mRNA_A-nodosum_M_contig1005.1.1 (mRNA) Ascophyllum nodosum dioecious

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

Homology

BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: D7FYK6_ECTSI (Aminodeoxychorismate synthase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FYK6_ECTSI)

HSP 1 Score: 1184 bits (3062), Expect = 0.000e+0
Identity = 585/721 (81.14%), Postives = 648/721 (89.88%), Query Frame = 1

Query:    1 RRSNQGGFPPTLSLGAPRHRPDANDYTTKGNIDVSCKVIDVPNPDELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLS-SPEERSKQPSLFSVVRAIVELFHYDADTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPYVPSHVAGERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPCKSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQGIRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGEVLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKY 2160
            R + Q GFP TLSLGAPRHRP  + YTTKGN++VSCKV+DVP+ +E VE +V ALDSRRGVLLTSSYEFPGRYARWTLGF DPPLE++G GR+F+VRALN+ + CL   S EERSKQPSLFSVVRA V+LF+Y+ D QLGLYGAFGYDLTFQFDSIPL+H R+ SQKDLLLY+PD +LVVDQ KRDAW IEY+FAY GA+TEGL REGEVV Y PS   G+RDT PG +A+KV KAK+EFKVGNLFE VLSQTFK+PC SSP  VFRRLR RNPSPYGFLINLG+QEYLVGASPEMFVRCERTR GIRVETCPISGTIERG+NPLEDAQ++R+LL+NKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLR+GFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNE SPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDG+AEVRAGATLLFDSEP LEEAETELKASAMIDA+TR D     T  E+AF  SIS+GVGKSVLLVDHEDSFVHTLGNYLRQTGA+V+TVRSG+ L AYLRGVRKGKQPYPDL V+SPGPGNPSDFGLS TI+EM+DLKVP FGVCLGLQG+VEHFGG L+VL YPMHGKPS ++++DR SH R +F+G+PD+FEVARYHSLYG +E  P+ LR TA TADGV+MAIEHK+LPFAAVQFHPESILT+PRTGLT+LANC R+L+Y
Sbjct:   34 RTAQQRGFPATLSLGAPRHRPGTDGYTTKGNVEVSCKVMDVPHAEECVEDLVHALDSRRGVLLTSSYEFPGRYARWTLGFSDPPLELSGTGRDFRVRALNDSARCLSPFSQEERSKQPSLFSVVRAAVDLFYYEGDPQLGLYGAFGYDLTFQFDSIPLKHERDGSQKDLLLYLPDKMLVVDQDKRDAWSIEYDFAYGGATTEGLPREGEVVAYKPSDKPGDRDTPPGDYAKKVDKAKQEFKVGNLFEVVLSQTFKKPCTSSPAKVFRRLRKRNPSPYGFLINLGDQEYLVGASPEMFVRCERTRHGIRVETCPISGTIERGANPLEDAQKIRSLLSNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLRKGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEASPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGIAEVRAGATLLFDSEPALEEAETELKASAMIDAVTRGDPQPGATGSEEAFKTSISTGVGKSVLLVDHEDSFVHTLGNYLRQTGAEVSTVRSGDPLVAYLRGVRKGKQPYPDLVVLSPGPGNPSDFGLSGTIREMLDLKVPAFGVCLGLQGIVEHFGGELAVLDYPMHGKPSTVSLVDRDSHSRAIFEGVPDSFEVARYHSLYGAREEMPDVLRPTAETADGVIMAIEHKELPFAAVQFHPESILTDPRTGLTILANCFRHLRY 754

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BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: A0A835Z6A5_9STRA (Aminodeoxychorismate synthase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z6A5_9STRA)

HSP 1 Score: 997 bits (2578), Expect = 0.000e+0
Identity = 502/731 (68.67%), Postives = 583/731 (79.75%), Query Frame = 1

Query:   19 GFPPTLSLGAPRHRPDANDYTTKGNIDVSCKVIDVPNPDELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLSS-------------PEERSKQPSLFSVVRAIVELFHYDADTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPYVPSHVAGERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPCKSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQGIRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGEVLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKYQPQE 2172
            GFP  LSLGAPRHRP  + YTT G ++V+C+V +V +  E VE ++ ALD +RGVLLTSSYEFPGRYARWTLGFV+PP+EV G G  F VRALNER   LL +              EERS+QPSLFSVVR+IV LF ++ D QLGLYGAFGYDLTFQF+ I    PR+  Q+D++LY+PD +LVVDQ KRDAW I Y+FAY G ST GL R G   PYV +  A ERDT  G +A+KV  A+EEF++GNLFE VLSQTF  PC  +P  +FRRLR RNPSPYGFLINLG QEYLVGASPEMFVRCERTR+G+RVETCPISGTI RG+N LEDA  VRALL + KEESELTMCTDVDRNDKSRICEP SVRVLGRRQIEMYS+LIHTVDHVEGYLR GFDALDAFLCHTWAVTVTGAPKTWAI+F+E++E S RAWYGGAVG+VGFDGHLNTGLTLRTVRV  G+A+VRAGATLL+DS+P  EEAETELKASAMIDAITR D     +   +AF   IS G GK +LL+DH+DSFVHTLGNYLRQTGA+V TVR+G   +     +R G +  P LAV+SPGPGNPSDFGLS+++  +  L++P FGVCLGLQGMVEH+GG L VL YPMHGKPSM+T+ DR    R +FDG+PD FEVARYHSLYGV+E  P  L+  A T DG+VMA+EH +LPFAAVQFHPESILTNP+ GLT+LANCL++L++ P+E
Sbjct:   16 GFPAGLSLGAPRHRPAQDSYTTGGGVEVTCEVGEVFDATERVEALISALDDQRGVLLTSSYEFPGRYARWTLGFVNPPIEVAGTGDRFTVRALNERGRALLPAFWDALSAQQGAGGSEERSRQPSLFSVVRSIVSLFSFEDDPQLGLYGAFGYDLTFQFEPIEQVLPRDADQRDIVLYLPDKLLVVDQDKRDAWTISYDFAYGGVSTAGLPRGGAREPYVAAAEAPERDTPQGEYAKKVEVAREEFRLGNLFETVLSQTFTAPCTPAPSELFRRLRRRNPSPYGFLINLGAQEYLVGASPEMFVRCERTRRGLRVETCPISGTIARGANALEDAAAVRALLASPKEESELTMCTDVDRNDKSRICEPGSVRVLGRRQIEMYSKLIHTVDHVEGYLRPGFDALDAFLCHTWAVTVTGAPKTWAIQFIERHEASARAWYGGAVGVVGFDGHLNTGLTLRTVRVLRGVAQVRAGATLLYDSDPAAEEAETELKASAMIDAITREDPPPGSSGSAEAFAEQISVGKGKRILLIDHQDSFVHTLGNYLRQTGAEVTTVRAGGPAREAFDQIRSGTRARPHLAVLSPGPGNPSDFGLSESLANLEALRIPGFGVCLGLQGMVEHWGGELGVLGYPMHGKPSMVTITDRADQKRNIFDGIPDEFEVARYHSLYGVREKLPRVLKPLAETEDGIVMAVEHTELPFAAVQFHPESILTNPKHGLTILANCLKHLEF-PRE 745

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BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: A0A7S2HFX2_9STRA (Aminodeoxychorismate synthase n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2HFX2_9STRA)

HSP 1 Score: 902 bits (2331), Expect = 6.100e-314
Identity = 470/761 (61.76%), Postives = 551/761 (72.40%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNIDVSCKVIDVPNPDELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLSS-----------------------------------------PEERSKQPSLFSVVRAIVELFHYDADTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPYVPS--HVAGERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPCKSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQGIRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDA-DSSDTSLEDAFGLSI------SSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGEVLQAYLRGVRKG-KQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVI-DRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKY 2160
            L+LGAPR RP +  Y TKG++ VS  V D+ NP E +E ++D LD +RG L TSSYEFPGRYARWTLGF++PP+E++G GR+FKV+ALNER   LL +                                          EERSKQPSLFSVVR I +LF +  D QLGLYG+FGYDL FQF+ + L   R   Q+DLLLY+PD I+VVDQ +  AW + Y+F +AGAST+   R G   P+ P+  +   +RD  PG F+ KV  AKEEF+VGNLFEAVLSQTF EP  + P ++FRRLR+RNP+PYGF INLG QEYLVGASPEMFVRCE T  G+RVETCPISGTI RG+  LEDA +++ +L N KEESELTMCTDVDRNDKSRICEP SVRVLGRRQIEMYS+LIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPK WA++FVE++E SPR WYGGAVGLVGFDGHLNTGLTLRT+ ++DG A VRAGATLLFDS+P  EE ETELKASAM+DA+ R D  D+++    D  G         +S     V+L+DHEDSFVHTL NYLRQTGA+V T RSGE  +  +     G K   PDL V+SPGPG PSDF LS TI   + +K+P+FGVCLGLQGMVE+FGG L VLSYPMHGKPS +T       H   +F  LP  FEVARYHSL+G+ E+ P++LR TA TADGVVMAIEHK LP AAVQFHPESILT P  GL +L NCL  LKY
Sbjct:   72 LTLGAPRDRPRSRKYMTKGSVGVSVAVNDLENPRETIEKLIDTLDMKRGALFTSSYEFPGRYARWTLGFINPPIEISGTGRDFKVKALNERGKVLLLAIETSLKAHPHVATLEMGEGEEASNVLQQLQGSIHTPVGYFPEEERSKQPSLFSVVRCIKDLFSHPDDAQLGLYGSFGYDLAFQFEPMHLTQERREDQQDLLLYLPDQIVVVDQQRMSAWELRYDFEWAGASTDWEPRVGSHEPFTPALGNQGRKRDMPPGEFSSKVKLAKEEFRVGNLFEAVLSQTFTEPATAPPSALFRRLRTRNPAPYGFFINLGNQEYLVGASPEMFVRCESTDGGMRVETCPISGTIGRGNTALEDAARIKEILANPKEESELTMCTDVDRNDKSRICEPGSVRVLGRRQIEMYSKLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKAWAMQFVEKHEASPRQWYGGAVGLVGFDGHLNTGLTLRTIHIQDGQANVRAGATLLFDSDPDSEERETELKASAMLDAVVRADVIDNAEVDNADVDGSGTVSDEDDASRTTLKVVLIDHEDSFVHTLANYLRQTGAEVLTTRSGEPARQLMDSFEAGDKSARPDLVVLSPGPGRPSDFDLSGTISRCMAMKIPMFGVCLGLQGMVEYFGGTLGVLSYPMHGKPSFVTTDGSAQDHSYPIFRDLPKEFEVARYHSLHGLPETMPDDLRVTARTADGVVMAIEHKSLPLAAVQFHPESILTQPNYGLKILENCLDVLKY 832

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BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: W7TEM3_9STRA (Aminodeoxychorismate synthase n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7TEM3_9STRA)

HSP 1 Score: 896 bits (2316), Expect = 4.410e-311
Identity = 465/768 (60.55%), Postives = 572/768 (74.48%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNIDVSCKVIDVPNPDELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLS--------------------------------------------SPEERSKQPSLFSVVRAIVELFHYDADTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPY--VPSH-VAGERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPCKSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQGIRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGEVLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVI-------DRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKYQ-PQE 2172
            LSLGAPR+RP +  + TKG + V+C+V DV +  + V+ +++ LDS  GVLL SSYEFPGRYARWT+GF+DPPL++  +G  FKV+ALN R   LL                                               EERS+QPS+FSV+R +V+ F  D D QLGLYG FGYDLTFQF+ I LR PR  +Q+D++LY+PD +LVVDQ KR AWR+EY+F++ G ST+GLAR G V+ Y   P+  +  +RD+  G +A++V  AK++FKVGNLFE VLSQTF + C S+P  VF RLR+ NPSPYGFLINLG+ EYL+GASPEMFVRCE+T+ G+RVETCPISGTI RGS+ LEDA +++A+LTN KEESELTMCTDVDRNDKSRICEP SVRVLGRRQIEMYSRLIHTVDHVEGYLR GFDALDAFLCHTWAVTVTGAPKTWAI+F+E  E SPRAWYGGAVGLV FDG LNTGLTLRT+R+ +G+AEVRAGATLL+DS+P  EEAETELKASA+IDA+    ++++  + E+A   + ++   + VLLVDH+DSFVHTL NYLRQTGA V+TVRSG      LR +R  K   PDL V+SPGPG P+DF LS TI   +  +VPVFGVCLGLQGMVEHFGG+L VL+YPMHGKPS + +        D   H   +F+GLP  F+VARYHSL+G +  FP++LR TA++ DGV+M IEH++LPFAAVQFHPESILTNP+ GL MLAN ++ L ++ P+E
Sbjct:  116 LSLGAPRYRPLSGRFITKGGVQVTCQVEDVSDTGKEVDALLEGLDSHEGVLLASSYEFPGRYARWTIGFIDPPLKIESRGLNFKVKALNARGEVLLEVIQDALERPDSSLALASLERTGHPAGEDGGTVLSGQVPKSDEYFPEEERSRQPSIFSVIRTLVDFFQSDGDPQLGLYGTFGYDLTFQFEPIKLRMPRSDNQRDVVLYLPDRVLVVDQDKRAAWRVEYDFSWNGRSTQGLARTGRVLEYRAAPAEALKRDRDSPVGEYARRVAMAKDQFKVGNLFEVVLSQTFFKECPSAPSRVFSRLRTTNPSPYGFLINLGDGEYLIGASPEMFVRCEQTKAGLRVETCPISGTIARGSDALEDAARIKAILTNPKEESELTMCTDVDRNDKSRICEPGSVRVLGRRQIEMYSRLIHTVDHVEGYLRRGFDALDAFLCHTWAVTVTGAPKTWAIQFIEDQEASPRAWYGGAVGLVAFDGSLNTGLTLRTIRLLNGIAEVRAGATLLYDSDPPAEEAETELKASALIDALACESSETAGVTGEEA---AQAADEARRVLLVDHQDSFVHTLANYLRQTGADVSTVRSGPNA---LRLIRNTK---PDLLVLSPGPGCPADFHLSDTIDAALASRVPVFGVCLGLQGMVEHFGGQLDVLAYPMHGKPSTVKLTPAAATGGDVLGHRYKIFEGLPRCFDVARYHSLHGKKAGFPQDLRVTAMSEDGVIMGIEHRELPFAAVQFHPESILTNPKHGLRMLANAVKYLVFEDPKE 874

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BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: A0A7S2XWD8_9STRA (Aminodeoxychorismate synthase n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2XWD8_9STRA)

HSP 1 Score: 879 bits (2272), Expect = 6.490e-305
Identity = 465/775 (60.00%), Postives = 555/775 (71.61%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNI--DVSCKVIDVPNPDELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLSS-------------------------------------PEERSKQPSLFSVVRAIVELFHYDADTQLGLYGAFGYDLTFQFDSIPLRHPREP-SQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPYV-PSHVAGERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPCKSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQGI------RVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFG----LSISSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGEVLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKYQPQETVAA*KFDLTQ 2205
            L+LGAPR++PD   Y T G +  DV  + +D      +V  +   LD  +GVLL+SSY FPGRYARW+LGF  PPLEV G GR+F+++ LN+R   LL++                                      EERSKQPSLF+V+R +VEL  Y  D QLGLYGA GYDLTFQFD I L  PREP +Q+DL+LY+PD ILVVDQ K+ AW++ YEF+Y G ST+GL R G   PYV  +    +RDT PG +++KV +A++EF  GNLFE VLSQ F  PC   P  VF+RL+ RNP+PYG  +NLGE+EYLVGASPEMFVRCE    G       RVETCPISGTI RGSNPLEDA+Q++++L N KEESELTMCTDVDRNDKSRIC P SV+VLGRRQIEMYSRLIHTVDHVEGYLR GFDALDAFLCHTWAVTVTGAPK WAI+F+EQ E SPR WYGGAVGL+GFDGHLNTGLTLRTVR+K+G+AEVRAGATLLFDS P  EE ETELKA A IDAI R D   + ++ +        LS++ G GK VLL+DH+DSFVHTLGNYLRQTGA V T RSG      L      K+ + DL V+SPGPGNP DF L  TI ++++ ++P FGVCLGLQGMVE+FGG L +L YPMHGKPS + +    +H   +F GLP+ FEVARYHSLYG++ S P  LR T+ ++D VVM+IEHKDLPFAAVQFHPESILTNP+ GL +LANCL   KY P++     K +LTQ
Sbjct:   73 LTLGAPRYQPDTGSYVTDGGVEVDVCSEELDYLEAQTMVRQLAQTLDDHKGVLLSSSYIFPGRYARWSLGFAKPPLEVVGSGRDFRIKVLNQRGRPLLAAIMDALKTNPVVEGMEGGVEEGGVSGRVKEAEPGQYFPEEERSKQPSLFNVIRQVVELMGYRGDPQLGLYGALGYDLTFQFDPIDLSIPREPHTQRDLVLYLPDEILVVDQEKKAAWKLGYEFSYGGHSTKGLERTGVADPYVGATETDRKRDTPPGDYSRKVERARKEFACGNLFEVVLSQNFLHPCPDRPSEVFQRLQQRNPAPYGLFLNLGEKEYLVGASPEMFVRCEPPTVGAEEGALTRVETCPISGTIARGSNPLEDARQIKSILMNTKEESELTMCTDVDRNDKSRICVPGSVKVLGRRQIEMYSRLIHTVDHVEGYLRPGFDALDAFLCHTWAVTVTGAPKKWAIQFIEQQESSPRHWYGGAVGLIGFDGHLNTGLTLRTVRIKEGVAEVRAGATLLFDSVPDAEEKETELKALAQIDAIIRPDTGKAKSTEQGGEANKDDLSLA-GEGKRVLLIDHQDSFVHTLGNYLRQTGAHVLTCRSGPNALGLL-----DKEEF-DLVVLSPGPGNPDDFNLKATIHKLLERRLPAFGVCLGLQGMVEYFGGSLGMLGYPMHGKPSSVRLKHSDTHVHPIFQGLPEEFEVARYHSLYGLEASLPPCLRPTSYSSDNVVMSIEHKDLPFAAVQFHPESILTNPKHGLQILANCL---KYLPRK-----KAELTQ 832

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BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: B7FRL0_PHATC (Aminodeoxychorismate synthase n=2 Tax=Phaeodactylum tricornutum TaxID=2850 RepID=B7FRL0_PHATC)

HSP 1 Score: 879 bits (2271), Expect = 4.870e-303
Identity = 476/782 (60.87%), Postives = 557/782 (71.23%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNIDVSCKV--------IDVPNPDELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLSS-------------------------------------------PEERSKQPSLFSVVRAIVELFHYDA-DTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVP---YVPSHVAGERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPC--KSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQG------IRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISSGV---GKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSG----EVLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKYQPQ 2169
            L+LGAP  RP    + TKG + V+  V        +      + +E +V  LDS++GVLLTSSYEFPGRYARW+LGFVDPPLE++G+G+   + ALN R   L+ +                                            EERS+QPSLFSVVRA+V+LF Y A D QLGLYGAFGYDLTFQF+ I L   R+  Q+DLLLY+PD++LVVDQ KRDAWR+ Y+F     ST+G+ R G   P   Y  S    ERDT P  FA  V+KAKEEFKVGNLFEAVLSQTF+E    +  P ++FRRLR+RNP+PYGFLINLGEQEYLVGASPEMFVRCE T         IRVETCPISGT+ RG++ LEDAQ+V++L+ N KEESELTMCTDVDRNDKSRICEP SV+V+GRRQIEMYSRLIHTVDHVEGYLR  FDALDAFLCHTWAVTVTGAPKTWAI+FVE NE SPR WYGGAVG+VGFDG LNTGLTLRTVRVK+G+AEVRAGATLLFDSEP  EE ETELKASAMIDAI R      + S+E +  L         G S++L+DHEDSFVHTLGNYLRQTGAQV T+RSG    + L+A +   ++     PDL V+SPGPGNPSDFGLS TI  +   ++  FGVCLGLQGMVEHFGG L VLSYPMHGKPS I++         +F  LPD+FEVARYHSL+G++E  P  L  TA + DGVVM I+HK LPFAAVQFHPESILT+P TG+T+L N L  LKY+ +
Sbjct:   79 LTLGAPPVRPQGGHFLTKGGVQVTAHVSRLEFSPQLQAGTSAQAIEDLVTQLDSQKGVLLTSSYEFPGRYARWSLGFVDPPLEISGRGQACTITALNARGRVLMPAIEAAMKTLREQEILEQVKIVKEHEETTRVEVQVVPPSEVGTFNEEERSRQPSLFSVVRALVDLFSYQAGDRQLGLYGAFGYDLTFQFEPIDLAQERDSEQRDLLLYLPDTMLVVDQDKRDAWRVCYDFNVDQKSTQGIPRTGTPQPFQAYATSTDFVERDTPPSEFANSVLKAKEEFKVGNLFEAVLSQTFREKLTVEQPPSTLFRRLRARNPAPYGFLINLGEQEYLVGASPEMFVRCEATNDNDYRPGAIRVETCPISGTVARGADALEDAQRVKSLMMNAKEESELTMCTDVDRNDKSRICEPGSVQVIGRRQIEMYSRLIHTVDHVEGYLRPEFDALDAFLCHTWAVTVTGAPKTWAIQFVEDNERSPRCWYGGAVGMVGFDGGLNTGLTLRTVRVKNGIAEVRAGATLLFDSEPEAEEKETELKASAMIDAIVRA---GPEDSIETSILLKKKPKKMYQGMSLVLIDHEDSFVHTLGNYLRQTGAQVTTLRSGPSAIKTLEAMIANEKQ-----PDLVVLSPGPGNPSDFGLSTTISFLEKHRIAAFGVCLGLQGMVEHFGGTLGVLSYPMHGKPSTISLTPAGKEENSIFTSLPDSFEVARYHSLHGIREQMPSCLEVTATSEDGVVMGIQHKTLPFAAVQFHPESILTSPATGMTILQNALTVLKYEKE 852

[Close]

BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: A0A448Z2I7_9STRA (Aminodeoxychorismate synthase n=2 Tax=Pseudo-nitzschia TaxID=41953 RepID=A0A448Z2I7_9STRA)

HSP 1 Score: 873 bits (2255), Expect = 6.780e-302
Identity = 468/779 (60.08%), Postives = 557/779 (71.50%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNIDVSCKV-------------IDVPNPDE-LVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLS---------------------------------------------SPEERSKQPSLFSVVRAIVELFHYDA-DTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREG---EVVPYVPSHVAG-ERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPC--KSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQG------IRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISS-GVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSG-EVLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLR 2148
            LSLGAPR RP    Y TKG I V+  V             +  PN  E ++E +V  LDS +GVLLTSSYEFPGRYARW+LGFVDPPLEV+GKG +  ++ALN+R   LL                                              S EERS+QPSLFSVVR +V+LF Y   D QLGLYG FGYDLTF F+ I L+  R+P Q+DL+L++PDS+ V+D  KRDAW ++YEF     ST+GL R G   E  P+        +RDT  GAF++ V +AKEEFKVGNLFEAVLSQTF+E    ++ P ++FRRLR RNP+PYGF INLGEQEYLVGASPEMFVRCE  ++       +RVETCPISGT+ RG++ LEDA +V++L+ N+KEESELTMCTDVDRNDKSRICEP SV+V+GRRQIEMYSRLIHTVDHVEGYLR  FDALDAFLCHTWAVTVTGAPKTWAI+FVE  E SPR WYGGAVGLVGFDG LNTGLTLRTVR+KDG+AE+RAGATLL DS P  EE ETELKASAMIDA+ RT +DSSD + +        + G GKS++L+DHEDSFVHTLGNYLRQTGA V T+RSG   L A    V +G +P  D+ V+SPGPGNPSDFGLS +I+ +I   +P FGVCLGLQGMVEHFGG+L VL YPMHGKPS +T+         +F GLP+ FEVARYHSL+G++E  P EL+ TA+T DG+VM I+H+ LP AAVQFHPESILT+P  G+ +L N +R
Sbjct:   90 LSLGAPRGRPTGGHYMTKGGIQVTASVEGLDYTRTGDKASLSNPNSSEAVIESLVQRLDSHKGVLLTSSYEFPGRYARWSLGFVDPPLEVSGKGDKCTIKALNDRGKVLLPAIEKAMQEMKQEDILSNVDVIVEEAESNMVQIDVTIVPPPPVGTFSEEERSRQPSLFSVVRKLVDLFGYQGGDGQLGLYGGFGYDLTFSFEPIDLKQERDPEQRDLVLFLPDSVYVIDSDKRDAWHVQYEFNVDNKSTQGLPRVGLSDEFQPFDEEKTEFVKRDTEEGAFSKSVERAKEEFKVGNLFEAVLSQTFREKLTPENKPSTIFRRLRKRNPAPYGFFINLGEQEYLVGASPEMFVRCESIQENDYAPGAMRVETCPISGTVARGADALEDALRVKSLMMNQKEESELTMCTDVDRNDKSRICEPGSVQVIGRRQIEMYSRLIHTVDHVEGYLRPEFDALDAFLCHTWAVTVTGAPKTWAIQFVEDMENSPRCWYGGAVGLVGFDGSLNTGLTLRTVRIKDGIAEIRAGATLLTDSTPLDEELETELKASAMIDAVVRTGSDSSDAASDAETPKPPENVGEGKSIILIDHEDSFVHTLGNYLRQTGATVKTLRSGPSALAAIENMVEQGXKP--DMVVLSPGPGNPSDFGLSNSIELLIKHDIPAFGVCLGLQGMVEHFGGKLGVLGYPMHGKPSDVTLTKDGMGDNSIFAGLPETFEVARYHSLHGIREELPAELKVTALTEDGIVMGIQHESLPMAAVQFHPESILTSPAHGMAILKNFMR 866

[Close]

BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: A0A7S1YQY3_9STRA (Aminodeoxychorismate synthase n=3 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S1YQY3_9STRA)

HSP 1 Score: 875 bits (2262), Expect = 8.420e-302
Identity = 473/791 (59.80%), Postives = 558/791 (70.54%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNIDVSCKV-----------IDVPNPD-ELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLS-----------------------------------------------SPEERSKQPSLFSVVRAIVELFHYDA-DTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPYVPSHVA--------GERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEP--CKSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQG------IRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGE-VLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKYQPQET 2175
            LSLGAP+ RP    Y T+G + V+  V           I+VP      VE +V+ LDS+RGVLLTSSYEFPGRYARW+LGFVDPPLE++G G++  +RALN+R   LL                                                S E+RS+QPSLFSVVRA+V LF YD  D QLGLYGAFGYDLTFQF+ I L   R+ +Q+DLLLY+PD I+VVDQ K+DAW I Y+F     ST+G+ R G+  P+ P              RDT    F++ V KAK EFKVGNLFEAVLSQTF+E    ++ P  +FRRLR+RNPSPYGF INLGE EY+VGASPEMFVRCE   +       +RVETCPISGT+ RG++ LEDAQ+V++L+ N KEESELTMCTDVDRNDKSRICEP SV+V+GRRQIEMYSRLIHTVDHVEGYLR+ FDALDAFLCHTWAVTVTGAPKTWAI+FVE NE SPR WYGGAVGLVGFDG +NTGLTLRTVRVK G+AEVRAGATLLFDS P  EE ETELKASAMIDAI +  +D    S E A       G GKSV+L+DHEDSFVHTLGNYLRQTGA V T+RSG   L A  + + +GK+P  ++ V+SPGPGNPSDFGLS TI+ +   K+P FGVCLGLQGMVEHFGG L +L YPMHGKPS I +         +F GLP+ FEVARYHSL+G++E+ P  L  TAI+ DG+VM I+HK LPFAAVQFHPESILT+P  GL +L N L  L+Y+  ++
Sbjct:   65 LSLGAPQKRPSGGHYLTRGGVQVTADVKSLRFSSNKDSINVPGTSLHAVEQLVEKLDSQRGVLLTSSYEFPGRYARWSLGFVDPPLEISGTGQKCTIRALNDRGTVLLPAVIGAMKKLYEEGVLEDIVVLTGGEEESAMTSQVDVKVVPPPEVGTFSEEDRSRQPSLFSVVRALVNLFGYDGGDRQLGLYGAFGYDLTFQFEPITLAQVRDITQRDLLLYLPDEIVVVDQDKQDAWTISYDFCVDQKSTQGMPRVGDATPFQPFDENDAEAVENFSSRDTPRSEFSKSVEKAKYEFKVGNLFEAVLSQTFREKLDAQTPPSVLFRRLRARNPSPYGFFINLGEDEYMVGASPEMFVRCESIAENDYRPGALRVETCPISGTVARGADALEDAQRVKSLMMNAKEESELTMCTDVDRNDKSRICEPGSVKVIGRRQIEMYSRLIHTVDHVEGYLRDEFDALDAFLCHTWAVTVTGAPKTWAIQFVEDNERSPRCWYGGAVGLVGFDGGMNTGLTLRTVRVKKGVAEVRAGATLLFDSCPEAEELETELKASAMIDAIVQKGSDEGIESNE-AKEKQFQVGAGKSVILIDHEDSFVHTLGNYLRQTGAVVRTLRSGSSALSAIEKLINEGKKP--NMVVLSPGPGNPSDFGLSTTIEFLTKHKIPAFGVCLGLQGMVEHFGGTLGILGYPMHGKPSGIILTKEGKTETSIFTGLPENFEVARYHSLHGIKETLPSSLEITAISEDGIVMGIQHKTLPFAAVQFHPESILTSPAHGLAILKNALSFLRYEDDDS 852

[Close]

BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: A0A7R9ZU98_9STRA (Aminodeoxychorismate synthase n=1 Tax=Pseudo-nitzschia arenysensis TaxID=697910 RepID=A0A7R9ZU98_9STRA)

HSP 1 Score: 872 bits (2252), Expect = 9.250e-302
Identity = 464/781 (59.41%), Postives = 559/781 (71.57%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNIDVSCKV--ID-VPNPDE-----------LVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLS-------------------------------------------SPEERSKQPSLFSVVRAIVELFHY-DADTQLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPYVPSHVAG----ERDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEPC--KSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQG------IRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGEVLQAYLRG-VRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKYQ 2163
            LSLGAPR RP+   + TKG + V+  V  +D V   DE           ++E +V  LDS +GVLLTSSYEFPGRYARW+LGFVDPPLEV+GK  +  ++ALN+R   L+                                            S EERS+QPSLFSVVR++V+LF Y D D QLGLYGAFGYDLTF F+ I L+  R+P Q+DLLLY+PDS+ V+D  KRDAW I+YEF   G ST+GL R G    + P   A     ERDT  G FA+ V +AKEEFK+GNLFEAVLSQTF+E    +++P ++FRRLR RNP+PYGF INLGEQEYLVGASPEMFVRCE  ++       +RVETCPISGT+ RG++ LEDA +V++L+ N+KEESELTMCTDVDRNDKSRICEP SV+V+GRRQIEMYSRLIHTVDHVEGYLR  FDALDAFLCHTWAVTVTGAPKTWAI+FVE  E++PR WYGGAVGLVGFDG LNTGLTLRTVR+KDG+AE+RAGATLL DS+P  EE ETELKASAMIDA+ R  +                 G GK+++L+DHEDSFVHTLGNYLRQTGA V T+RSG    A +   V  G +P  D+ ++SPGPGNPSDF LS++I+ +I  ++P FGVCLGLQGMVEHFGG+L VL YPMHGK S +T+ +       +F GLP+ FEVARYHSL+G+++  PEELR TA+T DG+VM I+HK LPFAAVQFHPESILT+P  G+ +L N +R    Q
Sbjct:   72 LSLGAPRGRPEGGHFMTKGGVQVTANVEGLDYVRTGDEASLANERSSEAVIESLVQKLDSHKGVLLTSSYEFPGRYARWSLGFVDPPLEVSGKADKCTIKALNDRGKVLMPAIQRAMEQMKEEAILSDISVTAEDEGMVQIDVTIVPPPPVGTFSEEERSRQPSLFSVVRSLVDLFGYQDGDGQLGLYGAFGYDLTFSFEPIDLKQDRDPEQRDLLLYLPDSVYVIDSDKRDAWHIQYEFNADGKSTQGLPRVGLEEDFKPYDEATTEFIERDTPEGDFAKSVDRAKEEFKIGNLFEAVLSQTFRETLAPENAPSTIFRRLRQRNPAPYGFFINLGEQEYLVGASPEMFVRCESIQENDYRPGAMRVETCPISGTVARGADALEDALRVKSLVMNQKEESELTMCTDVDRNDKSRICEPGSVQVIGRRQIEMYSRLIHTVDHVEGYLRPEFDALDAFLCHTWAVTVTGAPKTWAIQFVEDMEQTPRCWYGGAVGLVGFDGSLNTGLTLRTVRIKDGIAEIRAGATLLTDSDPPAEELETELKASAMIDAVVREGSGDGANGSVAPKNAPEMVGTGKTIILIDHEDSFVHTLGNYLRQTGAVVKTLRSGPSALATIESMVEAGNKP--DMVILSPGPGNPSDFALSKSIELLIKHEIPGFGVCLGLQGMVEHFGGKLGVLGYPMHGKSSDVTLTEEGMGDDSIFAGLPETFEVARYHSLHGIRDEMPEELRVTALTEDGIVMGIQHKSLPFAAVQFHPESILTSPAHGMAILKNAMRLFSKQ 850

[Close]

BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Match: A0A1Z5JP16_FISSO (Aminodeoxychorismate synthase n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5JP16_FISSO)

HSP 1 Score: 870 bits (2249), Expect = 1.150e-299
Identity = 466/808 (57.67%), Postives = 560/808 (69.31%), Query Frame = 1

Query:   34 LSLGAPRHRPDANDYTTKGNIDVSCKVIDVP-----------------------NPDELVEGVVDALDSRRGVLLTSSYEFPGRYARWTLGFVDPPLEVTGKGREFKVRALNERSPCLLS--------------------------------------------------SPEERSKQPSLFSVVRAIVELFHYDADT-QLGLYGAFGYDLTFQFDSIPLRHPREPSQKDLLLYIPDSILVVDQVKRDAWRIEYEFAYAGASTEGLAREGEVVPYVPSHVAGE-----RDTAPGAFAQKVVKAKEEFKVGNLFEAVLSQTFKEP--CKSSPGSVFRRLRSRNPSPYGFLINLGEQEYLVGASPEMFVRCERTRQG------IRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELTMCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDALDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLNTGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRTDADSSDTSLEDAFGLSISS------GVGKSVLLVDHEDSFVHTLGNYLRQTGAQVNTVRSGEVLQAYLRG-VRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDLKVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFDGLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQFHPESILTNPRTGLTMLANCLRNLKYQPQET 2175
            LSLGAP  RP   +YT++G + ++  V  +P                       N   ++E ++D LD ++GVLL SSYEFPGRYARW+LGFVDPPLE++G+G +  +R+LNER   L+                                                   S E+RS+QPSLFS+VRA+V+LF Y  D  QLG YGAFGYDLTFQF+ I L+  R+  Q+DL+LY+PD I+VVDQ KRD+W + Y+F+  G ST GL R  E +P+ P           RDT    FA  V KAK EF VGNLFEAVLSQTF+E    ++ P  +FRRLR+RNP+PYGFLINLGEQEYLVGASPEMFVRCE T         IRVETCPISGT+ RG++ LEDAQ+V++L+ N KEESELTMCTDVDRNDKSRICEP SV+V+GRRQIEMYSRLIHTVDHVEGYLR  FDALDAFLCHTWAVTVTGAPKTWAI+FVE NE SPR WYGGAVG+VGFDG LNTGLTLRTVRVK+G+AEVRAGATLL+DS P  EE ETELKASAMIDAI +   D  + S E A    ++       G GKSV+LVDHEDSFVHTLGNYLRQTGA V T+RSG    + +   + KG++P  D+ V+SPGPGNPSDFGLS TI+ ++  ++P FGVCLGLQGMVEHFGG L VL YPMHGKPS +++       R +F GLPD FEVARYHSL+G++E  P  L  TA++ DG+VM I+HK LPFAAVQFHPESILT+P  G+ +L N L  L+Y  ++T
Sbjct:   62 LSLGAPPVRPMGGEYTSQGGVQITATVEPLPYATTXXXXXXXXXXXXXNVNDEINSMTVMEELMDQLDEKKGVLLMSSYEFPGRYARWSLGFVDPPLEISGRGADCHIRSLNERGDVLMPAVQEALQQMKRDGLLSAIEVVEEAPLNGSGKAIAKTIQAKVVPPPEVGSFSEEDRSRQPSLFSIVRALVDLFAYKGDCRQLGFYGAFGYDLTFQFEPIDLKQQRDDDQRDLVLYLPDKIVVVDQDKRDSWTVSYDFSVNGKSTRGLPRTTEAIPFAPFDETKTPNFTPRDTPVSEFAASVEKAKREFAVGNLFEAVLSQTFREKLGAETPPSKLFRRLRARNPAPYGFLINLGEQEYLVGASPEMFVRCEATEDNDYRPGAIRVETCPISGTVARGADALEDAQRVKSLMMNAKEESELTMCTDVDRNDKSRICEPGSVQVIGRRQIEMYSRLIHTVDHVEGYLRPEFDALDAFLCHTWAVTVTGAPKTWAIQFVEDNERSPRHWYGGAVGMVGFDGGLNTGLTLRTVRVKNGVAEVRAGATLLYDSNPVAEELETELKASAMIDAIVQ---DGPEDSAEAAAQAKVAKLDRQRPGQGKSVILVDHEDSFVHTLGNYLRQTGATVRTLRSGASALSTMESLIAKGQKP--DMVVLSPGPGNPSDFGLSNTIEFLVKHRIPAFGVCLGLQGMVEHFGGSLGVLGYPMHGKPSPVSLTYPGKEARSIFTGLPDTFEVARYHSLHGIRERLPSCLEVTALSDDGIVMGIKHKTLPFAAVQFHPESILTSPAHGMAILQNALAYLRYSDEDT 864

The following BLAST results are available for this feature:

BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot

BLAST of mRNA_A-nodosum_M_contig1005.1.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25

ZOOM

x 1

POSITION

0


Match Name	E-value	Identity	Description
D7FYK6_ECTSI	0.000e+0	81.14	Aminodeoxychorismate synthase n=1 Tax=Ectocarpus s...	[more]
A0A835Z6A5_9STRA	0.000e+0	68.67	Aminodeoxychorismate synthase n=1 Tax=Tribonema mi...	[more]
A0A7S2HFX2_9STRA	6.100e-314	61.76	Aminodeoxychorismate synthase n=1 Tax=Dictyocha sp...	[more]
W7TEM3_9STRA	4.410e-311	60.55	Aminodeoxychorismate synthase n=2 Tax=Monodopsidac...	[more]
A0A7S2XWD8_9STRA	6.490e-305	60.00	Aminodeoxychorismate synthase n=1 Tax=Fibrocapsa j...	[more]
B7FRL0_PHATC	4.870e-303	60.87	Aminodeoxychorismate synthase n=2 Tax=Phaeodactylu...	[more]
A0A448Z2I7_9STRA	6.780e-302	60.08	Aminodeoxychorismate synthase n=2 Tax=Pseudo-nitzs...	[more]
A0A7S1YQY3_9STRA	8.420e-302	59.80	Aminodeoxychorismate synthase n=3 Tax=Ditylum brig...	[more]
A0A7R9ZU98_9STRA	9.250e-302	59.41	Aminodeoxychorismate synthase n=1 Tax=Pseudo-nitzs...	[more]
A0A1Z5JP16_FISSO	1.150e-299	57.67	Aminodeoxychorismate synthase n=2 Tax=Fistulifera ...	[more]

Pages

Properties


Property Name	Value
Stop	1
Start	1
Seed ortholog	2880.D7FYK6
PFAMs	Anth_synt_I_N,Chorismate_bind,GATase
Model size	3446
Max annot lvl	2759\|Eukaryota
Hectar predicted targeting category	other localisation
Exons	18
Evalue	1.31e-260
EggNOG OGs	COG0147@1\|root,COG0512@1\|root,KOG0026@2759\|Eukaryota,KOG1223@2759\|Eukaryota
Description	anthranilate synthase activity
Cds size	1305
COG category	EH

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_A-nodosum_M_contig1005.1.1	prot_A-nodosum_M_contig1005.1.1	Ascophyllum nodosum dioecious	polypeptide	A-nodosum_M_contig1005 17296..32382 +

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


Feature Name	Unique Name	Species	Type	Position
1680866360.4338682-UTR-A-nodosum_M_contig1005:10077..10188	1680866360.4338682-UTR-A-nodosum_M_contig1005:10077..10188	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 10078..10188 +
1680866360.444521-UTR-A-nodosum_M_contig1005:10740..10934	1680866360.444521-UTR-A-nodosum_M_contig1005:10740..10934	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 10741..10934 +
1680866360.456166-UTR-A-nodosum_M_contig1005:11032..11057	1680866360.456166-UTR-A-nodosum_M_contig1005:11032..11057	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 11033..11057 +
1680866360.4666831-UTR-A-nodosum_M_contig1005:12672..12776	1680866360.4666831-UTR-A-nodosum_M_contig1005:12672..12776	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 12673..12776 +
1680866360.4795425-UTR-A-nodosum_M_contig1005:14225..14334	1680866360.4795425-UTR-A-nodosum_M_contig1005:14225..14334	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 14226..14334 +
1680866360.4880557-UTR-A-nodosum_M_contig1005:15630..15780	1680866360.4880557-UTR-A-nodosum_M_contig1005:15630..15780	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 15631..15780 +
1680866360.496194-UTR-A-nodosum_M_contig1005:16227..16313	1680866360.496194-UTR-A-nodosum_M_contig1005:16227..16313	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 16228..16313 +
1680866360.5085611-UTR-A-nodosum_M_contig1005:16778..16854	1680866360.5085611-UTR-A-nodosum_M_contig1005:16778..16854	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 16779..16854 +
1680866360.5163357-UTR-A-nodosum_M_contig1005:17268..17295	1680866360.5163357-UTR-A-nodosum_M_contig1005:17268..17295	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 17269..17295 +
1680866360.6239142-UTR-A-nodosum_M_contig1005:32382..33641	1680866360.6239142-UTR-A-nodosum_M_contig1005:32382..33641	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1005 32383..33641 +

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


Feature Name	Unique Name	Species	Type	Position
1680866360.532661-CDS-A-nodosum_M_contig1005:17295..17465	1680866360.532661-CDS-A-nodosum_M_contig1005:17295..17465	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 17296..17465 +
1680866360.5433397-CDS-A-nodosum_M_contig1005:18217..18322	1680866360.5433397-CDS-A-nodosum_M_contig1005:18217..18322	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 18218..18322 +
1680866360.5514085-CDS-A-nodosum_M_contig1005:21045..21174	1680866360.5514085-CDS-A-nodosum_M_contig1005:21045..21174	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 21046..21174 +
1680866360.5594554-CDS-A-nodosum_M_contig1005:23000..23094	1680866360.5594554-CDS-A-nodosum_M_contig1005:23000..23094	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 23001..23094 +
1680866360.56775-CDS-A-nodosum_M_contig1005:24079..24211	1680866360.56775-CDS-A-nodosum_M_contig1005:24079..24211	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 24080..24211 +
1680866360.5762935-CDS-A-nodosum_M_contig1005:27148..27262	1680866360.5762935-CDS-A-nodosum_M_contig1005:27148..27262	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 27149..27262 +
1680866360.5853188-CDS-A-nodosum_M_contig1005:28654..28798	1680866360.5853188-CDS-A-nodosum_M_contig1005:28654..28798	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 28655..28798 +
1680866360.5994096-CDS-A-nodosum_M_contig1005:29981..30089	1680866360.5994096-CDS-A-nodosum_M_contig1005:29981..30089	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 29982..30089 +
1680866360.6076026-CDS-A-nodosum_M_contig1005:31535..31694	1680866360.6076026-CDS-A-nodosum_M_contig1005:31535..31694	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 31536..31694 +
1680866360.6157079-CDS-A-nodosum_M_contig1005:32232..32382	1680866360.6157079-CDS-A-nodosum_M_contig1005:32232..32382	Ascophyllum nodosum dioecious	CDS	A-nodosum_M_contig1005 32233..32382 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at A-nodosum_M_contig1005:10078..33641+
coding sequence from alignment at A-nodosum_M_contig1005:10078..33641+

protein sequence of mRNA_A-nodosum_M_contig1005.1.1

>prot_A-nodosum_M_contig1005.1.1 ID=prot_A-nodosum_M_contig1005.1.1|Name=mRNA_A-nodosum_M_contig1005.1.1|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=435bp
MFVRCERTRQGIRVETCPISGTIERGSNPLEDAQQVRALLTNKKEESELT
MCTDVDRNDKSRICEPSSVRVLGRRQIEMYSRLIHTVDHVEGYLREGFDA
LDAFLCHTWAVTVTGAPKTWAIRFVEQNEESPRAWYGGAVGLVGFDGHLN
TGLTLRTVRVKDGMAEVRAGATLLFDSEPHLEEAETELKASAMIDAITRT
DADSSDTSLEDAFGLSISSGVGKSVLLVDHEDSFVHTLGNYLRQTGAQVN
TVRSGEVLQAYLRGVRKGKQPYPDLAVMSPGPGNPSDFGLSQTIQEMIDL
KVPVFGVCLGLQGMVEHFGGRLSVLSYPMHGKPSMITVIDRPSHCRGLFD
GLPDAFEVARYHSLYGVQESFPEELRATAITADGVVMAIEHKDLPFAAVQ
FHPESILTNPRTGLTMLANCLRNLKYQPQETVAA*

mRNA from alignment at A-nodosum_M_contig1005:10078..33641+

Legend: UTRpolypeptideCDS

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

>mRNA_A-nodosum_M_contig1005.1.1 ID=mRNA_A-nodosum_M_contig1005.1.1|Name=mRNA_A-nodosum_M_contig1005.1.1|organism=Ascophyllum nodosum dioecious|type=mRNA|length=23564bp|location=Sequence derived from alignment at A-nodosum_M_contig1005:10078..33641+ (Ascophyllum nodosum dioecious)
CGACGGTCGAACCAGGGAGGGTTTCCGCCGACGCTATCGCTGGGGGCGCC
CCGACATCGCCCCGACGCCAACGACTACACCACCAAGGGCAACATTGACG
TTTCGTGCAAGGTAGGAGACAGCAACGCACAAGCATTCAATGCAGTACCC
AGTACCCAGCTACGTGCGCCCCCCGTTGGCTAAAGACGAATCAGACTATG
ATGCACTAAAGTAACAGTCGATGTGTCCTTCCCCCCCACCCTCCCTTCCC
TTACCGTACAGAAACACTCGACGTGTAGATATGTAGATATACATTGTACA
CGGCGGTACTTCTATCCGGACGCGCTGCAGCAGCAGAACCTGGGCACGAA
TGACCCTTTGCCGAGACGGGGGCGGGGGGGGGGAGGGATTGACACCCGCA
GCCTTTTCTCTACGTCAAAACTGTGGAGATTTATGTGCAAACGACAGCGC
CGGCTCGCAGCTCGCAAAATTCTTCCAAGAAAGTTTTGGAGGACATCTTT
GAAGTCCGAAAGTCACCCGTCACATCATTCTGCCTTGTGCGCACAGACGC
CCCCACACCCGGACGGACCGGGCTTCGAGACATCCCTACCCCGGTCAACG
AAAACCACACCTCTCTTTCCATGTCGTCTTTTGTTGTCGTTAATTCATCT
TGCCGGCCTCGAGGTTATCGATGTTCCAAACCCTGACGAGCTCGTGGAAG
GGGTCGTGGACGCGCTCGATTCGAGACGCGGCGTTCTACTGACGTCATCC
TACGAGTTTCCCGGCCGTTACGCGCGATGGACCTTGGGCTTCGTGGATCC
ACCGCTTGAGGTCACCGGCAAGGGCCGAGAGTTCAAAGTACGGGCGCTCA
ACGAGAGGTGAGGCCGGTTCCCCTCATTGAGTGGGAATTGCCATTGTGAT
ACGGCGTTTAGGAAAGGGGTGACTTGGGGTGAAGGCGGCAGCAAAGACGG
TTTAGGTCCCCGTGTCTTTTGTCTTCGCCGGTATATCGTTGTTATTATTT
GTTTGTGCAGCTAATATGATCTTTTTGTTGTATGTGTGTGTGTGTATGTC
CCCTTCATGAACATGGATACGTATGTAATAGACAGGGAAGCAGTTCTTGG
CTTGCTATGTTGCTGTCGGCTCGTTTTGTTTTTGTTTTGTTTTTGATCTG
TCGGAAAGGCGTGGTGAGTTGCGACGATGATGATCCATCCCCCCTCTCAA
CAGACCGGGTGAAACGTGTTGTCCTGTCCCGTGCATGACGCGGTCGTTTC
AGCCCCGGAGCCGTCAGGAACGAGTTCGTCGCCGCCAACCGGTGTTCTGT
CCAAACACATGAAGTTGGACAGGCTATTTTACTCGCTGTGTGTGTACGTG
TGTGTGTGTACGTATGTAAGTCTTTTGTGTGCACTTATGTGTGTGCCTAC
CGCAGAGGACGAGTTCTCCTGCCCGCCTTCTGGGATCGGCTATCGGAAGA
AGCATGCCCAGAGGTCGAAGGGCTTGAGATGCGCGACGGTTACATCGAAG
GGAAGGTCAAGCAGGCGGAGGGGTACTTTAAGGAGGTGAGAAAGTTGGAG
GGGGGAAAGCCCCCCCCCCCCGCGCCAAACAAAAAAGCTCTCTTTCTCGT
CGTGCCTTCACGTTATGAAGATACGTGAGGGCGGTATGAGTAACCAAAAT
ATGACAACTCTTTGTTCTCATGACACCAGGCGGTGACACGTTGGGGAGGG
TCATCTCGGCTCCCCGCTCCTCCCGTTTACGCAAGTCTCAAGTGTAAAAG
AGTCGAGTAGAGCTTCATTTCGCGCGCGTTTTTTTTATATTTCATTTTAT
TGTGAATGCGACGTATCGTTTTTTCAAAGATTTTGTGGATATTTTTAAAC
GGCGCAGTCGCTCCACCCGTTTTTATTCAGCACTTGTTGACCATTGTAGC
GCTCGGAAATGGGTGCGTGCTTTTCGCAAAAACATTTTCGCCTCGCCACG
TCCAGTCTATATGCTAGTGTTGATCTAGTGATAGTATACGCTAGTAAACA
GCGGGCGATTTCATCTGTGGTCGAAGGGCCATCGGCTGGGTCATCGTATC
ATATTTTGGCGCCGTATCGTGGTGCTTCTCACGTACTGCACTTGGCGTTG
CACTCTATCTCGTACTCTATCTAAGCGTATTGTACGAGATCTCTACAACT
TATCGATCACTCTGATTTCTATCTTAGAGCCCCGATGTGATCACGACTTC
ATAGAGCCCTGATGTGATGAAGATTTAGGCTGAAAGGGTCGGGGGGATCA
ATTCACAGTCAAGCTGGCACGGCGAGGAACTGAAACGAACCATGAACGAT
CCTGTGCAACTTCTTGTTGCTTGAATGAAATGTTTTCTTACACTAAATAA
TATTTATGCATATCGATATATGTATGATATGTTACGTCTCCTCCAAGCCC
ATGTCCGCGCTTGTTTTTATTTTGCTTCTTTTCTAAAATCCATATTTTGT
TGTTTTAAAGTTCGCCGTTCCGACATAAACACGTCACAAGTACTGTATAA
GATTTATCTACCAGATATTTTATTGTGAATCGGGAAAATCAGACAGCGTA
ACTCAAAACAGGGTTTCGATGATATAATCGTGGTCGGCTCGACAGGAGGA
GCGCAGCAAGCAACCCTCTCTCTTCAGCGTGGTGAGGGCGATCGTGGAAC
TCTTTCACTACGACGCCGACACCCAGCTGGGGCTGTACGGGGCCTTCGGG
TGAGAGAAAAGTGACCTTTCCCCGTTGGGTTGATCAACCAACCTTTTAAC
CTTTGGGGCGGGTGACGTTTCCCCACAGTTTTTTTTTTTTTTGTGTGTGT
GTGTGTGTATTTCTTAAATTGCACACAACCGCGCAATTCGGCCCTGTCAT
CCTAGTCGTCCTATCCCACTCGCATTGACAATGGTACTTATTACTAAAGC
CTCTGATCATACGCGACAAAGGGGACTGTGTGTGTGCTTGTGTGTGTGTC
TGTGTCTGCGATCCCCGAAACAGACATTGCCACCTCCAGCTGCCTTGTTG
GTTGGTTCATCAGAGCTCTGGTTGTAGTGTGTGTGTGTGTTTTCTTCCCA
TCCATTCTGGACATCAAGTTCGTTGGACGTACCAGCCGGGGTCACACAGG
AGGAAGGTCACAGGATTTTTAATCCACCTTCCTTCTGCGGTGCGTGCCTT
GATTTTTGTCGCGAGAAGGATTCAGCCATTCCTTTCCCTCGTCGACCGTG
AAGTCGAATTTTGTGTACTAACGAATTAATCGTTCTCCACCCGTTGGGCA
TTTTTATTTTGGTTTTTTAGTTTTTCGTGAGAAAAATCCCGTTTGCCGGG
ATCGAACTCACGTCCCAACGTGTCAGGAGGTTACGAGGCGCCTACTGAGC
TACCGGGGTCGACCGGCTCGTAGTACATAGTGTTTATATACAGTAAATGT
ATAATACATCGCTTTGTCGCTTCATTTATCCGACCTCGTTTGTTGGAAGG
GGCAGAGCGGTATGCATAGAAATTTCTTCGGGTTTGGAAATGCTGTACTG
TACTGTACTGTACATATACAGTAGTAGTGCGAATGTCTCGTACCTAATAG
ATGTACTATATGTACTACTACTTTTGATGTTTTGTGGGAAATCGGAACGC
ATCTCAACCTTCCGAGCATGCGCACACCATCTCATCCGATGAAGAGTTCT
TATTAATAGTTGGGAATGGAAGACCGGCTGTTAGGATAAACAAAACAAAA
AAACTCTTTATCTGTCGTCGAAAATTTGATCGCGCACCGAGCACGTTACC
GACGGGCCCCGTACTCCCACTCTTTAACGCCTCCTGTTTGCACCGAGACC
AACCCCGACCCTACTGCTACACGAGCGGAACCGATCGGGGTTTTGATTGG
CTGCTCATGGGTGTATCTCGAGTTCAGCTCAAAATACTGTACTGACTTCT
TTCCTCGTTGCTGTCCCTAATTATTTTCTTCCTAATTTCTTCATTCCCAA
CATTTTCCCTTCCAACATTTTCCTTCCCAGCATTTTCCTTCCCGACATTT
TCTCACCTGATGCCTCCCTTCCTACTTTTTCCTTCCTAGTATTTTCAACA
CTTTCCTTCCACCTACCCACAGTTTCCTTCTACCCAATTGTTTCCTTTTG
TTTTGTTTTGTTTTTCTTTTCTCTGATAAATTCTTACTTGGGTGGCAGGT
ACGACCTGACGTTCCAGTTCGATTCTATTCCTTTGCGCCACCCAAGGGAA
CCATCGCAAAAGGACCTCCTTCTCTACATCCCGGACAGTATTTTGGTTGT
AGACCAGGTAAGGAGGCGTGATCGACCGTTACGGAAACAGAGCTACTATT
AATAATATCAACAGTGCTAGTATGATTCGATAAGATAGAGTACACGAGGT
TGTACAAAGCATATATATGTTCCCACCTAAATCTTTTGACAATTTTCCCC
CTGAAGGTTGATGCCCAAGAAGGTTTAGATGCGTTCAGATTTTTCTCAAA
AAGATACAGTGCAAGGCATATTATGGTGTAGTGGTGTGATACGTACGGTA
CGAACAACAGTAGTGGTAGTGTAGTATGAAAGACATGTTTGGACTAAAAA
AGGTACCTCCCCCCACCATTGCTGTATGTGCTACGGCAAGGGATTAAGTA
TATCTGAATGTGTACTAAACAGCATGCTTTTTGCCTTGAACTTGAATGTA
TCTTTATTTTATCTCAATGTACTCGAGTGTATTGAGTACTGCGTTGATAG
TTATCCTGCCTTTTCATTGATTGTAGGTTTTCCATTTGTAAAAAAGAAGG
ATGGGAAAGTTGCTGGATCGCAGGGAGCCGGGGTTCTTTTTTATCTGTAT
TTTTAGAAAAGAAGAGATAACACTCGTACCAACGGGGACCCGAGCCACAA
GAGAAGGTACGCAAGGGAGGACGTCTGATGAATGATGGGTGAGGTGTGAT
ATACGTACGATGCCGAATAGAGATTCTGCACTCAATCCTGCAAGATGCGA
GGTATTATCCTGTTGTGTGTGCTGTGTAGGGTACGATAGATAATGTAGTA
AAAGGTACATTTCAACAAGGATGTGTGCCTAGGAAATAGATCAAGATACG
GACACTCCAGTTATTGTACACAGATAAGCTGTTTCTGTCTGTGTACTCTT
GATAGGAAAAATACGTTTTGGAGCAATATGCAAATATATTGGAAACTAGT
ATCACAGGGGCGAAATAGGGTGGGAGAGGGGGGGAGGGGAGTATTTTCTG
TAACCCCTGGGTGACACCCCCCCCTCCCCCCCCTTCCCAAGACTAGGAGC
AAAAAGACGCCGCACCCTTAAATTGTCAGACGGCGGCAGAATGTGCTTGT
GAAAAACGCCAACGCTCGTGTGTGTGCTAATATTGGCGTTGTCAAGATGG
TGTTTCTTTTGAGCGGCTTGCCTGTCTTTTCTCGATTTTTTTTTATTTTT
TTTTCATGCTTCGGTCCTGACTTTTCCCCTCAAAAGCCTCTCTTTCAAGA
TATAATTTTTGCCTACAAGATTTGGGACGACATATTGTTGAAAACCGAGG
GGTGGGGGCTGGATGGCGGTCGTCTTTTCCTTTTCCTCCCGTATGGAACA
CAGGTGAAGCGTGACGCCTGGAGGATCGAGTACGAGTTCGCGTACGCCGG
CGCCAGCACGGAGGGGCTGGCTCGCGAGGGAGAGGTGGTGCCCTACGTGC
CGTCCCACGTCGCGGGGGAGAGAGACACGGCTCCCGGGGCGTTCGCTCAA
AAGGTTGGACGAATCTTCTCCTGGCAGAGATGAGGCATGAGACAGCGGAG
AGGAAGTCTGTTTGTTCGCTGAAGCGCGCGGTGTGTGTGTGTGTATTTAT
TAAATTGCACATAACCACGCAATCCGGCCCTGTCATCCTAGtcattctaT
GCCACTCGCATTGATCCTCCCGAGGGGGTTTCTGTGTGTGTGTGTAATTA
TGTTTCTTTTTTGTTTTCAGGTATAGTAAGTCGTGTTACGTACTCAATGC
ACTGTGCACTGTTTGTGTCCTCCTTAATTAAAAGGGCTGTGGGAGGGTTG
GAGTTCCACTCTCCCTTGAAAGAACGGGCAGCTGAGACGGGGCGGGGGGG
GGGCGATAAATAAATGAATGTATTGTAAAGTACCAGATATTTTTACACAA
GAAATAAACATGAGATTGTGGTCTTGAAACGTTCGTTACCCGGCTGGCAG
GTTGTGAAGGCGAAGGAAGAGTTCAAGGTGGGAAACCTGTTTGAGGCGGT
CTTGAGCCAAACCTTCAAGGAGCCCTGCAAGTCCAGGTTGGCCATCACCG
CACACACTATTCATACGTTGTGGTGGTAGTGTAGTTATAGTAGTAGTATA
CCAAACTATTTATGTGTTAAGCGTAGTATGTGAAAATAGTATCTTCCAAG
TCCATTTCGAAACTGCGACTTGTTCTCTGGCGCGCTCTAGACATGGTTTC
CAAGTGTGCTTCAATGTTGCGATAGTACATACAAACAAGTAGAAACGTAA
ACTGTTTTATTTATGTCCTCCAAAGAGAATGTAAAGGAAGGGAACCAAAA
CGCCTCCCTATCTCTTTTGCTGCCACACCGAAGCAGAGCTCCGGGCTGCG
GGGATGAATCCCTGGGCGCGGGTTATGACTTGGGAGTTTTGTAGAACGTT
TTGTACGCGCCCACCCTGTCTGTCTTGTTTCCGTTCAAGTTTATATAAGC
TCTTTCATAGCTTATAAATGTATTTTCCTCGTGTTTGACCTCTTTCGACA
GCCCGGGCAGCGTCTTCCGGCGCCTCAGGAGTCGAAACCCCTCTCCATAT
GGCTTTCTCATCAACCTCGGAGAACAGGTCAGTCCTCTATTTTCGTAACA
ATTTCGTTTCATTTTTATTTGCTATTTTCCTCCCTCCACAAAACAAACAT
AGTACTGTGGAATGTATACCGTATATCTATACCTAGCGCTCTCTCTCTAT
ATATATATATATATTATATTTAAAGTCTCATGAGGACTACACGTCTCTGA
AAACATGTAACGAGTTCTGCTCTTTCAAGTAATTTGAGTATCTCTCCTTG
ACCCGTTTTTCCATTTCTTCTTATCTTTACATTATTTTTTTATTTCTCCC
GTTTGTATATTTTCTCTCTCCCACTAAAAAAAACTACTTTGTTCGTATCC
CTTGAATTTTTCTTTCGCCACCGGGGGAAAAAACGAAACAACAACAAAAA
TACAACAAAAACCACACAAACATCAACACAAAAACGAAAAGGAGTACTTG
GTCGGGGCCTCACCGGAAATGTTCGTCCGGTGCGAGCGTACGCGTCAAGG
CATCCGCGTCGAGACGTGTCCCATCTCCGGGACGATCGAGAGAGGTTCGA
ACCCCCTTGAAGATGCCCAGCAAGTCCGTGCTCTCCTCACCAACAAGAAG
GAAGAGTCCGAGCTCACCATGTGCACCGACGTCGATCGGTACGTCTGGCG
CGTTCAGTCTGAGTGTGTCTTTCTGTCTTAAGTGTTTTTGTTTGTGGTCG
TGTGTGTGTGTTTTTTCTGTGTATTTTGTACGCGTTCAATGTGTACGTGT
ATCTTGTCTGTCTGTCTTTCTGTCTGTGTTTTTGTATTGGTCGTGTGTAT
GTGTGTTTTTTTGTGTATTTTGTACGCGTTCGGTGTACGTCTGTCTTTCT
GTCTGTGTTTTTGTATGTGTTCGTGTGTGTCCTTTTTGTGTATTTTGTAC
GCGTTCAGTGTACGTCTGTCTTGTCTGTATGTCTCTGTGTTTTGTATATG
TTCGTGTTTGTGTCTTTTTTTGTGTATTTTGTACGCGTTCAGTGTACGTG
TGTCTTGTCCGTCTATCTCTGTGTTTTTGTATGTGTTCGTGTGTGTGTCT
TTTTTGTGTATTTTGTACGCTTTCAGTGTACGTGTACGTGTCTCTTGTCT
GTATGTCTCTGCGTTTGTGTATGTGTTCGTGTGTGTGTCTTTTTTGTGTA
TTTTGTGTATTTTGTGAGGCGAAACCCTCCCCGGGGTGTGATATCTCGCT
CCTCTCCTCTGCAGAAATGTGTCCCTCGTCCTCAAGCTTTTGGCTATAAT
AAAAGCCTTGATGTCTTTCAGTGGCTTATTATCAAAAGTGCTGAAGTGTG
GTTGCGTTTTACGGCGCTGCCCCGTCTCGGTTCCGGGTGGGGTTGTGTTG
ATGTCGCCGCGTTTTTCTGGCGCGGGGCGACTGGGGGCAGGAACGACAAG
AGCCGAATCTGCGAGCCCAGCTCTGTACGGGTGTTGGGTCGACGGCAGAT
CGAGATGTATTCGAGGCTTATCCACACGGTCGACCACGTCGAAGGGTGAG
CTATTGTTTTACCCAAGACCATTTTAGTACATGCAGTACCAATTTATGTA
TCATCAACATTAATATGTCCCAAGACCATTTTAGTACATGCAGTACCAAT
TTATGTATCATCAACATCCTCCCTCTCTGTGTTAAGCTTCCCTCCCTATT
TTTTGCCCCAGCGGCCCTATTCCTCATCCCCCATCCCCTTTTCGAGGAAT
ATAGGAGGAGTTCCATGAAACTCTTGCGATGTCAGGTTAACCCGTGTACT
GTATAATGTAATGTCGACGACTCCAGAAACGAAAGAAAACAAAAAACGCT
AAAGGAGATGAGAAACGAGTTTTTAATTATGAAAAAAATAGAGCAATACT
TGTACTTAACTGAATTCGCTTCCTTAAAAAAAGCGTTTGCCGTCCGCAAG
CAAAACTCTACTTATGGTTTGAGCAGGTAGTGGAAATTGCTTAAGTTATA
TCGCGATGAAAAGACGTATTAATAGACGGGGATCGGGGGGAGATGGGAAC
CAGAGGTTGTCCTTGCTGCCGTGGCTCCTCCGTCTTCGTCTCGCTTCTGC
CGAACCTCAGGGAGTAGAGCTGCAGTCTCGTCTTACTCGAGCCTCGAGAA
CAGTATTAACTATGACACGCCAAGCTGCAGCCGGCTTTCAGAAGCTCGTG
ACGCCCTCACCCAGCAAAGCCGAGGCTTATAAACCTCTCTTAAGAATGTG
GCCTATGCCTATCGGTTGTGGTAGCCGTACGAATAATGAGAGCGCCCGGG
TCAAGCGACCCAACGAGCAGAGTAGATGTACAAAGGGTTGATTTGATTGG
TGGATCAGAAGTTTTTTAGCTGATAGAGCTCCGCTCAGTCCATCAATGAC
TTAACAGTAATAATAACAAGCAAAATCCACAGTGGTCTGTTTTGCCTTTT
TTTGTTTCCCAGACGAGGAGCATCGTTCCACTTCTCTATTGATAGTATTG
CGCATGAGTTTGACCGGTGACCATGTTGCTTTCCTTCCCCCTTTTCCCAA
CCTCCCTTGTGTAATGTATGAAGTATTGTATGGCCATCACATCACACATA
TAGAATGAGTATGGATCAACCGGATAAGGTTGCCAATCCTGCTCGTGGTT
AGCTAAAGAGGGAAAATGCATATTTCCGTGTCCCCGTTCGCGCCTGAGAA
TTTGGTCTTGCGAGACGGGTTTGGCCGTCCCATCCCGCGTCAGCCCGCTC
ACTCTCCACACTCGGGCTAAATCTGATTGGTTGGTGCTCACTCACGGGAT
TCCTCCCGAGTTCCGCGGCGGCGTCCATTTATTCATTTCAACCGCCGTAC
GCCATCGGGTCAGTCCCGAGTTTATCGGGTCACGCAATTACGTACCGATG
GAGTTCACCGCCGAGAATCCGCCGGCACAGGGCTAGTAGTCAAGGTAGTT
CCCGTAACGGGTGCTGCCTTTGCATCACCATGGACCAATCAATGTGCGCC
TCTCTTTTCCCACACCCACTGTTGGTATGAAGTGGTTATAGCATGTTGAA
AGTACAGTATATTGGAGGTGGTACTAGTATTAGTACTGTACCAAGCGCCC
CCCACAGCAATTACTTACACACAGTATTACAGTATTTTCAACAAAACCAA
GAATCCATCTCCATCGGAAATTTTTAGGAAGTACCTCTCCTAAATTACTT
TGTCCCTTGTCTCTATTAATAGTCATTCCAGGAACCTTTTTCTCTCTCAC
ACGGCACATGGTCATACCTCGTCCTGATGTTATACTGATAAAATAAGCTT
GCCGATACTCCGTCATACAACATAATCCTGCTGTTGTGATAAAAGCTTCG
TCAACCAAATATGTTCCACATAATAATTCAAGTCTTCCAGTCACCCTCTC
TCTTCAGGGAGCTGATGTCGGGCGGTATCTGGTTATGTTTTAGAAAGTGG
GGGTCACGCTGACCTCTTCCAGAAGACGCATCCCAGATTTGCAACCATTT
CGTGAGTTAATTAGAGTATGGAAGTTTGAAGACAGAGAAGTCGACGTAGA
CCCTAGCTCTAAGCTTGCAGCGCGCCCCCCCCCCCCCCCAGTATGGATTA
TACAAAACGCTTCACAGACTTGAGGGGTGGTCCACGACTTAATGCTCAAC
TAATGCTGTGGAATGTGACGAGGGTTTATTATTGACAGCAGGGAACTGGG
AATATTTTTCACACTAAAGTATTCATTCACTTCGAAAATGCTATTATAGT
ACGAAGTATTTTCTCAAGATTCCCCATTTTTCGTGAATAGGGGCTGTTTT
TCGTGGCTGCCGCGATGAGAACGCCTCTGTGACGAGTGCGCTATTAATAC
TTGTCACCAGGGTTTGTGTTGTTTCCTTCCGTGGCGGAAAGCGTGAAAAC
GTGAGTTAGGAAAATTAATTAATTCAGCCATTATTGACGAGTTGTAAGAG
TGCTGAACTTGCACCACGATAAAAAATCCTAAGGCGTGAACCGGGGAGAG
ATGGGAAGGTCCTTAGTGACCACAGGCAGGATGGTAACGTGGAAATCCAT
CGACTATAAGTGAGATGAAAAAAAGAAGAAGAAAGACATACTCCACACTC
AACTCCCCCCTCCCTCCTTCTCCCCCTCTAAAAAACTAAAACATAATAGA
AAAAATAAAGCATTTCTTTTTATTAGATGTTGTGATTGACATGTTACAGG
CCTTTTTTTTTCAAGATCTATACAGGACACCCTATGCGCTCCCTTTCTTC
CCTTTTGCTTTGGCGCAGGTACCTCCGAGAGGGTTTCGATGCCCTGGATG
CGTTTTTGTGTCACACTTGGGCCGTAACGGTCACGGGCGCACCTAAGACG
TGGGCGATTCGGTTTGTGGAGCAGAATGAGGAAAGCCCGAGAGCATGGTG
AGGGTTGGAGTACGTTTCAAGTGTAACTCCGAACTTGAGGTGATATTGAT
TGCGAGCCTGGCCTTATGGTATGGTCTGTAAGAGCCAATTATGGGCATGA
CTGCGACCATGACGTGACTATGACCGCGACTGTGGCCTCGTAATTAGCTG
AGAGGCTGACTGTGGTGATGACTCAAAAGACTTGAACTGTGACTATGATG
ATGACTGCGACTATGACGGGGACAACCGTTAATACTAAGGATAGTCATGA
ATACTGTTGACTTTGACTAATACTGCGCTTGTACGTTTGACTTGGATACA
GTATAGTATAGTGATGACAGTGGCTTCCTGACCCATGACCATGACTGTGA
TTGTGACGATGATTTTAACAGTTATTTCAAATGAGATTACGAACTATGAC
TGAGAGTGTGACTATGACCGAAAAGGACGACGAACTTGGAGCAAAAGCCG
AATCTAGGTTTGAACAGTTGACCGTGTATTGATCGCGCTCTGACAGCAAG
CTGCCAATACTGTTATTTTGACGATTTTGATTGGTAGCCCCAGGCATTGA
TGAGAACCCGGCGCAATTTCTGGGATTTTTCTGTGGCTACAACATTTCAA
GAATAGACCGGGTCGATTAGTTTTTCTTAAGCTGTTGCATGCTTCTGCTG
TCCTGTTCCACTTGCTTTGAGGTTTTTAGCTATGGATTTTGAGTACATGA
TCTTTATTTTTAACGGGGTTCGATTTCATGAATCTTTCGTTTCACGACAC
TCCTGACTACTGTACTTTCGTCGATGTTGTTCGGGGTGTACTGTGAAGTG
TACTTTTTTGTTTTTACTACCCTATACTGATCGTAGTGTCATTCGATTAA
AAACGCAGTCCAGACAGAATCCGGCGGTAAATTTCAGCCGCGGACTCCGC
TCAGCTAAAAAAAAATGCTTGCGGGCAAACTCGGGTAACCTTCGGTTACA
ATTTAACTTTTGGACGGTGCAGATCGACCTAATGGACTCAATAGCTTGGA
AAACAGGGAGGTGAATAAGAGGAGAGGAGAGGTTTCAGCCCCGGACACAT
GGGCTCAGCGTAAAGGAATTCTTGGGGTAGACTCGTAGGAAACCCTCTGC
TACCATCCAAGGCCATTTAAGACCTTTGCACTGTGCAATTTGACTCAGTG
GTTCGAGCGATACTATTATAGCTCTAGGTTCAGTACTACCGTAGTACGTT
GCAGTCTTTTTTCTATTTCCTTCCCGCGGTCTTAAATATGTGTTTTCTTC
CCGTGGCCTTAAATCTGCGTATTTTCCCGTGGCCTTAAAATCTGTGTATC
TTCCTGTGGCCTTGAAATCTGTGTATCTTCCCGTGGCCTTAAACACTGTG
TATCCTCCCGTGGCCTTGAATCTGTGTATCTTCCCGTGGCCTTAAATATG
TGTATCTTCCCGTGGCCTTAAAATCTGTGTATCTTCCCGTGGCCTTAAAT
CTATGTATGTTCCCACGGCCTTAAATATGTGTACCCGGAACTGTCCTGCT
GCTACTGCTACTGCTACTGATAATACATATGGAATAAAACATGGAATAAC
ATAACGGTGGGCTTCTCCCCGATATTATACTGTTGACCCTATGTGATTAC
ATTGGGGAACCCTTTCAATACCATGTAGAGTTTTCGTCCCTACAGCCAAT
GTTCCCACCCAAACCTTTTGACTGATAATTGGAAGGTTTAGATGCGTTCA
GATTTTTCTCTAAACATGTGAAATATATAACGTTTTGACATTTTTCCCCC
CATAACCGGGGGATGCTCAGAAGGTCTAGGTGTGCTCTGATTTTTCTTTA
AACATGTGAAATATATCATGAAGGTACGGTGGCGCCGTCGGTCTTGTGGG
CTTCGACGGACACCTCAACACGGGCCTCACCCTTCGAACGGTCAGGGTCA
AGGATGGGATGGCCGAGGTAGGTGGTGTGCTGTGCTGTGCTATGCTGTGC
TGTGCTGTGGTGCGAAGGGGAAAGGGGGCATGGAGGGGATCGCAAGCCGC
GGCGATAAAGAGCCAACGACCAAAAAAGATAACACTACTGTACACATGTG
TCGCACCATTCGACGACGTGTGATCAAACGTGCTCAACATGCTGCTATTA
GTATATAGAGAGAGTAGCGCTATAAAAACTATTGATCGTAATAGGCGATA
AAGCAATGTTTAATAGTTTTGAAAGTAGCGCTATTATATTGATAATAGGC
GACGAAACACGACATGGGGGTTACATATTCAATATTATTCTGTAATGTAT
ATTTAGAGAGAGGGAGTTTGTGTTTCCGAAAATTGTTGGCAGCGTTCGCC
TAAATTCATTAAATTAAAAAGGAAAAAAACGTTTGGCGGGGAACTCATCA
TTTTTTGTTGACCTGTTTCCACGAAAAGCCGCTTTTGCGAAAAAATGTGG
ACAAGTTGCTGAACTGCTGTGCCCTTGATGTTTTTAGTTTTTGGGGGTAC
ATTACATTGTTTATTTCCCTGTGACAAAGTTATCCATAGTCTATATAAGC
ATGTCCATACAGCCTATTTATATGTTCTATTGTAGATGGGTGACAATATT
TTTCTAAATTTGGGTCAGACCTTATTCGTTTACAACAAGTTTTACCCTCC
CAGAGGATTCGAATTTTCCAGACCGAAACTTGCTAAAAAAATAAGTAGTT
TTCAGGAAGTTGGAAAATTCTGTACTATTAATTAATAGTAACAGTTGGTG
CTGTCTCCCGTATCATTACTGTATACGCGTATGCCAATCAAATCTCGTTT
TCTTTGTTATTTCTCTTTACTATCATTAATAATAAGATGGTGATGTTTCT
CGTATGATTTTTTTTTTTTTTTTGCCACTTCTTTTTCGTTGTTACTTTTT
TTCGTATGTTTTTCTCCTTTTTTTTTTTTTTTTACTTGGTAATTTTCCAA
AGGTTCGTGCAGGGGCAACGTTGCTTTTCGACTCCGAACCCCACCTGGAG
GAGGCCGAGACGGAGCTGAAAGCGAGCGCGATGATCGACGCTATCACTCG
GACAGATGCGGACTCGAGCGACACTTCATTGGAGGTGTGCCGCATGTGTA
TGTGGAGACAGGGGGAGGGTGGTTAGAATCGAAAAGTGATAGGAATCCTT
CCTTGCCCACTCAACTTAATATAAATTACCAGGTACCAGGTAGTTGATAG
TAACACACAGAAGTAGCTTTACATGCGGTCAGTTCAGCTCAGAAATGGAA
TACTGAGGAATACCAGTAAGGTATACTGTATATAACGTAACGTAAGGTAC
GGTTACCGTTGGTCGACGCGGTAATATTATTAGTAATAGCCTACCAATAT
ATACAGCAGTATAGGCTATTAACGTAGCCTATGTGTATATATGTATGTAG
CCTTTGGGACTGCAAATAAGTTTTGCACGTAAGTTTTTGTCATAAAACTC
TCTATTTATTAATGCGTGTAGTCATCGTTTCCACATAATGTATACCAGTA
ATAGATTGGGTCAGAACTTTCAGCATTACCCTAAATAGTAATAGATGATG
GCGGAGGGGGGGTTACCTCTGTACTGACATAATAGTAGTGGGTGTGGGGA
AAGAGGGGCGCGTATTATTAATCCATGGGGTTTCCTGAATAGATGGAGGC
ATTAATTGCACCCGTTACTGCTGTAGGATTGGTGGCTCTTGTGCCGGCGG
TCTCTCGGCGGCAAACGCCATGCCATTGGTACGCCAACCCGCGACCCGAT
CAAACTCAGGACTGATGACTGATCCCATGTTGATGGCGTATAGCGGTTGA
CGGTTGACGGGTCAGATGGACGCCGTCGCGGAAATCGATCCTTGGTAAGC
ACCATTAATTAATATTAACCAATCAGATTCGGCTTGGGTGTGGAAAATGA
GCGGGCTGACGCGGGACGGGAAGGCTGAACCCGTCTCGCGAGACCCAATT
CTCAGGAGCGGACGGGGACGGGGGTTTATGTATGTTTTCCCGTTCAGCTG
ACCACAATAAGCAGAATTAGCAACCTACCATAACGGCCGATGCCCATACT
GAACATGACGACCATACACACACACACACAGGTTTTCGTAACAAGTATCA
TTGATCCCCTTGGGAGGATCAATGCGAGTGGCATAGAATGACTAGGATGA
CAGGGCCGGATTGCGCGGTTATGTGCAATTTAATAAATTATAAATTCAAA
GAGACGCTAGATGTGGTCTACCAGGGGTGTGTGGTGGGTTGTGGTTTGTC
GGGCGGCTACGAACGCTTTGCCAGGAAGACTATGATATGATAGAATATTG
TTGATAAGACAGTATTGATATTTCATAGGATAGTATTAATAGTATATTGT
TGATAAAATAATATCAATAAGTTAGTATTGGTAAGAAAACAGAACCCCGT
CGTGAATCCCAGTGAATCCAAACTTGTTATCAGCGAGGGCACACGAGGGG
AATCGATACGACACGCTTTGACATAGTTTATTATGAATATTATAGTTTCT
CTTCTTATTAATCATTAATTATTAATCATTAATATTATATAGTATCTCTA
CTGATGTATTATTAATATTATAGTTTCTCTACCGACGTATTATTAGTATT
ATATAGTTTCTCTACCGATTTATTATTAGTATTATAGTTTCTCTACCGAT
TTATTATTAGTATTATAGTTTCTCTACCGACGTAATATTAGTATTATAGT
TTCTCTACCGATGTATTATTAGTATTATAGTTTTTCTACCGATTTATTAT
TAGTATTATAGTTTTTCTACCGATTTATTGTTAGTATTATAGTTTCTCTA
CCGACGTAATATTAGTATTATAGTTTCTCTACCGATGTATTATTAGTATT
ATAGTTTCTCTACCGATGTATTATTAGCATTATAGTTTTTCTACCGATTT
ATTATTAGTATTATAGTTTCTCTACCGATGTATTATTAGTATTATAGTTT
TTCTACCAATCTTTTATTATTACTATAGTTTCTCTGCTGACGTATTATTA
ATACTAAAGTTTTTCTGGTGATGTATTACTAATTTTCTAGTTCTTAGTAT
GGTTATCGGAATTCACCCACTAGAGCTAGACAAGTCAGCCCTGACTAATG
TAGTCTAATGAGCTATTGATCTGCCATTATATTGCCATTGGTCTATATTA
TATTATACTATACTACATAGTGGAGGCCGCAGGAAGGAGCCGGCACTTTC
ACTCCGAGGGCGACTTGTCTTGAAAATTGTACTGGAGCATTTTAATTCCT
CTACATTTTTGTTTTTGTCTTGAACTCGTCACCCTCACTCAAACCAGATG
ATTAATCCTTTTAGGGTTACACCAATCACGCCAGCCATGCTCTATGCAAG
TATTAATAGGAATCGAGGCTGACTACGAACAGTCCCGAGGCTCTCATTCG
TCCCAGGGTTATTTGTTGATTTGGCCTCCTCTCCTCTCCTCTACCTTTAA
AAGTTATTCGTGAGTTCGAATCCCAGGCTGTGAGACCGGACGTGATTTTC
CTCGATTCTTAGGGACCCAAGATATACTATTGGGTGTAGTCTGGCTCATG
GGATAACTCTGAATGGATCTTTGGTACTTTGGCTTGGGTGGGAGTGATCG
CGGGCAAGGGGAGTCGACCTCCTCGGAAGACAAGTGTTGGATCCTTGGAA
CCCCCCCCTACAGTACCACAATATATTTTATTATATCATATTATATTGTA
GCATAGTATTAATAGAAGGAAAGTTTTTACGCTGGCTACTAGGATACAGA
GTAGAGGGAGGACGACTGATGTTGGTATTATAGCACCTATGCTGCCGAAC
GCTGACGAGGTCTGACGGTGGGTTAATGTCGGCTACCATCTGTGGACTCT
GTAGTGTCTACTATATATAATACCTATGATACCGAAACAGTTTAATCTCG
AAATGACGTGCATCACTCGCTACTGTAGTAGAAATATTGGTATAACAATA
TCATTAGGAGTTACAGTATACTGTTACTACAGACTACTCGTTCTGTTTCT
GACCGTACACACAACGTACAGGACGCCTTCGGATTGAGCATCAGCTCGGG
GGTAGGAAAGTCCGTCCTGCTCGTTGACCACGAGGACTCGTTCGTCCACA
CGCTAGGGAATTACCTTCGACAGACGGGAGCGCAGGTATAAGTTTTCGTT
GATGGATAGGATAGGATAGGATGGGCAGGCTTATTACTAGATGAGGCCCT
AGATAAACTCGAGTTTTGAGGTATTGAAACTCTAGATCATGTCGGAATAT
TACGACGGTCCCCGGACATTTTTCCATCTTTTGTGTGTTTCCATTTGTAA
AAATGGAAACACGCAAATGCTCCTTCTCGGTCATAGTCTAACATAATATA
TAAGATAATATAAGATAAAAATAAGGGTGTATCTGAAGCGAGAAAAAAAA
AGTAAAAACGACCTGGTGCTATGGAAAGCTTGAAGCCGTATCACGTTCTC
TGCGTTCGATACGCTTCCCCTTGTCGTTATCCGATCATCATGCCTCCTTA
CACACAAACACGCCTACCTGCGTAGCCCCTTGTGTTGACATTTAAAAACC
AACCGTAACCCGCGTCACCCCCCAAAAACAAAAGAAAAAAACGTTTCGAG
GGACGTGTTCGCGGAGATGCAAGTGTATAAACGATGTTCGAATGCCTCTG
TTCATACTTTATTTCAAAGGAATAATCCTCGTTTTTTAATAGCGTGTTTT
ATTATGTATGTACGATAAAGACTGCTTCGTACTATTTTACAGTTTCTCTA
TCAAAGGTTTACGGTTTACCCCTCCCCCCCCCCCTCGCTACTAGGAATCC
GATTGGAAACCGCATATTATATAGTAGTATGTATGGTCATCACATATAGC
AGAGTATGGATCAACCGGGTAAGGTTGCCAATCCTGCTCGTGGTCAGCTG
AACAGGGAAAATAAATATTTCCCTGTCCCCGTGCGTGCCTGAGAATTTGG
TCTCGCGAGACGGGTTCAGCCGTCCCGTCCCGCGTCAGTCTGCTCATCTC
CATACTCAGGCTGAATCTGGTGCTTACTTACGGGATTCCTCCCGAGTTCC
GCGGCGGCGTCCATTTATGAAATCGCCATACGCCATCGGGTCAGTCCCGA
GTTTATCGGGTCATGCAATTGCGTACCGATGGCGTTCACTGCCGAGAGTC
TGCCGGCACAGGGCCAGTAAACCTCAAGGTAGTTCCAAACGGGTGCTGCC
TTGGCAGATCACCATGGGCCAATTAATATTCGCCTCTCTTTCCCACACCC
ACTATTGGTATGAAGTGGGCATACTGAAAGTAGTAGTAGTATTTCATAGT
AGGTATGGTTGGGGCCCTGGGCGGTCGAAGTGAAGACCTCAAACACACTC
GTAATAAGTATCATTGATCCCTTAATACCCTTTGGGAGGATCAGTGGGAG
TGGCATAGAATTACTAATAAAATTTTAGGGTGACAGGGCCGGATTGCGCG
ACTATGTGCAATTTAATACATACCATATACACACACACACAAGACACACG
TACTAACTGTAGTACATTCTTGTCCAGGTGAACACCGTTCGAAGCGGAGA
GGTGCTGCAAGCGTACCTCCGAGGCGTACGGAAGGGCAAGCAACCGTATC
CCGACCTCGCCGTCATGTCGCCTGGGCCCGGAAACCCGAGCGACTTCGGC
CTGTCCCAGACCATCCAAGAGGTATGTGTGTGTGTGTGTGTTTGGGTGTT
TGGGTACAGTATTTGTATATGTGGGTGTATTTCTGTATGTGCGTGTATTT
GTTTATGTGTGTGTGAGCGCGCATATTTATTAATATGTACATAACCGCGC
AATCCGGCCCTGTCACCCTATTCATTCCATGCTACTCATATGGAATCCCG
TAAGTAAGCACCAGATTCAACCTGAGTATGGAGATGAGCAGGCTGACGCG
GGACGGGCCGGCGGAACCCGTCTCGCGAGACCAAATTCTCAGGCACGCAC
GGGGACAGGGGAATATTCATTTTCCCTGTTCAGCTGACCACGAGAAGGAT
TGGCAACCTTACCCGGTTGATCCGTACTCTGCTATGTGTGATGACCATAC
ATACATACATACATATGAGTAGTGGTAGCCTCGCAGATCACTGGTGCGGA
GTCGTGAGTACGATTCTTGACAAAATCAGGAAAACGTGAGAACGCGAGTA
AGAAAAAATTGAACCATTACCATTGGTTGACGAGGTGTAGGAGTGCTGAA
CTCTCATGGCGATAAAAAATCGTAAGGCGAGAACCGGGGAAAGATGGGAA
GATCCTTAGTGACCACAGGCAGGATGACAGCGTTGCAGTAGATGGGATTA
GTAACCTAGCACGTTGAGGCCCATCGGCCGTAACTGAGATAGATACGAAA
CGAACAAAACAAACCCGCACTGGTCCTTGGGCGAGAGGGGATATCAATCA
TACCTGTTCCGAGGGGGGGTGTCGTGTGTTCATGTGTGAACACATGTGTT
CATCTTTTTCATGTGTGTGTTCCTGAGTTTGTGTATTGTTGATTTGTGTA
TTTGTGTTGTGTGTCTGCATTCTTTAATTTGGACATAACCGCGCAATAGT
CGTTCGATGCTATGCATTATTAGTGTATCGTGTGTGTGTATTTGTGTCTG
TGGGGTATGTTGACTGGAAAAACAGCGAAGACTATACTTACTTACCTCTG
TCGTAAAATCCGTTTTGTCTGGGGCATCTCTTGGAGGGCGATTATTTTCG
CGCAAGATTTGTCACAAGAGGTTGTTCACGGCACTTGATTTTTCATGTAC
TGTATGAAAATGGCGACAAAAAAGTGTTCCAGGTGTTGGTGTTGGAACAT
ATCTTGTTTTATTTAGGTGTTTGTTGCTCGGGTCCGCCTATCCACCGCTG
CCAGATGATCGATCTTAAGGTGCCCGTCTTCGGAGTTTGCTTGGGTCTCC
AGGGCATGGTGGAGCACTTCGGTGGGAGGCTCTCTGTTCTATCGTACCCT
ATGCATGGCAAGGTACAGTAAAAAAATACGTATAAGGTACTGACTGAACT
ATACGAGGTACATTACCTCGCATCGTCATATCACGTGACGTCACGAAAGG
TATCGACTGACTTATACATCCTGTGTACGTGACGTCATGATCATCGTCAT
CACGTGACGTCACGATCTTACTTACTTGTATACATACTATAATAATACTG
TACTGCTGTATTATTTGGAAAAATAGATGCGCGCACCATTCTGCCTCCGA
TTCTGTCTATATCGCACATGTAACCAATGATATTAGTAATATAATTAATA
TTAGTATTAGTTTAGTAATATTGGTATTTGTATTAGTTTAGTAATATTGG
TATTAGTATTAGTTTAGTAATATTGGTGTTAGTATTAGTTTAGTAATATT
GGTATTAGTATTAGTTTAGTAATATTGGTGTTAGTATTAGTTTAGTAATA
TTGATGTTAGTATTAGTTTAGTAATATTGGTATTAGTATTAGTTTAGTAA
TATTGGTATTAGTATTAGTTTAGTAATATTGGTATTAGTATTAGTTTAGT
AATATTGGTATTAGTATTAGTTTAGTAATATTGGTATTAGTATTAGTTTA
GTAATATTGGTGTTAGTATTAGTTTAGTAATATTGGTATTAGTATTAGTT
TAGTAATATTGGTGTTAGTATTAGTTTAGTAATATTGGTGTTAGTATTAG
TTTAGTAATATTGGTATTAGTATTAGTTTAGTAATATTGGTATTAGCATT
AGTTTAGTAATATTGGTATTAGTATTAGTTTAGTAATATTGGTATTAGCA
TTAGTTTCGTAATATTGGTATTAGTATTAGTTTAGTAATATTGGTATTAG
TACTAGTTTAGTAATATTGGTATTAGTACTAGTCTAGTAATATTGGTATT
AGTATTAGTTGTTGGGAGAAAAGAGGGGTGCGCACAAGAAAATATCCGTG
GCGATACCTGAATAGGCAGCACCTGTTGTTGCTGAAACTCCCGGGAGGAC
TACTGGCGCCCTGTGTCGGTGGACTCTTGGTGAACCCGATCGGTACGCAA
TTGTTGGGATTGACCCGGTGGCGGTTGACGGTATAGAAAAATTGACGCCG
TCGCGGAAAGTGGAAGGAGCACCATTAACCAATCAGATTTAGCCTGAGTG
TGGATAATGAGCGGACTGAAGCGCGGGACGGGACAGCCGAACCTGTCTCG
CGAGACCCAACTCTCAGGCGCAAACGCGGACAGGGAAAAATGCGTTTCTC
ATGTTGAGCTAGCTGACCACGACCAGGATTGACAACCATGTCCGGTTAAC
AGATAATCTGCTTTTTTATTATCATACAAGCCTACATTTACGACACTGTC
ATCCATCCACCCGTGGCACACACAGTGTGTTTTTTATGGCAACCCCCGTG
GTCATGATCCCCCCCCCTCCCCTTCCCTTCCCCGGCCACCTCGTTTCATA
TTGTTCAGCCTTCGATGATAACGGTCATCGACAGGCCATCGCACTGCCGT
GGCTTGTTCGACGGCCTCCCGGACGCCTTTGAGGTGGCCAGGTACCATTC
TCTGTATGGGGTCCAGGAGAGCTTTCCCGAGGAGCTGCGGGCGACTGCGA
TCACGGCAGACGGCGTGGTACGTTACGTGTGTTCGCTCTTTCTCGGCCTC
TTTTCGTCTGGTGTGCATTTATTTATTTTTACTCCTCACACTTAAACCCC
TATTTGTTGGAGGTCGCCCTCGTAAATTTTGATTTCAAGTCTTATTGATG
ATAGAAGGAAGACAGACATGGACAGGGGATCGATCTTTCAGACATTGATG
CCAATTTATGTTACAAATTGCGTTAATGTTGTAGTCCTGCGTTACATCAC
TCTACTTTCCTTCTGGTGCTCAGCCTGGCGGGTTTACTAGTGTTACCGTG
GCAGGAGGGGATGGTGGGGGGGGGGCAAAACTCTAGTGTGTTTCTAAAAA
AAACTCAAGTACAGATTTAATAGCTTCCTCTAtactggTATACTTCTATG
GTACTGTAAAAAAAATCCGCAGTGGTAAAACGTACCAGACTTTTTTCTCG
AAAACGTATTTTAAAATACTAATAAAACGAGTGTCTGGTGCACCTGTGGC
ACTATAAATACAGTGTGTTTCATACCGTTCTCTTCCCTCGGAATATTTGT
GACAGGTAATGGCGATCGAGCACAAGGACTTGCCCTTCGCGGCCGTGCAG
TTTCACCCGGAGTCCATCCTCACCAACCCCAGGACGGGTCTCACGATGTT
GGCGAACTGCTTGAGGAATTTGAAGTACCAACCACAAGAGACAGTGGCAG
CGTAGAAGTTTGACTTAACACAATGTCCCGGATGTGGGTATCGTTTGGGA
TTCTCCtTTTTTTTTTATTGTAATGGAGTTGTGCGTAACGTGATCGCCCC
CTTTTGCCAGCGCGGACGTCGTAGCATACGTGTTGAGTATATTTCCCTGT
TCAATCAACAATCTTGTTGGTCGGACTTCTATACGATTCGGGGTTTTTCC
TTTTTTCGTGCGGTTGGAGGATGACGGATGAGGGTAGAGTTGAAATTTTG
CCCGGCTCCGCAGGGTGGAACAAGATAGTTACGGAGCAAAAAACGGTTAA
ATTATCTTGATGTATACAGTAAATAGTAGTTTTAGCTCTTTTGCACCATT
GTCACGGCGAAGCTTCGTAGATTTGTTGGTTGTTTCGCGTCATGAAGCGG
GTGTGCATAGCGCACGTGTGTCGGGCCGGAGATATTTTCCTCCGTACAGT
ACAATAGTTGTGTTGTGTGGTGGGGAGCAAACCGTCTCTTCCCACGAGGT
CTCGAAGTAGTGTAGTGGCCCTCTCTCGATACCGAGGGAACTAGTTTTCT
GATCATTTTTCGTGTTCTGCTGGGGCACGAAAAATAATGCTAATATATCC
CTCTGCAGTCCCGATTGTGTCTTGTAAGTCATCGTGGGAAATACCGTGAT
TGTACCCGCTGTAGGAGTAACGCTGCAGTCCCGAGCCATAATATTAAAAA
TGTGATATTATTTGCGGGCGCAGGAGAAGTACAGTCATGGTCGTAGCGAC
TCAAGGTCGGAGTTGAAGTTGGTGTCTTTTTCGCCACATTTTCGATGCCA
TTTCTTATACTAGTCCCCCCACCCCCCTCCCCGACACGCCTTCCTGTCTA
GTAAAATGCGTATACTTTGTTTGACGGATATACTTTTTGCCTACAAGTAC
GTATTTTTATTTCATCATGAAGAGCGGTGGCATTTGAGGGAGGCAATCCT
TCGAGTATTTATCCTGTAACAGAATATCCTTCCGTAGGGTGTAAGGTTGT
GCACGCGATAAGCTTTGTGAGGGTCAACAGGCTTAAGACATCGTTGTTGC
CGCTCGTCGAGCGTCGTAGATCTTGGCACGCCCAAGTACGTGTCACGAGA
AGGAAAAGAAAGGTCGAACGACGTAACCTACCATGTGGAACAAGCGACTG
GTGTAAACATAGCTGCTATATGCTCTATTTTCCACACAAGATCAGTTCTT
GCATCGTCATTTATCCTCGTACCCCTGCCAGCTAAAGAGCAGCAAAACAT
TATATACATGTGAT

Coding sequence (CDS) from alignment at A-nodosum_M_contig1005:10078..33641+

>mRNA_A-nodosum_M_contig1005.1.1 ID=mRNA_A-nodosum_M_contig1005.1.1|Name=mRNA_A-nodosum_M_contig1005.1.1|organism=Ascophyllum nodosum dioecious|type=CDS|length=1305bp|location=Sequence derived from alignment at A-nodosum_M_contig1005:10078..33641+ (Ascophyllum nodosum dioecious)
ATGTTCGTCCGGTGCGAGCGTACGCGTCAAGGCATCCGCGTCGAGACGTG
TCCCATCTCCGGGACGATCGAGAGAGGTTCGAACCCCCTTGAAGATGCCC
AGCAAGTCCGTGCTCTCCTCACCAACAAGAAGGAAGAGTCCGAGCTCACC
ATGTGCACCGACGTCGATCGGAACGACAAGAGCCGAATCTGCGAGCCCAG
CTCTGTACGGGTGTTGGGTCGACGGCAGATCGAGATGTATTCGAGGCTTA
TCCACACGGTCGACCACGTCGAAGGGTACCTCCGAGAGGGTTTCGATGCC
CTGGATGCGTTTTTGTGTCACACTTGGGCCGTAACGGTCACGGGCGCACC
TAAGACGTGGGCGATTCGGTTTGTGGAGCAGAATGAGGAAAGCCCGAGAG
CATGGTACGGTGGCGCCGTCGGTCTTGTGGGCTTCGACGGACACCTCAAC
ACGGGCCTCACCCTTCGAACGGTCAGGGTCAAGGATGGGATGGCCGAGGT
TCGTGCAGGGGCAACGTTGCTTTTCGACTCCGAACCCCACCTGGAGGAGG
CCGAGACGGAGCTGAAAGCGAGCGCGATGATCGACGCTATCACTCGGACA
GATGCGGACTCGAGCGACACTTCATTGGAGGACGCCTTCGGATTGAGCAT
CAGCTCGGGGGTAGGAAAGTCCGTCCTGCTCGTTGACCACGAGGACTCGT
TCGTCCACACGCTAGGGAATTACCTTCGACAGACGGGAGCGCAGGTGAAC
ACCGTTCGAAGCGGAGAGGTGCTGCAAGCGTACCTCCGAGGCGTACGGAA
GGGCAAGCAACCGTATCCCGACCTCGCCGTCATGTCGCCTGGGCCCGGAA
ACCCGAGCGACTTCGGCCTGTCCCAGACCATCCAAGAGATGATCGATCTT
AAGGTGCCCGTCTTCGGAGTTTGCTTGGGTCTCCAGGGCATGGTGGAGCA
CTTCGGTGGGAGGCTCTCTGTTCTATCGTACCCTATGCATGGCAAGCCTT
CGATGATAACGGTCATCGACAGGCCATCGCACTGCCGTGGCTTGTTCGAC
GGCCTCCCGGACGCCTTTGAGGTGGCCAGGTACCATTCTCTGTATGGGGT
CCAGGAGAGCTTTCCCGAGGAGCTGCGGGCGACTGCGATCACGGCAGACG
GCGTGGTAATGGCGATCGAGCACAAGGACTTGCCCTTCGCGGCCGTGCAG
TTTCACCCGGAGTCCATCCTCACCAACCCCAGGACGGGTCTCACGATGTT
GGCGAACTGCTTGAGGAATTTGAAGTACCAACCACAAGAGACAGTGGCAG
CGTAG