mRNA_P-littoralis_Contig154.63.1 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig154.63.1
Unique NamemRNA_P-littoralis_Contig154.63.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: D7FR51_ECTSI (DNA topoisomerase VI subunit B-like protein Topoisomerase 6 subunit B n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FR51_ECTSI)

HSP 1 Score: 998 bits (2581), Expect = 0.000e+0
Identity = 535/674 (79.38%), Postives = 557/674 (82.64%), Query Frame = 1 
Query:   43 MGKAKGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNRDVVDAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDC--LYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKRARDTEEENDGEVSKRAKGGGSRSGGATMSSASKARIMSSLDRKQVTEKTLALGLSAAVNQHDAEAAKEETAAAGRGTHARQ 2058
            MGK  GE VKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALP I+L IEEFTE EFNEHRGMDNRDVVDAGLF ASG KKSTSKA KA   P+ A EG++ D                     A  D   KKGRSKGD   LYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQV+SGCS D+KD P FLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTE+TVCVSGNW TYKSRVLQYLQQLAIITPYA+LELEYH+HANPKKDLTAVYRRRSEQMP LAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFL KDLSSIDRPLSERIIAELGEGF PKM PS LTVKM+SRLTQML+DVKRFKPPDGACLSPAGEYNLR                                      +VKEGVNVYRFANRIPLLFEAGSDVVTRVA KRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVK ALQQCC QL+ HLLRRNALR+QKERKKVLTKYIPDVSRAVFGLLTAMQKRARD EE+  G       G   R+ GAT    +K +IM+SLD K+VTEKTLA GLSAAVNQHDAEAAKEE+ AAGRGTH+RQ
Sbjct:    1 MGKGSGEAVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPHISLTIEEFTEEEFNEHRGMDNRDVVDAGLFKASGGKKSTSKATKALPKPAVAEEGSADDPQEPSAAAGATAADLDPKEKKAKND---KKGRSKGDSHSLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVVSGCSSDVKDPPNFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEMTVCVSGNWQTYKSRVLQYLQQLAIITPYAELELEYHSHANPKKDLTAVYRRRSEQMPPLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLMKDLSSIDRPLSERIIAELGEGFHPKMQPSALTVKMVSRLTQMLRDVKRFKPPDGACLSPAGEYNLR--------------------------------------QVKEGVNVYRFANRIPLLFEAGSDVVTRVAMKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKHALQQCCQQLRTHLLRRNALREQKERKKVLTKYIPDVSRAVFGLLTAMQKRARDGEEDKGGGAG----GASKRARGAT----AKTQIMASLDSKEVTEKTLAAGLSAAVNQHDAEAAKEESVAAGRGTHSRQ 625
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BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: W7U7C7_9STRA (Dna topoisomerase 6 subunit b n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7U7C7_9STRA)

HSP 1 Score: 662 bits (1709), Expect = 4.800e-228
Identity = 343/598 (57.36%), Postives = 430/598 (71.91%), Query Frame = 1 
Query:   49 KAKGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNRDVVDAGLF-TASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKRARDTEEEN 1839
            K + EVV+SK+PAEFF+++Q+I GFDN G+SLYTT+RELVEN+LDAAESI  LP +++ IEE TE E NE RGM++R+ VD GLF  A+G+++S  +           I+   A++                    +   + +KKG  +G   YYRV C+DNG GM H+KIPDMLG VLSSSKYGVRQ RGK+G+G+KMALIWSKKSTGLPI+V S  S +      +++ CVLDIDIY+N+P V  H K+ N +GWRGT I V V GNW TYK+ ++ Y QQLAIITPYA +E  +   +N  +++   Y RRSE MP  A EVKHHP S+N+L++QQLI RT  K  + FL  +L+ + RPL+ RI+ ELG GF   M P ++      RLT MLK +  FK PDG+CLSPAGEYNLRLGI+KE+ P YVAT SE+ A  EGHPF+VEAGVSLGG  +K+G+NVYRFANRIPLLFEAG+DVVT+VA +RINW SYK+D KRD+IGVFVS VSTKIPFKGT KEYIGDDTE I+K+VK ALQ+CC QLK HLL RNA RD KERK+ L +Y+PDVSRA+  +L ++ KR R    EN
Sbjct:    4 KNRIEVVESKTPAEFFSEHQSICGFDNPGRSLYTTVRELVENALDAAESIQELPYVSVVIEEITEDELNELRGMESRERVDLGLFHKATGKRRSGGE-----------IQEVLAENMKELHSDALEKQMGQN----SAALSNKKKG-DRGARNYYRVTCEDNGCGMAHEKIPDMLGRVLSSSKYGVRQTRGKFGLGSKMALIWSKKSTGLPIEVRSAHSLEENHPAAYISHCVLDIDIYRNQPFVKLHEKVANIKGWRGTRIDVVVEGNWSTYKTHIMTYFQQLAIITPYAHMEFTFRTLSNASREVITQYARRSEHMPPPAQEVKHHPSSINHLIIQQLIKRTSTKTFLNFLCTELACVTRPLAARIVKELGNGFAENMVPEDIDANKTIRLTSMLKSISIFKLPDGSCLSPAGEYNLRLGIMKELHPDYVATVSEQAAAFEGHPFVVEAGVSLGGNALKDGINVYRFANRIPLLFEAGNDVVTQVANRRINWQSYKIDPKRDRIGVFVSIVSTKIPFKGTGKEYIGDDTEAIRKSVKSALQRCCKQLKQHLLTRNAARDVKERKRSLLRYMPDVSRAIAAVLNSINKRKRIVNSEN 585
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BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: A0A7S2XJE4_9STRA (Hypothetical protein n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2XJE4_9STRA)

HSP 1 Score: 635 bits (1638), Expect = 2.900e-217
Identity = 342/619 (55.25%), Postives = 427/619 (68.98%), Query Frame = 1 
Query:   46 GKAKGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGM----------DNRD-VVDAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPG-FLTKCVLDIDIYKNRPSVHEHVKLPNPEG--WRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAEL-----GEGFRPKMAPSELTVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKRARDTEEENDG 1845
            G  + EV  SKSPAEFFA+NQ IAGFDN GKSLYTT+REL+ENSLDA ES+  LP I++ IEE T+++FN+ RG+          DN D + D  LF     K+ +     A+  P+  + GA  +                      V  TK+K  R      Y+ +  +DNG GM H+ IP++LG VLS SKYGVRQ RGK+G+GAKMALIWSKKSTG+PI + +    + + TPG F++KCVLDIDIYKNRP V EH K PN     W GTE  V ++GNW TYKSRV+QYLQQLAIITPYA LEL Y N ++ K+     Y RRSEQMP  + EVKHHP SVNNLL+QQL+ R++CK  + FL  +LSSI   L++R+IAEL        F   M+P+++T K I+ L QML+ V+ FK PDG+CLSP GEYNL LGI K ++P  +AT  ++P+  EGHPFIVEA VSLGG++ KEG+N+ RFANRIPLLFE G+DV TRVA  +I WS YK+DHKRDKI VFVS VSTK+PFKGT KEYIGDD  EI+ +VKRALQ CC QL+AHL +RNALRD++ER+  L KY PDVSR++FG+L  M+KR    EE+ DG
Sbjct:   12 GNYREEVQVSKSPAEFFAENQAIAGFDNMGKSLYTTLRELIENSLDACESVNVLPNISVTIEEMTQSQFNKVRGLKTSSSAENGFDNDDGIKDIDLFMKKSNKRKSKSTGGASEAPTDPVSGAPEE----------------------VGSTKKK--RKANAEAYFHITVRDNGCGMSHEAIPNLLGRVLSGSKYGVRQTRGKFGLGAKMALIWSKKSTGVPITITTAHMNNDQGTPGEFISKCVLDIDIYKNRPRVIEHSKQPNNSDSPWIGTEFQVLIAGNWTTYKSRVVQYLQQLAIITPYAMLELNYTNASDAKRSFGIRYERRSEQMPPPSKEVKHHPSSVNNLLIQQLLERSRCKTFLKFLCTELSSISPSLAKRLIAELKGTQSDAEFDEDMSPADVTDKQITILVQMLRSVELFKAPDGSCLSPLGEYNLNLGIQKVIEPDLIATARDRPSAYEGHPFIVEAAVSLGGSDAKEGINIVRFANRIPLLFEGGADVATRVAQSKIKWSLYKIDHKRDKINVFVSIVSTKVPFKGTGKEYIGDDITEIQTSVKRALQSCCQQLRAHLTKRNALRDERERRSRLVKYAPDVSRSIFGILEVMRKRK---EEDVDG 603
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BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: A0A6V2BFB6_9STRA (Hypothetical protein n=2 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A6V2BFB6_9STRA)

HSP 1 Score: 631 bits (1627), Expect = 1.120e-215
Identity = 353/680 (51.91%), Postives = 442/680 (65.00%), Query Frame = 1 
Query:   46 GKAKGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNRDVV------------DAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVIS---GCSKDLKDTPGF-------LTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKRARDTEEENDGEVSKRAKGGGSRSGGATMSSAS-----KARIMSSLDRKQVTEKTLALGLSAAVNQHDA 2004
            G  + EV +SKSPAEFFA+NQ IAGFDN GKSLYTT+REL+ENSLDA ES+  LP I L IEE ++++FN  RG+  + +             D+   T +  +KS++K                                           + E K  ++    Y+ +  +DNG GM HD IP++LG VLS SKYGVRQ RGK+G+GAKMALIWSKKSTG+PI++ +   G S   +   G        ++ CVLDIDIYKNRP V EH K+PN EGW GT   V ++GNW TYKSR++QYLQQLAIITPYA+LE+ Y N  + KKD+   Y RRSEQMP  A EVKHHP SVNNLLVQQL+ R+KCK ++ FL+ DLSS+   L++RII EL +     M+P+++  K I+R+ Q+L+   +FK PDG+CLSP GEYNL LGI K ++P  VAT  ++P   EGHPFIVEA VSLGG   KEG+ V RFANRIPLLFEAG+DV TRVA  +I WSSYK+DHKRDKIGVFVS VSTK+PFKGT KEYIGDD  EI+ +VKRALQ CC QL+ HL +RNALRDQ+ER+  L KYIPDVSR++FG+L  M+KR  D  E N G  S   K    RS    + S       KA I+  L++  +TEK +   L  A+  H A
Sbjct:   28 GHDENEVQQSKSPAEFFAENQAIAGFDNMGKSLYTTVRELIENSLDACESVNVLPDIQLNIEEMSQSQFNVLRGVTVKKLGNNETGTNAPVPDDSDAMTTTQGQKSSNK-------------------------------------------SNETKKSNRSAESYFLISVRDNGCGMAHDAIPNLLGRVLSGSKYGVRQTRGKFGLGAKMALIWSKKSTGVPIKIKTSHFGASDHKRHESGDDNRFGQEISTCVLDIDIYKNRPRVIEHTKVPNKEGWVGTLFEVLIAGNWTTYKSRIVQYLQQLAIITPYAKLEMRYSNRFDAKKDMAIRYDRRSEQMPPPAREVKHHPSSVNNLLVQQLLERSKCKTILKFLSTDLSSVTPALAKRIIDELDDDLDESMSPADVNDKQITRIVQLLRGSDQFKSPDGSCLSPLGEYNLNLGIRKVIEPEVVATARDRPGAYEGHPFIVEAAVSLGGKGAKEGITVVRFANRIPLLFEAGADVATRVAQSKIKWSSYKIDHKRDKIGVFVSIVSTKVPFKGTGKEYIGDDITEIQLSVKRALQSCCQQLRTHLAKRNALRDQRERRSRLVKYIPDVSRSIFGILDTMRKRKLD--EMNGGSTSLSPKKRLGRSQNTPIRSEDDVDKKKAGIIEKLEKDIITEKIIESHLLDAIESHGA 662
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BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: A0A1E7FFR2_9STRA (Topo-VIb_trans-domain-containing protein n=1 Tax=Fragilariopsis cylindrus CCMP1102 TaxID=635003 RepID=A0A1E7FFR2_9STRA)

HSP 1 Score: 623 bits (1606), Expect = 7.470e-213
Identity = 323/591 (54.65%), Postives = 414/591 (70.05%), Query Frame = 1 
Query:   46 GKAKGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNRDVVDAGLFTASGRK-KSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKR 1815
            G+ +GE+ + KSPAEFFADNQ IAGFDN GKSLYT+IRELVENSLDA ESIG LP I + IEE  + EFN+ RG+      D  LF   G K  S++ A  +A    A + G+  +                         T  KK   +G   Y+++K KDNG GM H+KIPD+LG VLS SKYGVRQ RGK+G+GAKMALIWSKKSTG+PI++ +  S  +         CVLDI+I  N P++ +H K  N   W GTE+ + ++GNW TY+SR++ Y QQLAIITPY QLEL Y N + P++++T  + RRSEQMP L  E+KHHP SVNN++V QLI R+ CK ++ FLTK+LS + RPL++RI+ E G      + PS++T + +++L Q+L+ VK FK PDG+CLSP GEYNL LGI K ++P +VAT  +KP+  EGHPF+VEA VSLGG E K+G+NV RFANRIPLLFE G+DV TRVA  +I WS YK+D KRD+IGVFVS VSTKIP+KGT KEYIGDD  EI  +VK+A+Q CC QL+ HLL+RNALR+QK+R+  L KYIPDVSR+++ LL  M+KR
Sbjct:   11 GEGRGEIQRQKSPAEFFADNQAIAGFDNYGKSLYTSIRELVENSLDACESIGVLPTIQVYIEELNQDEFNKIRGISVA-TKDVELFQQKGGKGNSSAGAVSSAKKKKAGVNGSGGNDKDSKPTK-----------------TPRKKASQEG---YFQLKVKDNGCGMNHEKIPDLLGRVLSGSKYGVRQTRGKFGLGAKMALIWSKKSTGVPIKITTAHSVSI---------CVLDINITNNCPNIIQHTKSKNTTEWVGTELELLIAGNWTTYRSRIVSYFQQLAIITPYCQLELVYENRSEPQRNMTLRHDRRSEQMPPLPREIKHHPSSVNNIIVSQLIERSNCKTIIDFLTKELSCVTRPLAQRIVTECGWDEDDIVNPSDMTSRQLTKLVQVLRTVKMFKAPDGSCLSPLGEYNLNLGIRKVLEPEFVATARDKPSAYEGHPFLVEAAVSLGGKEAKDGLNVVRFANRIPLLFEGGADVCTRVANNKIKWSLYKIDQKRDRIGVFVSIVSTKIPYKGTGKEYIGDDITEISVSVKKAIQSCCQQLRVHLLKRNALRNQKDRRSKLVKYIPDVSRSLYTLLDGMRKR 571
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BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: B8BZH3_THAPS (Topoisomerase n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8BZH3_THAPS)

HSP 1 Score: 613 bits (1580), Expect = 1.020e-209
Identity = 349/588 (59.35%), Postives = 416/588 (70.75%), Query Frame = 1 
Query:   55 KGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNRDVVDAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTVKMISRLTQMLKDVKR-FKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKR 1815
            K E+ +SKSPAEFFA+NQ+IAGFDN GKSLYTT+RELVENSLDA ES+  LP I++ IEE T+ +FNE RG+              G+KK               ++G S D+     XXXXXXXXXXXXXXXA      KK R+ GD  Y+ V  +DNG GM HD IPD+LG VLS SKYGVRQ RGK+G+GAKMALIWSKKSTG+PI++ +   K            +  IDIYKN P + EH +  N E W GTE+ V VSGNW TYKSRV+QYLQQLAIITPYA+LE+ Y N ++ KK +   + RRSEQMPS A EVKHHP SVNNLLVQQL+  +K K L+ FLT DLS I   +++R+I  LG+ F   M+P+E+  K I+RL Q+L+     FK PDG CLSP GEYNL LGI K ++P  +AT  +KP   +GHPFIVEA VSLGG E KEG+ V RFANRIPLLFE G+DV TRVA  +I WSSYK+DHKRDKIGVFVS VSTK+PFKGT KEYIGDD  EI+ +VKRALQ CC QL+ HL +RNALRD KERK  L KYIPDVSR++FG+L  M KR
Sbjct:   10 KDEIQQSKSPAEFFAENQSIAGFDNPGKSLYTTLRELVENSLDACESVDVLPDISVVIEEMTQDQFNEMRGVPTSGGP--------GKKKK-------------GVDG-SDDAAVGDAXXXXXXXXXXXXXXXA------KKRRAGGDA-YFLVTVRDNGCGMAHDAIPDLLGRVLSGSKYGVRQTRGKFGLGAKMALIWSKKSTGVPIRIKTSHVKG-----------IYIIDIYKNCPRIIEHKQKDNTENWIGTEMQVLVSGNWTTYKSRVVQYLQQLAIITPYARLEMSYSNRSDEKKGMNLRFERRSEQMPSQAREVKHHPSSVNNLLVQQLLENSKSKTLLKFLTGDLSGISPSVAKRLIERLGDAFEEDMSPAEMDDKQITRLVQLLRSTDDLFKSPDGGCLSPLGEYNLNLGIQKVVEPEIIATARDKPGAYDGHPFIVEAAVSLGGKEAKEGITVVRFANRIPLLFEGGADVATRVANSKIKWSSYKIDHKRDKIGVFVSIVSTKVPFKGTGKEYIGDDITEIQLSVKRALQNCCQQLRVHLAKRNALRDVKERKSRLLKYIPDVSRSLFGILEGMHKR 557
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BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: A0A7S2S2M8_9STRA (Hypothetical protein (Fragment) n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A7S2S2M8_9STRA)

HSP 1 Score: 613 bits (1582), Expect = 1.100e-208
Identity = 339/612 (55.39%), Postives = 425/612 (69.44%), Query Frame = 1 
Query:   55 KGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNR-DVVDAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNH---------------------ANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTV--KMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVL-EGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKR 1815
            +GE V+SKSPAEFFA+NQ IAGFDN GKSLYT+IRELVENSLDAAES+  LP I L I E +EA+FN  RG+    +  D  LF +S +K   SK+ +  S        A  D            XXXXXXXXX           S+   +YYRV CKDNG GMPH  IP+MLG VLS SKYGVRQ RGK+G+GAKMALIW+KKSTGLPI+V S  +KD  + P  +++CVLDIDI++N P V  H K  NP+GWRGTEITV V GNW +Y+S+V+ Y QQLA+ITPYA L+L++++                      ++  ++L   Y RRS+Q+P L  EVKHHP SV+NLL+QQL+ RTK K LV FL +DL  +   ++ER+ AELG+     + P ++    K ++ +TQ+L+DV  FK PDG+CLSPAGEYNLRLGI KE+ P  VAT++ K A   EGH F+VEAGVS+GG++ KEG+ VYRFANRIPLLFE GSDV TRVA K+I W+SYK+D K+D+IGVFVS VSTKIPFKGTSKEYIG+D E + +AVK+ LQ C  QL+ HL+RR   RD + RKK LTKYIPDVSR++FG+L  +  R
Sbjct:    4 RGESVRSKSPAEFFAENQIIAGFDNPGKSLYTSIRELVENSLDAAESLCVLPDIELTITELSEAQFNAQRGVKTAGNRGDLELFGSSTKKGKGSKSKEGGSVE------AQDDGVEEGADLSQSLXXXXXXXXXXXXXXXXXXAGSRSQVMYYRVTCKDNGCGMPHQAIPEMLGRVLSGSKYGVRQTRGKFGLGAKMALIWAKKSTGLPIEVRSAHTKDASEPPRSVSECVLDIDIHRNEPQVQRHTKQANPDGWRGTEITVTVGGNWTSYRSKVVSYFQQLAVITPYADLKLKFNSEGSSADGSTPLSPGLGVTESSTSSSARNLEVHYSRRSDQIPPLPSEVKHHPSSVDNLLIQQLLVRTKSKSLVSFLQRDLQGVTSGVAERVAAELGDWAEDTL-PQDIATNNKRVNAITQVLRDVTLFKSPDGSCLSPAGEYNLRLGIQKEVAPDLVATHTMKRAAAHEGHSFLVEAGVSIGGSKAKEGITVYRFANRIPLLFEQGSDVTTRVANKKIKWASYKIDQKKDRIGVFVSIVSTKIPFKGTSKEYIGEDVEPLHEAVKKCLQACATQLRHHLMRREQQRDAQNRKKNLTKYIPDVSRSLFGVLNRVYTR 608
[Close]
BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: K0RAA8_THAOC (Uncharacterized protein n=1 Tax=Thalassiosira oceanica TaxID=159749 RepID=K0RAA8_THAOC)

HSP 1 Score: 599 bits (1544), Expect = 5.660e-204
Identity = 332/604 (54.97%), Postives = 396/604 (65.56%), Query Frame = 1 
Query:   46 GKAKGEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDN--RDVVDAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVIS--------GCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTVKMISRLTQMLKDVKR-FKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKRARD 1824
            G  K EV +SKSPAEFFA+NQ+IAGFDNAGKSLYTT+REL+ENSLDA ES+  LP I++ IEE TEA+FN+ RG+ N   +  DA +                                                         EKK R+ GD  Y+ V  +DNG GM HD IPD+LG VLS SKYGVRQ RGK+G+GAKMALIWSKKSTG+PI+V S        G   +L D  G         DIYKN P V EH +  N + W GTEI V V+GNW TYKSRV+QYL QLAIITPYA+LE+ Y N  + KK+    + RRS+ MP+ A EVKHHP SVNNLL+QQL+ RT  K L+ FLT DLS I    ++++I  LG+ F   M+P EL  K I+RL Q+L+     FK PDG CLSP GEYNL LGI K ++P  +AT  EKP   +GHPFIVEA VSLGG   KEG+ V RFANRIPLLFE G+DV TRVA  +I WSSYK+DHKR+KI VFVS VSTK+PFKGT KEYIGDD   I+ +VK+ALQ CC QL+AHL +RNALRD KERK  L KYIPDVSR++FG+L  M+KR  D
Sbjct:   13 GSKKDEVQQSKSPAEFFAENQSIAGFDNAGKSLYTTLRELIENSLDACESVNVLPDISVKIEEMTEAQFNKSRGVPNSQEEKRDAEI---------------------------------------------------------EKKKRAGGDA-YFTVTVRDNGCGMAHDAIPDLLGRVLSGSKYGVRQTRGKFGLGAKMALIWSKKSTGVPIRVKSSHVKGVRGGGGGNLLDDEGTRKIGPKPSDIYKNCPRVLEHKQKTNSDEWIGTEIQVQVAGNWTTYKSRVVQYLHQLAIITPYARLEMAYTNQTDAKKNFDLNFDRRSDNMPAQAREVKHHPTSVNNLLIQQLLERTNSKSLLKFLTNDLSGITSSAAKKLIERLGDSFDADMSPEELDDKQITRLVQVLRKTDDLFKNPDGGCLSPLGEYNLNLGIQKVIEPDVIATAREKPGSYDGHPFIVEAAVSLGGNNAKEGITVVRFANRIPLLFETGADVATRVANSKIKWSSYKIDHKREKITVFVSIVSTKVPFKGTGKEYIGDDIVPIQASVKKALQTCCQQLRAHLAKRNALRDVKERKSKLLKYIPDVSRSLFGILDGMRKRKLD 558
[Close]
BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: B7G6Z7_PHATC (Type II DNA topoisomerase 6 subunit n=1 Tax=Phaeodactylum tricornutum (strain CCAP 1055/1) TaxID=556484 RepID=B7G6Z7_PHATC)

HSP 1 Score: 597 bits (1540), Expect = 3.280e-203
Identity = 318/588 (54.08%), Postives = 404/588 (68.71%), Query Frame = 1 
Query:   58 GEVVKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDN--RDVVDAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSELTVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQKR 1815
            GEV   KSPAEFFA+NQ IAGFDN GKSLYT++RELVENSLDA ESI  LP I++ I+E+T+ EFN    M    R   D  LF    + K   K            E    D                      V ++ +K+ ++  D  Y+++  KDNG GM H  IP++LG VLS SKYGVRQ RGK+G+GAKMALIW+KKSTG PI++++    D    P   + CVLDIDIYKN P + EH    N +GW GTE++V ++GNW TYKSR++QYLQQLAIITPYA LEL Y N ++ K++L   Y RRS+QMP  A  +KHHP SVNNL++QQLI  TK + L  FL+ +LS++  PL+ R++ ELG  F   M PS L  K I+RL Q+L+ V+ FK PDG+CLSP GEYNL LGI K ++P  +AT  +KP   EGHPF+VEA VSLGG EVKEG+ V RFANRIPLLFE G+DV TRVA  +I WS+YK+D+KRD+IGVFVS VSTK+PFKGTSKEYIGDD  EI+++VKRALQ CC QL+ +L +R+AL+D + RK  + KY+PDV R++FG+L +M+ R
Sbjct:   14 GEVQVQKSPAEFFAENQAIAGFDNLGKSLYTSLRELVENSLDACESIHELPEISIEIKEYTQEEFNALDVMKTSPRKKRDMQLFETKKKDKKPPK------------EATDVDEIT------------------TVENSGKKRKKAPQDA-YFKLTVKDNGCGMSHSAIPNLLGRVLSGSKYGVRQTRGKFGLGAKMALIWAKKSTGQPIRIMTSHRPDGGVAPERASACVLDIDIYKNAPRILEHTTRKNTDGWMGTEMSVLIAGNWTTYKSRIVQYLQQLAIITPYAVLELAYINISDSKRNLHVRYDRRSDQMPPPAKTIKHHPASVNNLVIQQLIQFTKTRTLFKFLSTELSTVSPPLARRLVTELG--FDESMPPSSLEDKEITRLVQLLRQVQLFKAPDGSCLSPLGEYNLNLGIRKVLEPDLIATSRDKPGAYEGHPFLVEAAVSLGGKEVKEGITVIRFANRIPLLFEGGADVATRVANTKIRWSNYKMDYKRDRIGVFVSIVSTKVPFKGTSKEYIGDDATEIQQSVKRALQSCCQQLRGYLAKRSALKDAQTRKSRMAKYVPDVGRSLFGILDSMRAR 568
[Close]
BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Match: A0A7S3LRB3_9STRA (Hypothetical protein n=1 Tax=Aplanochytrium stocchinoi TaxID=215587 RepID=A0A7S3LRB3_9STRA)

HSP 1 Score: 595 bits (1533), Expect = 7.220e-202
Identity = 332/676 (49.11%), Postives = 434/676 (64.20%), Query Frame = 1 
Query:   67 VKSKSPAEFFADNQNIAGFDNAGKSLYTTIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNRDVVDAGLFTASGRKKSTSKAAKAASTPSAAIEGASADSXXXXXXXXXXXXXXXXXXXXAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYGVRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLDIDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLAIITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNLLVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAEL----GEGFRPKMAPSELTVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATYSEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVTRVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIKKAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLTAMQK----RARDTEEENDGEVSKRAKGGGSRSGGATMSSASKARIMSSLDRKQVTEKTLALGLSAAVNQHDAEAAKEETAAAGRGTHARQDIII 2070
            +K KSPAEFFA+NQNIAGFDN GK+LYTT+RELVENSLDAAESI  LP + L I E +   F++ +G+  +D VD  L+   G+KK                                 XXXXXXXXXX          +S+G   Y+++ CKDNG GM H++IPDM G VL+ SKYGV+QARGK+G+GAKMALIWSKKSTGLPI++ S  + +  ++  F+T C+LDIDI+KN P++  H K+PN E W G+E+ V +SGNW TYKSRVL Y++ LA+ITPYA   LE+    NPKK  T  YRRRSEQM  LA EVKHHP SV+NL+V+QL++ TK K L   L  DL  I++PL++R+I EL     + F      S +  + + +LT ML D   F PPD  CLSPAGEYNLRLGI+K+ QP  VATY+ KP    GHPF+VEA V+ GGA+ K G+ +YRFANRIPLLFE G+D+V   A +R+ WSSYK++HK DK+GVFVS VSTKIPFKGT KEYIGDD  E+ ++VK A+ +CCLQLK+ L  R   RD   R + L KY+PD SRA+FG+L+AM++          +  DG + K                  K  ++S +   +VT+ +++  L  A+ Q D   A E+    GRG  +R ++ +
Sbjct:   28 LKFKSPAEFFAENQNIAGFDNPGKALYTTVRELVENSLDAAESIRTLPEVHLKITELSNKSFSQAQGLSVQDRVDKALYR--GKKKGKKX-----------------------------XXXXXXXXXXXXXXXXXANSKSQGSQKYFKLVCKDNGCGMKHERIPDMFGRVLAGSKYGVKQARGKFGLGAKMALIWSKKSTGLPIEIKSSHTNNPDESSDFITHCILDIDIHKNEPNIRVHEKVPNDEAWHGSEVAVTISGNWKTYKSRVLNYMELLAVITPYAHFTLEFICEDNPKKSFTMDYRRRSEQMCKLAKEVKHHPKSVDNLIVRQLLNMTKKKTLEQCLCSDLQGINKPLAKRLIDELEQLTDQNFDRDTLCSRIDTRTVQQLTAMLNDTNVFAPPDSRCLSPAGEYNLRLGIMKQFQPDLVATYTSKPGSYNGHPFVVEAAVAFGGAKGKPGLTIYRFANRIPLLFEPGNDIVNIAANRRVKWSSYKINHKTDKVGVFVSIVSTKIPFKGTGKEYIGDDVTEMAESVKTAISRCCLQLKSKLTARRLERDHAARARNLAKYVPDCSRALFGVLSAMKEGYEANGAKRRKVEDGVIDK-----------------VKTEMISKMSSGEVTQASISSKLIEAIEQADHAMALEQATKRGRGQASRCNVHL 655
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig154.63.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FR51_ECTSI0.000e+079.38DNA topoisomerase VI subunit B-like protein Topois... [more]
W7U7C7_9STRA4.800e-22857.36Dna topoisomerase 6 subunit b n=1 Tax=Nannochlorop... [more]
A0A7S2XJE4_9STRA2.900e-21755.25Hypothetical protein n=1 Tax=Attheya septentrional... [more]
A0A6V2BFB6_9STRA1.120e-21551.91Hypothetical protein n=2 Tax=Ditylum brightwellii ... [more]
A0A1E7FFR2_9STRA7.470e-21354.65Topo-VIb_trans-domain-containing protein n=1 Tax=F... [more]
B8BZH3_THAPS1.020e-20959.35Topoisomerase n=1 Tax=Thalassiosira pseudonana Tax... [more]
A0A7S2S2M8_9STRA1.100e-20855.39Hypothetical protein (Fragment) n=1 Tax=Rhizochrom... [more]
K0RAA8_THAOC5.660e-20454.97Uncharacterized protein n=1 Tax=Thalassiosira ocea... [more]
B7G6Z7_PHATC3.280e-20354.08Type II DNA topoisomerase 6 subunit n=1 Tax=Phaeod... [more]
A0A7S3LRB3_9STRA7.220e-20249.11Hypothetical protein n=1 Tax=Aplanochytrium stocch... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig154contigP-littoralis_Contig154:179669..201268 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop0
Start0
Seed ortholog35128.Thaps40335
PFAMsHATPase_c,Topo-VIb_trans
Model size2140
Max annot lvl2836|Bacillariophyta
KEGG koko:K03167
Hectar predicted targeting categoryother localisation
Exons17
Evalue1.68e-210
EggNOG OGsCOG1389@1|root,2QQC0@2759|Eukaryota,2XB30@2836|Bacillariophyta
Ec32 ortholog descriptionTopoisomerase 6 subunit B
Ec32 orthologEc-09_003480.1
EC5.99.1.3
DescriptionTopoisomerase VI B subunit, transducer
Cds size2139
COG categoryL
BRITEko00000,ko01000,ko03032
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig154.63.1prot_P-littoralis_Contig154.63.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig154 179669..201268 -


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

Feature NameUnique NameSpeciesTypePosition
1680789737.3397095-CDS-P-littoralis_Contig154:179668..1797491680789737.3397095-CDS-P-littoralis_Contig154:179668..179749Pylaiella littoralis U1_48CDSP-littoralis_Contig154 179669..179749 -
1680789737.354528-CDS-P-littoralis_Contig154:180784..1809281680789737.354528-CDS-P-littoralis_Contig154:180784..180928Pylaiella littoralis U1_48CDSP-littoralis_Contig154 180785..180928 -
1680789737.363454-CDS-P-littoralis_Contig154:181676..1818321680789737.363454-CDS-P-littoralis_Contig154:181676..181832Pylaiella littoralis U1_48CDSP-littoralis_Contig154 181677..181832 -
1680789737.3744276-CDS-P-littoralis_Contig154:182296..1824491680789737.3744276-CDS-P-littoralis_Contig154:182296..182449Pylaiella littoralis U1_48CDSP-littoralis_Contig154 182297..182449 -
1680789737.3833246-CDS-P-littoralis_Contig154:182875..1829571680789737.3833246-CDS-P-littoralis_Contig154:182875..182957Pylaiella littoralis U1_48CDSP-littoralis_Contig154 182876..182957 -
1680789737.392534-CDS-P-littoralis_Contig154:183347..1834481680789737.392534-CDS-P-littoralis_Contig154:183347..183448Pylaiella littoralis U1_48CDSP-littoralis_Contig154 183348..183448 -
1680789737.4042354-CDS-P-littoralis_Contig154:183802..1839201680789737.4042354-CDS-P-littoralis_Contig154:183802..183920Pylaiella littoralis U1_48CDSP-littoralis_Contig154 183803..183920 -
1680789737.4246633-CDS-P-littoralis_Contig154:186183..1863571680789737.4246633-CDS-P-littoralis_Contig154:186183..186357Pylaiella littoralis U1_48CDSP-littoralis_Contig154 186184..186357 -
1680789737.4385378-CDS-P-littoralis_Contig154:186839..1868961680789737.4385378-CDS-P-littoralis_Contig154:186839..186896Pylaiella littoralis U1_48CDSP-littoralis_Contig154 186840..186896 -
1680789737.4507642-CDS-P-littoralis_Contig154:187283..1874741680789737.4507642-CDS-P-littoralis_Contig154:187283..187474Pylaiella littoralis U1_48CDSP-littoralis_Contig154 187284..187474 -
1680789737.4598875-CDS-P-littoralis_Contig154:187893..1879651680789737.4598875-CDS-P-littoralis_Contig154:187893..187965Pylaiella littoralis U1_48CDSP-littoralis_Contig154 187894..187965 -
1680789737.4724216-CDS-P-littoralis_Contig154:188242..1883681680789737.4724216-CDS-P-littoralis_Contig154:188242..188368Pylaiella littoralis U1_48CDSP-littoralis_Contig154 188243..188368 -
1680789737.484351-CDS-P-littoralis_Contig154:188705..1888341680789737.484351-CDS-P-littoralis_Contig154:188705..188834Pylaiella littoralis U1_48CDSP-littoralis_Contig154 188706..188834 -
1680789737.4945498-CDS-P-littoralis_Contig154:189168..1894171680789737.4945498-CDS-P-littoralis_Contig154:189168..189417Pylaiella littoralis U1_48CDSP-littoralis_Contig154 189169..189417 -
1680789737.5093353-CDS-P-littoralis_Contig154:189930..1901071680789737.5093353-CDS-P-littoralis_Contig154:189930..190107Pylaiella littoralis U1_48CDSP-littoralis_Contig154 189931..190107 -
1680789737.5216165-CDS-P-littoralis_Contig154:200676..2007471680789737.5216165-CDS-P-littoralis_Contig154:200676..200747Pylaiella littoralis U1_48CDSP-littoralis_Contig154 200677..200747 -
1680789737.5329633-CDS-P-littoralis_Contig154:201210..2012681680789737.5329633-CDS-P-littoralis_Contig154:201210..201268Pylaiella littoralis U1_48CDSP-littoralis_Contig154 201211..201268 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig154.63.1

>prot_P-littoralis_Contig154.63.1 ID=prot_P-littoralis_Contig154.63.1|Name=mRNA_P-littoralis_Contig154.63.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=713bp
CTARFIPAVQQYDNMGKAKGEVVKSKSPAEFFADNQNIAGFDNAGKSLYT
TIRELVENSLDAAESIGALPLIALAIEEFTEAEFNEHRGMDNRDVVDAGL
FTASGRKKSTSKAAKAASTPSAAIEGASADSAITTDDLLPSSATTAGSAA
AAVPDTKEKKGRSKGDCLYYRVKCKDNGVGMPHDKIPDMLGVVLSSSKYG
VRQARGKYGMGAKMALIWSKKSTGLPIQVISGCSKDLKDTPGFLTKCVLD
IDIYKNRPSVHEHVKLPNPEGWRGTEITVCVSGNWPTYKSRVLQYLQQLA
IITPYAQLELEYHNHANPKKDLTAVYRRRSEQMPSLAYEVKHHPGSVNNL
LVQQLIHRTKCKDLVGFLTKDLSSIDRPLSERIIAELGEGFRPKMAPSEL
TVKMISRLTQMLKDVKRFKPPDGACLSPAGEYNLRLGIIKEMQPLYVATY
SEKPAVLEGHPFIVEAGVSLGGAEVKEGVNVYRFANRIPLLFEAGSDVVT
RVATKRINWSSYKVDHKRDKIGVFVSTVSTKIPFKGTSKEYIGDDTEEIK
KAVKRALQQCCLQLKAHLLRRNALRDQKERKKVLTKYIPDVSRAVFGLLT
AMQKRARDTEEENDGEVSKRAKGGGSRSGGATMSSASKARIMSSLDRKQV
TEKTLALGLSAAVNQHDAEAAKEETAAAGRGTHARQDIIISALPQGGAGA
PEAHGVFGPTVFN
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mRNA from alignment at P-littoralis_Contig154:179669..201268-

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig154.63.1 ID=mRNA_P-littoralis_Contig154.63.1|Name=mRNA_P-littoralis_Contig154.63.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=21600bp|location=Sequence derived from alignment at P-littoralis_Contig154:179669..201268- (Pylaiella littoralis U1_48)
TGCACTGCCCGGTTTATCCCAGCAGTGCAGCAGTACGATAACATGGGCAA
AGCTAAAGGTACGAGCCGATGAATGGACGTCACTGGTCTCAGTTGGATGG
CAGCTTTAATGCTGATGCCGCGAGCTAGAGCGAGGGAACCAAACCACACA
CTTCACTACTGTATTTGAACAATGTTTTTAAAAACATATGCTGCACAGAG
CAAGGATTGATCATAATAGATGCAACGAGTGAGTATCAGAATGCTGTGCA
GAGTACTTGTACAAGCATCCTACAAGTACAACAGCAGGATATAGTATAGC
GGTACATCGCTCGATTTCAAAATGTGAGCTACGCTGCTGTTATAAAGGAG
CTCTACATGTAGTCATGGCAACAACAGACCGTAACGTGACACACGTATGC
TGGCAGCCAACAGCTAGCTATGTGTGTGAGGTCGCGCGCGGGAGAAATTA
GAGAATCCAGCAGTCTGGCAACATGTGGATTTACGTTAACCTTTCGATGC
CATGTCTGCTTTATTCGACAGGCGAGGTGGTGAAATCCAAGTCACCTGCG
GAATTCTTCGCAGACAACCAGAACATCGCTGGATTCGACAATGTGAGCGA
GAGAGATGCGGTGCCTGTCTGAATTTCACAAGCGAAGGCTGTCCGTCTTG
GACATACATTGCACCGCATGTGTGTGGGCTAAACGCCATGCACAATATCG
TATCGCGTGCCCGACCCCAAAAACTACGACATTTTTGACTAAATGACTTA
TATAGGTACTTTCCAACTCTTTTAAATGCAAACTAGAGCGAGTGCGGGCA
AACGAGACGGCAGCTGTCGCGCGAAAATGCAACAACGAACGTACTGCTGT
ACAGCAGCAGTCGTAGTACGTACGTCCAGAAGAAAGACTGGAGGGATGTG
GAAAAATGACATGGACGACAGCGCAAAGACATACTTCGTACGAAGTAAAG
CAACAGCAGTAGTTTGGAGACGACAACTAACTACTATGATGGTGGTTGTT
GCGGCTCGGCCGGGCACTCATTACATGCGGCACATACATACATGGGATTC
CATCATGTCAGATCGAATGAAGTTCGTTCTCGTTCATGTGCGTGCCTGTT
TTGTCGTAACAAGAGCCCGTATTAACGGAAGGCCAAAAAAATCGAAATAG
CGAAAACGAAAACGAAATTGGGCTCTGATGGGTCGGAAAAAAAAAACGAA
AGAGGCGTGTTTTCGTTTCAACGTCCTCCGGGGAGTCCGAGGCGTTCCTT
CGTTTTTCGATTTCGCAAAAATAAAGTCTTTCGGACCTTTTTTTTTGCGA
AAACGAAAACGAAATGCCTGGAGTTTGGTAACCTGGGAGGCTTGCCCATG
AGCCTCCCAGGCAGCTAACTCCTTCACACAGACTGCGACTGCGGTACACG
GCGGTGCAACAGGCACCAAGCCGAACAGAGCGAGGCCCAATCCACACATT
ACAGCAGCGCAGCAGACAGCGCCAAGCCGTCATACCCGCCAGTCAGTGCA
ACAGACAGCACATGGCCGTCTACGATACCCACACGCTGACACGATGCATT
CCACCGCGTTATTTGAAATTGGGCCCCGCGCGTTCTGGGTTTACATCATT
TTTGGCGTTATCTCCTCTATTCCGCTGCTCCAGCTCCTCGCAGCAGAAAC
GCAATAATACCGAAATTGAGTTTTTTTTTTTTTTTCCTGAAGAACGAAGT
TATTTCGTTTTTGTTTCCGCTATTTCGTTTTTTATGGCCTTCCGTTAATC
CCCGCTCTAGTATATCATACAGTCAGTTACTTCGAAGCATTATATCCCGT
ACCCCCCCCACACACACACACACCCTGGCAAGTGTCGTCGTCGTGGAAGA
TGACGTATGACGTGTGACAGTCCTGTGGGGGATGACAGTGATAAAAAAGG
GTTCCGTGGCGTATATTTTCAACTTTAGATGAAACCCGGTACACTTACAA
ATAGGGACTGACTTTGGTCTAGTCGTCTATTCGCAGAATCTTTACAACCG
CCGATGTGGGTTCGAAACCCATGACATACGTACGTACATTTGATTGCGTG
AATGAAGCGACAAAGTATAGTGGCAGCCGTGCCGGCGGACCGGTCCCCGG
GCCGTAAGACCCACTCGCCTCGATATCCCCTCCCTCACACCAAAAACTAT
TTATCATGTGCGTGTGCCCCTGTCAACCTCACTAAATTTCGAAGAAACAT
CCTCTCTTTATCCAGTATAGGCTACAGTATTTCTTGTAGATCGGAATCCC
CTCATTAGGAATCCGCCTTTATTGATCTTGGGCATTGAGGGGCGATCTTA
TAGATCACAAAACCCCTTTTTTCTATGAACTTTTCTAATAACTTTTTTCG
ATCGACCGAATTGATCTTGTTTTTTCTGATCGATTCGGTCGATCAGAAAA
CGTTTATCGGAAAAATTTGGGCTCTCCCTCGCCAGATCCTCTCACGATGA
GTCTGGTGTTGAGAAACTATTTTTGCAAGCCCATCGATGCCTCGCGGCCT
GAGATGACCAACGGAGGAGAGGTACTAGACACACAACCCACGGGCGATGG
CTTTGTTGTTGCCGTGGGTTCATACGTTCGAGAGCGATGGACGAAGCACA
AAAGTTTGGGATGGCGGAGAGCTGGCAGATGTGTATGGAATTCTTTAACG
CAAGAGCCGCAGCAGCAGCAGCAGCAAGCAGCAAGCAGCAAGCAAGGTAT
TTTGTGGCGGTACACCAGTTTGGTTTTTCATCCATCACTTCCGAACCAAT
TGAGCCACAGCAATACCAAAGCCATCGCCCGTGAGCTGTGTGTGTGGTCC
TCCTCCTCCGCTGATTATCTGAGGCCGGAAGGCATCAATAGCTAACAACG
GAAACGTTTCAGAAATCGATGAGTTGTGAAAAAATTGATAAGAAAAGCCG
CTGATGCGGCGAGTCCAGCAGACAGAGAGACAGACGGTGATTTCCTCTTT
TTTCACAAGTTATCGTTTTCTGGAACGCTTCTGTTGCTAGCCTGTTGATC
CTTGCGGCCCCAGATGATCACTGGAGGAGAAAGACCAGACACATAGCTCA
CGGGCGATGGCCTTGGTATTGCTGTGGCTCAATTTGTTCGAGAGTGATGG
ATGACAAACCAAACTCGTGTACAGCAGTACCGGCGCAAAATACCTTGCTG
CTTCCTGTTGCTGCTGCTGCTGCGGGCTTTTTTTTCTTTTTCTTTTTCCT
TTTTTAGCACACGACAACGATGCCTGCAAACTTTTTTTGTGAGCCTGCCT
ATGACTCGCGGCTTCAAACAACCATTGGAGGAGCACGACCATACACACCG
CTCACGGGGCATGGCTTCGTTATTGCTGTGGATTCGCTCCTTCGGTACAG
CCTGCGGATGAAATGATGTCAACCGCCTCGGTCAAACATCGAACAGCCGC
AGAAGGGAGATGTATTTTCGGAAGATATAAAAAAAATAAGGGGTGTCTCG
GTAATTCTCCCGCGATATTTTTACCGCGGCGTTTACCGCGGGAATGGGAC
TTTTGGCGTTACCGCGCTTTTTGAATTGTACCATTCCCATACATTCCCAA
ACAATCAGTTCCCGGAACAAAAAAATTGAACCATTCCCGCGGAACAAATT
ACTATGAAAATATCGCAAATCCCGCGATTTATTAGTACTGTGGTAGAGGG
ACCCGAAGGAGTGGTCGCGTAAGCCCACGACCGAGGCAGGGCAGCGTTTT
CTTCCGTGATATTCAGCAAGGAGGCATCAAAGGTCAAGTGACAGATGGCG
GGCCCGGAGGCAAGCCATAGATCCACCAACAGGAAGAGTCGAACCTACTC
CGGTGTATCAGGGGATCAACGGACCTCTACTGGAATATCCCGAGAGGGTT
CGGATCTTCCTACCGTATTCTACACAAGATACCACACCCCGTGTTATTGC
ATTCCGTATAGCTCCACAACCAGGAGGGTGCCACTGCCGAAAAGGGTGGT
TTTGGAAAGATCTCGTCGAGAGCTTTCGTATGACGGGCTGTTTGGTGTTC
GCACCCTCCTGGTTGTGGAGCAATACGGAATGCAAAAAACCTAACACGGG
GTGTGGTATCTTGTGTAGAATACGGTATCTCTATGTGCGTACAATGGTTT
ATGATGTCACTACAGCCGTCATCCACATCACCCCCCCCTTTATGCGTCAC
AAATCCATCTTTGCTGAGGATTTATTTGCGACGGGAGGCAATGGGAATGA
AATGACCGTGGATCGGTTGTTGTTGCTATCAAACCCACAGTAAGCGTTAT
CAACCAAGATATTCGAGTAATGTCGAGCGCGCCGAGTAAACACGTCTCCT
CGAATATTCATGAGATGATGACATTTTACAAAATATCGTGTTAAAAAAAA
CTATTCTGGAGACAATCAGTATCGACTGGACTCAACACATGCTCATGTGT
GGCCACACACAGCTAGTGTTCTGCAGAATCAAAAATGACTTGCGCAGAAT
TATGGCCTTGGTTCTCTTACGACAGTTATCTCGTGCGAATGTTGTTTGGA
GCCAATTAAAGTTACTTGTTAACAGTTGCAATAACTGTGTATCGTCCTGT
TCCTGGCGGTGATCAAGTCGCCCAGGTCGATTAAAAAAAATCATGTCGTG
GACATGTGAAAATCGGTTTTAGGTCGCGTGGCCTTACCGAGTTGGGGTGA
ATGATATGGTTTCACGTGTTGAAGGTTTCGAACAGAACCTTCTACTGTGA
GGTTATATCAATCATGTAGAGAACGGTGGATAGACAGTTGAGCTAGTAGG
GTCCATGGATTTTCACCCTAAAGTGTGACTCCTTGTTCCTAAGAGCTTGG
TCGTCAAAAAAAATTATTTGTCTGCTCGCCAGCATTTCCCAACAAAATGC
TCATAGGGTTTCCCACAGAGTGCGGTTCCCTCTACACCGTCGCTGCTTCA
TGGACTCGCCATATATCGCATAGAAACAACTTTTATCTCTTCAAAAATTT
TAAATATCAAAATATCAGCTGCTGTGAGTAACAGATGTATTAACCCTTCT
GGGACCAGGGTGTTTTGTTCCGTTTCACACGAACAGCCCGGGTTCCAAAT
CACAACCATACAATGTTCCCCCGAGAAAAAAAAATATGGCTCAAATGTCC
CTGTCAAATGTACAGCAGTCACGAAATCAAGAGAAGATGTACACATCAGC
ACCACAAAGATATATAGCCAGGGCCCCTGACGGGGGCTCACAGCGGGCTG
GTTACGTCCCTGGAGAGTGCAGAAGGTATACCCGGTGGTCGAGATGCCGC
GGCTAGCTCTCAGGCGTCGTGCAACGTGTTGTAACCATCAGTAGCGCTTA
GAGTATCCAGTCGCCTCAAAACAACATAATAAGGAAAAATAGTTACTGCT
AAGGACTTACTCGTTTCCCGCTGTAGCTCCCGGCCTGCTCTGTACTTTTG
GATGGGGGCCCCGTGGCCTGCGGCCTGCGGCCGGCCTGAAGGCCGGTCCT
CTGTCCCTTCTCGCACATAAGTACATCATTGGTACTGGTAGGAGCAGCAG
CAGCAGTAGTAGTAGTAGTATTGTAGCAACCAATCGCATGTACTGTATCT
GCTACTGCTGCTGTTTGTTGCTGTTGTCGCTGGGTTGACCGAACAAGATA
TAATAAGATACCAGGATGTATCATAGAGGTACGATGATTCTTCTACTACT
ACTGCCCTTGCTTGTTGTGTGATACAGACAAGGGAGGAGTACTGTATCAT
ATGGCATGTATGTCATGTACTGCTGTACAGCAGCGGCAGTAGCAGTTGTA
GCAGGAGTACAGTAGTGCTGCTATAATGCTGGTGTGGTGCTGCGCTCCAG
GAGAATATGATACCACTGCGAAGTGCATATACATATAGACTTACTGCTGA
TGACATACTCTTGTGACGAGATGATTTCAGAAATCGACTGCCGGGGATTT
ATTATGTTGACTTGAGTCTTGGGCACACACCCCTTGACCACACACACGGC
AGCAGCAGCTGTGAGAGGTGTTTGTTGGCCCTCTTGCCCGTATCTGAGTG
CAGCCGGAATGCTATTCAATTTCCAACGTGATGGGGTTCGGGAAATTTTT
GTTTCTGTCCCCGTCCCGAAGAGACCAGCCAACAAAAAAAATAAAAATAA
AGGATTAATAACGTGTGATCAATAATTCGCCTGGAAGTCACAGAAGGGTG
AAAGCGCTCATCTGTATTTATTGCTCATCTCCCTTCTTGCATTTCTGTCG
CTTCCTAGGAGTGGATGATGATGCATCATTATTCCTTGTAGTGTTGCGAG
GCAAGGTCTTCTTAGGAGGCGCGATGTCCAAACCACAACGGGTCCGGTAT
GCAGCTATGTAGGAGTTCCTGACATTGTGGGATTTCGTTAGCACGATACA
TACATGAGGTCTGATTCAGGCCCATATCCTCGTAGACGTATACGGTAGCG
ATAGTTGAATGGGATTTAAGGGCCCCTTCCACTCTTATGGCCGACTATTC
TATCCACAACATATGACTCTATTGGTGGTAGAGTTTCGTCAGGATGGTCC
AGCGCGGGTAACGGAATCATCCGGCCCAGGAAAAATTCAGACAACTTGTC
AAAGTCAGGTGCCGGGGGTTGGCTCCGCGCGTGGTAACGTTTCATGTGGG
CGAGGTGTACTGATATTACTCTCGTCTCCTTGAGACGTCGTACTCTGTAC
ACTATGGGTGAGAGTTGAGAACATACGACATAATATCCTCGCCAGGGCAA
CAGCAGTTTGGGGTTTGGCCCGTCTGAATCGTGATATGGCCTGTAAGGAA
GCACTTGAGCCCTTGGCCAACGCTGCGGCAAGTTGACGCCTGAGCTCGGC
GTTCTCATCCGCCGCCTGCTGGAGCTTTTCAGCTCTACGTTATTGATCGA
TTTTTTCGTCATTCTTGGCTTGTCTTGTTTGATACTTGTTTTGATGGTGG
CTCTCCTCACTCTACAATAGTATAGCCTGCTGTTCGAATTCGTTGACGCC
AATATGGACCCAGGTTACCCTCAATAGCCGCAGTAGCGGTAGAGGGACCG
GAGGGAGTGGTCGTGTAAGCCCACGACCGAAGCAGGGCAGAGTTTTCTTT
CGTGAAATTTAGCAAGGAGGCATCAAAGGTCAAGTGACAGATGGCGGGCC
CAGAGGCAAGCCATTAGTCCACCAACAGGAGGAGTCGAATATATTCCGGT
ATATCAGGGGATCAACGGACCTCTACTGGAATATCCAGAGAGGGTTCGGA
TCTTCCTATCTTGTTGTATGTGAGTACAATGGTTTATGATGTCACTACAG
CCGTCATCCACAGTACCGCGGTAATAATTACCACAAGATTCCGAAAGTGC
CAATTACCGCCCAGACACACATATTGTGTTCCGCGAAATATCAGCTTTAT
TTTTGAGTGAAGTATCGTATCGGGTGAATGTGACAAATTGGAGTCCAGTC
GGTGGGTTCGAACCCGACCTCAGTCATTTTTTCAACTTTTTTTTCTTTTT
CTCTTTTCTCTTTTCTGGTTATTTTTATTTATTTATTTTTTTGTGTTGGT
GGATCACAACCACGCGTCGGAGCAACACACCACTCAACAACACGCCTGAA
GGTAGGCAGGCAGTCATGGAAGGAGGCGCCAATGTTGGTGATGTCAACTA
CGACGTGGGTGAAGGAGCATAACAAGTTCGTTGTTACCGATCTTTCCGTG
GAGAGTGGTGATTAGCATGACACAGTCAGTCCTCCTGTGGGGACTGTAAT
GTTATTGCTAGCAACTACCAGGTATGAACGAACTCGCTTCGCCACACCAT
ACATTTTTCTCCCAGCACGATATGTGCCTGGTTTGTGACCACGGGCTAGA
CTGCGGCGGTGGTGAGTTAATGTGAGAATCAACAACAACAACAACAACAA
CAACAACAACAACAACAGCATAATACGCTGGTACAACAAAAATGACTGTA
CATCACCGCGGTGGAAAAAATAACCGTGGTGTTCAATTACCGTGGGAAGA
ATACCGCAAAATTACCGCAGTGGTTGAGTACCACGGTACAATTACCGCGG
TGGCCAATTGCCATGGAAAAATTACGGCGAATTACCGCGGTCGTTGAGTA
CCGCGGTAACAGTTACCGAGGCAGTGGATTGCCGTAAAATAAATACCGTG
AACTACCGCGATTGCCGAATACCGCGGTAAATGATCCCGACATCAAAATT
CGTTACCGAGACCCCCTCAAGAAAACGAATCACCCTGGAAAAAAATAAAA
TCACCTGCGGTTACTTAAAAGAGGCGGTGCTTCGAAAGATCCTGTTGGAC
TTGTTCTTACTGAATAAGTCGAATTCCCTGATGAGGACGTTTCCGATCAA
CAAGAAGTAGCACATAAATGGTAAACTTCCCGCCTGAAATTCTGGAAAGT
CGACATCCAATACTACGTACATACAGTATGTACAACACAGATACAGCAGT
AGTACGGTCTAGCATGCAGACACGCGGGTTTCCTGCACATATATATGTAG
GGAGTAGGGCAGCCGGTACGTGTCCTGGGGCCGTTGTGCGATCTGAGTTG
CATACTCTTTGTGCATAAAACGAGGAATTTACTATCGTATCATACGTACG
GAGGGGGACGGTCGGTACTTGTCCTGGTGAGATCGATGCTAATGAGTGTG
TCGCCATGGTTTCTGACTTCATTGTCCCTGACCTTCCAGGACACAACGAA
CTTTGGTGGCAGTGCCTGTGGTCATGAGTGCATGAGCCGCGAACAAAAGG
CGTTTAATTCATGATTTTATTTATTTATTTGTTTGTTCGCTGTTAGTGTG
TGTGTCATCCCATTTATTTTGGGCACCAGTCTACACCTTTCGGTATGAAG
TGGGTGTATCAGCCGGTGTCACACAGGAGGAAGGTCACACACGAGTTTTT
TTAGTTTATTTTGTTTTTATTGCCTAAGCCTTCCTCCTGCGGTACGTGCC
TCTGGAGTCGGGTACAGCAATTCCTTTCCTCTGTTTACTCACGAGTAAAT
CGCTTTCCGCTGTAAAGTCGCAAGGAACGCTCTCAGAGAGAATCGAATCT
ACGACCGTACAACTAGTAGGCGAACGAGGGGACCACTAGACCACCGGGGC
GACCGGTTCGTGGAGACACGAAATACTACTGCTGTATATCAGTAGAAGAT
ATCACGTAGAGGCGACGTGCATGTTGGGAACCTCAGAGCTTTTGATGGGG
CTGAGATATGTGGTCAAAGGGTTGTGCAGCAGCCCAAAAATCGTCCGCAT
CCCAGCCCGAAACCAAACATCTAACATGATCTCCCACTGCTGCTGTACTC
GCTGCCATGGGCCCCGATCTCCTGAAGTGAGCGTTGTCCTAGGCAGCAAA
GTGGTATGAGTTACTACTGTAGACCCGACCGAAGTTTCGGAGATTGGGGC
CCTTGGCGGTGAGTACAGCAGTGGAAGATCATGCAAGGTGTTTTATCACG
GGCCGACATTGGGACAGAATCCCGACTGCTTTGTACTTCGTATCCACCGA
TAGCACAACCCCAGTAAGATTTAAGCTAGCCAATATACACGTCGCTTCAA
CATGATGTCTCCTACTGATATCATTCGTGATGTCGGCTTGATCTACGCAA
CAGGTCTTATTTGGGTGCCCTCTCGTGCTTACTGTTTTGCGTTGCATCTA
GACTTGATGGGGGTTATCATCTCGGATTTAGAGTTCGCGAAATTAATACG
GAGTTCTGAATCACAACATTTGTGTCGCGATAACGTCCCAACCACCACCT
TCCAGCCGTTGTTCCGGCCCCCAACCTTGTTATACTGGTCGATGGCCCTG
TTTCGGGACGTTTTGAGTGCTCATTGCAGGATTCCAAACTTGACCAAAAT
TGGATTAGGTTGACAGGGGTCCCTTACAAAGTCGTCATGCGACCCGCATT
AAAAACCAAAGGCAAGTACCTCAGGAGGAAAGGTGTGGGCAATAAAAACA
AAATGAAAAATAAAAGCTCGTGTGTCACCTATCTTCTGTGTTACCCCGGC
TGGTGCACGCACTTCATACCGAAAGGTGTAGACTGCTGCCCAGAATAAAT
GGGACGATTACACACATACACACACATGCCTCCGTGACTCAAGGTCACCA
AGGTTGAAAATTAATTGGTACTGTGATGAGAGGGAATCCTTCCTCGTCTG
ACGTTGTGGGAGTGTACCCCTTGTGAAGGGGTCCTCTTCCACACTACCTC
TCCCCTGCTAGGCAAGAAGAAGGCTTCTAGGGGTAACCGGAACCCGACCG
GCTGGCGGCGAGTCGGATACGCATTTTCTTCACAATCTTCTGTACGTTCT
GCGTGTTGTGCAACGGGTCGACCACTCAAGCCAAGTCTCACGAAGTATAC
CAGAAGACCCGCAAGTTTCGAATTATCCCTTTCGATCCCTCACCATTGCG
CGGGAAAGGGATGGTGTGAGGCGGGATTTGAACCGGGTTCGTCACCACCA
AAAATAGATATCTTGTCGTGAAACCAGTGTGAAAGGAAGCAATCCGTCCT
CGACCGACATTGCGGCTCTTTCCAAACATACGAAGTATCATATCTGCCGA
CAGGCTCATGTACTACGTTGCCCCCAGGCAGTGATTTGTACAAGCATATA
TGTCAGAAAAACATTAGATCCTGCTTAATCTCGTTGTTTACCACTACTGC
TGCATCGTAGTCATTGCGACACCGCTGCGGCCTTCAAACGATTGTAGCCC
GATTCGCGATCGGGTCGTGCGCGGTGAATGTGAGTAAAAGGGCATACTTT
GCTGAGGTGCACACTCCGCGCTGCTGCTTTATGTGTATTGTACCCCTGGC
AGATACGTATGTTGTAGATCCCTGTGGTTTTGACGCGTTTCGACCAGACG
ACACTCAGCTCTTGATTCATCACGGTACACCATTTACCCTCAAACACGGA
GAGATATGTTTGTTTTGCTATTTCACAGAAGCCGACATTTCTGCGCTTTT
GCTCTGTGAGTGGCCAATAAGTCGACATAACGAGTCAAGATAAAGACGCT
GCGTGATATTTTCGAGCCCCCGCTAGCTACCGAGGTTCTTCGAAGCACAG
AAGTACCAGAAATGGACTTGTTATAATTGGAGGGAAAGAGCTCGCTTCGC
TCAGGCGTCTCCATATGGAACTAATAGGTCCACAAGTCGGTCGTCCACCG
TGTAACGAATGACTTCAAAATAATGAACCATGTTTGTGGGCTACAAATCT
GTCTGCGGCAGGCTGGTAAGTCTCTGTACACCACAATTAGGGAGCTCGTG
GAGAACAGCTTGGATGCAGCCGAATCGATAGGAGCTCTCCCCCTGATCGC
TCTGGCTATCGAGGAATTCACGGAGGCGGAGTTCAACGAACACCGCGGCA
TGGACAACAGGGATGTCGTCGACGCCGGGCTTTTCACGGTACACATTACG
GTAGCGGACGCTAATGGTGACGGTACGGGCAAGAGGTTGCCGTTGGTGGG
TCAATTTTGGCTGCGGTGCGCCAACGATTGGTGATATGATTCCGTTTGGT
TTGATTGTGGTCGCAACAAAGACTGTAAAGATATCATTCAGCCCGACCAG
TCAGGTCTGTGTGCCGGCAGTACTTCTGCTACCTGCGGGGGGCCGCAGTG
CTTCTGCTGCCCTGTTGTTTGGACTTTTAGCTCGGTGACAATTGTCTCGG
GCAAGGAGTTTTACAAGGATTGCTGGCTTGCGCTGATGTTTCATGGTCTA
ACGGAGATCTCGGTAGTAACGTATTCTTGTATGATGGCGCAACATGTCTT
GTGGAAGCTTTGTTCCGCTGCGAGCTGCACACAACTCGCACATCCATGCT
AATTTGAGAGCGGCACGAAGCACAAACAGCACCCAAGTTTGAAGTGTTGA
GCTGTTGTGCGGGAAGAAACGTAAAAATTTATGAACATGTGCTACACGCA
GGCTTCCGGACGGAAAAAATCGACCTCGAAGGCGGCGAAAGCGGCTTCCA
CGCCGTCGGCAGCAATAGAGGGGGCTTCCGCTGACTCCGCCATCACCACG
GACGACCTTTTACCTTCTTCAGCTACCACCGCTGGGAGCGCCGCAGCTGC
GGTACCCGACACCAAAGAGAAGAAAGGCCGCTCCAAGGGAGATTGTTTGT
ACTATCGTGTCAAGTGCAAGGACAACGGAGTGGGCATGCCGCACGACAAG
GTGGGGTAAGCCATAACCCGATAGAGCTAGTGGCCATGTTCGAACAGTTT
GTACACACGCGAGTCACTCGAGAGAAATCAGACCGATAGTTCTCAACGGC
TTCATCGAAAGGGCTGCTGGGTTTGAACGCACCGATAGCCCTGGTTGTGG
CTCTCATGGTATTTTCGTCTCCGGACGATTGGCAGCCGAGTTTGCCCAAT
TCTTGCTGTGTGGACCGATGTATGCCCGTTTAATCAGCGGGTACGTTCAC
GCTTGTGTCCGTGTCTGGTGTCTGTGTCACTTTATTTTTTGGGCGTCGGC
ACACCGCGTGGACTACTGCAATCCGGCCTCGCAGATTCCGGACATGCTTG
GGGTGGTTCTGTCCAGCAGCAAGTACGGCGTGCGGCAGGCTCGTGGCAAG
TACGGGATGGGTGCCAAGATGGCGCTTATTTGGTCCAAGAAAAGCACGGG
GTTGCCGATCCAGGTCTGTTATGTATGTGTGTCTGTACGCGGGCTGAGAC
AACCATGGTGGATCGAATAATGGGAAGCGGGCGAACAAACATGTTGCCAG
TTGTCGTGACGTGTTTCGAACTTCGGTTTTCGCCAGTTTTGGTACGCGTT
GAACCAGACTGATTTCGACCTAGCGACCGCAGCAAGTATGCCATGTATGG
GGTTGACTGATGCCGTGGAAAGCACTTGCTGTCTGCTTCCTTGTGCCGTG
CGCAGGCAGCTGTGCAAGAAGTTGTTGTGAATAGTGCACACGCGAGGAAA
TGCGACTAATGGATCAGCCGCATCTTCCGGCACATGTACCGTCTACAAAG
GTGATATCCGGCTGCAGCAAAGACCTCAAGGACACTCCGGGGTTTCTCAC
CAAATGCGTGCTGGACATTGATATCTACAAGAATCGGCCGTCCGTTCACG
AGCACGTCAAACTGCCCAATCCCGAGGTGCGATAACGCCAATGTCGATAC
CTCCGTCGTCCGGTCGTCATGGTTTCTGCGCGCGTGTTGATTTTTATGCT
CCGATTTGCGCCAGCAGATAGCAATGAATTCACACACAAGCCCATACATA
GGTTGGACGTATCTACACGTGTACCGTGGGAAGCTGCTGCTTCAGTTTCG
GGGAAAACCGTTTGATCGCTGACCCCATTTCTTACCGAATGCCCCCACCA
TTTCCCATCGGCTTTCGTTCGCTACGTCGCGCATCCGTCACCACTCTGAC
TAGGGATGGAGGGGAACGGAAATTACCGTGTGTGTCAGCGGAAACTGGCC
TACCTACAAATCCAGGGTGCTTCAGGTGCGTCTGTTTTGTGGTTGCAGGT
TTGCCACAGCTCAAGACTCACAAAGCCGCAGAGATACCCGCCAGGAAACG
GCTGGTTGAGGGGCGCTGGTGGTGAAAACTTGCTATGACCAGACTAGGTC
GACGTCTTTGTCTTTCATGAGATGTATGTGTCTTCATGACGCGTTCATGT
GCGCCGGGTGCCGATAGCTTTCTTTCCCCTTTGCCACCACTGTAGGTACC
CAACGACGCGAGATATTAATATTTTACGCCCATGCAGAAAGGTGTACCCC
ACGACTTGTTGTAAGCCTTTTGTTCGGAAGGATTGACGGAAAACGCAGAA
CTTAAGATCGAATGCTTGGCTTAACCCCTCACATCCAGCCCACACCTCGC
CCCCCTATCGATCCCCCCCTCGCAACGAACGTTATTTTATACAGTACCTG
CAACAACTGGCCATCATCACGCCTTACGCACAGCTGGAGCTGGAGTACCA
TAACCACGCCAACCCCAAGAAGGACCTGACAGCCGTCTACCGCCGCCGCT
CTGAGCAGATGCCCTCTCTCGCCTACGAAGTGAAACACCACCCGGGTAGC
GTGAACAACCTCCTCGTGCAGCAGCTCATCCACAGGTGAGGGATCGAGCC
ATCGATCGAAGTGCCGTTGCTGCGCGACTGCGGCTGTAGCCTGCACACAT
GTGCTACGTGCCGTTGCCCAGCCGTATTTGCAGCTGACCTGTGAATTTTC
TTCAGATTTCAATGCCCTACAGGAGTACGGGTAGGTGCCCCTCTGGGTCC
ATGTCTGTTTTATGCGGCTGGCGGCACAACGACCGAGGTCTGAAAGAACC
CATGCCAGTTGACTGCTGTCCTATCCTCGTCCTTCGTGCATGCACCAGCT
GCATAGTGGCCGGTCGGGGGTGGAGCGAAATATCACCCACCAGACTTGAG
CGTGCAGATTTTTAACCGTCTCGCCCGGACGAATCAAAATGCGCTTCGAC
GGTTTTGATTTGTGTTCCTCAGGACCAAGTGCAAGGACTTGGTGGGTTTC
CTGACGAAGGACCTGTCTTCCATCGACAGGTGACACACACCACAAAGTCT
CGATTGCCCGAGTGTCTTCTGGTGTTGGAATGCTCAGTGCTAAAGTGCGC
ACGGAGTTGCTCCGTACCAGGTAGGAACGTTTGCTACACTTGTCGCATCC
GCGTGCCCTGTCAGTGTAATGTTGTGTATTAGCCCTACTTCCCAGGATGG
GAAACTGAAACCATGTTTTAGTCGCGTAATCCTGTACTGCACCACTGTAT
TCGGATGTACTGCTGATTGGAATGTAAATCGTCGACGCGCTGCTCGTTCT
CCTTTCGTCTCCGGAAGCCCAGCGTCGACTCTCACATTAAAGGTGCCATT
TGTACGAATTTCACGAGTGATACTCTACTGCATTGTGTGTGTTGTGGGTG
CGCGAATCGTGCCGTTGGTGTTCCTCGGATTCCGCCTCTTTTTTGTGTAC
TTGGTATTCGCAATGTTTGTTTTTCACACTTTCGAGTTCTCCACGCTTGC
TTGTGGCGCAGGCCTCTGTCGGAACGGATCATCGCAGAGCTGGGCGAAGG
CTTCCGCCCCAAGATGGCCCCCTCCGAGCTGACAGTCAAGATGATTTCAA
GGCTCACCCAAATGCTGAAGGACGTAAAGCGCTTTAAGCCTCCGGATGGA
GCATGCCTCAGCCCGGCGGGGGAGTACAACCTAAGGTGTGGACGCACTTG
TGAGTCCGAAGCGCTGGCCATGCTGTAGTAGTTTCTATATTGTTGGAGAT
GACGTTTTCGGTCGCACGAAAGCGCAACCCCAATTTGGTAACGATGGCAA
CGACGACGTTGATGCTGTTTGTCGACCAGTCGCAAGTGTTGCCGTGTTAC
TTACAAAACATACATGGATGCTTTTGTGTGCATTCTTGCGGGCGGTGATG
TCAGACGTACTTTAAGCCTAATACGGCACCGATTATCGTGCGGAATTGCC
CGATTTTTTTCCTCCCGCGTGCCGAGTTGTTTGTGTTGTCTCGCCGGTTC
CACCTATTCGTTAGATTGTTGTTGTTGATTCTCACATTAGCTCATCGCCA
AAATCTAGCCGGTGGTCACAAAAAGTGCTGAGCCCTAGGAAGATCTAAAA
AACAGGAAGAAACTACAAGGGAATACCCAAGAAAGACCGAAGAAGATACA
CCTTCCAATGTGGTGTGCATCACTGAACTACAGCAGTCACAGCAGTACCA
ACAGCAAACGTACTTCCAGCGTCGTTCATTTGACTACAACATCGTGTTCA
GTCTCCTCCCGCCCCACTTATAACTAAAACCTGCTGCTACAAGCAATCAT
TAGTAGCTAGCTGCAGACGACAGCAGTTGCTGTCTGGAGTGCTGCCTGCA
ACGTACAAGTAGCCCCGGGGATCGGAGAAGACAGAAAAAGAAAAAACACG
CACGTTTCATCATCAGATGTTGTCGAGGATGGTGTCTCCATGCCGTCCTT
GCGACGCTGTTGGTGATGATGTCGCCCTAAACATGTCCTCCTTGTCTGGG
TCCACGTTGCTGTTGGCGTTGCCCAAGCCCACATCACCAGCACCATGCTC
TCGTAACGCTTCTTCACTGCCGGCGTTGCCTTAGGTCGCCTCCATCACCG
CTGCTCTCTCGCATAACAGCTAGCTCTTTCTTGTTCCTTTCCAATCAGTT
CCCTAAAAAACTCCACTGCTGTGCACTTGAGGTACAAGTCTTGTGAAAAA
AAAAGTTCACGCTCGGAGTGAGATCGACCAAGCTCTTCCCCGTTCGTCGC
TGCTCGTCTACCTCCGTCCTTGGCTGCGAAACTGGTTACTGGGCGGCATA
CTCCCTCTGTGCATCCTAGATCGTACCCTCTTTTCACCTGTGGTGTCGCC
TGCCTCCGCGCACAAATGCTTGTGATGTACATTGCTGTACTGCCGCTGTA
ACCAAAAGGCCCGCGAATCCGCACATTTGCACCTGGCACACCAACTGCGA
CCCAACTCTACCGCCACGCCCGTGGCGTTCGACCACAGCGCAGCAGCAAG
AAGGTATCACTCCTTGCGGGTGCGTCCGGCCTTACACCCGCCAGAAAGAC
CCCCCCAACTCGCTTTGGGTCATGCTTATAGCAGACCTTGCCTAGGCAGC
GAGGGAACGGAGAGTTAGATGAACTCACTAGATTACCCTGTCAGCGACCA
GGCGGCATCGCTGACGGAGTCATCGCTGAGTGAGTGGAGTCGTGGATAAG
TCTATATATCGAACAACATCTACACATGTTGAATCCGATCCGACTCTCGC
TAGGCGGTATCTCCTAGGGATTGCGGGTCTTAAGCCGCATTCGCCCCTCC
CACGCCAGTCCTACTGAGTCGGCTCACAATGCCTGCCATTTTCACGCACT
TTCTTTCGAAGGGAGCTGGTTTCCTGTTTGTTCGTTTTTTCTCTCCTAGT
GAAAATCGAACGTACGGTGTCTCTTTCGTTCGTCAGATGGGCTTCTACAC
TAGACCACTGAGGGTCAGGTTTCTAGCGCACATGTATATCTGAAAAAAGC
CACACACAGTATTTACGCTCGCTGTAGGTTAACTGGTTCGGGTCGTGTGT
AAAGCTAACCGGGTGTGCCCGGTAGGAGTGGCCGTTTGCCCGGACTTTCA
GCGATGCGATGATACCAAGAGTACGGCTCGAAAGCTGCTACGCGCGCCTG
CCTCCATTGATATTGAGCTAACTCGAGGGTCCCTTGCGTACACGTTGGCA
TCTGACATTTCCCGATGCTGTGTGTTGGTCTACCAGCGCGAACAGAACAT
CCTTCTTGACCGAACGGTGTTCAAACGAATGCGATAAACGTTGCGCTGCT
TCGCCTCGAGATCACAACGTCGATCCGAACGAACAGGTGTGAATGGAAGG
CCGATGGGCGCGGTTCCTCGCCTCTGTGTACTTCTTGCTCGACCTTGTCG
CGTTTTCGTGGTCGCGCGTCCTCTTGCTTCGCGTGGATTAATCATCAGGC
TGGGCATCATCAAGGAAATGCAGCCCTTGTACGTAGCCACCTATAGTGAG
AAGCCTGCAGTGTTGGAGGGACACCCCTTCATTGTGGAAGCAGGCGTGTC
GCTCGGGGGCGCAGAGGCGAGTGGTCCTGTTCAGCTCGATCGATGGAGTT
AGTTCACTTTGACTTTTAATTTCTGTGACACACTTGCATGTTTTTTTCAT
GCTGGTTTTATCTTCGCCTGTGAGCGAACTTCCCTCGCTCTATCTCCGCA
TCTCGAATGCCGAATCCCATTACGATGTAGTCACAGACGCTCACAACAAA
AGAGTTTTGATTCTAAGGGCCACAAACTCGTGTTGGCACTCGGACGATAC
AAAATTTTACCGAAGTTTCGTCGCCCCGCGTCTTGGACCAAGGACATTCG
ACCGACCATGTTTTACTGGTCGATTAACATACCATATTTATGGCGCTTGC
TCTGCCTCTCCGCCACACAGGTGAAGGAGGGCGTGAATGTGTACCGCTTC
GCAAACCGCATCCCATTACTGTTCGAGGCAGGCAGCGACGTGGTGACAAG
GGTCGCCACGAAGCGTATCAAGTGAGTGAGCCCCCATCCGACTTGGCAGT
GGCGCTATGCATTTGCTGGTTGGTCTTGATGTGTAAGTTGTATTTTTTAG
GATTTATTCTCTCCACCCATGCGTCTACAGGCGATCCCCCTTCTCGTGTG
CAGCAGTAGTTTTGGACTCTTGCTTTGATATATTCCTCTGTTGTAGAGGG
ACACAGACTACCCGCGGGCATGAGGTTCAGATCATTGACAGTTGTACAAT
TCGTATTGTAGGACAGATGTTCGTGCTGGATTATGCTGATTCCTTATACG
TTGGTCTTCCGTGACTGCTGCGGAGTATGACCCACGAAAGTCCTGGTAGA
CCTCACACATGATCATCGTTTTGGTTCAACCCGCCCGTGTTCGATTGATG
TGATTTTACAGCTGGAGTTCGTACAAGGTGGACCACAAGAGGGACAAGAT
TGGTGTGTTCGTCTCGACCGTCAGCACCAAAATCCCGTTCAAGGTATTCG
CATGCACGATTGAGGTTTCACAAAGGTTGTGGAATGGTCTTTTATTTCAA
CTGGCATGGAGTCGAACTGCAGCCATTTGCACGTGTAGGTAACTTGTCTT
GAATTTTGATGCTCATCTAGTGTGGTTTTGCGAGGGGGAGTTAAGTTACC
TGCATTAGAAGCACCGATTATACCATTCACGGGGCAAACTTGGAGGAATC
ACACAGCTAGCCGAACCATTTGGCATGTACTGCTTAAATTTCTCACAAGT
AGTGCAAATACATCCTGTTTCCTCAACGCCACCTCATTAGAGTTCCAATC
GACACCAGGAACAGGTTTCTGTCGATGTGTGTGTATCCCAGATCCTTTTT
CACTACTCCATTGCCCAGAGAATTCAGTCAGAAACAAACGATGGTTACCT
TCCCCCGTCGCCACGACAGGGTACGAGCAAGGAATACATCGGAGACGACA
CGGAAGAGATCAAGAAAGCTGTCAAACGTGCGCTTCAGCAGTGCTGCCTG
CAGCTTAAGGCGCATCTCTTGAGGAGAAACGCCCTTCGCGACCAAAAAGA
GAGGAAGAAAGTTCTCACCAAGGTCAGCTTTGTGAGCTTCGAATAATGCA
AAAACAGCGGATAACGCAGACGGTCAAGGAGGGTGTGACCACACGTGACA
CCTCTTCACCCTGCCGGGGCGCGGTGCTGTGCAGCTCTCCTTGTCTCGCG
CTCTCCCCCTATGTAGCACTGCCGTAGAATTTCTCAGGAGCTTCCATCGG
CTTGCGAACACCAGAGACCCTGGACTGGGTTTCTGAGATTTGATACTGAT
TGGGTTGTGAACTGTAAATCAAGCAGGGGACGCACCCTTTATTTGCCGCC
TGTAGAACGTGCGTCTTGTTCCCCCTCATCGGATTGAGTGTGTCATTATC
TTGCTCCGATGGCCCCTTTCACAACGGGCGCGGCAGCAGCGTAGCGGCAC
AGCTGACAAGCAGTGGGCATGTGCCGAACAGGAACACCAAATGCGTTTCG
TGCTTCTCGCGGTCTTTTCGTTTTATTTTCTTGCAGTACATTCCCGACGT
CAGCCGGGCGGTGTTCGGGCTCCTAACCGCCATGCAGAAGCGTGCGCGAG
ACACAGAGGAGGAGAACGACGGGGAGGTGTCGAAGAGAGCCAAGGGGGGA
GGATCCAGATCAGGGGGTGCAACTATGTCGTCAGCATCCAAGGTGAAACA
TGATTCCGGTATACTTGTAATTCAGAAGAAACCGTGCGATTTAATATCGT
ACGCGCATGTATACCTGCAACCACGAGCAGGTTTCGTACGGACTTCGGCG
GAGTTTTTGGATAGTCGATGGAAAAAACGATTCCATCACGCGTGCACAGC
TGATGCCAGACAGGTATTCCGTCAACAATTGCGCTTACATGTGTTACGCA
ATTTTATGCGTGTGTTTTCTCTCATCGCTTTCGGGGCCAGTCTACACGTT
TCTGGATATGCGGGCACATCAGCCGAGGTCACAGAGGAGTTTTCTCTTGG
CTCCACCCCCATTTGCGGTTCCTGTCTTCATTTTTGACTGCGAGAAGAGT
TAGGTTGTCACTCCCTTTCCCTCGTCAACGTTTGATATTTTGTTTTCACA
CAAAGTAGTCCAGTTTCGGAATGTTTTTGAGGTTGCCAACTGAACCACCG
GTGCGACCTGCGCGAGGAAGCAGATGACATTTTTTTTTGTTCCATTGACT
TGACGTTCGGTATCCCGAACTTCGGGGAACTGTCCTAGTCTCGGTATTTA
TTTGTGGAGCATCACCGGCATACGACGTGACTTTAGGTATCTCTCGACGG
ATTTCGTGAGAGAGGACGTGAGTAGGAGGGAAAACGAAGTGCTGCTCTCC
CCCCCCACCTCTGTGCTCATGACCACCTGTTTGTGTGCGTTTATCATACA
AATGATTTTCAAATTTCTCTGTTCCACCACGGACGAAAAGGCGCGCATCA
TGTCGTCATTGGACCGCAAGCAAGTCACAGAGAAGACGCTCGCGCTCGGG
CTGAGTGCGGCAGTCAATCAGCACGACGCCGAGGCCGCCAAGGAGGAAAC
CGCTGCGGCAGGGCGAGGGACGCACGCTCGGCAGGTACGGGATATGGGGC
TTACGTGTGGTGGGCTGCACGTGGCGCTGTCGACTCTCTTAACCTTCAGG
GTGTAGCTGTGATTTGTTGCATGCAGCTGAGCCCTACGGCGTTTGTTTGG
AAGGGACACGTATCCCTTGGTGTACGTAACAGCCTCGCACTTAGCCCCAT
AGACAAGTCTTCAAACGGAAACTCGATTATAGTGGGGGAGGCTTGAGTGT
CGACCTTCCCATTTTTCACGAAGATTGGCTCTGAAATTCAATCATGCTTC
GCCGTCTTCCACGACGTTTTTCAAGTGTCTTTTGAAGTGACCATAAACCA
AGTCTACTTCTAAACGATACACCCCCCTAACAAAATGCGCTTTTACAACC
TATTATAACCTAAACTAGCGACCCGGTGACACAAAAATATCGCAAACTCC
ACGTTGTGTCAACAGCAGTCATACCATCACACCTAAACCGCTTTGAATGC
AAAAAAAGGAAGGTGTCCATCATGCGGCACTCATGTAAGCCTGATTATCA
AATAAGTAACGTTCATCGCAGCTGCTCGGCAGCGAACCGACGAAAAGTGC
CTCGGCCAGGCTCGTCCTTCAACGACCCGAAACTCCCGAACGTCACTTCA
CGCTTGCTTCCACGATTTCCTCGACCTCGCGCTCCACGCGATTTAGTGTT
TGGGTACCACAACGAGCACTAATCAAACTTGGCAGATCCTTGTGGGCTTT
CGCATATGCGCAGGAAATACACAACCTATGTTCCATAAAAAACGAAAACG
TAAAAACAAGTACGTCTACTGTATGGTGACTGAATGGAGTGCTTCTGTTC
ATTACTCTTTAGGGGTATCCTGCCGCCCAGCGGCTGGGTTAGATTCAAAC
AACAAACATAACTGAACAAGATACAATGTTACGCCTAGGATATTCCGCGA
AACTCGATTGACGTAAGGATCCGTCACGTGAAAAAAATCAACACACTCGC
GGTTGGCAATATTAACCGTCTCCAGATTATTCCTCTCTCTGTTCTTCTTA
CACGCCCCACCGAACCCAGGACATCATAATCTCTGCGCTGCCTCAGGGGG
GGGCTGGTGCGCCAGAAGCGCATGGCGTGTTTGGACCAACCGTGTTCAAC
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Coding sequence (CDS) from alignment at P-littoralis_Contig154:179669..201268-

>mRNA_P-littoralis_Contig154.63.1 ID=mRNA_P-littoralis_Contig154.63.1|Name=mRNA_P-littoralis_Contig154.63.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2139bp|location=Sequence derived from alignment at P-littoralis_Contig154:179669..201268- (Pylaiella littoralis U1_48)
TGCACTGCCCGGTTTATCCCAGCAGTGCAGCAGTACGATAACATGGGCAA
AGCTAAAGGCGAGGTGGTGAAATCCAAGTCACCTGCGGAATTCTTCGCAG
ACAACCAGAACATCGCTGGATTCGACAATGCTGGTAAGTCTCTGTACACC
ACAATTAGGGAGCTCGTGGAGAACAGCTTGGATGCAGCCGAATCGATAGG
AGCTCTCCCCCTGATCGCTCTGGCTATCGAGGAATTCACGGAGGCGGAGT
TCAACGAACACCGCGGCATGGACAACAGGGATGTCGTCGACGCCGGGCTT
TTCACGGCTTCCGGACGGAAAAAATCGACCTCGAAGGCGGCGAAAGCGGC
TTCCACGCCGTCGGCAGCAATAGAGGGGGCTTCCGCTGACTCCGCCATCA
CCACGGACGACCTTTTACCTTCTTCAGCTACCACCGCTGGGAGCGCCGCA
GCTGCGGTACCCGACACCAAAGAGAAGAAAGGCCGCTCCAAGGGAGATTG
TTTGTACTATCGTGTCAAGTGCAAGGACAACGGAGTGGGCATGCCGCACG
ACAAGATTCCGGACATGCTTGGGGTGGTTCTGTCCAGCAGCAAGTACGGC
GTGCGGCAGGCTCGTGGCAAGTACGGGATGGGTGCCAAGATGGCGCTTAT
TTGGTCCAAGAAAAGCACGGGGTTGCCGATCCAGGTGATATCCGGCTGCA
GCAAAGACCTCAAGGACACTCCGGGGTTTCTCACCAAATGCGTGCTGGAC
ATTGATATCTACAAGAATCGGCCGTCCGTTCACGAGCACGTCAAACTGCC
CAATCCCGAGGGATGGAGGGGAACGGAAATTACCGTGTGTGTCAGCGGAA
ACTGGCCTACCTACAAATCCAGGGTGCTTCAGTACCTGCAACAACTGGCC
ATCATCACGCCTTACGCACAGCTGGAGCTGGAGTACCATAACCACGCCAA
CCCCAAGAAGGACCTGACAGCCGTCTACCGCCGCCGCTCTGAGCAGATGC
CCTCTCTCGCCTACGAAGTGAAACACCACCCGGGTAGCGTGAACAACCTC
CTCGTGCAGCAGCTCATCCACAGGACCAAGTGCAAGGACTTGGTGGGTTT
CCTGACGAAGGACCTGTCTTCCATCGACAGGCCTCTGTCGGAACGGATCA
TCGCAGAGCTGGGCGAAGGCTTCCGCCCCAAGATGGCCCCCTCCGAGCTG
ACAGTCAAGATGATTTCAAGGCTCACCCAAATGCTGAAGGACGTAAAGCG
CTTTAAGCCTCCGGATGGAGCATGCCTCAGCCCGGCGGGGGAGTACAACC
TAAGGCTGGGCATCATCAAGGAAATGCAGCCCTTGTACGTAGCCACCTAT
AGTGAGAAGCCTGCAGTGTTGGAGGGACACCCCTTCATTGTGGAAGCAGG
CGTGTCGCTCGGGGGCGCAGAGGTGAAGGAGGGCGTGAATGTGTACCGCT
TCGCAAACCGCATCCCATTACTGTTCGAGGCAGGCAGCGACGTGGTGACA
AGGGTCGCCACGAAGCGTATCAACTGGAGTTCGTACAAGGTGGACCACAA
GAGGGACAAGATTGGTGTGTTCGTCTCGACCGTCAGCACCAAAATCCCGT
TCAAGGGTACGAGCAAGGAATACATCGGAGACGACACGGAAGAGATCAAG
AAAGCTGTCAAACGTGCGCTTCAGCAGTGCTGCCTGCAGCTTAAGGCGCA
TCTCTTGAGGAGAAACGCCCTTCGCGACCAAAAAGAGAGGAAGAAAGTTC
TCACCAAGTACATTCCCGACGTCAGCCGGGCGGTGTTCGGGCTCCTAACC
GCCATGCAGAAGCGTGCGCGAGACACAGAGGAGGAGAACGACGGGGAGGT
GTCGAAGAGAGCCAAGGGGGGAGGATCCAGATCAGGGGGTGCAACTATGT
CGTCAGCATCCAAGGCGCGCATCATGTCGTCATTGGACCGCAAGCAAGTC
ACAGAGAAGACGCTCGCGCTCGGGCTGAGTGCGGCAGTCAATCAGCACGA
CGCCGAGGCCGCCAAGGAGGAAACCGCTGCGGCAGGGCGAGGGACGCACG
CTCGGCAGGACATCATAATCTCTGCGCTGCCTCAGGGGGGGGCTGGTGCG
CCAGAAGCGCATGGCGTGTTTGGACCAACCGTGTTCAAC
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