mRNA_P-littoralis_Contig759.6.1 (mRNA) Pylaiella littoralis U1_48

You are viewing an mRNA, more information available on the corresponding polypeptide page

Overview
NamemRNA_P-littoralis_Contig759.6.1
Unique NamemRNA_P-littoralis_Contig759.6.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: D8LML6_ECTSI (GBP1, guanylate-binding protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LML6_ECTSI)

HSP 1 Score: 672 bits (1734), Expect = 1.530e-226
Identity = 374/629 (59.46%), Postives = 464/629 (73.77%), Query Frame = 2 
Query:  320 EARQAHKAATKTQAQADCDAHQAWK-AVKQAQELAASAQAQIFQEAQQEFARALEAAGKNDSKAAEDXXXXXXXXXXXXGVRNQQTQRDIQQTAAVVVEEPVMMIPGRPAAVKWVLADREGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKVVD-KGKYVAAFGHLIILVRDVAEKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGAVPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQEVQYALVQFDDMLGSTLGGDFTLSTLETTTALEDASKIVYDQFKAATEGISASIAENAKQELEKRLLPKAEVVAGNQESKRHELKNRMRAIACQHEADIAQEARALSIPMDETVLEGIWKQLVSAHFVALEEALQKMVTTKGDITENDVVRTDLLEELGWAMSRKEFEDLNIDTHLSLQGLNRSAAAGKEDREARKRAE 2200
            EA+QAH+  T  + QAD DA QAWK  +++ QEL ASA+AQI  EAQ+E ARA+E AGK+D +AAE               R  + Q  ++Q          +++PG P A  WV+AD++ G LR  +EA Q L  +P GQ LNI+TILG AR+GKSFLMN+LTG +++F VSP+V PCT GAD+SPFL  LSDF + GG+ +        +P IA VDMEGQGDKS EHGVRLATTFLVVSKVVIYNWM LPNK TMLQDLL+MVKAAEKVV+ +GK   AFGHLIIL+RDV  +A E +  VMG ED    LS+      ++RN IR  L++ FESI  HTMPSPHA+I +GAVPLS VTPEFS SL +LRR I+ +LAS HTFA+++IAGGQ +N+IVG LC++INETG ICPPSVL+AID+A+ +QEVQ ALV+FD MLGST GG F LSTLET TAL++A K V  QF  A+EGIS  I E+AK+ELE R+ PKAEVV+ NQESKRHELK+RMRAIAC HEA++A++ARA S+P+D+ VLE  W QLV++HF  LE  ++ +VT +   T  + VRTDLL ELGWA +RK+F DL    HLSLQ LNR+AAAGK+DREAR++AE
Sbjct:   14 EAKQAHETVTSLEGQADFDAQQAWKETIRRTQELNASAEAQIMGEAQKELARAVEGAGKHDIEAAEKAARNVGELVKEAESRKVEAQTYLEQATFCAQAPHAVVMPGSPTAKNWVIADQKCGVLRVKHEACQLLNTVPAGQPLNIVTILGAARRGKSFLMNALTGHDDLFPVSPNVAPCTAGADISPFLASLSDFERAGGSQTSHIPPVTPKPTIAFVDMEGQGDKSNEHGVRLATTFLVVSKVVIYNWMFLPNKTTMLQDLLVMVKAAEKVVNGEGKREHAFGHLIILLRDVTGRAAETEAFVMGIED-TEDLSFEAAKDGAERNLIRTTLKKAFESITFHTMPSPHANIERGAVPLSAVTPEFSASLGQLRRIIAGYLASSHTFAKKEIAGGQRMNDIVGGLCKSINETGKICPPSVLEAIDIARVDQEVQRALVEFDKMLGSTFGGHFALSTLETNTALDEARKHVLQQFSVASEGISVGIVEDAKKELEDRVSPKAEVVSRNQESKRHELKSRMRAIACGHEANVAEKARAFSLPLDQNVLEDQWNQLVASHFGELELDIKSLVT-ENTPTGGEFVRTDLLNELGWADTRKDFNDLVKGAHLSLQELNRAAAAGKDDREAREKAE 640
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: D7FYG1_ECTSI (GBP3, guanylate-binding proteins n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FYG1_ECTSI)

HSP 1 Score: 452 bits (1163), Expect = 3.990e-143
Identity = 284/659 (43.10%), Postives = 384/659 (58.27%), Query Frame = 2 
Query:  635 GRPAAVKWVLADREGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKV-VDKGKYVAAFGHLIILVRDV------AEKAKEIKELVMGYEDMAAGLS-WNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGAVPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQEVQYALVQFDDMLGSTLGGDFTLSTLETTTALEDASKIVYDQFKAATEGISASIAENAKQELEKRLLPKAEVVAGNQESKRHELKNRMRAIACQHEADIAQEARALSIPMDETVLEGIWKQLVSAHFVALEEALQKMVTTKGDITENDVVRTDLLEELGWAMSRKEFEDLNIDTHLSLQGLNRSAAAGKEDREARKRAEXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXKASRDAQKQSESLFAAMMPMMMMAGMGGGGGGITGXXXXXXXXXXXXXXXXXXXXXXXXX--------RNLTFYRGGQFVPGGGRSPKGGGWF 2563
            G   A+KWVLAD E GPLRAT  A   L  +P  Q LNI+TI+G ARKGKSFLMN LTG + +F  S + +PCT GADLS  +M L+DF +G G+ S     +PSEP I  VDMEGQGDKST+H VRLAT FL+VSKVVIYNWMSLPNK+ ML++L +MV+AA+KV     K    FGHLIIL+RDV      +++A+E++ LV+  E   AG +   D  A+ +RN IR  L+E F SI +H MP PH D     V  + +  +F+ S+D+LR  I+ HL +PHTFA ++IAGG H + IV  LC A+N T ++ PPSVL+AI + +A Q V  ALV FD+ L S  G +  LST +  +A+E A    +++F  AT+GIS  IA+  +  LEK++LPKAEVV  NQE KR EL N++ A+  + +A I+++   L IPM++  L   W +LV++HF  LE   +KMVT       +D +  DLL EL W++S  +F++L    H  +Q LNR A  GK +  A+++AE                                    KA++ A++  E+   A                   XXXXXXXX                         R  TFY+GGQF+PGGG +PKGGG++
Sbjct:    7 GASTAIKWVLADNEAGPLRATEGAGDVLAGVPQDQPLNIVTIVGNARKGKSFLMNQLTGHDGMFRASANTEPCTAGADLSSIVMSLTDFRRGSGSSSKASGPSPSEPAIVFVDMEGQGDKSTDHDVRLATPFLLVSKVVIYNWMSLPNKHRMLEELEVMVQAADKVSTQNNKGERDFGHLIILMRDVGRAESESDRAEEVRRLVLDSEQAGAGRTKLADRRAMDERNTIRDGLREGFASITIHAMPRPHPDCGDRVVAKAEIDSKFNVSVDQLRDIIAGHLGTPHTFAGKKIAGGTHTHEIVDGLCAAVNSTEDVSPPSVLEAIYIRRAAQAVADALVTFDETLTSVFGDNLVLSTQDIKSAIEGARVYSFEEFGDATKGISDDIAQAHRTALEKQMLPKAEVVLRNQEEKRRELDNKLEAMVHEAKASISKKVGELDIPMEDAALVKKWDELVNSHFEDLENDTKKMVTL------DDTIDEDLLAELKWSVSEAKFKELIEGIHEHVQELNRMAIEGKNNALAKEQAEEKAKEFAGKAEALSQDVA------------------KANKRAEQAREAAAQAXXXXXXXXXXXXXXXXXXXXXXXXXXXQSSCMPEAQSKGTTRSRSRPAAGKGRVRTFYKGGQFIPGGGHAPKGGGYY 641
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: D8LML7_ECTSI (GBP2, guanylate-binding protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LML7_ECTSI)

HSP 1 Score: 449 bits (1154), Expect = 5.180e-142
Identity = 264/535 (49.35%), Postives = 349/535 (65.23%), Query Frame = 2 
Query:  647 AVKWVLADREGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKVVD-KGKYVAAFGHLIILVRDVAEKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGAVPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQEVQYALVQFDDMLGSTLGGDFTLSTLETTTALEDASKIVYDQFKAATE--------GISASIAENAKQELEKRLLPKAEVVAGNQESKRHELKNRMRAIACQHEADIAQEARALSIP--------MDETVLEGIWKQLVSAHFVALEEALQKMVTTKGDITENDVVRTDLLEELGWAMSRKEFEDLNIDTHLSLQGLNRSAAAGKEDREARKRAE 2200
            AVKWV      G L+AT EA + L  + + Q L+++TILG AR+GKSFLMN+LT  +NVF VSP+V PCTEG DL P LMPLS+F +G   +      +  +P I  VDMEGQGD+S E  VRLAT FL+VSKVVI+NW+ LPNK+T+L+ L++M+KAAEKV   K K    FGHLI+++RDV +KA EI+ L+M  ED   GL+  D   V++RN IRKRL+ VF+S  VHTM  PH DIA  AVPLS V+P F+TSLDELR TI++HL +PHTFA + IAGGQ +++IV  LCEA+N TG+ICPPSVL+AIDM   ++E + ALV FD M+ S   G    ST E T  + DA +  ++QF  AT+         IS+ I +   +EL +++ PKA VVAG+Q++KR EL  +M+A     EAD++  A   +          +DE  L   W QLV + F AL++ L+KM T       N VV   LL ELGW +S K+FE L   T   +Q  NR+A A +EDR+A++ AE
Sbjct:    4 AVKWVTVT--DGRLQATEEACERLSNVSDDQSLSVVTILGAARQGKSFLMNALTRSDNVFRVSPEVYPCTEGVDLFPILMPLSEFKRGSARNITHLPSSSPQPTIGFVDMEGQGDRSDERDVRLATPFLLVSKVVIFNWLGLPNKSTILERLVVMIKAAEKVSRRKNKGEPMFGHLILVMRDVKQKAAEIEALIMDDED--GGLTHEDAEGVTERNLIRKRLRAVFKSTVVHTMHRPHPDIADEAVPLSEVSPGFTTSLDELRDTIAEHLTTPHTFAGQPIAGGQRLHDIVRGLCEAVNSTGDICPPSVLEAIDMRCTQEEKEKALVLFDAMISSARNGVLVFSTREVTRTINDAREKAFEQFDQATQVPATPSMQAISSRITKGVHEELVEQMSPKAAVVAGSQDTKRRELSAKMQARVSSAEADVSGTALGWNAMNEDGDPTGIDEHNLNTQWNQLVRSTFQALQKDLKKMATV------NRVVNEALLHELGWNLSTKQFEGLVKGTRTQVQERNRTALAREEDRKAKEAAE 528
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: D7FYG2_ECTSI (GBP4, guanylate-binding proteins n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FYG2_ECTSI)

HSP 1 Score: 217 bits (553), Expect = 1.020e-56
Identity = 151/412 (36.65%), Postives = 213/412 (51.70%), Query Frame = 2 
Query:  644 AAVKWVLADREGGPLRATYEARQTLMEIPNGQL-LNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHS---------GRGKLTPSEPI-IALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKVVDKGK-----YVAAFGHLIILVRDVA--EKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQG------------------------------------------------AVPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQEVQYALVQFDDMLGSTLGGDFTLSTL 1681
            +AVKWV  + E   L+ +  A   L+        +N+++ILGPAR GKS LMN+L G  + F +S  VK CT+G DLS  ++ L+DF       S          RG   P E I +A  D+EGQGD+  EH VRLAT FL++SKV+I+NW+  PNK TML+ L +MV A +K+  +       +   FGHLIIL RD++  EKA+EI+EL++  ED  AG S  D    ++RN IR  L+  FESI V T+P PH  I                                                   A+PLS  TP+F  ++ +L+  I + L  PH F    I GG  I+N++ +LC+A+N+  +I PPS+L AID+ K ++    ALV F+  L    G  + +  L
Sbjct:    5 SAVKWVSTNPEA-KLKVSPAATNLLVSSTRPAAPVNLVSILGPARNGKSSLMNTLVGTGDTFAMSDSVKACTKGGDLSRSVVRLADFENTDRYQSDWATFRSTPNRG---PDEDIYVAFADVEGQGDECEEHDVRLATPFLLLSKVIIFNWLGRPNKTTMLEKLEVMVLATDKIKQQDGDGGCFHEKVFGHLIILARDLSGPEKAEEIRELLLNDED--AGPS-KDRKGATNRNTIRAGLRNSFESIVVRTLPVPHPSITGTFLCRPPHVVADFHHSYHNYRELFTIKTLFPSPSHPVCLRSAARSELGTAIPLSDFTPKFKATVKDLKVDIVEMLRIPHFFGGSPILGGDTISNVMTSLCDAVNDAKDISPPSLLQAIDLQKVQKAKADALVLFELFLDEVSGRPYNVRRL 409
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: A0A6H5JJR4_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JJR4_9PHAE)

HSP 1 Score: 189 bits (481), Expect = 3.180e-48
Identity = 144/405 (35.56%), Postives = 203/405 (50.12%), Query Frame = 2 
Query: 1046 VVIYNWMSLPNKNTMLQDLLLMVKAAEKVVD-KGKYVAAFGHLIILVRDVAEKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGAVPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLD------------------AIDMAKAEQEVQYALVQFD--------------------DMLGSTLGGDFTLSTLETTTALEDASKIVYDQF--KAATEGISASIAENAKQELEKRLLPKAEVVAGNQESKR--------HELK-----NRMRAIACQHEADIAQEARALSIPMDETVLEGIWKQLVSAHFVALEEALQKMVTTKGDITENDVVRTDLLEELGWAMSRK 2098
            VV++NW+ LPNK+T+LQ LL+M+KAAEKV   K K    FGHLI+++RDV +KA EI+ LV+  ED   GL+  D   V++RN IRKRL +                   GAVPLS V+P F+T LDELR T ++HL +PH FA + I GG+ +++IVG LCEA+N TG+IC P  ++                   I++    + +  +LV  D                    D   +   G    ST   T  + DA +  ++QF   A    IS+ I +  ++EL +++ PKA VVAG+Q++KR        H+ K      R       +           S  +DE  L+  W QLV + F AL +  +KM         N VV   LL ELGW +SRK
Sbjct:    3 VVLFNWLGLPNKSTILQRLLVMIKAAEKVSRRKTKDEPIFGHLILVMRDVKQKAAEIEALVIDDED--GGLTHEDAEGVTERNLIRKRLGD-------------------GAVPLSEVSPGFTTLLDELRDTTAEHLTTPHMFAGQPITGGERLHDIVGGLCEAVNSTGDICFPRPVERESATCYGAKRSRGNETPGIEVTGVAEHIFVSLVACDGTRLLWKRVVVLIVPAHFPLDSGRALCAGVLVFSTRAVTRTINDAREKAFEQFCLSAVLRAISSRITKGVQEELVEQMSPKAAVVAGSQDTKRRARCKRGYHQPKPTFPGRRWVGTRPSNRMPFQINGNGKSTGIDEHELDMKWNQLVGSTFQALHKDFKKMTLV------NRVVNEALLHELGWNLSRK 380
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: A0A067BQ42_SAPPC (GBP domain-containing protein n=2 Tax=Saprolegnia TaxID=4769 RepID=A0A067BQ42_SAPPC)

HSP 1 Score: 171 bits (432), Expect = 1.350e-39
Identity = 115/360 (31.94%), Postives = 183/360 (50.83%), Query Frame = 2 
Query:  647 AVKWVLADREGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKV-VDKGKYVAAFGHLIILVRD---VAEKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGA--VPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQEVQYALVQFDDMLGSTLGGDFTLSTLETTTALEDA 1708
            AVKW+  DR G  +     A Q L  +P  Q +N+++I G AR+GKSFLMN L   +++F +S + +PCT+G DLS   MPL++F +  G  S      PS   +  VD EGQGD+   +  RL +  L+ SKVVI+NW      + ML  L ++ KAA+ V +  G     FGHL I+ RD   V    +++ + +   E          +  V +RN  R  L + FESI V   PSP    AQ +  +    + P F T + +LR+T+S  L +P  F    + G   ++ ++  + E +N+   I P S+  ++  A+A+++ +    +   M  + L  +  +ST   ++   DA
Sbjct:    7 AVKWLGMDRHG-KMAVAPAAEQVLKPLPEAQPINLISIFGAARQGKSFLMNLLANQQDLFRISNEKEPCTQGVDLSSHFMPLAEFSRQNGNTS-----IPSSMKVGFVDAEGQGDRDITYDSRLVSPVLLTSKVVIFNWKDSLQADRMLNLLAVLAKAAQNVELADGDNRKVFGHLHIVFRDWNFVNTTPEQVYDTLFKKEK-------GGDKEVGNRNLARHELVDAFESIQVWLFPSPVVSTAQLSERIRFDQLQPSFQTQMRDLRKTLSNQLKTPMQFNDHTLTGPV-LSEMIPLVAEILNDNRVIMPESIYASMRRAEAKKKQRECEEEMQRMCDALLQSETLVSTTAFSSQATDA 352
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: A0A836CEI3_9STRA (GBP domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CEI3_9STRA)

HSP 1 Score: 168 bits (425), Expect = 2.280e-39
Identity = 111/309 (35.92%), Postives = 173/309 (55.99%), Query Frame = 2 
Query:  743 LNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEP-----IIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKVVDKGKYVAAFGHLIILVRDVAEKAKEIKELVMGYEDMAAG----------LSWND------EAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQ-GAVPLSTVTPEFSTSLDELRRTISQHLASP-HTFAQRQIAGGQHINNIVGALCEAINETG-NICPPSVLDAIDMAKA 1597
            L ++TILG AR+GKSFLMN L G ++ F VS  V PCT G D+S   + ++ F  G   HS       S P     ++ + D+EGQGDK+  + ++LA   L++S VV++NW+ +PNK+TM+  L LM KAA  +VD+     AFGHL++++RD      E  +++ G E  A+G          +S  D      EAA+ DRN  R+ L+  F S  + T+P PH +  + GA+P+S  T +F  + + LR  I   LA P H F    I        + G + +A+N+   ++ PP++++A+ M++A
Sbjct:   72 LRLVTILGAARQGKSFLMNYLQGSDS-FTVSGAVAPCTCGVDISSAALTVAAFANG---HSTSRLSVDSSPPTEGGLVMVADVEGQGDKNNGYDLKLAVPMLLLSNVVLFNWLGMPNKDTMVNQLALM-KAAADIVDRSNRKNAFGHLVVVLRDCTSSRHECFDIIFGME--ASGCVYLPLPDSVISPEDADTDKAEAAMRDRNCAREALKRAFTSTALFTLPVPHPEATRRGALPISDATQDFVDAAEGLRAHIVSCLARPPHAFGNEVITSAIACGALPG-IVKAVNDGAKDLSPPTIVEALHMSRA 372
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: A0A6G0XQZ7_9STRA (GBP domain-containing protein n=1 Tax=Aphanomyces euteiches TaxID=100861 RepID=A0A6G0XQZ7_9STRA)

HSP 1 Score: 167 bits (422), Expect = 2.300e-38
Identity = 110/325 (33.85%), Postives = 168/325 (51.69%), Query Frame = 2 
Query:  647 AVKWVLADREGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKV-VDKGKYVAAFGHLIILVRD---VAEKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGA--VPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQ 1603
            AVKW+  D++G    +   A + L  +P  Q +N+++I G AR+GKSFLMN L   +++F +S + +PCT+G DLS   MPLS F    G          S   +  VD EGQGD+   +  RL +  L+ SKVVI+NW      + ML  L ++ KAA+ V + +G+    FGHL I+ RD   +     E+ + +   E  A+         VS+RN  R  L E FESI++   P P    AQ +  +    + P F   L ELR TISQ L  P  F Q+ + G + +  ++    E++N+   I P S+  ++  A+ ++
Sbjct:    8 AVKWLGMDKDGKMTVSPAAALKVLQALPENQDVNLISIFGAARQGKSFLMNLLANQQDLFRISNEKEPCTQGVDLSSHFMPLSSFSTINGCPR-----VNSSMSVGFVDAEGQGDRDITYDSRLVSPVLLASKVVIFNWKDSLQADRMLNLLAVLAKAAQNVELAEGETRKVFGHLHIVFRDWNFINTTPTEVHDTLFKKEKGAS-------REVSNRNLARHELVEAFESINIWLFPLPVVSTAQLSERIRFEQLQPSFQKKLRELRTTISQQLEEPMLFNQQPLTG-RTLAEMMPLFAESLNDNRVIMPESIYSSMRRAEGKK 319
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: A0A1W0A876_9STRA (GB1/RHD3-type G domain-containing protein (Fragment) n=1 Tax=Thraustotheca clavata TaxID=74557 RepID=A0A1W0A876_9STRA)

HSP 1 Score: 165 bits (417), Expect = 9.290e-38
Identity = 110/350 (31.43%), Postives = 184/350 (52.57%), Query Frame = 2 
Query:  647 AVKWVLADREGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKV-VDKGKYVAAFGHLIILVRD---VAEKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGA--VPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQEVQYALVQFDDMLGSTLGGDFTLST 1678
            AVKW+  DR G        +++ L  +P  Q +N+++I G AR+GKSFLMN L   +++F +S + +PCT+G DLS   +PL++F +  G    + K+     ++  VD EGQGD+   +  RL +  L+ SKVVI+NW      + ML  L ++ KAA+ V + +G+    FGHL I+ RD   +    +++ + +   E    G+S    + VS RN  R  L + FESI +   P P    AQ +  +    + P F T L +LR+T++  L  P  F Q+ + G + ++ ++  + + +NE   I P S+  ++  A+A++       +   +  S L  D  +ST
Sbjct:    1 AVKWLGMDRYGKMAVDPAASKRVLKSLPPDQPINLISIFGAARQGKSFLMNLLANQQDLFRISNEKEPCTQGVDLSSHFVPLTEFSRQNGCPPVQSKM-----MVGFVDAEGQGDRDITYDSRLVSPVLLSSKVVIFNWKDSLQVDRMLNLLAVLAKAAQNVELAEGENRKVFGHLHIVFRDWNFINTTPEKVFDSLFKKEK---GVS----SEVSTRNLARHELIDAFESIQIWLFPVPVVSTAQLSERIRFEQLQPSFQTQLRDLRKTLASQLKEPMPFNQQALTG-RTLSEMIPFVADILNENKVIMPESIYSSMRRAEAKKLQSECEEEMQQVCKSLLASDKLVST 337
[Close]
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Match: W4FWA2_9STRA (GBP domain-containing protein n=2 Tax=Aphanomyces astaci TaxID=112090 RepID=W4FWA2_9STRA)

HSP 1 Score: 164 bits (416), Expect = 1.220e-37
Identity = 107/325 (32.92%), Postives = 170/325 (52.31%), Query Frame = 2 
Query:  647 AVKWVLADREGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFENVFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALVDMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKAAEKV-VDKGKYVAAFGHLIILVRD---VAEKAKEIKELVMGYEDMAAGLSWNDEAAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGA--VPLSTVTPEFSTSLDELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSVLDAIDMAKAEQ 1603
            AVKW+  DR+G    +   + + L  +P    +N+++I G AR+GKSFLMN L   +++F +S + +PCT+G DLS   MPL  F +  G       ++     I  VD EGQGD+   +  RL +  L+ SKVVI+NW      + ML  L ++ KAA+ V + +G+    FGHL I+ RD   +     E+ + +   E  A+         VS+RN  R  L E FESI +   P P    AQ +  +    + P F + L ELR+T+SQ L  P  F Q+ + G + + +++    E++N+   I P S+  ++  A+ ++
Sbjct:    9 AVKWLGMDRDGKMTVSPSTSLKVLHALPERHNVNLISIFGAARQGKSFLMNLLANQQDLFRISNEKEPCTQGVDLSSHFMPLEAFSRINGCPP----VSSPNMSIGFVDAEGQGDRDITYDSRLVSPVLLASKVVIFNWKDSLQADRMLNLLAVLAKAAQNVELAEGETRKVFGHLHIVFRDWNFINTSPTEVHDTLFKKEKGAS-------KEVSNRNLARHELSEAFESISIWLFPLPVVSTAQLSERIRFEQLQPSFQSKLRELRKTMSQQLQDPMLFNQQPLTG-RKLADMMPLFAESLNDNRVIMPESIYSSMRRAEGKK 321
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig759.6.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D8LML6_ECTSI1.530e-22659.46GBP1, guanylate-binding protein n=1 Tax=Ectocarpus... [more]
D7FYG1_ECTSI3.990e-14343.10GBP3, guanylate-binding proteins n=1 Tax=Ectocarpu... [more]
D8LML7_ECTSI5.180e-14249.35GBP2, guanylate-binding protein n=1 Tax=Ectocarpus... [more]
D7FYG2_ECTSI1.020e-5636.65GBP4, guanylate-binding proteins n=1 Tax=Ectocarpu... [more]
A0A6H5JJR4_9PHAE3.180e-4835.56Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA... [more]
A0A067BQ42_SAPPC1.350e-3931.94GBP domain-containing protein n=2 Tax=Saprolegnia ... [more]
A0A836CEI3_9STRA2.280e-3935.92GBP domain-containing protein n=1 Tax=Tribonema mi... [more]
A0A6G0XQZ7_9STRA2.300e-3833.85GBP domain-containing protein n=1 Tax=Aphanomyces ... [more]
A0A1W0A876_9STRA9.290e-3831.43GB1/RHD3-type G domain-containing protein (Fragmen... [more]
W4FWA2_9STRA1.220e-3732.92GBP domain-containing protein n=2 Tax=Aphanomyces ... [more]

Pages

back to top
Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig759contigP-littoralis_Contig759:55824..94715 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D8LML6
Model size3126
Max annot lvl2880.D8LML6|-
Hectar predicted targeting categoryother localisation
Exons10
Evalue2.88e-230
EggNOG OGsKOG2037@1|root,KOG2037@2759|Eukaryota
DescriptionGTPase activity
Cds size2496
COG categoryS
Relationships

The following polypeptide feature(s) derives from this mRNA:

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig759.6.1prot_P-littoralis_Contig759.6.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig759 56325..94155 +


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

Feature NameUnique NameSpeciesTypePosition
1680791564.0476747-UTR-P-littoralis_Contig759:55823..558651680791564.0476747-UTR-P-littoralis_Contig759:55823..55865Pylaiella littoralis U1_48UTRP-littoralis_Contig759 55824..55865 +
1680791564.0594666-UTR-P-littoralis_Contig759:56296..563241680791564.0594666-UTR-P-littoralis_Contig759:56296..56324Pylaiella littoralis U1_48UTRP-littoralis_Contig759 56297..56324 +
1680791564.170243-UTR-P-littoralis_Contig759:94155..947151680791564.170243-UTR-P-littoralis_Contig759:94155..94715Pylaiella littoralis U1_48UTRP-littoralis_Contig759 94156..94715 +


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

Feature NameUnique NameSpeciesTypePosition
1680791564.0711386-CDS-P-littoralis_Contig759:56324..564271680791564.0711386-CDS-P-littoralis_Contig759:56324..56427Pylaiella littoralis U1_48CDSP-littoralis_Contig759 56325..56427 +
1680791564.080959-CDS-P-littoralis_Contig759:76285..771571680791564.080959-CDS-P-littoralis_Contig759:76285..77157Pylaiella littoralis U1_48CDSP-littoralis_Contig759 76286..77157 +
1680791564.0902894-CDS-P-littoralis_Contig759:81883..822081680791564.0902894-CDS-P-littoralis_Contig759:81883..82208Pylaiella littoralis U1_48CDSP-littoralis_Contig759 81884..82208 +
1680791564.0992794-CDS-P-littoralis_Contig759:84028..842241680791564.0992794-CDS-P-littoralis_Contig759:84028..84224Pylaiella littoralis U1_48CDSP-littoralis_Contig759 84029..84224 +
1680791564.1109178-CDS-P-littoralis_Contig759:84535..846241680791564.1109178-CDS-P-littoralis_Contig759:84535..84624Pylaiella littoralis U1_48CDSP-littoralis_Contig759 84536..84624 +
1680791564.1239228-CDS-P-littoralis_Contig759:84886..849781680791564.1239228-CDS-P-littoralis_Contig759:84886..84978Pylaiella littoralis U1_48CDSP-littoralis_Contig759 84887..84978 +
1680791564.1358414-CDS-P-littoralis_Contig759:85482..856441680791564.1358414-CDS-P-littoralis_Contig759:85482..85644Pylaiella littoralis U1_48CDSP-littoralis_Contig759 85483..85644 +
1680791564.1452608-CDS-P-littoralis_Contig759:93321..935321680791564.1452608-CDS-P-littoralis_Contig759:93321..93532Pylaiella littoralis U1_48CDSP-littoralis_Contig759 93322..93532 +
1680791564.1557558-CDS-P-littoralis_Contig759:93709..941551680791564.1557558-CDS-P-littoralis_Contig759:93709..94155Pylaiella littoralis U1_48CDSP-littoralis_Contig759 93710..94155 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig759.6.1

>prot_P-littoralis_Contig759.6.1 ID=prot_P-littoralis_Contig759.6.1|Name=mRNA_P-littoralis_Contig759.6.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=832bp
MLVKKVDRPPVDEALLDKVRRNMSKALASEKFIKGMQQNTQQLNGVACTG
EKGSKSRGNEEKRMAEMVEQVEKHNTDLEVTRKEARQAHKAATKTQAQAD
CDAHQAWKAVKQAQELAASAQAQIFQEAQQEFARALEAAGKNDSKAAEDA
GRRVAALVEEVGVRNQQTQRDIQQTAAVVVEEPVMMIPGRPAAVKWVLAD
REGGPLRATYEARQTLMEIPNGQLLNILTILGPARKGKSFLMNSLTGFEN
VFGVSPDVKPCTEGADLSPFLMPLSDFMQGGGAHSGRGKLTPSEPIIALV
DMEGQGDKSTEHGVRLATTFLVVSKVVIYNWMSLPNKNTMLQDLLLMVKA
AEKVVDKGKYVAAFGHLIILVRDVAEKAKEIKELVMGYEDMAAGLSWNDE
AAVSDRNRIRKRLQEVFESIDVHTMPSPHADIAQGAVPLSTVTPEFSTSL
DELRRTISQHLASPHTFAQRQIAGGQHINNIVGALCEAINETGNICPPSV
LDAIDMAKAEQEVQYALVQFDDMLGSTLGGDFTLSTLETTTALEDASKIV
YDQFKAATEGISASIAENAKQELEKRLLPKAEVVAGNQESKRHELKNRMR
AIACQHEADIAQEARALSIPMDETVLEGIWKQLVSAHFVALEEALQKMVT
TKGDITENDVVRTDLLEELGWAMSRKEFEDLNIDTHLSLQGLNRSAAAGK
EDREARKRAEETTKQLAEQADKLQKEVQVAQKQANEAETAAREAQAKASR
DAQKQSESLFAAMMPMMMMAGMGGGGGGITGGGVGYSGMGGGSNYMGGGT
NSAGGSRNLTFYRGGQFVPGGGRSPKGGGWF*
back to top

mRNA from alignment at P-littoralis_Contig759:55824..94715+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig759.6.1 ID=mRNA_P-littoralis_Contig759.6.1|Name=mRNA_P-littoralis_Contig759.6.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=38892bp|location=Sequence derived from alignment at P-littoralis_Contig759:55824..94715+ (Pylaiella littoralis U1_48)
CTTCTATATCGCCACCCCGAGCTCCCTCCCGTTCCCTGGCTGGTAAGAAA
CTTCCTGTTGCTTCGACATTATATAGTGCATGTAGTACATACATCATCCG
AGTACAATACGATATAAAAGGAACTTGATATGATTATATCGTGTGTTGGT
TGGACCGTGGTGTTGTTGTTGATTATCTCCCTAGCTCGCCGCCTGTGGTC
TCAAAAAAAATGCTGAATCCTCGAACCCTCGAGGAAAATCAGGCATGTTA
GACTCAGGAAGAAGAAGAAGAAGACGTTGAAGAAGTGAAAGAAAGATGGA
ATGTACTCGTCGTAAACAAATTACATGCGAATTACTTGTACTCCGAGTAG
TATTCATCATAACAACTACAACAGAGCCACGGCCGCTTGAATCCACTTCG
CTTCTTACTGTATCCCCGCACATCCCGTCGTCATCCTCGCTATGCTGTGC
CGGTGACACGTTGTACCCGGCAGTATACCGAGCGCGACACAAATCGATAA
GATGTTGGTGAAGAAGGTAGACCGACCACCGGTCGATGAGGCTCTGCTAG
ATAAAGTGCGCAGGAACATGTCCAAGGCTTTAGCATCCGAGAAGTTCATC
AAAGGTGAGTTCTACCTCTCTCTTTCTGATAAATGCTACCAACCATGACG
TAGAGTTCAATGAAAAGGAGGAGGAGGAGGAGGAGGAGGAGAACATCACC
CCAGGCCACCCTTGATGTGGCTTTACTCGTTTGATTCCAGCAGCAGCACC
AGGAGTGTAATTGTAGTCCGGATCCGCCGGCCTTTATTTATTTCACAGCA
AGCAATGGTTCAAATCCAGAACCCTCACAAACCGAGAGACCCGGATAACT
TCATGCAGTGTTTAATCAGCTCAAAAGCTATTCTCGACCATCGCGGGACA
CGTCGGCGCCAAAACGCCGGTGTCCGTGCGTTTAAACGTACAACCTAAGT
GCCTGCCAACACTACTTGTTCATTTCTACGGCGGCCTCCCCTTGCCTCTG
TTACCGTTGTCATGTGTTTCGGATCCTACCGCAGCAGCAGTGATCTGATC
TTCTCCCGTGCAGCTAGACGAGCGTCCTTCCGTTTGAGTTCCCTCAACGT
TTTCCTATAATAGCCTCTCTATTTTCTCCTTGTTTTTTCGCCTTTTTTGG
GGTGACTACTTAACACTATTGGGTGGTCAGGTCATGACTCGGGCCATGCA
TCATTGATCATGACTCGAGTCTCGACTGTTTGATCATGACTAGCCATGAC
CGATCATGTGACTGGTCATGACGGATGGTCATGACAAACTGTTATCATGA
AAGGTCATGATTGATTGTGGTCATCACTGCGCTGTGGTCATGGCTAGTCA
TCACTAACTATTTTTATGATTATTGTGGCTATACACACGACGACTAAATA
ATATACACCTTATCTTCGATCCATGTTTAAGGGGCCGGTATGGAACAAAT
GTACGAAATATATATATTTCTCGCCACACACAGTACGTATATACCGATAT
TATATACCGAGATTACATATACCAATATTATTGCCATCATCCGTGACGTA
ATTGACTCTTCTTTCGTCATCCATGCTATTTAGTGGTGGCCACATAAATA
ATCGATATTATGTACTCGAAAGTTCAGAGTTAACATTATACTTGAGATGG
TTCAGATCTATAGTAACATACTTCGAAGTATATCATACTTCGTACTTCGA
AGTATATCATAAACCAGGTAGTATATAATATGCCGTGTGTTACGTTCATA
TTTTTCTAATTCGTTTCATCATGTCTATCTATCTATGTTATTATGTCTTA
TTCGCCCCCATGTTTCAGTTCGGTGTATATTACGCAGTACATTGGGCATG
GTATTATTGGGCATGGCACTCAACTGCATGTATGTATGTGATACACCTCG
TACCTGCAGCAAACAAGCTGGGTTCATCTGACCGCCTGTTATATGTGTGC
ATTATGTTGTACCATCAATCATCATTTCGTTTTTCTGCAGAAATGGTCGC
ATTCATTATTGTTCATTCATGTGAACCTTTGTGCAGCCTCCCAAATTTCG
TACCCATCTTGATCCCTATACGTATGCGAATCTACCACCAGTACCCTAAC
TTATTCGTACATACCTGGTATTATTTTTTGATATGTGGGAATAAACACAG
ACACCCACACACGCATCCACACACACACGCACGCACGCACGCACGGCCAA
TGAGAGTCTCCATAATATTATTTTGAAAATATACCAGGTATATAGGAATA
GTTCAAAAGCAATCACAAAGAAAGGCCGACGGCGGAGAGTTCACAGAGAC
GTATCATACGGCGCGCAAGACTTCGCGTCCTCACGGTCAAACTTGTACCA
TACTTGCATTATTTTTTGATATGGGAATAGTTCAAAAGCAACCACAAAGG
CCGACGGTGGAGAGTTCACATCCGCAGGGCGCGAAAAAGTTCGCGTCCGG
ACCGCCAAAGAGAGTAATCACAAAGAAGGCCGACGGAGCAGTAGCAGCAG
CAGTGTGTATGAGATCCTTAAGCTGTGTATGAAGGTACGTCGTTCACCCA
CACACTGTGATGTCCACCGAACCATATACTGGTATATATTAACTACACAC
GTGAAGACAGGACAGAACAGACAGGTAAAGAAGAAGTAAGGAGGAGGACA
CGGGGACCACATCACACAGACGTACTTGGTCCCCTCCTCCCATCGTATAC
ACGCATTCAGTATAAACGCTGAACGTGTGCGTGGGTCGCTCTTGTCGTTG
GGTGAAGTAGAGAGGCCTTCACCAGACTCACCAAGGAGTGTATTATTCCA
TATCACACGTACGAGTGAGAGGAGAGGCATATCCTCTCTCATCGGCGTCA
AACATAATTCCCCGCTTTTCCACCTCTACCTCCCGCAGCGCTGTCATCCT
AGGTGAACATGCCTTCCACTCCGTCACCAAACCCATTACGCAGATCTCCT
CTGGACTACATCTTTAGACTGGGCACGAGCACAATTCGATTAGCCCCCCT
GCTCGTGGCTCAGCCCTAATAGTTCGTCCTGGAGACAGAATACCAGAAGA
AACACTCAACAGTCAACACTCAAACAAACATAAATCCAACACATGATATC
CCCCTTGCCGTATCAAACTCAAACCATTGCTGACACTGCACTGAAGTTTA
ACGGCCACGCTTTCTGCAGTATACTTTTCAATCTAAATAAAATTCCGTCA
CCACAAAATACGAGACACAACTCGTTCCAAACACACAGCAGTGAAGCATA
GTTCAGTAAATCAGCCCCCCTGCTAGCATACGTCTTTTCTCGTAGTCCAA
AACTCGATGAGACCAGGTGAGAGTGAAAACTTCAAACTCCTTCGCTGTCT
TCATCGTCACCCTATCATGCCGTGAGCAAACACTTGTAAACCAAAACCAA
AACAAAACTCTACAAGCAGTCGAAATACTCTAGCCAAAATTAGCGGTTGA
TCACTCTATTCATTTTGAAACCATCGATATTCAACGGCAAACTCGTCTCA
TTTTTTTGCTACGGAATTCCCTAACACAATGATCTTCACCAAATTCTTCC
ACGCAATTCTCCTTGGTTAGACACAAAATCATCATCTCGAAAACAAAAAT
ACCCTCAAAGAAAGAAATTCATTCTCCGTGGACGATAAATCCAACAGAGA
ATGAAATTCGATGTGGGCCAGTGGCGGCAAATTGAAATAATATCGGCACC
GCAGATTACCAATCAGCTACTCTGAAAAACGGCTCCCCTGATCCAAGGAT
GCCCTCATGTTATATCGGACAACACCAGCTGGCAACAGCCCCCCTTGATA
AGATATTGCCTTCGATACAAAGAAAGCACTACATTTAGGCACGGGCACAA
CGGGATTAATATGTCGGTCTCGGATGATGAAACGCCAACAGATATCAAAG
TTTTCCTTACACCATAAAACAAAACTCTACATTCTGAATGCCTGTAAGCA
GCTCCTCTCGTCGCGGAGAAAAACTGCAGGTTAAAACCAGGCCACACCCC
CTCCGACTTCTAAGGAGGTGTCGAACCGAACTGCAAGAAACAAAGTTGTA
TCATTCAAACTTTTATTGTGTTGAGACGAGTACCGTGGTATCGGTATCAA
ATCCCCCCCCATTGTACTCGACAGCATTACGGGATTCTTTTCAACCAACA
TGGCATCACGCAAAAAATCAAAGCCAACGAATGATCAAAGTCAAACACCA
AAACCAAACTCCAAGTCCAAAACCAAAATCCAAAATCAGATCCAAAACCA
AAATCAAGTCCAAAACCAAATCCAAACCAAAATCAAATCCAAAACCAAAT
CCAAAACATAACCCGCACGTTTTTTGACCATTGCCTCGGCCACTGCTTTT
CTCCCCAGGCGGGTGCATTTTCACAACCTCCGCCGCGGCCGCTATTCTTT
CTTGCTGGCGTTGCTGCGGCTCGGGCTTCGTCACACTTGCAAGTCACACT
TGCAAATCCGCCTGGGGTGAAATAACACTTGTCTCTCCCGCAAAGGATCG
AAACTCGGCAGTAACGTCGGGCAGGTCACGCGTTCGGAAGGGGAAATTCG
GCAAATAAGTCGTCTGTTGCGATAGAAAAACCGTGCGTTGACATGACGAA
ATACTGCATACAATATCCCTCCCATGGACTGCTCAAAGCGAAAAACATAA
AGCCAATACTGTGTAGAATCAAATGCGCAATACCCCCCCGGTTCTGTGCA
GTATTGTGCGAAAGGAAAAAATAATTCCCGAGGGGATTCGCAAGTCTCTG
CATGTACAGCAGTTTACTACAATCAATCCTGGTTTATTCAGCAAAATGTA
TAATCAGATTCCAAACTCGAAAAAAAAAACTAAACTCGGCCCATACGCAT
CAGTTCACTTCGTGCGGTACTCACGATGCCGTTGTCAATAAACAATTTCC
AACGCCAAGATGAGTGTGAGCAAATGTGGCGATTTCGTGAAATATTCCAA
CAAACGCAGCGTAGAAAAATATTGTGCACGTTGTGTCTGTAAAGTGAGAC
GCTGGAATGCCGATGAAATGGTGCTGCAAACAAACAAATTCCGAGATAAA
AAATCAAGAACTTTATCGTTGCGAAGTGATATCGAACCATAAAACAGGAG
TACCACATGCTCGCAAAACGTTCAAAAATAATGAACATGCTAAATAGTTC
TGAGCGAGAAATGCTGTAAAATATCTCGATGACACAGCAGTTTCGAACCT
ACAGAAACCAAAACAAATTTCACTAGCACAACTTTCAGGCATAAATGACC
AGCACAACAAAAATTGTGGCAAAACACATGGAAAAAATCACACAAAATAA
ATCTCCATGACCCAACAGTTACTGCTGTAGAAAGCAATGTTCAACAAGCA
CAAAACAAACAATTCAAATCAAAAGAAACAAGATAACGTGCCTTGGGGGG
GTTTGAAACCCTAGCAGAAGGCGCGTCCCGGCGGTGATGTGCTGCTTTCC
ACCTCCAGAAGCCCATCACCCAAAACAAACTCGCTCGCCCACCACCCAAG
CACCACGCTGAAAGGCTTCCCGCGGTCAAAAGGCTGCTCCATTCTCAGGA
TCGCCTCTACTCTCCCCGCGCTTCGCGATGGGCACTTCCCCGGGTCAAAG
GGGTGATTCGAAAGTCCAAACCATGTCTCGTTTAACTCCTCATGGGAGTC
GTTGCTGCTGCTGCGGTCCTCTGCTCTGTCGCTGCTACTGCTACTGCTAC
TGCTGTGGTCGTTTTCATGGGCGCTAACGTCTGCGTCGTCTTTACCGGGG
TCGAAGGGGTGAGTTGCCTCCCAGCCATCATCACTGCTGTCCTCTAGGTC
GTCACTGCTACTGTTACTGCTGTGGCTGCTGCTGCTGCGGCTGCTGCTGT
CCGTGGCGCTGCCGCTATCGATGCTGCTGCTACTGCTGTCGTTACTGCTG
CTGTTGCGGTCCCCTGCGCTGTCGCTGCTACTGTTACTGCTGTCGCGGTC
GTGTACAATGGCGCTGCCCACTCCGTCGTCCTCACTGCGGTGTCGTCGCA
CACCGCTGGAGCTGTCGCAGGGATATACGGCGATAACCGGTAACTTGATG
GCGGCCGCGGTGGCCCAGGCGGAGGCGAGATCGCTCCGGCGGCGACCGAC
CACGGCGACGGAATCGCAGGCACGAGCGGCGGTGCCGACGGGCTCGACAG
CGGCGGCGGCGGCGACGACGGGGACGGTGGCACATACTGAACCGGTGGTG
GCTGCTGACTGGACGGCAGCAGAGTCAGTCACGGGGACGGCGTCGGGGAC
GGCCTCGCAGTCTAGAGCGGTGGCAACGACGGGCTCGACGGCGGCAGCGG
CGGCGGCCGGAACGGTGGTACAGGCTGAAACGGCGGCTGCTGCTGGCTGG
ATGGCCGCGGCGACAGGAACGGATATTGCAGGCTTGAGCGGGCTTGTCGG
CGGCGAAGTAATCGGTAATGCAGTCGGAAGCGGAGAGGCTATCGGCGAGG
CTAATCGCTGCCTCAACGGTGGGCTCCTCTTTGGCTGCGTCGATTCTCCA
CTGTGCTTTCCATATTCCAAATAGCATGGATGCACACCGCCTTTTGTCCC
TCTCCAATCTCCATTCAAATTCTGAATAGAGTAGTGTAAACCTTGGGTTT
TGAAAGGCCGCGCAGATGCCACTTTCGTAGTTCATGACAAACGGAAGCTC
ACGAAGAAATGCCTCTTGGTGGTTGTAGGAACGGCTGGCCCACCAATTTT
CGATCTCCTGAACCGTATCCGTAATGATTTCGTCCACTCTTTGCCTCAAG
TTCTGTTCTATTATCCTCCAAGCTGCAAACTCTGCTGCTGTCGTACAACC
TAACGGGGCTGATGTCGAGGCTCGCCATCGCTCCCTTGTTATCTGGTTTC
CCACATACTCCAGCTCTTCTTGTGTCTTCCTCCATACTTGTTCTTTACAC
ATGAAATCATCCATCACTACTCACTGCTTGTTTATGAATGTCGGTACCTC
CTCGGCTGTCCAAGCGATGTATTGGGGTCCGTTGCTCTCTCCCGGATGGC
AGGGCGTGGCTTCGTGCTCTCTTGCCTCTAACTGGGCGTGGTTTCTTGCT
CTCTTGCCTCTTGCTCTCTTCCGGTTGGGTTCGTAGCTCTCGGTCTCTCG
CTGTTATCTTCGATTTTCTTGTCTCCCTCCGCAGAGCTATGTCAAATGCG
GGGTCTTCTTGTTTCTCTCTTGCCTCTATCTTGGCGCCTCTTCTTGTTCC
TTTTTCTTCCCTCTCTCGCGCTGCGTGATAAGTACGCACGCGTACGTGGC
CTCTCCTGAGTAGAGGGACGCGTCCACGGGAAGCTCCTTGTATCTACCTC
GGTCGCAAAACCGAACCCTAGCTAACCTTCACACACACGTCCGTAGACTG
TCTAAACCGCTAGCGTAAACGCTGAACGTGTGCATGGATCGCTCTTGTCG
TTGGGTGAAGTAGAGAGGCCTTCACCAGACTCACCAAGGAGTGTATTATT
CCATATCAAACGTACGAGTGAGAGGAGAGGCATCTCCTCTCTCATCGGCG
GGAAACATAATTCCCCGCTTTTCCACCTCTACCTCCCGCAGCACTGTCAT
CCTAGGTGAACATGCCTTCTACTCCGTCACCAAACCCATTACGCAGATCT
TCTCTGGACTACATCTATAGACTGGGCACGAGCACAATTCGATTACAGTA
TACTAGGAAACCCCCAACTCCCCGTGAAGTATTGTATACCGCCTAGTACC
ACAAACAGCCCCCCTACTCGGTGCTGTATACAAAATGACCACGGGCACTT
ATCACACTACTAATTGCCAGGAAAAACGGCAATGATACGTTTACCATCGC
ACACATTCTCACTCCTACGAAACACCTCGAAACCCATCCTACAATTGACC
ATCAAACCACAAACAGTAATCTGGAGAAGAAAAAATACTAGCGTGTTAGA
AAACGCCAGAGAAAACCTTCGCCTTTACTATTCATCCAAATATATGAGCA
ATCACCCTACCAAACAGCCCCCCTGCTGTAACATCTTCCAAAACACAAAA
CGAAATAAAACAATTCAAAACACTACAACGAAAACTGTCCCAAAAGGAAC
AAATACTGCAGTGATCCGAATCCCACTTATTGTAAGTAGACTAAACTAGA
TCGGAAATAAGGCGTGTCGTTCCAAGCTGTATCTTTCGCCGCCTCAATCC
AACCAAAACGAAAATAGAAATGAACCCACAAACCCCCTGAACTCAGTCTA
TACTATTTCGAGGATCATGGCATAACACCATACATACCCCCCCCCCATGA
TTCTTGATAGCAAAACTTTGGAGTAATCCAATATCAGGGCCAAGATAATA
CACCACAATTTTACCTGAAAACAAACAAAAAAAAAATCAATACCCCCCCC
CCCCTTCACGTTGAGGGGTTCGCCTTCTTGCTGAGTTTGATAAAAAAATA
CAAATGCGAAACGAATTTTTGGTGGATACCAGCAAAGTAACAAAGCTTCA
ATTCAGGCATATCAGAAAACCGAGAAAAATCCTGAAAGCCAAGACGAAAA
AATATCAAAACCAAACCAAATCACCCAAAAGCCAAAATAAAATGCATTTA
AACAACAACACGAACTCAAGCTCAAAACATCACATATCATGCTCGCTTCT
GTCATCACGTGCCTGGTCGGGTTTAAACGAACCCTCTTGTTGGTCAAAGC
CGTGTCTCCAGCACTCGTGTTGTTGGTATTGCTGCTGCCGCGGCGAAAGG
GGTGAGTGGTGCCCCCCCCCTCAACTCCTGCTGCTGCTGCTGCACCCACT
GTCACTCCAAAACACACACACACCCCCAGCACAAAGCCCGCCACCTTCAT
GCTGCAATCGCCGAACTCCTTGCCGCGATCGAACGAGCGTGTCACGTTCA
AAACGTCCTCCCCGCGTCCCGCGCTTCGAGGAGACTATTTCCCCCTGTCA
AACGGGAACGTCGACATCTCCTTCCCGTCGTTCACCGCCTCGCCCCCCTG
CTGCCACCGGCGCCATCGCGGCTGCCGGTGTGTCCGCCGTCGCCTCCGCT
GCCACCGGCGCCATCGCGGCGACCGGTGTGTCCGTCCGCCGTAGCCTCCG
CTGCCACCGGCGCCATCGCGGCTGCCGGTGTGTCCGCTGTTGCCACCGCT
GCCACCGGCGCCATCGCGGCTGCTGGCGTGTCTGCCGTAGCCCCCGCTGC
CACCGGCGCCATTGCGGCTGCTGCTGCAGGAACTGCTGCGATTGATGATA
CCCGCTACCACCTCCCGCTGCCGGTGCCCATAAACAGGATGCCCGGCTGA
AAATAATGGCCTTGGGCGGGTGTAGGACCCTAGCAAAAGGCGTGTGTCTT
CTGCTGCAGTTGCTGTACCTGCAGGCTTCTTCGTGATCCCTCCTCCGCCA
CATGGTTTTTCCTCCCCGCTCCCCCCAAACTCGGTCTCGTGAGGCAGTTT
CCCTCGATCAAAGGGGAATCGCTTGCCGCCGTCAACAGCCCCGCCCCTGT
CGGTGCCCCCGTCGTCGCCGCGGTAGTTGGGGTCATCACCCGTTTTTCTG
TCCCCGTTGCTGTTGCCGCTTCTATCACGGGGACCATCGACGTCACCGCT
GTAGCCGCCGTCGCCGCTGACGATGCCCGTACCGTCGCGGTCATCAGCCC
TCCTCGTTCCACCGCTGCCCCCCGTTTGCAAATGAGTTGTTTCCTCAACC
GCAATATCTTCCAAAATACGGTAAAAAAGAAGTCCAGCCGGCTCCAGCGA
TGACTCCTCCACCGTACTCTCCGCCTGCAACCTAACTGCTTTCTCGCTCG
ACCCCAGTGTACATAGCAGAGCCAAGGGGCCCCCATCGCCTCGTATTTCT
ACTGCTGTCGCTGCTTCCGGGACGCCGACCTCCAATCTCGCCGCTTCGCC
AGCCTCAGCCTGGAATCGCGCCGCATCCTGCTGTGTTCGTACTGCTGCTG
CTGCTGCTGCTGCTGCTGCTGCTTCTAACTCTGTTATCTTTCACTCAGCA
ACCAGCCTAGCTGACTTTTCAGCATCACGCTGAGTGGTGAGATCTGCGAT
CATCTGCTCCTGGAGCCTCTCTACCTTCTCGCGGATATAATCAATCCGAT
GCCACTTCTTCTGCGATTCTGCACGATTGGCTGCCTCTCTCACGTTACTC
ATCAGGTGCTGCGGCTGCTGCTGATGCTACTGCTGTTGAGGGCTGAGGAA
AGACTGGTGAAGCATCTCTTCTTGCTGCTGCTCCCCAAATCCCTCACCGT
GGGGCTCCCAAACCCATTGACCATGCGCGGTCCCTCCACCGTTCCATCTT
CCTCCCTGTCCATCCCTATAAAACTGATGTCCCTGCTGCTGCTGCTGCTG
CTGCTGCTGGACAGCGGGGTACGTTTACACACCACCACTCTCTTCAGGCC
TCCTTCTCGCCCTGTCACCCTCTCTCTCTGCCAATCCGCTGACATAATAA
AACCTACCACCATCACCCTCGGCAGTACCTCTCGATCTTTCGCTCTCCCC
CTCTGCCAATCCCCTGGCATTATCAATTTCCTCACACTCTCTCTGCCAAT
CCCCTGGCATTATACAACCCACCACCAGCTGCTGCACCCTCGGCAATTCC
AGCCCGTCCGTACAGCTGTAGTTTCACTCTCCTCACACTCTCTCTGCTAA
ATCCCTGGCATTATAAATCCTACTTCGACGTTGGTTCCGACATCGCAGTG
TCACCGCGGAGCTGCAGCTCCAAAGACGATATACCCGATAATCGTGTTTG
AGATCTTTAAGCGGTGTATGAAGGTACGTCGTTAACCCACATACCGTGAT
GTCCACCGTATGTGGGATATATTAACCACACACACACACGTAAAGACAGG
ACAGGACAGACAGAAGAAGAAGTAGAAGTAACGAGGAGGACACGGGGACC
ACATAACACAGACGAACTTGTTCCCCTCCTCTCATCGTATATACGCATCC
AGTATACTAGGAAACCCCAAGCTCCCCGTGAAGCATTGTATAACGCCTAG
TACCACAAACAGTGTGTGAACATGAGATTTACTCAGCATGTTGACACGGT
GACGAGAAAAATGGGAACGAACTTTGAAATGAGAACGGAGTGACACAATA
TTTTGTGTTTCAACTCGACAAATAGAAGACCTCGAAGGCACCTTCGACCC
CCAACTATTGTCTGGCTTTTGCGAACCGAGATGTGTCGCGTCATAACCCC
CCCCCCCCCCCGCCGCCGCCACCTCCATTTTCGGGGTGCACCATGCCCCC
CCTCACTTCGTTCTCATTTCAAAATTCGTTCCCATTTTTCTCGTCACCGT
GTTATGTGCGGAGTGAACATGAGGTTTACTCAGGATGTGCGGCACACGAG
CAGCATCATCTTCTCCACATACATACATACACACACAAACAGAGATACAC
CCACACACTCACATCCACACACACACACACACACATGGACGCACCCACGC
ACGCACATACACACACACGCACGCACGCACGCACGCACGCACGCACGCAC
GCACGCACGCACGTACGGCCGAAGAGAGTCTTCGCATCCCCACGGTCAGA
GAGATTCGAACCATACCTACCTGGTATTATTTTTCGATATGGGAATAGTT
GAAAAGCAATCACAAAGAAAGGCCGACGGAGCAGCTAGCACGAGCAGGAG
CAGCAGCAGCAGTGAACATGAGATTTGTGCGGCACAGCAAGCATCATCTG
TTGAGAAGCACGACAACCACTGAACCACACAGTCAGCGCTGACTGTGTGG
TTCAGTGGTTGTCGTGCTTCTCAACATCATCTTCTTCACATACCACACAC
AAACACACACACCCACACCCACACGCACACACGCACGCACGCACGCACAC
GCGCATCCACAAAGCAAATGGAAGGGACACGCACGCGCACACACACGCGC
ACGCACGAAGAAGCACGTGGAAGAGGCCTCGTGGTGGGCTGGTCACAGCG
AACAGACGGGGACTGTGGGTCAAGTAATTCGACCGGTGATTGAAAAAATA
AATGTAGCTGTGGGGACTGTAGAGCAAAACAAAAGAAAACTAATCACCCT
GTGATTGGGCAAAGCAACGATCATCAGCTGGATACGCGGCAAAACCACTG
CTCCGGTGCGGCGGTGCCGAGGCCGCAGCTCAAAACGCACGGCACTCCAG
ACCGTAAAATTTGGCAGGACAGCAGCAGAGATTAAGACATTTTGCCAAAG
CAGAGAAATCGAGAAAATAAATTTAACGGCGGTGGTGCGAAACCGAAGAA
AAAGTGGCTCTAGGTGCACGAGAGAGAGCAGGAAGGTGGAAACGGTAGGC
CCATCGAAGGCTTTCTGAACGATGTGCCTTGCGCACCATAGACAGTAGCT
AATAGACAGGTGGTTAGATAGGCAGGCCAGACCAAATACTACCGAGTCAC
ACAACCAACAGGAGTGCCACAGATCATGACATAGAGGGAACATTTTTTGT
CAATTCCATGGAATTCCATGGAAAGTTCCATGGTGTTCTGTAGAATTCCA
TCCATGGAATTCTGTGGAGTTCCATGGAATCCCATAGATCTCCTTGGAAC
TCCATGGACTTCCATGAGATTCTGTGGAACTCCATGGAATTCCATGGAAT
TGGAATATTGTGGAACATGGTGGAATATTCCATGGAAAATCGTGGAAAAT
TCCACGGCTATAGCCGTGGAATTTTCCACGACCTCCCATGGAATATGAAA
TGGAACTCTATGGAATTCCTTAGAGATTCGTGGAATTCCACGGAATTCCA
TGGAGATGGAATTCCATGGAATTCGCGGCCGGGATTTCCTTGGGGTTTCT
TGTATACTTTTCATTCGTGTATTACTTCGAAGTATATAATACGATAAACA
AATCACAGGGATTTTAGGGTCGAAACTTCGACAGGGCGGCTTCGCGTTCG
GGTGCAGAGCGCCGTTTGTTCACGAAGTGACGTCTTTTCGCTGCCGACTC
TACCCTCTGGGTGGGGTGTTTCGTAAAAAATGGCAGTCATCATGGCGCTT
GTTTTTACTCGAACTGAACGTACTTCTTTCAGTACGCCCGACTGACCACA
TATATGTAGGGGGTGCGGTGCTGTTGAAGCTCGTCGCATTCGCATTTGCA
TTATGTTTGCAGCCCGATGAACGGAACAGCTGCATGTTTTCTGTTGTACA
ATTTTTCATAATGCATGATATTTCCTTACGTTTGTTGCTGAAATAAACCT
ACGCACACACTACGGATACATACAATGACCCTCACACTGTATACTCCGCA
TCGTACGGGGTAGTACACGCCTCGAGTAACACTTGAAAAACGGTACGACG
AGCAGATTCTGTTTAAAACCTAAAAGGTCGCTGTTCTGCGCCATTTATAT
TAAACGGGGGGGGCATGGAATATATTACCTGTTGCCTGGGACTAAATGGT
ATACTATACACGCGTCCGGGGCCTGACCGCGTCCTATGGCGGCCGTCAAC
AAGCGGGAACCGTTTCATGAACACGGCGAGTCCCTATCTATCATCTATCT
TCTTGACGACGCGCAAAGTGCGCAGAGGGTCAGAATATTCTGTTCTTGCG
CGTGGTGTGTACTCTCCTCTTGTTTAATGGTGTGTACTGCCATTATTGTT
CGTATAGCTAAAATCCGACAGACAGATGCATCTCATATGATAGTCAACAG
CTAGCTATCTGTCTGTCTGTGTGTCTTGTCTGTGGAAAATTACTTCGTAC
GTCCAAAAAAAAGTTTAAACTGCTGATGAAAATTGTTTTGATGTCATGAA
TCAACATTATTTTTAAAGTATTTTGGTGTTATTTTCCATGGAAATTTTCC
ATGGAATTCCATGGAATTTGCCACGGAATATTCCAAGGAATTCCACAGAA
TGTACCATGGAATTTACCATGGAATTCCATGGAGCTCCATGGAATTCCAT
GTCTTGGAATTCCATGGAGTTCCATGGAGTTCCATTAGAGCTCGTTTGGA
ATTCCAATGGAGTTCCATGGAGTTCCATTAGAGCTCGTTTGGAATTCCAT
GAAACTCCATGCTATTGACAAATAATGTTGACGATTGCACAGAGGTTTTT
GCCGTTGCACCATTCAAGCCAACACGTTAGCGCCACATGACAGCGCAACC
AAACACAGAAGTTGGCATGATCGATGATGACGACCCATTTCATTTCACAC
AAACCAGACCATTACTGGCAGTATCAGCACACACGATGCAGACAGGCAGG
TCACAGGTCACGAGCACGAAGTCGCCTCTCACAGCCCATGGCAGACCGAC
ATATTACACAGCAGCAGTCTTGAGTGATGCATGAGCCAACACACATACAC
ACGCAACGCACACGTACACAAACGGGGTGTCTCTCAGCATTAAGGTTTGC
ACAGAGCCCACGACCTTGCCTTTACGCAACTTCATACGACTTCGGGTTTT
TTGTTTCTATTTTGTTCGCCAGATATCTGGGGTCCCAGGTGACTAAAGTA
TAGGCCCGAAAGACCTTGATACTACTATAATTTATAACTATCGAACAAAA
AAAACAAGAACAAGGTCGTACGAAGTTGCGTAGGGACCCAAAAAACATGT
GTGCAAAATTTCAGGGTCTGACTCACGAAAACGGCGTGAGACGTTGATGT
TGATGCTTTTCCGTGAACCAGCCTGTAATCGGCTCCAGTTTGTGTGGTGA
TATATGTATGTATATATATGCACATATATGGGAACCCACGGGAACCCACG
GGAACCCACGAGACTTACCGCGGTAACCCACGGGACTTACCGCGGTAACC
CGCGGGATCCCGCAAGGTTAATGCGGTTAACCGCGGTTACTCACGGTTAA
CCGCCGTTAACCGCGGTTCGGACAACCGCATTAACTTCGAAATATAAAAT
TGACCCTAACCCTAACCCTAACCCTAACCCTACCCTAGCCCTAGCCCTAA
CCCTAACCCTAAGGCTGGTTATTACGGTCAGAGAATGTTGGTCGAAGGAT
CTTTCACCATCTGACAATATCTGCGGGCAAGATCCTTGGACCGAAAAATC
ATCCAGGCCATCTTATGGAAAAGCCAAGAAGTTGGTGGCCCAGAATGTTA
TCCAGACCTGGGTTTGTAGTTTTCCACGAAAGCTTCCGAGACGGGGCCAC
GGGGTACGTAGTTGCGCCGCCAGGCGGCACAGCAGGCTCTCCTTGCGCGA
CGCTTCTGCACTGCTGCTGCCAAAAGGGCGACGAGCTCCGCATGCCGATC
GCTGTCTCCTACGCTCGAAGCAGACTCCATCTTGCGCCGGGTGTGGGCAA
GCGCCGGATGTGAAATTGTGGTGTGTGGTGTGTGCTCTCTCATCGTGAGC
AAGCTCGGGGACGCGGCGCGACCCCACTTTTTGGGTTTAAACTGATATAA
GTCAACATCTGTGGGCAAAATTATTGGCGGATTTTCGAAGGAATATTGGC
CAATATTCCTTCGAAAACAGGCGAAGATGTTGGTCGAAGGATGTTTGAAC
AGATTCTTCGCAAACATTCTTCCCCGTAAGATGGGTTTTCAAAGAATCTT
TTGATGGTGAAAGATCCTTCGGTCAACATTCTTTGACCGTAATAACCAGC
CTAAGCCGTGGATAACCGCGGTTTACCGTGGTTGACCAGTTAACCGCGCT
TAGATTACCGTGGTTCGGTTGACTACGGTTAATCGCGGGAACCCAACAGG
AACCGATTCTCGCGGTTAACCGCGCGGTTAACAATGGTTAACCGTTAACC
ACTGGGAGCCCCATGGTTTCCCGTGGGGGTTAACCGCGGAATCCCACGGG
AACCCACGGTTAACCGCAAAACGCGGTTAACCGTGGTATATGTCAAATAG
TGTCAATCGTCGATATATTGTTAGCGTTATACTTCGTACAAGTATATATT
ATTTATTGTATGTTGTATCTACAAATCGAAAATCGTTGCTGATGATGAAT
GAATTGCCCAACGTATAGCAACAGCTCCACAAGGCATGAAGATAATGCAT
GCTCTGTGTACGGCACTGCGACGTCTCTCCAAGGTGCGATTTGCGAACAC
TGTCGCCTATTCAACCGTGTGCTACCTGTATAATGACTTCTGTACGAGAT
TACCCCGGCAGGGTTGGCACCCGAAAATGCCAAAGAAAGTTGTCGTTGCT
GTGGGTGATACGGTACATACAGCGAATACGCCATTATCATCATAGACAGC
AGGTGCACCAGCAGCAGCACGTGGCGACAGATAGATTATGTCAGCTGTTA
GTTTTCGTGCAATAAGAACGAGAACGTTCTCGTCTGCTTTTTGTTACAGT
AGCGTGTTTGCTTTTTTTGTGCTGTATCATGCGTATGATGTGCGTCTGGT
GGTTGGTTTTGTTCGAAAAGCACGCAGACAGACAGCAGGGACGATCCAAT
CACACCATATTCTAGATAATAAAACTCGAACGGATAGCCGTTGTCGACGT
CGGAGATCCCTCTCTACAGCAGTTTCCGACACGACTCTCGAGCGAAGTAT
TTTTCCCCGGATAATATCTCAAATCGAAGTGACCATTTTCGACCACATAA
TAAATAAGACTACATACATATGATAGCTGAAACACCCTCCTCATGATTCG
CCTTTTTTTCATCTTGTTTGGGCGTTTTGATGACACCTTGTAGGTCAGAA
AACCCCCTTTTTCGATCTCAACTTTTCCAATAACTTTTTCTGATCGACCG
AACGAATCGATCTGAACAAACTTTGATCAGAAAACGCTTTTTTATTGGAA
AAGTTCGGGCCCTCCCTCACACAGCCTCTCACAATTATTTAGTCGGGTGA
CTTGAACAACTATTTTTGCAAGCCTATCGATGCCTCGCGGCCCCAGACGA
CCTACGGAGGAGAGGGACGACACACACAGCTCAAGGGCGATTGCTTTGCT
GTTGCCGCGTGGGTTCATTCGTTCGAGAGCAATGGGTGAAACTTAAAAGT
GTGGGATGACGGAGAGCTGGCAGATAGACGTGTATGGATGGAATTAATTC
TTCGCCGCAGGAGGAGGAGCCGCAGCAGCAGCAGCAGCAGGTATTTTGTA
TTTTGCGTCTCGCTACATGAGTTTGGTTTTCATCCATCACTCACTCTCGA
ACGAATTGAGCCACAGCAATACCAAAGCCATCGCCCGTGAGCTATGCCTC
TGGTCCTTGTCCTCCGGTTGTCATCGAAGGCCGCAAGGCATCAACGGGCT
AGCAATAAAAGCGTTGCAGAAATCGATGAGTTGTGAAAATTTTGAGGAGG
AAAAAAGGCTGTTGATGATGCAGGCGGAGTCCAGCACATACATCGGTATA
ATACAGTCGTACCGACAGAGGGCGGTGATTTCTTCTTTTTTCACAAGTGA
TCGGTTTCTGCAACGCTTCTTTTGCTAGATGGCTAAATAGCCTGTTGATG
CCTTGCGGCCCCAGATTACCAAAACGGAGGAGGGGGACTTGACACACAGC
TCAGGGTCGATGGCTTTTTTGGTATTGCTGTGGCTCAATTGGTTCGATGT
GATGGGAAAAAAAAAAATGGTGTACCTGCGCAAAATACCTTGCTGCTTCC
TGCTGCTGCTGCGGGCTTTCTCCTCTTGTTTTTTTTTCCTTACAAAGACA
TCAGTGTATTCGCCTCTTCTCCTATTTTTTTCTCACGTCATCGACGCCTG
CAATCTTTTTTGTGAGCCTGTTGATGCCTCGCGGCCTCAAACGACAATCG
GAGGAGCACGATCATACACACAGCTTACGGGGCATGGCGTTGATATTGTT
GTGGCTTCAACAAATAAATACGCTACATATAGCAGTAGCCTGTTGAAACG
ATGTGAGCACCGTCTGTCAATCATTGAACAACAGCAGAGGGGAGACAGAT
GCATTTTGGAAGATAAAAAATAAAAAACAAATGAGAGACTCGATGGAAAA
ATAAAATCAACTGCGATTCCTTATAAGAATAAGCGGTGCTTTCGAAGATG
ATCCTGTTGGAATTGTTCTTATTGAATAATGCGAATTCTGAGGAGAGGGC
GTTTCCGAGCTACAAGAAGTAGCGTAATAGTCGACTTATTTTTGCTCTGG
ATCGGAAACAATGTGTGGGAATCACCACGGGACGTCCAATGGCGCAAGGC
CCTGTATTAACGCTGCTCAGGAAATCAAAATTGGAAAGAATCAAAATCAA
AATTTAAAATTGGTCTCTGATTGGTCGAGGCTCTCAAGACCTACCGACGA
CAATTTTGAATTCTTGGACATCACCAGCAGACCAAAGAAGTCCAAAAAGA
CTTCATTGCTAGAAAATCAAAATCAAAATTGGGGGTCTTAACCCGATCGA
AGGCTTTCTGAACAATGTGGCTCGCACACCACACCAGAGACAAGCAGACA
GAGGCACAGGGCACGCCGACGCAACCCACAGAACACACAGGGAGAGAGAG
GTGTGCCGTCGCACCAGGCATGTCAAAACCAGCACCACACCTAGGTAGAG
CAGAACAAAGACAGACAGACTCGCATGATGAGGTACCAGACAACACCTAG
AGCAGGACAACGACAGCCAAACAACAACAGTTAATCAGTAGACAGACAGA
CGCGTGCAGCAGTCTCGGGTCCATGATAAGCCAACACACACAAACAAACG
GACAGACACACAACAAACAAACGCGGTGTCTCTCAGCGACGTAGCATCAG
CGTGCAGTGCTGCTCTGATACATGTAGTATCTGTACTGCTGCTGCTGTTG
TTGTTCTGTTTACAGCAGTGCCGATCGATGGTGACATCATCATCAGTCAA
AGAAAGGTTTCGGATCTCGGCGGCGTTTACAGGCCTCTACCAAGCTGATC
AGTTAATATGGCTCGCAGTGTTTTTCGTAAAATCAATCTTTGATTTTGCT
AGTTTGATTTTTCAATTTTGATTTCCTGATTGTCGTTAACACAGGGCATA
AGAATCAGCCCCAACAACAGGACCCAACTGCTGGTGATGATAACGACTAC
AAACAAATATATTCCGGATTGTCCTATACTCACATTTTCGTTGATCGCAA
TCAAGCCGTCGACAACCATTCTCCTCATCATCTATGGTCTCGAAGCCCGC
TCGGGGCGTGGGGGCCAATCCTTCGCCCTACTACTGCAGGAACAAATAAA
CGAACTATATATACGTATAATGCGCCGCATTGAGCACACGCAAATCAAAT
AAGGGGCCCATTTATACCGGGCACTTTTAATTTATGAACTAAGTAGGAAC
CCCGAATCCCGAAGCAGCAGAACATCACGGCAAAAACAGCCGTGTATCAT
ATGATCATCGCGCCAAAAGACTCAGAATTCCGACGCACAGCTGCCAAAAG
CAGCCGGCTCGCTGGCGATGCTTCTCCTCTGGACCTATGTTACGGAGGGG
AGGAGTGTTCTTATGATCATGCATACCGTCGCCCTTAAGACAATGATCTT
AAATCCTTACTACCGCTTGGGTGCAGGCTCACACACATTACCATCAAGCG
TGAACGCCGCGATGTATGCCAGGAGTCCATGAATGGTCGTCTACGTCTCA
TAAAGAACCGCTTGTGAGGCGGACTTCGGGCATTTTTTGCGCTTCTTGTA
CGGAAAACAGCTTCGATTTTACTTATTTGTTTTTTTTAGGGGGGCGGAGG
CGCATAATCATTTGTTAGTTGCCCTTAGGTTCCTTCACCGCGGTAAGGAA
CTTCGCGTAAGTGCGCGGGGCGGGGTAACACGGGATTCTAAAAAATGTAT
GAAAATAAGCATTTATGAATACCTGGTATTGGAGAGAACAAGAAGTACTG
GCCGCGAGAGTGTTCTAAATTGAGGACCGTTGGGTGTAAATGGCTTAGTC
CGGGTCGGAATCGCATTGAATCGAACAACGGAATATTACGTCGTCAAGCA
CACAATAGAGGCCATTATTCTTGAGAATAGCACACGGCGAGGGCAGTCCG
AAATCAAATTAAGTCGCACGACGAAGACCACACATTGCACTCTCACCGAG
TCAAGGCTTAAATATAATGGTATGCTGTGGCCAATTAGCTGGCGCGGGTT
TCTAGAAGTCTCCATTGACCAGAACATTGCCATATTACTGTAAGGACTTG
GACGTTTGAAGTAGACGTTAATCGACACAAGGAGGAGCGATTTGATGTCC
TCCTAGGTCAAAACCTAAACATTACCTCACGTACACAGATATGAGCTGCT
TTTACGGCGGCATTTAGCATAACCAAGCAGGGCGATCTTATTTGTACTGC
TGCTTTCGTACAATTACTGTTACGGAAAGATGTGCATCAGGTTCGAAATC
ATACGCGTGTACATGAATGTACCTCGCCAAAGGATCTGTGATCTTGGTGA
AGTCGCAGTAATGCCATGCTCTATTGCGCGGTCCACGCGCACACGGCCCT
CACCTGCTCCCCTTCGTCCACAGTTCGCCTGACGACGATCCTGCCGACGG
TCCGCCTGGTCGATCGTTCCTACTTGCAAGGTTTCCACGTTCGGCTAAGT
AGATGGTTCCCCAACGCATCACTGTGCGAGCACCCCACAAAGACCGGCCA
CCCTCATATTGCCACCCTCCGTCATCGCTCCAATCCAATATGCTATGATA
CGCTGTCGACAGGCATGCAGCAGAACACGCAGCAACTCAATGGCGTGGCA
TGCACAGGCGAAAAAGGCAGCAAGTCCAGAGGGAACGAAGAAAAAAGGAT
GGCAGAGATGGTCGAGCAGGTGGAGAAACATAACACGGACCTTGAGGTAA
CCCGGAAAGAGGCCAGGCAAGCCCATAAGGCCGCCACCAAAACTCAAGCA
CAGGCCGATTGCGATGCACACCAAGCCTGGAAAGCAGTCAAACAAGCGCA
AGAGCTGGCCGCCAGCGCCCAAGCGCAGATTTTTCAAGAAGCGCAGCAAG
AGTTCGCGCGTGCGCTGGAAGCAGCAGGCAAGAACGATAGCAAAGCGGCG
GAGGACGCAGGCCGGAGGGTGGCCGCGCTCGTAGAAGAAGTCGGAGTACG
AAATCAGCAGACCCAGCGGGACATCCAGCAAACAGCCGCCGTTGTTGTCG
AAGAACCAGTCATGATGATACCGGGACGTCCGGCTGCGGTCAAGTGGGTG
CTGGCCGACCGAGAGGGAGGTCCACTTCGGGCAACGTACGAAGCTCGTCA
GACGCTTATGGAGATTCCCAACGGCCAGCTGCTCAACATCCTCACTATTC
TTGGCCCCGCTAGAAAGGGAAAATCCTTCCTCATGAACTCCCTGACCGGG
TTCGAAAATGTGTTTGGTGTCTCCCCGGACGTAAAGCCCTGCACCGAGGG
GGCCGACCTCTCTCCATTCCTTATGCCTCTGTCCGATTTCATGCAAGGAG
GAGGGGCCCACAGCGGCCGCGGCAAGCTCACTCCATCTGAACCCATAATC
GCATTGGTGGACATGGAGGGCCAGGGCGACAAGTCCACTGAACATGGTGT
GCGCCTCGCAACGACGTTTCTAGTGGTTTCAAAGGTAAGAGCCCGGCGGG
AATTCGAACAGTGTCGTGCCCATCCCCTCTGTTTGGACTCTGCTGCCGTA
ATAGAGGGCATCAAGTGCTAGGGGTTGTCTGCCTGACACGGACGTACTGT
AAGCTCTTATTTTCTAGTGATCGTGCGATTTGCAGTTGACGTTGTCCATC
TCGATCTCGCGCGATTGCTATCGCTGTGTTTCGTGCTGGTCGACGTATGC
GCGGGGGACACTGCCTCATTCGCTGATCAATGCGGTGTCCTCATATTTTT
GGCTAAGTTTCTCTTGATTTGACCTTGATACGTTTCGAGGTTGATTCGTC
GGATAAACATGGTGACTTCTCAACAAGCAAAAACATCAATGACACACAAC
GCTTTGTATCTTCTGGGTAAAATAACCATCTCGACGACAACATACGTCGC
ACCTTCCCCGGGAGGAACGCTGACCACAGACCGGTCCCATTGAAAACCGA
ACGTGCGCGCGTAAGTCGCGTGTCCTAGCTTGCGGGGGCGGCAGTATTTT
AACAACTCGATATTTCAGGAAGAGATCTAACGAGAACAGGGTTTGACACT
ATAGGGTTTTCTCTCTTGAAGACCTCATGAGAACCTCATGAGACATTTGT
TTGTCTCATGAGAGTCCCATGAGAAGCTCATGAGACAAAAAAACTATACT
TTTGTCATGGGACGTATCATATGAGTCTCATGAGCTGCTCATGAGACGGA
TAACTTTCCCGTGGGACGCCCATGAGATTCCCATGACTCTGTCTCATGAG
CGTGTCACGAGACGTCTCATAAGCGTCTCATGAGACATCAAATCACTCAT
GAGAGTCTCATGAGCGTCTCATGAGTTCTTCAAGAGCCTGTCTCATGAGT
GTCTCATGAGAGCAAACTTGTTGAGACTCTTTACAAGACAGTCTCATGAG
ACTCTCATTAGAATCCCATGAGAATCCCATGAGACGGCTCACGAATGCAA
TGCCAATTGCGAGACGGAGCGCGCTCCAAGGACCGGGCGCGGAAAGTGTC
TATACCAACAAAGAATCCATGCAATGTACATCGATTCCTTATGTCGCTTG
GTCTCATGAGACGTCTCGCGAAACAGTCTCACACATGTGGCCACTGGGAC
ACATTGTCGCAGGTTATGCATATGGCCCAACCTAGGAAGAGGTTGTGGAA
GGTTGGGGGTGGTTACGGGAGGACGGAATCGATCTGAACCTTACATCTTT
TCTTTGGCGGGCTGGCAGCACAGAAAAAAAGGTTTCAGGTCGATTCCGTC
CTCCCACAACCACCCCATAACCCTTCACAACCTCTCTACGTTGTGAAAAA
TGATAAGCTGCCATAACGTGTCCCAGTGGCCACCTGTGCAAAAGCCTGTT
GAAGCTCCTTCCATCCCTGTTTCCTATATTTCTGCCCACGAAAATCTCAT
GAGAATCTCATGAGCACCTCACGAGACTATCGTGAGAAAATAGAGGTATT
TAGGGTCTTAGGGTTAGGGTCTTAGGGTTACGGTTAGGGTTAGGGTCAGG
GTCAGGGTTAGGGTTAGAGTCTCATGAGCGAAGCGTGGCTACGTATTCCG
TGGGACTCCCATGAGACTGCCATGAGACTTTTATGAGACTCTACTGAGTG
AGATGAAAACACTAATTATTTTGAAAATGGATCTTACAAGCGACTGTCTC
GTAAGGTTCTCATGAGACCGCCACGATATTCAAAGTTTTCTTAAGGCACT
CATGAGGCGGGTGTTCTTTCTTTGATGTTATTTGATTTTTCTCAAAACGT
TTTATACTGATGTTGGTTGCCTTGCCTGTTGACCCCGATGAGGTAGTAGA
GAGTAGACTGGAGGGTTTAGGATACACGATACCAAGGAAACCTACTAGCC
AACCAAGAAGTTCTCTGAGTGGTCTTTGACACTCGAAAACTTCGCTTTTG
TATTATAATGGGCGGGATTATCGTCTCACCCTCGTCTCGTCCATGACAAC
AAAAGCTGATGCACAATTCATTCAGACTTGGCGACATCTCCTGTATGTAT
GATGTGCCAGTTTATTGCAAGATTCTCGCTCTATTGGGTGTGCCCTGTAG
TGAAGCGAGGCAAGACACGCGTGTCTTGAAGCATTCCCAACGCACGCAGC
TTACCCCTCCTGGTGCTAGGCTTCTCACACAACAGGTAGCGTCGAGAAGC
CTGCTTTTTTATTTTGGTCGCGGGCAAATGGTTCCGTTTCGTGCAATCTC
GCCGCGCAATGCCTGCAAATCTACTCAAGAATTGCAGCAGCACCACAGCA
GCCATGGCAGGAGCTAAAAATACGCAGGGGCCGCGGCAAAGGCCCGCGAT
AGGCTGGATGGGCTGGGGTAAGATAGTAGAAGGATATCCCAGCCGCTATT
ACGAGCCGACAGAGGTAGCATGTTGTATCCCTGGTCCCGGTGTGTTTGCT
TCTGCCTTCTATTTCAAGAACACATCCTATTGCCTGAAAAAATGCCCCGA
TTTTTCCCGGGTGAAGGTTTCCCTGTATCTGTAGTTCTCTAATCCCCTGG
GGGTGGAGGCCTTCGGCCTTTTAGCGTACCCATTGCTGCTGCTGCTGCCT
GGTGAAGGCTCTCTTAAAGCACACAACCATGCCGGTTCTTCCCGCGGTTG
ACGCTACCGCCTATGCAGAGGGCGCCACAACCGCCTGCTTCAACTAGTCC
GTCTCGTTCACACACGTGTTTATCATCCCAGCATCTGAGTAGACCGGGCT
GGTACTAAAAACAAAAATCGATTCTGATGCCCAATTTTTTCTTCTGAAGG
CCCTGTGCTACATACTATTCTTTTTATCCCATGAAGGCTCCATGGAGCTC
CACGGAGGCTCCATGGAGCTCTTTTGAGGCTCCATGGAGGTCTTTGGAGC
TATGGAGCTGTTCGATACTGGGGGTAAGCTAAGCTTGAGGTTGTGTGGAG
TAAAGAGCAATCCGGCCAACACGGCCTGGGATGAAAAGCTTGTATTATCA
ACCTCCTTCGGGGGAGGGCACACGGCTACCAGAAAAGGAGAGAGTCGCGA
ACGCGGCGCAATCACATCACGCAATCACACGAATCGAATCTCCGAGATGA
CAAGATTCGCAAAGGAAAATACACCGAAATTCCGTGATACCCAGAAACCA
ACGGAACGCAGTCTCCGTAGATCTGTATCCAATATCCATCCATCATGCCA
TGCTACGAGTATATCCAACAGGAGCCTCCATGGGATAATCCATGGAGGCT
CCATGGAGTATTCCATGAAGCCATGAAGCCTCCACGGAGCATCCCATGGG
GCATCCCCATGGTAGACCCAAAAAGATGTTCGGAGAGGCATTCTAGCAGG
ACGTTGGCGCTCCATTGCAGGTCGATGGTGTCCTCGAGTGCATTGATGGG
AGCACATTATTTCACAGTTTTTATGTGCCCTCCACCGGAGCTCCATGGAT
TAGGGCTGGGGTTAGGGTTCAGGTCGATAGAGCCTCCATGGAGGCTTCTT
AGAGATCCATGGAGGATGCCATAGGCCTCCATGGAGTAATGAAGACTCCA
TGGAAGCTCCATGGAAGCTCCACGGAGGCTGCAGGGAAGCCCCATGGAGG
CTCTATGGCTCCATGGAGGCCCCATGGGGCTCCATGTGATGCTCCATGGA
GGCTCCATGGAGCATCACATGGAGTATCCCATGGAGCCTCCATGGAGCAA
TATCCTCCATGGAGGCTCCATTGCTCCATGGAGTCTCCGTGGAGGTTCCA
TAGACTCGATGGGAGTGGGACTCCATGGAGCTCCATGGGAAAAGAGAATA
GTGTGTAGCCCCCTGAAGGCCCATGCGGACAAGAGCGGTGAAAAAATCCC
GAATAAAATACTCCGAAGTATCATTTTGATGTAAGTGATCATTTTCTTTC
GTTCACCAAGTCAAAATAGCTTGTTGTGATAAGGATCAGATATGGGCTGT
TGTCCGTGCGTGATCGTCTAGTTCCCATCACGATAGAACGTCATGTCGTA
GCTACGTGTGCGTCAGCGCGTTCATATCTGCTGCTGGGGCTTAGATATTT
CTGATTGATTGAGCGAGTTGGCCGGATCAAACGTTTCGGATTCTACCATG
AATCTCACGCTGCACCGCATCATTCCAAAGGTGCGTACTCCCCCTCGGAG
GCCTCCTTGTAGCCACGTGGGGCTTATTTACTCCTTCTCCACGAACAATT
GACGGCCCTCGGCCAATCGACGGCCGACTGCCGACACCCCCTTAGACGCC
TTAAAGTTTCGGGCCGCTGCTCAACGCACAGTTTGTCCATCACGTCCAGT
TTGCGGACTTTCTGAACCACTGCTGTGACTTTCGATATCTAAGCCCCAGC
ATCAGTTCTCGATGTGCCGACGCACAATAGATACTGCATGACGTCGTCTC
CTGATCAAAACAAAGCGATCGCGCGCGCGCGGACAGCAGCCCTTGTATAA
GTCTTTTGAAATAAGCCCTTTTGACTTGATTATATAGCCGCGGTGGAAAC
ATTATCTTGATATTTATGAAGGATATTGGAGGTAGACTTGTGATATGCAT
GTGAAGAGAAGACTCTGCCGCCGTTGTGTGCGATATCCGGCAGTTCCTCT
TTTTGCCGACGCCTTCCTACTGGTGTGAGATACCCGGTGTGTGTGATGAT
CAGGGCCCCTTCGCTGTTTTTTAAAAAATGTGCCTCTCAACAATGTGTTG
TCCCTGGATCCTCAATAACCCCCATCACTAACATGACGTCCCCTTTTCGG
AAAAATGCAGGTGGTCATCTACAACTGGATGTCCTTGCCCAACAAGAATA
CGATGTTGCAAGACCTGTTGCTGATGGTGAAAGCCGCCGAAAAGGTCGTA
GACAAGGGCAAATACGTTGCCGCTTTTGGTCACCTGATCATCCTGGTGCG
CGACGTGGCAGAAAAGGCTAAAGAAATCAAGGAACTGGTCATGGGATATG
AGGATATGGCGGCGGGTCTCAGTTGGAACGACGAGGCAGCCGTATCCGAC
CGAAACCGGATCCGGAAGAGACTTCAGGAGGTTTTTGAGAGCATCGATGT
CCACACGATGCCCAGCCCCCATGCCGACATCGCACGTGAGTTTCTGCTAC
ATGCGTATGGTATCCTTATCGACCACAGTTCAAATGTGTATCACGGTTGA
CCGATACCTCGGCCTCATGAAAAATGTGTATTTCAACATAAGAAGAAACT
TCCAGCACAGCCGAAGCGCCATAATCGTTCAAACATCATCGTTCAATAAA
CAACTAAATTAAGGGGATGCTTTGGCCGCCCGCCCCATTCAAGAAAGTAG
CTCTTTTTCTCCGATTACTCACGTACATTTTATCCACTGCACGACTTTTC
ACCTCGGGCACTCAGCTACACTCTCAATACGCAGAACAAACAATGGAGCC
ACACGCAATTGTACCTTCGCTCGATCCGACCCTGAACGGCATCTGATGGC
ATCCTTTGACAAACGAACTCCGCCTGCCAGATGTTGAATCGTCGACCGAC
ACGAATCGCCATTTACATCTGCAAGTGGATCTTCCTACATTCCCTGCTGC
GAAGAGGTTGTTGCCCTTTTCTTTCGTGAGGAATACTACTGTATCATCAT
ATCAACTCGTTTCTTCCACACATCCATGCCGATTCACAATAAGCACCCTT
TCTTTAAAGTGCAAAATATAAGAGTACGCGTGCGAAAAGTATTGCGCATC
CGACACCTACAGTGTGGTGAAAGCAGTGAAAACGTATGCGCGGGTGTATC
ATTTTATTGTGTGTGAGACATCAAAACAGCTTCACGATTAGATATATTTT
TGCGAAGAAAGACAAAGCGCCATCATCATCAATCGCGCGTGGGGACCCCA
CAGTACCTTGTGCTCCTACAGTGCCATCACGACTGTACTGTACAAAATTC
AAGTTAATGATCAATTTTGCTCCCTGCTCGCACCCTGCGAAGCACCGCGC
GCTGCTTGTAAAGTAATGTCAACATGCAACGCCGTTTTGCGCTAGGGGCG
ACAGCGAAAAATTGGAATTGTCATAAATCTGCCAACGCAGGCAGTTTTGT
TTTGCTGCCAGGGTTGTTGGCCGATTTACAATCTTGCCAACGGTTTGCCA
TCGACGTCGACGCCACCGCTCTTATCTCGTGGTACGAGCATCCAGTGGTC
AAGAGGAAGGTTGGACGGTTTGCCGCGGTCTTGGGCTGTCCTGCTGGAAG
CTTTATCGTCCGCCAAAAAAACAAGGGAAAAGGCCGCATCAAATGTTTGT
TTTGGTCGACGACAGCTCCCAGGACAGTCCAAGATCGCAGCAAACCGCCC
CGCCTTCTATCATACCTTGATCACTGCAAGACTATGTCGCGAGATGAGCG
CGATGGCCTCGGAATTGATGGCAAACCGTAGATAGGATTTCAAAATTTGC
CAACGTTGGCAGCGAAAAAGTGCATGCGTTGATCGATTTATCATGATTCA
CACAAAGAGTACGAGTACTTTCTGGCGTTCATGAACCCTCGTTGCATTAA
AGATGAAAGGTAAGCACCACAGGAGGTGTGGGCGGTATAAAAACAAAGAA
ATAACAAAGGTCGTGTGTATCCTTTTTTCTGTGTGATCCCAGCTGAACGT
CAAGGATATGGCCGGAAGGTGTAGAGTCTGGCGCCAGAACAAATGGGACG
AACACACACACACACCAGGAACTACCACATCTTTCTCGTCGTTTCCTTTA
CCGTTTCCTCCTTCTTCGTTCTTCATACTTGCACGAGGTTCCACATTTTT
ACTGGGTCAACACCTTCGCCGTCTAGCCATCCCGCCCATTGTGAGGGATG
AGACTATCCCCCCCCCTGCACGTACACATGAACAGGATGCCTGAAACGAT
GAGTACCTTTGCCTCGCTTTTGTTTTTGTGGCGTGCTCGGAATTGTTCGT
CGCAGAGGGAGCCGTTCCTCTGTCCACGGTGACGCCCGAATTCAGCACCT
CTCTCGACGAGCTAAGGCGCACCATCTCGCAACATCTCGCTAGCCCACAT
ACGTTCGCCCAAAGACAGATCGCCGGCGGGCAGCACATCAACAACATCGT
GGGGGCTCTTTGCGAGGCGATCAACGAAACTGGGAACATCTGCCCTCCAA
GGTTTCGAACTCTCCATTCAGTTGTCAGCAGTGCAATCGTCACGAAATCC
CATGCGCACTACGTTGAAGAATTGTTTGCGCGTGTCATCTCTGTGGTACG
CCCATTCGTCAAGACCCCGGGCTCTTCTTCCTTCAAAGTCACATGCATGC
CCGTACACACTATCGGTCGAGTTTTCAGCCGGTGCGTTTACGAGACATGT
AAATATAGTCCCGACCGACTCTCTGCTTGTGTTTGGTATGTGTTGGTATG
TTTTCAATACACATATGTTTGAAAATCACCAGCACTTATACTCGCTGCAT
TTCTATCCCCAGTGTGCTCGATGCAATCGACATGGCGAAGGCTGAGCAAG
AGGTCCAATACGCCCTGGTGCAGTTCGACGATATGCTTGGATCAACTCTT
GGTGAGGTCTGCAATGTTTCCCCACTCTGCAGTTCCATGCCCCGTTGTTG
CACTCTTTTCTAAGCGTCCATTCGAGGACGCCTGGGAAACGTCGTGTCCA
ACTGCTATACACCTACGGTAGAAGCTGTCTCTCAATCATTCTCACAACGC
TAACCAGGTCTGCATCCCGGTATGCCTTGGCACCGCCATCCCCGCCGACT
AAAACTTGTGTTTGGTTTGTCCGGATCTGGTTCTTCCACAAATTTGTTTT
TGTCTGTTTTCAGGAGGCGACTTCACGCTGAGCACTCTGGAGACAACCAC
CGCCCTCGAAGACGCTAGTAAGATCGTGTACGACCAATTCAAAGCGGCCA
CCGAGGTGCGAGTTATTAACGATATTCACTCGTGCTCATTCGGTTGTTCG
TAGCTATTGAATAACGCACAGCACGAGACCTCTGCTGCTTCGAGAATCAA
AGGACAGCTGTTATCACCACCGCAAAAACTTCCGCAGATATCGATAGTAC
AGGATGATCGCAGATAACCTTCAACGCTCGCCATGATAAGAGCGCCGAGA
CGCAACTATTCGTCGTGGGTCATATTACCGCCATTGCATGTTGATTTGTT
TTACGATTGCGGCTGACGTCTCGAACCCCTGAGGTTAGAGACGGACGGGG
GCTTGTCTTTCCAATACCATTGCCGCCACTCAACCTTACTAAACGAATTT
CAATATAACCGGTCCCTCCCATCGCTGTAATCTGGAATAAACCCTTTCTC
CGTGACGTATCGTGCGCCTTCTAAAACCGACGAGACGAACTCGGTCCCTT
GGCAACAGCAGCTCTGACAACAACCTCTTTTCGGCGGTGCCCGTGCCATT
TGCTTGCAGGGAATTTCGGCTAGCATCGCAGAAAATGCAAAGCAGGAGTT
GGAAAAGCGGCTGTTGCCCAAAGCTGAGGTTGTCGCCGGCAACCAAGAAT
CGAAGCGCCACGAACTGAAAAACAGGATGCGGGCGATTGCATGCCAGCAC
GAGGCTGACATTGCCCAGGAGGTGCGATGAGGGTGTAGCCGTTGAGACCG
CATTATTTCGATCGCTCCTCGACCAGGCTACCCTGTGGCAGTGTACAGTA
CCGGCCCGCTAATAAGAAAGCTCCTTTGAAGAAAGTCAGCCTGAGATTTT
CAGAAAATTAAGAAAGTGCCCAGCCTGGGCGGCGAGTGCTACACTCAATC
CTATACAATACGTGAGAAAGTGTCATGCTCGACTTTCAACCCAACATAAG
AAGTCAGCCTGAGCCAGATTTACTGGTTTCTTATTAGCGGGCCGGTACTG
TAGTGTATCCCGTTGACTTTGGCCATATTATCAAACTACTTGAACTATGA
TACACCCCACCGGTGAAGGCCAAAACTTTCCTGTCATCACTTCCAGGGGT
TCATTTCTGCAAACAAAGTGGTTAATCTGCAATATGTTTTGAACTCCGAC
TTTGCCTGTGTATGCGAATGATTGGCCGCTGTTCTCACAACATTATACAT
CGAGTCCCAAGACAGCATGACGGCGCTTCAAATGCGCCCTGCGGACGTTG
TTTGTGGAGGGAAGAAAACGTACTGTTGCAATACCCCTCAGAACAGTCGA
GTCTCCCACACTATCCGACATACAGTACCGGCCCGCTCATAAGAAACACC
TTTATAAGAAAGCGAGGCGGGAATTTTTCAAAAATAAGGCGTAAGAAAAT
GGGCTCGGCAGCCGGCGCCACACTAAATCCTATACTATGGTTAAGAAATA
GCCATACTTAATGCTGGTGACACAACAAGAAGCCAAGGCTGAGGCTGATT
TCCAGTTTCTCATGAACGGGCCGGTACTGTTTGGAGACGAGTTCCGTGGA
AGAATATTTCTGCTTCCGTGGAAGTAATCACGAACTTCCATGGAGGCCGA
AATAGCTTCCACGGAGGTTCACCGTACTCTTCCACAAAAGCCCCTCGACT
TCCATGGAAATTGAACCTAGCTTCCGTGGATGTGGCGCAGGGTGGCTTCG
ATAGACGTTTCCCATTGTTAGGGTTAAGGAAGTGACCCGAGCTTCGAGGG
AAGCCTGGATTCACTAACCTTCCACGGAAGTAACTAATCTCGAGCACATG
AAGCAACTTCCGTGAAAGCCAGGTACTTCCATTGAAGCTACTCTCATGGA
AGCCCTAACAAAGCATTTCATTGGCGTCCATAGAAGCTGAGATATACACT
AAACTTCAGTGGAAGATGGTACGTAGATGGAAGCTGATTGCTTGAAAAAC
ATACGCTTCCATGGAAATCGATACATATCGTGTACATGAACCCTAACCCT
ACAGTAGCCCAAACCTCAAACCCTAACCCTAACCCCAAAGCCTAACCCTA
ATCCAAGCTCCAAATCCCTAACCCTTACCCTAACCTCATGTTGCAGCCAG
CTCCCATTGAGCTCGACTACGATGTTCATTCACACCGACTTCCATAGCCA
CGACGTTGCCTCTACTTCTATGGAAGCCGCTGGAAAATGCTGATACGCTT
CCGTAGGAGTTTGATTTCCACGGAAGTCGAAATTTCTGTTGTTTTCGTGG
AAGTCTAAATTTCCTCCGTGGATGTGATATTTCGACTTCCTCCATGGAAG
TAAATATTGGCTGCTTTCATGGACGTTCAGATTAAGCGCTGAATTCGTGC
ATGGGTCGCTGTTGTTGTTGGACGAAGTAGAGAGGCCTTCACCAGCCTCA
CCATAGAGTGTAATATTCCATATCAAACGTACGAGTGAGAGGAGGGTAGC
TCCTCTCTCATAACCAGGAAACATATTTCCCCGCTTTCCACCTCTATCTC
CCGCAGGACTGTCATCCTAGGTAACACGCCTTCTCCTCCGTACCTAAACC
AAATATGCAGATCTCCTCTGGACTAGATCTATAGACTGAGTACGAGTACA
AGTCGAGTAGCCCCCCTGCTCGTGGCTCAGTCCTAGTAGTTCATCCTGGA
AATACAATACCATCAGAAAAACCCAGAAATCAAAACTCAAACGAATATAA
ATCCAACACATGAAACCCCCCTTGCCGTTGAAAATTCAATCATTCCAAAC
ACTATAGTCTATCGAAATTAAAACGACAATTGCAGTAGCTTTCTATCGCA
ATGAAATTCAATCACCGCAAAATCAGATACGATTCCAAACGCAGTCAAAT
CATAGTATAGTTCATTAGCCCCCATGCTAGCATACTTCTTCCTTTGTACT
TCATGAGACAGGTGAGAATAAAAACTTCAAACTCCCTCGCTGCCTTCATC
GTCACCCCATCATACCGTGGGAAAGCACTCGTAACACAAAACAAAACTCT
ACAAGCAGTCAAAATACTCAAGCCAAAATGAGCGGTTGATCACTCCAATT
CATTTTGAGCCATCGATATTGAACGCCAAATTCGTCTCATTTTCTGCCAG
AGATTGCTCAAAACAGAATGGTCTTCACTTGATTCTTCTTCTAAATTCTC
CTCTGCAAGACACGACGAAATCGTCATCTTCAACACAAAATATCCCCGGA
GAAGGAAATTCTCCGTGTGGATGATAAACCCAACGGAGTATGAAAATCGA
TGCGGGCCATTCGCACAAATTGAAACAATACGAGCACTGCAGATTACTAC
TCTCAGCTTCCCTGAGAGCGGCCCCCCTGATCGAATAATAATGCCCTCAT
GTATCTCGGACAACACCAGCTGGCAACTACTCCCCTGATAAGATATTGCC
CTAGTAAAGCACTACGTTCAGGTACGAGCACAACGGAATTAATATGTCGG
TCTCGCACGATAAACCGCAAACAGGTATCACAGATTGCGTGACACTATAA
AACAATTCTACAGTCAGAATGCCTGTAAGCAGCTCTCCTCTCCTCGCGGG
AAAAAACTGCAGGTTAAAACCAGGCCACATCCAAGGGAATGTCAAACCTA
ACCGCAAGAAACGAAGTCATATCATTCAAACTTTTATTGTGTTGCGACGA
GTACCGCGGTATCAACCCCCCCCCCCCATTGTACTCGACAGCATTACAGG
AGATTTTTCAACCAACATGGCATCACGCAAAAAATCAAAGCCAACGAATG
ATCAAAGTCAAACCCCAAAAAAAACAAATTCCAAGTCCAAAATCAAAATC
CAACACCAGAAACAAAATCAAGTCCAAAATCAAATCTAAAACCAAATCCA
AACCAAAACCAGATCTAAAACCAAATCCAAAACCAAAATCAAAATCAAAA
CCAAATCCAAAACCAAATCCAAAACCAAAATCAAATCTAAACCAACTCCA
AACCAAAACCACAGCGTTTTGACCATTGCCTCGGCCACTGCTTTTCTCTT
CAGGCGGTTGCATTTTCACAACCTCCGCCGCGGCCGCTATTCTTTCTTGC
TGGCGTTGCCGCGGCTCGGGCTTCGTCACACTTGGATATGTGCCTGGGGT
GAAATAACAGTTGAAACTCGGCAGTAACGTCGGGCAGATCAAGCGTTCGG
AAGGGGATATTCGGCAAATAAGTCGTCCGTTACGATAGAAAAACAGTGCG
TTGACATGACGAAATACTGCATACGATATCCCTCCCATTGACTGCTCGAA
GCGAAAAACATTAAGCCAGTGCTGTGTAGAATCAAATGCGCAATGCCCCC
CCGGTTCTGTGCAGTATTGTGCGAACGGAAAGAAAAATAATTCCTGAGGG
GATTCGCAAGTCTCTGCATGTACAGCAGTTTACCACAATCAATCCTGGTT
TATTCAGCAAAATGTGAAATCAGATTCCGAACTCGAAAAAAAATTAAACT
CGGCACATACACATCATCAGTTCACTGGATGCGGTACTCACGATGCTGGT
GTCAATAAAACAATTTCCAACGCCAAGATGAGTGTGAGCAAAGGTGGGGA
TTTCGTGAAAAATTTAAACAAAGGCAGCGTAGAAAAACATTGTGCACACC
AGTTGTGTTTGTGAAGTTAGACGCTGGGATGCCGCACGCACAAAAGAACA
GGAAATTGCACGATGCGACGAATCATGAATAAAAAACAAAAAACGGACAC
ATCGGAAAATGCAATGATATGCCCCCCCCCGGTGATGCTGCAAACAAACA
AATTCCGAGATAAAAAATCAAGAACTTCATCGTTGCGAGAAGTGATATCG
AACCATAAAACAGGAGTACCGCATGCTCGCAAAACGTGCAAAAATAATGA
AATGCTGTAAAATATCTCGATGGCACAGCAGTTGCGAACCTAAAAATACC
AAAATAAATGTCGTCAGCACAAACTACCAGCACAACGACCAGCACAACAA
AGTTTGTGAAACGAAATACACGAAAAAAATCACACAAAATAAATCTCCAT
TATTACCCAACAGTTAGTGCTGTAGAGAGCAATATCCATCCAACACAAAA
ACCAAACAACTCCAAATCAAGAGAGGACAAAATAACGTGCCTTGGCGGGT
TTGAAACCCTAGCAGAAGGCGCGTCCCGGCGGTGATGTGCTGCTTTCCAC
CTCCAGAAGCCCATCACCCAAAACAAATTCCCTCGCCCACCACCCAAGCA
CCACGCCGAAAGGCCTCCCGCCGTCAAAAGGCTGCTCCACTCCCAGGAGC
GCCTCTACTCTCCCCGCGCTTCGCGATGGGCGCTTCCCCGGGTCAAAGGG
GTGATTCCAGGGTCCACACCATGTCTCTTTTAACTCCTCATGGGAGTCGT
TGCTGCTGCTGCGGTCCTCTGCTCTGTCGCTGCTACTGCTACTGCTACTG
CTGTGGTCGTTTTTACTGGCGCTGCCGTTTGCGTCGTCTTTGCCGGGGTC
GAAGGGGTGAGTTGCCCCCAGCCATCATCACTGCTGTCCTCTGGGTCGTC
ACTGCTACTGTTACTGCTGCTGCGGCTGCTGCTGCGGCTGCTGCTGTCCG
TGGCGCTGCCGCTGTCGATGCTGCTGCTACTGCGGTCCCCTGTGCTGTCG
CTGCTACTGTTACTGCTGTCGCGGTCGTGTACACTGGCGCTGCCCACTCC
GTCGTCCTCACTGCGGCGACCTCGCACACCGCTCGAGCTGTCGCAGGGAT
ATACGGCGATGACCGGTAACTTGATGGCGGCCGCGGTGGCCCAGGCCGCG
AGATCGCTCCGGCGGCGACCAACCACGGCGACGGAATCGCAGGCGCGAGC
GGCGGTGCCGACGGGCTCGACGGCGGCGGCGGTGACGGAGGCGACGACGG
GAACGGTGGCACATGCTGAACCGGCGGTGGCTGCTGACTGGACGGTGGCA
GAGTCAGGGGCGGCGGCGACGACGGGGACGGTGGCACATGCTGAACCGGC
GGTGGCTGCTGACTGGACGGCGGCAGAGTCAGGGGCGGTGTTGCAGGCTC
GAACAGCGGTCAGCTCTGCGGTGGCGACGACAAATTCAGCGGCAACTGCC
TCTGCCCTTTGGGCTGCGGCCGCACATGCGATCTCAAAGACCAAATCGGC
GATAGCGACTGTCGCCAAGAATATTCTATCGGAGAGATCAGATGCCGCTG
TGGGATAGTTGGCTCGGATATCTCCGTGCGTCGCCTGCCTCTCCTCCTCC
CGCGTTGATCCTAACGCGAGGGCCTCAAAATGAAACCTTTCCTCATGGGT
CTTCCACTCCTCACTTTCCACTCTTCAAACATTGTGGTTGTGATCCTCAT
CTCCTCCTTCATTAGGCAGTGTTCGAATTCGGCGACATCAAGGCGAATAA
GTGGGTCTCGAAAGGCCGGACACCTACGCCTACCGAACAAGTATTGCCCA
AGAGGGAGGGGGCACGTCCAAGTTGGATTCTCCGAAAGAAATGTGTTCGC
CTCGTGACACGAAAGACTCTGCCACCACTGCTCCACCCGCTGCACCTCGC
TGAAGACGCAATTCCTATTCGCGCATTCCATTTTCCTTCGTAATGTGTAC
CATGCCGTAGCGTCAGCCTTTGTCGTATACCCCGACGGAGTTGATGACGA
GGCTCGCCATTTCTGCCTTCCTATTTGGTCCGCCAAATATTCCACCTGTT
GTAGCATCCTCCTTGCTTGATCTCTACACATAAAATCATCCATCACTACT
TACCCTGGTGTTTATGAATGCCGGTACCTCCTCAGCTGTCCAAGCGATGA
TGCTGGGGGTCCGTTGCTCTCCCCCGGACGGCACGGTGTGGTTTCTTGCT
CTCCTACCTCTAACTGGGCGTGGCTTCTTGCTCTCTTGCCTCTTGCTCTC
TTCCGGTGGGGTTCGTTCCTCTCGGTCTCTCACTGTTAACTTCGATCTTC
TTGTCTCCCTCCGCAGAGCTATGTCAAATTCGAGGTCTTCTTGTTTCTCT
CTTGCCTCTAACTGGGCGTCTCTTCTTATTCCTTTTTCTTCCCTCTCTCG
CGATGCGTGATAAGTACGCACGCGTCCGTGGCCTCTCCTGAGTAGAGGGA
CTCGTCCCCGGGAAGCTCCTTGTATCTACCTCGGTCGCAAAACCGAACCC
TTGCTAACCTTCACACACGAGTCAGTAGACCGTCTAACCGCTAGCGTAAA
CGCTGAATTCGTGCATGGGTCGCCACTGTTGTTGGGTGAAGTAGAGAGGC
CTTCACCAGCCTCACCAAGGAGTGTATTATTCCATGTCAAACGTGCGAGT
GAGGGAGGAGGGTAGCTCCTCTCTCATAACCAGGAAACAGATTTCCCCGA
TTTTCCACCTCTATCTCCCGCAGGACTGTCATCCTTGAACACGCCTTCTA
CTCCGTACCCAAACCAATTACGCAGTTCTCCTCTGGACTACATCTATAGA
CTGAGTACGAATACAAGTTTTACAGGTCACTCCCATGGTAGTAACCGAAA
TACCATAGAAGTGGTACAGAAAGGTCGAGTAGTTCGGAGATCGCGAAAGT
CTCCACTACTTCCAGTCGCGAAGAGGGATATGCATGGGCACATAAACCCA
GGGCGGGTGACGAGCATATCTGGTGTTGGGTTGATGGAAATATCAAGCAA
ACGCGTATTTAGTGGAGGTGCAATTAAAGAGAGAGTCAACCAGGCCTCCT
TCTGTAGGTATGTTTTACCTCAGGTGTCAGTCGTCTCTGGACAGCGCTCA
CAGAAGCGCCTACGTCATGCTTGTTCGTGATAGGGGCTAATCCAATACAC
CACATAGTCAGCTGACTATGTGCGGTGTAGAGGATTAGCCCGTATCACGA
ATAATGTTGTTGTTGTTGTTGTTGATTCTCACCTTAGCTCACTACCGCCG
CAGGCTAGCCCGTGTTCACAAACCAGGCACATGTCGCGCTAGGAGGGAAA
AAGAAAAAGAAAATAAATGGACTATGATCACCCACAGTCAAATCAGATAG
GATACCGTTGGGGTACCATCTGTGGTGGCCAAAGTACCAAACAAAATAAA
AAACAAAAATAACAGGTTCGAAAGAAAAAACAAAAATTGGAAACAGTACA
AAAACGAAAACAAGACAAACCTCAACCATAACCACATACTTCGATCAATG
CTGCCCTGGAACCCTGAATATTGGACACGTTGTAGATGAACTAGCCGACC
GTTCGCAACAGCATCCCCTGAACAGCATTAAAGTACTCTTGCAGACTTGA
ATGCCCGCAACCTGAGGCAGGATCATCTGCCATGTTCCTACAAAAACGCT
GTCTGCATTTCCGAAACGTTTCTTGGCTCGTCTTAACTACGACAGCAGAG
GCCGCGCTGGAAGTAGAGTACTTTTCCTTCGCGATAGCAGCGTTAATCCC
GAGTACCCAGCCTTTCGGTTATTTTCCCTTCTCGTGAACGTCATGCAGGC
CAGAGCGCTTAGCATCCCAATGGACGAGACGGTGCTCGAGGGCATATGGA
AGCAGCTCGTGAGTGCCCATTTTGTAGCCCTCGAGGAAGCCCTCCAAAAG
ATGGTAACCACGAAGGGCGACATCACGGAGAATGACGTCGTCCGCACGGA
CCTGCTCGAAGAGCTTGGCTGGGCCATGTCAAGGAAGGAATTTGAGGATC
TCAATATTGGTGAGATCGGCCACTGACTGGTTTCAAGAGTTTCTGAGAGA
GAGCAGCTTACCTTCGCTTTATTATGCAGCAGCAAACTATAATACGCGTA
GGTGTGACGAACGTCTCGATTATTTCCGACTGACAAACATATTTAATGTC
GACGTTATGACCCTCTCCGACTACCCGCCCCAGCAGATACGCACCTGAGC
CTACAAGGCCTCAACCGTTCGGCGGCCGCAGGCAAGGAAGACCGCGAGGC
CAGAAAGAGAGCAGAAGAGACAACGAAGCAGTTGGCCGAACAAGCCGATA
AGTTACAAAAAGAGGTCCAAGTAGCCCAAAAACAAGCAAATGAAGCCGAA
ACAGCGGCCCGGGAAGCCCAAGCAAAGGCTTCCCGGGACGCACAAAAACA
GTCCGAGTCTCTGTTTGCCGCGATGATGCCGATGATGATGATGGCAGGCA
TGGGGGGAGGTGGGGGGGGGATTACTGGTGGGGGTGTGGGGTACTCCGGT
ATGGGCGGGGGAAGCAACTACATGGGAGGCGGAACGAACTCTGCTGGCGG
GTCTCGTAACCTAACATTCTACCGGGGGGGGCAGTTTGTACCGGGTGGTG
GGCGATCCCCGAAGGGAGGGGGGTGGTTCTGAACTCCTTTAGTTGAGTCT
CGAGAGTAAGTGAATTGAGCGAGTTCCTCCGCGGAGAATGCCTCGATAGT
CACACCAACGTGGTGTGGCCCCTCGAGAATCCTCGACCTTCTTGCAACGC
GTGTCGGCACAACAAAGGTAGCCCCTGTGACGGTTAGCCCACTCTCTCTA
TGATGGTGGCAGATATCGGTCGTGTGTTGTCAGTTGTGAAACTTATTCAG
CTGAATACGAGGGATGTACGTTTTTGCACCACCTTCGGTAGGGTCAATTT
TCAATGACGCAATAGGGGACACGTTCTTAAAATGAATCGAAATGTCGTGG
GATGAAACCGGATGTGTGACGCATAATTATACGTCACTGGGACGATTTAT
GTTTCTTTATTCCAGTCGATTTTCAATACTGTTTACTAGGGGGAAGTATT
GGCCTCCCGTCCCCAATAGGTCGGGAGGCCAGAATTCGACGCAAGCTTGA
AGATGCAATGGAGGTGAATATTGGATATTGACGTACGGGTTCAGGAGATG
AAGCAGGAAGAAAAGAGTTGTATAATATGCAATCAAAGGAAG
back to top

Coding sequence (CDS) from alignment at P-littoralis_Contig759:55824..94715+

>mRNA_P-littoralis_Contig759.6.1 ID=mRNA_P-littoralis_Contig759.6.1|Name=mRNA_P-littoralis_Contig759.6.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2496bp|location=Sequence derived from alignment at P-littoralis_Contig759:55824..94715+ (Pylaiella littoralis U1_48)
ATGTTGGTGAAGAAGGTAGACCGACCACCGGTCGATGAGGCTCTGCTAGA
TAAAGTGCGCAGGAACATGTCCAAGGCTTTAGCATCCGAGAAGTTCATCA
AAGGCATGCAGCAGAACACGCAGCAACTCAATGGCGTGGCATGCACAGGC
GAAAAAGGCAGCAAGTCCAGAGGGAACGAAGAAAAAAGGATGGCAGAGAT
GGTCGAGCAGGTGGAGAAACATAACACGGACCTTGAGGTAACCCGGAAAG
AGGCCAGGCAAGCCCATAAGGCCGCCACCAAAACTCAAGCACAGGCCGAT
TGCGATGCACACCAAGCCTGGAAAGCAGTCAAACAAGCGCAAGAGCTGGC
CGCCAGCGCCCAAGCGCAGATTTTTCAAGAAGCGCAGCAAGAGTTCGCGC
GTGCGCTGGAAGCAGCAGGCAAGAACGATAGCAAAGCGGCGGAGGACGCA
GGCCGGAGGGTGGCCGCGCTCGTAGAAGAAGTCGGAGTACGAAATCAGCA
GACCCAGCGGGACATCCAGCAAACAGCCGCCGTTGTTGTCGAAGAACCAG
TCATGATGATACCGGGACGTCCGGCTGCGGTCAAGTGGGTGCTGGCCGAC
CGAGAGGGAGGTCCACTTCGGGCAACGTACGAAGCTCGTCAGACGCTTAT
GGAGATTCCCAACGGCCAGCTGCTCAACATCCTCACTATTCTTGGCCCCG
CTAGAAAGGGAAAATCCTTCCTCATGAACTCCCTGACCGGGTTCGAAAAT
GTGTTTGGTGTCTCCCCGGACGTAAAGCCCTGCACCGAGGGGGCCGACCT
CTCTCCATTCCTTATGCCTCTGTCCGATTTCATGCAAGGAGGAGGGGCCC
ACAGCGGCCGCGGCAAGCTCACTCCATCTGAACCCATAATCGCATTGGTG
GACATGGAGGGCCAGGGCGACAAGTCCACTGAACATGGTGTGCGCCTCGC
AACGACGTTTCTAGTGGTTTCAAAGGTGGTCATCTACAACTGGATGTCCT
TGCCCAACAAGAATACGATGTTGCAAGACCTGTTGCTGATGGTGAAAGCC
GCCGAAAAGGTCGTAGACAAGGGCAAATACGTTGCCGCTTTTGGTCACCT
GATCATCCTGGTGCGCGACGTGGCAGAAAAGGCTAAAGAAATCAAGGAAC
TGGTCATGGGATATGAGGATATGGCGGCGGGTCTCAGTTGGAACGACGAG
GCAGCCGTATCCGACCGAAACCGGATCCGGAAGAGACTTCAGGAGGTTTT
TGAGAGCATCGATGTCCACACGATGCCCAGCCCCCATGCCGACATCGCAC
AGGGAGCCGTTCCTCTGTCCACGGTGACGCCCGAATTCAGCACCTCTCTC
GACGAGCTAAGGCGCACCATCTCGCAACATCTCGCTAGCCCACATACGTT
CGCCCAAAGACAGATCGCCGGCGGGCAGCACATCAACAACATCGTGGGGG
CTCTTTGCGAGGCGATCAACGAAACTGGGAACATCTGCCCTCCAAGTGTG
CTCGATGCAATCGACATGGCGAAGGCTGAGCAAGAGGTCCAATACGCCCT
GGTGCAGTTCGACGATATGCTTGGATCAACTCTTGGAGGCGACTTCACGC
TGAGCACTCTGGAGACAACCACCGCCCTCGAAGACGCTAGTAAGATCGTG
TACGACCAATTCAAAGCGGCCACCGAGGGAATTTCGGCTAGCATCGCAGA
AAATGCAAAGCAGGAGTTGGAAAAGCGGCTGTTGCCCAAAGCTGAGGTTG
TCGCCGGCAACCAAGAATCGAAGCGCCACGAACTGAAAAACAGGATGCGG
GCGATTGCATGCCAGCACGAGGCTGACATTGCCCAGGAGGCCAGAGCGCT
TAGCATCCCAATGGACGAGACGGTGCTCGAGGGCATATGGAAGCAGCTCG
TGAGTGCCCATTTTGTAGCCCTCGAGGAAGCCCTCCAAAAGATGGTAACC
ACGAAGGGCGACATCACGGAGAATGACGTCGTCCGCACGGACCTGCTCGA
AGAGCTTGGCTGGGCCATGTCAAGGAAGGAATTTGAGGATCTCAATATTG
ATACGCACCTGAGCCTACAAGGCCTCAACCGTTCGGCGGCCGCAGGCAAG
GAAGACCGCGAGGCCAGAAAGAGAGCAGAAGAGACAACGAAGCAGTTGGC
CGAACAAGCCGATAAGTTACAAAAAGAGGTCCAAGTAGCCCAAAAACAAG
CAAATGAAGCCGAAACAGCGGCCCGGGAAGCCCAAGCAAAGGCTTCCCGG
GACGCACAAAAACAGTCCGAGTCTCTGTTTGCCGCGATGATGCCGATGAT
GATGATGGCAGGCATGGGGGGAGGTGGGGGGGGGATTACTGGTGGGGGTG
TGGGGTACTCCGGTATGGGCGGGGGAAGCAACTACATGGGAGGCGGAACG
AACTCTGCTGGCGGGTCTCGTAACCTAACATTCTACCGGGGGGGGCAGTT
TGTACCGGGTGGTGGGCGATCCCCGAAGGGAGGGGGGTGGTTCTGA
back to top