mRNA_S-latissima_F_contig980.17535.1 (mRNA) Saccharina latissima SLPER63f female

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

Overview


Name	mRNA_S-latissima_F_contig980.17535.1
Unique Name	mRNA_S-latissima_F_contig980.17535.1
Type	mRNA
Organism	Saccharina latissima SLPER63f female (Saccharina latissima SLPER63f female)

Homology

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: D8LIP0_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LIP0_ECTSI)

HSP 1 Score: 1009 bits (2610), Expect = 0.000e+0
Identity = 516/546 (94.51%), Postives = 534/546 (97.80%), Query Frame = 1

Query:  196 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGGPAGAGMME 1833
            MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDD+TGDGTTTSVLFTGELLRQAER+L+EGLHPRVLTEGFELAKEHAL +LD+ R  R AVEEDRELLESVARTSLRTKLREEVADNM EAVTGAVLTIMKS+DEIDLHMVEIMQMRHK+GTDS LI+G+VMDHGARHPDMPR+LKNCHILTCNVSFEYEKTEVQSGFFYSTA EREKLVESERKFTDEKVMQVIEFKRKVCKEGESFV+INQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNST+DISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPG GAFEVAA+LSLQK+KTTVKGRAKLGIEA+AEA+MI+PKTLA+NSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGGP G  MME
Sbjct:    1 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDVTGDGTTTSVLFTGELLRQAERYLTEGLHPRVLTEGFELAKEHALELLDTFRSTRSAVEEDRELLESVARTSLRTKLREEVADNMTEAVTGAVLTIMKSRDEIDLHMVEIMQMRHKAGTDSVLIKGLVMDHGARHPDMPRSLKNCHILTCNVSFEYEKTEVQSGFFYSTAQEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVIINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTEDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGAGAFEVAANLSLQKFKTTVKGRAKLGIEAFAEALMIVPKTLAENSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGGPGG--MME 544

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: A0A7S2V196_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V196_9STRA)

HSP 1 Score: 794 bits (2050), Expect = 3.030e-283
Identity = 399/542 (73.62%), Postives = 474/542 (87.45%), Query Frame = 1

Query:  196 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDE-IDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGA---AVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGG 1809
            MA+  R VNPNAEVV+++QAL VNV+AA+GLQ+VLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTA++IAR+ATAQDDITGDGTT+SVL TGELL+QAER+L+EGLHPR LTEGF+LA++  L  L+  ++    + EDRE+L SVART+LRTKL++++AD + E VT A L +  SKD+ IDLHMVEIM M H++  DS L++G+V+DHGARHPDMPR L+ CH+ TCNVSFEYEKTEV SGFFYS+A++REKLVESERKFTDEKV  VIEFKR VCKEGESFV+INQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVN  DD++ ++LGWA +V+E+TLG+DKFTFVE VR+PRSCTILVKGPN+HTI Q+KDA+RDGLRAVKN ++D   VPGGGA EVAA+  L +YK  V+G+AKLGI+A+A+A+++IPKTLA+NSGFDVQDS+IK+ DE  ++G    AVGLDLMTGEPMLP+QEG+WDNY VKRQ LHLSTVLASQLLLVDEVM+AGK MG+ P  G
Sbjct:    1 MASSARLVNPNAEVVTRSQALAVNVSAAKGLQSVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAVLIARTATAQDDITGDGTTSSVLLTGELLKQAERYLAEGLHPRSLTEGFDLARDRVLDFLEKFKVE---IGEDREVLASVARTALRTKLQQDLADQLTEVVTDATLCVRTSKDQPIDLHMVEIMHMPHRAAHDSRLVKGLVLDHGARHPDMPRRLEKCHVFTCNVSFEYEKTEVSSGFFYSSAEQREKLVESERKFTDEKVKVVIEFKRSVCKEGESFVIINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNCVDDLTPDVLGWADEVYEQTLGEDKFTFVEGVRNPRSCTILVKGPNEHTINQVKDAVRDGLRAVKNAVEDGHAVPGGGALEVAAAADLFEYKHAVEGKAKLGIQAFADALLVIPKTLAENSGFDVQDSLIKVQDEQRKAGGGAVAVGLDLMTGEPMLPDQEGIWDNYRVKRQFLHLSTVLASQLLLVDEVMRAGKAMGKQPEPG 539

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: A0A4D9CV25_9STRA (Uncharacterized protein n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9CV25_9STRA)

HSP 1 Score: 777 bits (2007), Expect = 8.930e-277
Identity = 386/538 (71.75%), Postives = 459/538 (85.32%), Query Frame = 1

Query:  196 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGG 1809
            MAA TR VNP+AE+VSK+QAL+VN +AA+GLQNVLK+NLGPRGTLKMLVGGAGQIK+TKDG VLLHEMQIQHPTA +IAR+ATAQDDITGDGTTTSVL  GELL+QAER LSEGLHPRV+ EG++LAK+  L  LD+ ++A+P ++ DRELL S+ARTSLR                  VLT+ +    IDLHMVEIM M HK G+DS  +RG+V+DHGARHPDMP+ L  CHI TCNVSFEYEK+EV SGFFYS A+ERE+LV SER+FTDEKV QVI+FKRKVCKEGESFVVINQKGIDPLSLDMFAKEGI ALRRAKRRNMERLTLACGG+ +NS +D+SE+MLGWAG+V+E+TLG++K+TFVEDVRH RSCTIL+KGPN HTI QIKDA+RDGLRAVKN I+D+A+VPGGG+FEVAAS  LQ YK TV G+ KLG+ A+AEA++++PKTLA+NSGFDVQD++I L++EH ++G AVGLD+ TGE M P   GVWDNY VKRQSLHL+T+LA+QLL+VDEVM+AG+QMG+ P GG
Sbjct:    1 MAAATRLVNPSAEIVSKSQALLVNCSAAKGLQNVLKSNLGPRGTLKMLVGGAGQIKITKDGNVLLHEMQIQHPTASLIARTATAQDDITGDGTTTSVLLVGELLKQAERFLSEGLHPRVIAEGYDLAKDRVLEFLDTFKVAQPEIKHDRELLLSIARTSLRXXXXXXXXXXXXXXXXXXVLTLSQGPT-IDLHMVEIMHMTHKLGSDSRFVRGLVLDHGARHPDMPKALNRCHIFTCNVSFEYEKSEVASGFFYSNAEERERLVASERRFTDEKVRQVIDFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGILALRRAKRRNMERLTLACGGLPINSVEDLSEDMLGWAGRVYEQTLGEEKYTFVEDVRHARSCTILIKGPNQHTIDQIKDALRDGLRAVKNAIEDKALVPGGGSFEVAASHMLQAYKETVSGKPKLGVVAFAEALLVVPKTLAENSGFDVQDTLIALLEEHAKTGIAVGLDVTTGEGMAPAMVGVWDNYRVKRQSLHLATILATQLLVVDEVMRAGRQMGRVPGGG 537

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: W7TJM7_9STRA (T-complex protein 1 subunit zeta isoform a n=1 Tax=Nannochloropsis gaditana TaxID=72520 RepID=W7TJM7_9STRA)

HSP 1 Score: 772 bits (1993), Expect = 3.140e-270
Identity = 389/559 (69.59%), Postives = 467/559 (83.54%), Query Frame = 1

Query:  196 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGGPAGAGMME*KKWKIMIESIIY 1872
            MAA TR VNP+AE+VSK+QAL+VN +AA+GLQNVLK+NLGPRGTLKMLVGGAGQIK+TKDG VLLHEMQIQHPTA +IAR+ATAQDDITGDGTTTSVL  GELL+QAER LSEGLHPRV+ EG++LAK+  L  LD+ ++A+P ++ DRELL S+ARTSLR                  VLT+ +    IDLHMVEIM M HK G+DS  +RG+V+DHGARHPDMP+ L  CHI TCNVSFEYEK+EV SGFFYS A+ERE+LV SER+FTD+KV QVI+FKRKVCKEGESFVVINQKGIDPLSLDMFAKEGI ALRRAKRRNMERLTLACGG+ +NS +D+SE+MLGWAG+V+E+TLG++K+TFVEDVRH RSCTIL+KGPN HTI QIKDA+RDGLRAVKN I+D+A+VPGGG+FEVAAS  LQ YK  V G+ KLG+ A+AEA++++PKTLA+NSGFDVQD++I L++EH ++G AVGLD+ TGE M P   GVWDNY VKRQSLHL+T+LA+QLL+VDEVM+AG+QMG+      AG G +  ++  I IE II+
Sbjct:    1 MAAATRLVNPSAEIVSKSQALLVNCSAAKGLQNVLKSNLGPRGTLKMLVGGAGQIKITKDGNVLLHEMQIQHPTASLIARTATAQDDITGDGTTTSVLLVGELLKQAERFLSEGLHPRVIAEGYDLAKDRVLEFLDTFKVAQPEIKHDRELLLSIARTSLRXXXXXXXXXXXXXXXXXXVLTLSQGPT-IDLHMVEIMHMTHKLGSDSRFVRGLVLDHGARHPDMPKALNRCHIFTCNVSFEYEKSEVASGFFYSNAEERERLVASERRFTDDKVRQVIDFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGILALRRAKRRNMERLTLACGGLPINSVEDLSEDMLGWAGRVYEQTLGEEKYTFVEDVRHARSCTILIKGPNQHTIDQIKDALRDGLRAVKNAIEDKALVPGGGSFEVAASHMLQTYKEAVSGKPKLGVVAFAEALLVVPKTLAENSGFDVQDTLIALLEEHAKTGIAVGLDVTTGEGMAPAMVGVWDNYRVKRQSLHLATILATQLLVVDEVMRAGRQMGRV-----AGGGQLHERE--IGIERIIH 551

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: A0A485LAF2_9STRA (Aste57867_17113 protein n=17 Tax=Saprolegniaceae TaxID=4764 RepID=A0A485LAF2_9STRA)

HSP 1 Score: 761 bits (1964), Expect = 3.390e-270
Identity = 378/537 (70.39%), Postives = 464/537 (86.41%), Query Frame = 1

Query:  211 RFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKE--GESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAP-PGGP 1812
            R VNPNAEVV+++QAL+VNV+AARGLQ VLK+NLGPRGTLKMLVGGAGQIKLTKDG VLLHEMQIQHPTA +IAR+ATAQDDITGDGTT++VLFTGELL+QAER LS+GLHPR+L EGFELA+E AL VLD I++ +  V +DRELL SVARTSLRTKL +++AD + E VT AVLTI      +DLHM+EIM M H+S  D+ LI+G+V+DHG+RHPDMP  L+NC I+TCNVS EYEK+EV SGFFY++AD+REK+VE+ERKFTD+KV Q+IE KR VC E  G +FV+INQKGIDPLSLDM AKEGI ALRRAKRRNMERLTLACGGMA+NSTDD+   MLGWAG+V+E+TLG++ +TFVEDVRHP+SC+IL+KGPN+HTIAQIKDA+RDG+RAV NTI+D+++VPGGG+FE AA  +L  +K T+ GRAKLG++A+A+A++IIPK LA+NSG DVQD+++  ++E   SG +VGLDL +GEPMLP QEG+ DNY VKRQ +HL+T LA+QLLLVDEVM+AG+QMG++  P GP
Sbjct:    5 RTVNPNAEVVARSQALLVNVSAARGLQGVLKSNLGPRGTLKMLVGGAGQIKLTKDGNVLLHEMQIQHPTAAVIARAATAQDDITGDGTTSTVLFTGELLKQAERFLSDGLHPRILAEGFELAREEALRVLDRIKVEKLNVLQDRELLASVARTSLRTKLDQQLADQLTEIVTDAVLTIATPGRPVDLHMIEIMHMVHQSSADTRLIKGLVLDHGSRHPDMPSELENCFIMTCNVSLEYEKSEVNSGFFYNSADQREKMVEAERKFTDDKVKQIIELKRHVCTEENGYNFVIINQKGIDPLSLDMLAKEGILALRRAKRRNMERLTLACGGMAINSTDDMDPNMLGWAGRVYEQTLGEEHYTFVEDVRHPQSCSILIKGPNEHTIAQIKDAVRDGIRAVNNTIEDESIVPGGGSFEFAAHQALLAFKDTISGRAKLGVQAFADALLIIPKVLAENSGLDVQDALLACLEEQQRSGESVGLDLFSGEPMLPLQEGILDNYRVKRQFIHLATALATQLLLVDEVMRAGRQMGKSQQPEGP 541

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: A0A6V1PFD7_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1PFD7_HETAK)

HSP 1 Score: 751 bits (1940), Expect = 1.390e-266
Identity = 377/540 (69.81%), Postives = 456/540 (84.44%), Query Frame = 1

Query:  208 TRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTT-VKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAA--VGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGGPAG 1818
            TR VN NAEVVS++QAL VN +AA+GLQ V+KTNLGPRGTLKMLVGGAGQIKLTKDG+VLLHEMQIQHPTAM+I R+ATAQDDITGDGTT+ ++F GELL+QAERHLSEGLHPRV+TEGF+LA++  L  LD  ++A P  + DRELL +VART+LRTKL  ++AD + EAVT A L +      +DLHMVEI+ M H+   D+ L+RG+V+DHG RHPDMP  L+NC +LT NVSFEYEKTEVQSGFFYS+A++RE++VE+ERKFTD+KV  VIEFKR VCK GESFVVINQKGIDPLSLDMFAKEGI A+RRAKRRNMERLTLACGG  VN  +D++E+MLG+AG+V E TLG++K+TFVEDV +P+SCTIL+KGPN HTI Q++DA+RDGLRAVKN ++D AVVPG GAFEVAA+  LQ Y    VKGRAKLG+ AYA+A++++PKTLA+NSG DVQD++I++ D   ++G A  VGLDL+TGEPM P+QEG+WDNY VKRQ LHLSTVLA+QLLLVDEVM+AG QMG+ P G  AG
Sbjct:    4 TRLVNANAEVVSRSQALAVNCSAAKGLQEVMKTNLGPRGTLKMLVGGAGQIKLTKDGKVLLHEMQIQHPTAMLIGRTATAQDDITGDGTTSVIIFCGELLKQAERHLSEGLHPRVITEGFDLARDRVLTFLDGFKVAAP--DPDRELLMNVARTALRTKLEPQLADGITEAVTDACLCVRAPGQPLDLHMVEILHMAHRDAADTRLVRGMVLDHGPRHPDMPTKLENCRVLTVNVSFEYEKTEVQSGFFYSSAEQRERMVEAERKFTDDKVKAVIEFKRAVCKPGESFVVINQKGIDPLSLDMFAKEGIMAIRRAKRRNMERLTLACGGHPVNCVEDMTEDMLGYAGKVWETTLGEEKYTFVEDVANPQSCTILIKGPNQHTITQVQDALRDGLRAVKNCLEDGAVVPGAGAFEVAAAADLQAYAAAEVKGRAKLGVAAYADALLVVPKTLAENSGLDVQDALIQMQDALRDNGGAAPVGLDLVTGEPMAPDQEGIWDNYRVKRQFLHLSTVLATQLLLVDEVMRAGMQMGKQPEGDEAG 541

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: A0A7R9YD60_9STRA (Hypothetical protein n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9YD60_9STRA)

HSP 1 Score: 746 bits (1926), Expect = 3.100e-264
Identity = 372/551 (67.51%), Postives = 456/551 (82.76%), Query Frame = 1

Query:  196 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKD-----------EIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTT-VKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGGP 1812
            MAAPTR VNPNAEVV+K+QAL VNVAAA+GLQ VLK+NLGPRGTLKMLVGGAGQIK+TKDG+VLL EMQIQHPTA MIAR+ATAQDDI GDGTT++VL TGELL+QAER+L+EGLHPRV+ +GF+ A++H L +L+  ++ +  V E+RELL SVART LRTKL          +V  AVL +  +++           ++DLHMVEIM M+H+S  D+ L+RG+V+DHG RHPDMP  L+NCHI+ CNVSFEYEKTEV S F +  A+EREKLVESER+FTD+KV QV+EFKR VCK  E+FV+INQKGIDPLSLD+FAKEGI ALRRAKRRNMERL LACGG  VNSTDD+    LG+AG+V+E+TLGD+K+TFVEDVRHPRSCTIL+KGPN++TI QIKDA+RDGLRAVKN I D AV+PGGGAFE+AA+ SL ++K   ++GRAK+G++A+A+A++IIPK LA+NSGFDVQ+ +I+L +EH   G AVGLD+ TGEPMLP+QEG+WD+Y VKRQ LHL T+LA+Q+LLVDEVM+AG QMG  PP  P
Sbjct:    1 MAAPTRLVNPNAEVVAKSQALAVNVAAAKGLQQVLKSNLGPRGTLKMLVGGAGQIKITKDGKVLLGEMQIQHPTAAMIARTATAQDDIVGDGTTSAVLLTGELLKQAERYLTEGLHPRVIADGFDAARDHVLDLLEGFKMEQGDVLENRELLVSVARTCLRTKLAAXXXXXXXXSVVDAVLCVASARESVGPNPMPTELDVDLHMVEIMHMKHQSAHDTRLVRGLVLDHGGRHPDMPSMLENCHIMICNVSFEYEKTEVNSSFMFKNAEEREKLVESERRFTDQKVRQVVEFKRMVCKNNETFVIINQKGIDPLSLDIFAKEGILALRRAKRRNMERLMLACGGTQVNSTDDLDRGSLGFAGRVYEQTLGDEKYTFVEDVRHPRSCTILIKGPNNYTIEQIKDAVRDGLRAVKNVIIDGAVIPGGGAFEIAAAESLMRFKRDEIRGRAKIGVQAFADALLIIPKVLAENSGFDVQECLIQLEEEHRNRGVAVGLDVNTGEPMLPDQEGIWDSYSVKRQCLHLCTILATQILLVDEVMRAGAQMGGKPPMNP 551

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: A0A7S2MSB4_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2MSB4_9STRA)

HSP 1 Score: 745 bits (1924), Expect = 5.010e-264
Identity = 370/537 (68.90%), Postives = 446/537 (83.05%), Query Frame = 1

Query:  196 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPG 1806
            MAA T+ VNP+AE+VS  QAL+VN AAA GLQ+VLKTNLGPRGTLKMLVGGAGQIK+TKDG VLLHEMQIQHPTAM+IAR+ATAQDDITGDGTT++VL  GELLRQAER  +EGLHPRV+TEGFE+AK+H L  L+S +   P V EDREL+  VARTSLR                 A+  I K    IDLHMVEIM M+H+SGTDS  +RG+V+DHGARHPDMP++L NC ++TCNVSFEYEK+EV S F YS A+ER+KL+ESERKFTDEKVM  IE KR+VC+ GE F ++NQKGIDPLSLDM AKEGI A+RRAKRRNMER+TLACGG  VNS  D+S ++LGWAG V+EE+LGDDKFTF+ED +  +SCT+L+KGPN HTI Q+KDA RDGLRAVKN IDD  VVPGGGAFE AA +SL+ +K TVKG+AK+G++A+A++++I PK LA+NSGFDVQD++I+L +EH++SGAAVGLDL+TG+ MLPE EGVWDNY VKRQ +HLST+LA+QLLLVDEVM+AGK+MG++  G
Sbjct:    8 MAASTQLVNPDAEIVSSAQALLVNCAAANGLQSVLKTNLGPRGTLKMLVGGAGQIKITKDGNVLLHEMQIQHPTAMLIARNATAQDDITGDGTTSAVLLCGELLRQAERVYAEGLHPRVITEGFEMAKDHTLDFLESFKKTYPNVLEDRELMTCVARTSLRXXXXXXXXXXXXXXXXXALQCISKPDQPIDLHMVEIMTMKHQSGTDSKFVRGLVLDHGARHPDMPKSLTNCFVMTCNVSFEYEKSEVASSFLYSNAEERQKLIESERKFTDEKVMAFIELKRQVCQNGEGFFLVNQKGIDPLSLDMLAKEGILAVRRAKRRNMERITLACGGTQVNSEMDLSPDVLGWAGAVYEESLGDDKFTFLEDCKAAKSCTLLIKGPNTHTIDQLKDAARDGLRAVKNAIDDSGVVPGGGAFETAAYVSLRAFKDTVKGKAKIGVQAFADSLLITPKVLAENSGFDVQDTIIQLEEEHIKSGAAVGLDLITGDVMLPEAEGVWDNYRVKRQYIHLSTMLATQLLLVDEVMRAGKKMGKSAAG 544

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: A0A7S2BN96_9STRA (Hypothetical protein n=1 Tax=Florenciella parvula TaxID=236787 RepID=A0A7S2BN96_9STRA)

HSP 1 Score: 744 bits (1920), Expect = 1.570e-263
Identity = 371/533 (69.61%), Postives = 444/533 (83.30%), Query Frame = 1

Query:  196 MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQ 1794
            MAA T++ NP+AEVVSK QAL+VN AA+ GLQN+LKTNLGPRGTLKMLVGGAGQIK+TKDG VLLHEMQIQHPTAM+IAR+ATAQDDITGDGTT++VL  GELL+QAER  SEGLHPRV+ +G++LAK+H L  L+  +   P    DRELL +VAR SLRTKL+ EVAD M++A   A+ +I +    IDLHMVEIM M+HK G DS  +RG+V+DHG RHPDMP  L+NC I TCNVSFEYEK+EV +GF YS A+ER+KLVESERKFTDEKV   IE KR+VC EG+ FV+INQKGIDP+SLDM AKEGIFA+RRAKRRNMER+TLACGG  VNS  D+   +LGWAG+V+EE LGDDKFTF+EDV+  RSCTIL+KGPN HTI QIKDA+RDGLRA KN ++D+AVV G GAFE AA  SL  +K TV G+AKLG++AYA+AM+IIPK L++NSGFDVQDS+I L +EH ++GAA+GLDL+TGE +LP  EG+WDNY VKRQ +HLST LA+QLLLVDEVM+AGK+MG+
Sbjct:    1 MAAATKYANPDAEVVSKAQALLVNCAASNGLQNILKTNLGPRGTLKMLVGGAGQIKITKDGNVLLHEMQIQHPTAMLIARTATAQDDITGDGTTSAVLLCGELLKQAERQYSEGLHPRVVCDGYDLAKDHVLTFLEGFKTDYPDAITDRELLANVARCSLRTKLQAEVADLMVDACVDAIQSIAEVDKPIDLHMVEIMTMKHKLGGDSKFVRGLVLDHGTRHPDMPSYLENCFICTCNVSFEYEKSEVATGFLYSNAEERQKLVESERKFTDEKVGAFIELKRQVCTEGQGFVIINQKGIDPMSLDMLAKEGIFAVRRAKRRNMERVTLACGGTPVNSEIDLEPSVLGWAGKVYEEQLGDDKFTFIEDVKAARSCTILIKGPNTHTIDQIKDAVRDGLRATKNCVEDKAVVAGAGAFETAAYTSLMAFKGTVSGKAKLGVQAYADAMLIIPKVLSENSGFDVQDSIIALQEEHEKAGAAIGLDLVTGECILPAAEGIWDNYRVKRQYIHLSTALATQLLLVDEVMRAGKKMGK 533

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BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Match: F0W2E6_9STRA (Unnamed protein product putative n=2 Tax=Albugo TaxID=65356 RepID=F0W2E6_9STRA)

HSP 1 Score: 743 bits (1918), Expect = 2.120e-263
Identity = 364/522 (69.73%), Postives = 453/522 (86.78%), Query Frame = 1

Query:  232 EVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVGGAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFTGELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRELLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQMRHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQSGFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEG--ESFVVINQKGIDPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWAGQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRAVKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMIIPKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDNYCVKRQSLHLSTVLASQLLLVDEVMKAGKQMG 1791
            E V K+QAL+VNV+AA+GLQ VLK+NLGPRGTLKMLVGGAGQIKLTKDG VLLHEMQIQHPTA +IAR+ATAQDD+TGDGTT++VLF GELL+QAER L++GLHPR+L+EGFELAK+ AL VLDSI+ + P + +DRE+L SVA+TSLRTKL  ++AD M E VT AVLTI      +DLHM+EI+ M+H+S +D+ L++G+V+DHG+RHPDMP   +NC I+TCNVS EYEK+EV SGFFY++A +RE++VE+ERKFTD+KV Q+IE KR+VC +   ++FV+INQKGIDPLSLDM AKEGI ALRRAKRRNMERLTLACGGMA+NSTDD+   MLG+A +VHEETLG++++TFVEDV+HP+SCTIL+KGPN+HTIAQIKDA+RDG+RAV N I+D+AVVPG GAFE+ A  +LQ+YK TVKGRAKLG++A+A+A+++IPK LA+NSG D+QD++I + +EH  SG AVGL+L TGEPMLP QEGVWDNY VKRQ +HL+T LASQLLLVDEVM++GK  G
Sbjct:    4 EAVGKSQALLVNVSAAKGLQGVLKSNLGPRGTLKMLVGGAGQIKLTKDGNVLLHEMQIQHPTASLIARAATAQDDVTGDGTTSTVLFIGELLKQAERFLTDGLHPRILSEGFELAKDKALSVLDSIKTSLPDIMQDREMLCSVAKTSLRTKLDAKLADQMTEIVTDAVLTIASPNRPVDLHMIEILHMQHQSSSDTRLVKGLVLDHGSRHPDMPNYSENCFIMTCNVSLEYEKSEVTSGFFYNSAKQREQMVEAERKFTDDKVRQIIELKRQVCTDENKKNFVIINQKGIDPLSLDMLAKEGILALRRAKRRNMERLTLACGGMAINSTDDMDASMLGFAARVHEETLGEERYTFVEDVQHPQSCTILIKGPNEHTIAQIKDALRDGIRAVNNAIEDRAVVPGAGAFELTAHEALQQYKKTVKGRAKLGVQAFADALLVIPKVLAENSGLDIQDTLIAVQEEHCNSGEAVGLNLYTGEPMLPGQEGVWDNYRVKRQFIHLATALASQLLLVDEVMRSGKSSG 525

The following BLAST results are available for this feature:

BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot

BLAST of mRNA_S-latissima_F_contig980.17535.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Saccharina latissima female vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LIP0_ECTSI	0.000e+0	94.51	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A7S2V196_9STRA	3.030e-283	73.62	Hypothetical protein n=1 Tax=Fibrocapsa japonica T...	[more]
A0A4D9CV25_9STRA	8.930e-277	71.75	Uncharacterized protein n=1 Tax=Nannochloropsis sa...	[more]
W7TJM7_9STRA	3.140e-270	69.59	T-complex protein 1 subunit zeta isoform a n=1 Tax...	[more]
A0A485LAF2_9STRA	3.390e-270	70.39	Aste57867_17113 protein n=17 Tax=Saprolegniaceae T...	[more]
A0A6V1PFD7_HETAK	1.390e-266	69.81	Hypothetical protein n=1 Tax=Heterosigma akashiwo ...	[more]
A0A7R9YD60_9STRA	3.100e-264	67.51	Hypothetical protein n=1 Tax=Pinguiococcus pyrenoi...	[more]
A0A7S2MSB4_9STRA	5.010e-264	68.90	Hypothetical protein n=1 Tax=Dictyocha speculum Ta...	[more]
A0A7S2BN96_9STRA	1.570e-263	69.61	Hypothetical protein n=1 Tax=Florenciella parvula ...	[more]
F0W2E6_9STRA	2.120e-263	69.73	Unnamed protein product putative n=2 Tax=Albugo Ta...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
S-latissima_F_contig980	contig	S-latissima_F_contig980:91834..109627 +

Analyses

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


Analysis Name	Date Performed
Diamond blastx: OGS1.0 of Saccharina latissima female vs UniRef90	2022-09-19
OGS1.0 of Saccharina latissima SLPER63f female	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	1010.4
Seed ortholog evalue	3.3e-292
Seed eggNOG ortholog	2880.D8LIP0
Preferred name	CCT6
KEGG ko	ko:K09498,ko:K19401
Hectar predicted targeting category	other localisation
GOs	GO:0003674,GO:0005488,GO:0005515,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005829,GO:0005832,GO:0005856,GO:0006457,GO:0006458,GO:0008150,GO:0009987,GO:0010035,GO:0010038,GO:0010043,GO:0016020,GO:0032991,GO:0042221,GO:0043226,GO:0043228,GO:0043229,GO:0043232,GO:0044183,GO:0044424,GO:0044444,GO:0044445,GO:0044464,GO:0046686,GO:0050896,GO:0051082,GO:0061077,GO:0101031
EggNOG free text desc.	unfolded protein binding
EggNOG OGs	COG0459@1,KOG0359@2759
Ec32 ortholog description	GroEL-like equatorial domain
Ec32 ortholog	Ec-11_004600.1
COG Functional cat.	O
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko03036,ko03110,ko04147
Exons	14
Model size	2010
Cds size	1641
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_S-latissima_F_contig980.17535.1	prot_S-latissima_F_contig980.17535.1	Saccharina latissima SLPER63f female	polypeptide	S-latissima_F_contig980 92029..109453 +

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


Feature Name	Unique Name	Species	Type	Position
1622817380.598658-UTR-S-latissima_F_contig980:91833..92028	1622817380.598658-UTR-S-latissima_F_contig980:91833..92028	Saccharina latissima SLPER63f female	UTR	S-latissima_F_contig980 91834..92028 +
1693926521.1007695-UTR-S-latissima_F_contig980:91833..92028	1693926521.1007695-UTR-S-latissima_F_contig980:91833..92028	Saccharina latissima SLPER63f female	UTR	S-latissima_F_contig980 91834..92028 +
1622817380.8165762-UTR-S-latissima_F_contig980:109453..109627	1622817380.8165762-UTR-S-latissima_F_contig980:109453..109627	Saccharina latissima SLPER63f female	UTR	S-latissima_F_contig980 109454..109627 +
1693926521.3660638-UTR-S-latissima_F_contig980:109453..109627	1693926521.3660638-UTR-S-latissima_F_contig980:109453..109627	Saccharina latissima SLPER63f female	UTR	S-latissima_F_contig980 109454..109627 +

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at S-latissima_F_contig980:91834..109627+
coding sequence from alignment at S-latissima_F_contig980:91834..109627+

protein sequence of mRNA_S-latissima_F_contig980.17535.1

>prot_S-latissima_F_contig980.17535.1 ID=prot_S-latissima_F_contig980.17535.1|Name=mRNA_S-latissima_F_contig980.17535.1|organism=Saccharina latissima SLPER63f female|type=polypeptide|length=547bp
MAAPTRFVNPNAEVVSKTQALMVNVAAARGLQNVLKTNLGPRGTLKMLVG
GAGQIKLTKDGRVLLHEMQIQHPTAMMIARSATAQDDITGDGTTTSVLFT
GELLRQAERHLSEGLHPRVLTEGFELAKEHALGVLDSIRLARPAVEEDRE
LLESVARTSLRTKLREEVADNMMEAVTGAVLTIMKSKDEIDLHMVEIMQM
RHKSGTDSTLIRGIVMDHGARHPDMPRNLKNCHILTCNVSFEYEKTEVQS
GFFYSTADEREKLVESERKFTDEKVMQVIEFKRKVCKEGESFVVINQKGI
DPLSLDMFAKEGIFALRRAKRRNMERLTLACGGMAVNSTDDISEEMLGWA
GQVHEETLGDDKFTFVEDVRHPRSCTILVKGPNDHTIAQIKDAIRDGLRA
VKNTIDDQAVVPGGGAFEVAASLSLQKYKTTVKGRAKLGIEAYAEAMMII
PKTLADNSGFDVQDSVIKLVDEHVESGAAVGLDLMTGEPMLPEQEGVWDN
YCVKRQSLHLSTVLASQLLLVDEVMKAGKQMGQAPPGGPAGAGMME*

mRNA from alignment at S-latissima_F_contig980:91834..109627+

Legend: UTRpolypeptideCDS

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

>mRNA_S-latissima_F_contig980.17535.1 ID=mRNA_S-latissima_F_contig980.17535.1|Name=mRNA_S-latissima_F_contig980.17535.1|organism=Saccharina latissima SLPER63f female|type=mRNA|length=17794bp|location=Sequence derived from alignment at S-latissima_F_contig980:91834..109627+ (Saccharina latissima SLPER63f female)
CACCAACACCAGAGCCAGGGACGCCACCGAGAAGATACCTTGCTTGTGCG
CCGCTCAGACGAGTGCAAACAACACGTTGCTTGAGCAAGGACGCCGGAGT
GGACGACGGCCAGACCCAGCCCTACTGTTGTTTTAAAAATCGGGCGTGTG
GACTAGGACAGAGCGCTTGATTTTCTGTTTTCGCTTCGCAATACGATGGC
AGCCCCTACGCGATTCGTCAACCCCAATGCGGAGGTCGTCTCGAAGACGC
AGGCGCTCATGGTCAACGTGGCGGCTGCGCGAGGCCTCCAGAACGTGCTG
AAGACCAACCTCGGTGAGCAACCCAGATGCGTTTAGCAAGAGAAGGGTTG
GTGCAGAAAGAGAAGGCGCGATGCAGGGATGGAGACAAGTTGAGAGACCG
CTTTTTTCTGCTGAGTGGATCTGGTTTTTGGATCCCTTGGCTCTTCGAAT
ACGAAAAATCCCACTCTGTTTGTAAACATAAGCACCGTTTAGATATCCAT
ATTGATGTTGAAGAGGTCCTTATATTTCCGGACAGTGTGGTCCCATATCA
AAATCAAACCACACAAAAACTGACGAAAAAAAACGCGCGGAGCGAGGTGG
GGCAAAAGGCGCGACGCCGCAACGATTGCTTCGCGAGTCGAGTTGCAAGA
GGGGGCATAAGGAATGGCTGGTCCCTGTGCTCTCTGCCGCTCTTGGCTTG
CTGCACGAGCGAGCCGCTCTCTGCTCAACGCCTTGACGCTCTCCAACAAC
AGCTTATGAATAGTTGTTCCCAGATAGTCCTGAAGTGGACCAAAACCATC
TAGGATATACGCACGTGCGAGGGGGATACGAGCAGGGATCTGGTACTCCT
GTACAGCAGCAGTAGACCGACAGTACCGGACAAGAAAATACTTCTTCGTA
TATACATACTCGTGCTGACATAAGCGCAGCTAGCTACAGCAGTACGAAGT
ACAACCCCTGCGAGCATGAACTCGTGCACTCCCTGGCTGCAGCCGAGCAC
CTCACTTTTTGTCTCATGTATTTGCATGCACACGCCTACAGCAGTACGGT
GGACTACGAGGGCGTACAAGTACGAGTACAGCAGTATCATCCATAGCACC
GTTGTACACGACTGAAAGTGCTGTCTACAACAAACAATACCAAAGCTCAA
AAGGATTACGTTATTACTGTAGATCACATGGGCAGTTGCGCGGCAGCTAT
ACGTTGTCCTTCTAGAACACAGCACCCCCTTGGCCCGTGGGGCTATAGTC
TACCAGGTAGTATCTACGAGTATGTTTGTACCACGAGGTATATCGCACAT
GTTGTTACTTTGTTACAGCGCAGCAGTATGCCGAGGATTTTACGATTTTA
ACGACCGTAAAACCTGTACGTACAGCAGCAGCATGATATTTGTACGTACG
TAGTATAGAGTAGTATAAGCTGTCGCTAGGAACTCAAGCAGCATGATATT
TGTAACTGTCGTCACCTTGTGGCCGTTGGATCCCGGTCGGTCAGTCAGTC
GGTCGGTCGGTCGGCCGGTTGCCTCAGCCATCTGGAAAGGGCTAGTCCCT
ACTACCGTATAACACGGAAGAAAGCACACCCCGGTGGTAACAATTTGACC
TTTAAATATATTATTCACCGGGTGTGCTGGCAGTGGCAGGGGGGTGTGGT
ATCTAGCGTATCCCCGGTGGTAATCACCGTGCACTGTAGCCCCACAGCTA
GGGGGGGGGGGGGGGGCGTACTCATTTGTTGCTTGCCTTAGTCATTTGAC
CATTGACCACGCATCCCTTTCGAGACGGAGCACCGTTCCTACTCCTAATA
GAGACACCTCCAACACTTGGGCGCTCATTACGTTGTTTCCATATATTACA
AAGAAACTTTTTGCTAATCTTATCCCCTTCCTGTTTCGCCGCCTGTGGCC
ACCATCTATCTCCTAAGATAGCGATCGTTTTCTCGCTACTATTTAGTCTG
TGGGGGTGTGGAATTGAGGGGGTGTGCTAACGGTAAGTGATCATTGCTAC
GTAAGGAGCGTTACTAGACCCCCTCAATACCACTACCATTAGCAATTATC
ACGAGATATATCCATCCTACGTAGTGTTAATAACCCGGCGCCGGTGGTTG
GGGCGTAGGGCACAGTAGTAGGAGTAGTATAAAGTGTTTTGGATGAATGG
TATCCACCAGGCGGTGTGATATTTTTGGCGTTTGATGCTATTTTAAGACG
CCCCTCCGTATAGGGGGTGTGGTATTCAACGTACCCCCGGTGATGAAGCG
ACGATAAAAAAAAACAGCCCAAAAATGTTATCACCGGGTGTGGTATATAA
AGGGGGGTGTGCTTTCTTCCGTGTTATACGGTAATAACCCCCTACTTTTT
GCCGCCGTTCAGAATAATGGCACCAACGTGATGCCGACGTGTGGCGTCCA
TGTTTGCAAACCAAACTAAAGAAAAGGGCAAAAGGGTAAAAGGGTGATGA
TGTGCTCATGTGCTCATATATACCGCAGGCATACGTAGGGAAACCTTCAA
GTTTTCTCCATCAGCAACAACAACGGCAGCCTCCCCTCCATGTTGGTGTT
GATGTTGGTGGTGTCGGTGGTGGCCGACCCCTATTTGCAAAGCGGGCGTG
CAAGTAATATGAATGTGTACAGTAGCTCTGCGCACTCCCGAATGCCTCCC
AAGGTGGTACCAGGTACACAGGTGTCAGTTTCTTTGCTGTTTTCATCGCA
TGTATATATGTCTCGTTTGAATCTTCCTGTGGTCACCCTCTCACCTCTGT
CTACTACCAGGTACCTACTAAGTACCTGGTTACCAGGCATTTATAGACAA
GTCTGCCTGCCTGTATGTGTGTGTGCCTGTGTTGTCTCTCGGATCATATC
GTATCATATGTGGGTCTGTCTCTTATATCTGTCTGTCTGTCTGTCTGTCT
GTCTGTCTGTCTGTCTGCCTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGT
CTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGTCTGTCT
GTCTCTGCCTTTGTCTATCTATCTGTGTGTCTTGTCTATCTGTCTACATG
TCCGTTCTCTCTGCCTGTCTGTTTCTCCATCTATCTGCCTATCTGCATTA
TGGTTGTCTGTCGCCTACGCTTGTTACATGGCTCGACTCCGGCGGCGGCG
GCGGCGGCGGCGGCGGCGGCGGCAGGTCCTCGCGGCACGCTGAAGATGCT
CGTGGGTGGGGCGGGGCAGATCAAGCTCACGAAGGACGGGCGAGTGCTGC
TGCACGAGATGCAGATCCAGCACCCCACGGCGATGATGATTGCGCGGAGT
GCGACAGCGCAGGTGAGGGGAGAGATAGCGAGAGCAGGGAATGCCAGGGA
GAGCGGGGGGGGGGGCAGGGAGAGGGAGTGGGAGTGATAAAGGGGGGGGG
AACGGGAGGGAGGGAGGGAGAGAGGGAGGGAGGGGTAGGGAGATAGAGAT
AGCGACAAAACGAAAAGAAGTGAGAGGGAGAGAGACAATAGAGAGAAGGG
GGGGAGGGCAGGGAGATCTAAAAAGAGAAAAAGAGATGGGAGAGATAGAT
ACAATAGATAAGTAAAGAGAGGTAAAGAGACAGAGCCAGAGACAGGAAGA
GACAAGAAACAACGAGAGGGGGGTTGGAGGGCTTTGTTTTTCTTGCACGC
AGCATATTTTATCCGAGCTGAAACGAAACTCACGATCTAGATAGATGATC
TACTAGCAGATCCTATCCTGCCGCTATGAGATATTTTTTTGCGCAGGATC
CGTTATAGTACAGATCCAACCCAGGAAACATCGTCCTATATATCTCGTGC
AGACTATACCTACCTACCTGCCACCCGGCAGCATAGATCCGACTGATTGA
GAAATATATCGACCCCGAGAAAGATCTACACGTACAGTACGAGTAGATCA
TAGAAGAAGTGGGATTCAATTTATCTGTCCCGATTACGGAGTGTTTTATT
ATCCTCCCGGCTTTTTGTGTGTTCACGTACAGGACGACATCACGGGGGAC
GGCACGACGACGTCGGTGCTGTTCACGGGCGAGCTGCTGCGGCAGGCGGA
GCGCCACCTTAGCGAGGGGCTCCACCCCCGCGTTCTGACGGAGGGTTTCG
AGCTGGCCAAGGAGCACGCCCTGGGGGTCCTGGACTCGATCCGATTGGCC
AGGCGAGTCAATCGACACTGATGAATATGTGCAGCAGTAGTAGTAGTAGT
AGTAGTAGTAGTAGTAGTAGTAGCTGTTTGCTTGCTTGCTTTTTTTTATA
TTATATGGTTTGAATCCGATAGGCCAGGCGAGTAAGTCGACCCTGCTGCT
GCTGCTGCTGTTGTTGGTGTTGTTGTGTCGTTGGTGTTGTTGGTTTTCTG
TTACGAATCCGACCGGCCGTAGCTCCTTCTTGGCCCCAGTCAATACATAC
CAGGTACCTGGTATGTGATGAAGATGTATGTAAGGACCGCTTAAATTGAA
TATTACTGCACGAACGGTCCCTATATTTTCGGACATAAGAGTGGTACCTG
CTGGTGCGTGAATCAAGAGAAGGTTCCTCGTCAGGCCAGGTGTTGAAACA
ATGAGTCAATCGTCGATCGACACTACACCCTCCTACGTACTCGTAGTTTT
TAATCTTGTGATTCCAGCAGCAGTGGTTGTACCCATTTAAGACCACCCTC
GTGACAAGCCTTATTTACGTGGTCTTATCTCCGTTTTGGTCTTATATTTT
TCCTACTGAAAACATGATCCCATACTGGGCCGGTCGTCCCAGTGGTTCAG
CAGGTAACTATGTACGAAACCTGTTGAGTTGGAAGTCGAGGGTTCGAGTC
TCCGTATGGAGATTTTTATCCTCAAATGACACCAACTGTCGAGAGCGCAC
ATTATGGCGTGGGTAAGCACAATTCGACGAGAGTTGACGAGGGAAAAAAG
TGCTAAAATCTTATCGCGATAAAAAGTCAAGGCATGTACCGTAGTGGGGA
GGGGGGAGAAGAGCCTACTTGGTGACCCCGGATCTGAGTTACGACTAAAA
AGGGAGAGAGAATAGAAGGGCGAAGATAATAAATGGGATGGGCAAAAAAA
AAAAAACTAATTCGAAGTTTTTTTTCATCGTCCGTTGTACATAGCAAAAG
CCGATTCACCGGGTCTCATCTCTCTACTATGTATGTTATGTATGGCCTTA
ACCCATTCAGAACTTGAAAAAAAAATCCCACACTAATTCCAAGTAGTTTT
TACCCGAATATGTGGGACCAGTTCTTAACCCATTTAGGACTGCAGTCCCG
ATGTGGGGACAAAACACTTGGAATTAGAGGGAAATATTTAGTTCTAGACA
GTGCAGTTCTAAAAGAGTTACGTAAGGGGTTATAAACCGAATGGTCTTAA
ACTGGATACACCACCACCACTGCTGTATTTTTTTTTTTTTCTTGCTTTTT
GTGTTCGATCAGGCCAGCGGTGGAGGAGGACCGGGAACTTCTGGAGTCGG
TCGCGCGTACGTCGCTTCGCACCAAGCTCAGGGAGGAGGTCGCCGACAAC
GTGAGTCCGTCATCAGTCTGTCTGGGTGGGGGGGGGTGTTGGAGGGGTGT
ACTCATGTCGTGCACGGCCGTAGTCGTATGACCATAGACCCTGGCATCCC
TGCAATGCCGGGACGGAGCACGTTGGGTTTCACCAACACCAGGGGGGGGG
GGGGAGGAAGGGAGAGGGGGGATGGGATGGGATGGGGGGGGGGGGGGGGG
GGTGGCGTACTCATTTGTTGCTTGTCATTTTACCATTGTTCACGCATCCC
TTTCGAGACGGAGGGGTTGGAGGGGGGAAAGGGGAGGGGGGCGGCGTGGG
GGGGGTGGGGCTGGGTGTACTCATGTCGTGCATGGCCGTAGTCGTATGAC
CATAGACCCTCGCATCCCTACAATGCCGGGACGGAGCACGTTGGGTTTTC
AGGCAGACATTGCTTGCACCAAGCAATGGAGGAACGGATCGGAGGGGTGG
GGGGGGGTGTACTTCGTATCCAGGCATGACCGTAGTCGTATGACCATAGA
CCCTCGCATCCCTACAATGCCGGGACGGGGGGGGGGGGGGTCGGGGGGGG
GGGCGTACTCATTTGTTGCTTGCCTTAGTCATTTGACCATTGACTACGCA
TCCCTTTCGAGACGGAGGGGGGGTCAAGGAGGGCCGCGAAGAATATTATC
GGAAGTGTACGTGCTGATGTAGCAGGGAAAGACTCAGCGATCGATCGGGA
AAAGCCTACGCATTGATTCCGTTTTTTTTTTTTTTTATTATTCCCAGCTG
TGTTCGTGTGAAATCCCTTCTCAAAGGCATATGCAACCCAGCTTGTATCC
CTTCCAGAACTGCATACCTGGTACGTTAGAGTGGGACCGCGCATTTGGGA
TGGTAAAGTTGTTGACCTCCCTTGTTTGTAGACGCGTACTATGTGCAGGT
GCATCCTGCCAAAAGTTTTTGTGCAGGTGCATCCTGCCAAAAGTTTTTGT
GCAGGATGCCGGTTTTAATGGGTGAGGCTGGCCTTTTGGGCCGCATGTTT
TTTTTGGGGGAAAAACGCCATCAAAACACGCGGCGGAGCCGCGTGGCTGC
CCCTGCCGACCTCGTGCTCCCCAAGGGGTTGGGATTAGGGTTAGGGTTAG
AGGGGTATTTATTGGGTTGGCTTGGTCTGGGTCGACGGGCAAGGATGAAA
TTGGCCACACAACAGCCTGCACAAAACAATTTGCAGGATGCACCTGCACA
TAACGCACGCCTTGTTTGTGACCCTTGGCGTTTTTCGCGCCCACCGCGAC
CCCGAGCAACCACCGCCGCCCGCCCGAATGGTTTGCGGACAAGACCGGTG
TTGTTTTTTTTTTTAAGACGGAGCAGAAGGCAAAAGGTGGACGCGGGCGC
TTCGCCGTGCCTTACGTCGTGCCGTGCCTCGCCTGGCCTCGCTTCGTCTT
TACAGTGTTGTGAGAGTATAAATACTCCCGCCTCGTGTGGGCCTGCCTCC
ACACGTTGGGCAGATCACGATGAAAAAAAAAACGCCACCAATAACACCAA
CAAAACCCAAACCACTACCGACGACAACGCCAACAAGCACCCTGATGGTT
TTTTTTTCAACATATATATCTACAAACGGTGCCCCCCTTGTTTTGGTTTC
CACGTTTCGTTTCGTTACGTTACGTTAAGTTACGTTGCGATGCGTTGCGT
TGCGTTACGTTGCGTTACGTTGCGTTGTTGCGTTGAGCTACATTGCGTTA
AGTTGCGTTGCGTTACGTTACGTTACGTTTCGTTTCTTTACATCACGTTG
TTTTGTTTTGCTTCGCTTTGGTTTTTGATCAGATGATGGAGGCGGTCACG
GGCGCGGTGCTGACCATCATGAAGTCCAAGGATGAGATCGACCTCCACAT
GGTAAGCCCTAAGGAGGGAAGGGGAGAGAGGGGGGGGGGGGGGGGGGGGA
CGAGGGGGAGAGGCGTGAAAGGGCGAAGGGCGCAGGGAAAGGAGAGGGGG
GGTGATGAAGGAGGATGAGGGAGGAAGGGGGTGTACTCATGCTGTGCATG
GCCGTAGTCGTATGAGCATAGACCCTCGCATCCCTACAATGCCGGGACGG
AGCACGTTGGGTTTTCCCCATCCAGACAGACATTGCTGGGGGTGGGGGGG
GGGAGAGGGGCAGCGGGGGTGAATGAGGAGGAGGGGGGGGGGGGGGGGGG
GGGGCGTACTCATTTGTTGCCTGCCTTAGTCATTTGACCATTGAGACGGA
GCAGGGAGGGGGGTACTCGTGTCGTGGGGGTGTTGGTGCCGTTGGTGCCG
CTTTCGCCGTGTCTGGTGTTACTCGTATTGATGGATTGAGTGATACGAAA
GTGGTACGAAAATATTGATGGGTATTTGCTCTTCGGGTGTAACTAGCGTG
TTTTGTTTTGTTTTCTTCCTTGGTGCTATCGTTAGACGTCGGTGCTGGCA
AGCTTGCAAGATTCGAAGTATGGTAGCGATCCTCTTGTCGTACTACCACA
GCTATAGCTACAGCAGTAGCTGCTACTCGCACTACACTCGTCCAGCTAAA
ACCAGCTTTCGCGTGTGACGGCGGCGCTCACTCCCTCGATCACTCCCCTG
ACGCAAAGGTTATGGCTAGTCTCTCATAGTTGTTTGGTCCCATTTGAGGC
ATGCCTGCCTTCTGCCGCTCCCCCCTCCCCCCCCCCCCCACTCGGTCACC
CCCCCCTGATCACCCCCTCTCCCTCTCTATGCTTGGCAAAGCATGTTTCT
CTTCCCCTTTCCCACCCTCCCCCTCCCCCACCCCCCCTTTCCCCACTCCC
CACTCGCCCCCCCCCCCCCCCCCCCCCCCCCCTCTTCCCTCTCTCTCCTC
CTCTCCTTTCCACCCTTTCGATGTGTTTTTATGTGTGGCATGGCGTTTTT
TTTCCGTGTTTTCTTTATTTTTGTTTCTCACCACACACTACGTACGTATT
TGGTGGGCATTGCGTGGCCTTCATTTTCGTATTGTGTTTTTTTTGTGTTT
TATTTTTTGGTTGGTTTGTTCGTATTCTTGTTTTGGGGGGACGTGATTGA
TGCCGGCCTACAGGTGGAGATTATGCAGATGCGACACAAGTCCGGCACGG
ACAGCACTCTGATCAGAGGAATCGTCATGGACCACGGCGCGAGGCACCCG
GACATGCCCCGCAACCTCAAGAAGTGAGACTTTTGCCTCGTATCATATTC
ATACGAGCGAATACTGCGAGTTTATTTTAAATTACCCCCCCCCCCCCCGC
TGCTCCCTCCGTCTCGAAAGGGATGCGTGGTCAATGGTCAAATGACCAAG
GCAAGCAACAATTGAGTGCGCCTCCCCCCCCCCCCCCCTACCTATGGCCA
TACGACTACGGCCATGCACGATATGAGTACCCCCCCCCCCCCCCTTCCCC
GGTGGTATTAATACGATGGAGGTACTAGTAGCACATCGCGAGTTCTGATT
TGCTATGCCCCCCCCCCCCCCCCCGTACTGAAACGGGGGGGCATAGTATT
CCAGACCCATCACCTATATTCCAGTATTTTTACTCAACCTATTTGGTCCT
GATCACTACGTTCCCCCGTATTAGTTTAGTCTTTTTTTGCTGTCCACAGC
CTGACGTGCGACCACACCCATCCCTACTCGCCGCCGCCGCCACCGCCATG
GCGGTGTCTTGTCCTTTTGTTGTGGTTCTGTTTTGTTTCTTGTTGTTTAG
TTTAAGCTTGTACTTGGAAGTACTTCGTATACTCGTATATATACGTTGTT
TTTTGTTTTGAGTTCGATCCGTTTCGCTTTTCGCCGCCGCTTATCATTTT
TGTTTTTTTTTTTCGATCCGTTTCGTTTTCCGCCGCCGCTTATCATTTTT
TTTTTTTTTTTTTTTTTTTTGCAGCTGCCACATCCTAACGTGCAACGTGT
CGTTCGAGTACGAGAAGACGGAGGTTCAGTCCGGGTTCTTCTACTCGACG
GCGGACGAGAGGGAGAAGCTCGTCGAGAGCGAGCGCAAGTTCACGGACGA
GAAGGTGATTGATTGATTGATGGGTTTTGGTTGGTTCGTTGATTGAATGT
TTAGTGCGCTTGTTGCTTGCGAGCTTACCAGCTTTCCACTTAATCTTGCT
TATCATCTTTTGATTGATCTTGCTTATCAGATTTTAATTTCGTCTTGCGT
ATCAGCTTGCTTACCACCTTTTCATTTGATCTTGCTTATCAGCTTTTCAT
TTGATCTTGCTTACCACCTTTTCATCTGATCTTACTTGCCAGCTTTTCGT
TTGATCTTGCTTACCAGCTCTTCATGTGATCTTGCTTATCAGCTTTTGCC
TACCAGCTTTTCATTTGATCTTGCTTATCAGCTTTTCATTTGATCTTGCT
TACCAGCTTTTCGTTTGATCTTGCTAACCAGCTTTTCATGTGATCTTGCT
TATCAGCTTTTGCCTACCAGCTTTTCATTTGATCTTGCTTATCAGCTTTT
CATTTGATCTTGCTTACCAGCTTTTCATTTGATCTTGCTTACCGGCTTTA
CATTTGATCTTGGCTTCTCAGCTTGCTTGACAACTTGCTTGTCAGCTTGC
CTATTCGCTTGCGTGTGAGCTTGTTTATGAGCTTGATTGTGGGCTTTCTT
ATGAACTTACTTGCGTATGGGGTTTGCTTATGAGCTTTCTCGAGCTTGCT
TTTCGGCTTTCTTACTAGCTTGCTTTGATTTCGCTTGTGTTGTGCATGTG
TTTTTCTTGTTATTGCTCTGATCAACGTTTTGTTGCCGTCTGTGTTCACT
TGCTCTTGTCTTGTGCTTGTTCTGGTCTTGTCCTCGTACCAGGTACGTAT
GCATGCAGTTGTTCTTCTCATTGCCGCTCTTGATGTTAACTTTCCTTGCT
TTTTCTTGTTCCTTGTTGTCGTTTTTTTATTTTGTTGTCCACCCCCCCCC
CCCCGCCCTGCAGGTGATGCAGGTGATCGAATTCAAGAGGAAAGTGTGCA
AGGAGGGCGAGTCGTTCGTCGTCATCAACCAGAAGGGCATCGACCCCCTC
TCCCTCGACATGTTCGCCAAGGAAGGCATCTTCGCCCTCCGGAGGGCAAA
GGTAACGCCACGCCAAGCCGTACCATATAATATGCCATGATATCGTAGTA
TATCGTGGTACAGTAGCATATCATATCAATATATCATATCGTGTCATCAG
ATCCGATCATATCGTAATACAATATCATATCGTACATATCATGTCGTGTG
ATATCACATCAACCGCGTACCATGTCATATCAGATCATGTTATATCGCAC
CAACCGCGTACGATGTCATATCAGATCAGGTCATAGCGTATCATGTCATA
TCACATCAAGCGCGTACAGTATAGTATCATACTTCGTATCATATCATGTC
GTATCATATCAATATTTCATATCATGTCATATCAGATCAGACCCGATATT
ATCAGATATGTTTCACTCCAACCAGGTGGGCATCGACCCCACTCTCCCTC
GGCATGTTCGCTAGGGAAGGCATCCTCGCCCTCCCCGAGGGCAAAGGCAA
CGCCATGCCATGCCGTACCGTATCACCTCATATCATATCTTACTTGATAT
AGATCGTAGCATATAATACCATACAATGTCAAATCAGTCATATCGTATGA
TATCATGTAATATCATATCGTAGTATCATATCATATCACACCATGTCATA
TCACATCATACCATATCATATCATACCGTAGCATATCATATCATACGTAT
GATAACATATACCTGGTAATAGTGTTCGCGTAAATATGCCCGCTCAGGCG
AACTTCCTTAGATGTGCCCGCACTGAAAATAGAGCGTTTCCAAGCACAAC
GACCAGGTGGCACACCAACCAGGCATACCTCTCGTTAGGGTTAGGGTTAG
AGTTCCGGGTCGGGTTGGTGGCCGCCGTTGGCCGAAGTAAAAAATAAACT
CGCCGTCGGGAACGAATGCCTTACAGCTTCGTGACAAAACCCTATGATAC
CTCATTAGAAACAGCATAATTTTATGCGGGCACGTCTGAGAAGTTCGCCT
GAGCGGGCAGATTTACGCCTGCTGCATATAATATCGTATAATGCCATATC
ATTCAATATCATACTGTATAATACCATATCAATATCACATCATGTCATAC
ATAATAGTCCGATATATTACCATCCCATCTAAATATCGTACGATATCGAT
TTCCTGTTTTCCGTTCTCCTCTCCTGACAGCGGCGCAATATGGAGAGGCT
TACGCTCGCTTGTGGAGGCATGGCGGTAAATAGCACGGATGACATCTCCG
AGGAGATGCTTGGCTGGGCTGGACAGGTCAGTCAACAAACTGAGCTTTGC
TAGCGAGCTGACCTTGCCGGGGGTGTACTCATTGCCTTGTATGGCCGTAG
TCGTATATATGACGATAGACTCTCGCATCCCTACAATGCCGGGACGGAGC
ACGTCGGGTTTTAACCGACGAGGAAGACATTGCTTACATCAAGCGGGAAG
CGCCGTGAGGTGTCTTCGTCGAGTCACATGAAGGGGGAGCTGCATCCTTC
CGAGAACCGGTTGTGAGGCGGACTCAGGCACCACAATAATTTGGATGACA
GCGTCGAATGGGGCCGGGGGGGGGAAGGATGAGGGGGGTACTCATTATGT
CCCTTGCCTTGAGTCATTTGACCATTGGGTACGAATCCCTTTCGAGACGG
AGCGGGGGGGGGGGGTATGGGGGTTTGTGGAGATACAGGAGGGTTGTTAT
TGTCGTACATTCCTCGTGGTTGCTGCTTTTGTGAGTTTTCGTGGCCACGG
GCTGGGATAGGCGCCACTCCGATCCAAGCCAACACAACCCCAACACAACC
CAACCCCACCTCAACCCAGCCCAACCCAACCCAACCCAATCGAATTCAAT
TGGCGGCAGGTTCACGAGGAAACCCTCGGAGACGACAAGTTCACCTTCGT
CGAGGACGTCCGCCACCCCCGCTCCTGCACCATCCTCGTCAAGGGGCCCA
ACGACCACACCATCGCCCAGGTATGTGCGTTGTGATTGCGATAGATCCGT
TACATGGTACCAGGTTTTATAGATCCGTTGGGTGCTGTACATACCTTGCG
GCTTTGTAGACCCGGTATACAGGTGACGCACCTTACTGGTCCGTAGATCC
GGTGTACCTTGCTCCTGCTCCTGCACCATCCTCGTCTAGAGAGGCCAAAC
GACCATGCCTTCGCGCTGTCAAGGCTATCATAGTCTTCCAAGGCATTTGT
CGCTGTCTTGTCTTGTCTTGTCTTGTCTTGTCTTGTCTTGTCTTGTCTTG
TCTTGTCTTGTCTTGTCTCGTCTCGTCTCGTCTCGTCTCGTCTCGTCTTG
CCTTGCCTTGCCTTGTCTTGCCCTACCTTGCCCTTTCCTTTGCCTTGCCC
TGCTTTGCCTTTCCCTTTCCTTTGCCTTGCCTCGCCTGTCCTTTCCTTAT
TCCTTGCCCTGACCTGCCCTGACCTGACCTGTCCTGTCCTGACTTGTCCC
ATCTTGCCTCATTGTGTCTCACCCTGTTTTGTCGTTTGTTGTCGTGTCTT
GCTTGGCCTGTCGTTGCCTTATCCGCTGTTTTCGGGTGTGTGTGTGCAGA
TCAAGGACGCGATCCGTGACGGCCTCCGCGCGGTGAAGAACACGATCGAC
GACCAGGCGGTTGTGCCCGGTGGCGGAGCATTCGAGGTGGCGGCAAGCCT
CAGGTCAGGGAGGGAAGGGGAGGGAAGGGAAGGAGGAGAGAGGGGGCGGG
GTGCGGTGGAAGGGAGGAGGGAGGGAGGAGGGCGGGGTGGGGGGTGGAGG
GATGGGGAGGGATGGGGGGGGGGTGTACTTCATTTTCATGCATGGCGGGG
GGGGGTGGAGGGAGGGATTAGGGAACTAGGGATGGGGAGGGGGGGTACTC
ATTATCATGCATGGCCGTAGTCGGGGGGGGGGGGGGGGTTGTATGGAGGG
ATGGAGGAATAGAGAGGGGGGGGGGTGTGGAGGCGTGGAGAGGGATGAGG
GAAGCGGGGGTGGAGGGTCGGAGACGGCGCGGGGGTTGGAGGATAAAGGA
GTGGGGGAAAGGGTGATGGAGGGGTGGAGCGATTTATTGAAAACTGAAAA
CTGTTTTGGTTTCTCGTCTTTGCGTGTGTGTTTTTCACATATATTAAGTC
TCCACAGTACATTCTGCTAACGTTTTGTTTATTCCGTGTTTTTGCTTTTT
TTTTGCTCTTGTCTTTGTGTTTGTGTTGTGTCCCATGTTTTTTGTTTTCA
CAATTTTGTACTGTAGTCTCCAGAAGTACAAGACGACCGTGAAGGGGCGG
GCGAAGCTGGGCATCGAGGCCTATGCGGAGGCGATGATGATCATCCCCAA
GACCCTGGCGGATAACTCTGGCTTCGACGTGCAGGACTCCGTGATCAAGC
TGGTCGACGAGCACGTGGTGCGTTTTTTGTTTTTTTTGCCGCCCTACTTT
TTTCTTTTTTTTTTGAACCATCGTTTGTATATGTTTACTTCCAAGCTTTC
TGGACAAGCCGTATTCATAGGTGTCTTCCCTTCCCCCCCCCCCCGAGACA
TGCCTCCATTTTTGTATCGGGAAAAGGGGTTCAGTTTAGCATTCTCCATC
GCTCGCCGATTTTCATCGTTTTTTTTCTAGCTTACGCTCTCGCGCTTTCC
GCGATGAGAAAAAAAAACGCATACTCGTACGCATATATAGTACCTTTTTT
GTTGGGGGAAACTCGCCGGGATTCGAACCCCAGCCCTCATACGCTTCGTA
GTAGTTTAGAGGTTAACCACTAGACCACCGGGGCGACCGGTATAGCCATC
TGAGCACGACGAGCAGATGGTGCGTTTTATTTTACTGCCGCCCTGTGTGT
ATAGCCGCCGCCTATCATTACGAGTAGCAGCCTGCCTGCCTGCCTCTTAG
CGCTTACTCCCTCCTCTCCCATTTCCTTGTCCAACTCTGCCTTTCTGTGG
CTCTCTCTTCCCCTCTCCTCCCTTAAGATGGTATATGGCCGTCGCTAGGA
ACTCGCACAGCTCGTCCAAATTATTAGAAAACTCGCATTCGCTCTTACCT
CCTTAAGAACTGGTCCCATGAATTTGGGGACAAACTGCTTGGAATTAGTG
TGGTTTATTTTTTCAGTTCTGAATGGGTTATTAAAAACAAAGAAAAAGAG
TAAATAGGTATCGGGAACCGATATATATGATAATAATCTGCAGTTTGTTG
TCGTAGAGATAATTCGGCGTTATGGTTCATGTTCTTTGGCTGAGTACGAA
GTACGTATGATAGCTCACTTTCACAACAGCAGCAGCAGTTGGCATTGTTT
GGTTGATCGCGCTTGTGGGAATACCAAGTGGATAGGTACCGCACGGAACG
GTGCTGGCAGACTGGTAGAACATGCGAACAGACAGGGCTGTTGCTTGCAG
CTGGACAGCGGTCGCACGCTGGGCCAGGTATTTCGTGATTGCCAGCACCG
TTCCGTGCGGTATCCACTTGGTATTTCCACAAGCACGATCAACCAAACAA
TGCGAGCTGCTGCTGTCGAGTGAGCTACGTACTTCGTACTCAGCCAAAGA
ATATGAACCATAACGCCGAATTCTCTCTACAACAACAATCTACAGTTTAT
TTTTATATCGGTTCCCGATTCCTAATAATAAACTTTCTCTTTTTTTTTCT
TTTTTTTTGACAGGAGTCTGGCGCCGCCGTGGGCCTTGACCTGATGACGG
GGGAACCGATGCTGCCGGAGCAGGAGGGTGTCTGGGACAACTACTGCGTC
AAGCGCCAGTCGCTCCACCTCAGCACGGTGAGTTGTCTTACTTTACGAGG
AGTTGTAGAGTTGTTGGGGGGGGGGTTTTGGGGGGGGGGCGTACTCATTT
GTTGCTTGCCTTAGTCATTTGACCATTGACCACGCATCCCTTTCGAGACG
GAGCTGGGGGTTTAATCCTCCGGCCTCCGGCGGAGATTGGTAAAGATAAA
AGCTTCGCCCTCCTTAACCCATTCAGAACTGAAAAAAATGTCCCACACTA
ATTCCAAGTATTTTGTCCCCAAATTCGTGGGACCGGTTCTCAAGGGGTTA
AGAAGAACCGGTCCCCCCCGTTTTGGGGGACAAATTACTTGGAATTAGTG
TGAGACAAAGTTTTGCGGTTCTGAAAAAGGTTAAGGACTGCACTACGTAC
CGTTTGTGAAGAGCAAAACACTTTAACCACCTCGAGGCAGATAATCGATT
CCCGCTTGATGGTCTGGTCTAGACCTTTCAAGGCAGATTCTACTTATAAA
GTAATCCCAACATTGTACCACTCTGTCCCGAAACATAAGCACCTTTTGTA
CATTAAAATTCAATAAAAGGGTGCCTATATTTCAGGACAGTGGTATGACT
TGACAGTACATAGCTCATCATGTTGCCGGGTGGGACCGGATGTATAATAA
TCGGCATGGTCTATTACGGGGTGGGCTAATGTAGTAAATAGGACCTACGG
TGCACACTAAAACCTATATATTTTACTATTTTTACTAACAATATGTGGTC
CTGTTTACTATGGCCCTCCGTAAAAAGCGCATGAATTCCTGGGTTGGGAT
CTGTACTGTACACAGATCCTGCACAATCTTTGACAGCGGCAGATGAGGAT
CTACTGTAGATGATCTACTTACTACAAGACCGTAGTAAATAGGACCTCCA
CCCTAAAACCTACCTGGTATATATTTACCTATTTTTACTATTAATAACAA
TATTTTGTCCCTATTTACTATGGTCCTCCGTAAATAGCGCATGTGTCCTG
GGTTGGGATCTGTACTATACACAGATCCTGCACAATCTCTGACAGCGGCA
GGTGATAATCTAGATGGTCTACAATAGATCGTGATCTATCTGTAGATGGT
ATGTTCGAGGTGTGACACACTCGGACTTAACCCCTTAAGAACTGGTCCCA
CGTATTTGGGGACAAACTACTTGGAATTAGTGGGGGATAAGTTTTTCAGT
TCTGAATGGGTTAAGAGACATGTTTAGGTTTCTGTACACTGACTGCACTG
TTTAGTAAAATCATTAAGCACATCACACTTCCCCAATAATAAAATACACG
TTGTATCGTAAGTGTGGCGTCAAGCCGGGGGGAGGGGGGGGCTGGGAGTG
GAAGTTGGGAGGGTTTCGTTTTGGGCTGGGAGTGGAAGTTGGGAGGGTTT
CGTTTTGGTCTTTATCCAAAAAAAGATATATTTGGTCAGTTTTTGACCAA
AGGCAGGTATACCTGATAAATTTTGGACCAAAAACAGGTATACACGAAAA
CCAAGTAAAAAACACACACACACCATGAGCCCTGCGATTGGCCAACCTCA
CATCGTCATCTGTTTTTGGCTTGAAATGGGCCAGGTACACCTGGATTTGT
CTACACTTTGTCTAGCTTTCAACTTTTTTTTGCCTGATTTTGGGCCAATC
GGAAGCCATACGAATATTTACGTATACACCTCTTATTTATTTTTTTCGTA
TGCGGTCCCCTCAGGTTCGGTCGAAACTCGTCGTACACTTGTATATGCTG
ATGCGCTTTATCTTGTTTGGGGTGTGCCATTTGCTTCGGTTATTGCACTG
CTTTGCTTTTGTTTTGTCTGCCGTTATGTTCCTCTCTATCTCGTAGCTCT
GGCTGGCTCTCTTCGCTATACGTAACTGTTCCCTGCTGGACTTCTCTTGT
TGAGGAGAAGGGGGGGGGGGGGGGTGTACTTCATATGCATGCATGGCTGT
AGTCGTATGACCATAGGCCCTCGCATCACTACAATGCCGGGACGGAGCAC
GTCGGGTTTTCACCGACCAGGCAGACATTGCTATTAATAGCATCAAGCGC
GAAGCGCCGTGAAGTGTTTGGCGAGTCGCATGAAGGGTGTGCTGCATCCT
CTACTAATAACCGCCTGTGAGGCGGACTTGCACATGGATGACAGCTTCAA
TGAGTTGGGAGTTGGGGGGGGGGGTTGTGTGCTTCTCTTGTCTGCCTGTG
TGTCTGCCTGTGTGTGTCTATGTTTGTTTCTCTTCGTCCTTCCTCTGTGT
TGCTCTCGTCTGTGGCTATCTTCGCTAATATGTTGCCTGTTGTGTGCTTC
TCTTGCGTGCCTGCGTGTGCCTTGTGTTTGTTTTCGTTTGTTTTCTTTGT
CCTGGGCTGCCGCAGGTGCTGGCCTCGCAGCTGCTGCTCGTAGACGAAGT
AATGAAGGCCGGGAAGCAGATGGGCCAGGCACCCCCCGGCGGTCCCGCCG
GTGCCGGCATGATGGAGTAAAAAAAATGGAAAATAATGATAGAAAGTATC
ATTTACTTCGTACGTATGGACTTTAAGGACTTATCGCATCAAGAATAAAA
ATAAAAAGAGGACAAAAACACAAGAAAAATGTGAACAAAAAGGACGGCAG
TGCAGGAAACGTTAGCAGCTTAGGGATGATGAGCTCACGCGGAG

Coding sequence (CDS) from alignment at S-latissima_F_contig980:91834..109627+

>mRNA_S-latissima_F_contig980.17535.1 ID=mRNA_S-latissima_F_contig980.17535.1|Name=mRNA_S-latissima_F_contig980.17535.1|organism=Saccharina latissima SLPER63f female|type=CDS|length=3282bp|location=Sequence derived from alignment at S-latissima_F_contig980:91834..109627+ (Saccharina latissima SLPER63f female)
ATGGCAGCCCCTACGCGATTCGTCAACCCCAATGCGGAGGTCGTCTCGAA
GACGCAGGCGCTCATGGTCAACGTGGCGGCTGCGCGAGGCCTCCAGAACG
TGCTGAAGACCAACCTCGATGGCAGCCCCTACGCGATTCGTCAACCCCAA
TGCGGAGGTCGTCTCGAAGACGCAGGCGCTCATGGTCAACGTGGCGGCTG
CGCGAGGCCTCCAGAACGTGCTGAAGACCAACCTCGGTCCTCGCGGCACG
CTGAAGATGCTCGTGGGTGGGGCGGGGCAGATCAAGCTCACGAAGGACGG
GCGAGTGCTGCTGCACGAGATGCAGATCCAGCACCCCACGGCGATGATGA
TTGCGCGGAGTGCGACAGCGCAGGTCCTCGCGGCACGCTGAAGATGCTCG
TGGGTGGGGCGGGGCAGATCAAGCTCACGAAGGACGGGCGAGTGCTGCTG
CACGAGATGCAGATCCAGCACCCCACGGCGATGATGATTGCGCGGAGTGC
GACAGCGCAGGACGACATCACGGGGGACGGCACGACGACGTCGGTGCTGT
TCACGGGCGAGCTGCTGCGGCAGGCGGAGCGCCACCTTAGCGAGGGGCTC
CACCCCCGCGTTCTGACGGAGGGTTTCGAGCTGGCCAAGGAGCACGCCCT
GGGGGTCCTGGACTCGATCCGATTGGCCAGGACGACATCACGGGGGACGG
CACGACGACGTCGGTGCTGTTCACGGGCGAGCTGCTGCGGCAGGCGGAGC
GCCACCTTAGCGAGGGGCTCCACCCCCGCGTTCTGACGGAGGGTTTCGAG
CTGGCCAAGGAGCACGCCCTGGGGGTCCTGGACTCGATCCGATTGGCCAG
GCCAGCGGTGGAGGAGGACCGGGAACTTCTGGAGTCGGTCGCGCGTACGT
CGCTTCGCACCAAGCTCAGGGAGGAGGTCGCCGACAACGCCAGCGGTGGA
GGAGGACCGGGAACTTCTGGAGTCGGTCGCGCGTACGTCGCTTCGCACCA
AGCTCAGGGAGGAGGTCGCCGACAACATGATGGAGGCGGTCACGGGCGCG
GTGCTGACCATCATGAAGTCCAAGGATGAGATCGACCTCCACATGATGAT
GGAGGCGGTCACGGGCGCGGTGCTGACCATCATGAAGTCCAAGGATGAGA
TCGACCTCCACATGGTGGAGATTATGCAGATGCGACACAAGTCCGGCACG
GACAGCACTCTGATCAGAGGAATCGTCATGGACCACGGCGCGAGGCACCC
GGACATGCCCCGCAACCTCAAGAAGTGGAGATTATGCAGATGCGACACAA
GTCCGGCACGGACAGCACTCTGATCAGAGGAATCGTCATGGACCACGGCG
CGAGGCACCCGGACATGCCCCGCAACCTCAAGAACTGCCACATCCTAACG
TGCAACGTGTCGTTCGAGTACGAGAAGACGGAGGTTCAGTCCGGGTTCTT
CTACTCGACGGCGGACGAGAGGGAGAAGCTCGTCGAGAGCGAGCGCAAGT
TCACGGACGAGAAGCTGCCACATCCTAACGTGCAACGTGTCGTTCGAGTA
CGAGAAGACGGAGGTTCAGTCCGGGTTCTTCTACTCGACGGCGGACGAGA
GGGAGAAGCTCGTCGAGAGCGAGCGCAAGTTCACGGACGAGAAGGTGATG
CAGGTGATCGAATTCAAGAGGAAAGTGTGCAAGGAGGGCGAGTCGTTCGT
CGTCATCAACCAGAAGGGCATCGACCCCCTCTCCCTCGACATGTTCGCCA
AGGAAGGCATCTTCGCCCTCCGGAGGGCAAAGGTGATGCAGGTGATCGAA
TTCAAGAGGAAAGTGTGCAAGGAGGGCGAGTCGTTCGTCGTCATCAACCA
GAAGGGCATCGACCCCCTCTCCCTCGACATGTTCGCCAAGGAAGGCATCT
TCGCCCTCCGGAGGGCAAAGCGGCGCAATATGGAGAGGCTTACGCTCGCT
TGTGGAGGCATGGCGGTAAATAGCACGGATGACATCTCCGAGGAGATGCT
TGGCTGGGCTGGACAGCGGCGCAATATGGAGAGGCTTACGCTCGCTTGTG
GAGGCATGGCGGTAAATAGCACGGATGACATCTCCGAGGAGATGCTTGGC
TGGGCTGGACAGGTTCACGAGGAAACCCTCGGAGACGACAAGTTCACCTT
CGTCGAGGACGTCCGCCACCCCCGCTCCTGCACCATCCTCGTCAAGGGGC
CCAACGACCACACCATCGCCCAGGTTCACGAGGAAACCCTCGGAGACGAC
AAGTTCACCTTCGTCGAGGACGTCCGCCACCCCCGCTCCTGCACCATCCT
CGTCAAGGGGCCCAACGACCACACCATCGCCCAGATCAAGGACGCGATCC
GTGACGGCCTCCGCGCGGTGAAGAACACGATCGACGACCAGGCGGTTGTG
CCCGGTGGCGGAGCATTCGAGGTGGCGGCAAGCCTCAGATCAAGGACGCG
ATCCGTGACGGCCTCCGCGCGGTGAAGAACACGATCGACGACCAGGCGGT
TGTGCCCGGTGGCGGAGCATTCGAGGTGGCGGCAAGCCTCAGTCTCCAGA
AGTACAAGACGACCGTGAAGGGGCGGGCGAAGCTGGGCATCGAGGCCTAT
GCGGAGGCGATGATGATCATCCCCAAGACCCTGGCGGATAACTCTGGCTT
CGACGTGCAGGACTCCGTGATCAAGCTGGTCGACGAGCACGTGTCTCCAG
AAGTACAAGACGACCGTGAAGGGGCGGGCGAAGCTGGGCATCGAGGCCTA
TGCGGAGGCGATGATGATCATCCCCAAGACCCTGGCGGATAACTCTGGCT
TCGACGTGCAGGACTCCGTGATCAAGCTGGTCGACGAGCACGTGGAGTCT
GGCGCCGCCGTGGGCCTTGACCTGATGACGGGGGAACCGATGCTGCCGGA
GCAGGAGGGTGTCTGGGACAACTACTGCGTCAAGCGCCAGTCGCTCCACC
TCAGCACGGAGTCTGGCGCCGCCGTGGGCCTTGACCTGATGACGGGGGAA
CCGATGCTGCCGGAGCAGGAGGGTGTCTGGGACAACTACTGCGTCAAGCG
CCAGTCGCTCCACCTCAGCACGGTGCTGGCCTCGCAGCTGCTGCTCGTAG
ACGAAGTAATGAAGGCCGGGAAGCAGATGGGCCAGGCACCCCCCGGCGGT
CCCGCCGGTGCCGGCATGATGGAGTAAGTGCTGGCCTCGCAGCTGCTGCT
CGTAGACGAAGTAATGAAGGCCGGGAAGCAGATGGGCCAGGCACCCCCCG
GCGGTCCCGCCGGTGCCGGCATGATGGAGTAA