mRNA_A-nodosum_M_contig106.12.2 (mRNA) Ascophyllum nodosum dioecious

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

Overview
NamemRNA_A-nodosum_M_contig106.12.2
Unique NamemRNA_A-nodosum_M_contig106.12.2
TypemRNA
OrganismAscophyllum nodosum dioecious (Ascophyllum nodosum dioecious (Feamainn bhuX, rockweed, Norwegian kelp, knotted kelp, knotted wrack or egg wrack))
Homology
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BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: A0A177N863_9GAMM (Uncharacterized protein n=1 Tax=Methylomonas lenta TaxID=980561 RepID=A0A177N863_9GAMM)

HSP 1 Score: 439 bits (1129), Expect = 4.950e-136
Identity = 304/787 (38.63%), Postives = 423/787 (53.75%), Query Frame = 2 
Query:  215 SLGLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDEG-NGYGALGFVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD-DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLPSNEA--ELEALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERRWQY-TQINPPGTVPEVPVGTT----LVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANARIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYD---RCDTNDACTVNLDQYRSSDHDMV 2473
            S GL  AA  VF+ E+HYDN   D GEA+E+   +G D++ W +V Y GN    GG QY + NL+G I D+  +GYG L F  + IQ+G+ D  G+ LVNA  +VVQFL+Y G+ TA DG A GLT  D GV+ES  T IG SLQL GSG  YEDF W    TASFGSINA  +F  ++S                           C Q ATLI+ +QG+G V+P       V  IVTA F G   LNGF++Q  + D    TS+G+F+      ++  GD V   GT +E    T++    + +VCS GN+LPTP++V LP + A  + E  EGML+++   + VT+NYN   YGE+ +++  R    TQI  PG              L++DDGSN    +P +Y     +  A+ +R G ++ D  G+++Y+   YRL+P T  +    A N RP ++     A+ ++A+FNVLNFF   G       SRGA T E+   Q +KI   + ALNADV+G+ E+END       I  LV  +N     G +++V P  + +  G D I VG+IY    V+L+G + + D      F D K R ++AQTF            TV V+HL SKG  CDD+ DPDT DGQGNC+LTR    + L  W++G D       + +++GD NAYA ED I A    GY+N+           SY+F G SG LD+  A+ T+   ++  +    +NA EP  L+Y+   +     +     D YRSSDHD +
Sbjct:   20 SSGLAQAATPVFINEIHYDNSSTDTGEAIEVAAPAGTDLTGWSLVLYNGN----GGAQYSTTNLTGVIADQSASGYGGLSFPIAGIQNGAPD--GVALVNAGQQVVQFLTYEGSFTAIDGPAAGLTGADIGVAESGSTAIGLSLQLKGSGSQYEDFAWSGESTASFGSINAGQNFGGNNSGGGQPPLSQ------------------CGQGATLISGIQGAGAVSPLNGAVQHVEAIVTANFQGSANLNGFFLQQPEADSDPATSEGLFVASN--LSVNTGDRVHFVGTVAETYGMTRLANVSSVEVCSSGNALPTPVAVSLPFDPAGNDPEQWEGMLINLPQALTVTENYNLARYGEILLSSGGRLLTPTQIALPGQAAIDAAADNALNQLLVDDGSNTQNLDPVLYPQPDGLSAANTLRSGYSVTDATGVLSYDFGGYRLEP-TQALAFV-ADNSRPAALENNSTASLKVASFNVLNFFNGDGLGGAFPTSRGANTLEEFNRQRDKIVNAIYALNADVVGLMEIENDGYGSQSAIADLVAGLNQLAGAGSYAFVNPGHSKV--GTDEITVGMIYKPAKVTLQGAAAILDTSVNPQFLDTKNRPAVAQTFLDKASNKL---LTVAVNHLKSKGSVCDDVNDPDTGDGQGNCNLTRTAAAQALASWLSG-DPTHTGSSNSLIIGDLNAYAQEDPITALKQAGYVNLIETLVGNQAAYSYIFQGASGYLDHALAN-TSLVSQVKAVGEWHINADEPRALDYNTEFKTPGQVSGFYAADAYRSSDHDPL 771
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BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: A0A177PDA2_9GAMM (LTD domain-containing protein n=2 Tax=Methylomonas TaxID=416 RepID=A0A177PDA2_9GAMM)

HSP 1 Score: 430 bits (1106), Expect = 1.110e-132
Identity = 319/802 (39.78%), Postives = 429/802 (53.49%), Query Frame = 2 
Query:  197 TLFAALSL-GLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDE-GNGYGAL--GFVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQDDGDGSTD----TSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLP-SNEAELEALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERRWQY-TQINPPGT----VPEVPVGTTLVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANARIANFNVLNFFTTLGS-------RGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKG----VSDVFD--FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDD----DIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYD---RCDTNDACTVNLDQYRSSDHDMV 2473
            T  AAL L G   AA  VF+ E+HYDN G D+GEAVEI G +G D+S W +V Y GN    GG  Y +  LSG I D+ G+G+G L  GF    IQ+G+ D  G+ LV+AN   VQFLSY GT  A  G A G   TD GVSESS TP+G SLQL GSG  YEDF+W +    +FG++NA  SF  +                         S+  C   AT I+ +QG+   +P   T  T+  IVTA F G   LNGF++Q   DG TD    +S+G+FI      ++ VGD V I G  +E    T++     P VC+ G +LP  ++V LP S +   E+ EGMLV++   + VT+NYN   YGE  +++  R    TQ   PG     +    +   L++DDG+N   P+P +Y     +  A+ +RVG ++    GI+AY+   YRLQP T  +TL  A NPR ++    RR +  +A+FNVLN+F   G+       RGA++  +   Q  KI A +  LNADVIG+ E+END  A    I  LV  +N     G ++Y+ P  +  P+G D IAVGLIY     S  G    +S  FD  F D K R ++AQTF            TV V+HL SKG  CDD+ DPDT DGQGNC+LTR    + LT+W+     A DP      + ++VGD N+YA ED I A  + GY N+           SYVF+G SG LD+  A+ TA   ++  +    +NA EP  L+Y+   +     A     D YRSSDHD +
Sbjct:   13 TTLAALGLFGGAQAATPVFINEIHYDNTGTDSGEAVEIAGPAGTDLSGWSLVLYNGN----GGANYRTATLSGVIADQSGSGFGTLSFGFPTDGIQNGAPD--GIALVDANQVAVQFLSYEGTFNAVGGPAAGQAGTDIGVSESSATPVGFSLQLQGSGQVYEDFLWASASDDNFGAVNAGQSFAAAPPD----------------------STDKCGDPATAISAIQGNDIDSPLVGTRQTIEAIVTADFSGGAKLNGFFVQQ-ADGETDADPTSSEGLFIAAS--ASIHVGDRVRISGNVAETYGMTRLENVSPPQVCASGQALPAAVAVELPFSPDNRQESREGMLVTLPQTLTVTENYNLARYGEFLLSSGGRLLTPTQAAEPGAPALAIAAQNLANQLLVDDGANLQNPDPVIYPEPAGLSAANTLRVGDSVSGATGILAYDFGAYRLQP-TQTLTL-NADNPRDQAPTPDRRTSLTVASFNVLNYFNGDGNGGGFPTARGADSPAEFAKQRAKIVAALTRLNADVIGLMEIENDGYAANSAIADLVAGLNQAAGPGTYAYINPGVS--PVGSDEIAVGLIYKPAKASPIGPAAILSSAFDPAFIDTKNRPTIAQTFRDKTSNKL---LTVAVNHLKSKGSACDDVNDPDTGDGQGNCNLTRTAAAQVLTQWL-----ATDPTHTGSANALIVGDLNSYAEEDPISALKSAGYRNLLENLVGNHAAYSYVFDGASGYLDHALAN-TALTPQVKAVSEWHINADEPRALDYNEEFKSAGQIADFYAADAYRSSDHDPL 770
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BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: A0A291IMF0_9GAMM (Endo/exonuclease/phosphatase domain-containing protein n=4 Tax=Methylomonas TaxID=416 RepID=A0A291IMF0_9GAMM)

HSP 1 Score: 429 bits (1102), Expect = 4.280e-132
Identity = 311/805 (38.63%), Postives = 424/805 (52.67%), Query Frame = 2 
Query:  167 NAMCRATIIKTLFAALSLGLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSM-NLSGTIDDEGNGYGALGFVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD--DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLPSNEA--ELEALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERRWQY-TQINPPGT----VPEVPVGTTLVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANARIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDRCDTNDACTVN----LDQYRSSDHDMV 2473
            N   R  ++  + A        AA  VF+ E+HYDN G D+GEAVEI G +G D+S W++V Y G    SGG  Y  + NLSG+I ++ NG+G++    S +Q+G+ D  G+ LV+A + +VQFLSY GT TA++G A G+ S D GV ES     G SLQL GSG  YEDF W A   ASFGSINA  +F  ++                            C Q ATLI+ +QGSG V+P   T   V  +V+A F G   LNGF++Q   D D +  TS+G+F+    P  + VGD V + G+ +E    T++    + ++CS GN+LP  + V LP + A  + E  EGML+ +   + VT+NYN   YGE  +++  R    TQ+  PG     V        L++DDGSN   P+P +Y     +  A+ +R G T+    G++AY+   YRLQP  P +T + A NPRP +       + ++A+FNVLN+F   G       +RGA T  +   Q  KI A +  L+ADV+G+ E+END  A T  I  LV+ +N     G +++V P    I  G D IAVGLIY    V L G + V D      F D K R +LAQTF            TV V+HL SKG  CDD+ DPDT DGQGNC+LTR      L  W+ G D       + ++VGD N+YA ED I A    GY N+           SYVF+G +G LDY  A    A Q +       +NA EP  L+Y+  +   A  V+     D YRSSDHD +
Sbjct:    4 NQFSRLPLLAAMAAIGVSANAEAATPVFINEIHYDNAGSDSGEAVEIAGPAGTDLSGWKIVPYNG----SGGASYTPICNLSGSIPNQNNGFGSVSCTISGLQNGAPD--GIALVDAGNALVQFLSYEGTFTASNGPANGIASVDIGVLESGSGAAGQSLQLKGSGSNYEDFTWAAESAASFGSINAGQTFGGATPPPPPVSQ--------------------CGQPATLISAIQGSGGVSPLNGTVQHVEAVVSADFQGSGNLNGFFVQQGSDADANPATSEGLFVAANTP--VNVGDRVHLVGSVAETYGMTRLENVGSVEICSSGNALPAAVEVSLPFDSAGNDPERWEGMLIHLPQTLTVTENYNLARYGEFLLSSGGRLLTPTQVAAPGQAANDVAAQNAFNQLLVDDGSNIQNPDPVIYPQPAGLSAANSLRSGATVTGASGVLAYDFGVYRLQPTQP-LTFS-AGNPRPANPAPSGPGSLKVASFNVLNYFNGNGLGGGFPTARGANTLAEFNRQRAKIVAALHQLDADVVGLMEIENDGYAGTSAIADLVNGLNQLAGAGSYAFVNPGRGKI--GSDEIAVGLIYKPGKVGLAGGAAVLDGSVDPQFLDTKNRPALAQTFLDKASNKL---LTVAVNHLKSKGSACDDVNDPDTGDGQGNCNLTRTTAATALANWLAG-DPTQQGAANTLIVGDLNSYAQEDPINALKNAGYRNLLETMVGNQAAYSYVFDGAAGYLDYALAGPALAAQ-VKSTTEWHINADEPRALDYNT-EFKTAGQVDSFYVADAYRSSDHDPL 770
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BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: A0A2P5NAJ5_METSP (Endo/exonuclease/phosphatase domain-containing protein n=1 Tax=Methylomonas sp. TaxID=418 RepID=A0A2P5NAJ5_METSP)

HSP 1 Score: 422 bits (1084), Expect = 1.770e-129
Identity = 298/809 (36.84%), Postives = 422/809 (52.16%), Query Frame = 2 
Query:  164 HNAMCRATIIKTLFAALSLG-LVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDE-GNGYG--ALGFVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD-DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLP----SNEAELEALEGMLVSIRNP-VVTDNYNADSYGEVTVAAERRWQYTQINPPGT----VPEVPVGTTLVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLA-KATNPRPKSIPKRRRANARIANFNVLNFFTTLGS-------RGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDRCDTNDACTVNL---DQYRSSDHDMV 2473
            H +  + + +  L A L L  L  AA  VF+ E+HYDN G D GEA+E+ G +G ++  W +V Y GN    GG  Y + +LSGT+ D+ G+GYG  ++ +  + +Q+GS D  G+ LV++   VVQFLSY G  TA++G A G+TS D GV +SS TP G SLQL GSG  YE F W     +SFG+ N   SF  SS +                          C Q AT I  +QGSG V+P+E +   V  +VTA F G   LNGF++Q   GD    +S+G+F+       + VGD + I G   E    T++      DVC+ G +LPT + V LP    +N AE    EGM V +    +V +N+N   +GE  V++ RR+  TQ+  PG     + +      LVIDDGSN   P+P  Y     +  ++ +R G ++    GI+A++   +RLQP     +LA   T+PRP +     RA+ ++ +FNVLN+F   GS       RGA   ++   Q +KI A + A+NAD++G+ E+END  A +  I  LV+ +N    +  ++++ P A+ I  G D IAVG IY        G + + D      F+D+K R  LAQTF          + TV V+HL SKG  CDD+ DPDT DGQGNC+LTR R  + +T W+   D         +++GD N+YA ED I     GGY N+           S+VF G +G LDY   +A    Q +  +    VNA EP  L+Y+      A        D YRSSDHD +
Sbjct:    2 HKSTLQTSCLFALSATLGLSSLAQAATPVFINEIHYDNTGTDVGEAIEVAGAAGTNLVGWTLVLYNGN----GGASYDTRSLSGTLSDQSGSGYGTTSVSYPSNTLQNGSPD--GVALVDSTGRVVQFLSYEGAFTASNGPAAGMTSVDIGVDQSSATPTGMSLQLKGSGNQYEHFTWHTASASSFGNPNTGQSFAASSGNPPLSN---------------------CGQAATPIGSIQGSGAVSPFEGSIHHVEAVVTADFRGSSNLNGFFVQQIQGDADPASSEGLFV--QSSALIRVGDNIHIIGRVDETFGMTRLVDVSRVDVCASGLALPTEVDVQLPFDGQANNAEF--WEGMRVRLPQALIVNENFNLGRFGEFVVSSTRRFSPTQVAAPGLAAIDMADANRLDRLVIDDGSNQQNPDPITYPQPNGLSTSNTLRGGDSVTGATGILAFDFGAFRLQPTE---SLAFNHTHPRPPAPAADSRASLKVVSFNVLNYFNGNGSGGGFPTARGASNVQEFNRQRDKIIAAITAMNADIVGLMEIENDGYAASSAIADLVNGLNQAAGRTAYAFINPGASRI--GSDEIAVGFIYQPAKARPLGAAALLDRTVDSRFDDNKNRPVLAQTFVDRVSNK---TLTVAVNHLKSKGSACDDVNDPDTGDGQGNCNLTRTRAAEAMTTWLAS-DPTRQNSSHTLIIGDLNSYAQEDPIDVLKAGGYENLLETRIGNQIAYSFVFQGAAGYLDYALVNAATVAQ-VKAVNLWPVNADEPRTLDYNTEFKTPAQITGFYAPDPYRSSDHDPI 769
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BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: UPI001231BEFA (ExeM/NucH family extracellular endonuclease n=1 Tax=Methylomonas rhizoryzae TaxID=2608981 RepID=UPI001231BEFA)

HSP 1 Score: 415 bits (1067), Expect = 5.890e-127
Identity = 306/806 (37.97%), Postives = 425/806 (52.73%), Query Frame = 2 
Query:  167 NAMCRATIIKTLFAALSLGLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDE-GNGYGALG--FVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQDDGDG-STDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLPSNEAEL--EALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERRW-QYTQINPPGTVPEVPVGTT----LVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANARIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDRCDTNDACTVNL----DQYRSSDHDMV 2473
            N      +I      + +    AA  VF+ E+HYDN G D GEA+EI G +G D+  WR+V Y GN    GG  Y +  L+G I D+ GNGYG L   +  + IQ+G+ D  G+ L++A++ VVQFLSY G+  A+DG A G++++D GV+ESS T  G SLQL+GSG  YEDFVWQ+   ASFG+IN+   F +                          S  LC Q A  I D+QGSG  +P   +   V  +VTA F G   L GF++Q  G+  ++  S G+F+    P     GD V + GT +E    T++      +VCS  N+LP P+ + LP + A+   E  EGML+++   + VT+NY+   YGE  ++A  R    TQI  PG              L +DDGSND  P P VY     +  A+ +R G T+    GI+AY+  E+RLQP    V+LA+  N R     +  R +  +A+FNVLNFF   G       +RGA++  +   Q  KI A + AL+ADV+G+ E+END  + +  I  LV  +N    + K+ ++ P  + I  G D I VGLIY A+ VS+ G + V D      F D K R +LAQTF          S TV V+H  SKG  CDD+ DPDT DGQGNC+LTRL     L  W+      +   + +++VGD NAYA ED I      GY N+   +P      SYVF+  SG LD++ A+     Q I  L    +NA EP  L+Y+  +   A  ++     D YRSSDHD +
Sbjct:    4 NIRLSPVLIVAASGLIGMEAAQAATPVFINEIHYDNSGTDIGEAIEIVGPAGTDLHGWRLVLYNGN----GGAAYDTRLLTGGIADQSGNGYGTLSVSYPSNGIQNGAPD--GVALIDADNRVVQFLSYEGSFIASDGPAAGISASDIGVAESSGTASGLSLQLSGSGSHYEDFVWQSEQAASFGAINSGQQFGDIGGG---------------------GSGSLCGQAAVSIGDIQGSGGYSPLAGSVQHVEALVTAGFQGTAQLGGFFVQQAGNPVNSAQSQGLFVQSGFPVEA--GDLVHLVGTVAETFGMTRLQNLSAAEVCSHANALPEPVPLSLPFDGADNDPERREGMLITLPQTLTVTENYDLARYGEFVLSAGGRLITPTQIAAPGEAAADLAAQNALNRLTVDDGSNDQNPEPVVYPQPDGLSAANSLRSGDTVSGATGILAYDFGEFRLQPTEALVSLAQ--NARTAKPERNGRGSLTVASFNVLNFFNGDGQGGGFPTARGADSAAELARQKAKIVAALNALDADVVGLMELENDGYSASSAIAELVAGLNQAAGRDKYRFIDPGLSRI--GSDEITVGLIYRADKVSVSGPAVVLDSRVDPDFLDAKNRPALAQTFLDRASNK---SVTVSVNHFKSKGSACDDVNDPDTGDGQGNCNLTRLAAAGALARWLANDPTGMSAAN-VLIVGDLNAYAQEDPITELKRAGYHNLLEENPGNRPAYSYVFDAASGYLDHVLANPQLRGQ-IQDLGEWHINADEPRALDYNS-EFKSAGQIDAFYAADPYRSSDHDPL 770
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BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: G0A1K3_METMM (Endonuclease/exonuclease/phosphatase n=1 Tax=Methylomonas methanica (strain MC09) TaxID=857087 RepID=G0A1K3_METMM)

HSP 1 Score: 414 bits (1064), Expect = 1.530e-126
Identity = 296/797 (37.14%), Postives = 421/797 (52.82%), Query Frame = 2 
Query:  194 KTLFAALSLGL---VSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDE-GNGYGALGFVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD-DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLPSNEA--ELEALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERRWQY-TQINPPG-TVPEVPVGTTL---VIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANARIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDRCDTNDACTVNL---DQYRSSDHDMV 2473
            + L  A S+GL   V AA  VF+ E+HYDN   D+GEA+EI G +G D+S W +V Y G+++     +YG++NLSG I D+ G+G+G L F    +Q+G+ D  G+ LV+A++ VVQFLSY G+ T  DG A G+  TD GV+E+  TP+G SLQLTGSG  YEDF W      SFGS+N   SF   +                            C Q A LI+ +QG+G ++P   T   V  +VTA F G   L+GF++Q  + D    TS+G+F+    P  + VGD V + GT +E N             CS GNSLP P+ V +P + A    E  EGML+S+   + VT+NYN   +GE+ +++  R    TQI  PG    +   G  L   ++DDGSN   P+P +Y     +  A+ +R G +L    G+++Y    YRL+P    V    A N RP        A  ++A+FNVLNFF   G       +RGA T+++   Q +KI   +  LNADV+G+ E+END  A T  I  LV  +N      ++++V P    +  G D I VGLIY    V   G + + D      F D+K R ++AQTF     +      T+ V+HL SKG  CDD+ DPDT DGQGNC++TR    + L  W++      D  +  +++GD NAYA ED I A    GY+N+           S+VF+G SG LD+  A++  A Q +  +    +NA EP  L+Y+    + A   +    D +RSSDHD +
Sbjct:   10 QRLLLAASIGLCGTVQAATPVFINELHYDNVNADSGEAIEIAGPAGTDLSGWSIVLYNGSATQL--NRYGTINLSGVIADQSGSGFGTLSFSAPGLQNGAPD--GVALVDASNGVVQFLSYEGSFTPVDGPAAGMAGTDIGVAETGSTPVGFSLQLTGSGSQYEDFTWGNASAESFGSVNTGQSFSGGNGGGQPPLSQ-------------------CGQPAMLISAIQGTGAISPVSGTVQHVEAVVTANFQGSGNLSGFFLQQTEADADPATSEGLFVFSNSP--VNVGDRVHVVGTVTEFNQLXXXXXXXXXXACSSGNSLPAPVEVNMPFDFAANNPEQWEGMLISLPQTLTVTENYNLARFGELLLSSGGRLLTPTQIALPGQAASDAAAGNALNQLLVDDGSNIQNPDPVIYPQPGDLSAANTLRSGYSLTGATGVLSYGFGAYRLEPTQ--VLNFVADNARPALPSADATAALKVASFNVLNFFNGDGLGGGFPTARGANTQQEFTRQRDKIVKAIHELNADVLGLMEIENDGYAATSAIADLVAGLNQLAGTAQYAFVDPGVNKV--GSDEITVGLIYQPAKVRPVGSAAILDEAVDPRFIDNKNRPAIAQTF---LDSRSNKMLTIAVNHLKSKGSACDDLNDPDTGDGQGNCNITRTSAAEALAAWLSNDPTQTDSHN-ALIIGDLNAYAQEDPITALKNAGYVNLIETLVGNQTAYSFVFDGASGYLDHALANSNLAAQ-VKAVGEWHINADEPRALDYNTEFKSAAQIASFYAPDAFRSSDHDPL 772
[Close]
BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: UPI001BC13FDB (ExeM/NucH family extracellular endonuclease n=1 Tax=Methylomonas sp. TaxID=418 RepID=UPI001BC13FDB)

HSP 1 Score: 408 bits (1049), Expect = 2.330e-124
Identity = 296/796 (37.19%), Postives = 417/796 (52.39%), Query Frame = 2 
Query:  194 KTLFAALSLGLVSAAET---VFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDE-GNGYGALGFVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD-DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLP-SNEAELEALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERRWQY-TQINPPGTVPEVPVGTT----LVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANARIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYD---RCDTNDACTVNLDQYRSSDHDMV 2473
            + L  A SLG+  AA+    VF+ E+HYDN G D GE +EI G  G D++ W +V Y G+++     +Y ++NL+G I D+ GNG+G L F    +Q+G+ D  G+ LV+A++ VVQFL+Y G  T  DG A G+  TD GV+E+  TP+G SLQL GSG  YEDF W     ASFGSIN+  SF   +                            C Q ATLI+ +QG+G  +P   T   V  +VTA F G   L+GF++Q  + D    TS+G+F+    P  + VGD V + GT +E    T++    + DVC  GN LP P+ V LP ++  E E  EGMLVS+   + VT+NYN   YGE+ +++  R    TQI  PG              L++DDGSN   P+P +Y     +  A+ +R G  +    G+++Y    YRL+P    V    A N RP       RA  ++A+FNVLNFF   G       +RGA T+++   Q +KI   +  LNADV+G+ E+END  A T  I  LV  +N      ++++V P    +  G D I VGLIY    V   G + + D      F D+K R ++AQTF            T+ V+HL SKG  C+DI DPDT DGQGNC++TR    + L +W+   D       + +++GD NAYA ED I A    GY+N+           S+VF+G SG LD+  A+ T    ++  +    +NA EP  L+Y+   +     A     D YRSSDHD +
Sbjct:   10 QRLLLAASLGICGAAQAATPVFVNELHYDNSGGDLGEEIEIAGPVGTDLNGWSLVLYNGSATQL--NRYDTINLAGVITDQSGNGFGVLSFPAPGLQNGAPD--GVALVDASNTVVQFLTYEGGFTPIDGPAAGMAGTDIGVAETGSTPVGMSLQLQGSGSQYEDFTWVGESAASFGSINSTQSFAGGNGGGQPPVSQ-------------------CGQPATLISAIQGTGASSPLGGTIQHVEAVVTANFQGSGNLSGFFLQQAEADADPATSEGLFVFSNTP--VNVGDRVHVVGTVTEFFELTELNNLSSLDVCGSGNPLPAPVEVSLPFAHAGEPERWEGMLVSLPQTLTVTENYNLARYGELLLSSGGRLLTPTQIALPGQAAIAAAADNALNQLLVDDGSNIQNPDPVIYPQPGDLSAANTLRSGYGVTGATGVLSYGFGAYRLEPTQ--VLNFAADNARPAVPAVDARAALKVASFNVLNFFNGDGLGGGFPTARGANTQQEFARQRDKIVQAIHELNADVLGLMEIENDGYAATGAIADLVAGLNQLAGTARYAFVNPGVNKV--GTDEITVGLIYQPAKVQPVGSAAILDAAVDPRFIDNKNRPAIAQTFLDKTSNKM---LTIAVNHLKSKGSDCNDINDPDTGDGQGNCNITRTSAAEALADWLAN-DPTQTGSHNALIIGDLNAYAQEDPITALKNAGYVNLIEQSVGNQAAYSFVFDGASGYLDHALAN-TELTPQVKAVGEWHINADEPRALDYNTEFKSAGQIAGFYAADAYRSSDHDPL 771
[Close]
BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: UPI00112DB48E (ExeM/NucH family extracellular endonuclease n=1 Tax=Methylomonas koyamae TaxID=702114 RepID=UPI00112DB48E)

HSP 1 Score: 407 bits (1046), Expect = 6.040e-124
Identity = 303/805 (37.64%), Postives = 411/805 (51.06%), Query Frame = 2 
Query:  173 MCRATIIKTLFAALSLGLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDE-GNGYGALGFVRSV--IQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD--DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLP--SNEAELEALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERR-WQYTQINPPGTVPEVPVGTT----LVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANARIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDRCDTNDACTVN----LDQYRSSDHDMV 2473
            + R  ++  L    +     AA  VF+ E+HYDN G D GEA+EI G +G ++S W +V Y GN    GG  Y +  LSG I D+ G G+G L F      IQ+GS D  G+ LVN  S VVQFL+Y G+ TA  G A G    D GVSESS+  +G SLQL G+G +YEDF W      SFGS NA  +F   +                         +  C Q ATLI+ +QGSG V+P   T   V  +V+A F G   LNGF++Q   D D +  TS+G+F+    P  +  GD V I G+ +E    T++      +VCS GN+LP P +V LP  S   + E  EGMLV +   + VT+NYN   YGE  +++  R W  TQ+  PG              L++DDGSN   P+P +Y     +  A+ +R G T+    G++AY+   YRLQP  P      A+N RP +       + ++A+FNVLN+F   G       +RGA T  +   Q  KI   + ALNADV+G+ E+END    T  I  LV+ +N     G +++V P  + +  G D IAVG+IY    V+  G   + D      F D K R +LAQTF            TV V+HL SKG  CDD+ DPDT DGQGNC+ TR    + L  W+ G D       + ++VGD N+YA ED I A    GY N+           SYVF+G +G LD+  A++  A Q +       +NA EP  L+Y+  +   A  V      D YRSSDHD +
Sbjct:    6 LSRLPLLAALGVLATSVTAEAATPVFINEIHYDNAGTDTGEAIEIAGPAGTNLSGWSLVLYNGN----GGASYNTKALSGVIADQTGTGFGTLSFSYPTDGIQNGSPD--GIALVNG-STVVQFLTYEGSFTAVGGPAAGKVGVDIGVSESSVA-VGQSLQLKGAGSSYEDFAWTTAAANSFGSPNAGQTFGGITPP---------------------PPTSQCGQPATLISAIQGSGGVSPLNGTVQHVEAVVSADFQGSGNLNGFFVQQGSDADANPATSEGLFVLANTP--INAGDRVHIVGSVAETFGMTRLENVTAVEVCSSGNALPEPAAVNLPFDSTNNDPERWEGMLVQLPQTLTVTENYNLARYGEFLLSSGGRLWTPTQVAAPGQAANDVAAQNALNQLLVDDGSNQQNPDPVIYPQPAGLSAANSLRSGDTVAGATGVLAYDFGVYRLQPTQP--LAFSASNTRPANPAPTGLGSLKVASFNVLNYFNGNGLGGGFPTARGANTLAEFNRQRAKIIPAIHALNADVVGLMEIENDGYGSTSAIADLVNGLNQLAGAGTYAFVNPGLSKV--GTDEIAVGIIYKPAKVTAAGKVAILDSSVNPQFIDSKNRPTLAQTFLDKASNKL---LTVAVNHLKSKGSACDDVNDPDTGDGQGNCNQTRTDAAQALASWLAG-DPTQQGAANSLIVGDLNSYAQEDPITALKNAGYRNLLETMVGNRAAYSYVFDGAAGYLDHALANSALAPQ-VKSASEWHINADEPRALDYNT-EFKSANQVTSFYAADAYRSSDHDPL 769
[Close]
BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: A0A177MJ74_METMH (LTD domain-containing protein n=1 Tax=Methylomonas methanica TaxID=421 RepID=A0A177MJ74_METMH)

HSP 1 Score: 404 bits (1039), Expect = 6.280e-123
Identity = 303/805 (37.64%), Postives = 415/805 (51.55%), Query Frame = 2 
Query:  188 IIKTLFAALSLGLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDE-GNGYGALGFVRSV--IQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD--DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPDVCSPGNSLPTPISVVLPSNEA--ELEALEGMLVSIRNPV-VTDNYNADSYGEVTVAAERRWQY-TQINPPGT----VPEVPVGTTLVIDDGSNDYEPNPDVY-----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLA-KATNPRPKSIPKRRRANARIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDPD----DDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDRCDTNDACTVN----LDQYRSSDHDMV 2473
            ++  + A    G   AA  VF+ E+HYDN G D+GE +EI G  G ++S W +V Y GN    GG  Y +  LSG I D+ G G+G L F      IQ+G+ D  G+ LVN  S VVQFL+Y G+ TA  G ATG    D GVSESS+ P+G SLQL GSG +YEDF W A    SFG++N   +F   +                            C Q ATLI+ +QGS  V+P   +   V  +V+A F G   LNGF++Q     D +  TS+G+F+    P  +  GD+V I GT +E  N T++    + DVCS GN+LPT I V LP + A  + E  EGML+ +   + VT+NYN   +GE  +++  R    TQ+  PG     V    +   L++DDG N   P+P +Y     +  A+ +R G ++    G++AY+   YRLQP  P   +A  A  P P         + +IA+FNVLN+F   G       SRGA+T  +   Q  KI   + ALNADVIG+ E+END    T  I  LV+ +N     G ++++ P  + +  G D IAVG+IY    VS  G   + D      F D K R ++AQTF            TV V+HL SKG  CDD+ DPDT DGQGNC+ TR    + L  W+     A DP      + +++GD N+YA ED I      GY N+           SYVF+G +G LD+  A+AT A Q +       +NA EP  L+Y+  +   A  V+     D YRSSDHD +
Sbjct:   11 LLAAVSALAVFGNAQAATPVFINEIHYDNAGADSGETIEISGPVGTNLSGWSIVLYNGN----GGASYNTKALSGVITDQSGTGFGTLSFSYPTDGIQNGAPD--GIALVNG-STVVQFLTYEGSFTAVGGPATGKVGVDIGVSESSV-PVGQSLQLKGSGSSYEDFTWTAASANSFGAVNNGQNFGGVTPPPPPVSQ--------------------CGQAATLISAIQGSSGVSPLSGSVQHVEAVVSADFQGSSNLNGFFVQQVSGADANDATSEGLFVSSSVP--VNTGDKVHIVGTVTETFNMTRLENVSSVDVCSSGNALPTAIEVNLPFDSAGNDPERWEGMLIQLPQTLTVTENYNLGRFGEFLLSSGGRLLTPTQVATPGQAAIDVAAQNLANQLLVDDGINVQNPDPVIYPQPTGLSAATPLRSGDSVVGATGVLAYDFGVYRLQPTQPLTFVADNARGPAPTL---STLGSLKIASFNVLNYFNGNGLGGGFPTSRGADTLTEFNRQRAKIIPAIHALNADVIGLMEIENDGYGSTSAIADLVNGLNQLAGAGTYAFIKPGLSKV--GTDEIAVGIIYKPTKVSTAGSVAILDSSVNPLFIDTKNRPAIAQTFLDKASNKLV---TVAVNHLKSKGSACDDVNDPDTGDGQGNCNQTRTDAAQALASWL-----ASDPTHNGVSNALIIGDLNSYAQEDPISTLKAAGYQNLLETFVGNQAAYSYVFDGAAGYLDHALANATLASQ-VKSAAEWHINADEPRSLDYNT-EFKSANQVSSFYAADAYRSSDHDPL 770
[Close]
BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Match: UPI001B3D31BA (ExeM/NucH family extracellular endonuclease n=3 Tax=unclassified Methylocaldum TaxID=2622260 RepID=UPI001B3D31BA)

HSP 1 Score: 403 bits (1036), Expect = 1.940e-122
Identity = 310/823 (37.67%), Postives = 436/823 (52.98%), Query Frame = 2 
Query:  167 NAMCRATIIKTLFAALSLGLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSGVDMSDWRVVFYTGNSSSSGGRQYG------SMNLSGTIDD-EGNGYGAL--GFVRSVIQHGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSLTPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSIXXXXXXXXXXXXXXXXXXXXXSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGIVTAVFPG---LNGFYIQD---DGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTASEDNNQTKITPTLNPD---VCSPGNSLP--TPISVVLPSNEAELEALEGMLVSI-RNPVVTDNYNADSYGEVTVAAERRWQY-TQINPPGTVPEVPVGTT----LVIDDGSNDYEPNPDVY----VDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKATNPRPKSIPKRRRANA-RIANFNVLNFFTTLG-------SRGAETEEQREDQLEKITAGVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAASIPLGFDLIAVGLIYDANVVSLKGVSDVFD------FEDDKTRASLAQTFSINCGAPRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWVTGPDFAVDP----DDDIVLVGDFNAYAMEDSIQAAITGGYMN-MATF--DPSFPCVSSYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDR-CDTNDACT--VNLDQYRSSDHDMV 2473
            N M R  +   + AAL      AA  VF+ E+HYDN G DAGEA+EI G +G ++S W++V Y GN    GG  Y       S  LSGTI D  G GYG +   + +  +Q+G+ D  G+ LV+A++++VQFLSY G  TAT+G+A GLTSTD GVSESS TP+G SLQLTG+GI YEDF W A    +FG++NA  SF ++                                + +LI+ VQG+G  +P     VTV  +V   F G   L+GF++Q+   D D    +S+G+F+      A+  GD V + GT +E N  T    TLN     V + GN LP  TP+++    +  + E  EGML+++ ++  VT+N+    +G++ V+++ R +  T +  PG              L +DDGSN   P+P ++    +   + +R G TL    G+++Y    +RL P      L  A NPRP   P      + RIA+FNVLN+F   G       +RGAE   +   Q +KI   +  LNADVIG+ E+END DA  P I  LVD +N      +++++  D   +  G D I V LIY    VS  G   + D      F D K R +LAQTF       +    TVVV+HL SKG  C D+GDPD  D QGNC+LTR R  + L +W+     A DP    + D++++GD NAYA ED I+     G+ N +A F  + ++    SYVF+GE+G LD+  +S T  +Q  G    H +NA EP+ L+Y+    T D  T   + D YRSSDHD V
Sbjct:   13 NNMMRKVLTGAVLAALGPAAY-AATPVFINEIHYDNAGTDAGEAIEIAGPAGTNLSGWKIVRYNGN----GGGTYATPAATTSETLSGTIPDLGGTGYGVITIAYNQDGLQNGAPD--GIALVDASNQIVQFLSYEGMFTATNGLANGLTSTDIGVSESSSTPVGGSLQLTGNGIFYEDFTWVASSGNTFGALNAGQSFASAPPP---------------------------PSSVSLISTVQGTGLSSPVVGAAVTVEAVVVGDFQGATELSGFFVQEEPADYDADPASSEGLFVNST--IAVDPGDWVRVTGTVTETNGLT----TLNASSVTVLASGNPLPAATPVTLPFDGSATDRERYEGMLINLPQSLTVTENFQLGRFGQIVVSSDGRLRNPTHVALPGAAANAVAAANDLNRLFVDDGSNVQNPDPVIFPAPGLSAGNTLRSGDTLTGATGVMSYAFGAFRLLPTAE--PLFVADNPRPAVPPALPGIGSLRIASFNVLNYFNGDGFGGGFPTARGAENPAEFTRQKDKIVPAIHGLNADVIGLMEIENDDDA-YPAIRDLVDSLNVYAGSAQYAFI--DTGIV--GTDEIRVALIYKPAKVSPVGSFAILDSSVDPDFIDTKNRPALAQTFLDKLSNKK---LTVVVNHLKSKGSACTDVGDPDVGDEQGNCNLTRTRAAQALADWL-----AADPTGSGNTDVLVIGDLNAYAKEDPIRTLEQNGFTNQVAAFLGEDAY----SYVFDGEAGYLDHALSSLTLTYQVKGVAEWH-INADEPIALDYNTDFKTPDQVTSFYSADPYRSSDHDPV 775
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig106.12.2 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A177N863_9GAMM4.950e-13638.63Uncharacterized protein n=1 Tax=Methylomonas lenta... [more]
A0A177PDA2_9GAMM1.110e-13239.78LTD domain-containing protein n=2 Tax=Methylomonas... [more]
A0A291IMF0_9GAMM4.280e-13238.63Endo/exonuclease/phosphatase domain-containing pro... [more]
A0A2P5NAJ5_METSP1.770e-12936.84Endo/exonuclease/phosphatase domain-containing pro... [more]
UPI001231BEFA5.890e-12737.97ExeM/NucH family extracellular endonuclease n=1 Ta... [more]
G0A1K3_METMM1.530e-12637.14Endonuclease/exonuclease/phosphatase n=1 Tax=Methy... [more]
UPI001BC13FDB2.330e-12437.19ExeM/NucH family extracellular endonuclease n=1 Ta... [more]
UPI00112DB48E6.040e-12437.64ExeM/NucH family extracellular endonuclease n=1 Ta... [more]
A0A177MJ74_METMH6.280e-12337.64LTD domain-containing protein n=1 Tax=Methylomonas... [more]
UPI001B3D31BA1.940e-12237.67ExeM/NucH family extracellular endonuclease n=3 Ta... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig106contigA-nodosum_M_contig106:365160..406368 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Ascophyllum nodosum dioecious OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog857087.Metme_1645
Model size3024
Max annot lvl135618|Methylococcales
KEGG koko:K07004
Hectar predicted targeting categorysignal peptide
Exons17
Evalue9.26e-130
EggNOG OGsCOG2374@1|root,COG2374@2|Bacteria,1MX52@1224|Proteobacteria,1RMHH@1236|Gammaproteobacteria,1XG2B@135618|Methylococcales
DescriptionExtracellular nuclease
Cds size2328
COG categoryU
BRITEko00000
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1680866445.4414358-UTR-A-nodosum_M_contig106:365159..3653311680866445.4414358-UTR-A-nodosum_M_contig106:365159..365331Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig106 365160..365331 +
1680866445.6299362-UTR-A-nodosum_M_contig106:405844..4063681680866445.6299362-UTR-A-nodosum_M_contig106:405844..406368Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig106 405845..406368 +


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

Feature NameUnique NameSpeciesTypePosition
1680866445.4525943-CDS-A-nodosum_M_contig106:365331..3654491680866445.4525943-CDS-A-nodosum_M_contig106:365331..365449Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 365332..365449 +
1680866445.4623985-CDS-A-nodosum_M_contig106:365772..3658711680866445.4623985-CDS-A-nodosum_M_contig106:365772..365871Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 365773..365871 +
1680866445.4744105-CDS-A-nodosum_M_contig106:378279..3784381680866445.4744105-CDS-A-nodosum_M_contig106:378279..378438Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 378280..378438 +
1680866445.4866796-CDS-A-nodosum_M_contig106:381441..3817171680866445.4866796-CDS-A-nodosum_M_contig106:381441..381717Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 381442..381717 +
1680866445.4951146-CDS-A-nodosum_M_contig106:382190..3823171680866445.4951146-CDS-A-nodosum_M_contig106:382190..382317Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 382191..382317 +
1680866445.5065293-CDS-A-nodosum_M_contig106:383106..3832691680866445.5065293-CDS-A-nodosum_M_contig106:383106..383269Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 383107..383269 +
1680866445.5148327-CDS-A-nodosum_M_contig106:400808..4009971680866445.5148327-CDS-A-nodosum_M_contig106:400808..400997Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 400809..400997 +
1680866445.5253103-CDS-A-nodosum_M_contig106:401500..4016791680866445.5253103-CDS-A-nodosum_M_contig106:401500..401679Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 401501..401679 +
1680866445.5379362-CDS-A-nodosum_M_contig106:402245..4023441680866445.5379362-CDS-A-nodosum_M_contig106:402245..402344Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 402246..402344 +
1680866445.5496676-CDS-A-nodosum_M_contig106:402629..4028011680866445.5496676-CDS-A-nodosum_M_contig106:402629..402801Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 402630..402801 +
1680866445.5577314-CDS-A-nodosum_M_contig106:403072..4032101680866445.5577314-CDS-A-nodosum_M_contig106:403072..403210Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 403073..403210 +
1680866445.568014-CDS-A-nodosum_M_contig106:403748..4039251680866445.568014-CDS-A-nodosum_M_contig106:403748..403925Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 403749..403925 +
1680866445.581234-CDS-A-nodosum_M_contig106:404227..4043451680866445.581234-CDS-A-nodosum_M_contig106:404227..404345Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 404228..404345 +
1680866445.5948331-CDS-A-nodosum_M_contig106:404622..4047231680866445.5948331-CDS-A-nodosum_M_contig106:404622..404723Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 404623..404723 +
1680866445.6037757-CDS-A-nodosum_M_contig106:405055..4051651680866445.6037757-CDS-A-nodosum_M_contig106:405055..405165Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 405056..405165 +
1680866445.6121616-CDS-A-nodosum_M_contig106:405438..4055111680866445.6121616-CDS-A-nodosum_M_contig106:405438..405511Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 405439..405511 +
1680866445.6203346-CDS-A-nodosum_M_contig106:405814..4058441680866445.6203346-CDS-A-nodosum_M_contig106:405814..405844Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig106 405815..405844 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig106.12.2prot_A-nodosum_M_contig106.12.2Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig106 365332..405844 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig106.12.2

>prot_A-nodosum_M_contig106.12.2 ID=prot_A-nodosum_M_contig106.12.2|Name=mRNA_A-nodosum_M_contig106.12.2|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=776bp
MCRATIIKTLFAALSLGLVSAAETVFLCEVHYDNFGPDAGEAVEICGTSG
VDMSDWRVVFYTGNSSSSGGRQYGSMNLSGTIDDEGNGYGALGFVRSVIQ
HGSNDVIGLVLVNANSEVVQFLSYNGTMTATDGIATGLTSTDAGVSESSL
TPIGTSLQLTGSGIAYEDFVWQAGITASFGSINANMSFENSSSSISSSGS
SSPVTSSAYSSSSHTSSSWLCDQTATLIADVQGSGTVTPYEDTEVTVRGI
VTAVFPGLNGFYIQDDGDGSTDTSDGIFIGLPDPTAMCVGDEVVIRGTAS
EDNNQTKITPTLNPDVCSPGNSLPTPISVVLPSNEAELEALEGMLVSIRN
PVVTDNYNADSYGEVTVAAERRWQYTQINPPGTVPEVPVGTTLVIDDGSN
DYEPNPDVYVDQASDVRVGQTLKDIKGIIAYNLSEYRLQPMTPGVTLAKA
TNPRPKSIPKRRRANARIANFNVLNFFTTLGSRGAETEEQREDQLEKITA
GVVALNADVIGIEEVENDYDADTPTIEALVDYINAQDSKGKWSYVVPDAA
SIPLGFDLIAVGLIYDANVVSLKGVSDVFDFEDDKTRASLAQTFSINCGA
PRCPSFTVVVSHLASKGVYCDDIGDPDTDDGQGNCSLTRLRGMKNLTEWV
TGPDFAVDPDDDIVLVGDFNAYAMEDSIQAAITGGYMNMATFDPSFPCVS
SYVFNGESGTLDYIFASATAAFQRIGKLVHHEVNAVEPVGLEYDRCDTND
ACTVNLDQYRSSDHDMVAQDFNFVT*
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mRNA from alignment at A-nodosum_M_contig106:365160..406368+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig106.12.2 ID=mRNA_A-nodosum_M_contig106.12.2|Name=mRNA_A-nodosum_M_contig106.12.2|organism=Ascophyllum nodosum dioecious|type=mRNA|length=41209bp|location=Sequence derived from alignment at A-nodosum_M_contig106:365160..406368+ (Ascophyllum nodosum dioecious)
CGAATACAGAAAAAACATCACCAATGGAGTATCATTAGTTCTCCACGTGG
CTGGTCGTTGAGGGACGAATAGTCCAAGACAAGACTACCGCACTGTGAAG
CTCATGCCGTCATGCCAACACTGCCTCTTCTAATTAAATTATCCGCTTCT
TGAAGACTTCGACCACAACGCCATGTGTAGGGCAACGATTATTAAGACGC
TGTTCGCTGCCCTTAGCCTTGGGTTGGTCTCGGCAGCTGAGACGGTATTC
CTCTGCGAAGTTCACTATGACAACTTTGGACCAGACGCAGGCAAGTTCGG
GAGGGTTGAAGGGGAACTCTCGACTCGCGACGAGTCGAGTTCAGATTATT
ACCAGTATCTGATCTGTGCTTGCCTGCATATCATTTGCAATTTCAGCGTC
GTTCGTTTCTTTCTGGTTTCTCTAAAGACGAGAGTTGCCACTTCAGCGTT
GTAGTACCTCGCAGCGAGTGCTCATCTTAGCTCGTCCCGACTGCGGGAAG
AAGACATATCAACAGTTCTGCAATTATTTGATACCAGGGGTACCTTGTAA
TTATAAATCAAGGAATATTATATTTCCTCCTTACGCCCGTTTACGGCCTG
TCTGTGCGAATAGGGGAGGCTGTGGAGATTTGCGGGACTTCAGGTGTCGA
TATGTCCGACTGGCGTGTCGTGTTCTACACCGGCAACAGTAGTAGTAGTG
GTGGGAGGCAATGTGAGTGGCGATAGACGCGTGGAATCCTTATCGCAGCC
CCTATGATACATAACTCGAGAGCAAACCATCTACTATGTACACAAATATC
GGGGACAGGGAAATATTCATTTCCCCTGTTCAGCTGACTACGAGCAGGAT
TGGCAACCTTCCCGGTTGATCACTACTCTTGTTATATGTGTTACAATACA
TACATACATACATACATACATACATacatacATACATACATACATACATA
CATACATACATACATACATACATACATACATACATACATCCCTCGGGAGG
ATCAATGCGAGTGGCATAGAATGACTAGGATGACAGGGCCGGATTGCGTG
GTTAGGTGCAATTTAAATAAATACATACATACATACATACATACATACAG
ACATACATACATCAGTAATTAAGTATCATTGATCCCTCTCGGGAGGATCA
ATGCGAGTGGCATAGAATGACTAGGATGACAGGGCCGGATTGCGTGGTTA
TGTGCAATTTAATACATAAATACATACATACATACATACATCAGAGGTTT
TTCGTAATAAGTATCATTGATCCCCCTCGGGAGGATCAATGCGAGTGGCA
TAGAATGACTAGGATGACAGGGCCGGATTGCGTGGTTATGTGCAATTTAA
TAAATACATACATACATAAATACATACATACATACATACATACATACATA
CATACATACATAAATATATACATACATATATACATACATACATGCATACA
AATAACACTGAAACACATACTGTGCCGATTTTATTATTTGTGGCAAATTC
GATCAACGCTTTCGTCTTTTGAGCTGTATGTTATCTTCTCTGACTTTGAT
AAATCAGGCTAATTGCTACTGACGTAATTGACAATTTTCAAATCTCTGTC
CTGTATTATACGAAGCATTTAAGGGTTACAGTGATTTCAAAGTTATACTA
CTGTCTATACAACGAGGTACTACCAGTAGCACAATATTTTGCTCCTTTCG
GTTGTTCTAGGTTTGTTGCTTTTCAACAGTTAGTTTCCTTCTTTTTTTTA
GGGGGGGCGGTGCCGTCTACCAGGCAGCCCACGATGTTGCGAATCGACTC
TCAACCGCCTCTTGATCGTCTGGGTAGACGCTCTATCGCGGGGGTGTGAA
AATTGGTTGCTGAATGTTCAACAGGGGCTCCGCCGAGATGATTCCACATC
TATCTTTGTTCCCTTCCGCTGGCAGGACAAACTTTGTGTACAATTATTTA
CGCCCTCGATACATTTTTCCAGTAGTGTCGGGAACTTTTATATTTTGTTT
TGTTAATGTTGATAAGTTTCCGATGTTCTCGGTTGGTTGGACCTGGCAAG
GGTTTTGTCGCGATTTGAATCTCTTTTGGTTTGAGTAGCGGGCTGCCACC
GTGATGTAACCCGTTGACCTTCGTACCTCTTTGTGACCGCGAGCGGGATT
GGCATTTGATAGGTCTATGTCTGACTTGTTGTGTCACCGTAGTTTCTTCA
GTTTCAAGGACAAAACGCTGAATGTGTGAATCATCAACAACATACCCTCA
TTCACGGTCTCCTACACCAATATTGTGTGTGTATTTATTACATTGCGCAT
AACCGCGCAATCCGGCCCTCTCATCCTAGTCATGCTATGTCACTCGCATT
GATCCTCCCAGGAGGGGATCGATGATACTTATTACGAAAACCTCCGATCA
GACGCGACAAAGGGGACACACACACTCTCTACCTCTACATTTCATTATTA
AGCTCTGAGTACTGTACTATACTGTACTGTACTGTATCTTGCGCTTCTCT
CTCTGCTTCCTCGCTGTGTGTGTGTGTGTATTGAATTGCACATAACCGCG
CAATCCGGCCCTGTCATCCTAGTCATTCTATGCCACTCGCATTGATCCTC
CAAGGGGGGATCAATGATACTTGTTACGAAAGCCTCTAATCAGGCGCGAC
AGAGGGGACACACTCTCTCTACTTGTACATTTCTTACTTGAGCCCTGAGT
ACCTTGTTGCTCTCTATAGTATCTGAGTTGGCAGCTACTGAACCAACCCT
TTCTTTTCTACATTTTTTTCTCTTTCCACCCGTGTCTCCCCCGTTTCCCG
CACGGCGTCTACATTTTTTTTGCGGTTTCTTGCGCTCTTTCGCTTCTCTT
CCACCCTCCCCGATTCTATTATCGTTACCGTCCCCGTTACCGTCTCCGTT
CCCACCCCCGACTCCAATCCCGCCCCCGGCCCCGTTCCCTCCTTCCTTTC
CCGTGGGCCCGGTTACCCCCCCGGTACGATGCGCTTGTACAGACGCCGGG
CCTTGCGAATGGGGCTGTCGGGTGCTCGCAAGCACCACCCCCTGTCTACA
GAGATGGTGGCGCGTGCGGAATGAGAGTGCCTGCTGTAAAACAAAAGAAA
TCGCCGCCAAAGACGTGCTACTTCTGTCCCTTCCGCTAGATGTTGGGACT
CATTAGAGTATGTCCCCGACCTGTGCTGTACCCGTCTGATGGCGAGCTCC
TTGATGAGGGCATGCACGTTTGAGCCAACGTCACCACATGTCGACATAGC
AAGAGGAAGGAGGGAGTAGGTAGCGGGGAACGAGCCCCGATACTTGTTTT
TCTTCCGCTCGACTGCATCGGCGAGGCGTTTTCCTACATGGCGTGCTGCA
TTCCCCAGATTGGAGCCGGCGCAAGGGTTGACGATGGTAATGCCGAGTAG
AAGTTCCTTATTCTTGAGTCGAGGGTGGTTGTCGAAGAGTGCCCCCGCCT
CCGTTGTGATGTCCATACGTAACGGGTTCAGTCTGCTGTTTTGTTCGCTA
GCTCTCTGTCGGAAGGGCCATGTATCTTCAACCACGAACTGGACTTTACT
CTCACGAAGGGATCGAGCCAGTGCCTGGTGGAGCACCCGATTGTGAGTGA
GAGAGCTCCATCCCGTCTTTGTGCAAGATATGGCGTGAAGGCGGTTGGTT
TCCTGCCGGCAACCATTGCCACGACACATCCCACCAACAAGTTCCGTCGC
GTCATACGACCCCAGACTCCTGCCTAAGGTTTCCCTCCACAGGGGACCCT
CCATCGTGTCTTCTTGCGAAAACCCCAGTCATTCTACAAATGCCATGGCG
CCCTTCTCCCGCGCTCCCCTAAACCTTACCATGGCTCTCTTCATCGCCGC
ACTTTCTGGGGTTTGGAGATCTTGCAGGAGCTTCTTCCCACGGTGTGCGT
GGAGGGCGCGCGAGAGCTTTGATTGGACGCGAGGTACAACTCCCACGCAC
ACTCCTCCGACCCCTCGTTTGGTCTGACTCAGCTCAATCTCCCTATCAGG
CTGGGTTGCCAACGGATCCTCCCATTGTTCTCGCTGTGTGTGAGAGAGAG
ATAGTGTGCGTGCGTTCGTGTGTTCATTACATTATTAGTCGATCGGGCTT
CAACTATACCGTGTAATATACGCGGTTGCAATTTAGTACGTGGTCTGCTA
GAAGGGGAAAAATCCGAGGAATATCTACAAAGCTCCAACGAGACAGAGAG
ATAGCATAAAACAAAGAACGGAAATAAGACAACATGACAAGAAGAAAGGG
AATAAACGAAAAGAAAAATATTATCATTCTAAAAAGTATAGAAAAATAAC
GCGTAAAGAAGCCCGCACCACAAAGAGAAGAACTCGTTAGGGGGCGGTTG
GTACAGCACCAGAAGCGAACGCGTACGATGCGCCCCCGTATCGCAACTAC
TTCGTATTTAAATAAAAAGGCAAATATGTAAACATCGTACTCTCAGGATA
TCAGCCCCCCCCATCGGCACAGCCGACGCCGCTTCGGGAGCCCTTGGGTG
GATCTAATCAACGCGACTCTTGAACGTCTCAAGGTGTTCGTGCGCCTTTT
TCTCCTTTCCCGTCCACGCGACCACAAACCTGCAACCCCCTAAGCATGCG
GTTTTGTGCCAATCCCAAGGGTTTAGTACGGCGGTACGCCAGCCACCCGT
GGTGCCGAATACCCGACGTTCCTCTGCCAAGCATTGCGTCCAACCCTTCT
CCCCCCCCCTCGGCCCACGTTGTTCCGCGTAATTCAGCTCTTCCAACACG
ATCCACTTGAGTAACCTGTGATCGTCCATGCGGAGCAGCGTTGTTGGGGT
TGTTAGGCGAATTGCACTAGACTCCCAGGATTCGAAGCAACATCCTATGA
TCTGCAGTAAGGAGAATGTTGCAGTGGCCCTTAGGAGGGGCCAAGGTCGC
GCATCCGTATAGGAGAGCCTTCGCCACTTAACGTTTAACAATCCGGGCCT
TCAAGTAAAGCAGACTTGTTTTCGGGCGGTGGCCCAGTTCCTGAAGCTCA
TTTACCCCGCACGGATCCGCTGGTCAATCTCGGCCGACACGATCTTTGGT
CTTCAGCGATGGCGCCCAAAAGTAGGCGATAAATATTTTCTGGCGGTACT
CTTGCCCCGTGGCGTTGAAGACTATCTGCGTTGCCAAAAGACTTCGACGA
AGACCACCATTACCCGCTCCAACCCACAAACTGACCGCGACACGATGCAC
GCGTTGCCAGTGTACAGCATCCCTCAAAATAGCACTCCCCAATAATTCCG
GTGCCTTTTCGGGGTCTATCTTCGAGGGCTGCTCTTGGAGATGGACAAGG
TCTGCGAGTATTATGTCCGTGTACTTGCTGAATCGTCTAATGCGACGAGG
AGTATCGCACTGGAAAAAACGTTGGATAGCAGCGGGGAAAACACACATCC
CTGACGGAACCCTTGTACCATCTCGAGCCCCTACGAGAATAAGCCATTGT
CAATCCGCCGCAAGCTCTCATCCCATTGTGGGATTGATGGATTACTGCTG
AATCTGCGTTGTTGTTCCGAAACGATCGAGCACCTGCCAATTTACCACGT
TTGTGGTCGACAAAGTCGTAGCCCTTCTGCAGATCGATGAAACACAAGAA
CGGCGGCACGCGTCCTTTCCTTCCCAATGTTTTTAGCCTGCGCAATGCGA
TATCTATCGTCTAGGGGTACGGGCGGAATCCGTGCTAATCATACGGCAGT
AGTACCCTAGCCTCGCCGTAgGTGCAGAGTCACGTAGCGACTATCTTGAG
AAGTACCTTTCTCGCGTGTACTACGAGTCAGATGTCGCGATAAATCCCGC
ACTCGATTCTTTATTTTGTTTGTGCTGATGGTTTAGTACGGCATCTCGCC
ACCGCTACGGTACCCTCCATCGGCGGGGAACCCACTTTGTCCCCCGATAA
AACTCCTGGAGCACGGTCGGGTCATATGGTATAATCCGAAATTTAACGTG
TTTAAAGGGGTGTTTTCGTCTGAGTTTGTCGATTAGAACAAAAAAAACGA
ATAACCAGCAAAAAACACGCCTCGAGGCCAGCGTAAAAAGTTTTTACAGC
CTTAAGACATCGACTTGTGTCTTTATGTTCTGTTGTACCTCCGTGACAAA
ACATAATGTAAATCTACGACGCCCTCTCTAAATGTGGCATACTTGGAAGG
ACTAGAATAATATCACTACTTCAACTAATATTCTAAACTAATCGTGTTCT
CTAATCAGTGGGCCGGACATTATTAAAGCTTACCATATCTTCGCATCACT
GACATCCATATGTGCATGATACTCTTTAGATTGGTCGATACACTTGTGGC
GGCGAATATAAATAATGTAGAACGAGCTGTTATAACCCCTACCGATCGTT
AAAGAACTATTCGACCTATGTATAGTCATTACAGATAGTAAGAGTATGGA
TCAACTGGGTAATGTTGCCAATTCTGTTCGTGGTCAGCTGAACAGGTAAA
ATTAATGTTTCCCTGGCCCCGTTCGCGCCTGAGGATTTGGCCTCGCGAGA
CGGGTTCGGCAGTCCCGTCCCGCGCCAGCCTGCTCAACTCCATACTCAGG
CTGAATCTGGTCCTTACTTACGAGATTCCTCCCGTGTTCTGCGGCGGGGT
CCATTTATTTATTTAAACCGCCATGCGCCATCGGGTCAGTCCCGAGTTTA
CCGGGTCACGCAATTGCGTACCGATGGCGTTCATTGCCGCGAGTCTGCCA
GCACAGGGCCAGTAAACCTCAAGGCAGTTCCGAACGAGTGGTGCCTTTGC
ATCACCGCGCACCAATTAATCTGCACCTCTCTTTCCTACATCCACTATCA
GTATAAACTGGGCATGTTGAAAGTATCGGACCCATAGAGCTATATACTAT
TTAATTGTTTCACGAGTCACTAATAGAGCTAATTATACCAAAATATAAAC
CCAGTATTGATAACGCTTAGTTAAATTGTTGTTGACGAGTATGGCTGGCC
CAGTTTTGTTGTCAGCTCTTGGGCGAGTAATGCAGGTGTACAGAGTACAG
TGTAACGGCGAGTTTCTCTACGATATTATACTGTCGACCTATGCAATCAT
TGAAGAAATTTTTCCTGTGTAGAGCTTTTCGAGGTGAACATTGTGACACA
ATTTATCTCCAACGGTTTGAATGCTTGGAAGGTTTCGATGCCTTCGTATT
GTTCCATAAAAACTGAATAACGGTGGGTTTCTTCCCGATATTAAAATGTT
GGCCATATGCTACCACCATCGGGGAACCCGATTAAATGCCATGGCGAGTT
TTTTTCCTTACAGCCTAAGTTCCTACCTTAACTTTTTAACATTTCCCCCC
CCTGATTGGGTAGATGCGAAGAAGGTCCCCCGAAGCGGCATTCCGCCTCT
TTCTACGCAGACGTTTCCACGAACAGCGCACAACTTTGGTAGGTTATAGG
CAGTACACCCGCCGATTGTTGATGATACGAAACAAGCGCTGAGATCTATG
GCCAACTGCAAGGTCATGGGACTGGATGAGCTGCCGGTGGAACTGCTCAA
GCTTGGGCTTCCCGACAAATCCCATACAATTTTCTGGCCAACGACATCAT
CGTGGCTGTGTGGGTGACAGGGGAAGTATCGCAGGATAGAAATATGCCAC
CATCAAAGTTGTACACAATAAAATGGAAAGAATAGCCGAGGGTCCTGCTC
CAGGCTTGCTACACGCTGATTTGCCCTTTTCATATTCTCCGTATGATCTT
CTAAACCGTCGCTCATGTCCGACATTACTCGCCTGAATTCCTCCAGTGTA
ATTCCACCTAAGATTCCGTATGTATCTCGGGGAGTTGAGTCGTTGCTCTC
GTGGACAGTTTTGCTTTTCTTTCTTGGAATCTTAGGGTAACCTTGATGTC
GAGGTATTAGTTGCACTAGTGTGTTCGTGCACCCTCGCCAGAGGGAAGAT
CGAGAGTCTTGTGAGATATGATGTAAAGAACGTATTATTTACAGCGAAGC
ATTGAAGGGGAAACACAGGGGCGTCAGTAGACGCCTGGAGACGAAGGTAC
TCGCCAATGAAAGACTGACTACGAGGGGGCTATTCCACACTGGTACGTGG
TAATATGACCCTATAAATCTGTATATCAAAGTAACAAACACCATCGAGGA
TCATAGTTCCATGATTCTCCCCCTGCTCAGTATAAGCTATAGAGGTATAT
CTTAATACCCTCCCATCGCTTAGACGAGCCAGTAAAGAACTATCAAGATA
TCGGTACAGCTTTGTCTACAAGATGAGGGAAAACTCTCTTACGCTACCTA
CTTGGAATACCTTAGAGACAAGGCTACCAGGGTAAACTGTTTCAAAAACA
TTGCAAGTGCGTACCAGCAGTGAATGCTCAAATTTCCAACTGCATTCCTT
GAATCAAATTTCTACTTTCAGAAAACACGAAGCGGATGAAGGAGTCAGTG
CGCGACATGAAGCCTAGTTCAACTTCTAAAAAAAAGCGGAGCATCTCTCA
ACCGCCAAATAGCATATTTTGGTCAATGCATTTCAACCAGAGAGGACCCT
TTCGTGCGAAGCACTGCATAATTAACGCGTATTGGCATACAGTATATGCT
AGAACCATACGTTAGGTGATCGATTTCTTAACAGCGGTTGGGCAGGCTTT
GTAAGCTTCAGCGTTTGTTCGAGCGAGCTACAGTCAATCCGATCAATGTT
CAAGCAGCTGTCGGACAGGCTTCGTAAGCTTCATCGGACTATTGTAATGT
AAAGCTTGCTTCCGCAGCAAAGCTTACACCATACTCTTGGCGAGAAAAAA
AAGGGAAGTCAATTTTCACATGGTACATTGCGGACTAACCTTCAGAGTCT
ATAACCAGTCTACTGTGGTAGTCAAGTGGTCGAGCATTGAAAAGCGATAT
TACCCTTCCCAATTCAGACACTCGCCACGAATAGCTGCTTCGCAAGTTCT
CATGAGACACCCCTCCCTGAGAAAACAATACTTACTTCGCAAGCTCTACG
TGCGGATTAGAAACGCAATTTGTTTTCAAATCCGGATGACCGAAAAACAT
GAGAGCACAAACTATGGGAGAAAAACATAGTCATATGAGGAACTAGCAAT
CAAGCACAGCCGTAGAGACTACCTGCTGTTTCGAGCGAACTGCAAAAAGT
ACAGCAGTACAGCAGTTTAGTTCAGACTTTTAGGGTACTTAAGCGGAGGA
GCGGTCATAAGCGATACGGCCATCACCAATCAAACACTCGCCGCAAATAA
CTAGCTGCACGAGTTCATGGAGACCCTCCCCGAAAGAACAACGCTTGCTA
CGAGAGCAAGCTTCGAGCGTAAGTAAGACTCAAACTTTCGAATTCGTATG
TTTGGGCTGCTATACCCTCTTTAGAACCGGCATAACATACTGTAGTAGAT
GAAGGGAAATGGGGAGACGATGTCCAGACAACGGGGATCCTCTCGGTTCC
CGATCACGTTCGTCACCAAGCGCTTCGACCAGTTGTCGTCAAGACCCCTG
CTCGATTATGCTTGTTCACGCTATAACTAAAATAGCCTCGAGCCGCCCTC
GACGGCGTGACGTTTTAGAACAACCCGTAGCAGAGAAAGAACGACTGACC
GCAATACGTATGGCGTAACCCTCTCCTGCCAGTTGATACCCCAGCTATCC
AATCTCCAAAAAACGCTACAGCCTCATCCAGCTCTAACGCGAACCTCCCT
ACAAAGCAACGCGCGCCACGTTCCCAAAAACGGGTAGGCGCGGAGACGAA
CTTGAGAACCGCCCGGATCAAACATCCATTTTTGCCTCAATTTTGTTTCG
ATGACCCTTCGGCAGGAGGGGACAGCACGCAGCTAATTCCTCCAGAAGCT
GCTGTCGCATGAGGCGTATTGAGTTGATATCTTCTTAGAATTGGTCTCGT
CGGTCGAGTAAAGCCGAAGAGGTGTCTGGTTGAAAGTGATCCTCGTCCCT
ATAGAGGCTTCGTCGATGGGAAGTAAGCCACCAGCGGCTGTTGGTGAGCG
TGTCTCCAAGGGTGAGAGACACGACTTAGACGCTGCAGCGCCGTTCTCGA
CCAAAATGTTATCCCTTAAAGGGGGAGCGGGAGGTCCGGCTTGTACACCG
AAACATGTCGAGGTCTTCGGTTCGTCTTGAACCTTTTGTGCAGTACAGCC
ATTCCCGTACTTCGCTTGAACTACTTCGATGGCGACCTCCGTGCGCTCGC
GAGGCTTGGTTTCTGCGGGCCCGTCTCCTTTCATGGCAAGACGTGGCTGC
CGAGCGTCCTGCTCCAGGCTTTCTACACGCCGATTTGCCCCTTTCATATT
CTCTGTACACTCTTCTAAATATTCGCCCATTTCCGACATTACTCGTCGTA
ATTCCTCCAGTGTAATTTCGCTTAGCACTTTGTATGGATCTTGAGGAGTT
GAGCCATTGCCCTCGGGGACAGTCTCGCTTTTGTTTTTTTGGCATCTTGG
GGTAACTTCGATGTCGAAGTACTACTTGCACTAGTGCGCTAATGCACCCT
CGCTAGAGGGAAGGTCAAGAGCTTTGATAGAGATGATGTATAGAACGTAT
CATTAACAGCGGAGCATTAAAGGGGAAACACAGGGGCGTCAATAGACACC
TGTAGACGAAGGTACTCGACAGATAAGACAGTACTCGCCAATAAAAGACT
GACTACGAGGGGGCTATTCCATACGTGGTAAAATGACCTTACAGAACTGT
ATATTGGAGTTACAACCCCATCGAGAATAATCATAGTTCCATGATTCTCC
CCCTGCTCAGTATAAGCTGTAATGGTATATACTAATAGTGGGAACCACTA
CGGACTCCCCGGCGATGGACCTGGTTTTCTTGTCTCCAACATTGGCATAC
TACGCGATTGCCTGGCGCTCTCTGAGGTATCATCTGGTGGCGACGCAAAT
GCACACGATGGTGTGCGGGTAGTTTTATCATCGATCACGAGCATAACGCC
CTCAGACACGCGCAGCCATAGCTTGTCCTCAGAGTTATGTGGGAAACGCC
CCGATCGACTTATGTGGGAACATAGCTGTTCAAAATGTCACACGCGACGT
TTATTGCTCCGACCGAGAAGCAACCGCAACTACCCGCTGTCACTAGTACC
AATACGATTTATAGTATGACGGTGATGATATTGTCGCCCCGTAGTCCCAG
AGCCGTCTCCAAAACGCCGTTGCGCTGGACTGTTGATAGAATGATCATCA
CGCGTACGATTCTCGAACTACCATCGAGGGATCGAAAAGGGCTATCGAAC
TCCGTGGAGGTTTTTATGTTAATTTTGAGACCTGCGAGTGTGAGGTGGTC
AACGATGAGGCTCGCGCGGAATCGCTCTCGTGTATACGGAATCGGATGAA
GTTGGAGTTGGAGTTGGTAAGGTGGTCAACGCAGATAATGGAAAACACAA
TCCCTTTTAGGGACATATCGTCAAATACACTTGCGAGGTCGACAAGGCAG
CGTTTTGCTCGGATGTTAACATGTTTGGTGGCAGATTTTCATGCGGGGCA
CCGATGTTCCCCCAACGATTCCGCCCAGTCCGCTCGACCCTTCCTTGGCG
TGGTTTACTCGGTTAGGAAGATGCGTTTAAACAGACGTCTACTGAAGTTA
TTTCTTTCACGAGGATCGTCGGAAGATCTTCGATGGCCACGCGTCTGAGC
AGTTTGATTTATATAAGGCCCGTCTTCAGTTCAAGGGGATGGAAGATACG
CAATGTGTCACTGTGTCGAGGGTAAGCTATGGGCGGTCGTGGTTATGCGC
ATTGTCGCGTCGGTTATCGTGGTTAGCTTTGTGATTGAAAGGAGACCATG
ATGGCCCAATTTCGGCACGAGGGCGGCGCAATCACACATCAGTGCGCACG
CTGTTCCTTTGAACGCACTTTTCTCTTAGTCTACCAGGAGAGGTCGTCGC
CTGTACCTGCCGCTTAAACGAAAGATGTCACAGGCTCTATTACCCTGTGT
GCATACTATGGGCGCTATAACTTGATGAGGCTCATGCTGTTTAAACTCCG
GTATGTTTGACTCTGCGTGGTTGTGTGGATATGAGCATCTACTGCTGGTT
GTGTCAGTAAAGTCAATCGTACGACTGTGTGTATCTGGCACATGTACTTA
TAAACTGTATGTTGCTATTGACGTCTAAATATTACAAGGGGGTGCAGCGT
TCAGTCCTTGAGCTGTTTGTCGATGTGTTTTTGTATTATGTGGGTGCAAG
ATTGTGTAATTTTGAGTGTCTTGGCGGCCAGGGTAGCTGATCGTACCTGC
TCTTCCGTTTATGTTGGCTCCCCTAAAGAGCTTTGTTTTACGTCGTCGTC
CAAGCTCTAGTTTGGCTTTCGACTATAAAGTCAGCTGCCCTCCCTTTTTC
AGGCGTCTTTGTGTCCAGTGTCATCACCCTCATGTTCACGACGCAATCTC
TTACACATTTATAGTAGGTACTATAGTAGATGTCGAACAAGTCGGCTATG
GATACATCCATGCACGATGCTGTAGGTCTAGAGCTTCCTTGAGATGATAC
AATCAGACCTGTTTTGCTCACATTTCCTGTTGCCCCGAGATTACGTGGTT
CCTCTGGACCCTTCACGAACGATTCTACTATGCTTTTTTTGCTCTTATTG
CATCGAACTCATACATGGCTAGCCGTGCCGCAAATATTGTTCGGTTTTTA
CGGTCCTTACACGAGCAGCTTGGTACATGTACGGGAGTAATTACGAATTA
AGCGTCGACGCGGAGTTTCTCGGCAGGCCCACACAAACAAATGGCTGATT
AACTATTGTGAACCTGAAACTTCATCCCACTTCATGGGCCATTATCATCC
TTACCCGACGGGGTTTGGAGCCTCTATCTAAACCAATAGTTGTGGCCGAC
CTTTCTCGTATGCGTTGGTCGACCACTCAACTCCTGGTTATCGCGGAGTA
CTTTACAAATCCTGCAGAATACACCTTCAAATGACACAGACAATCCCATC
TCCATACTCGTTTACCGAACAACGAGAAACCAAGGCGTCCGCGGTAAACT
CAGCACAGTGTGACACCACTATAGATCAATACAAATCATGACTTCGACTT
TATCATCATGAACCCTGCTACTAACGAACGACGGCACTTCCGACGTTTGT
TTATCCTACTCAATTGCTCCCCTGTTGAAATCTGCCGAACTTTTTCTGCT
GGACTTTCCCCGTGGCCCAGATGGCAGCATGAACCTTTCCGGCACTATCG
ATGACGAAGGGAACGGTTACGGAGCCCTGGGCTTTGTAAGGAGCGTCATC
CAGCATGGCTCCAATGACGTAATAGGACTAGTCCTTGTCAATGCCAATTC
TGAAGTAGTGCAATTTCTGTCATACAACGGTAAGTCAAGCTACCCATAAT
ATCGTAAAACCGTAGGCGTAAGGTGGTCGAGGTGGAACATCCAGGTGATA
AATATTGTTACAGCGCCGAAATTCTCACACGGTACACCTTGTCTTAACTA
GAATACGAAGGGCTATCTTGAGCGTGGCCAAGAAACCGAATCGATTAGGT
GATACAGGAAAAACTCCAACCCCGTACGTCCAATATTATGGTGAGTCGCT
TTCGCGGGTGAGGTGTGTACTTTCTCTAGTTCCGACAAACCACCTTACTC
CACCGTCAAGCGACGGGGGGTCGCCTGCCAGCTCAAGCTGCCCGTTGAAT
AAAGTACAACATGCTGCAGACTATAAAAATGCGTGGGGTGCCTTTAGATC
GAGGTCTCGCGAGGCACCCCCGGGTTTTCACCGGTGAGGTGGGGAAACAT
GCAACAAAATACAGTAACTAGAAGCGATATCGTCGTATCGTATCTGCCTC
TTACAGTAAATGTCTACTCTACAATAGTTTAGCAAGGAGCGAAGCGTTTG
TCCAAAACGTTCTATAAGTGCGTAGGGAGTCGTTAAGTACCCGCAGTAAT
ACTTCATAACTAAAACAGACACATACCTTAATGCACCACCTCTACTCTAA
CGAACGCCCCCGGATTAGTAACAAAGTATCTTGTTAACGCTATGTTTATA
ATTCGGAGGACGCTTGTTTCTACCGGATTAATCTCTGGTAGTTGGAAGCA
TTCACTACTTCTGTGAGGTTGATTCTTTGGATCCATATCCTGCTACTGAT
ACCCATAATTTGATTATGTCTCGTCTAACACTCGTTCTTTGATGGGCTCA
CATCCATCGTGGGAGACACAAGCGCATGGCGACATTTTCGGCCGTTCGGG
CTTATTCATATACAGTAGTATGAAGGCAAGGTTTACAGCACGCATACCCC
TGACAGCGAAGCGACGGTGGCAGGATCCCTTGTGGGGACAAACTATTTTA
AATATCAGCCCGATGCAACCCCAATGGACGTCCCAGATCGTCCCCACGAC
TGCGTTGTAGGTTTGGCAATCAATCTGTCTACGGGTGTCGCGTTTGGAAT
ATGTTCAGGTGCATGCTATACCGTATTGTTCTATCTGGTACATACGGTAC
GAATAGCAACATTTTGGTGAAATAAAAAACGAAGTATTTTTTAAAGAACG
AGGATTGCTAAGTTTAAAGGGGCCTGTGGGGTAGACGTGTCTGGTAATAA
TTGTTTGCCCAAACAAGTGCTTCAACGTGACTACTCATATCTGTGACAAC
CAACAGAATTTGTAAACGCCATATAAAAACGTGGAAATGTTTCCGATAAG
TAGTTGTCAAATTTCTTTATGCAAAATGTATTCCATCGGAATCGTTTCCG
ATTGTATGTCTCGGAAAATAATCCGTTCAACTCCAGACCGGAATAAATTG
TTTGGTCGCAAAATGAAAAGTTCGTTAAACTATTTGTTCATCCGTCTCAC
AGACGTTATTGTCAGAAACAAACATCGCGAACTTCAGTTGCTTTTAAAAT
TGGAGAATGGTGATGTCCGCTGTAATCAATATATCGCCTGGCTCCTTGAA
ATCTACCAGTCCTCGTTCTTAAAAAATAGTTTGTTCTTTATTTCACAAAA
ATGTTGTTGAATGTGCATGCTCCTGTCCTATCTGGTACTATTAATAGTAC
ATTCCTATCGCCGTGTACCAGGTATTCTGTATGGGACTGTACGTTACTGC
ACTGGACAACGGCGGCATGTATCGCTGATGCGAGCCCCGGATCGTCATAC
AGAATATACCAGTAGAGGTTTTTTTCTTTTGGGAGCCGTACTCACTCTAT
ATATGTATAGCCAGACTGCTTGAATTTGTTATAACTCTTCATGGCATTGG
TCTCGTGGCGTGCGCTTATTTTTGTCCCTTTAGTCTCGAAACAGCTCAGG
GCTGTATATAAGATTTATTTCGCTTGCTTGCACACTGTCCCGTTCATGTT
ACAAAGAGACGTAGAAGCTTGCTTACGTAAACGTACGCACGTCTGTGTGC
ACGGCTTCTATGTTCCCTTATAGGGTTGCAGAATGTTTCTTACCATACTG
TCCCACCCTATATTCTCCTTGATTATAGGCTGGGTTGGTTGCCTTCGTGT
TTTTTTTGTCGAAAGGGTGGTACACGTCGTGTTTCCAAGACACATCTTCG
GCGTTGGGTTATAATGAGTACACGGTACCCCTGAGTCCGAAAACGCTCCG
ATGCCTACCAGCGACTGACACAGCGCAATTAAGGAGATATCCACGAACGA
GAATTTCCCCATCCGTCCTCAGGGGGATGAGTGGTAAAGATAAATTATCG
ATTGCGATTTGGGTTTGAAATAGGTACTTATACTAGATTCAGCCTGAGTC
TGGAGAATGAGCAGGCTGACGCGAGACAAGACGGACGAACCCGTCTCGCG
AGATCAAATTCTTAGACGCTAACGGAGACAGGGAAATGTTCACTTTCCCT
GTTCAGCTGACCACGAGCAGGATTGGCAACCATACCTGGTTGATCCATAC
TCTATGTTATATGTGATGACGATACAAACATATATACATGTCGTCCGAAG
CTGCGTTCACTAAGGTCTCAGTTCGCGTGCATGGGTTTATCAGGACATCC
TGACCAGTATTATGTGATTATTTGTTCGTTTTTATGTTTCCATTTAGAGC
TATATAGGTCTTATTTTTCTGTTTTTTCCGTCGTTAAAAAAGAAGTAAAC
CGCGGGATCGGCAACTACTATACTCATAATACAATACTTTCTGTTTCCTA
CATGTCTACTACATACCAATAGTGGGCAGGGAAAACCTGCGGCGAGTGCC
AACCAAAATCGTGTGACTTGGAATTCATGTCGCTGGATACAAGAAGCGTT
ATCAAACAGTTAACGCTCACCGGTCTACGGGTCAATTCCCGTATTAAAAC
CGTATCGTAGAATGGTCCCTGAAGCCCCACTTTTCTGGTTCATACTCCCA
CGGCTACAACCTCTGACGCCTTGTCTGTGCAGGAACTATGACCGCTACAG
ACGGTATCGCGACCGGCTTGACCTCGACCGATGCTGGCGTTTCCGAGTCC
AGTTTGACACCCATAGGGACATCTCTGCAGCTTACTGGATCGGGCATTGC
CTACGAGGATTTTGTATGGCAGGCGGGAATCACGGCGTCATTTGGCAGCA
TCAACGCTAATATGTCTTTCGAGAACAGCTCCAGTTCTATCTCCAGCTCC
GGGTCATCGTCTCCTGTGACGTCATCAGCATATTCCTCTTCCTCGCACAC
ATCATCCAGTGAGATAAAGAAGCAATCCGAGTTCTTGTTAGGTCACACAC
GCCTACGAGCTGTAGGACCAGGTGCACAGTTGTGGTTAACGTTTCGTGAA
TATTACTAATGATCTTACCGTTAAAAGCTTTTCTTCATTGCTGAGGGAGA
CGAATTAGGTGCTTTTGTTTGTTTGTTTTTCATCGATGGCTCAAAACCCT
TCGCAAGTAGTCAAGTAAACTGTTCCGCGAGAGGACGTACCTTTCGGTGA
TTTTTATATCCCGGCTTTAGCAGAAGGCGGTCGTCGCTGACCTCGAGACC
AGCTGCTGATGCTATCAGTCAAGACTTTTTATGTAAGAAACTATTGTTAA
CAAATAATTCCAGGTCTAGGCCATGAGTCGCTGCCCGGGACAAGACTCTA
AAGCATTTCCTCTGGAACACAAGCGTGTTGAGTATCGCTAGCCCTCCCCT
TGATTACACTACAACATTGTCTCCTGGACAGGTTGGCTCTGCGACCAGAC
CGCCACGTTAATCGCCGACGTTCAAGGATCGGGTACAGTGACTCCGTATG
AGGACACTGAGGTTACGGTCAGAGGAATTGTCACGGCTGTGTTTCCCGGC
CTGAACGGGTAAGCAGAAAACTTTCTCAACAAAACGGTTTATGCCTAGTA
ATTACGTTGTATAAAAAGCTGCCGTATTGGCCAAGCACGTGTGCTATTAA
TAGTAATAATAGTATTAATAGCGATAAGTTCGTGTGGGGGGGCAGGATTC
ATCGGATTCACGACTACCGACGGCCCACAATATGTATTAGCCCTTTTTTT
CGAAAGCCTCCTGTCTTGTCTCATGTTCTAGTTTTTGTGTCTGACTCAGT
CGATGCAACTTGGGCTCAAACTGTCTTTTCGTAAGATTCGGATTCGTAAT
GAAAATAACAAGATCTCTTGTCTTGTCTTGTCTTGTCTTGACTTGTCGTT
GGTTTGGCGAGTGAGGGCGAGGGAATTACAGAGTAAGAGTTTCATAAATA
TACTATTTGCCATTAGACGGGGAAGAAGACGGGGATAAGGTATTACATAT
AAATAAAATATTTTGGATTTGGATCAACACAAACCAGGCATTACCCGATA
CGTGGTACCTGGTCCTGTATCAAGCCGTTTCCAGTTTCGGTTAGATGGGT
CAAAGCGTTTATGTTCTAGACCCCGTGTTACAGACTCCACCACCGATGCG
TCGTATACTCACGTTAAAGTGAGTCATTAGAGGCGAGGTGCGCAATTCGA
ATCGGGTAAGTTGGCCACAAAAACAGTATATTCTGGGGCTTGAGGGATCA
CAGCAATGTCACGAAGAAGTGTAGTAGGTTAGGGAAAATAACGAGACCAT
CAACCTACTATATTGATGTGGGTATTGGGTGGTCGTTAACAAAAAAGGTT
CTACATCCAAGACGATGGGGATGGTTCTACCGATACGTCCGATGGTATCT
TCATCGGCCTTCCCGATCCGACAGCCATGTGCGTCGGGGATGAGGTGGTC
ATCCGAGGAACGGCGTCAGAGGACAACAACCAAACGAAAATTACGCCGAC
ATTGAATCCGGTGAGTACCGAGTATAGACGTTGACAAGGCTAGACTCTGT
GTACCACGAAACGCTGATACCTCAAACATGTTAATCGAGGTGAGTAGCCG
AGTACCACAAACAGTTATAATAGGAGCCGAGGCTGAATTACACATTATTT
GCTGTCAGAAGTATACAGTAACTAGTTGTAGTAATAGTTTGCAGTGGCTT
ACACTAGTTGTAGTAATAGTTTGCAGTGGCTTACACTAGTTGTAGTAATA
GTTTGCAGAAACAGTAACGGAACGGCACCATGGAGTTTACGTACGACCCT
AGCACTATATTCCTCTTGTATCAACTCCAACACCCTGTCGACAGTGGTGT
GTCTCATTCTCGGCTTGGTCGATTGTTTAAGCTACCATACACCTCAATGA
CTCATCTTGGTGTTTGGCGCTCTACTTTCCTTATAATAATCAGTATGTGT
GTGTACGTGTATTTATTCAATTGGACATAACCGCGCAATCCGACCCTGTC
CTCCTAGTCATTCTATGCCATTCGCACTGATCCTCCCAAGGGGGAATCAA
ATGATACTTACTACGAAAACATTTGATCGGAAGCGACAAAGGATACACAA
TCTCTTTACTTGTACAGTTCTTATTTAAGCCCTAGGTACCTTGTGCTCAC
CCCCCCCTGCTTCTTTGCTATTCTCTAGATTTTCTATGTTGGCAGCTACT
GAATCAACCCTTTCTTGTCTACGTTCTACTCTTTCCGCCCAAGTCTCCCC
CGTTTCCCACACGGCGTCTGCAACTTTTGTGCGGTTTCTTGCGCTTCTTC
ACCTCTCCTCCACCCTCCTCGATTCCGTCCCCGTTTCCATCCTCGTTCCC
CTTCCCATCTCCGCTACTGCTCTCGTTTCCATCCCCGCTCCCGTTTCTGT
TCCCATCCTGTGTTCGTCCACGGGTTTCCACCGCCGTCCGCGTTACCGTT
CCCGCCCCGTGCCCGTTCCCATCATACGCTCCTTCGTTCGCCTCGACCCC
CGTTCTCGTTTCTACTCTCGATACTGCTCCGTCCCCGTCCCCATCACCGT
TCACGTCTCCGCTCCCGCCGCGGTGGACAGGCTTGTCCCCCTCCAACACA
TGGGTGAAGCTAGTTGCTCGCCGCTTGGCGCAACAAATAAGCACGGGAAT
CTGACAAACAGGGGGTACCATGGCCAACCCTCCTTGTAAGCTCCTCCTCC
AAACCCAACAATCTCGCCCCCTCCATCAAACCGTGCAACGTGCGGCAGCA
GTGGTGTCGTCATTCTGCCCTCTTCCCCTTTCAGCACTCAATCGGTGTGT
GTCCCGACTACACCCGTACATATTTTCTTTCTACGTATAAAACACCCCGC
CAGCCATAGGGCCTGGGGTGGAACACTAACCGTAAGTCTTGCACTAGGCA
CTATTCGTGAGGGCAAGGAGAGAGTTAAGGATAAAGCTAGTCGGATGCAA
AGTACCCGAATAGGGTCTGCGCTCGTGTGTGTACGCCGGAACGTCCAACA
TCGTGAGCTAAAACTCCCCACATCCACGCGATTTGCGTTCATTACTGCCG
TCATAGTTGCTGCACTCACCGGTGGGCCCACCGATTGCCTAGTATGTCCT
CCTCATCTCTCGTCCCAAAACATACAATCACACGAAAAATCCCTCACAAG
TCCTTGGGCCCGAGGTGAAGCACCAACCATGAGTTTTGTGCTGAGCACAA
ATTCTGAGGGCAAGGAGAGAGACTAGGGTAAAACTAGTCGGATATAAAGT
AGCCGAATAGGGTCTGCGCTCGTATGTGTTCGCCGGGACGCCCAACATCT
TGAGCTATAACTTCTCGAGTCCACGCGATTTGAGCTCAATAATGTTCTAA
TGTTTGCTATATCCACCTGTGGGCCCATCGGTTGCCCAGTAAGTCCTCCT
CCCCTCTCGTCCCAAAACATACAGTCACACAAAAAATCCCCCACACGCCA
TAGAGCCCGGGGTGAAACAAAAACCATAAGTCTTGCGCTGGACGCAAATC
CTGATGGCAAGGAGAGAGTCAAAGGTAAAGCTAGTCGGAAACAAAGTAGC
CGAATAGGGTCTGTGCTCGTATGTGTGCACCGGAACGCCCAACATCTTGA
GCTAAACAATTGCAAGCCCACGCAATTTGTGCTCAATACTGCTGTAATAG
ATTCTGTGCCCATAGGTCCACCGGTTGCCTAGTAAGCCCTCCTCCCCTCT
CGTCCCAAAACAGACAGCCACACGAAAAATCTCACACAAACCATAAGGCC
CCGGGTGAAGTCTTGCGCTGGGCACAAATAATGAGAACCGGGAGAGAGTC
AAGGTTTAAGCTAGTCGGATAGAAAGTATCCGAACAGGGTCTGCGCTCGT
GGGTGTACGACGGAAAGTACAACATCGTGAGCTAAACCTCCCCGAGTTCG
CTTGATTCATGCTCGTTGTTGTTGTTATGGCTGCTGTGTTTACCGGTGGG
GCCATCGGTAGCCTAGTAAGTCCTCCTCCCTTATAGTCCCAAAACGTACA
GTCACACATAAAAGCCCTCGCAAGCCATAGGGCCCGAGGTGAAACACCAA
CCACAAGTTTTGAGCACGGCGCAAATCGTATGAGCAAGAACAGAGTCGAG
GGGAAAGCTAGTCGGATGAAAAGTCGCCGAATAGGGTCTGTGCTCGTGTG
CGTACGCCGGAACGCACAGCTTCGTGAGCTAAAACCTAAAACTTCTCGAG
TCCACGTAACTTGTGCTCAGTACCGTCGTCATGATTGCTGTATTCGCAGA
TGGCCCCACCGGTTGCCTAGTAAGCCCTCCTCCCCTTTCGCCCTGAAACA
TACAATCACACGAAAAAGTCCCAGCAGACCATAGAGGTTGCTGCGGCACA
GCGCACCAACTGCTGTTGGCTACTGCTGTTCCTATTGCTACAATGCCCGG
CGCTGGGATGGGTTGGCGCAAATCATCGTAAATCAGGACAAAACAAGAAA
ACGCGGCGGGATTCGTACCCGGGTCCTCGATGGAGGGGGCCAAGCTGTCG
AGATGGGTTGTCGCCAACTCGCACCTTTCTGTCGCTAGCAGTCCCACCAC
TAGCAGTCCCGCCTTTAACTCGGCCCTCTCGCTCCGCCATGCTTACTGGC
CCATTGCTGTCTCGAGCAGGCGGGGCCTGGTCCATACCACCGAACCCAGC
CCAAACCGTCTTACCAGTAGCCCATAAAGTCCCACCAGGGCCACACAGGC
GACACATAAATTGGTACCCTAGAGAAAGGGAAGGGGGCTACAGGCCGATC
CCTCCCAATCTCCCAGGTGGCTACAGACCATCCGGGAGGCTACTACTGCA
ACTACAGCGATTGTCCTCTGCTTCGGGATTCCGGCTAACCCCCATAGGGT
GGTCTGTTTGTATGTATGTGTGTTTATTTGTGTGTGTGTGTGTGTGTGTG
TGTGTGTGTGTATGCATTTATCAAATTGCACATAACCGCGCAATCCGGCT
CTGTCATACTAGTCATTTTATGCCACTCGAATTGATCCTCCCAAGGGGGG
GTCAATGATACTTCTTACGAAGACCTCTGATCAGACGCGAAATAGGGGAC
ACACTCTCTCTACTTGTACAGTTCTTACTTAAGCTCTGAGTACCTTGTGC
CCCCCCCCTCCTTCTTCCTTGTTATCCTCTAGATTATCTGGGTTGTCAGC
TACTCGACCAATCCTTTCTTTTCTACGTTTTATCCTCTTCCCACCCGAGT
CTCCCCCGTTTCCCACATGGCATCTACAATTCTTGTGCGGTTTCTTGCGC
TTCTTCGCCTCTTCTCCGCCCCCCCCGATCCCATCCGCGTTCCTTTCCTC
GTTCCCGTTCCCATCTCTGACTCTCGTTTCGTCCCCGCCCCCGTCCCCGT
TCCCATGTTGCGCTCCTTCGTTCGCCTCCACCCTATTTCCCGTTCCCACT
CCCGCTCCATCCCCGTCCCCGTTGCCGCCCTCGACCCCGTTACCATCTCT
GTTCCCGGTCCTGATTCCGATTCCGCTCCCGACTTTGTTCTATCCTTCCC
GTCCCTCAGACCCGGTTACCTCCTCGGTGCGATGCGCGTGTACAGGCAGC
AGGCCTTGCGGACGCAGCTGTTGGGTGCCCCCAAGCGCTAACCCCCTTCT
GCAGAGATGATGATGCGTCCGGAAAATAAGTGCCTGATCGCGTCTACAAT
GCTTGTGCGGTTTCTTGCGCTTCTTCGCATCTCCTCCGCCCTTCCCAATC
CCGTCCCTGTTACCAACCTCGTCCCCGTTCCCATCTCCGCTACTGCTCTC
GTTTCCGTCCCCGCTTCCGTTCCCGTTCCTATCTTGTATTCGTCCCCCGG
TCTCCAACCCGGACCCCGCTCCCGTTTCCGACCCGTTCCCGCTCCCGTCC
CCGCTCCCGTATTTCTCTTTTTTGTTCGCTTTAACCCCCGTTGCCGTTCC
CGTTCCCGCTCCCGCTCCATATTTGTCCCCATCACCGTTCACGTCCTTGT
TCCCACTTCCAACCCCGTTCCCGTCTCTGCTCCTGCCCCCGTCTGTGATC
CCACCCCGCACCCCGTTCGCTCTTTCCCGTCACTCGGACTCGGTTAACCC
CTCGGTACGATGCGCGCGTACAGACACCGGGCGTTGCAAACGGAACTGCC
GGGTGCCCGCAAGCGCCACCCCCTATAAGCAGAGATGGTGACGCGTGCGG
AATGAAGATGCCTGCTGTAAAATAAAAGAGTATCGCCGCCGAAGACGTGC
TACTTCCTCCCCCTGCGCCAGATGCTGGTACTCGTTGGAGTGTGTCTCCG
ACCTGTGCTCTACCCGCCTGATGGCGAGCTCCTTGATGAGGGCATGCACG
TCTGAGCCAAGCTCACCACACGTCGACTTAGAGAGACGAAAAGGGAGTAG
GTAGCGGGGAATTAGCCCCGATACTTGGTTTTCTTCCGCTCGACTGCGCC
GGCGAAATGTTTGCCTACATGACGTGCTGCATTCCCCAGATTGGAGCCGA
CGCAAGGGTTAACGGTGGTAATATTGAGTAGGAGTGCCTTATTCTTGCGT
CGAGGGTAGTTGTCGAAGAGCACCCCCGCCTCCGTTGTTATGTCCGTACG
TAACGGGTCAAGTCTGCCGTTTCGTCCGCTAGTTTTCTCGGAAGGGCCAT
GTACCTTCAACAACAAATTGGACTTTGCTCTCGCGAAGGGATCGAGCCAG
TGCTCGGTGGGGCACCCGATTGTGGGTGAGGGAGCTCCATCTTGTCTTTG
TGCAAGATATGGCGTGAAGGCGAGTGGTTTGTTGCCGGCAAACATTGCCA
TAACACATCCACCAAAACGTTCCACAACGTCATGGACCCCAGGCTCCTGC
CTAAGGTTTCACTCCACAAAGAGCCCTCCATCCTGTCTTCTTGCGAGATC
CCCAAGCATTCTACAAATGTCATGGCGCCCTTCTCTCGCGCTCCCTTGAA
TCTTACTATAGCTCTCTTCATTGCCACACTTTTCAGGGTTTGGAGATCTT
GCAGGAGCTTTTTCCCACGGTGCGCGTGGAGGGCGCGACAGAGCTTTGAT
TGGACACGGGGTACACCTCCCGCGCACACTCCACCAACCCCTCTGTTGGT
CTGGCTCAGCCAAAGCTCCCTATCAGACTGGGTTGCCAACGGATCCTCCC
ATTGTTCTCACTGTTCAACACACCCGTCCCCACGCCCCCCGTTTTCCCCC
ACCCTTCCCACTCCCTATCCCCTCCCCGTCCCCATCAGCCTCCTGCTCTC
GCTCCGACCAGCAGAGTTCATATCCCTCTCTCTTAAGGGCCCTCTTCCAC
CGCTAGGGCTGCCCATGAACTGCCAACTGCATCCGCTATTTAGCTTCTCT
TGGCTTCGGTTGTGTGTGTGTGTGCGCGCGTGTTTACGTATGTATGTATG
TGTGTATGTATTAAATTGCACATAGCCGCGAAATCCGGCCCTGTCATCCT
AGTCATTCTTTGCCACTCGCATTGATCCTCCCAAGGGGGGATGTGTGTGT
GTGTGTGTATTTATTAAATTGCACATAACCACGCAATCCGGCCCTGTCAT
CCTAGTCATTCTATGCCACTCGCATTGATCCTCCCGAGGGGGGATCAATG
ATACTTATTACGAAAACCTCTGATCAGACGCGACAAATGTGTGTGTGTGT
GTGTGTATTTATTAAATTGCACATAACCACGCAATCCGGCCCTGTCATCC
TAGTCATTCTATGCCACTCGCATTGATCCTCCCGAGGGGGGATCATTGAT
ACTTATTACGAAAACCTCTGATCAGACGCGACAGAGGGGACACGCTCTCT
CTACTTGTACAATTCTTACTTAAGCTCAGAGTTCCTTGTGCTCCCCCCCC
TGCTTCCTTATTAATCTCTACAATATTTGAGTTGGCAGCTACTGGACCGA
CACTTCCTTTTCTACATCTCTTCCTCGTTCCACCAAAGTCTcCCCCGCTT
CCCCTTGGCGTCTACAACTATTTAGCGGTTTCTTGCGCTTCTTAGCCTCT
TTTTCGCCATCCCCGACCCTACCCTCGTTCCCGTTCCCTTCGTCCCCGTT
CCCATCTTCGCTACTGACCTTAGGTCCATCCCCGTTCCCATCCGGTGTTC
GTCGATGGGTCTCTACCTCCGTCCCCATCCCCGCCCTGTCCCCGCTGCCG
TCCCCGTTCCCATCCTGCGCTCCTTCATTCACCCCCACCCCAGTTTCCAC
TCCCGCTCCGTCCCCGTCCCCATGACCGTTTACATCCCCATTCCCATCCC
CAACCCCGCTACCGTCTCCATTCCCGCCCCCAACTCGAATCTCGCCCCCA
ACGCCGATTGCTCCTTCCTGTGCCTCGGTTACCCCCGGTACGGTGCGCTT
GTACAGACACCGGACCTTGCGAACGGAACTGTCGAGTACTCGCAAGTGCC
ACGCCCTGTCTGCAGAAATGGTGACGCGTGCGGAATGAAAGTGCCTGCTG
TAAAACAAAAGAGAATCGCCGCCGAAGACGTGCTACTTCCGTCCCTTCCG
CCAGATGTTGGGACTCGTTGGAGTGTGTTTCCGACCTATGCTGTACCCGT
CTGATGGCGAGCTCCTTGATGAGGGCATGCAAGTCTGAGCCAACCTCACC
ACATGTCGACATAGCGAGAGGAAGGAGGGAGTAGGTAGCGGGGAACGAGC
CCCGATACTTGTTTTTCTTCCGCTCGACAGCGTCGGTGAGGTGTTTTCCT
ACGTGGCGTGCTGCGTTCCCGAGATTGGAGCCGACGCACGGGTTGACGAT
GGTGATGTCGAGGAGAAGTCCCTTATTCTTGAGTCGGGGGTGGTTGTTGA
AGAGTGCCCCTGCCTCGGTTCTGATGTCCATACGTAGAGGGTTCAGTCTA
CTGTTTTCGCCGCTAGCTCTCTTGCGGAAGGGCCATGTGTCTTCGACAAC
AAACTGAACTTTGCTCTCGCGAAGGGATCGAGCGAGTGCCTGGTGGAGCA
CCCGATTGTGAGTGAGAGAGCTCCATCCCGTCCTCGTGCAAGATATGGCG
TGGAGGCGTGTGGTTTCTTGCCGGCAACCATTGCCATGACACATCCCACC
GACAAGTTCCGCCGCGTCATGCGACCCCAGGCTCCTGCCTAAGGTTTCCC
TCCACAGGGGGCCCTCCATCGTGTCTTCTTGCGAACCCCCCAGGCACTCC
ACAAATGCCATGGCGCCCTTCTCCCGCGCTCCCCTGAACCTTACCAAAGC
TCTTTTCATTGGGACACTTTCCGAGGTTTGGAGATCTTGCGGGAGCTTCT
TCCCACGGTGTGCGTGGAGGGCGCGCGAGAGCTTTGATTGGACGCGAGGT
ACAACTCCCACGCACACTCCTCCGACCCCTCGGTTGGTCTGGCTCAGCTC
CATCCCCCCATCGGACTGGGTTGCCAACGGGTCCTCCAATTATTCTTGCT
GTCTAACACCCCCGCCCTTGTGCCCCCTCCTCCCCCCGCCCCTCCCCTCC
CCCTCCCCTCCCCCTCCTGCTCCCGCGTCCACCAGTAGAGTTCCTATCCC
TCTCCCTTGAGGGTCCTCTTCCGCCGCTAGGGCTGCCCCCGAACTGCCCA
CTGCGTCCTCTATTTGGTTTTTCTTGGCTTCGGTAGCCACGGTCTTGAGC
TCTTCAATGAGCGCTGACGCCATGGGTCGCTCGGGCAGCCGTTCAAGAAG
GGATGGAAGGTTCCCCGGGCGGAGGCAGCGACGACGCGCCCCAGAACCAG
GGCATGGCAGCCGATATATGCCGCGCCTTTGATGGAGCTACTGCTGGTAA
GCCCAAGGCCGCCTTCTCGGATTGGCAGGTGGGCCTGTCGTAGGGCCTCG
TGCCCCAGGTATGTCTGATTTTGGCACACAGTGGGATCGTGGGCTACTTC
CTCTGGCGTTGGTAGCCCTGCCGCGGCAGCTCCGTCACCGGCTATGATAG
ACGCCAGCGCCCACTCCACCAAAGCGTCATAATTTGCTGCAGCTTGGCCT
GTGATGGAGGGCGGGACTGTTCGGAGCAGATGTGAGAGGCGAGAAGTGGC
GGATAGACGCAAAATCTGAAAGCTCGCTTGGGCATCCTCCATTGGGGCCA
GCGCCCTCACGAGCTCAGCTGGCTCTCCATTAACCGCTTCCTTTAAGAAA
TCACGCTGGAACTGTTCTGTTCCAACTGGTACTCCCACAACCCTCATCCC
CTGTCGGACCACCGTGAGCCCTGTGGTATCCATTGCCACTCGCTGCTCTT
CCGTCAGTTGTTCTGGCCCCACTCCATCTGCCAGCAGGGCCTGCGATTTC
CTTCGGTTCAGCGAGATACCTTCTATCCCCAGGCGCTCCTGTAGCCATTC
CGTAACTTCCACATCGAGAGAACGTTCAGGTGGTAGAATGACCGTGATAT
CGTCGATGAACGAAACCGCTCTCGCTCCTGGCACCGGAGGGTTGGCCCTA
AATTCTTTTAGGATCTTCAGTGAGCCTGCGCTGTAGCAAAGTGGACCTAG
ATTACATCCTTGCTGTACTCCCCGTGCTGACTCGACCACTTCCGAACCTC
CACCGTCTAGTGCAAACAGGAGTTTTGGGGGTTCCCGTGCGTACAGGTTT
GATTCTTAGGGGACCACTGAGGGGACGATTTCCGCTGTGTGTGTGTGTGT
GTGTGTGTATGCATTTATCAAATTGCACATAACCGCGCAATCCGGCTCTG
TCATACTAGTCATTTTATGCCACTCGAATTGATCCTCCCAAGGGGGGGTC
AATGATACTTCTTACGAAGACCTCTGATCAGACGCGAAATAGGGGACGCA
CTCTCTCTACTTGTACAGTTCTTACTTAAGCTCTGAGTACCTTGTGCCCC
CCCCCCCCCTCCTTCTTCCTTGTTATCCTCTATATTATCTGGGTTATCAG
CTACTCGACCAATCCTTTCTTTTCTACGTTTTATCCTCTTCCCCCCCAAG
TCTCCCCCGTTTCCCACATGGCATCTAAAATTCTTGTGCAGTTTCTTGCG
CTTCTTCGCCTCTTCTCCGCCCCCCCCGATCCCATCCGCGTTCCTGTTCT
CGTTCTCGTTCCCATGCTCGTTCCCGTTCCCATCTCTGACTCTCGTTTCG
TCCCCGCTCCCGTCCCCGTTCCCATGTTGCGCTCCTTCGTTCGCCTCCAC
CCTATTTCCCGTTCCCACTCCCGCTCCATCCCCGTCCCCGTTGCCGCCCT
CGACCCCGTTACCATCTCTGTTCCCGGTCCCGATTCCGATCCCGCTCCCG
ACTTTGTTCTATCCTTTCCGTCCCTCAGACCCGGTTACCTCCTCGGTGCG
ATGCGCGTGTACAGGCAGCAGGCCTTGCGGACGCAGCTGTTGAGTGCCCC
CAAGCGCTAACCCCCTTCTGCAGAGATGATGATGTGTCCGGAATAAAAGT
GCCTGATCGCGTCTACAATGCTTGTGCGGTTTCTTGCGCTTCTTCGCATC
TCCTCCGCCCTTCCCAATCCCGTCCCTGTTACCAACCTCGTCCCCGTTCC
CATCTCCGTTACTGCTCTCGTTTCCGTCCCCGCTTCCGTTCCCGTTCCTA
TCTTGTATTCATCCCCCGGTCTCCAACCCGGACCCCGCTCCCGTTTCCGA
CCCGTTCCCGCTCCCGTCCCCGCTCCCGTATTTCTATTTTTTGTTCGCTT
TAACCCCCGTTGCCGTTCCCGTTCCCGCTCCCGCTCCATATTTGTCCCCA
TCACCGTTCACGTCCTTGTTCCCACTTCCAACCCCGTTCCCGTCTCTGCT
CCTGCCCCCGTCTGTGATCCCACCCCGCACCCCGTTCGCTCTTTCCCGTC
ACTCGGACTCGGTTAACCCCTCGGTACGATGCGCGCGTACAGACACCGGG
CCTTGCAAACGGAACTGCCGGGTGCCCGCAAGCGCCAcCCCCTATAAGCA
GAGATGGTGACGCGTGCGGAATGAAGATGCCTGCTGTAAAACAAAAGAGT
ATCGCCGCCGAAGACGTGCTACTTCCTCCCCCTGCGCCAGATGCTGGTAC
TCGTTGGAGTGTGTCTCCGACCTGTGCTCTACCCGCCTGATGGCGAGCTC
CTTGATGAGGGTATGCACGTCTAAGCCAAGCTCACCACACGTCGACTTAG
AGAGACGAAAAGGGAGTAGGTAGCGGGGAATGAGCCCCGATACTTGGTTT
TCTTCCGCTCGACTGCGCCGGCGAGATGTTTGCCTACATGACGTGCTACA
TTCCCCAGATTGGAGCCGACGCAAAGGTTAACGGTGGTAATATTGAGTAG
AAGTGCCTTTTTCTTGCGTCGAGGGTAGTTGTCGAAGAGTACCCCCGCCT
CCGTTGTTACGTCCATACGTAACGGGTCAAGTCTGCCGTTTCGTCCGCTA
GTTTTCTCGGAAGGGCCATGTACCTTCAACAACAAATTGGACTTTGCTCT
CGCAAAGGGATCGAGCCAGTGCTCGGTGGGGCACCCGATTGTGGGTGAGG
GAGCTCCATCCTGTCTTTGTGCAAGATATGGCGTGAAGGCGAGTGGTTTG
TTGCCGGCAAACATTGCCATAACACATCCCACCAAAACGTTCCACAACGT
CATGGACCCCAGGCTCCTGCCTAAGGTTTCACTCCACAAAGAGCCCTCCA
TCCTGTCTTCTTGCGAGATCCCCAAGCATTCTACAAATGTCATGGCGCCC
TTCTCTCGCGCTCCCTTGAATCTTACCATAGCTCTCTTCATTGCCACACT
TTTCAGGGTTTGGAGATCTTGCAGGAGCTTTTTCCCACGGTGCGCGTGGA
GGGCGCGACAGAGCTTTGATTGGACACGGGGTACACCTCCCGCGCACACT
CCACCAACCCCTCTGTTGGTCTGGCTCAGCCAAAGCTCCCTATCAGACTG
GGTTGCCAACGGATCCTCCCATTGTTCTCACTGTTCAACACACCCGTCCC
CACGCCCCCCCGTTTTCCCCCCACCCTTCCCACTCCCCTATCCCCTCCCC
GTCCCCATCAGCCTCCTGCTCTCGCTCCGACCAGCAGAGTTCATATCCCT
CTATCTTAAGGGCCCTCTTCCACCGCTAGGGCTGCCCATGAACTGCCAAC
TGCATCCGCTATTTAGCTTCTCTTGGCTTCGGTTGTGTGTGTGTGTGCGC
GCGCGCGCGCGTGTTTATGTATGTATGTATGTGTGTATGTATTAAATTGC
ACATAGCCGCGAAATCCGGCCCTGTCATCCTAGTCATTCTTTGCCACTCG
CATTGATCCTCCCAAGGGGGATGGGTGTGTGTGTGTGTGTATTTATTGTG
TGTGTGTGCAATCCGGCCCTGTCATCCTAGTCATTCTATGTGTGTGTGTG
TGTGTGTGTATGCATTTATCAAATTGCACATAACCGCGCAATCCGGCTCT
GTCATACTAGTCATTTTATGCCACTCGAATTGATCCTCCCAAGGGGGGGT
CAATGATACTTCTTACGAAGACCTCTGATCAGACGCGAAATAGGGGACAC
ACTCTCTCTACTTGTACAGTTTTTACTTAAGCTCTGAGTACCTTGTGCCC
CCCCCTTCTTCCTTGTTATCCTCTATATTATCTGGGTTATCAGCTACTCG
ACCAATCCTTTCTTTTCTACGTTTTATCATCTTCCCACCCAAGTCTCCCC
CGTTTCCCACATGGTATCTACAATTCTTGTGCAGTTTCTTGCGCTTCTTC
GCCTCTTCTCCGCCCCCCCCGATCCCATCCGCGTTCCTGTTCTCGTTCCC
GTTCCCATGCTCGTTCCCGTTCCCATCTCTGACTCTCGTTTCGTCCCCGC
TCCCGTCCCCGTTCCCATGTTGCGCTCCTTCGTTCGCCTCCACCCTATTT
CCCGTTCCCACTCCCGCTCCATCCCCGTCCCCGTTGCCGCCCTCGACCCC
GTTACCATCTCTGTTCCCGGTCCCGATTCCGATCCCGCTCCCGACTTTGT
TCTATCCTTTCCGTCCCTCAGACCCGGTTACCTCCTCGGTGCGATGCGCG
TGTACAGGCAGCAGGCCTTGCGGACGCAGCTGTTGGGTGCCCCTAAGCGC
TAACCCCCTTCTGCAGAAATGATGATGTGTCCGGAATAAAAGTGCCTGAT
CGCGTCTACAATGCTTGTGCGGTTTCTTGCGCTTCTTCGCATCTCCTCCG
CCCTTCCCAATCCCGTCCCTGTTACCAACCTCGTCCCCGTTCCCATCTCC
GCTACTGCTCTCGTTTCCGTCCCCGCTTCCGTTCCCGTTCCTATCTTGTA
TTCGTCCCCCGGTCTCCAACCCGGACCCCGCTCCCGTCCCCGCTCCCGTA
TTTCTATTTTTTGTTCGCTTTAACCCCCGTTGCCGTTCCCGTTCCCGCTC
CCGCTCCATATTTGTCCCCATCACCGTTCACGTCCGTGTTCCCACTTCCA
ACACCGTTCCCGTCTCTGCTCCTGCCCCCGTCtgTGATCCCACCCCGCAC
CCCGTTCGCTCTTTCCCGTCACTCGGACTCGGTTAACCCCTCGGTACGAT
GCGCGCGTACAGACACCGGGCCTTGCAAACGGAACTGCCGGGTGCCCGCA
AGCGCATCCCCCTATAAGCAGAGATGGTGAcgCGTGCGGAATGAAGATGC
CTGCTGTAAAACAAAAGAGTATCGCCGCCGAAGACGTGCTACTTCCTCCC
CCTGCGCCAGATGCTGGTACTCGTTGGAGTGTGTCTCCAACCTGTGCTCT
ACCCGCCTGATGGCGAGCTCCTTGATGGGGTATGCACGTCTGAGCCAAGC
TCACCACACGTCGACTTAGAGAGACGAAAAGTGAGTAGGTAGCGGGGAAT
GAGCCCCGATACTTGGTTTTCTTCCGCTCGACTGCGCCGGCGAGATGTTT
GCCTACATGACGTGCTGCATTCCCCAGATTGGAGCCGACGCAAGGGTTAA
CGGTGGTAATATTGAGTAGAAGTGCCTTTTTCTTGCGTCGAGGGTAGTTG
TCGAAGAGTACCCCCGCCTCCGTTGTTACGTCCATACGTAACGGGTCAAG
TCTGCCGTTTCGTCCGCTAGTTTTCTCGGAAGGGCCATGTACCTTCAACA
ACAAATTGACTTTGCTCTCGCAAAGGATCGAGCCAGTGCTCGGTGGGGCA
CCCGATTGTGGGTGAGGGAGCTCCATCCTGTCTTTGTGCAAGATATGGCG
TGAAGGCGAGTGGTTTGTTGCCGGCAAACATTGCCATAACACATCCCACC
AAAACGTTCCACAACGTCATGGACCCCAGGCTCCTGCCTAAGGTTTCACt
CCACAAAGAGCCCTCCATCCTGTCTTCTTGCGAGATCCCCAAGCATTCTA
CAAATGTCATGGCGCCCTTCTCTCGCGCTCCCTTGAATCTTACCATATCT
CTCTTCATTGCCACACTTTTCAGGGTTTGGAGATCTTGCAGGAGCTTTTT
CCCACGGTGCGCGTGGAGGGGGCGACAGAGCTTTGATTGGACACGGGGTA
CACCTCCCGCGCACACTCCACCAACCCCTCTGTTGGTCTGGCTCAGCCAA
AGCTCCCTATCAGACTGGGTTGCCAACGGATCCTCCCATTGTTCTCACTG
TTCAACACACCCGTCCCCACGCCCCCCCGTTTTCCCCCCACCCTTCCCAC
TCCCCTATCCCCTCCCCGTCCCCATCAGCCTCCTGCTCTCGCTCCGACCA
GCAGAGTTCATATCCCTCTCTCTTAAGGGCCCTCTTCCACCGCTAGGGCT
GCCTATGAACTGCCAACTGCATCCGCTATTTAGCTTCTCTTGGCTTCGGT
TGTGTGTGTGTGTGCGCGCGCGCGCGCGTGTTTACGTATGTATGTATGTG
TGTATGTATTAAATTGCACATAACCGCGAAATCCGGCCCTGTCATCCTAG
TCATTCTATGCCACTCGCATTGATCCTGTGTGTGTGTGTGTGTGTGTGTG
TGATGTGTGTGTGTGTGTGTGTGATTTATTAAATTGCACATAAACACGCA
ATCCGGCCCTGTCATCCAATCCGGCCCATTGATCATCCCGAGGGGGATCA
ATGATACTTATTACGAAAACCTTTGATCAGACGCGACAAGTCAATTCATG
CCCTGTCATCCTAGTCATTTGGTCCATTGATCCTGTGTGTGTGTGTATTT
ATTAAATTGCACATAACCGCGCAATCCGGCCCTGTCATCCTAGCCATTCT
ATGCTACTCGCATTGATCCTCCCAAGCGGGGGATCAATAACGTGCGTGTG
TGTGTGTGTGTGTATGTATTTATTAAATTGCACATAACCGCGCAAGCAAT
CCGGCCTTGTCATCCTAGTCATTCTATGCCACTCGCGTTGATCCTCCCAA
GGGGGGATCATGTGTGTGTGTGTGTGTGTGTATTTATTAAATTGCACATA
ACCGCGCAATCCGGCCTTGTCATCCTAGTCATTCTATGCCACTCGCATTG
ATCCTCCCAAGGGGGGATCAATGATACTTGTGTGTGTGTGTGTGTGTGTG
TGTGTGTGTGTGTGTTTATTCACATTCTCTAATCGGACCTCAGTCATACC
TAGTAATATACGCGGTTGTCATTCCGGTGCGTGGTTGCAAATGAGCACGA
AGGTCAAAGGGTCACATCATGGCAATCATCTCCTTCTCAAACCAACAGGG
ATCCAAATCGCGTTAAGATCCTTCCCAGGTCCTACCACCCACAAACATGC
AAAACGTATCGGCATCAAGACGATGTCTTTGGGTACGAACCACAGTTGTT
TTACTGTCAGGATTGCTGCCAGTATTCCAGAATCTGAATTATTATTACAA
GCTACAGAGAAGTCTGTCTGATGATGTGCTGGCCATCCAACAAAGTCGTC
AAATGTGACTCAAATCGGTTTTCTAGCAATCCGATGGTTACACGAAGGCA
CGTTATGCGGTACTACAAATAATGGTACAGGCCAATGTCAAAACGGTTCA
TCAATCCTCCTTCCTCCATATCGGGAGCAACATCATTGACTTGGACCAAG
TTTCTCAAGGCCGCACGTCATGCGGAACTAAGAAGAACTGTAACACCGAA
GTCAATGGCGGTGAAGGCCTTGAGCTGATGACGCCGGCGTGCGAGCCAGC
ATCCAGCCGTCCAAAGCCCTGTGCATCCCTGAAGAGCCGCCCCTAGAATA
TTGCCCGTTAGCCGCTCCTTGTTGGCCCTCGTAGGAAGAAAACACACCGT
GGTCAGAGATCTGTTTTCTCCTCAGCAACCCTTCGGTTCGCACCTTTGAT
TCTCGCGGACAAGGGTTCGGCACTCTCCTGGCTTGTCGACGACCGAACAG
CCCTCCGCCCTTACCAATTCTGGTGCTGCCAATTATGTTTTCATACTGTA
TTTCATACAGTATATAACATATTATCAATTATCCTTCAGGCGTTTGTTCC
CTCCTCCGACACTTTCTGTATCCTCCATGCCCACTACCTCCTTATTATAT
TGTAAGTAGTGCGGAAAAAGAGAGGCGCATAAACATTGGTCCACAGTGAA
ACATGAAAAGGCAACAACACTCTCTGGAATCAGCTCGGGGACTACTCGCC
CTATGTCGGCGGACTCTAGCCAGTGGGCGCCATCGGTAACCAATTGCGTG
ACCCCATAAAATTGTAACTGACCCGGTGGCGGTTGTCGGTATATATACAT
GGGCCGCCTCCGACGCTTTCTGTACCGCACATGTCCACTTTACACCATTA
TTGTTGATAGTAGATATGACAATAGAGAGGCGCACATTAGTTGGTCCTTG
CCGATCACTGAAGAGGCAGCACCCGTTTGGAACTACCTTGAGGTTTACTG
GAAACTGTACCGGCGGACGTTCGACAGGGAACGACATCGGTACGCACGTG
CGTGACATGATAAACTCGCGACTGGCCCGATGGCGGGTGGCGGTATGAGT
AAATAAATGGATGTCGCCGCGGAAATCGGGAGGAATCACATGATGACGAG
AAAGCACCAGATTCAGCCTGAGTGTGGAGAATGAGCAGGCTGACGCGGGA
CAAGAAATTTTCCCTACTCAGCTGACCACGAGCAGGATTGGCAATTTAAC
CCGGTTGGTCCATACTCTGCTATATGTGATGACCACATAAGGACGCCGTC
GTGGAAAGCGGGAGGAACCCCATGAGTAAGCACCATATTCAGTCTGAGTT
TGGCGAGTGAGCAGACTGACGCGGGAAGGGGCAGCCGAAACCGTCTGGCG
AGACCAAATTCCCAGGCGTGAAAGGGGACAGGAAAACCAGCATTATGCCT
GTTCAGCTGACCACCATCATTATGACCAAGATTAGAAATCACACCCGATT
GATCAATGCTCTGCTGAACGTGTTGGCCATAGGTACATAAAACATGAAAC
TTTACGACGCAACGTAAACGAGGGGGAAAGCCATTCCACAGATACTACTG
TAGGTAGACACATGTATAACTGCGACGAATACATTTATACTTCGTTCGAC
GCCGTATGGACAGGAAGAAAGTATATACAAATCGTAGCTAGAGTAGTAGC
GGATTCCACGAACTAAGCGCGAAATCATGATTGAAAGTAACTAGCAATCG
ACGCTGGTATTCGAAGAAAAACGTTTGTTTGAGTCTGCGGTTAAGGCTAC
AGCCTGAAACTCGCGTTTTACATTAATTATAAACTGCGAGAGTTCTTAAA
TCACTCAGAATACCTCTTGGCGGCATTGAACGTGTACGCACGGTCCTGAT
AGAACCCTTCAAAAAGACGAATCTAAACAACAATTCACAGCGACATACGA
CAAAAGAAACATGGTCTGTGACGGTCCAGACCTCTCTCAAAATCGAATGG
GAAGTAATAAGCAATTCCCACTCAGGGAGTCTGTCGTTGCTTATTTCTAC
TCAGGGCAAAGGATCAAAATGATCGCTCATCAACGTGGCATTTCTGCTGC
ATTTGTGAGCGATGGCTATGTAGCTATAGATTTCGTGTAGTAGAATTTAT
TGGTATATATATATATATTTTTTTTTGTGGCATTTTTTTTGTATCGCATC
GTTCGTGATTTTTGCCTCAAATTGTTTTCGTCCAAGCAACTTCAATCATT
CACAACTTCATACATTTTATGATGGAGTCCCAAAATGCTATCTTCAGAAC
TATTACATACCTGGTAATATTTCCGTACAGCTGTTTTTTTAACGACTTAC
AGTATTCCATCATCATGCGATTTCTAAGGGAGCCTGGTGTTCACCCATGC
CAAGGCTCTCCCTTTTCCTCCACACACATTCCTCTCCGCATTTGCGCAGG
ACGTTTGCAGTCCCGGCAACTCATTGCCGACTCCCATCTCGGTCGTTCTT
CCCAGCAACGAGGCAGAGCTTGAGGCTCTCGAAGGCATGCTCGTGTCCAT
CCGCAACCCCGTTGTAACCGATAACTACAACGCCGATAGCTACGGCGAGG
TCACCGTGGCCGCGGAGCGTCGGTGGCAGTACACACAGGTAAGCCTTTCT
TTATGGAACCTGTAGATAACTATACACATAATAAAATACTTTTGCCCACT
AGTATCCGTCATATGCTTTGTCCTATACTTTTGATTGGTCCAAATTTTCG
ATTGAGCGACACCAAGGCGACTCTTAACTGTGTATAATAAAGCCGTGATC
TCAACTACTGGAGGAGCTGCACGGCTGCATAAAGGAGTCAGCGGAGGGTA
CACTACACATGCAATCATATTACAGTATCTTCCGCGAGGCTAACTAGTTC
ATGTACACGATGGATGCTGCATTAAGGCTACAGTGCAAGTCCTCGAGACA
TCGGGGGTAGTAGCTATTTATGCCATTACGATCAAAACCCTCATAACGAA
ATACAGAAAAACGTCGTACTGTAGATATTTTTTCTGTCCTGAAGGGGCAT
ATTGGCTATCACGGGATAGCGGTCGCCTACAGTGTGAGGGAATAACTGCA
AATATTTTATGACCGTCAACTTTCTCCGACGTTGCTAACAGATCAACCCT
CCGGGAACCGTACCAGAGGTCCCAGTGGGCACGACGCTCGTGATCGACGA
CGGGTCCAATGATTACGAGCCCAATCCCGACGTATATGTAGACCAGGCTT
CCGATGTGCGAGTCGGCCAGACGCTCAAGGATATCAAAGGCATTATAGCG
TACAATTTGAGCGAATACAGGTGATGCGAGGCTTTCGAATGTACGTGCAC
AGTGCCTGTAGTTCTCGTTGGACCTCCTGACCCAAGAAATGCTCAATACG
CCAGGATAAAAATGGAAACCGCGAGGCAACGTACCTCTAAAAACATCTTG
CGGGGTTACAAGGTCACTGCGTACGCATTACGCATATACCACATGTTATT
TAGTATTACGACGTTCATACGCTGGGTTTGAAGAACAGAACTGATTATTA
TTAGCATGGTAAATCAACGTTGAACATGAAAATCCTTCTCTTCTTGGGAA
CCAATCGATTTGCTTCTAGGCGATTCAGGATATAGGTGTTAATGGGCGTG
CTGTTTACAATTATCAAAAGATGGCATCCAGCTATCGTAGTAGCGGCAAA
AAGCACAGTGAGTTGTACGATGAAACTGAGTCGAGTTTAAGCGTTTTTCA
TCCTATTGATGTGTAGCCATGTCGAGTTTAGGTATAGAGCTAGGCGTGGT
GCTATATCTGGTCACCTTTAGATTTTATTGCCTTACACACGCTCCGAAAT
TTTAACTAAACCTGCGCGCTGATTCGTCCTAAGCAGGTTGCAGCCAATGA
CACCTGGGGTGACCCTAGCCAAAGCTACCAACCCGAGGCCCAAGTCTATC
CCCAAGCGGCGTAGAGCGAACGCAAGGATCGCCAAGTGAGCGCTGGTATT
TGCTATCCCTGAGGGTACTCTATCCTCCAGGCGATGTCTTACCACATTAC
ATTTCAAGGAAGATATACGCTTCTCTCTTTCGTTGACTGCTGTCCTCCCG
AGGATAGGTTACTCTATAGTCCGAGACAAGCACAAGCAACGCATCGTACG
ACGAGCTTTGTTTCTACCAGCAACGTAATTCGGCAGACCGTCGCGGTGCA
TCAGAGGTGTGCCGGGTAAGATTTTAATATTGACAACCTTGAAACTACTG
CCTCGCAACCGCTCACTCAGCTTCAACGTGCTCAACTTCTTCACCACGCT
GGGTTCTCGAGGAGCTGAGACCGAAGAGCAGCGGGAAGACCAGCTAGAGA
AGATTACGGCCGGCGTGGTCGCCCTCAACGCTGATGTCATCGGCATAGAA
GAGGTTGAGAACGATTACGACGCCGACACACCAACCATCGAGGTACGGTT
CGGTAGAACTTCTACTTCTTGATCGTAGTTCTTCATGAAGAGCGTGTTTT
GTCTCGATGCCGTCGCGTACTCGGTGATATTTCACCTTTCTCTGTATGCC
CCGCAATAATGGGAACTGCTCAAAGAGTTTATATTCTTTGCCAAGCGCGG
CCGGTCTTCATCGCCTGATGAGAACTAGGAACCTTTAAGCTCTGGATGAC
TGTATATGCCTACTCGTTTAATAGATTGGGTACTCACCGTGCTTGTCCAT
GGATCATGTCAAGGCTCTTGTGGACTACATCAACGCGCAAGATAGTAAAG
GGAAATGGAGCTACGTTGTCCCTGATGCTGCGAGCATTCCACTTGGGTTT
GACCTGATCGCAGTGGGCCTTATCTACGACGCCAATGTTGTATCACTCAA
GGTGAATTGATTCAGCTCGCCGTAGTTTCCGCTCTGCATCCATATTTTGT
TCCTCGACATTAACCTGCAGCATGCTGGGTATTTGTTCGCAATTGCGCTT
TCAATGGTTGAAGGAGCTCTTTTGGTTGAAGATGCAATTGCACAACGCCT
ACCGCATCTCTCTCTACTCTAACTGTAACTGTAACTGCTATGGTACACAT
ACATATCTTCGCTCATTCTTCCGCATTTCTCCAACACAGTTCAAATCGCT
GCGAGAGTGATCCGGGTTTATTCAAAAGGCGTCGACCAGTTTTAATTTGG
AATCAATGGATTTTGTCTCCATTTGAACGAGTAATCTTCACGGTTTCGTC
GAGGAAACATTTTAAAGAAACCCACCGCAATAAATAGTGTTATAGAACAC
ATTGATACGGGGGATTGTCCACCTAGCTAGTCGTTCCGTTTATAAGCTCC
AAAGGGAGTGAGTGATAACCGAAATTGACGAAATTGGCGGATAGTAACAA
CAAGGGATGATTGGATGTCATCCTCCTGCTTCCACTCAGGGAGTATCCGA
CGTCTTCGACTTCGAGGACGACAAAACAAGGGCGAGTCTCGCCCAGACCT
TTTCCATAAACTGCGGCGCCCCAAGGTGCCCGTCGTTCACAGTGGTGGTC
AGCCACCTCGCAAGTAAGGGAGTGTACTGCGACGACATCGGTGATCCGGA
TACAGACGATGGACAGGTCTGCAAAGTCGTTGCGGATACTGTGATTGGTG
ATGGGTGATACGTGCTGTATAAAGGGAAGTGAAGCCGGAGAGGAGCAAGA
GCTCAAAACCAGACTTTGCCCCAGTAGGTGAACTGCAATTGTTGTTTGGT
TGTTACCCTAGCCACAGAAATGCTGCAAATGCCGATGTTGGGTCAGCTTG
CTTTTATCAGTACGTCGTATGAAGAGCCATCGTACAGTAAACATTCAGTG
GGCTTTCGAGTTTTCAAGACACCAAGATATTAATAGTTCGAACCAACCTC
TTCGCTACGCTTTCTCAGGGGAACTGCAGCCTAACGCGTCTTCGTGGAAT
GAAAAATCTGACGGAATGGGTGACGGGTCCCGACTTTGCGGTGGATCCGG
ACGACGATATCGTGCTCGTGGGGGACTTCAACGCATGTGCATTTTCCTCG
CGGTGGTAGCGCATCAACCGCAAACGAGAACTAGCCTTTCGGTTGAATCT
ACACTTACTTTTTGACCGCCAGCTTTGTGAAAATAGTCGTTGTAATTTCC
ATGCAGTATCAGTCGTTGCAGTCTGCTCATCTATCGTTCTGTTTTTTTAA
TGTACCAGGTACGCGTTTATGTCACGACATTTATATATCAAAGTAGTCAA
CCTCAAATTGTTCTTTCATTAATCGGCGAAATATTCTGAACTTCTACGTA
CCTCCTTTGCCAGACGCGATGGAGGACTCAATCCAGGCTGCCATTACCGG
CGGGTACATGAATATGGCTACCTTTGACCCCAGCTTCCCCTGCGTATCTT
CTTATGTCTTTAACGTGAGTCTCTTACACCGTTTAATCGAGTTCAGTTTT
ATCTTCAAAGGCCCATCATCGATCGTCCTCTTATTGGACAGTCTAGACCC
TGAGCTGGGAGCAATGGGACAACGGTCTTAAGGACGTCGAAGATGTCAGA
ATTTCACGCCTATCTTAGAGCTACGTATTGAATCGACCAAGCTAAGAACG
GAATGACCCCACTGAAGGCCCATCCAGTGTCGTTCACTATGTCCCTGTAC
TATTTGGTGTTGGGCGCAAACCAACGAATCTCGATTAGTATGCGCCCGGC
TGCCTACTTAATGCAGCCGACCGACCGTTCGCTTCTTTTTCCACAGGGCG
AGAGTGGCACGCTTGATTATATTTTCGCGAGCGCTACAGCCGCATTTCAG
CGTATCGGGAAGCTAGTCCACCACGAAGTTAACGCCGTGGAACCCGTTGG
ACTAGAGTGAGTTCAAGAACTCTAGCTGCCACGATGGCGACGCTTCAACA
AAATATATACCAGTATATTTTTTTACCATACAGGGCAGATCTTAGTGTTG
ACGAAACCTCCTTGTTTGGTCAGGGTGTGTCTTAACGGGTTGAGAACACT
CCTGGAAAAATAACATATTTTAATCAGAGACTTTGTTACGTGAACTCAAA
CTCCCCCTTAGCTGGTGCCGCGAAACCTGTTTTCACGTCGAGGAGGCTTA
CAGAAATATTGCGGGTTTTTTTCATCCAGGTACGACCGCTGTGACACAAA
CGACGCATGCACCGTCAACCTTGACCAGTACCGCAGCTCGGACCATGACA
TGGTAAGCAACTCCAACTGAACTTTAAGCACACAGATTCAGACTATATTG
AAGGGCAGCCATACTCGGTTGGTGCGTAGTCTGTTCAACATGATGACTTC
TAATATAGTAGCGAAATGAGTCGACGAGTCTTACTTATAGTTTCAGTAGG
CGAACCTGGTACTATTCGTCGATGTTTACTCTATGTGTTCGCGTGATCCG
TTATCGTTTTGAAGGCTCTGATTTTTATATATATATATTTTTTCTGACGC
GGATCGTTATCGACCTTTGCCCGCCGTCTCTGCGTAATACTCTATAATAT
TACAGGTTGCCCAGGATTTCAACTTCGTCACGTAAGAAAACCAAAACAAA
AAACGAGCAAGAGTTCCGGGTAATGAATATGTGCTAGTTTCATCCTAGTC
CAACGGCCGACCTTAAAGGGAAAATATATGTACGCCTCCAGAAGGTTTAG
ATTTTTTGCTTTTCGGGACACTTTCACCGACATCCTACGCCCCTCGATCT
GTTGTTTGGTTTAACGGAGATTGTGTAATGAAGCGAACCTATAAAACCGC
AACCATATTACGAAATCGCAAGGCCCCTGCACTCCCCAATCCCCCCGCGT
ACGATAGGTATATTGGTCTACTGGTCTTCTAGTTGTTTATTAGGTCTAGT
TGGCAATGAAGGGAAAGGGCCAAAACGTCGCGAAGGTGGTTTTAATGTCG
ATATACTTGGTGGAGTATTTTCGGCGGGAAGGCTATCTCACAAAGTAGCT
CTGGAGTGAGAGGGGACAGGGAACAGCAAAAAAAAAATGCCTTTCTGTAA
GACTTCTTTTTGTTGGTGTATGGACGTCACCCATGTAAGTCAATTACTCC
TACAACCGA
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Coding sequence (CDS) from alignment at A-nodosum_M_contig106:365160..406368+

>mRNA_A-nodosum_M_contig106.12.2 ID=mRNA_A-nodosum_M_contig106.12.2|Name=mRNA_A-nodosum_M_contig106.12.2|organism=Ascophyllum nodosum dioecious|type=CDS|length=2328bp|location=Sequence derived from alignment at A-nodosum_M_contig106:365160..406368+ (Ascophyllum nodosum dioecious)
ATGTGTAGGGCAACGATTATTAAGACGCTGTTCGCTGCCCTTAGCCTTGG
GTTGGTCTCGGCAGCTGAGACGGTATTCCTCTGCGAAGTTCACTATGACA
ACTTTGGACCAGACGCAGGGGAGGCTGTGGAGATTTGCGGGACTTCAGGT
GTCGATATGTCCGACTGGCGTGTCGTGTTCTACACCGGCAACAGTAGTAG
TAGTGGTGGGAGGCAATATGGCAGCATGAACCTTTCCGGCACTATCGATG
ACGAAGGGAACGGTTACGGAGCCCTGGGCTTTGTAAGGAGCGTCATCCAG
CATGGCTCCAATGACGTAATAGGACTAGTCCTTGTCAATGCCAATTCTGA
AGTAGTGCAATTTCTGTCATACAACGGAACTATGACCGCTACAGACGGTA
TCGCGACCGGCTTGACCTCGACCGATGCTGGCGTTTCCGAGTCCAGTTTG
ACACCCATAGGGACATCTCTGCAGCTTACTGGATCGGGCATTGCCTACGA
GGATTTTGTATGGCAGGCGGGAATCACGGCGTCATTTGGCAGCATCAACG
CTAATATGTCTTTCGAGAACAGCTCCAGTTCTATCTCCAGCTCCGGGTCA
TCGTCTCCTGTGACGTCATCAGCATATTCCTCTTCCTCGCACACATCATC
CAGTTGGCTCTGCGACCAGACCGCCACGTTAATCGCCGACGTTCAAGGAT
CGGGTACAGTGACTCCGTATGAGGACACTGAGGTTACGGTCAGAGGAATT
GTCACGGCTGTGTTTCCCGGCCTGAACGGGTTCTACATCCAAGACGATGG
GGATGGTTCTACCGATACGTCCGATGGTATCTTCATCGGCCTTCCCGATC
CGACAGCCATGTGCGTCGGGGATGAGGTGGTCATCCGAGGAACGGCGTCA
GAGGACAACAACCAAACGAAAATTACGCCGACATTGAATCCGGACGTTTG
CAGTCCCGGCAACTCATTGCCGACTCCCATCTCGGTCGTTCTTCCCAGCA
ACGAGGCAGAGCTTGAGGCTCTCGAAGGCATGCTCGTGTCCATCCGCAAC
CCCGTTGTAACCGATAACTACAACGCCGATAGCTACGGCGAGGTCACCGT
GGCCGCGGAGCGTCGGTGGCAGTACACACAGATCAACCCTCCGGGAACCG
TACCAGAGGTCCCAGTGGGCACGACGCTCGTGATCGACGACGGGTCCAAT
GATTACGAGCCCAATCCCGACGTATATGTAGACCAGGCTTCCGATGTGCG
AGTCGGCCAGACGCTCAAGGATATCAAAGGCATTATAGCGTACAATTTGA
GCGAATACAGGTTGCAGCCAATGACACCTGGGGTGACCCTAGCCAAAGCT
ACCAACCCGAGGCCCAAGTCTATCCCCAAGCGGCGTAGAGCGAACGCAAG
GATCGCCAACTTCAACGTGCTCAACTTCTTCACCACGCTGGGTTCTCGAG
GAGCTGAGACCGAAGAGCAGCGGGAAGACCAGCTAGAGAAGATTACGGCC
GGCGTGGTCGCCCTCAACGCTGATGTCATCGGCATAGAAGAGGTTGAGAA
CGATTACGACGCCGACACACCAACCATCGAGGCTCTTGTGGACTACATCA
ACGCGCAAGATAGTAAAGGGAAATGGAGCTACGTTGTCCCTGATGCTGCG
AGCATTCCACTTGGGTTTGACCTGATCGCAGTGGGCCTTATCTACGACGC
CAATGTTGTATCACTCAAGGGAGTATCCGACGTCTTCGACTTCGAGGACG
ACAAAACAAGGGCGAGTCTCGCCCAGACCTTTTCCATAAACTGCGGCGCC
CCAAGGTGCCCGTCGTTCACAGTGGTGGTCAGCCACCTCGCAAGTAAGGG
AGTGTACTGCGACGACATCGGTGATCCGGATACAGACGATGGACAGGGGA
ACTGCAGCCTAACGCGTCTTCGTGGAATGAAAAATCTGACGGAATGGGTG
ACGGGTCCCGACTTTGCGGTGGATCCGGACGACGATATCGTGCTCGTGGG
GGACTTCAACGCATACGCGATGGAGGACTCAATCCAGGCTGCCATTACCG
GCGGGTACATGAATATGGCTACCTTTGACCCCAGCTTCCCCTGCGTATCT
TCTTATGTCTTTAACGGCGAGAGTGGCACGCTTGATTATATTTTCGCGAG
CGCTACAGCCGCATTTCAGCGTATCGGGAAGCTAGTCCACCACGAAGTTA
ACGCCGTGGAACCCGTTGGACTAGAGTACGACCGCTGTGACACAAACGAC
GCATGCACCGTCAACCTTGACCAGTACCGCAGCTCGGACCATGACATGGT
TGCCCAGGATTTCAACTTCGTCACGTAA
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