCCTCCGCGAGTTGATATAGCTCCTTGTACAATCTAATGGATTTGCT
TGTGTCTCCTTCGATGATTGCTCCTTGAGCCAGCGTACTCAAGGCGGTGA
GATAGCCTCCCTCATTGTATTTACCATCGTTAATTTCTATGGCTTTGTAA
GCATAATAATATGCTGAGTCATACCTTTCACTTTGCTGAAATGCATTAGA
CATGTTGCCTGCTATATTCATTAGTAACAGATCATTCTGTGCCGAAGGTT
TTGATTTTCCGTATCGCTCTTGTATTTTGTAGGATTTCCTAAACCACCCT
AAAGCCCTTTCCGATTGGCGATCTATGTGTAGCACCATACCTATATTTCC
ATATACTATGGCCTTATCATTTGATGCTTCCGTATCCACTATATATTCGG
CTGCTTTGGCGAGATATACTACCGCAGAGTCTGTTTGCTCTGTTTGAGCG
TAAGCTATGCCTATGTAATTAGCCAGTTTATTTTGACAGCTAGGTTCATT
CCAATCTGCGGCACTTTCAAAATATTTGGTTCCAACCTCCTTTACTTCAT
CGTATTTTCCTTTCCGCAATAGGATGTATATTTCCTGCAGGTTTAGCCAT
GTCTTTATGGTATCGGGATAAGAGTCATAGTCAGTCCTTGCTCTGTAGAT
CGCTATACTATCCAAAGTAGTATCAGGATTTCGGTTTGCCTCAATAGCGA
GACTATCACAAAACTTAAATATATCCTGACCACAGACCGAACCGCACAGT
CCAGCCAAGACAATTATTGACAGAACAACTATTTTCATAAAGGCAATCGT
TTTAAAAGGCTCAATCTAAGATACAAAAAATCAAATGGATACGTGAGTCA
AAAGGATCAAAAAAAGATGCCGCCTTATCAAGCTTCTGATCAGGCGGCAA
CACTTTGTAATTAATTGATGAGTAGTGTTATCCAATTACTAAAACTCCCA
AGTCCCAGATTCTGTGACGATTCCATTTATTCTTCTCTCCCAGAGACCAT
TTCCGTCTTTGTCCCAGTCTATAGCTACAAGACTATCGTCACTTTCATCT
GTGATGTCTAGCGAACCACCTAGGTCAGATAGCGACTTCATATTGTATTC
TCTAACATCACCGCTTGCTAAATCTGAGAATTCATAAAACAGACTCCCCG
CGTCCTGATAAGCGAACCTAAAAGCGATCTCGCCCGCTTCTATAAAATCA
GTGGTCTCGGTCGCACGTTGGAAAAAATTAAATCTACTACAGTCTTCATT
TTGCCTCACCAGTATCAACTCTGTACCTAAGAAGTCATCTACCGAAGTAA
AAATCCATATTTCATAGCCACCAGCCTCTCTTGGCACATATACATACTTC
TCAGGATATTCGCCCCAGCTGTAAGTCTCTTCATTTTCAAATATTGTCGT
ACCTGCTCCACTACCTGACACTGCTGCCGCTGTTGGAAAGGCGGTAAAAC
TCAAACTCGACACAAGAGCTTTACTAAATGTTGCAGCAGCCCACACCTCT
GCAGCATATTCATTAGAAGTATAGTTTTCTAATAAAGTCAGGGAAGTTGG
CAATTGTATAGTATTTGCTTCCGTGAAACATCCAGCATTGAGGCCATCAA
GTTGCTCTTGAGTAATATTCAAAGGTTCTTCCCCCTCTTGTCCACCTCCA
CCTCCACCTGGATTTGAGTCTTGACCACAAGAAAAGATGAGCATCATGCT
TAACAGAAAAAAGAATTCTTTACAGTTCATCATTATTGGTTTTATTGATA
TTAAATTATGCAAACATACTATGCCCATAGGTCCGGCAAGTACAGCTATG
AATAACTGGTCATCCTGAATGAATAAATACACTCAGCCAAGAAATAAGCT
GTGTCTCCTTGAAGAAAAGCGATAAGCAGCTGCTGTTTAATAAGCTAGAA
TATCTCAGCAGAAGGTGCCATTACTCACTGAAACTTGCTAGATGAACATT
GATGTTGACTTAAAATGAAAGTTCTCTTACCTTTGTTGTATCTATGTAGC
AATTTTGCATCGCTACAACTATATTTTTAACCGAATTTGACACCGCACTA
ACCCCAGACCATGATTCGAGAACTTTACCAAATAGTACATTTTGGATGAG
TTTTCGAGTCACTATTTTATCAAAGCCAAAAAATCAACACAAATGACCAT
TCAAAAGACAATCATCTGCCTACTACTAGTCTTTACTACTCAGCTTTTAT
CTGCCCAAATATTTGGCAGGATCATGGATAGAGCCGCTGACAAAATCAGC
AATAGCATAGAAGATAAAATTGTAGAAAAAATCAGCGATGAGATTACCAA
AGCCGCTTATCGGCCAGTGGACAAAGCCATCGACGACATGTGGAAAGAGT
CCTATGCTCGGGACAGCACTGGTGGCCAAGCCGCTAATGTAAATTACGGG
GACTACCTCAGTAAGATGCTTCAGCCAGTAGACCTACCGGATCAGTATGT
ATTTGATGTTCAAATATTTGCTGAGACAAGAGACTACGATGGTGACAAAA
ATGACATGACTATATTGATGTCGAGCACAGAGGACTACATAGGTATGATC
ACTGAGGATGATGGTAAGGAGGCGATGATTGTCTTTGATGTAAATACTGA
CGTGATGGCAATGTATGATTTGGAAGAGAAGAAAGTATCCGCATTTCCAT
CTATGCTGAGTCTAGCAACCCAAGTAGCCAGTGAGCAAGATATTCAAATC
GAAAGAACAGGCAAGACAAAAAAAATAGCTGGGTATCAATGTGTCGAGTA
CACCATAGAAGACGAGACTACAAATACAAAAGCATATGTAAGCGAGGATT
TTCCAGCCAGCTGGGCCAAGGCATTTGGGGAGATGTTTCAAAAAATGTCG
CCAGCTAGCAGAAATAAACTGATGGACGGTATGACTTTAGAATCTGAGTC
GAAGACCAAAAAGAAAAATAAAAAATCCAGCTACGAAGCTAAGAAGGTGA
CTAGAGATACTTTTACAGTACTGAATAGTGACTATGAGAAAGTGCAATAT
GGGCAGGAGTAGGAATTGATCGGGTTTTAGTCGAGCCATTTTAAGAAAAA
ATGGCTCGACTAACTACTGGTTATATCAGTCACTACCTTCCATCTAAAAC
TGGTACATATTCTTCTGTATCTTTCAGTCCCCACAGATTGCAGCTATATC
TTCTCTTGTCTAAGTTCTCAAGGTCTTTGACTTCGTAGAGCACAAAGGAT
TTGCTTTGCTCATCGTAGACCTCCTGTGTTCCATAGACCTGCGGCAGACC
TTTATACATGCATATGCGATCGTACATGTAGGCATAGGCCCTCATATTGA
GATTGCGATTATTGATCTGCTCTTTTATAAGCGGTAGATATTCTTCGAGT
ACTTCTAGGTCATTATGTTGCAAGACTAACCATGCACTGTTTTCGTATTC
CATTCCCACCTGTGCTCTGCCTGGGTAGCCATTCTTTTTGATTAGGTCTC
TTACTACTATCAAATTAATAGAATCTAACACTCGCTGTTTAGGGCTGAGC
TCTGATCCTTCTTTTCTATATTTCAAATCTCGCTCATCCACTTCCTTAAG
TATTGCGATAAGCACTGAGTCATAAACTAACTCTACTCTACAGATACTAT
CCATCTGCACTAAAGCACTTGCAAAATGGCTCTTGGCAAGCTGATTGACT
TTTAGCAATTCACTCTTGTGCTCTTGATATGCAGTACAGAATGAGTGAGG
TTCATATCTGACCGCTTCCACAAATACTTCTTCAACTAGCTTTGTATTTT
TTGGCAAAATATCAAATAGTGTGGTGAATCGATTCCATCTATGTAGCGTC
GACTTGTAGACCCATATTTCGTCAGGATCTGTTATCGCAAGATGCAACTC
TGTGACATATTCTTGCCATTCTTGAAATTTTTCTTTTTTGATAACATCAT
TTTCTGAAAGCAGATAGATACCCAGCTCCTGAGCATAAGCAGAAAAGGAG
AGAACTAAAATTGATATTGACAGTAAAAGTAATCTCATAGCGAATTATTC
CATGCTAACGATTTCAGAACATAGGAAATTATGGATTTCTATAAAAACTA
TGCAGCACAATGGCTCACCTGTGAGTACTATTTACAAAGGAATTGATATC
TTTAATCTCATACAATAACCAAAACACTCATATTATGAAAGTACTTTTTC
TCTTGATAACTACCCTCTTCTCATTTGATGTAGCTGCCCAAAATCTGCTA
TACGATCAAGGTTTCAAATTTGATGTGGAGAGTGGCTTCTATTATAATGA
TGATAATCTTGAAGACGTAGTATTTATAAACCATACTGATTCTTTGTTTG
ACTATACTATGGAATGGCAGCCTGACTCCGTGATGCTAAGTAGCTTGTTT
ATAGAAGATGGAGATGAACTAGCACAAGTAGCGGCATTTGCGGCTGACTG
CGGTATAGAGACTCAGGCAATAGCTACCAACTTAGCAAACAGCGTAATAA
TCATAGGAGAAACTTCCTGTGATTATGAGTTTCGAAATTTTGACGACCCC
TCAGGTCCATTTTCAATTCCAAATGAAGACTATACTGCTATCTATTTGTT
CTTCGACAGTCCAGACAGAGAAGATGGAGCTGCCCTACTGACATCCAACA
ATAGTATCCAAAGAGCTTGGGGAACTGATGACTACTTGCTTATGACGGGA
CATACGAGTGACACTCTTGGCTTCCTTGACATAGACGGTGAGTATACAGC
CATAGATCTAGCACACGAAAATAGCGGCTACATCATAGCAGTAGATCAAA
ATGGAAAGATAGCCTGGCACTACGAGAACGAATCAGAAACTGAACTGAGT
TTTATACGGACCGTAGCGTACATTGATGACAAAGTGTATGTGGCACATCA
TCAATTATTCAAAACAGACATACTGGTATTCTCAGAGGAGGGAGAGCTTT
TGGAAGAGTACACGTGGGGCGGAGTGACCGTATATAATATAACTAGTGAC
GAAGAGGGTAATATCTATATCTCAGGAAACTACGACGATGATGGAGGCAA
TGGCAATATTTCATTTGGCAATGAAGAGGTACTTCTACCCGCTCCTGAAT
CTGTGGATGCATTCATAGCCAAGTACGATAGTGATCTAAACTACCTCTGG
TCGCAAACGATAACAGGTGGCAATATAGATACTGGAGTACACTGCGACGT
AGATGATAATGGAGACATATTTTTGACGGGTTGCATACAGCAAAATGGTA
TATTTGACAAAGATGGTCCTAGTGAAGTTTCTTTTACTGCTAGCGGGCTA
GAAGATGTATTCCTAGCAAAGTATAGTGCTGACGGTAGGCTGCTTTACGC
CAATACTATGGGAGGAACTAGTGCTGATATAGGCCTAAGATTATCTGCCG
AAAATGGAGAAGTGAAGCTCTGGGGAATCTTTAGAAATACGATAGACCTC
TCACTAGACGAAGACTTTTCTGTACTATTTACAGATGAGAATGATGAGGT
AGATGCTAGCTACTTTTACGTCACCTACACAGACTTCACCATAAGCAATA
CAGAGTCAGAAAACATAGTAAGCAGCCTAGGGCTGTACCCCAATCCTGTG
ACCGACAAGTTAAATATCAAACTCTCAGGCAGCTCGGCAGAAGCTCATGC
TGCCATCACCGATATAACTGGTAGAACTGTAGCTGCCTATAATTTAGTGC
CTTCTCAGGTAGACGCCGCGGTGCTGCCTGAAGGCATATATACGCTACAT
GTTTATGATAGAAATGATGCGGTGCAGAGTGAGCGGTTTATGGTGGCGAG
GTAGATATGATTTGCAGGTCAGCCATTTTTTAAAAAATGGCTGACCTATC
ATCAATACAAAAACCCAAACATCCACACGGGTATTTTATTACCTGCTCCG
ACCAAGAGATCGTCAGACACTACATAGCTATTTTCTACATTTGCAATCTG
CTTGTAAGTCTTTCCTTTGCCGCCTACTTCTAGTATATATTTGTCATCGA
CTATAAAATCACCCTGAGCTGGCAGCCTCAGATCGTGCTCAAATCCGAGT
TGGCTGACCACAAAACTCTCTCTCAATGTACCGATATTTACGGAGCTATT
TGCAAGGTAAAACAGGTTCGTATTGTGCAGGTAAAGTTTGTCTGGCTTAG
TCATCAGCGAGTACGACCGACCCTTCTTCCATAACATACGTATGAGGGAT
GCTTTCTCTAAGTAATTGAGATACTTGTAGAGTGTGCCTCTGTCCAACTC
CAAGCTGGCACCTAGCTGGGTGATATTGGGAGTGAACGGAGCCTGAGTAG
TCAATATATAAATCAGCTTTTTCAGCTTGGGTATCTTCGATATTTCTACT
CCAAGTAGCATCGGCAGATCTACCTCTAGGGTAATATTGAGAACATTATT
GAGCTTACGTGTGTAGTTCTTCTTTCCCTCGAGATAATAAGGATAGTAGC
CATACTGTAGATAGTCTTTGAAATATCCACCCGGCTTGACCTGCTTCGTT
ATCTCTTGGGCGATCTCCACATGTCTATCGAGAATATCTGTGAGCGTTAG
TTTTGCAAAATTAGAGCCTGTTTCGATATTGATATACTCTCTCAGCGACA
GACCTGGCACCTCATACTCTACCGCTCTACGACTGAGATCTGCCTGCCCT
TTTTGTATATCGAGTATACTAGAGCCAGAGACGACCACTTTCATCTTCTT
GTATCTGTCATTGATATTCTTCAGTTCTTGACTCCAATTAGGGTATTTGT
GTATCTCATCTACATATAAGTGTGTACCTCCCAACTGATAGTGATAGTCT
GCTATATCGATCAATCTAAACTGCGACACTACTAGGTCGTCCATACTGAT
ATACAGCACCTTAGGATCAGTGAGGTGCTGCTCTACTATTCGCTGTAGCA
TGATGGTGGTCTTACCTACTCCCCTTGCTCCCGTGATGATACTTAGCCGT
TCGTTCCAGTCTATTTCGTCGATGTAAAATCGTCTAAAATCAGTCTCAAA
GTTATTGAGTATTCGCTGGTACTCGACATATACGTCTTCTATCTTAGCCA
TCATTAGTCACTATTGCTGTTTACAAACAACAAATATATGCTATTTTGTT
GGTTCCGAACACCATATTTCTAATTTTTTGCTGTTTGCAATCAACATTAT
GGGCGTTTATTGTTGGATGCAAACAACATAATCGTGCTTTTAGGGCTCTT
TATGATTGCAATAAGAGTCTAGGATCAAAGCATAAGTACGCTCAGTCACT
AATAAATGACACCTTATACCAGTTAATCTTCAAAATGCCGCTTTAGATTC
TAAAATTAATTTGGGCAAGGTGGAGGCAGAAAACACAGGCATAGCATTAG
TTACGGCGAGGCTTTCTAACGAACAGATTGACCAAACTAATAAGAAGATA
TGCGGCGTTTTGGGGGTTAAATGGTATTAGTTCTCGAATCTACAAATACA
TTACTATGATCTTCAGAGGCTTTGGTTTCCTATCGGCTATACTTCCATTA
GCTGGAATATTCTTACCGATAATTTTTAATATAGACAGTAATATCAGTAC
TACTATCGGCTGTATGGTCGGGTGCTTGATAGCGGCACTTGTTGGCTGGG
AAATGAATAACAGCCCAGCCAAAATTCAAGCTACCAAGGGTTCGAAAACC
ATCTCGACTACAATCTATCGACATGAAGCATTCTACCTGAAAATGGAAAT
ATTTAGTGCAGCGACTTTCTGCATGGCAGCTCTTGCTCTTGCCGAAATAA
TCTATCCACAATACACAAGTATCATCTCTCCAGTAAGCTCGATAGTTTTT
GCAGGAATAATAGTAGCAGCAGGATACAGATACTACACAGAAAAGAAAGT
TCGCAAATGGCTAAAGAAAGCGAGTCCAGCTTCTGATCGCTCGAGCGTAC
AGACAAGTAAAGCGGGCACAAATCAGTCTACAAAAATCCCTCTTAAAAAA
TCAACTCCGCTACCAAAGAGCAAAGAGGCAGTCTCAAAAATGACTGAAGA
GCAGCAGAGGAAGAGAGCAGTCTTCACCGAGCTAAAACAGCAAAGCGGCA
AACTCAAAGAATTTGAAAAATCTGCTCATTCTCAGTACCTCCCAAGCTAG
ATTCTAGCATTGAAAAATTACCATGTTCTAGCCACACCAATACGGACGTG
AAGCGGCCTTACCGAATGCTCATCGCTATACCTTCTTTGAGATGCTAGTG
CTACACCAGCAGTAAGTCGCAGTCTATTAGTCAGGTAGTAAGATGCATCT
AATCCCACGGAACCATACACCCCTATTCGCTGACCATAGCTCGGGTGCTG
GGCAAGATCTTCCAACACATCGGCGTCAGAAAAGAAATGTCCACTAGCGG
AGGACTGTACATTTGATCCAAAACCAAGACTTGGTCTCAATTCGATAATA
TCGCCCAAAAGAAAGCCATAACTTAAGTTCATAAATACATCTGTCCTTGC
AAAACTATTGTAAAGATTGTACCTCGATGTAGCTAGCTCTTTTGTCGGAC
TGCTAATGCCCTCTACATATCTAACTGTACTTGTATTTTGATTCAATAGT
GTATTCCCCACTGTATACTTTACTCCACCACTTACTATAAAGTTACCGAG
CTTCCTACCTATACCTACACTGAGACCAAGTGCTTCTAGCTCCGTTTCAG
TTCCAATCTTATTGATAGCAGAAAAATCATGATTCTCTCTACCATAATAA
AGGTCAGCAAAGACAAGCCAATTATACTTTCGACTAGTACTCTGCACAAA
ACCATATAGCGAAATTGGAGCATCCATCTGCCGATCTTCAAATAGCAAAT
AAGACTTTCTTGATCGTAAAAATGGAATAGCTAACAGCTCAGCGGTCAGA
TTGCTAGAGGCAGCTGAAGCACTCGTGGCTTTGTCTTTTGACTCTGATTT
TGAAAAGGCACCTTCTCCAAGTGCTTCAGACTGCTTACTAAATATAGCTT
GGGATGAAGGCTCATTTTGTTGCGGAATTAAGCTGGCAGCATGCTCTCTT
GGAGTTGCCTTTTTTGACTTCCGTAAAATATTTTTTTGAACTGATTCTGT
GTCAGCAGCAGTGATGGCAGCAGATGAACTTTTACTATTTGACAACTCTG
TGCTTCTATCAGTTTCTTCCTTGATTCGAACTTGCCTTGACGTATTTTCT
TGCTCGACTTGTCCTGAAGCTAGCACTCCTTCTTGCCCTATAGGTACATC
ATCAGCAGCTAAGATTGTCTCTTTTATTTCTGCCGACAAGACACCCGCAT
GCTGGTCAACTAACTCTTCGTCAGCCGCAAAAACACTGCCCTTGTCTTGA
CTCCACATCAGTCCTCCGATGGCAACAATAAGCACAAGCGGAAGCAACCA
AAACCAAAAAACTGGTATTCGCTTTTTAGGCTGCTCTTCCACTATCCTTT
GCCAGAGTGCTTCTCTATCAAAAGGCTGCGGTATCTCATCTAGCCGATCT
TTTATATTTCGCTCTTTCATCTTAGTATGTCTTGATTTGATCAGGAAAAT
CCCTTCTCAATAATTCTCTCAAACTCATCTTTGCTCGTGTAAGGTAGGCT
CTGCAGGTACTTTCATTCATATCTAGTATCTCAGCTATTTCTCTATGACT
ATAGCCTTCTATTTCATACAGGTTGAATATGATCCGCTGCTGTTCTTTTA
ATTTGCTGATGGCCTCATAAATATACTCTGCCTCTAGATGATCAAGTTTT
GTGAGTGCACTACTCGCTATCGTAAGTTTATCATCTATCGAATCAAATCT
CACCTTACGTTTTCTAAAAATAGAGATGCTTTCATTCACACAAATCTTGG
TGAGCCAGCTAGATACATGACCTCTGCTACTCTCGTAAGTTTCCATTTTT
GCAAATGCATTTCTGAAGGCTCTATGAACAGCATCCTCTGCATCTTCCCG
TGATTGTAAAATCCGATAAGAAACATTGTACAACTTGAGCACATACATAT
CATACAACTGTCTCTGTGCAGCAGGATCTTGCTCCTTGTACTTTGAGATG
GTTGTAGATATTGGTATGTTACTCATTATATTTTAGCTAGAAAATGGTCA
GCAAAGTAAGACTTCCTGGGACTAATTACTCCGATCCACGACGTTATTGT
CTTCATCGTCCTCGCCTGGTAGCAAGGTGACAGAAATCATATCATCTTGA
TTTAACACTCCATCACCTGCATCTCCATCATCGCTCTCGTCTGCATCAAA
TACATCCACCCAAGATGGATCGATTTCTTTCTCGTCTTGGAAAGTGACAG
TGTACTCTCCTGTTTCTAAGCCTTCAAATATATAATTTCCATTTTCGTCT
GTAATCGTTGTAATGGCCACTCCACTATCTAGGTCTGAGAGTGTAACTAT
TGCTCCTTCGATGGGCATATCACCAATGTCATCATTATTGGTATCCAAAA
GTGAAGACCCAGATATAGTACCTAGTTGTTCCTCGACAAAATTGTTATCC
CCATCATGCTCGCCCTCCTCTAGAGTAACGGAAATGATATCATCCTTTAA
TGCATCTACCCCATCGTTTGCATCTTCTGGAGTATCATCACCATCGTAAA
CGTCTACGAAGTCTTCGTCTAACTCTGACTCATCTTGCTCTGTAATCGTA
TAGTCTTCTGCCAGCAGATTTACAAACTCATAGTATCCATTCGCATCGCA
AATTGTGGTGCCTAAGACAGTACCAAAATTATCTAACAGAGTTAACGTCA
ATCCTTCCACCGGACTATCACCTACGTCGTCATTATCAGTGTCTTCAGAA
ACAGTTCCGCTTATGGAACCGAAGGTGTTTTTCACCACCACAAAGTTATT
GTCTAGATCGTCTTCCCCGTCATCAACAAGGACAGGAATCAAATTATTTG
CTCCCTCGCTGCTATCGTCTCCATCGGGGTCAGGGCTCTCATCGAAGTCG
CTGATGGAAGTGTAACGATCGTCCATGATACTTACTTCGTACTCTTGAGG
TCCAACTATATCGCTAAACACATAGTCCCCGTTTTCATCTGTCAATGTCG
AATTCGGAAACTCAGGCAATATCGAATTAATCCATATAGTAACACCTGCT
GCAGGAGCATCTCCGACACCATCATTATTTGTATCCTCCAAGACAGTCCC
TGAGACAGATCCTCTTTCTATTAGTTTGACAACAAAATTATTGTCCTCAT
CAATTTCATTAAATGAAAGTTCGATCGGTATTTGACTATTTGCTCCACTA
CTCCGATCATCACCATCAGGATCGGGGGTTTCGTCAAAGTCAGAAACAGC
AGCGACATCAACAGCGAATAGGTAGATCCGTCCATCCATAACTGTATTAG
TTAATACAAAAGAAAAACTACCGTCTTGTTCGACCTCAGTTGTCTTCGAC
AAGCCTCCAATTTGAGAGTCTAACCAAATAGTCCGACCAACTAGCGGTTG
GTCTCCAATGCCGTCTCCATCTTCATCCAATAACAATGACCCTGTTATCT
GTGCAGAGGATGCTGGCAGTATGAAAAAATCATTGCCTTCATCCACTTCA
CCATCATCTATTGTACAGTTAATTAATCTTCCCTTGAGGCCATCCGTTGG
ATCTCCATCTACTATATTGTCCACTCCATATTCAGTTATATCTATGGGGC
CGCCTCCTTGAAAACCAAGTATGAGCATATAGTTGCCAGGAGGCAAGAAT
ATTTCGTAAGTGCCATCTTCTGCTGTACCAATAGTAAGCTCTGCATCCCC
GCCGACAATTATCGCCCTGCCTGGAACTGGCGAGTCCACCACCCCATCTC
CATCCGTATCCCTCATTACAGTGCCTCTTATACTGGTGGTAATAGTTTGA
TCACAAACTAGCACATTACCGAGAAAAATGTCAGTTCCGATTTCCGTGAC
TGAGACAGATTTGCTGGTCGCTATACCATTGATTATGTCATAGACTGTGA
CATCATAATTCCCAAGTACAACAGTACTAAAAGAAAAGGCTCCATGTACG
ATTTGAAATATTTTCACGACTCCATTTACCTCAGTTGTCCCGTAGCCGCT
TGCCAGATTATTCATATCACAGTCTATGGCTGTTCCTGACACTACGGTAA
CGATTGCTGAAACTATAATAACAGGCTTTTCTGATCTACTATTGAATGTT
CCTATATCCTGCACTCCCAATAATTCTCCATCTAAATAGTAAGAAATAGT
CACCACAACGCCCACAGGAGTCTTTGTCAGAATATTTCCATTCCTATCAG
TATAGGCATGTCCGTAATTAATTCCATCTACAGAAAAAGTAATCTTAAGC
CTGGAAACGATTTCGCCATCCTGATCCACAAACTGCATGCAAAGCGGCAC
GAAGTCATACGGCAAATCACAGTTCCACCAAGAAAAATGAGACACTTCGG
CTATCATCATATTTTCAACCAAAGAGGCACTGCCTTCCTCTACCCATAAT
CCTTTGTCTTCATCAAAGTACCAGAGCGGAATGACGTCAGCCACTATGCC
CATGTGAGCATCCGCTACTGGAAAAGAGACTGTAGCGGTGCTGCCATCAG
GTATGGATAGCGGATTATTTTCCTGATCATACAGTTCTATACTGTACATA
CCTAGCGATGCTAACTGCTGATACTCTGCTTCACTATTAAGTGCAAGTAA
GTTGCCAGGAGCAGCATCGAGAAAGTCTCTATTGTCTGGATCGAGGTACG
TATACTTGACTGTGACTGGTCCAGTATAAGTGCTTCCATTTGCATTCTCC
AAGGCAGCTGGCAGGGTAAGACTTCCTTCTCCAATACTACCTTGCTCTCC
AGTATTTATAATCTTGCTGATAGGCTTGGTCAAGACGATGTCGATCTGAT
TGTGTGAGTCAGTGACTCCTAGAATAGTCTTAATGAGACTGTCGTAATCT
GGATGCTCGATAGTGATCTGCTCTCCGACAAATCCTATTGACTCTATATT
GAAGAGCACCACTCCATTATCATCAGATGTGAACTCTGTAGAGTTGCTAG
CAAGTCTTATCGTTGCTTCTTTGATAGATAGACCTGCCTGGTCAGTAATG
TGAGCTAGAAAGGAGACGTTCGTCATATGCTCTCCTGTCGGTGTGGGTGT
GACCTCTGTGATTATTTCGTCTTTGCGGCATTGCACGAAAAGAAGTGTCG
TGATAAGTATTATAGTAAGATATAGGCGATTCTTCATTGTTGTAGTATTG
ATGTTAGTGAATATACGTATTCAAAACAGATGCATCTACTTCTTACTATG
GATATGAAATGGAAAGTGCTACATTCAACTACAACTTTCGGTAATTTATT
TATCTGCACTTCAGATTAGAACACCTGAAGGATAATNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNACCTGAAGGATAATTACTGTTAGCACTTCGAGT
CAGGCTTAGTAGCATGTTTCAAGAAAATCCATCCTAAATTTCCTGACCGT
TTCCATGGTAAATCTGTACAAACTGAGACTCCTCTATATGTATAGTAGCA
ATCTGTAAATAAATACACAAAATAGTCCTCTTATGAGATGTGCCATTTGC
CTTATTTTTTGTCTAATGTTCTTTTCTTCTAGTGCTCAAGAAGTGGTCTA
TGCAGATAACTTCGACAAAGGAGTATTGACAGTGGGGGCGGCCCCGAACG
GATACACCACCACACTAGTGAATGAAAACTTCCAGATCAATGGTAGTGGA
GAAGCAGGCCCATGGGCAGTAATACCGTACTTCATCAATGACGGTGCTGC
AGCACAAATAACACTAGATGCAAGCGATACGCCAAAATTATACATTCGAG
CAAGAGGAGAAAATCAACCTAGTCTGAGAATAGACTTTCAAGATAATATA
GGATATGTAACCAATCAAAACCCTGCAGTAGTGAACTTGGACAACAACTT
CAAAATCTATGAACTTGACTATACCGGTCGACTAGTAGATGGTGCATTTG
GAGGGCCGTGCACAGTGGGCCCCTGCATTGTCGATGCATCTCAAATACAG
GCTTTGATTCTCTTTGTCAATGCTGCTGATGGCGGCTACACCGGTACAAT
CGAAATAGACTGGGTCTCGATAGGTGCTCCGCTTGAAGACTTTGTTCCTA
TACAAGAACATGAACTAAGGTACAATCAAGTGACCTACTTTACAGATAGG
CAAAAACTAGTAAGCGTAGTCTCTGATGTTCCTATTTTAGAATTGCCGTA
TGAAGTATTCCGACAAGGAGCATCTGATCCTCTCATAGAAGGTACCGTCT
CAGTGGCAGGTAGATGGCCGAATAGCAATGAATATGTGGGGACCATCGAC
GTATCCACACTCAATATAGAAGGTACTTACGAAGTAACTACACCATACAC
CTCCGCTACATTTCAAATAAGTAACGGCGGATACGATGAACTTTGCGAAG
CATCATTAAAATATTTTTACTTCAATAGAGCATCGCAAGAACTAACTGAA
GAGTATGCTGGAGTTTGGCAAAGACCACTCGGACATCCTGATGATGTAGT
TATTGTACATCCGTCGGCTGCCTCAGCAACGAGACCCACAGGAAGTACAT
TCTCATCGCCTAAGGGATGGTATGATGCAGGAGATTATAATAAGTATATA
GTGAACAGTGGTATCTCCACTTATACGTTGCTAGCAGCTTATGAGCACTA
TCCAGAGTACTATAAGAATCTGAGCATTGCTATTCCTGAAGGAGGAGGCG
AGCTACCAGATATCCTTGACGAAGTCCTGTGGAATATAGAATGGATGCTC
ACTATGCAAGACCCCGAGGACGGTGGAGTATACCACAAATTGACAGGGCT
CAATTTTTCTGGCATAATAATGCCTCATCAATATAATTTTGATCGCTATG
TGGTTCAAAAAACTACTTCTGCCGCATTAAATTTTGCAGCTGTGATGGCG
ACCGCTTCTAGAATATTTAGCGAATATGAAGAAGAGATGCCTGGCTTTAG
CTCCACCCTAATAGCAGCTGCAGAAGATGCATATGACTGGGCCAAGCAAA
ACCCTACCATTTACTATGTACAACCAAGTAATGTGAAAACTGGTGAGTAT
GGAGATGGCAATGTTTCTGATGAATTTGACTGGGCCTCTGCAGAGCTCTT
TATCACCACCAGAAAGAACGAGTACCTGTCTGATATAAATGAATCTTCAA
TAGGGAATGGAATTGCTTCATGGCAATACACAGCTCCTCTAGCTTTGATC
TCTCTATCTCATCACAGTGACGATATCAGTAACGACATCAATATCGACAT
TATAGAAAACAAACTGATAGCCACTGCAAATCAACTGAGAGCAACTGTCA
ATCAATCTAGACTGAGAGTGGCTATGGGCACTGGAAGTAATGATTTCGTA
TGGGGTAGCAATGGTCAAGCAGGCAATCAAATTATCACTCTAATACGAGC
ATACGAAGCTACCGCTGACGAAACTTATCTGAATGCAGCCTATGTAGCAA
CAGACTATCTGCTGGGTAGAAATGGTACTGGATTTTGCTATGTGTCAGGC
TTTGGTGATAAACCACCTCTCAATCCACACCATCGCCAATCAGAAGCTGA
CAATGTCAATGATCCAGTACCTGGTATGGTGGCAGGTGGGCCAAACCCTG
GCCAGCAAGATGGCTGCTCCGGGTATATCGGCAACTTCCCTGCAAACTCT
TACGTGGACTCTTGGTGCTCTTATGCTTCCAATGAAGTTACTATCAATTG
GAATGCTCCACTAGCATATTCAATTAATGCCTTACAGTTTCATCAAACTG
GCATAGTATCGTCCACACAAGAGAACAAAGTTAACTTTGATGGAATCACC
TTATATCCTAACCCTGCTCACGAGACGGTTACTATAAAAATGGATACACA
GGAAGATTTCACAATCCAGCTGTTTTCAATCAACGGAGTATTAATAAATA
CTTTCCAAAATACCAACTTTATAGATGTAAGTAGCCTTAGTACTGGTATC
TATTTGGTGAAGGTAAATGGCAGTACATCTGGAAGTGCTATTGAGAAGTT
AGTCGTGCAGTAAGGTCGAGATAGCCTGTGTCATCCTGATCTAAATAGGT
GTACTTTACCGTAACGGGGCCTTCATCATTTGCCATTTGTAGACTGTGGT
GTGATGGGTAGTGTCAGACTCCCTTCTCCTAGACTGCTGCTTCTCCTGTA
TTTCTTCAAATAGCGAGTAATGTCTGCTGACCTGTGTTTTCTGCCTCCAC
CTTGCCCAAATTAATTTTAGAATCTAAAGCGGCATTTTGAAGNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNACTTCCTCAATGTGCAGAAAAGTACTCGTCAGAAGCTGCCATTTGGTA
TAGCACAGATCGGGAAGGCATTTAGAAATGAGATCGTAGCCCGTCAATTC
ATATTCCGAATGAGAGAATTCGAGCAGATGGAGATGCAGTTTTTTGTAAA
GCCAGGCACTCAAAAAGAGTGGTATAAGTACTGGAAAGAAACAAGATTAA
ACTGGCACAAAGCTGTTGGGACTCCTGCTGAAAATCTCAGATTTCATGAT
CACGATAGCCTTGCACACTATGCTGATGCTGCTGTGGATATTGAGTACAA
GTTTCCATTTGGATTCAGAGAGCTAGAGGGCATCCACTCTAGGACTGACT
TTGATCTCACTGCTCACCAAGAACTCAGTGGCAAAAAACTACAATACTTT
GACCCTGCTGACAATGAAAGCTACGTGCCGTATGTGGTAGAGACAAGTAT
CGGTTGTGACCGAATGTTTCTAGCGATGATCTCAGAGTCACTGCAAGAAG
AAACGGTGCCTAATGCAGACGGCGAAGATAGCACTCGGATAGTCATGAAA
CTCCACCCTGCTCTAGCACCGGTAAAAGTAGCTGTACTACCTCTGCTCAA
AAATAAGGAAGAATTGACTAAAGCTGCCCAAGAGGTATTCGACACATTGA
AGAAATCATTTAACTGTCAATACGACGAGAAGGATGCCATAGGCCGTAGA
TACAGAAGACAAGATGCGATAGGTACTCCGTACTGTGTGACCATAGATTT
TGATACGTTAGAGGATGGTACTGTGACGCTGAGAGACAGAGATACATTGG
AGCAGGTGAGAGTGAATATTGATGATTTGAGAGCTAAGGTATTGGCTGGT
GTGGATATGGGGAATTTGATGTAGTTTTTTGGAGACTTCGAGAGTTTGAG
ACTTGGAGAGGGTGAGACTTCCAGACTTCGAGACTTTGAGAGGGTGAGAG
GGTGAGACTTTGAGAGTTTGAGACTTCGAGAGTTTGAGAGTTTGAGAGTT
TGAGAAGTTGGGACTTGGAGAGTGGAAATTTGATCCTCGTCAATTCTAAT
TTTATTTACGTGCTGTTCACCAGCTTCACTAGCATGATTATTGCAATAGC
CGTATATTGAGTACACATTAGGTGAATAACCATGAGCAAAGAACAAAATT
TCATAAAGTCGATAGAAATCAAGAAGGTCAGGCATCTTCAAGATTTGACT
ATCCATATCTCTGATACAGAGCGAAAGCATTTGCTACTTACAGGTATGAA
TGGAAGTGGGAAGAGTTCGGTTTTGGAGATGATAGGAGGGTACCTTCGAC
CAGAAAATGGCAATCCTTCTGCGATACAGAATATTCGTAAAACACAATCA
GAAATCTACCAGACGAACGTGTCATACAAAGATCTTCTAGGCAAACTTGG
AGGCTTTGTGCTATTTGAGAATTGGACAGGTGATCTTATCACACTCCATT
ACAAATTTCCAAGAAATCTCGTAGTCATTAAATCAAAAGGCGTAAAAGAT
ACAGTAAGCCCCCAAGTTTCGGACTTTGAAAAATTCTTAGCAAAAAAGAG
AACAGAACAAGCTTTTCTTTCTTTTGAAAAAGGTAGTGCTAAAAAAGTAA
AGGCAATCACTGACTGGTTTGAGCACCTCGAAAATTCACTCAAGTACTTG
TTTGAAGATCCTTCTTTAGAATTAAAGAGTAAGCGAACAGAAGACAAGGT
AGAGTTTTATCTCACCTCTGACAAGAGAGATGACTTCGACTTCAATACAC
TCTCAGATGGCTACAGTTCTATACTCTACATATTGTTTGAGATCATAATG
AAAATGGACAATGATGTAAGTATGTCCTACGACAAGCAAGGCATAGCACT
CATTGACGAAATAGAATCTCACTTGCACATATCTCTACAGAAGAAAATAC
TTCCGTTTCTAACAAGCTTCTTTCCCAATATGCAGTTCATAGTAGCAACT
CATAGTCCGTTCGTACTACAGTCGGAGCCTAATGCAGTGATTTTTGACCT
AGAAACAAAAGAGCGATATGAAGACTTCTCTCACTACTCTTCTGAAAATA
TTTTAGAAACTTATTTTAATCAGGACAAGTTTTCGCAGGCACTTAAAAAA
GAAATGGCAGAATATGAGAGCCTTCTTGCAGACACAAGTAAGATAAAGTC
TAAAAAAGCTGATATACTTAAGATGAGAGATGCCTTTGCGAAAATAGAAG
ATATAGAAGTTTCTTTCTGGCAAAAGAAAGTCGAATTAGAATACAGTAAG
AACTTGAAGTCTATTCTTTAGTATGATCAATGTAGTCAGAAATATTCCTG
CTCCAGAAGAACTTGCAAAAGGGAAGATTGGAAGCGAAACAAAAGAAGCA
CTTCTATCAGTGTTTCTTGGTAAGTGCTACTTGTGTGAGATTAAGAATGC
TGGAAGTGCAGAGGTAGAACATTTCAAGCCACAAAGTATCTTTCCTGAGT
TGAAATATGACTGGGATAATCTATTTCTGAGTTGCCATCACTGCAATACG
ATAAAGAACTACACGACAGACAAGCACAAAGATAAAGAGCTGCTGAACTG
CTGTGATGAGAATGTTAGGATTTTGGATTTGATTCACTTTGACTGCTCTG
CCAATCCAAAAGAAAAGGTCTCTATTACCTCAAGCTCAGATGCTCCAGAT
CTGCTGACTGCAGATACGGTTCATTTGCTAGATCAGATCTTTAATACTCA
GACTCCCCTTAAGAAATTTGATGCTAAGCAGTTAACAGATAAGGTAATAC
CAATTAACCCCCAAAACGTCGCATATCTTCTTATTAATTTGGTCAATCTG
TTCGTTAGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
ATTTTCTGCCTCCACCTTGCCCAAATTAATTTTAGAATCTAAAGCGGCAT
TTTGAAGATTAAGTGGTAACTCGAGAAGTGAAAAAACTCCTAGACTTACT
TCATGAGTACACTTTCGAAAGCTATAGTCCCGATAGAAAAGAAAATATAC
TAGGATCTATAAAAAACCTATTGCACCCAGCATCTGAATTCACAGCTTTA
AAAGCTAGCTACATCAAAAAATTCTATTGTGACGAGCCAGAGATACTTGA
CTGCTTAGATTAGTGCACAGTATAGTAATCCGTACATTACCACCAAGTAT
CAATTTTACAAGCGATAGGCAAAGACGAGCGTAGGGTTGACATTTAGTGT
CGTACCCCCACCAGTTCTAAACTCTGCATAAAGTGCTCCAACTGCCAACT
CAAGCTGAAACTTTTTCCCAAGGCGGAAAATATATCCGACATCGACTCCA
TATAAAGGGCGGTATTTGTCACCAAAGGACCGGACTTGATTTGCACCAAT
GTACACTTTAGAGTAAAACTCCTTCGAATAGCCCGTGGGATAAAATCTAA
GGCCAAATGTCAAAGCATTTGTAGAATTTCCAAAGATTCGTAAAGCATCA
TTAAAAATATAATTAACGATGGGGTGCAGGCTGACTTCGGCAGAATAAGA
CTCTCCCATTTTTGATTCTATACAACCATTGTACTTCCCATACAAAATAC
TCGGTGACATCTTAATGGTAAAGTTCTGACCCTTTGCAATGTTGCCAACA
ACTAGAAACACTAATATCAATATACTTTTCATAAATATTCAGTGTGTCTT
AGGTCCGCCCATTGTCATGATCTTTGATTAGGTAACAACTAAAATTTGTA
CCCCAATCCTATAAAGGAAGATACTGTAAAATCTAGCTCACTATTGTCCC
TAGCTGCATCAAGGCTGATGCCTACATCTACTGCAAAGTGCTCCCAAAAA
ATCCACTGATAGCCGCTGCCGAGACTGACAAATATACCAGAATCTGGAGA
AAATCTATTTCCCTGCCACTTGTGCCCTACTGTGAGACCCGTGTGACTGC
CTCGCAAATTACCAGACACATAGTAGCGACCTTCTAGCCCGACAGCCTGA
CTGGGCTCTTCTGAAAAACCTACTCCTATAAATGGATAAGTCTTAGCAGA
GATACTCCATTTATCCGCTAACTGATACTCTACAGACAGTGAAGGATACT
CTAGAATATATGATATCGGATTGACCTTCAGTATAAAGGACTGACAGGAT
GCTGTGTAAGAGGATAGACAGATTGCCATGAATACCAAGATGTAATACAG
TCGACTATTTTTCATATTAGGGACATAAAGACTAGTGAGTTAATAAACTT
CTCCAGTGTAAAATAGAAATAGTATATGACTTCTTGGGCAATCTCTTGAA
ACAATATTCTATCAGTCTTGAAACTGTAATTGAATTTCAGCAATCACAAA
TGGCTATAATAACTCAATCCGAACGACTTCTATAGCTTAAAATTCTACTG
CTATATCCACAGATTCATTTTCCATAATCCGCCAAGTTGTACTTAAAAAC
ATGCAACTTGGCGGATTATAGTATTACAAACGGCTTCAAATAAGCTCTTC
AAAAACGATTTCATTGGCTACCACTTCGAGGTAGTGTGGGTTTCGGACGG
CTCCTCTCGCCGTGATCAGCGTGGTAAAAATTGTCTTGTCCGTATTGGTT
TTTCGCTGCAGCCTATTCACTTTATGAGTGATGGATCTTGCCGAGGCCTT
GGTCATCTTGTAAGCTTCGCTATGAAACTTGGCTTCTACGAGATTAATAT
ATGCATCCGCTCTGTCTATCACCATATCCACCTGAGTGCCATCACTCTCT
ACAGTGCCCTTATCTACAAATGAATACACGTCGTAGGCTATGCCACTAAT
CCCTAGTGCTTTTACTATGAGCTTATGGTGCTTCATACAAAAATTCTCAA
AAGCGAACCCAGACCATATTTTAAATTTCTGCCCATTGTAAACTGTTGCA
CCAGATGTAGAACGACGCTTATTAGCTAAAAATCGATAGTAAAATAAAGT
ATACTGATCTATCAGCCTATAGAGACCGTCCTCCGAAGCTTTATCTATAT
CCCTAGTTTTTATAATAAAACCACACTGCTCTAGCTCCTCCAATATGAGC
GTTAGCCATCCTCCACTTACCAGCTTTGTGCCTTGTACGATTTGATTCCG
AGTTAGCCCTTTTCCTTTCTTGCTCAGAGCGGAGACAACTGCTAAGTGCT
TTTCATGATTCTTAAATAAAGCTGCGTAGAGATTGTCAAACTCCATAGCT
AGGGCAGCGGAATCTGCAAAAAAAAGATCATCCATTAGCTGAGCAATTCC
TTTGCCAGGTCGCACATGATTGATATAAAATGGAATGCCGCCGACGAGCA
TGTACAACTGTATGATATCTTTTTTAGACAGCTTCACTTTGTTAGCCTTT
AGTAACTGGCCCATCTCCTGTATATCAAATGGTAGCAGTCTGATCGTTCT
CGTGAGCCTATTGTGCAGCCCTCCTCTATCGTTGACTATCTTTTCTATAA
TCCACGAAGCTGCAGATCCACAGATGACCAATACGATGTCTGTCTGCTTG
TCACAGTAGCCATTCCAAAACTGAGTAAAGGCAGGTAAGAAGCCTGACCT
TGGTGTATCGTACCAAGATATTTCATCGAGAAAGACGACCTTTTTTCCAC
TTTTTGCTGATTTCGCTTTCGCTAAATATTGGCCAAGCCTATCAAATGCT
TCTCGCCATGTCTTAGGTGGTAGCTCCTTACTTCCGTACACCTGCAGAAG
CTCCAACCAGAAGTGCTCTAACTGCTCTTTCTTACTGACTCCATGCAGAG
CAGTACACTCATACTTGATGTCACTCTTGTACACCTGCCTGATGAGAAAG
GTCTTCCCTACCCTACGTCTACCGTATACACCTACAAACTGTGACCCTCT
GTCTGTCAATACATTACGAAGTATTCCCACTTCGTGCTTTCGTCCTATGA
TGTCCTTCTCCATGTGCTATAATTCGCCAAGTTGCACACAATATACATCA
ACTTGGCGGATTATACAATTTATAAACCGCCAAGTTATACTTAAAAACAT
GCAACTTGGCGGATTATAGAATGGTGTAAAATGATCTAATCTGCCTAAAT
TAGCTTCATCTCTATCTACCATATCCTAGCGATGACTAGCATTCTTAAGC
GTACAAGATGTACTGATAACTCCTATCTGCCCACTGGTTTTGATATTTTT
TTTGTACTTTTACTAAGATTCCAATACTATGAATAACATGAAATATTCTA
TACTTATACTCTTACACGTCTTAGCAGCAGCAAACTGTAATGCCCAAATA
CAGAATGGAAATTTTGAAATGTGGCACGACTCTATTAATCTAGAAGTACC
GAATAGTGTCGTAGTAGATTCTGCCATTCAGTTTATTCCTTCTGGTTGGC
AGAATACTGGAAATATTGAGACTTCATCTATCGGATACTTTCGGACAACT
GACAATACTGAAGGAAGGTACGCTGCTGTCCTCTCCAACTGGTACGTCTA
CGTAAAAAGTAGATTATCACAAACAGGGATGCTTAGTGCCAGACCTACAG
CTCTTACAGGAGACTACAAGTACTTGATAAATGATACTTGGCTCGACACT
ACAGATGTAGCCATATCGAACATAGCTATACTTAGTAGCGACCATGATAC
TATAGGAGTGGGATATGCACAGCTTGACACAATCAGTGATTACAGAAAAT
TTATTATACCTATAGAGTATACGTCCTCTAAGGAAGCAAGCTTGTATATT
TTAGACTTCCAAAACTCGACTGCAAACTGTAGTACTTTCGGTGGGACATG
CAAATACTTATATCTTGACGACATACAATTTGAATATGTAACAAGCACTG
TAAGCCAAGAATCTAAATCACAAGTACTCTATCCTAATCCTTCACAAGGC
ACGGTAAATTTTTCAGTTCCATTTCAGTTTTGTGATGTGTATGATATCAA
TGGTCAGCTCCTCGCCAAGCATAGGAACTCTAGTGAGCTGGAACTGCCTC
TAGCTGCACGGATATACGTACTCAAAGCATTAGACATTGATGGCAATCTC
ACTGTGCATAACATAGCAAGGCTGTAGTCCCTTAAAATACAAAAGCGGCG
TAGATAGAATATCTGCAAAAATGATAACTCTAGTTCAACAGCACTACATA
TCGACAAGACACCAAAGCATAAAGAGATCAAACATTGGTTCTTTCTTGCC
TAGGTAATATTTCCCTCCAAATATATTTACTGGCATCCCTGCAAGATTGA
GCCAACTCCAAGTCCACCTATAACTCCCTTGACCTAATGATGCCTGAGCC
TTGGTATTCATGATCGTCGCTACAGCACCGTAGCCAAATATAATCGGCCC
AGAGTCTACGTCCATTTGTCCCTTGTCGAGATGCTCCCTCACTAACTCAA
CACCTAGCACATTATTTACAAACAATGTTCGATACCTAGCGTTAGCTCTC
CTTGCTGCAGCTTCATCAAATGTGGAAAGAAAGTATTGACAAAGAGCTTG
AGAAGAACCTCTGGTCACTGACTCTGTACTGATGTAATGATCTAGCAAAA
GTGTGTCCGCAGTAGAATTTTTTCTTAAGCACTGGTACCATTTACGCTGT
AGATCTTGTACCTCCGTGCTTAGAGAAGCTATGCAAGCCATATTGTCACC
AGGCCAGACAGAGCCAAAGTAAGAATCTAATAAATGTACACTGCCTCTCT
GGCTCTCCATCAGCCGATGTGAAAAATCATCATTCGCAAGTTCAACGGTT
TCTTTTATCTGCGAAAATTCAAAAAGGGCACTCTCTCTATATCTATCCAG
TAGAAGATTGCTCCATCCAGAATAAAATGCTCCATAAGGCACCTCCAAGT
CAGCAGAGAATGAGCGAGTAGCTTGATCAGATAGCAACCTATTTACAGAC
CTATCTACTTGCTTGGCATACTTTACATCACAGTCATTTTTACTGCAATA
TTCTAAAACTGATAAGCCAAATAGGGCATTGGCAAAAATAAATCCTTCTG
GAAATCTAGTTTGCAGATCAGTGTCAAGTCCTCGTGCCAATCTCTCATCA
AGATAGCCTATCTGATTCTCTACACTTCTACTTTTGAGAAATGAAATATG
CGGAGTCGCTAGACAAGTGAGCACATAAAATCCGATAGCCAAAGACAAGT
ACATCATTACTTTTCTCATCGGTACATCTTTATCTATAAAGTGAACTGAT
ACTCCCAATCTACTTCTTCGTCAAAAAGACAAATTCTCTCTCCAATTCTC
GTTTTAAAATAGCCACAGATCTTCTCATTATGAAAAAAGGAATACCATAC
ATCAATAGTGCATGAAACGGAATAATAATGAATGGAAAGACAGACAACTC
AGACTCTCCTGACCAGAAAAAGCCTCCCATCACAATAGCAAAAAGATAAA
ATAAGGTGACAAAAATAAAGTAGAAAATAAATGCCTTATCAAAACCATTA
ATCTCTACATTGACTATGAGTTTGTCCCGTTCCTGCTTGTAGGATCCGGT
AGCAATTGCCCTAGATGCATTATTTGAAAAAAGCCTCGCTCTCTTTTTGA
TTTTAAATCCTGAAGATGTCACCCCACCTTTGTAGTCCTTTCCACTAGAA
CTAAAGACATCGAATGCATCAGAAAACATACCACTGACGCTACCCGGCTC
TACATGCCTTGTAAGTTTGCTGACAAAGTCACTTTTCAATACATCGAGCT
CTACCGATAGGTAATCTGTCAACTTTAATTTCTCCTGCCAAGTTTCCATA
GTTTAAATTCAGTTTCGTTATTTTTCAACATGTCTTACAGCTCAAATCAA
CTTACAGTTATTACTTCAACTCTACCTGCAAGTCCCACACCAAAGGTAAG
AGATAATAGACAAACAATGTCAGCAAAAATATAGACAGCAAATTGAGCCA
TATGCCTGCTTTCACCATATCAGGAATCCTGAGATAGCCCGAGCCAAATA
ACACTGCATTGGGTGGTGTGGCTACTGGCAACATAAATGCACAGGAGGCT
GCCACAGTGGCTGCGACCAATAGATAAAAAGGATGGACACCAATGGTTAC
AGACATGGCAGCAAGGATGGGTAAAAGCATCGCGGTAGTAGCTAGATTGG
AAGTGATCTCCGTCAAAAAATTGACCGCAGTCACCAATACAAAAAGCAAA
ACTATAAGTGGCAGTCCCGAGAGCAGAGTCATCTGACCACCCAGCCACAG
TGCTAGTCCGCTATCTTTAAAAGCTGCTGCTAGTGCCATCCCACCGCCAA
ATAATATCAAAATGCCCCAAGGTAATTTCACAGCTTCCTCCCACGTCAGT
AGAGCACGAGTCCCACCCTTTGCTGGCAATACAAATAGCGTAATACCTGC
TAGCATTGCAATAATCGTATCATCAAGTGCAGGAATGAACTGCTGTAAAT
ATCCTCTACCAATCCATAGCGAGGCAGTAATAATAAAGACAATCAGCACA
GACTTCTCCTCGTACCCTATCGGTCCCAGCTTAGTAAGTAGTCGCTGTAT
CTCTTCCTTGCCGCCAGGAAAAGAATTTCGCTCTATTTTATAAACAACCT
TGGTCAAGTAAAACCAAGCCAGTCCCAAAAGCACTATCGAAATCGGTGCC
CCAAATACAAACCACTTAGCAAAAGAAATATCGATGCCATAATTTTCTTG
GACCACTCCGGCGAGTACAAGATTGGGAGGTGTACCTATCAGTGTTGCAA
TACCTCCAATGGAAGCTGAGTAGGCAATAGCCAGCATCAACGACTTCCCA
AATATCACTTGCTCATTCTCTTCGGTATCAGGGTGATCGGCAAGTTGAGC
AACTATAGCCATGCCTATAGGCAGCATCATCACAGCGGTAGCTGTATTGG
ATATCCACATTGACAGAAAAGCAGTAGCGACCATAAATCCCAATATGATC
TTTGAAATACCTACACCAATAAAACTGATGATACTCAGGGCAATCCGTCG
ATGCAGATTCCAACGCTCTATTGCAATGGCAAGAATGAATCCTCCGATAT
AAAGAAAGATGTATTTGTGCCCAAAAGAGGCAGTGGTGTCCGACAAAGAC
AATGCTCCCGTAAGTGGAAACAATACAATAGGCAACAAGGCCGTCACACT
GATGGGCACCGCTTCTGTGATCCACCAGATAGCGATCCAAGCAGTAGTGG
CCAATACTGCTACTCCCGCCTCCGATAGACCGTATGGACTTGCACTGGTC
AAAGTGAGAAAAAACAGAATAGGCCCAAGAAAAAAACCTGCCCGATCAGA
AGTGATATTACCCATAGTGCAATGTAATGCAATTTGCACAATCAAAACAA
ACTACTCAGATCGACTAGCAAATCCTTTACAGAAGTGATACCATTTACTT
CAAAAAAGAGTCGTATACTTTTCTACAGATTTGATCAATGTCTGAAACCA
AAATGACATTATAAAACTGAGTTGATATCATAAAAAAAGCCCATGGTCTG
ACTCCATGGGCTTTAACGTTCAACTATGAAAAAACTATTAACTAGTTCTA
GCAGTCACTACTCTGCTAGAGCGTATTTCCTTGACATTACTACTATTTAG
TTAGTAGTATTTTGCATGACTTTTCCATCTACTAAAGTAGGTGCATCGTC
TACTAACTCTATCGATATTTCAGACTTGATCCGAATATTCTTACCCAGCA
GATCTGCATGCTGAAGCACTTCTTGTATACTCCCTTGACTCGCTCTAAGA
GACCTAAGTCTTTCCATAGAGTACTCATCTTTCAAGCCATATCTTTCCTC
TAGGTTAAACAACCTAGTGTTGTGAAAGTTTATTTTTTTCACTAAAAGAT
ACTCAAGTATTTCTCTTGCATCATCTTCTCTGAATGTACCTTGTACGAAG
TTTATGTTTAATTCATTTTTCATAACTATATTTTTTTTGTTTGTTTATTA
AATGGATAATCATTATTAGTCCAGAGATTCCTAAGGCGAGCCATAGTTGT
CTATACATTGGGCCGTACCCTGCCGATTGTTCGATCGTTGTTATTACTGT
TGTTGTCAGTGCTATCATGATGATTTTTTGATTATTGTCCTTGTCCTAAT
GAATATGCTGTTTTTCCATCTATTTCGTAGAGGTTTTCTGTCTTGATCAC
ATCTACTCCAGACTTAGCAGCATTGGTGAGTAAGTGGATGATATCCTCTT
TTGAAGCTACAGTTTCTGACTGCATATCAAATCTGCATCTCCAGTGGTCG
GTACAAAAAGTTTCGTCAAAACCATTGGGCCATACTTTCACTCCTCTATT
GGTAATCATAGAAAGCCTTGGTCCACCGTTTTCCATTTTCTGTAGCATAG
TAGCCAGCTCTTCAGTATCTGCACCGGTCCAATCTACAAAGATATCAACG
CCTCTTAAGTTTTTCTGAGGTGCTGGCCTACGCTTGTAAGGTGGCAATAC
AATTTTCTCTGCGGATGACTCTTGGACTGCTGTCAATTTTGTTGGCAACT
GACCCAATCTGCTTATTACTGCCTCTGCAAATGCTCTAGTCCCTACTTTT
TGAGTACTGATACCCTCTGCATAATTATCAGCGGTATGTATTCCGTCCTC
CATCGTTTTGAGCCATGCATTCTTAATCTTCGCAGCTACATCCGTTTGCT
GTAGGTGATTGAGCATCATTACAGCTCCATTGAGCAGTCCAGATGGATTA
GCTATGTCTTGACCAGCAATATCAGGAGCCGACCCATGGATCGCTTCGAA
CATTGCCATCTCCGACCCTATGTTGGCTGATCCAGCCATGCCAACAGAGC
CAGTGATCTGAGCCACCACATCAGAGATGATATCTCCATATAAATTTGGC
ACTACCACCACATCGAATGCTTCGGGTGTGTCTGCTAGTCTAGCAGTTCC
TATATCGACTATGAAGTGATCTGATTCTATATTGGGGTACTCTTTTGCGA
TCTCCGTAAATACTTCTTTGAATAGGCCATCAGTCTGCTTCATGATATTG
GCCTTAGTCATACACGTGACCTTTGATCTATTTTGCTGCTTTGCATATTC
GAATGCATATCTGACTATCTTCTCACAGCCAGGTCTACTGATCAATTTTA
GACACTGCACTACCTCTGAAGTCTGCTGGTGCTCTATACCTGCATAAAGG
TCTTCCTCATTTTCTCTCACTATCACTATATCTAGAGCAGGGTGCTTGGT
TACTACATACGGTGCTAGGCTGAAACATGGCCTTACATTAGCAAATAGGT
TGAGCGACTTTCTTATTGTCACGTTCAAGCTTTTATAGCCACCTCCCTGA
GGAGTAGTGATAGGAGCTTTCAGAAATACTTTATTTTCTCTGATGCTGTT
CCATGCCTCCATTGCTATGCCAGAAGTATTTCCCGAAAGGTATACTTGCT
CTCCTATTGAGATCTCATCATAGTCTAATCTCGCTCCTGCTGCTTTCAGT
ATATTGAGTGTAGCGTCCATTATCTCAGGTCCTATTCCGTCCCCTTTTGC
TATTGTTACCTTGTTCTTTATCATCGAATTAAATTTTCTTTGTTTAAATA
ACTGATACAAATATCGGTTGAATATTTATAAATAAAAATTTATCTTTGAT
ATGTAATACATAACTTTTATTTATGCACTATACCCTTCATCAACTCAAGA
TCTTTGTGGAAGTTGCCAACCAAGGCAGTATCACCAAGGCGGCAGATGCT
ATGTTCCTGTCCCAGCCGGCAGTATCTATACAGCTGAAAAAACTGCAAAA
TCAGTTTGACCAACCACTCACTGAGATAGTAAGTAAGAAGCTCTACCTGA
CCCCTTTTGGCAAGCAAGTAGAAGAGGCGGCCATAGAAATACTAGGTCTT
GCCGAGAATATCGAAAACTTGAACTTGGCCAATAAAGGGCAGATGATCGG
CAAAATATCGATCAGCTCAGTATCTACAGGTAAGTACGTTTTACCATCAT
TCTTAACTGACTTCTTCAAGCGACATCCTGGAGTTGAACTACAATTAGAT
GTGACAAACAAAGAACGGGTGGTGGAGCATGTTGTCAATAATGATGTTGA
CTTTGCTCTAGTCAGTATTGCACCTGAACGAGTGGCTCATGAGAAGCTTC
CACTGATGAGCAACAAACTATATCTAGTAGCACATCCCGATATAGAGAGT
AAAAATGTAACGCTACAAGAACTCCTTGAAGACACACCCCTAATCTATCG
TGAGCAGGGATCTGGCACTAGGCAAACGATGGAGCAGTTCCTTCTCACAC
ATAAAATATCTACAAGAAAAAAACTGGAGCTAGCTACCAATGAAGCTGTG
AAGCAAGCTGTCTTAGCAGGCCTTGGTATATCTATCATGCCGCTCATAGG
ATTGAAAAATGAACTGACTCTGGGGCAGCTAAAAATCATTCCGATAAAGG
GACTACCAATAGAAACAGAATGGATGCTGATATGGCCTAAGGGAAAAAAC
CATGGGCCAGCTGGACAAGCTTTCATGCAGTACTGTGAAGTAGAACGGGC
AAGGATTAGGTCTCAATACTTTGACTGGTACGATAAGTACTAGCTTGCAA
TTATAGCACTCCTTTATTCTTTTCATTGGGCTCTAGCAGGTCCCACATAT
TGCCATATATATCTTCAAATACCGCCACTGTGCCGTATGCTTCTTCTTTA
GGATCTCTTACAAATACTACTCCTCTTTTCTTGTACTTATCGTAATCTCT
CCAAAAATCATCCGTAAATAAAAATAGAAAAACTCTGCCTCCAGTCTGAT
TGCCAACGGCTCGAAGCTGCTCCTCATCTGCTGCTCTGGCCAGGAGCAAG
GCACACTCCTTAGCTCCAGGTGGTGCGACTATAACCCATCGCTTTGTCTC
ACTGAGTTTGGTATCTTCTAGAAGTGTAAAATCCAGCTTCTCAGTATAAA
ATTTGATCGCTTCAGCGTAGTCACGAACTACCAATGCTACGTGTGCTATT
CTTTGGTGCATAGTCTGCTACTTATGTTCAGTTTGCAATATACTATCTTT
GGAATCTTCGCAGATCTGACTTGCTGAAAGTCCACTCGGGAGTCTTGATG
AGCTCCCTATCATCAAGCCTGTACCAAGGACTGCCATCTTCATCTGACGG
ATTGACCAATATATGTAGCTCCTGAGCAGGCATATAGCTTTGAGCTAACA
GATATAATTTTTCTCCCGTAGATTCTTTGACAACTACATCCATGACTATC
ACTGCATGTCCAGGATATCCTCCTTGGATGAGTACATCTCCTGCTTTCAT
TTCTGACATGGGTACTGAAATCAGCTCCTTTTCTAAAGAAGCCGTACCTG
CATAGGTGAAGATCAACTCCATATACTTCCAAAAATCACCGTACGAGTTA
GAGGGCTGATGTCTGTCGTTCCAGTTAGTTTTATTGCCATCTACGATCAT
GCGACGGCCTTTCATCCATTCGCTGTATGCTACTCGGTGCCCATTGGTAA
AGTTGAAATAAATCTTGTCATACTGCTCGGTCCTCCACAGATATTCGGCA
CGGAGTCTCATGACAGCATCGGCACATTGGTGCAAATCTCTGCTGCCTAT
TTCCAGATCCACGACTTCGCAGTAGACTCCATTTGCAGGTTTTACTTGTC
CGTTGTAGTATCGAACTTTACTTCCTTTAGGCCTTAGCGGAATACTTCGG
AGGTAGTGCTCAAATGACTGCTCTGGTATAGATACTCTAGTGAACCCTCC
AGGCGGCAGTACTCTACCTAGTAGGCTTGTCGCCAAATAATGAGCAGTGT
CATAAACAGCAGCTGATTGTGACACTTGCTGTGCTGTCACAGGTGAAACC
TTACCTCGGCAATTGGTTAGGTAAATTGCTGATAGCACTATGGTAAGGAG
GAATATTTTGTTGCTACTGATTATCATGTNTTATGGACAAAGTGCCAAGC
AAACATGCTCATCAGATTGAAAAGGCTACTCTAAGGCTGCTAGAGGACTG
GAAACCATTTATCCATACGATGACCAGCGACAATGGAAAAGAGTTCGCTA
ATCATCAACAAATAGCTGAAAAGTTGAATTTAGATTTCTATTTTGCAAAA
CCATATCACAGCTGGCAGAGAGGAGCAAATGAAAATCTCAATGGCCTGGT
AAGGCAATATTTTCCGAAAGGATCTGATTTTACAAAAATTGAAAAGCATG
AAATAGATCGTGTTCAAAACATACTAAATAACAGACCTAGAAAGAGATTT
GGTTTTTTGTCCCCCAATGAAATGTTGGTCAAAAAAATTGATCCGCTCAA
CCCTGTTGCATTTATGACTTGAATCCAAGTGTTAACACATTAGGCTTTTA
GAACTTTCTTAACTCTAAAGTATTGTGCTCAATTGTTTTGGACCGTCCAA
TAAAGGCAAATGGATGGGACCTATTTGAAGTTGAAAAATAATCCAACTTC
CAGATAAATATCAATCCGTTTTCCGAGTCACTTTATACGAATTAAAACCA
TGAACTGAGTTCGCTTGGCTTTGCTTGATCATATAAGGAATAGCTAGCGA
GATGGTCGCAATAGCCCCTAAAACGAACCAAAGTAAACCTGTGAAAAGTA
ATCCTACTAGCACTCCAAAAATGATGATCGTTTGATTTTCTCTAGCACGA
ATGTCATTGACGTGTACATCTTGCATATTGCCACAGCTACTACAGTTAAG
GGACAATACTTCTCCTTGTTCATCAACGAGATCTGGTCGAGTCGAGGCTC
CAGATTTAATCTTAATTTCTTGCTTGCAAGACTTGCAGGTAGAGTGCATG
ATCATAGCTTTTCAATATTTAGCTGCTCAGCATATTGCCAGAGCTAAAGC
TACACATATCTAGTTGAAATCAAACTACCCTACTCTACCATAAATTGCTG
CTCTCCTGTATAGTCTGCTGTCACTAGTCGGACCGTATACATTCCAGAGG
ACAGCTTTTTTGTTCGGAATATTTTTGTGTATAATCCTTTGCTTCGGTGA
GCATGATCTACAATCTTAGCTACTGATCTAAGATTGGCATCTAGTATTTC
GATTTTCGCATTCGTCTCATTATCTATTTGATATTTCACGACTACTTGAT
CGTTTTCCCTACTTGGCAGTACTTGAAATGCAAGCTGCTTATCTGCTTCT
AGTTGCTCTCTCTGCTTTGCTACTTTAGCAGTAAATGACTGAGTAGCTGC
TCTTCCTCCTGTTTCTTCGCAAGTGTCGATGACCGCTGCAAATACCGCAT
TCGGCTGAGTCTCGAATCCTACATCAAGCACCACAGACTCCCCTCCTACA
AAGCTGACAGTACTAGCTGCATCTATTTCTGAGATAGAACCAACCGTTTG
TATAGCACTATATTTGCGAGTTTCTAAGATGCTATCTCCCAGCACCACTT
GTGGCTCAGCACAGTCGTTCTCATACAGATCTTTTCCTAGACATTCACAA
TTGTCATTGTATTTATCATCGATAGTCTGAGCATTATCATCATCGCATAT
AGTGCCTACTATTGGACAATTCACAGCTGTAAAAGCAACTTTACCGAGTC
CCTTGCACGCTGGCTGTTTATCTACACAGGATATCAATACGTACCTAGCT
TGAGCTCCCATAAAATCAGGTCCAGTAAAACCCGAATAGTTAGTAGTTCC
AGATGCAAGAGGCCACGTAGCAGCTGTCAACTCTGTCCAAGAATTACCGT
CCAAAGAGTAATCTATAAAAACAGATTCGAAACCTTTGTCTGTCTCTCCT
TCTACATTGTAGTTCCAGACCTGCGACTGAAACAAGTAGTGCCTTTCTTG
CAGATCATATAAGATCCAATGACTAGTTTGCCTTATGCTATTGGGGTTAG
TGGTTTGTACACAACTCATCCAATTATTTTCAGGATTATTATCAAGCTGA
TCTGTGATAGCACACTTATCATACGGCACATAACTAGCAAGCAGATCATC
GCAATCAGGTCCGCTACAGGGTGTACCTACACACTCACAATTTTCATCGT
ACTGATCATTATTGGTAAATGGGTCTCCGTCATCGCAGAGGGTTCCTGCT
GCAATGCATGAAATATTGCAGTCATAGTCATAAAGTTGATACTTCGATAT
TCGCTTCCACACTCCTGACTCTGAGTAAGGTGTCTGCCAAAATACAGAGA
AGTGCTCGCTACCGCCACCTTCTTTGTGATTGATCTCATAGTAGTAATAC
TGCCCAGCTACTAAAGCAATATCTGCCGATGTTTGTGATGGATATTTGTC
ATGCTCTACTCCGCTAGTCCAGCCTGTGACCTCTATCGTATGAGCATTCA
TATTGGCAGGGTCTTCGTCACTACTAAGAAAGAACTTAGTGTTGTCATCA
CCCGTCACATTGAACTTATACACACCTGACACTGGCACAGTTATATATCC
TTGCAATAGCTGTCCCATATGATTTATTTCATTGTTCTGCTCGTAGCCCA
GTTCTTGCAAGGCCTCACTATGATCAGGCATAGCAGGATAGTTTGGAGCA
TTGTACAATGAAGACAGATTGCTGCCTGTGATGCCTTCATATCTGTATCT
AACTACTTTGGCTCTATCACCTATACAGGTATTAGCAGTATTCACTATTC
CACTACAGTGACAGTAGCCATCTTCTACGTCATTGATTGTGGCGGCATTT
CCATCATCACAAGGGGTACCAGCCTGAGTACATGCTACGGGTGAGCAGCC
CACATCTTTTAGATATGCTGAAGTGATAATATTCCACGAAAGAGGGTCTT
CTAAATCTGTCTTCCACCAAAGTGTAGAGTGATCTCCACCACTTGCCTCT
ACATAAATTACTTCAAAATAGTAATCTTGCCCAGCGGTCAAAGTTACTGG
AACGGAGGTCTGAGTGGGATACTGCTGATGACCTTCGACTGCAGTACTAT
ATTCGTGACTCGCCAGTAATTGCAGATTGGCAGGATCATCATCGGTACTC
ACTAGCAGGCGGCCTCTATCATCTCCCGTTATATTGAAAGTTACGGTCGT
GGTGGTAGGTACGTTAATGAATCCGCTCAATCTACCGCCCATGTAATTAT
CAAAATTCATCGGAGCCTGAGTTCTGAACCTCTTCTGAGAGATAGTAGGG
CTCTGAGGGTATGTATTGAGTGCATCCAATTCACCAAATTCGTTATCGTA
TAATCCTTGCCATACATCCCAGCTAATCTGTCCAGGAGTCCCCGGACAAA
CTTGACCAGTAACAATCTGAACACAAAGAAAGCAAATCAAAAATAAGTAT
AATAATCGCATGGTTTTCTTTCTTGTGATTAGGCAAACATTCCTAGAGGG
CTGTACATAGATGGCAGCGGAGACGGACAACCATTGATAGCATAAAAGTT
GCAAAGATTAGGAAGTATATAATCCAAATCATTGGGCGAAGCTCCAAACC
AAAGTGCCAACTCTGCATAAAACTCATCCACCGATGTAGTGGGTAAAATC
CTACCTCTATCAGAAAGATTGAGATTAGAGTTGAGACTAAGAGATGGATA
ATTTCCAAATATTTGTCCCCCTTGTACGGCACCTCCCATGATCATCGTGT
TCCCTCCCCATGCATGATCAGAGCCATTTCCATTGGTAGTCAATGTCCTT
GCAAAATCAGAAATACTAAAAGTAGTTACTTGATCTTTCATTCCGATTTC
ACCCATCGCTTCATTGAATTCTGCCATGGCATTGGTTAATATCGGTAGCA
GGTCATTTTGATTATTGATCAGGTCATTGTGGTGATCCCAACCTCCGATA
GTTGTAAAGAAAATCTGTCGATTGGCTCCCAGTTCGGACTTCAAACTGAT
GATCTCTGCGATCTTCTTCATATCGTTAGAAAGTCGATTGTCACTAAACT
CCGTTTGCAGTGGAATCAGTTTTTGAAAAGCTGTTCTAAATATTTCATTG
CTTTGCGAACTTTGCTTGGTCAGCGAGCCGATTGTCTTTTCAAATACGTT
AACATACTCTTGCTCAGCTAGCGAATCCAGTGCATTATTCTTTGACAGAT
TCAGATAGCCACTGTTGCTCCAATATTGCGAAAAGCCGTCAAAACCAATA
TTCGTTTCTGTAGTATTATTACTCAGAGCAAACTCACTCGTGATCTGCCC
AGCTTGAAATCTATTTTTACCGTCGAGCGAAATATTCATCGATATTTCTG
GGATAGTATTCATATCTTGGAGAATATCTGCCATCCTCCCTGCTAAGCCC
ACAGCTTGCCTAGACTGAGCCACTGACGTCTGCCAATGCATAACCTGATC
CGAGTGACTGTATAAGCCAAGCGGAATTTTTTTCATGCCATTTTGATAGT
CAGCAGCATCCAAGATCGGCTCTATCAGCGAACCTATATTGGCGACAAAA
GAGAGGTCTCCATTATCGAACATTTGTTGTGCTGGAGCCATTGCGGCATT
GACTGCGAAGGTCCGTCCATTGTCACTGTAATTAAGTGGCAGTAACTGTG
CAGGACCATTGGCATTTATGTCTAGGGCTAAGTTTCCTCGTGAAGCTAGG
TAGTCCGCATACTCAGAGGTTTCAGTCGGCACTAGCATATTGTAACTATC
AGCTCCACCGGCAAGCAGGATACAAACCATCGCCTTATAGTCGCCGCTGC
TACCTATGATGTGTGGACGTGCAGCCAAGGTATTTATCGCTCCTAGATTT
ACTAAAGAGGTGAGCATAGTAGATCCTCCGATTGCTGCACAACTGGCCTG
ACCTAGAAATTTCCTTCTTGATATTTTATTACACATGGATTATCTATTTA
TGAGGTATTCTGGTGCGGACATCACTAAGTATATTGCTATTTTGACTCTG
TCcattttatCGTCTTCATCGTTATCTGGCATTTTTGTTATCATGTTTTT
GATAACTGACACCGTATGCTCGCTTAGTTTTCCACCTGCCAATACAAGAT
TTAGCCGATCGAGCAGTACGTGTATTTCTCCATCGCTTGCTAGCAATATT
TCATCTGTCAAATCCAGGTCCGCTTGCTCATCATCGTAGGTGTCATTTTC
TTCTCCCCCATACAGATCTGCTTCGTCTTGAATATTTTCAGTGAAGACCC
ATCGATAAAGTCCATTGATATAACCAGTGATCTTTTGAGCATCTGTGATT
TGAAAAACAGGAGCGACAAGCCCTTCATCTTCTATGGGACCAATGGGCTG
ATAATCTTGCTGAAAAAAGTTAAAAACCGTGGTAGACGACATTGGTCTCT
GTGAAGTGTAATCGTAGACCGTTCGCATATCATTTCTAAAGTTTCCACTA
ATTGTACTTACGTCAAATGCTCTATTGACGTGCATGTATCTGATGAAAGG
CTCCTTCAGTGATCCGTAGGTCTTAACTTCTGCAAACTCACATGACTTCG
CTTCGTCGTCCAAGAGAATAGCGGTTACTACAGCTTTCAGATCTCCTCTC
ACTCCTTGTCCATTGTCTACAAAAACATTTGCAATCCGCTCTACAAAAGC
TGGCGAAGGATTGGCAGTGACTAGTCTTTGCAATAAAAATTTGCAGATGT
ATGGCGGAGTATTTGGATGATTAAACACATTGTCAAGTGCATCAGTGATA
TCTGCATTTCCATCTACAGGAATTCGAGCTGGCACGACGAACCCATTGAG
TAAATATTTTTCTCCTGGCTCATGAAAATCTTCCCACATTACAAGATCTT
GAAGCCAGCTATCTAGGTCGAGCGGATTGCGGTCAAAGTTGATTCTATTC
CACCACGTAAGTCCGGTAAATATTTTTGAAAATTCGCCGATATCGTCATT
ATCATAAGCAGGCACTGGTACTCCGTCTGTATCCACTATTATAGTACCAT
CCATATTGAGCATCGTGGTCCCTATGGTAAATAACTGCATGATCTCACGG
GCATAGTTTTCATCTGGAAATCTATTTTGTGTGGTATCTGTCTTTGCATT
ATTGGTGACTGTCAGGTATACTCCCATGGTAGGCGAGTACGTAACCTGCT
GCAGGATATCCCTGTAATTACCAAATGCATTGGTTAGTAAAATATCGTAG
TAGCTAGCTAGAGCATGGCCGTTATTTCCAAAAGAAGATTGATCTGAAGC
GACCACTAATTCACTAAGGGCTAGAGCAATCCGCTGTCTGAGCAGATCAT
CATTTTGCATGTGGTACTGCCACCAAGCATATCTCCAGTATCTGCCATTG
GTATTGGGGTCACTGGTCTCCGCTAGTACAAACTGCCTGTACTCTTCGGT
CTTTTGCAGCATGGTATAGTTGATAGGCTTTGCGATCTCTGCCGCTATCC
AATCTGCTAATCCTGTCTGTGTCACAGCTACGATGTCTTCGTATGTGTAA
CCAAGTGTTGCCTGTGTAAGAAATCTTGCTGCTGAGCTTTCATTGGGCAA
GTAGCCATCGAGATTGAGCGTAATATTGCCATCTCCGCCTCCTGCACTGT
GGCTCGTGCTTACTGTAGTTCCACTCATGCCTCCCATACCGATCACGATC
GTATCGGGCTGAGCTACTGCTAATATCGCCGAGCAAATGCTGATACAAAT
AAATGAGATCCTAATCATTATTCTGATTTTGGAGCTTGAGTAGATGTGAG
CTTTTCTAGTGCTTCGCGAAGGGCTTCATTTTCAGCTTTGAGTTCGATCA
TATGTTGCCAGAGCCATTCCACCTGAGCAACGATCTTGGCATCCATTTGC
ATAAGGTCATATCCCTGTGCTACTAGCTCACCGGCTGATGGCATCTTTGG
AAGATGTTTTTTATTGGCAATTGACTCTTGTACTTCTAGTAGCGTTGGAG
TATGCTCCCATTCATCATCGGACCAGTCTCCAGTACTTTTGACAGCGACT
TTTACTCGCTCTGTAAGCATACCGTTTTGCACAAAAAGATTGTAGCCATC
TGGAGTAGATATTTGACTGGTATCGCCAATGACAACTTTGCCGCTAGTTT
TGAGCAATAAGATTTCTTGGCTGTAGCCCTGCTGAGAAAAGCTAGATAGC
AGTAAGGCGAAAATGACAGTTAGTCCTTTCATGGTGGATTGTTTTTATTG
GTATTGGTAAGAATAGTATCAAAAAAAGATCTGTGACAAAAAAACCTTTG
GCAGCATCTCTATTTGACGTGATAAATATAGAGATATTAATACTATATAT
AATGGGTGATTACCCTGATTTTTTTTCTTTGATGAGTTCAGGGGTTGATG
AGTTGATGAGTTGATGAGTTGATGAGTTTATGAGTTGATGAGTTGATGAG
TTGATGAGTTGATGAGTTTATGAGGCGGGTGGTTCTTTTGAGGATGCTTC
ACAATTTGCGAATTATGGATTTCGAATGTTCGAATACTAGGTATGATGTA
GCCATGTGCGAGTGTTTCTTGATGGCACACGGATTTTACGGATGGAACGG
ATTTTTTACGGATCTTCTTAGAATGCCTAACAATTTGCGAATTATGAATT
TCGAATGTTCGAATACTAGGTATGATGTAGCCATGTGCGAGTGTTTCTTG
ATGGCACACGGATTTTACGGATGGAACGGATTTTTTACGGATCTTCTTAG
AATGCCTAACAATTTGCGAATTATGAATTTCGAATGTTCGAATACTAGGT
ATGATGTAGCCATGTGCGAGTGTTTCTTGATGGCACACGGATTTTACGGA
TGGAACGGATTTTTTACGGATCTTCTTAGAATGCCTAACAATTTGCGAAT
TATGAATTTCGAATGTTCGAATACTAGGTATGATGTAGCCATGTGCGAGT
GTTTCTTGATGGCACACGGATTTTACGGATGGAACGGATTGGCACTGATC
TACAGTCGGTAGTCTGCTCCGAAGGTGATGCCTCTGCCAAGTCTGACACC
GTCGGATACACCTTTGACCACATTGCCAAAGTGTAGCACAAAATTGTAGG
AGAAGTGAAATCCTAGGCCTTTGTATACATGGACCTTGTAACCTATGCTA
TTCATCCAGGATACGTTGAAGGAATGGTAGGTATCACTGGGGTCAGAGCT
AAGGTAATTATCAATTCTACCATACCCAGCAACATCTGAAGAGAACTCCG
TCTTTCTATTACTGCTCGTAACAAAGAAGTGTGGCATCACTTCACTGAGT
ACATAAAATCCTTTCCTAGGAGCAGTAAACCAATATCGAACTCCCAAATT
TAATGATAGCCAGCTAGCTTGATACCTGTCGTTTATTGCGGTAGAAATCT
GGAGGCTATCTCCAAGATCTCCTACTAGATAGCCGACTCCATTACTATTA
TAAATTTCGCTACCTCCCATATATCCAAGACCAACTTTGAAATCTAATTT
TTCACTAAGTGTGTCATTGTAAGAGAGCCCTACTTGTCCTACCACTCCAT
AATCACTGAGACCTATATCCGTAAAACGAGGTTCGTCCATATATTTAAGA
ATAATTGTGCCATCGAAAGAGATTTCTTGAGCTACGGAAGTACTTACTGC
TAAGGTCAAAAGTATAAAGAAGGATATTGTGCTTTTCATGAGGACAAATA
TATGTTATATTTTGATTGCTTGCTTAGCCCTGGAAACGATACGCCAAACC
TAATGTCCCAAATCGACTAAAATGAATTTTATCAGATCTGAAGTCGTCTG
TCGCTCCTGCTCTGATCATCATACCAAAAGTTGCTTCAAGAAACAGATTA
TTGTACACCTTTAGTCGGTAGCCTACAGCATTTGTCCATAGCACTACAAA
CGATGCGAACTCCTCAGGTACCTCTTTTTCCGTCCTCATTACCATGTCGA
GCGAGTCAAGTTCTGTTTTTGATAGATGTGTACTGAGTCTAAAAAGTGGA
CTCAGTCTTGATTCTATAAATAGTCCTTTTCTAGCGTGCTTAGCAAACCA
AAATTGCACACCGATGGAAGCAGAAAGATAGTATGCCTTGTATCTACTAA
AAACGATAGCTGGAAACACATGGCGAGGTGTCCCAGACCAGTAGGTCTCC
CCAATATCTGCAAAGCCTATACCAATCTTATAGTCCAATGAGCTAGAAAG
ACTATCACTAAAGCTCAGAAAATTGGCTATTTCACCACCTGCTTTATGAC
TCTCATACCCAAGATCTCGCTGACCCCCAAAGTATCCAAAGGCACTTTGA
TCTATGGATACTGTTTGTGCATAGAGGCTCAAGCTAGCGGTCGTACTAAT
AAAGATTATTAGCATTAGCACTTTGAGAATAGAGTACATAGTATGATTTT
GATTTGTTAGTAATTTCTCATTAAACTCATAAAATTACAACAATCTTATC
ATCTGGTACTAGACGCTACACGAAGTATCTTTTTCATTATAGCGGTACCA
CCTACTTCTATCCGTGCAAAATAAACTCCTGAGACCAGACCTCTCATATT
TACTGATTTCCCAGGATTCACAACTGACAGACACACTCGATTTTGCACAT
CAATTAACTCGAATTTTGTGATTTGAGAATTAGATTCTAGATAAAGAATA
TTGTCAACTGGATTAGGATATACTCGGGCAGAAATTACAGATCTAGTCTC
GGCAGCTAGTTTATCTGGACTTTTACCAAATTTACTAAAATCGGATTCAT
AGACATAAGACATTATCGCAGTTTCTTTCTGGTCGTACTTTCGAAAAGTT
TGTCGACCTAAATCAAAATCAAGAGTTTGTCCCTCTACCTCCCCTCCGAA
GTAGACGATAGAGTTACCAACGCACATCTCAGATACTTTGAAATTATTGT
CATCATCTAAATGAAGATAAGAATTATAGTTCAAATCTGCACTTAAAGTC
AAAATACAAGTATTGTTTGTATTCGCTTCATATTCGAATAAGACTCCATC
AATAACTATATCACTTGTGATCGTAAATGAACAGTATAACCCTCCTTCGG
GATTGGAACTTAGTACTATTTTGTTAGATGCAATAGGGGCTCTTGGCAAG
AAATTATGTGAGTCAAATTCACCACCTACAATCTTAACCAGATAGAGGTT
ACCACCTATTATTTGAATCTTTTTTCCACTTGCAGACTGTATTCCTCCTG
TGCCAGTTACAATGATGTATTCCGAATCACTAAATCTATCATAATAGTAA
TTTCTGAGTGATACATCACCTGCTGTAAAAATATTTGAGACTGAGCTCAG
CCTGATGTTTTTCTGATCAAAAGTAAAGCACCTACCATTACTAAAATCAA
CTTGCGTTTGATTGCCAGCCAAATCAACACTTGATTCTTCATAGCCTATC
ACAGCGAGGCTTTGATCAAGTATTAAAACAAAATGTTTAGTGATTAAGTG
ATTTCCTAGAACCTGCTCTTTGAATTTTAGTATGCCCTTATAAATACCAT
TAATGACCACTGTATCGCCCTTCTCAATAACATCTCTAATCATGAGTTCC
GAAGTACTGGAAAGGACTGATTCTGTCTTATTCACAAAAACTTCTCCTCT
GATGATCTTAAAGACATTATTATCTTTGATAACACTTGTGTATGTTTTAC
TTGCAAAGTCTTCAAAATTGTAAACGACCTCATGGGATTCACTGTAATTC
AATAACCCCACACCTACCCCAATAACGTAAAATTTATCAGAAGAGCTACA
ATAAGGCTTTGGAACAATATTCCCTAGCTCGTTCTTGGTCTTTTGAAAAG
ACGAAAAAGTAGTCTTTTCAGGAAGAACTGGCAAGACATTTTTCGAATCG
TTGGGTACAATTATACCAAAAGGATCGATTTCCGTCAGCTTTATAATTCG
TAGCAAACAATCAGTGCAGTTACTCTGTTCGCAAACAACAAAGGTGCCAC
TCCCATCATGAGCATCGAAGGGCTCGCAAAATCTTACAACTTCGAAAGTG
TCTTTAATAATTCCCCTATCAGCCAAATTTTTCTTAACTATAGATCGCTG
TAGCTCTGATCCACATAGCCCATTTTCATCTGTCAATCCGCTATCAGTAT
AAACAACAGAAAAATCTTCAGGACAATATGAAACACTCTCACAATATCTT
GCTTCATCAAACATGGAAGAAACCAATAGGCTATTCAGTTCAGAAATTTG
AAAATCTAGCCCGATTTCATTAGCTAATTCAATTCTTCTTTCTACTAGTT
GACCAATATTGTGTGTCACGATTCGATCACATTTGTTCGTTATCTCGCCA
GCAAAGTAGATATCTACCACTTCATTAAACACATCATTGTCACAAACGGT
ATAACCATCCCAAACATCGGGAAGTAACCAAGTATCAAACTTACAATCAA
CTCTGCGACATGTATCATTTATGGCAAAATCTGCAACAAATTCACCACCC
CAAGGCCAGATATTCCATGTACTTACAAACCCTCCCCCGTATGGGCACAT
CCAGAAATAAGAACACTGATTATTGGTAAATATGGTAGGATCAAAAGCAA
CACCAAGTTCTTGCAAGTAGATAAGTGCTTCTAAACCTCTCATTTTTATG
CTTTCTCCTTGTACAATGCCAACCGAATCTCCTTCACAAGTCAAATTCGC
TGGTACGCAATTGTCAACTAAACCGAAGAAGTTTACTGATGTCTGATTGG
CTCGTGAAAAATCTAATCTTGCGGGTGCCCATGTTGATTGCTCAATTCTG
ATAGAATCACACACCTCATCAAAAACACAAAAATGAATACCATCAATAAC
AGTATCTCTAGCAAATTCTCTCTCAAAGGAGTAAGGTATGATGTAAAAAA
CTTTTGACACTATGCAAGTATTGCCTTGAGAGAATTCTATCTCATATTCG
CCTCCACCTATGAGTCCAGCAATCGCAAATGGTATCTCAGTCGCTGATGT
TTCTAGCACAACTGAAAGCCAGGGGCATTGAACACATGCTCTTTCTCTAT
AACGTCCTGTAGTCAGTAGTCCTTGGTCATTATGAAATGTTCCAGATATA
CTGCCACTTGGTATATCTCTACAAGCACCAATATTTGATGTGATATCAAT
CGCATCTTTTGCCGATATTTCAGGCCCATATACTGTACATCCTAGTGCAT
CAACAACCTCAAAACTAGCACCACGAACTCCTAGCACTCTCGTTGATCCA
AACTCACCGTCGGACCATACTACATTGAATGGTGGGTTATTGCCTTCAAC
ATCAATGGTAACTGAGCCTTCACTGCCACAATCACCAAAACTGTGATCTA
TTTCAAAAGTCAGCTCGTGCTCTTCAACTACAATCGTAGCTGATACAAAC
TCTTGACACTGGTCGGTAACAGTCACAGAATACGTGCCAGCGGCTAAGTC
CGTTCTCACCAGTTGTCTTCGAGGGGTCGTTGGTGTGTCACTCCAATACA
CTAAATAATGCTCTATACCTCCTGAAACAAAAAGCTCTACTGCACCATCC
TGTACTCCTACGCAGGGCACGACTAGTTGCTCAAAGCCTTCAAAAATCAA
AGCACTGCCACCGAGCGATGGCACAGTATAGCATTCAGTAGTTATACACC
CATTAGCAGTATTGGTCGCTGTTACACAATACGTCCCAGGTAGCACCTCT
GAGACGAAAGGGAAAGTGCTACCATTTGACCATTGGTAAGTAATGTCCGA
GGGGGGCACATTTGCTACAAATACAGAGATCTGACCAATAGTGGAGTTGG
TACATGCAGGTTTTATCATTAGCAAATCAATTATTGGTTTTTGATCGCCA
GGCACAGTATAAATAAAATCCGATGAGCAACCAGCTGAACTGGTTGCTGT
CAAAGTATACTCTCCCGGAAAAACATTTCGTAACACCAGATTTGTGTCTC
CATTACTCCACAAGTAGTCGAAGGAATGCCCTGCTGATTGAGCACCACTA
AGAAAGTAAATTTCTCCCGTTGCCGAAAAACAATTGGATGGAAGTATATG
CCTTACTTGAGGAGCTGATATCGCAGGAGCTTGTCCAAGTTCTATGTCTT
TTTCCACGCTACAGCCTCGGCTATCTGTAACCGTCACTGAGTACAGTCCA
TGTGTTAGTCCAGTGCGGATAGAGTCAATATTTCCATCACCCCACGTTAC
TGACACTGGTCCAACTAACCTACCGTAGTCTAAAGTAATACTACCGTCAG
TATCGCAGTCTTCGGTCACTAAAACATCTACAACTTGGTCAACATTAGAA
ATCTCAATATGTAATTCCTGGCTCACCTTACAGAAGTCATCTAAATAAAT
AGTCACCTCATGCAAACCAGTATCTGGCAAGCCTTCTACCACTAAGCTCC
GACCATCCATCTCAAAATAATACGGTACCCCAGCATCCATATCTACTACT
GTTACTTGGTAAGGAAGCGGCCAGTCTGGTGCTGATGGATTTTCTAGCGT
AAAGATCAGAGCAGTATAGGGCACACAGTCTTCTGATAGTCTAGCCTCTT
GTTCTATCAATACCCCACTTTCTTGTCCATAAGACATAGTGGTCACTACC
CACAATAGTAGGATTTGTATAAATCGATTCATGATTGGTAGTTTTTCTTA
GTGACTTTTATTCTTGAGAGGTAAGGGTTATTCGACCTGCTTCCCAGAGG
TCTTTGATGTTTTTGTAGTATGTATATGAATCTGATACACCAAAATACAG
ATCAGGGTTCTGTCTCCAATACTCCCCTAACTGCTTTCCATCGATATACT
TGATATGGGGTGTAATTAGCTGATTATTCACATATTCATTTACAGGAGCA
TAAGATATTGATGCATCTGGGTCGAATGCAGGTGCATAATTATTTTGCAA
AAGCTCAATCGAAGTACCAAAGGTCACTGGATCGTCAAGTTCTTCAATGT
GCCACAAGTATCTAACATAACACGTGTTGTCATATTTGATCTTTCTGGTA
ATCTGAGACATTACTTCGGCATACATTTCCTTGTATTCTTCCTTGGACCT
AACACATTTTAAAAATGATAGATTATGGTGATTAAAATCACATAAATCCT
GTGATTGGCTATAGCCCTTCCCACACCCAATAATCTCCAATGATTTTATC
AAGTTATTCGCCAGTATCATCGCAGAGTCCACATTTACACCATCAACTTC
TTTTCTAGGAATAGGTTGATTTCTGCTAGTCGAGCACCCCTGCAATAACA
TAAAGACTATGACCACAAAAAAAACTATCTTCCGTCTTGCATAATTCTCC
ATACGTATCTTCTTATTAGTGAGTTATTTACGTTTGTACTACCCCCTGCA
CCGCTTCCAGATGTCATCAAATTTAGTGGGTCGTTTACTACACCTAGCAA
CTTATCAATTCCTATTGGATTATTAGTAGCGTCTTGTTCGTCTGGGTGCT
GGAGGTTCCAAATTGCATGTCCAATTTCATGAGCAAGTGTTCTCTCATAC
TTTCTTGTACCATCGATAATTGTAGCAAATCCACCTCCCTGCGATTGTCC
AGTTCGTATCCCATTACTTGGATCTTCTAGCTTATTAGAAACGATTACCT
TCGCTGTTGAACTACCTATCAAATTCCCTTTCAGGTTTTCTAAATAGACG
AGTGCTCTAATTAGCTCATAACCTTCCGCTGGGCTCGTCTCACCATTTTC
ATCGTAGACATCAAAATTCGCATTAACTACCCCATAATCAATAAAATCCA
TTTGAACCCCTGCCGTATTCAATATGGCATTTGTAGTACTTTCAAGATCA
AACATACTAAATGCTGGTGCATTCTCAAGTGCGTTTGAAGTAGGCATAGG
ATCGCTACTGCATCTCCTATCGTGTCCCGCTTCAACCCTCATAGCAAAAG
ATTTTGGCCTTATTACAGTGTCATTAATCCAGTCTATCCATGGTTGATCT
ACTGGGTCCAACTTGTAAAGGTCGAATGTCCCATCAACTCCAGGTAAAAG
GCATTGAAAAGTGTCTGATTTGATGCTATCCTGACAATTCTTCTTCAACC
AAGGGCTACTAAGACAATAATTGATCTGATCATCATCACTTTCTCGAACA
GTCCAAATATGTAGGTCATATGTCTTTACTGTCGGATACACATCGGCCCT
AAACAATTGATGACTAGAACACACATGGGAATAAACACTATCTCTTGATC
CTAGTATGTGTTTGATCTCCAAGTCTGTCCCTACAAGTGTCTGATCCAAT
GCCATAGGTCCTGAGTCACTCAGTACAGTATTTATATTCTTAATATGCTG
AACGCTATTTTTTAAAGGTAATGTATCTGGAATGCTCCCAAGCAAAAACT
TCCAGGGAACATCTTTCTCATAGAACGGGTAGTTGCTATACACGTTCTCA
TCAAAAGCATATTGTGCTGTAGCATGGCATGCAGCTGTAGACTTCAACTG
GACAAATGATAGGTTAGTATTTATCTTCAATTTCACTGTTTGCTTCTTAC
CGTCGACATCAAAAAACACTACTTTGGTTGTGATACATTGCTTGCTGCCT
AGATGTGTAGTATCTACTTGTGCCGACCATTGACCAATACTGTCAGCAGT
TGCTTTTGTCCATAGGTAACTAGTTCCGATGTAAGGTATCGTATTATTTA
GTAAGTCTGCTAATATGAGCGTCACTGGGAGGTCAGCCCTACAGATATAT
AGATCGTCTCCACTTTCATAAAGAACACCATTCACCTCAAATCCAAAGTC
TCCTCCTCCACAAGCGACCTCTCCTCCTCGATAACCGCCGCCTTTCTGTG
CCAAGATCGATCCTGCCCCAAGCAAAATAAGCAATAAAAATAAATTTTTC
ATAATTCGATATTTTACACCTTATATAGTGTACTGCAAACAACGTACCAA
ATACGATACTGCTTTCCGTCATTTACACTATGGAAAAAGGTATTCAAAAA
AAATATCTAAAATTAGTAGGCGAGCGACTTAGAGAGCTTCGCCTTTCTGC
AGGCTTCACAAATTATGAGCTCTTCGCTTATAGCCATGGCCTAAGCAGAG
CTCAATATGGTCGCTATGAAAATGGGGCAAATATGACCTTTACCACCCTA
CTGCGACTTATCGAGATTCACGACATAACACTTACTGACTTCTTCGACAG
TCGATTCTCTACTGCGTAAGCTTACTGATGATTCTTAGAGAGGGGTTCCA
CTCCTCCCTGAAAAGTAACACTCCGATAGAGTTTGCAAAAAATAACAAAA
AAAATAATCCACTTTCTGGCTCCTGAACCCTCAAACCTTTATCCCTTCAA
AACAAATAATCCCAAGAAATCCCAAAGGGATGTTATTTCAACAGGAATGG
GTGCAACCCGTTCCGACATCATAGAGAGAGGGGTTGCACCCCTCCCTAAA
AAATAACACTCCTTTGGAGTTTACAAACAACAACAACAACAACAACAACA
ATAACCCACTTTCTGGCTATTGTCATCCTGAATCCTCAAACCTTTATCCC
TTCAAAACAAATAATCCCAAGAAATCCCAAAGGGATGTTATTTCAACAGG
AATGGGTGCAACCCGTTCCGACATCATAGTTCGACATACTTCTCACGAGA
GAGGGGTTGCACCCCTCCCTAAAAAATAACACTCCCTTGGAGTTTGCAAA
CAACAACAACAACAACAACAACAACAACAACCCAGCATCTCCCTCTTGAA
CTCCTTGCCCCCGTGAACCCCTGAACCCATGAACTCATGAACAAAAAAAG
AGCCACACCTCTTTTTGGAAATGCAGCTCACACGGTGTTTTTGGAATCTT
CCAATGAAGTTATTCTATCTTGATAAATTTCTTCACCATCGGCTCTCCTT
CTACGTCAGTCATTCTGACAAAGTAAGTACCTGTGGCCATTTCTGCTATG
CTTACTGGCAGTTCGTTTAGACCCGTTTTCAGATTCACGGCGTTGACTTT
TACTACTCTGCCCATCAAATCTGTTATGACCATATTGGTTTGGTAGTCTG
CCTCTGCATCTACGCTGATGTTGATCATTTCAGTAGCTGGATTTGGTGCT
ATCTGCATTTTTTCTAGTCCTACTGATTGTAACAACTGCGGTGTTCCTAC
TGCTTGAATNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTGAA
TTTTGATCTCGTTGCTGACTAAATTTCCAGATCCTAGTCCAGTAACAGTT
ACTGCATCTATGTATATTCTATCAGCATTTCCACTGGCATCGCATTGGAA
TCTAAACTGAGCGTTATTGGCCATATTGTAATCATTGCTAAGGATCTGTA
CTGTTGGTGCGTAGAACTGCTTATTCTGGAAGCTGCTACCACTTACGAAT
GTAGCTACTGTTTGCCAAGTGCTGCCGTCGTAGTATCTCAATCAGTATCT
TCTGTTCCACATTCGAACTGAAGTTTGCCTTTTATCTGATCGTCTTGGTA
CAGGATGTGAGCTTGCTGCCCTTCTAATTTTCCCAATACCAGATTTCCAA
CTTGGCTAGAAGTAGCAAGTCCGATGATCTCTCCATCGAAAATACTGATG
GCAGCCATACTACCTTCTTGTCCATCGATGACACCTCTGTAGTGCTTCCC
TGGATTTACTTTTACTCGTTCTCCAGATGGCTCTAATATTACATAACTTC
CCTCTGGATGTATGTTTACTTCCACAAGACTTAGCGTCAATGCTTTTTCA
TCAGCTCTTGGTACTGCTAACTTTATTGCTGGTGCTGTGCTAGCAAGTAG
GTTTTCAATATTGTCTTGATTGATGGCTAAGACACTGTAGTCTTCAAAGT
CTGGAAGTACACCATCATTCCGGTTGTCTTCGTAAGAAAGTAAGTCTACG
GTTTCGAATGTAGAGACTTGCTGCACCATGTCGGCAGGCTTGATCGATTG
TGCACTGAGGTCAAAGTTTACTGTGACGATCAATGCTAAAATTAGTGTGA
GTAATCGTGTCATAAAGTGAATTGATTTAATTGGTACTGGTTAGTGTATA
TTTGGCGAAACACCCTGTTTGCCTGACAACATTACCAATAACTTCTCCTC
AATTCAAAATTAATGACTGCAAGTATCTAAAAATGGTCGTTTACACCCAC
AGTGAATAAGGGTATACCCTAGTGGTTTTTAGACCAGGTATGAACCAATT
GAAAAATACAGCAAGTAAAAACCAATTTGTTAGTAGACGTACATTTTGTC
TAGTTCGAGTGCAAATGCCTCTGCCTTTTTATTGCCTACTAGAAAAGCAA
TCTCGGCTATGGTTTCAGCCTCAAAGTTTGGCATCTTAAGTTTTCTTCCT
CTAAATGCTGGGTACATTTTCTTGAGTGGAATTTCGTACGACTTTAGCTC
GGTTGTAGTTTTTAATTCATAGATGTGTGAGTGATCTTGACCAGCATCTG
ATTTTAGTCTTACTTGATATATCTTGCCGTCCCCTTTCAGTTTCACGACT
AAGCTTTTCATATCCTTAGCATCGATCGGTACCTCTGGCACATATCTTAC
CGAGGCAAATCCGCCGTTATTTTCAAGTGAAACCTGACCAGCGAATACTG
CCCGTCCTTCTTCATTGAGCTTGATAGAAGATTGCGACAAGCCGCCCATG
ACCCCATCATTTACAATCTTCCATTCCGAGACATCGGAATCTACATTGAA
ATTATAAATCAAATGAGGACCGTGGATACTAGACATACTTAGGACTATAG
TTAAGATGAGTAACTTCATATGTGCTATAACCGCAGACTTATATTGATTG
TTCCTTTGGCAGAATATTTTGACAGTACTATACTATCATCACCAGGTGCG
GGTGTAGGGTCAGCCCAATATCTTCTTTACCAATACGACCAACTCTGCTC
TTTCAGTCCACACCTTTATCAATGAAGCCACAAGCCCCTTGATCACTAGT
GCGAATAATGTACCCCCATCTCCTGCATGCTCTAGACCGATGACAAGCAA
ATGAGCTCCTAAAGCTCAGACCATCAATCCTGTAGAGATGATGGCTCCAT
ACTTTGTCCACTTATGCACTAGGATGAGAATACTTGCTATGAGTTTCATG
ATCAGCCCACTTAGGAATCATATCGACTGAGGTACTTCTTGTAAAGATCG
AAAAAATGAACTCTAATGGGTAGACTATACGTTACATTTGTAGTTCCTTG
TTTCTTAAAAGCATACGTTTACATGAATAAATTACAGAAAACAGCATATA
TCAAGAAGTTTGAAGCGTATACTCGTGAAATTAATTCATCGGCAGCCAAG
GCCAAGAGTTTCTATAATAAAGCTGGAATCACAACTCCGACTGGTAAATT
GAAGAAAAACTACTCCCATCAGCCGACCAAAAAATGATAAAATTCCCCAC
TTGCTATGTATTCGTCAAGAAAAGGTTTAATACTCGGCTTTCATGGCTGT
GATGAAAAATTAAGGGATGAGATCATCTCCAAGCAAGGTGTGTTACTGAA
TGAGAGTAACAATGATTACGATTGGCTTGGTGGAGGTATATACTTTTGGG
AAAATGACGCCAATAGAGCACTCAAATTNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNTGGAGCTGTGATTGATCTTGGCTATTGTTTAGATCTCC
TCGATTCTGAATACCTTGAACTACTTGCTATTGGTTATAAATCATTGAGA
ACATCTGAGGCCAAACACAATATTACTGTACCTAAAAATATGCCTCTCAA
AGAAAATGGTGATTTATTAATTAGATATTTAGATTGTGCAGTTATCGAGT
CTATTCATCAATTTAATAGAGATACAAAACTTGAAGAGTTTGATTCAGTT
AGAGGTGTTTTTTTTGAGGGTGAAGACTTATACCCAAACGCTGGATTCAA
AAAGGACAATCATATTCAGATCGCCATTAGAAATCCAAATTGCATCAAAG
GCTTCTTTGCTCCGAGAACTTTAAATAAATCCTACCGCAAGATATAAACC
TGCTTCATATGGTCTGATAGCTCAAATGACCGTACCTCAGTACTCGACAT
TCTTGTAGTATATTTTTTGACTCATTTAGCATAAACATACAAAATAAATG
ATACGACATGATACGATATGAGCTATTTTTGATTCGTTATCTGAGATATA
ATTTATCATAAAGCAATGGCAAACCATTGTAAAAAAGCCCATTTGACCGT
TTATCATTTTAAGTCACAAACAATTGACCCCCAGAACGTCGCATATCTTC
TTATTAATTTGGTCAATCAGTTCGTTAGAAAGCCTCGCCATAGCTGCTGT
CTGTTGACACTCGTAAGAGTCGCAAGACTGTACAGAGCTGACCTGCATTT
TCTGCCTCCAAATTGCCAAGAATTAATTTTAGAATCCAAAACGGCATTTT
GAAGGTTAATAGTCCTTACTTCAGCCCCAATATCTTGCTACTATACTTAG
TGATCCATCCTAGGCAAATACTGAGTGCGGCCTTGATGGTGGACTGCTCA
CCATCGTACTCTTGATATCCCCAGCAGTTTGGGCAAGTTTCCGTTTCCAT
TCTAGTAGTTTCATTGATCGTTTTCATCTGTATAGTTTTTATTGTGAAGT
GATGATACAAAGATGAATCATAAACCCACTCAGATGCTTAACTATAGTTC
CCTGCTACATGACTATATTGCCCTATGCCGCCTTATTAGCATCTTTATAG
GCTGTGGGCGACTGTCCCACCTGCTTTTTGAAAAAACGGCTAAAGGTGGA
TGGGTCATCAAACCCGAGTTCGAAAGCTACTTCCTTAGATGTAAGATCGG
TGTAGAGCAGGAGTCTCTTAGCTTCCAGAGCTACTCTGTCGAGAATGACT
TGCAGTGGCGACTTGTGATTGAACTTAGCAAATAAGTTACTGAGGGTCTT
GGGAGATTTGTGCAGTAGATTGGCGTAGTCCTGTACTTGATGATACTTCT
TATAATGCTCCTCTACCAACATACCAAACTGTCTCGCTATGTCAAACTGC
GGCTCCTCTATGTCATCGGATATATGCTGCTTTTTAGCCAGCCTTGTTGT
CAATATGATCAGTCGAGTAAGCAGCATTCTCAGCATTTGCCCTTGTATAT
TGTCCTGCTCCGAAAATTCATCTACAAAAATTTCGGACAGTGCATCTACT
TTACGTTTGTCACTTTCTGCAAGCTCTATGAATATCTCACCATGGGTGCC
ATAGTACAAAAAACCTGCACAACTGACCTCCTTATCATGATCCAGAATGC
AGTAAAAATCTCTATTGTACTGCCAAGCAGTAATGTCCTTGGGCTTAGCA
AATGAGAAGTGATTATTCGACATCAAGGGCAATAGATGATCCTGCTTGAA
TACATATTTACTGCCATCAATCATTACTTCCTGGTCAGGGCCACTATTGT
ATGCAATAGTGTAGACGACGGTGTCTCTTCTTTGAAATATGGCTCTGCTG
TCTCCCTTTTCTTTCAGCACAAAAGCCAAATAGGCATCTGTAGCTTGCTC
TTCGTATGTATATATCATGCAACTATTCCGATTTACTAGTAATGCTAAGG
TACTCACATCTCGATAATATCATCAAAATGACTTCCTGATGTAAAAATAA
AAAGTGCCAATATCACACTTGTCCGACAATACCTTTTTAAAGGTCGACAT
TCTACAGTATATTGCTGTCTCGAATAGCGAAGCGGTTAGTACTATGATGC
ACAATCTATTAAGAACAAAATTTGTACTCCTAGCAATAATATGTGCATTG
GTGATGCCTTCCTGTGGTGATGATGTAGTTACTATCGACACTACCTCAGT
GAGTCTAGGAACCAGTTCAGCTTCTACGGATTTCATCCTATATGTGTATG
CCAAGAATACTGGAGCCTTGCAAGGTGCTCACATAGATGTGCAGGGAGTG
ACTTACTGTACCGCCGAGGACGGCATCATCGTACTACGAGAGCTCAGCAT
ACCTCCAGCAGGATTGCCCATATCCGTATCAGCTCCTGATTATCATACTA
CTATAGGCCATATACACAGCATTGGTGATGGTCAAAATTTTCTCAGCATA
CCACTCACTAAAATATCAGATACAACCACTGNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNGGGCTCATATATGTAGCACCCGGAGCCACTCTG
ACCATAGAAGCAGGCACAGTCATAAAAGCAGAAATCGAACAAGGCACTGT
AGTATCAGGATTGGTCATCGCTCGCGGAGCAAAAATCATAGCAACTGGCA
ATACCTCCCGACCAATTATATTCACTTCCGTCTTGGATGAAATAAAAGAA
AATGAAATCGTCAGCCAAAATCTGAATGAATCAAATAAAGCACTCTGGGC
AGGACTGATCGAACTTGGAGATGCTCCAATATCAGCGGCAGTAGATCCTG
CGGTCTTGCCAGGGATGGACGGATCGGATCCTCAAAATTTCTACGGTGGC
ACTACCCTAACTGACGACTCTGGCGAACTAAGATACGTCTCTATCAGACA
TGCAGGAGCAGAGCTAGGAGGCAGCAAGTTAGCTGGACTCACCTTGGCAG
GGACTGGCTCAGGGACAGACATTGATCACATAGAAATCATAAGTTCTGGA
GCCGACGGATTAGCACTCTACGGCGGCACTATCAACCTCACAGACGTACT
CGTACTCTCCCCTACTGACGACGGAGTAAGCATGGATCAATCTTTTGGCG
GACGGCTATCGAACTTTATTGTATTGCTTGATGAAGAATCAAAAAATGGA
TTCCAGATGGAAGGTGGCGAGGGAGCATTTAACAATGCCGCTACGGTCAG
CAATGGATCTATAAAAGGCTATCGAGAAAATACTGGAAATATTGGTCACT
ACTTCACACTGCAAGAGGATGCTAGAGGTAGTATCACTGACTGCTATTTT
TTCGATTTCTCAGAGCAGAGCCATATGATCATCAGCGACTCAGATACTGC
CAATAATTATCTAATGGACAGTCTACTAATCACAAACATTGCAATAGACA
CTAGCGGTCTTACAAGTGGAAATAACACTATAGAATTGATAGTAAAAGAC
GAGTCTGGCAATGACGTATTTAATACCAAGCCAATAGAAATCTTGCTTGT
ACAAGGACCTACATTTGGTGCAAGAGAAAATGTATTTTTAAGATGGACCT
ATACCGATGCTACTGGACAGCTAGATGAGTTTTAAGTATGATCAGAAAAC
AACTAAAATATAGATCCATAGTAAAGTACCTTGCGGTAATACTTTGTCTT
GTGTGCATAGCTTTACCGAGAGACCTAGCAGCTCAAAGAGTGACAGCTAG
AGATACATTTGCAAATGGTGTATCGGAGTATTTCGGTCTCAGCTTTAGAT
CACCTAACTTCGAGTCGGCAAGTCACACACTAGGATCAGTTAGTGGCGGC
ACAGACTTACACTTTGGACTACAGTATAATAGAGCGATACCATTTGGCAA
TTATGCGATAGTCAGACTAGGCGTAGTGCGATATCAAAATAAACTAGCCT
ACACAAAAACAGATCAAAATCTACTTACCAATGCTGACAGTCTTTACTTA
GAAACCATAGTTACTAATTACAACTATACTAACAGCTACATCATGGCCGA
TGCTGGAATTGGGATCGGTAGAATCATGCAATACAAAGCGTGGGCACTAG
ATGTAAATGTGACGGCTATGTACCGAGCTTTTACTTCCATAGATGGAAAT
AGAATCGATAAATCTGAGGATTCTATAGCGTACACTGCACGTGATTTCAG
TCTTCCTTCAGCTCATCTCCTATTTGGTGCAGACGTTGCTATGAGGTGGT
ACTTGGACAGAGAAGCATACTTCACTTTTGGACTCGGCTACCAAATAGCT
ACAGAGATAAATCATACAGGAAGTGGGGCTCCTTTTAATTTTTCTGCCTT
GGCGTATAAGATTGGATATGGATTTGACTTTTAGGATCTGTAGTGCTGAA
CTAAAATATTCTGCCAAAGCAAAAAACTAACTTAGAGCAGTCTGCAATCA
TACCAAGCATGAATGAACAAATCATAGTACTACGAAACTGTACCTTCCAT
ACTGTAGAAATAGAAGCGAGTTTCGCTACTGCAAATATCATCATGGTACA
CGGATTTGGTGAGCACATAGGTCGCTACAGCGAAATGATGGCCCACTTCA
AAAAACTACCGCTTAATGTATATGGATACGATCGACGTGGTGAAGGAAAG
TCAGGGGGCAGACCCGCTTACATTCATGAGATGGACGATCAAGTAAGTGA
CCTCATAGAGATCAAAAAGCGACTGATCAGCAACGAGTTGCCTACGTATA
TATATGCTCATAGTTTAGGAGGCCTGGTTGTCACCAAATATTTAATAGAC
TACAAACCAACAGACATAGAAGGTGTGATACTTTCAGGAGCACTGCTCAA
AGTCGACGATGACATCTCTCCCATATTGCAAAAAATATCGGGTGTGGTAG
CTGCCATATTGCCCAAGCTACAGACAATAAAAGTAGATACCGCACTGCTC
TCTAGAAATCCTAAAATCAAACCTGCTTACGAAGCAGATCCATACGTATA
CCATGGTGGGACTCCTGCCCGTACAGGAAATCAAATACTCAAGTGTACGG
CATATGTACAGAAGCACTTCCCTAAGATCACTCTTCCTATGCTCATCACA
CACGGAGGAGCAGATAAGCTTGCCGATCCAAAAGGCAGCCAGATGATGTA
CGACAATATTTCCTCCAAGGATAAAACCCTAAAAATATTTGATGGTCTCT
ATCATGAGATCATGCATGAGCCGGAGAAGGAGGAAGTATTGTTTACGATG
ACTGAGTGGCTGCAAGGGAGAATGGGGGGGATATAGTTTATAGATTATAG
TTTATGGTTTATAGTTTTTTAGGGAATAGAGAATAGGGAATAGGGAATGG
TTTATGGTTTATGGTTTATAGTTTTTTAAGGAATGGGGAATACTGATATT
CAGTTCTTTTTTTAGCTCCACAGTGGTCCTTGCAGGTATTTATACGTAAA
TAATGCCCGGCAATACAAGATAACACCGAGATTGGTTGCTCCTACAAAAT
TTTATTGCTTAATTTGCAATATTAGACTATTATTTACTTATCGCCCAAGG
CCAACCTTAAATTTAAAAAGCATGTTAAAAAGAATCATTTTACTCGGAGT
AGTTGTCTCCATCATCAGCTCGTGTAGCAAAGAAGAAAAAACAACTACGC
AGCAATCACAAGACATAGTGCCGAAAGAGGCGATCAAAGAAATGGTTGAA
GCCGAACTAGCTGCTGGCAATATCTTCCACTGGGAAAATGCAAGTGACGA
AGTAGTATGGAGTGCAGGTATGCTATCAGACTCCGTATTTTCCATAGGGT
ACACTGCGGAGGTAGGATTTGACTTCGAAAACCAGATACATACCATTGAT
CTGAAAAGCGAAAAGTGGCAAAAGGCTAGAAAAGGATTCGAAGAGTGGAT
CCTCAAGTATGAGATGGAGGCCAGAGGCAAAAAACTAACCATAGAAGATA
TCTCTCCATTTGGAATTAGCGAAGATTTTCCTCACATCATAGTGCAGCTC
ACGAGTCAAGAACTGATCTCAGAAATGAGGGCCTCGGATAAAATCAGATT
TGTAGAGCCCCTCGGATTCAACTTCGAAGATGATGCGATAAAGCAAAGAA
GTGGACAAGGTTGTAACGGAAGTCCGAGTAGCAATATCAATTCAAACGAC
TACACCACCAACTCGGGAAACAAAGTACCATGGAACTTTTACATTCACAA
CATAGATGATGCATGGGCACAAAGTCAAGGAGACAATATCAGAATAGCCA
TCTTAGATACCGGAGCTGCAAACGGGCAGGATAATCTTGGATCACAATTC
ACCCAAGGACAAAGTGGTGGCAGAAGCATCATCAAGCAAAGTACAATCTA
CTCTGGCTCATGGTGGTGGAGATCACTAGACTCACCCCATGATGACTGCG
GTCATGGAACGAGCATGGCAGGATTTGCAGCAGCTCCAAGAGGCACAGAC
GGAAATGCAACTGGAGTAGCCTATAAAGCCGACCTCCAATCAATCAACTG
CTCGCAAGATGTAATCATCTCTAGTTCTAATGAAAGAAAAGGTGTAAGAG
ATGCGATGAAAAAAGCAGGAGATAGAAGTGATACAAAAATCATCAGTATG
TCGCTAGGTACTCCGATATCTAGTAGCACAGTAGCAGACGGTGTGTACTA
TGCTTACAATAGAGGCAAGTTGATATTTTCAGCAGCAGGAACATCCCTAT
CTTGGACGAGCTGGTACCCAGTGATCTTTCCAGCTACTATGTCCCAGACA
ACGGCAGTAACTGGAATCAGAGACGGATCATCCATGCAAAGATGCAGAAC
GTGTCACTCAGGATCGCAAGTGGACTTCGTGATCGTCATGGAAAGAGCAA
GTGATGGTGATCGTACTTCCATCAGCTTAGCTAGCAGTAGCAATACACCA
AAGTACACTGGAGGATCTAGCTGTGCGACAGCAACTACCGCAGGAATAGC
TGCTCTAGTATGGGCACAAAATCCTGGGTCGAGTAGAGCAACAGTTCTGC
AAGCTCTCAAAGATGCTTCGCAGTACTACCCGAGTAGAAGCAGTGAATTT
GGATGGGGTAAGATTGATGCTCTGCAGGCGGTAGGTAATTTGTAGTATCA
AGAAAAACTTTTAGAATATGGAAGCCCACAAGTCATTTGATTTGTGGGCT
ATTTTATTAAGTAAATCTTGGTTAAAGTCAAATATCCTACCATCCGTGAT
ATAACATGGCGTGCCAGTAATGGAAAGATTTGATAGCCATAACTCACAGT
TTTCCGCTGAGCATTTCCCCCCTCCATCCACATACCACATTAACGTATAT
TTTTCTTCCTCTTGGTAGATATACTTAAAACCGTCTTTCCTTAGATTAAA
CAAGTTTCTGGTATTTAAGTCTGCATCATAAATTTTCAATTCTTTCAAGT
CCTTTGGAAATCGCCCATTATCACTTTTAAAGGAGTCTATTGAATTACAG
ATAGTATCTAATTTTCGACTTGTATTCTTGAGTTTCCAGTCGAATATTAT
TTCTCCAGTGAAATTGACAGTGATCAACAGCCCAAGTATAAAGCCAATTG
TAATAAGGCAATATCGATTCAATACGCTCTTGCTCACAAATTTGTAAACA
ACATACAGAAAACTTAAGAAAAGAATGCTCGTTGAAATGGGGATTGCAAT
TCCATCTATGTAAGTAACAGTTGGAAGTGGGCAACCTAGAAAACCCTGAA
AGTGTTTGCAACAGAATTCAAAGAGAAAACCTATTGAAAGATATTTCACC
GAATGCTTTGATAATATTGGCTTGCTAATGATCTGATTCATTCATATGTT
TGAATAGGATTTACCGGCACCGTCAACGGAGTATGGTGACAACATCACAC
TAAAACTTCAGGCTAAGCCCCACTGTAACACTTCGCCCGAGATCATCGGC
AAAATATCGCTGTCTATTGAGGTAGTCTCGGTACTGTGCATTGGGGAGAT
TGTCCGCTTTCTTTTTTCACAACTTAAAGTTCTGACTTCTTAGCCTATTT
TTAAACTAAGTCGTAGTTTAAGTTGCACTTATCACTTGATCACAGCATCT
AGTTATCTCACCACTACAAAAGAAATCACCTCACTATAAATCTGCATATT
CACTTGCATCTGATAAGTACCAGACACAAAGGTTCTAGTATCCAGCCTTG
TCAAATCTTGACCTTGTACTTGCTTTTCTAAAATTAGTTTTCCAGATGCA
TCAAGTATCGTGATTTTCATTGGTCCGTATGACTCTATTTTTGAGTCTAT
CATTATGTAGTCGGTAGCAGGATTGGGGTACACCTGTAAAAGAGTTTTTT
TGATGTTTTCATCAACGGCAGTCACGTATAGCAGTATCGAGGTACTAGAT
TGACAACCTACGGAATCCGTTACAATCACATCATATAACCCTTCAAAAAG
ATCAGTAGCTTCGAGACCGCTTGCGACGATTTCTCCTTCTAAAAGCCACT
CTACGTCATAAGGAGCTGTACCTCCACTCACTTCAATCATAGCAAATCCT
GTGCCGTCAGACTTTGCATCTACGGCAATAGTCTCGATCTGTATCTCATC
CGGACTGCCTACTACGATCTCGCTCTGAAGCAAACAGCCGTTTTCATCAA
CGACTGTCAGTGG

Synonyms

The feature 'aconitate hydratase' has the following synonyms


Synonym
Tk01943

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