mRNA_F-serratus_M_contig148.3315.1 (mRNA) Fucus serratus male

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

Overview
NamemRNA_F-serratus_M_contig148.3315.1
Unique NamemRNA_F-serratus_M_contig148.3315.1
TypemRNA
OrganismFucus serratus male (Fucus serratus male (Toothed wrack or serrated wrack))
Homology
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A097ITX1_9PHAE (Alanine transaminase n=8 Tax=Sargassum TaxID=3015 RepID=A0A097ITX1_9PHAE)

HSP 1 Score: 828 bits (2140), Expect = 2.400e-300
Identity = 410/507 (80.87%), Postives = 448/507 (88.36%), Query Frame = 1 
Query:    1 MIRRTLPRAFSASSSSLKGVPFDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGGSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKYRD 1521
            M+RRTLPRA S++SSSL GVP D  SIN +VR AEYAVRGNVL +SMELQRR+ AGE LP      +   VPCNIGNPHALLQ+PLSFHR+VL+LCISP L S +P+ F  D VERAQKYA  MGGGVG+YTNS GI AVREEIA+FI+ RDGYPA+ DRIYLTNGASEGVRMLLTCLLRGG   DGLLTPIPQYPLYSASLTLLGG LVPYHLNE  +WGV+M+NL EA+  ARG+G+EVRGIAVINPGNPTGNIL EDQIKDIIQMA DN LVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIG EVRAELYKLASLSLCSNT+GQLA G+MVNPPKPG+PS+QTF+KER DILSSL RRS+MVHKALNE+EGITCNKADGALYAFPRIRLS KA +AAA +G+  DEYYCL++L+ETGII+VPGSGFGQEE TLHFRTTFLP+EDTMEETLK  A AH KFMD +RD
Sbjct:    1 MLRRTLPRALSSASSSLHGVPLDATSINANVRAAEYAVRGNVLERSMELQRRMAAGEMLP------FKKFVPCNIGNPHALLQLPLSFHRDVLALCISPHLASDHPSAFNPDAVERAQKYATEMGGGVGSYTNSQGILAVREEIAAFITERDGYPAYVDRIYLTNGASEGVRMLLTCLLRGGELHDGLLTPIPQYPLYSASLTLLGGTLVPYHLNESMDWGVQMENLAEALATARGNGVEVRGIAVINPGNPTGNILAEDQIKDIIQMAVDNKLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGPEVRAELYKLASLSLCSNTVGQLAMGMMVNPPKPGDPSYQTFEKERGDILSSLRRRSMMVHKALNEMEGITCNKADGALYAFPRIRLSNKAVQAAADKGIPTDEYYCLKILDETGIILVPGSGFGQEEDTLHFRTTFLPSEDTMEETLKVLASAHNKFMDDHRD 501
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A097ITX3_SCYLO (Alanine transaminase n=6 Tax=Ectocarpales TaxID=2877 RepID=A0A097ITX3_SCYLO)

HSP 1 Score: 811 bits (2094), Expect = 2.330e-293
Identity = 404/507 (79.68%), Postives = 451/507 (88.95%), Query Frame = 1 
Query:    1 MIRRTLPRAFSASSSSLKGVPFDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGGSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKYRD 1521
            MIRR+LPRAFSA+S+ LKG+P    +INE+V+ A+YAVRG VL +SMELQR++ AGE LP      + T+VPCNIGNPHA LQVPLSFHREVLSLCISP L + +P+VFK DVVERA+ YAA + GGVGAYTNS GI AVREEIA+FI+ RDG+PA ADRIYLTNGASEGVR+LLTCLLR G   DGLLTPIPQYPLYSASLTLLGG LVPYHLNE A+WGVEMDNLR  +  AR +G EVRGIAVINPGNPTGNIL E+QIKDII+MA D  LV+LADEVYQ+NIWKEGASFSSFKKVACDMGY GEDGD+RLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNT+GQLATGIM+NPPKPG+PSF+TFQKERDDILSSL RRS+MVHKALN+LEGITCN+ADGALYAFPRIRLS+KAK AA A GV ADEYYCLQ+L+++GI++VPGSGFGQEEGTLHFRTTFLPAE+TM ETLK  A AH KFMD++RD
Sbjct:    1 MIRRSLPRAFSAASA-LKGIPLTGSTINENVKAAKYAVRGAVLERSMELQRKMAAGEKLP------FDTIVPCNIGNPHACLQVPLSFHREVLSLCISPNLATDHPHVFKEDVVERAKHYAAGLTGGVGAYTNSQGIPAVREEIAAFIAERDGHPARADRIYLTNGASEGVRILLTCLLRSGGKEDGLLTPIPQYPLYSASLTLLGGTLVPYHLNEGASWGVEMDNLRTTLAAARANGTEVRGIAVINPGNPTGNILAEEQIKDIIKMAVDEKLVVLADEVYQANIWKEGASFSSFKKVACDMGYTGEDGDDRLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTVGQLATGIMINPPKPGDPSFETFQKERDDILSSLERRSIMVHKALNDLEGITCNEADGALYAFPRIRLSDKAKRAAEANGVPADEYYCLQILDQSGIVLVPGSGFGQEEGTLHFRTTFLPAEETMHETLKIMAKAHEKFMDEHRD 500
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A097ITY2_9PHAE (Alanine transaminase n=1 Tax=Desmarestia viridis TaxID=62313 RepID=A0A097ITY2_9PHAE)

HSP 1 Score: 799 bits (2063), Expect = 1.090e-288
Identity = 392/507 (77.32%), Postives = 446/507 (87.97%), Query Frame = 1 
Query:    1 MIRRTLPRAFSASSSSLKGVPFDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGGSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKYRD 1521
            M+RRT PRA    S++LKG+P D  +IN +V++A+YAVRGNVL +SMELQRR+ AGE LP      +  +VPCNIGNPHA +Q+PLSFHREVLSLCISP L S +PN FK DVVERA+ Y + +GGGVGAYTNS GI AVREEIA+FI+ RDG+PA ADRIYLTNGASEGVR+LLTCLLR G   DGLLTPIPQYPLYSASL LLGG LVPYHLNE+ANWGVEM NLRE++  ARG+G+EVRGIAVINPGNPTGNIL E+QIKDIIQM  D  +V+LADEVYQ+NIWK+GASFSSFKKVACDMGY GEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKL+SLSLCSNT+GQLA G+M+NPPK G+PSF+TF++ERD ILSSL RRS+MVHKALNELEGITCN+ADGALYAFPRIRLS+KA   A  +GV ADEYYCLQ+L+E+GI++VPGSGFGQEEGTLHFRTTFLPAE+TM +TLKRFA AH KFMD++RD
Sbjct:    1 MLRRTFPRA----SAALKGLPLDGTTINSNVKSAKYAVRGNVLERSMELQRRMAAGEKLP------FDKIVPCNIGNPHACMQLPLSFHREVLSLCISPSLASDHPNAFKRDVVERAKSYTSGLGGGVGAYTNSQGIPAVREEIAAFIAERDGHPARADRIYLTNGASEGVRILLTCLLRSGGKHDGLLTPIPQYPLYSASLALLGGTLVPYHLNEKANWGVEMANLRESLKTARGNGVEVRGIAVINPGNPTGNILAEEQIKDIIQMGVDEKMVVLADEVYQANIWKKGASFSSFKKVACDMGYSGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLSSLSLCSNTVGQLAAGLMINPPKKGDPSFETFEQERDGILSSLKRRSIMVHKALNELEGITCNEADGALYAFPRIRLSKKASNTAEGKGVPADEYYCLQMLDESGIVLVPGSGFGQEEGTLHFRTTFLPAEETMHDTLKRFAKAHKKFMDEHRD 497
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A097ITY9_SACJA (Alanine transaminase n=3 Tax=Laminariales TaxID=2886 RepID=A0A097ITY9_SACJA)

HSP 1 Score: 794 bits (2051), Expect = 8.510e-287
Identity = 390/507 (76.92%), Postives = 448/507 (88.36%), Query Frame = 1 
Query:    1 MIRRTLPRAFSASSSSLKGVPFDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGGSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKYRD 1521
            M+RRT+PRAFS+++SSL+G+P D  +INE+V++A+YAVRGNVL +SMELQRR+ AGE LP      + T+VPCNIGNPHA LQ PLSFHREVLSLCISP L S +P+VFK DVVERA+ Y A +GGGVGAYTNS GI AVREEIA+FI+ RDG+PA AD IYLTNGASEGVR+LLTCLLR G   DGLLTPIPQYPLYSASLTLLGG LVPY L+E ANWGVEMDNLRE++  AR  G+EVRGIAVINPGNPTGNIL E+QIKDII+MA +  LV++ADEVYQSNIWK+ ASFSSFKKVACDMGY G +GDERLQLVSFHSTSKGY+GECGLRGGYMEVHGIGAEVRAELYKL+SLSLCSNTIGQLATGIM+NPPK G+PS++TF KERDDILSSL RRS+MVH ALN+LEG+TCN+ADGALYAFPRIRLS KAK+AA A+GV ADE+YCL++L+++GI++VPGSGFGQE+ TLHFRTTFLPAE TM ETLK  A AH KFMD++RD
Sbjct:    1 MLRRTVPRAFSSATSSLRGLPLDGTTINENVKSAKYAVRGNVLERSMELQRRMAAGEKLP------FDTIVPCNIGNPHACLQSPLSFHREVLSLCISPTLASDHPHVFKKDVVERAKAYTAGLGGGVGAYTNSQGIPAVREEIAAFIAERDGHPARADHIYLTNGASEGVRILLTCLLRSGGLHDGLLTPIPQYPLYSASLTLLGGTLVPYLLSEGANWGVEMDNLRESLATARAKGVEVRGIAVINPGNPTGNILAEEQIKDIIEMAVEEKLVVIADEVYQSNIWKKDASFSSFKKVACDMGYTGAEGDERLQLVSFHSTSKGYYGECGLRGGYMEVHGIGAEVRAELYKLSSLSLCSNTIGQLATGIMINPPKKGDPSYETFTKERDDILSSLERRSIMVHTALNDLEGVTCNRADGALYAFPRIRLSNKAKKAAEAKGVPADEFYCLEILDQSGIVLVPGSGFGQEDDTLHFRTTFLPAEATMHETLKNLARAHEKFMDEHRD 501
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A097ITY8_9PHAE (Alanine transaminase n=1 Tax=Dictyopteris undulata TaxID=156997 RepID=A0A097ITY8_9PHAE)

HSP 1 Score: 741 bits (1913), Expect = 7.640e-266
Identity = 368/507 (72.58%), Postives = 434/507 (85.60%), Query Frame = 1 
Query:    1 MIRRTLPRAFSASSSSLKGVPFDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGGSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKYRD 1521
            M  R+LPRA S  S + +G+  D  +IN +V+ A+YAVRGNVL +SMEL+RR+ AGE LP      +   VPCNIGNPHA LQ PLSFHREVL+LC+SP L + +PN FK+DVVERA +Y A + GGVGAY+NS GI +VREE+A++I+ RDG+PA+ADRI+LTNGASEGVR LLTCLLR G   DGLLTPIPQYPLYSASLTLLGG LVPY+LNE +NWGVEM NLRE++  AR +GIEVRGIAVINPGNPTGNIL EDQ+++IIQ A +  LVILADEVYQ+NIWK+GASFSSFKKVACDMG  G+DGD+RLQLVSFHSTSKG+ GECGLRGGYMEVHGIG EVRAELYKLASLSLCSNT+GQLATG+M+NPP+ GEPS++T++KERDDILSSL RRS MVHKALNELEG+TCN+A+GALYAFPRIRLS++AK+ A  +G+  DEYYCL++L+ETGII+VPGSGFGQE+GTLHFRTTFLPAED M +T+KR A AH  FMD +RD
Sbjct:    1 MFFRSLPRAASRISPA-RGLRLDGATINPNVKAAQYAVRGNVLERSMELERRMTAGEKLP------FDKFVPCNIGNPHACLQSPLSFHREVLALCMSPSL-AKHPNTFKSDVVERANRYTATLNGGVGAYSNSQGIQSVREEVAAYITERDGHPAYADRIFLTNGASEGVRTLLTCLLRQGR-ADGLLTPIPQYPLYSASLTLLGGTLVPYYLNEGSNWGVEMQNLRESLEFARSNGIEVRGIAVINPGNPTGNILSEDQVREIIQTAVEEKLVILADEVYQANIWKKGASFSSFKKVACDMGLTGKDGDDRLQLVSFHSTSKGFLGECGLRGGYMEVHGIGPEVRAELYKLASLSLCSNTVGQLATGLMINPPREGEPSYETYRKERDDILSSLERRSRMVHKALNELEGVTCNEAEGALYAFPRIRLSKRAKDVAEGKGLPGDEYYCLKMLDETGIILVPGSGFGQEDGTLHFRTTFLPAEDIMHDTIKRLAKAHAAFMDAHRD 498
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A835ZD97_9STRA (Alanine transaminase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZD97_9STRA)

HSP 1 Score: 573 bits (1478), Expect = 4.790e-200
Identity = 282/480 (58.75%), Postives = 359/480 (74.79%), Query Frame = 1 
Query:   79 INEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELV-SSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLR--GGSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGD-GIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFM 1506
            +N+ V    YAVRG VL+ SM +Q R+  G   P      +  ++  NIGNP AL Q PL+F+R+VLSLC+ P+L+ ++ P +F  + VERA+KY     GG+G YTNS G+ +VREE+A+FI+ RDG+PA ADR++LTNGASEGV++L+ C+LR       DG+LTPIPQYPLYSA+LTLLGG LVPYHL E  NWGV ++ LRE++  AR D G+ VRGI +INPGNPTG++L E+QI DII++A + NLV++ADEVYQ+N+W++   F SFKKVACD+GY  E GD RLQLVSFHSTSKGY GECG+RGGYME+HGI  +++A+LYKLASLSLCSNT GQ+  G+MVNPPK G+ S   F KERD IL S+ RR+ ++  ALN LEG++CN  DGALYAFP I LS+KA++ A  +G+ ADEYYCL++LE  GII VPGSGFGQ  GT HFRTTFLP E+     L+R    H  FM
Sbjct:    1 MNKRVTQTSYAVRGRVLDASMRIQARMADGHKYP------FDQIIALNIGNPQALEQPPLTFNRQVLSLCMYPQLLDTAPPGLFDPEAVERARKYVKCTSGGMGVYTNSQGMQSVREEVAAFIAQRDGHPARADRVFLTNGASEGVKLLMQCMLREMADGHADGMLTPIPQYPLYSATLTLLGGRLVPYHLVEGRNWGVSIEELRESLAVARDDDGVCVRGICIINPGNPTGSVLTEEQIADIIRLAVEENLVVIADEVYQANVWQQERPFVSFKKVACDLGYTAEPGDHRLQLVSFHSTSKGYMGECGVRGGYMELHGISDDIKAQLYKLASLSLCSNTAGQVMMGLMVNPPKEGDKSHALFAKERDAILDSMFRRAKLLSDALNTLEGVSCNSVDGALYAFPTITLSKKARDIAKERGIPADEYYCLEMLERAGIIFVPGSGFGQAHGTYHFRTTFLPPENKFPIMLERIKAGHASFM 474
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A6U1PWD6_9STRA (Alanine transaminase n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A6U1PWD6_9STRA)

HSP 1 Score: 506 bits (1302), Expect = 7.760e-173
Identity = 258/500 (51.60%), Postives = 353/500 (70.60%), Query Frame = 1 
Query:   22 RAFSASSSSLKGVPFDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGG--SFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKY 1515
            R  +AS+S+L        +IN+ +  AEYAVRG VLN++MELQ+ L AG+ LP      +  ++ CNIGNPH L Q P++F R+VLS+ ++P+L  +    +  DV+ERAQKY  ++ G +GAY+NS GI AVREE+A FI+ RDG P+  D I+LT+GASEGVR ++  LLR       DGL+ PIPQYPLYSA  TLL G LVPY+L+EE+NW +++  L+  +  A   GI +RG+AVINPGNPTG +L +  I ++I+  A   +V+LADEVYQ NIW++   F SFKKVA +MG H E G  +LQLVS++S SKG+ GECGLRGGY E+HG   +++ ++YKLAS+ LCSNT+GQ+  G+  NPPKPG PS+  +++ER+ IL SL  R+  +  ALNEL+G+T +  DGALY+FP + +   A +AA  QGVA D +Y LQ +E+TGI+MVPGSGFGQ++GT HFRTTFLP+E+ ++  + R    H +FM KY
Sbjct:   28 RVLNASTSALSS-----DTINQRIIRAEYAVRGAVLNRAMELQKELDAGKKLP------FDEIISCNIGNPHELGQQPITFMRQVLSVVLNPDLKETAN--YPPDVLERAQKYLDSIPG-MGAYSNSQGIQAVREEVADFITERDGVPSSPDEIFLTDGASEGVRFIMQLLLREKHEGHEDGLMIPIPQYPLYSALTTLLDGHLVPYYLDEESNWALDVKELQAQLDAAASKGITIRGLAVINPGNPTGQLLDKKNIGEVIEFCASKGMVLLADEVYQENIWQKDGKFWSFKKVAHEMG-HVEAGPGKLQLVSYNSISKGFVGECGLRGGYFELHGFPQDLKDQIYKLASIRLCSNTVGQVLMGLQCNPPKPGSPSYSLYEQEREGILDSLRLRATKIASALNELDGVTVSPPDGALYSFPNVDIPAGAVKAAQEQGVAPDAFYALQAVEKTGIVMVPGSGFGQKDGTWHFRTTFLPSEEKIDSVISRMKDFHSEFMKKY 512
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A6V1QFH4_HETAK (Alanine transaminase n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1QFH4_HETAK)

HSP 1 Score: 494 bits (1271), Expect = 5.170e-168
Identity = 246/485 (50.72%), Postives = 337/485 (69.48%), Query Frame = 1 
Query:   76 SINEHVRTAEYAVRGNVLNKSMELQRRLKAGE-NLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGGS--FRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDE-RLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKYR 1518
            ++N+++  AEYAVRG +L+++MEL++ L   + NLP      +  ++ CNIGNP AL Q PL+++R++LS+ ++P ++ ++ + F  DVV+RA+++ A M   +GAYTN+ G+  VR+ IA FI  RDG+P+  ++I++TNGASEGVR ++  L+R G   + DG+L PIPQYPLYSA  T+    LVPY+L+E   W + +D LR+A+  AR  G+ VRG+ VINPGNPTG +L ED ++ ++       LV+LADEVYQ NI+     F+SFKKVACD+G+   D +    QLVSFHS SKG+ GECGLRGGY E+ G+    RA+LYKL +++LCSNT GQ+ TG+M  PP PG+ S   +  ER  IL+SL RR+  +HKAL+ LEG+TCN  +GALYAFP + L  +A  AAA QG A D  YCL LLE TG+++VPGSGFGQ  GT HFRTT LP ED  EE L+R    H  FMD+YR
Sbjct:   45 TLNQNIVNAEYAVRGEILDRAMELKKELDTQKSNLP------FEDVIMCNIGNPQALSQQPLTYNRQILSIVMNPSILETHTDAFPEDVVKRAREFLAGMPN-LGAYTNTQGLPIVRKCIAEFIEARDGHPSDPEKIFVTNGASEGVRNIMMSLIRDGELGYNDGVLVPIPQYPLYSALSTMFKATLVPYYLDEANGWSLSLDALRDALEGARARGVTVRGLVVINPGNPTGQVLAEDNMRALVGFCGRERLVLLADEVYQENIYNPDKRFTSFKKVACDLGFRDSDSEAPEFQLVSFHSISKGFLGECGLRGGYYELFGVPPSARAQLYKLGAVALCSNTCGQVMTGLMCTPPCPGDASHARYAAERGAILASLRRRAARLHKALSALEGVTCNAPEGALYAFPAVALPPRACAAAARQGRAPDALYCLALLEATGVVVVPGSGFGQAAGTHHFRTTMLPPEDRFEEVLRRMQVFHAGFMDQYR 522
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A7R9UEY1_9STRA (Alanine transaminase n=2 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9UEY1_9STRA)

HSP 1 Score: 487 bits (1254), Expect = 1.250e-165
Identity = 261/514 (50.78%), Postives = 345/514 (67.12%), Query Frame = 1 
Query:    1 MIRRTLPRAFSASSSSLKGVP-FDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPNVFK--ADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFISTRDGYPA-HADRIYLTNGASEGVRMLLTCLLRG--GSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGD---ERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKY 1515
            M  + +PRA  A     + +     +++NE VR A YAVRG ++ ++  ++ +LK GE LP      +S  V CNIGNP AL+Q PLSFHR+V+SL + PE +       +  ADVVERA++Y ++M   VGAYT S G+  VR+E+  FIS RDG PA + D I+LTNGAS+GVRM+  C +R      RDG+L PIPQYPLYSA  TL  GELVPY LNE + W V  D+LRE +  AR DG++VR + VINPGNPTGN L    +++I+ + A   LV+LADEVYQSNIW +   F SF+ VA +MG H ED +   + LQLVSFHS SKG++GECGLRGGY E+ GI  EVRA++ KL+S+SLCSNT+GQLATG++V PP+ GEPS+  +  ERD IL S+ RR+ ++ ++ N++ G++C    GALYAFP I L +   E A  QG A D  YC++LLE+TGI+ VPGSGFGQ +GT HFRTT LP E+ M   +      H    ++Y
Sbjct:    1 MPSKQVPRAVVALGIVSRALASLSAETMNEQVRAAAYAVRGPIVQRAALIEEQLKKGEKLP------FSKTVACNIGNPQALMQKPLSFHRQVISLILFPEALDDPEQRMRIPADVVERAERYRSSMPN-VGAYTASQGLPIVRQEVVDFISRRDGTPAGNPDNIFLTNGASDGVRMIYQCCIRAPRDGVRDGVLVPIPQYPLYSALTTLYTGELVPYFLNEASGWTVTADDLREQLKEARKDGVDVRALVVINPGNPTGNTLPLPIMREIVDLCAKEGLVLLADEVYQSNIWDDSLPFHSFRSVAIEMG-HTEDFNPTGKGLQLVSFHSCSKGFYGECGLRGGYFEIFGIDPEVRAQISKLSSISLCSNTLGQLATGLLVRPPQEGEPSYAKYVSERDAILESMKRRAELLSESFNKIPGMSCQPIAGALYAFPSIELPKAFVEEAEEQGKAPDAMYCMRLLEDTGIVCVPGSGFGQVDGTHHFRTTILPPEEEMPGVVASITQFHAGIWERY 506
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BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Match: A0A176VX62_MARPO (Alanine transaminase n=2 Tax=Marchantia polymorpha TaxID=3197 RepID=A0A176VX62_MARPO)

HSP 1 Score: 485 bits (1248), Expect = 2.110e-164
Identity = 247/490 (50.41%), Postives = 342/490 (69.80%), Query Frame = 1 
Query:   61 PFDIKSINEHVRTAEYAVRGNVLNKSMELQRRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPELVSSNPN--VFKADVVERAQKYAAAMGG-GVGAYTNSMGISAVREEIASFISTRDGYPAHADRIYLTNGASEGVRMLLTCLLRGGSFRDGLLTPIPQYPLYSASLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPGNPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVACDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAELYKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRSLMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYCLQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGKFMDKYRD 1521
            P  I SIN  V   EYAVRG +++++  LQ+ L +         L +S +V  NIGNP +L Q P++F REVL+LC  P L+  + +  +F +D + RA +   ++ G   GAY++S GI A+REEIA+ I+ RDG+PA+AD I+LT+GAS GV M++  L+   S +DG+L PIPQYPLYSAS+ L GG LVPY+LNE + WG+E+  L++ +  AR  G  VR + VINPGNPTG +L E   ++++Q   D  L++LADEVYQ NI++E  +F SFKKVA  MG+  +D    L LVS+HS SKGY+GECG RGGYMEV G+ AEVR +LYK+AS++LCSN  GQ+   +++NPPKPG+ S+  F KERD ILSSL RR+ ++  A+N+LEG+TCNKA+GA+Y FPR+ L E+A +AAAA  +  D +Y  +LL+ TGI++VPGSGFGQ  GT HFR T LP E  + + + +F   H +FM+++RD
Sbjct:   53 PVSIDSINPKVIKTEYAVRGEIVSRAQLLQQELSS-----KASSLPFSEIVSLNIGNPQSLGQQPVTFFREVLALCDYPALLEKDESHALFSSDAIARAYRIVESIPGRATGAYSHSQGIKAIREEIAAGIAARDGFPANADDIFLTDGASPGVHMMMQMLI--SSEQDGILCPIPQYPLYSASIALHGGTLVPYYLNESSGWGLEISELKQQLDAARASGTRVRALVVINPGNPTGQVLTEQNQREVVQFCRDEGLLLLADEVYQENIYEETKTFHSFKKVARSMGFFDKD----LSLVSYHSVSKGYYGECGKRGGYMEVTGLDAEVRDQLYKVASVNLCSNITGQILMSLVMNPPKPGDESYDNFTKERDGILSSLARRAQLMTDAMNKLEGVTCNKAEGAMYVFPRLNLPERAMKAAAAVQMLPDVFYARRLLDATGIVVVPGSGFGQVPGTHHFRCTILPQEGKLPDVIAKFTQFHERFMEEFRD 531
The following BLAST results are available for this feature:
BLAST of mRNA_F-serratus_M_contig148.3315.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 of Fucus serratus MALE vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A097ITX1_9PHAE2.400e-30080.87Alanine transaminase n=8 Tax=Sargassum TaxID=3015 ... [more]
A0A097ITX3_SCYLO2.330e-29379.68Alanine transaminase n=6 Tax=Ectocarpales TaxID=28... [more]
A0A097ITY2_9PHAE1.090e-28877.32Alanine transaminase n=1 Tax=Desmarestia viridis T... [more]
A0A097ITY9_SACJA8.510e-28776.92Alanine transaminase n=3 Tax=Laminariales TaxID=28... [more]
A0A097ITY8_9PHAE7.640e-26672.58Alanine transaminase n=1 Tax=Dictyopteris undulata... [more]
A0A835ZD97_9STRA4.790e-20058.75Alanine transaminase n=1 Tax=Tribonema minus TaxID... [more]
A0A6U1PWD6_9STRA7.760e-17351.60Alanine transaminase n=1 Tax=Fibrocapsa japonica T... [more]
A0A6V1QFH4_HETAK5.170e-16850.72Alanine transaminase n=1 Tax=Heterosigma akashiwo ... [more]
A0A7R9UEY1_9STRA1.250e-16550.78Alanine transaminase n=2 Tax=Pinguiococcus pyrenoi... [more]
A0A176VX62_MARPO2.110e-16450.41Alanine transaminase n=2 Tax=Marchantia polymorpha... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
F-serratus_M_contig148contigF-serratus_M_contig148:180013..202034 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 of Fucus serratus MALE vs UniRef902022-09-19
OGS1.0 of Fucus serratus male2021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score800.4
Seed ortholog evalue4.8e-229
Seed eggNOG ortholog2880.D7FVQ6
Preferred nameALAT
KEGG rclassRC00006,RC00008
KEGG koko:K00814
KEGG ReactionR00258
KEGG Pathwayko00220,ko00250,ko00710,ko01100,ko01120,ko01200,ko01210,ko01230,map00220,map00250,map00710,map01100,map01120,map01200,map01210,map01230
KEGG ModuleM00171
Hectar predicted targeting categorymitochondrion
GOsGO:0000166,GO:0001666,GO:0003674,GO:0003824,GO:0004021,GO:0005488,GO:0005524,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005739,GO:0006082,GO:0006520,GO:0006522,GO:0006524,GO:0006807,GO:0006950,GO:0008144,GO:0008150,GO:0008152,GO:0008483,GO:0009056,GO:0009063,GO:0009078,GO:0009080,GO:0009507,GO:0009536,GO:0009628,GO:0009987,GO:0010035,GO:0010038,GO:0016054,GO:0016740,GO:0016769,GO:0017076,GO:0019481,GO:0019752,GO:0030554,GO:0032553,GO:0032555,GO:0032559,GO:0035639,GO:0036094,GO:0036293,GO:0042221,GO:0042851,GO:0042853,GO:0043167,GO:0043168,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043436,GO:0044237,GO:0044238,GO:0044248,GO:0044281,GO:0044282,GO:0044424,GO:0044444,GO:0044464,GO:0046395,GO:0046686,GO:0047635,GO:0050896,GO:0070482,GO:0071704,GO:0097159,GO:0097367,GO:1901265,GO:1901363,GO:1901564,GO:1901565,GO:1901575,GO:1901605,GO:1901606
EggNOG free text desc.alanine aminotransferase
EggNOG OGsCOG0436@1,KOG0258@2759
EC2.6.1.2
COG Functional cat.E
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko00001,ko00002,ko01000,ko01007
Exons13
Model size1524
Cds size1524
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622929455.077366-CDS-F-serratus_M_contig148:180012..1801801622929455.077366-CDS-F-serratus_M_contig148:180012..180180Fucus serratus maleCDSF-serratus_M_contig148 180013..180180 -
1690962860.8524551-CDS-F-serratus_M_contig148:180012..1801801690962860.8524551-CDS-F-serratus_M_contig148:180012..180180Fucus serratus maleCDSF-serratus_M_contig148 180013..180180 -
1622929455.105676-CDS-F-serratus_M_contig148:180573..1807681622929455.105676-CDS-F-serratus_M_contig148:180573..180768Fucus serratus maleCDSF-serratus_M_contig148 180574..180768 -
1690962860.865982-CDS-F-serratus_M_contig148:180573..1807681690962860.865982-CDS-F-serratus_M_contig148:180573..180768Fucus serratus maleCDSF-serratus_M_contig148 180574..180768 -
1622929455.1241086-CDS-F-serratus_M_contig148:181514..1816401622929455.1241086-CDS-F-serratus_M_contig148:181514..181640Fucus serratus maleCDSF-serratus_M_contig148 181515..181640 -
1690962860.8750262-CDS-F-serratus_M_contig148:181514..1816401690962860.8750262-CDS-F-serratus_M_contig148:181514..181640Fucus serratus maleCDSF-serratus_M_contig148 181515..181640 -
1622929455.1358333-CDS-F-serratus_M_contig148:182537..1826001622929455.1358333-CDS-F-serratus_M_contig148:182537..182600Fucus serratus maleCDSF-serratus_M_contig148 182538..182600 -
1690962860.8880007-CDS-F-serratus_M_contig148:182537..1826001690962860.8880007-CDS-F-serratus_M_contig148:182537..182600Fucus serratus maleCDSF-serratus_M_contig148 182538..182600 -
1622929455.151103-CDS-F-serratus_M_contig148:183182..1832601622929455.151103-CDS-F-serratus_M_contig148:183182..183260Fucus serratus maleCDSF-serratus_M_contig148 183183..183260 -
1690962860.8966353-CDS-F-serratus_M_contig148:183182..1832601690962860.8966353-CDS-F-serratus_M_contig148:183182..183260Fucus serratus maleCDSF-serratus_M_contig148 183183..183260 -
1622929455.1631079-CDS-F-serratus_M_contig148:184136..1842291622929455.1631079-CDS-F-serratus_M_contig148:184136..184229Fucus serratus maleCDSF-serratus_M_contig148 184137..184229 -
1690962860.9048967-CDS-F-serratus_M_contig148:184136..1842291690962860.9048967-CDS-F-serratus_M_contig148:184136..184229Fucus serratus maleCDSF-serratus_M_contig148 184137..184229 -
1622929455.1789486-CDS-F-serratus_M_contig148:184804..1849361622929455.1789486-CDS-F-serratus_M_contig148:184804..184936Fucus serratus maleCDSF-serratus_M_contig148 184805..184936 -
1690962860.9131036-CDS-F-serratus_M_contig148:184804..1849361690962860.9131036-CDS-F-serratus_M_contig148:184804..184936Fucus serratus maleCDSF-serratus_M_contig148 184805..184936 -
1622929455.1942325-CDS-F-serratus_M_contig148:185747..1859081622929455.1942325-CDS-F-serratus_M_contig148:185747..185908Fucus serratus maleCDSF-serratus_M_contig148 185748..185908 -
1690962860.9230373-CDS-F-serratus_M_contig148:185747..1859081690962860.9230373-CDS-F-serratus_M_contig148:185747..185908Fucus serratus maleCDSF-serratus_M_contig148 185748..185908 -
1622929455.2091136-CDS-F-serratus_M_contig148:186347..1864291622929455.2091136-CDS-F-serratus_M_contig148:186347..186429Fucus serratus maleCDSF-serratus_M_contig148 186348..186429 -
1690962860.931278-CDS-F-serratus_M_contig148:186347..1864291690962860.931278-CDS-F-serratus_M_contig148:186347..186429Fucus serratus maleCDSF-serratus_M_contig148 186348..186429 -
1622929455.2218504-CDS-F-serratus_M_contig148:188747..1888801622929455.2218504-CDS-F-serratus_M_contig148:188747..188880Fucus serratus maleCDSF-serratus_M_contig148 188748..188880 -
1690962860.9393797-CDS-F-serratus_M_contig148:188747..1888801690962860.9393797-CDS-F-serratus_M_contig148:188747..188880Fucus serratus maleCDSF-serratus_M_contig148 188748..188880 -
1622929455.2364082-CDS-F-serratus_M_contig148:200428..2005141622929455.2364082-CDS-F-serratus_M_contig148:200428..200514Fucus serratus maleCDSF-serratus_M_contig148 200429..200514 -
1690962860.9473615-CDS-F-serratus_M_contig148:200428..2005141690962860.9473615-CDS-F-serratus_M_contig148:200428..200514Fucus serratus maleCDSF-serratus_M_contig148 200429..200514 -
1622929455.2541497-CDS-F-serratus_M_contig148:201480..2015821622929455.2541497-CDS-F-serratus_M_contig148:201480..201582Fucus serratus maleCDSF-serratus_M_contig148 201481..201582 -
1690962860.9550638-CDS-F-serratus_M_contig148:201480..2015821690962860.9550638-CDS-F-serratus_M_contig148:201480..201582Fucus serratus maleCDSF-serratus_M_contig148 201481..201582 -
1622929455.266887-CDS-F-serratus_M_contig148:201929..2020341622929455.266887-CDS-F-serratus_M_contig148:201929..202034Fucus serratus maleCDSF-serratus_M_contig148 201930..202034 -
1690962860.9631088-CDS-F-serratus_M_contig148:201929..2020341690962860.9631088-CDS-F-serratus_M_contig148:201929..202034Fucus serratus maleCDSF-serratus_M_contig148 201930..202034 -


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

Feature NameUnique NameSpeciesTypePosition
mRNA_F-serratus_M_contig148.3315.1prot_F-serratus_M_contig148.3315.1Fucus serratus malepolypeptideF-serratus_M_contig148 180013..202034 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_F-serratus_M_contig148.3315.1

>prot_F-serratus_M_contig148.3315.1 ID=prot_F-serratus_M_contig148.3315.1|Name=mRNA_F-serratus_M_contig148.3315.1|organism=Fucus serratus male|type=polypeptide|length=508bp
MIRRTLPRAFSASSSSLKGVPFDIKSINEHVRTAEYAVRGNVLNKSMELQ
RRLKAGENLPSTRCLQYSTLVPCNIGNPHALLQVPLSFHREVLSLCISPE
LVSSNPNVFKADVVERAQKYAAAMGGGVGAYTNSMGISAVREEIASFIST
RDGYPAHADRIYLTNGASEGVRMLLTCLLRGGSFRDGLLTPIPQYPLYSA
SLTLLGGELVPYHLNEEANWGVEMDNLREAVTNARGDGIEVRGIAVINPG
NPTGNILLEDQIKDIIQMAADNNLVILADEVYQSNIWKEGASFSSFKKVA
CDMGYHGEDGDERLQLVSFHSTSKGYFGECGLRGGYMEVHGIGAEVRAEL
YKLASLSLCSNTIGQLATGIMVNPPKPGEPSFQTFQKERDDILSSLHRRS
LMVHKALNELEGITCNKADGALYAFPRIRLSEKAKEAAAAQGVAADEYYC
LQLLEETGIIMVPGSGFGQEEGTLHFRTTFLPAEDTMEETLKRFAFAHGK
FMDKYRD*
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mRNA from alignment at F-serratus_M_contig148:180013..202034-

Legend: polypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_F-serratus_M_contig148.3315.1 ID=mRNA_F-serratus_M_contig148.3315.1|Name=mRNA_F-serratus_M_contig148.3315.1|organism=Fucus serratus male|type=mRNA|length=22022bp|location=Sequence derived from alignment at F-serratus_M_contig148:180013..202034- (Fucus serratus male)
ATGATCCGACGCACCCTTCCTCGTGCTTTCTCAGCATCCTCTTCCTCCTT
GAAGGGTGTGCCCTTCGATATCAAGAGCATCAATGAGCACGTCCGCACTG
CCGAGGTGTGATTTTTCCGAGTCTTTACCTGAAAAAGCTGATTCAGCGCT
TCCCCACCCTACACTATGTACAAGTGTTCGTATCGTATTGTCGTGTTGAT
CCCCATTTTTGCAGAAAAGTGATGAATGACTACACGAAAGCGAACGTGTC
AGATTAGAGAGCAAGACTGGAGAGGTAACCTTCGCGACCGCTGAGGAGGA
GAGTGGCGTTAGGAGAAGTTATGACTGCCTCGCAGGCTTCCCTGATTTAT
GTGTGAAGTCGACAGATGCAACGACTGACGCAACCTATGATTTACTAATA
TGTTCCCTTTATTCTTTCTTATATGTAACATTTCTGCCGTCATTGCGTAC
AGTACGCGGTAAGGGGGAATGTGTTGAACAAAAGCATGGAACTTCAACGC
CGGCTGAAAGCTGGAGAGAATCTCCCTTCGACAAGGTGCCTGCAGTACAG
TACAGTAACTTTTTCTGCTCTTACCGCTGTAACCGTTATAGCCTTTGTAC
TGGTGCAGCATTCAACTCAGGAGGGAAACCGTGTAAACACGTCAAGTTTT
GACTGTTTACTGTACCGTAACTTGATGTCCAGAATGGATGGGAAGAAAGC
ACACACACACACACACACACACTGCAATTTAATACACACACACTGCTGCT
GTAGACAAATACTTTGGAGCTGCTGTACTTTTAACATGCCCACTTCATAC
CAATATTATAGGAGGTGTGGGAAAGAGGGACGTGTATTAGTTGGTCCATG
ATGACCTGCTAAGGCAGCACTCGTTCGAAACTGCCTTGAGGTTTACTGGC
CCTGTGCCAGTGGACTCTCGGCAGTGAACGCCATCGGTACGCAATTGTGT
GACCCGTTAAACTTGGGAGTTATCCGATGGCTTAATATAAATATATGGAC
GCCGCCGCGGAACTCGGGAGGAATCCCGTAAGTAAGTACCAGATTCAGCC
TGAGTATCGAGATGAGCAGACTGACGCGGGACGGGACTGCCGAAACCGTC
CCGCGAGACCAAACTTTCAGGCACGAACGCGGACAGGAGAATCTTCATTC
CCATGTTCAGCTGACCACGAGCTGGATTGGCAACCTTACCCGGTTGATCC
ATTCTCTTGCCATATGTGTGACCATACATAGCTGAACCTAATCAGTTGTT
GTACTAGCTCTAATAGCTGGAGCCCTATCTAATATGTAACACTGGTACAC
AGTACTCGTATAGCAGGTCTAGTGCTGGTTCAGTACTGAGCTTTAGCTCT
ATAGCTCCATAGTATAGCTCTAGCTAACAATATACCATTTGTACTGTCTA
AACTCGTACAGCAGGTCTACAGTATTGCGGTACATCTATTGAATTGGTGC
TTTCTTCGCATGGCAACAACGTTAACATGCCCCACGTCCCCCGCTCGCTG
TCTTCGTGCATCTTTCGCAGCTTGTGCCGTGTAACATCGGTAACCCTCAC
GCATTACTGCAAGTACCGCTCAGCTTCCACCGAGAGGTGTTGTCCCTTTG
CATCAGGTGAGCAAAGTCTGCGAAGTATCGATGCATCGCTCGCGGTCTAA
ACGAGAAGTCGACCGTAGTAGCAAGTACTCAAAAGTACGCAGTACTTGCT
ACGTACTTCTTTCAAATGATATCAGCACAAGAGTTGTATATTAGTTATTG
TGCTTCGTTCTTGTCTTGGGTGAATTTTGTACAGTACCACTCACGTTCTG
CCGGTACTTTCGACATCCCCACTTCATACTTCATACTTCATACCACTAAT
AGTATTAATAGTATTAATAGTATTAATAGTGGGTGTGGGAAAAGAGAGGC
GAATATTAATTGGTCATAGTCAATAGTGACCTGCCAAGGCAACACTCGTT
CGGAACTACCTTGAGGTTTACTGGCCCTGTGCCGGCGGACTCTCGGCAGT
GAACGCCATCGGTACGCAACTGCGTGACCCGATAAACTCGGGACTGACCC
GATGGCGTATGGCGATTTCATAAATGGACGCTGCCGCGGAACTCGAGGAA
TCCCGTAAGTAAGCACCAGATTCAGCCTGAGTATGGAGATGAGTAGGCTG
ACGCGGGACGGGACGGCTGAACACGTCTCGCGAGACCGAATTCTCGGGCA
CGCGCGGAGACAGGGGAATATGTATTTCCCTGTTCAGCTGACCACGCGAG
GAGGATTGGCAACCTTACACGGTTGATCCATAATCTGTTATTTGTGATGA
TGATACATTCAAGTATACAGTATTAATCAGTAGTATAAGTAGCCCTAATA
CAGTAGTCATTACGGTTATACGAAAAACCGTACAGTATTGTACCACAGGT
ACTGTAAAGACTTGGAGGCTCTATGTGATCATCACGAGCTATACGAGCTA
CTCAAAGACTTGCAAACCTCTGGAGCATCCACAATCTTTGGAAATTGTGT
TATTAATAGAAAGGTTTGGTAGGGAACGCAGACTACTATGTTTGAAGAAA
ATACAGAACGCAAAATGCACGAAAACCCCACTCTGTACTGTACGTGGGAT
TAAGTTGGGTTCCCATTGACTAGGTGCGGAGAGTGAACACTGACGCGGGA
CGGCCGAGCCGAACCTGTGCCGCGAGGCCAAATCATCGGGCGCGAACAAA
GACAGGAAAAAATATGGTCGTTGTTCAGCTGACGACAAGCAGGATCGGTA
ACCGTCCATAGCAGTTGATTCCCAATCTGCTTTGTCATATTATGACGATT
ACTGTAATCCACATGGTACTTTCAACATGCCCACTTCATACCATTAGTTG
GTGTGGGAAAGAGAGGCGCATATTAGTTGGTTCATGGTGACCTGCCAAGG
CAGTGAACGCCATCGGCACGCAATTGCTTGACCCGATGAATTCGGGACTG
ACCCGATGGCGTATGGCGTATTTTAATTAATAAATGGACGCCTCCGCGGA
ACTCGGGAGAAATTCCGCAAGTAAGCACCAGAGTCACCCTGGTATGGAGA
TGAGCAGGCTGACGCGGGACGGGATTGCCAAACCCGTCTCGCGAGACCAA
ATTTTCAGGCGCGAACGGGGACAGGAAAATGTCAATTTTCCTGCTTAGCT
GACCACGAGCAGGATTGGCAATCTCAGCTGGTTGATCCATACTCTTGCTA
TATGTGTGACCATACATTGAATTTACTGCATGTACTTTGATTTGTGATCA
ACAAATAGTCAACACTATTAACGAAACCAAGGTACAAGGTACCTGATACA
ATGTGCAGTATTAATAAATTAAAATAGAATACGGTCATGAGTTATGTGTG
ATATAGAAGGTTGCCAGTCCTGCTCGTGGTTCGTGGTCAGCTGAACAGAA
AAAATGGGCATTTACCTGTACCCGTTCGCGCCTAAAAACATTTACCTGTA
CCTGGTCTCGTGATATGGGTTCGGTCGTTCCGTCCTGCATTAGCCTGCTC
ATTCTCCACTTAGGCTAAATATAGTGCTTACTCGCGGATTCCTCCCGATT
TTCACGGCAGCGTCCATTTTTTTATACCGCCACATACGCCATCGTACCAG
TCCTAAGTTTGTCGAGTCACGTAATTGCGTACCGATGGCGCTAATTGCGG
AGAATGCCCCGGCGCGGGGCCAGTAGTCCTCAAGGTAGTTTCAGTTACGG
GTGCTGCCTTTTCAGCTCACCATGGACCAATTAATGTGCGCCTTCAAGTT
AAAATAATCGGAGGCAAAAAATTATGAAATAATAATAATAATAATAATAC
TAATGCATTCCTATCAGTAGTACAGTTGCAGATGTTCTCACATACACCGT
ATTGATTGACAACCTACCAGGTATAAAACTACCAGGTATTTTACATGGTG
GCCAATCCAATTCCTTTTCATAAAAATATGAACGTTATAACAACATTCCT
AATACAGTTACAGTTGTCACATTCACCGTACATTTGTATTGGTTGACAAC
CTGTAAAACTACCACGTATTTTATATGGTGGCTAATCCAGCTTGTGCTGA
ACAGGGGAAAGAGAACAAAAATAGAATGTCAGAATGTCTATTGACAGCAC
GCCCCCCTCCCCCCCCTTACGCTGCTAGTACTCTACTCTACTCTACTCTA
CTCTACTCTACTCTGCTTTACTGTACTGTACGGATATAAGGGGGAGGGGA
TAAAAACTAAACGAACAAATAGCCGGAAGGGCACCACGTGACGAATCCAC
ATACCTAGACGCTACGCAGGTCTCGGTCCGTCTGGTGCCCGTACAGGACT
CCTTCGGCTCGTCAACTAGGCCAATTGGGGTCTCTTCGCAGGTTATACCC
CTCCGTTTACGATAACAACTCTCCTACTTGAGTCTCGCCGCCTCTTTCTT
CTCCTGTCGATGTCTAGTCGCGTTTACCTTTTGTTTTCTCCACGCGATCA
TAAACCTCCGCGCCCACCCTCCGTGACCGTCTCAACCCCCACCCCTGCCT
CCGACGCCACCGCTTCCCATTCCCCCGCTATAATGAGGCCAAACGCCCGG
ACGTCGCTCTGCACGCATTCGACCCAGTCTTTCTCCCTCTCTCCCATCCT
CTCCGCACTGCACCCTCAAGGTTTCCGAACACGATTCGCTTGGGCAACCG
CCCGCTGCTTATTCGAATGAGCGTCCCCGCCCATAAAAGTATTCTCGTGC
GCAAGGTTGTCTAAATGCTTCAGTTTATTTTGAGGGCACGGCGCACGAAG
TCATCCGATAGTCTGGTCTCTTGTGCTGCGCCGGTTATGCGCGGTGCGGA
GTTTAGAGTAGTGTTCCTGGTAAAAGGTCCATATATCATCCATACAGAAA
GGCTTCGGGTCTTTTGAGGGAGAGCGCCACTTTCAGCTGGTCGTAGAGCT
CATTTAGGTACCTCCTGATGTGCATCTAGTAACAGCATGCGCGGGCCCTC
CTGGCGGTTTCAACGGACATAACCGGGCCATCAAGGATGGCGCCCTCCAC
GTAGGTGAAGGTTTGTACCTGCTCCTGTTTGTAGATTTGCCCGGCCGCTT
GGACTCGCAGCATCGTCCGCGGTGCATGCGGTGGAGGCGTGGCATGCACG
TGGTCTCTGCCTTCTCAGACACGGTTAGGGCGAAGACCCACCAAACCTCC
ACGACGACTTCCATAATGTTAGCGAGCCCCCGCGGTAGTTGTGAACTGTG
CAGGCGACATCTGTACGACATACCCCCACACCGCAAGATATACGTAGTCC
GTAGCAGGCTCCGGTTTCATCGACGTCGGCGGTTCCTTCAGGTGCACCAG
CTCGGCAAGGTTGGCCGTATCCTCGCTGAATCTTTGGAGAAGGGCGGTCA
TCACGGCAGCGAAAAAGACGTTGAACAGCAGTGGGGATAGCGCGCATCCT
TGACGTAGTCTTCGCTCCACACTGAGAGGGCACACAAACTCCCATCCGGC
TACCATCGCGGAACTGTCAAATGCTGCTATCATCTATGGTGGTACCCCGA
TGCGAGTGAGCTCCTGCCACAAAAGGCATCAGTCGACAGTATCGTTGCAT
TCTGGAGAGAGGAGGTGGGAGGGAGGGAGGCACTAAACAATGAAGTACAG
AAAAAGTGAGACTCTGCCCTTGCTTTCAGCCACATTTCCTGCAGATTTCG
CACCACAAACATATGTCCGCGATAGAGCGATCCCGACGAAACTCGCACTG
CACCTCTGGTACGGTAGGAGTCCCTTGGCCTCACAACAGTAATACCAAGT
TTCCTATTATAGCAAGCACTTGAAGGACGACCCACGACCTTACCTGGCGG
GACACGAGCGAAATGCCTCCATAGTTTCCGCGCTCGGTCGTGTCGTTCTT
CTGGGACTTCTCCCTGGGTCATACTTGTAGCCTCATGACATGCCGGTGAT
GACTGATGAGTCGGTGGAACTCCAGAAATATGGCCAGGTCCTTTTGTGCA
GTAGTCCTGATGTACCCTATAAATATCAATAGCCCGAGTTTCTGCTATTC
GATGGGGAGGCCGTTCGTTTGCAACGTTTCCGCTTTTGTCATCGCCTTCA
GCGCTGTGGCAACCTTCTCCGAGAGGCCGATCTCTAGGGCACTCTCAACG
GGCTGTTGCTGTAATGCCGGGATGAAGGAATGAAGGAGAGTATCTTTGTA
ATGCCGGGGTGAAGGATAGTATATATTTAGAATTAATAGTAGTACTCCCT
ACATTTTTGGGGTGGGGGTTCTAGTTTATTGTTGCACAGTACAACCTCTC
ACAAGAAACCAAAATCCGTGCTGAGCTTCAGTTTCTTGTTTTGTCTCAGA
GAAAAGGTAGGGAATTTTTTAGCTACGGTCGCTCCGGTAGCTCAGACGTA
AACTCGTAACCTTCTGATACGTTGGAACGTGAGTTCGAATCCCGGTAAAC
GGGATTTTTCTCACTAAAAAATAAAAAATGAAAGATAAAAAACCCAACAA
GCGGGGAATGATTAAATCGTTAGTACACAAATATTCGACTTAACAGTCGA
CGAGGGAAAGGAAAGGTTGAATCCTTCTCGCGAGAAAAAGTAAGGCACGC
ACCGCAGAAGTCAGGTGGATGAGAAATCCTGTGTGACCCCGGCTGGTACG
TCCAACGAACTTGATGTCCAGAATAAATGGGAAGAAAACACATTCCTGTA
CAAATCCACCGGATTTGCGGCACAAGGCTCGGCAGTTTCTTAATTTTTCT
GCCTGCTTTTTACAACTGCGTTTCTTATGAGCGGGCCGTTACTGTATCCT
AAGTGTTAGCAGCTTGCTTGTTGTTTGGCGTAGCGGCCGATGAACGCTTC
CGTCGTGTAGTATTAATACTAATAACAATAGGAGTGTATTAAATATTCCC
TATAGGTACTGCAGTAATATTTTCTGTACACGTAAGTATTCGAGGTGAAC
ATAAGATAAAGTACTTTATTTTTTACTCTATATTGTATTCCATACGATTG
ACGAGGAGGAAAGCAGGTCTTGGAGGCTTATTTTCAAGTGCACAGATTTC
TAACTTGCCCAGATCGTGTTCAGTTTTCGAGCCGATTCCCGACCACAAGA
GTGGTCTGAAATCGGGAACCGTAAATCTGAAGGTCGAAGAGGAATCCTAA
AAAAAAATACGATTGGATAAAAATCTATCACGTATTACAGATATACAGCA
CGGTATAGCAGCGTGTGTGGTCACAATGTAACATAGCAAAAGAGTATGGA
TCAACCGGGTATGGTTGCCAATTGGTCAGCTGAACGGGGAAAATGAATAT
TTCCCTGTACCCGTTCGCGCCTGAGAATTTGGTCTCGCGAGACGGGTTCG
GCAGTGCCGTCCCGCGTCAGCCTGCTCATCTTTATACTCAGGCAGAACCT
GGCGCTTACTTGCGGGATTCCTTCCGAGTTCCGCGGTGGCCGCCATTTAT
TTATTTAAACCGCTTTACGCAATCGGATTAGTCCCGAGTTTAATGGGTCA
CGCAACTGCGTACCGATGGCGTTCACTTTGGAGAGTTCGCCGACACAGGG
CCAGTAAACTTCAAGGTAGTTCCGAACGAGTGCTGCCTTGGCAGGTCACC
ATGAACCAGTTAATATGCGCCTCTCTTTCCCACACCCACTATCGGTATGA
AGTGGGCAAGTTGAAAGTACCGGCGGTGTTTACTACTAGCCATTAACCAC
TAACTGGTGCTACCAACTATATTACTATAAAAGTGCACACAACTGTACAG
CTATCGTTTCCGGAAATAATGCGGAAACTAGCGACGTAATGGCATCATCA
TGACATCTTCATGCTGTTATGCTTTCACCGCGTATACCGCCGACGATGAT
GTCATGACGATGTCATGATCTTCCTTAGGCCAAAACGACAAGGCAGAGAT
ACGAACAGGTACACACACTGTACTTGATTTACTTGATTTACTTCATTTAC
CTCAAAGTACACAGTTGCTGGAAGCGTTTGTATCTCAATAGCAATCGCCA
AGCAGCCTCGCGTATGCTTCATCCGCATCAGGTGAAACCGACGGCAGCCA
ATTCTACAAGTATAACCGACCGAAATCAAACTTCTCCGTTTAGAACCAAA
AACAAATTAACAGATGCCATCAAATGGAGGAATCAAGGAATGCGTCGACT
TTGTGGAAAGCGGCGTTCTGGTGTTTAGTACAGTACAGTACAGTATTTTG
GGTAATCTTTAGTATTGTAACTGGACAAGAGAGTCACGACAGTAGCTCGA
GAGGTACGAATTTAGCGGTATGATAGACTAGACCATCATCAAAAGTAGAC
TAGAATAGAGGAAAGGAAAGGAGTACGATGATGGTCTATCATGATGATAA
CAGACCATGATCATAATCGCAAGAAGGGAGGGGCGGATGAGGCCATTCGT
TGTAAGTAAAGATGTTACTGCGCCGTGGAGTTTACCATGGTCGATAATCC
GAGCTTCACGGGACTTATACGGGTGTGTGTTTCGTGATGGGCTTATGAAG
GGACTAGAGATGCAGAGGTAGACATAGGTTACTCAACCATACAGTGTTCA
TGATGAGAGCTCGATATAGAATGTTACTTGGCACTATACAAAGACTCTGA
CCTAAGGGGGCATATACTTACGTATCAAAGCTAGACAAGGGGGTATTAAA
CCAGTCCCTTGTGGAGTAACATATATGTCGAGGCCAACTCCTCCGCATGT
GGCTATCCAATAAACAACCTAAACATCCCCCCTGTTTATTGAATCGTCAA
CATGACAAGTTTTCTAAGTGTAAGGTCATCTACTATCCCGCCTGTTTTTC
AGACGCAGCCCCCAAGGCTGCTGCTCATTCACAAAGAAAACTTGCTGTAC
TCGGAACTTCGACCCTCAAATCACTCAAATCACTCAAATCACTCTCGAAT
GTTACTCGGCATATTTGGCTACGAATCCCTCAACAAGAAAACTTACGATC
ACCATCTGGGACATTAGTGAAACGTAATCTCGCATAGCATGCTATATATT
AACCAAACCGTCGCAACTGCTTAGATTTGTATTCCCAACAACTCAAAGCA
AACATATGAGCTGTTGATATCTGACACAATACAGTTAGGGGCAAAAATCA
GGTGCCGAAACGGAACATAATCGCGTACGGACCAATGGCCAAAATCCAGA
ACCAAAAAATGAAAATATCGTTTTTCAGTTGGAAAGCCATATGACTTGAA
TATAGTATACAACAGCACTAAAAACGGTGCTGAAAATCCCTGGAGCTAGG
AACATCAGTGACATCTGTCACTCGACAAGAGAATTAGAGATGGGTCCGGT
CTGTACGCGGATCTGGGGGGATTTTTGAGAATTACGTTTTGGGGCAAGTT
ACACGTATTTTACCGTTTTTTTGGGAGATAACCTTCCCGAGCTCTGGAGG
GCTTCTAGAACAGCAGATCATTCCAGACCAAGAACACAGGCCACGTTTGT
CCGGACCCAGGGCAAGAATACCCACGGTACCGGTGCTGCTCTCCACCGTC
ATGTGTGCGTATACTGCCGTTATGATTTCTCTGGTGTTTGTGATTTCTTG
AAAAATTCAGGACATGCCACACACAGCCATTCATTCTGACGTTTTCATTT
TTCCCCTGTGTGGGATGCTCAGAAGGTCTAGAGATGCTGATTTTCTTTCA
GCTCAGCCTCTAATTTTACTTGATATGAATGTTCGTAGAATTTGGTACGC
TTCCAAATTACAAGAGCTCAATAACTTTTGTACCAAGTATATAGTTCTAG
GGTAATGCGCCACAAAGCGCTGTGTTTCGGGGAGCTACTGCTGTTGCTTG
GGGCTTGCTGCTGCCCCGCTGCCGCTGCTGCTCTCCACCGTCATGTGTGC
GTGTACTACCGTTATGATTTCTCTGTGGGCTTTGATTTCTTGAAAAATTC
AGGACATGCCACACCCAGCCATTCTCATTTTCCCCCTCTGTGTGGGATGC
TCAGAAGGTCTAGATGCATTCAGATTTTTCTTTCAGCACAGCTTCAATTT
TAACCGAAATTGCCCTGGATCCCGGCGCTCCCGGCGGCAGCGGCTAGTCG
TCTGGACTATCGCCTGTTGTATCCGCCATGCTCTCGGGTGTGGTGGGCAC
GTGTGCTTCTGACTCCCCAGAATGTGTAGTGATGATTACCGTCACGTTTT
TTCTTGCTATGCGGCGAAATTGTATGGAAATCTGATGTTTTGATTAGTCC
AAATGGTTTCTGTTGAGTTTAAAAAAAAAAAAGCTCATACGCGATTATGT
TCCGGTTGGGCTCCTGATTTTTGGCCCTAACAGTAGGTGTTTGCGCCATG
ATACTCATTTACTTTTTACGCAGGCAACTATATTATTCCGACTTCATCGA
AATTATATTTCGGAGCAATTCGTCATCACGTGCAGACCCAAGGCATCATA
CACTGTCAGAAAATACCCCTCATATTTGGATTAGGACAAAAGGTGACATA
GTTATCAAGGTATCGGAACCAACCGAAATTACAAGTCAAAAATCTATAGT
AGAGACAAATGGAAAGTATGGCTTCGATCTCAAAAACATACATTCTCATA
AGTAATTATCTATCTTCTTCAAAGAGATGACGGGGGCATTACCCCCCTGA
CCACGACGTCAGGTACCTGCCAAGGACTTAAATCGCATCCTGCTCTGTAT
AGAGTCTAACCGAGGGAATTTTTATCTCAGTCTACCTCAGGGATGATTTC
AGAAGAGAAAGGACCAGCCTTAGTACTTTTGTAAGCTCAATCAGTTGTTA
CATGACTCTGGATTGCAGTCATTTTGCATTACCATAACAATTCAATGTTT
CTTACTTCTTAAACGAAGAGATCAAATACCACATAATACTGCTGTAAAAT
TTTTACATCATTACAGATGATGGTCCTATAAAAAACGACGCAATCAAGCT
CCTCATCGTTGAATCAAGTGAAATAGTTTTTCAGTGACGTAATTAGAATA
TGATATCCCCACCTGTACGTTATGTATTGAACGGCAGGGTACGTCAATAA
TATTTCGGCTCGCATCATCTGATCAAGAGTCGAGTTCGGCGAAAATTGAC
CTGCCTACAAACAGGTCAAGGCAAAGTTATGAGATTTTTCAATCTAATCG
TCCGACTTGCTTACTTGTTGTATTGTGCCGTTTCTTGCTATACTTCAACC
ACGAAAATTCTGGATAGAAAACTTATCGTCATCTCGAGTAGACTTATATG
TGAAACGACGGGATAACGTGTACACTACAAACAAACGTTGTTTGAGCAAA
TATTTTCGACAGCACAAATTACTACTGTTGTGACAAGAATACAGTATTTT
AAATGAAGGAATAGCCAACAAAAACGAAAATTGGCATGTGAGCCCCACCA
AAGATAAGGCAGCCAAAGGAGATCCTCCTCGCGGTCAGGTGAACACGGTG
TGCTTGGTCAGCTCGATCTCCAGGCCTGTGCTCTTGATCGTTCAGCAGCT
CGTCGGACGATATTCTTCGTCTTGTTCCCTGCATTATACTGCTCACTCCA
GTAGCTTCGTACTATGTATTTTCCTCACAAAAAACATCCGGCACCCGTCT
GTTCGTGCATTTCCTCGGCAGTGGTCCAAGTCAAAAACGCGTCGCCCCGC
AGCCATCGGCTCGAACATTCGAGGCGTAATACCCTTTAATACCCTTTTCC
CGAAGTAGTACCCAGGCGGCTCTCTTGACAAGCAATGCCCGCGACGAGAA
TCGTGCTCACGAGTTGTACACCTGCTTTCACTTTCAAGGCCCCTGAACCG
TTCGTTTGGCAGACGATGCTCCTTTTCTTGTACCCTCCACACTCCGCATG
GCCATTGCTCCAGGACTATACCTGTGGTACCATTCTTAAGTCCCCAGAGA
TCACTGTCGCTACCGGACATGTGACTCAGTAGTCCAATGGTTTGGCCGAC
AACTATTTATCAAAAGATATGTGTTGGGCTCTCTGGCCTCTTTTTCCGGT
AGCGACAGTGATCTCCGGAGACTTGGCGATGCCAATGGTTTACCCGGCAA
TTAGCACAGGTAGTCCAATGATTCACGCGGCAACTAACATAGCATCCTCC
CAGCGAAGTCGCTAATTAATAGTATGATGACTCAGTATTCCAATGGTTTA
CCCGGCAACTATTAATAACACAGCATTCTCGAAGCGAAGTCGCTTAGTAT
TCAGGTATTAGTATAAATAGTACACTAGTAATAGTAGCCCTACGAATGTA
GACATGCAGTACAATTGACACGTACTAAATATTAATAGTAGATACCTGGT
ATTAATAGTAGATAAGCAGCAGAGATGAAAAAGAGATTAACTATTCTAGA
GACGGGCCGAGACCGTGTTCTATATACTGCATGATAGGCAAGACATGTGA
ATTTATAACATAACGTAGCTCTTGCTATATACCTTATACTTCAAGAGAGG
CTCGCACAAAATGGTCCATGGTGATACTTACCATGAAAGGTAGCTCCCGT
TACTGGAACTACCTTGACTATAGGCCCTTCGGCGGACTCTCGGCATCGGT
ACGTATTTTCGTGATCTGATAAACTCGGGACCGACCCGATGGTGATTGAC
GGTATAATAAATCGACACCGTCGCGGCAAGCGGGGGGAATCCCGTGAGTA
AGCACTAGATTCAGCTTGAGTGTCGAGAATGAGCAAGCTGGCGCGGGACG
AGACGGCTGAACCTGTCTCGCGAGACCAAATTCTCAGGCGCGTAGGGGAG
CAGGGAAAAAGAAATCCCTGTTCAACTGAGGACGAGCAGGATTAGCAACC
TTACCGCGTTGATCCATCCTCTGTTATAAGTGGTGATCATACATACATAC
TTCGAAGGACTATTTTTTGTGAGTGTGGTATGACCATAGAATAAAAGGCA
TTTCTCGAGTTATTTCGTTGTATTTTGTTTGAAAGGTACGGTAGCCTCTT
TTTACCTCTTCTGCATAACACAAAACAACACAAGACCACGGTTTACACTA
TATACCACACGCTATACTATGATGTGTATGAAAGTGTTGCAAAGTAAAAA
AGGAAGTGAGGAGGGAAAACGTGAGATACTGCTATAGAGGTTAATGGAAA
GTTAAAGTAGGTGGGATGGATCTTGATACCGTACCGTACCGTACAGTACA
GTACACAACAGTATAAGAAGAAAGTACAGTAGTCAAGTAGTTTCCCTCTT
GTGGATGTTAAATCATATCTTAAGATCCAAACCTCCGTCGTACGCGCTGA
CCAGTCCCGAACTGGTGAGCAGTAACCCTAACGTGTTCAAGGCTGACGTG
GTGGAGCGAGCCCAAAAGTATGCTGCCGCGATGGGCGGAGGTGTCGGCGC
TTACACGAACAGCATGGGGATCTCAGCCGTCCGAGAGGTGAGGTGGGCTG
AGCTGGCCTATGACCAAAATTGCACCTGTATGATTGTACTGTAATGTACT
GTATTGTTGTATTGTTGTATACCGTAACATTTTGTAATAGAGGTATGTAA
TATTATCCTCAACCTTAATCTTTGGATCTGAAGCGCTCAGAGCGCAGAGT
TCAACCATTGTTATTTCCATCCCCTTCTCAAGGCAAGACGTTTGGGGCGA
AATTCAGCCTGAAAACACGATTAAATCGGTTTTTCTTCCGTCTTCGCCTA
CCGGATCACATTAATCTCTCGAGCCACCCCTGCAAGTTACGCGCCGAGGT
TAGCTCTTACGCGTGAGCTTCAGATGTGGAGAGCTTGCTTTATCTTTACA
AACGTTCTGCATCTTTCAGAGGTACCCCTGCATCACCATCAAACAAGTTA
TGCATATTAGCTCAGAGGTCCGCAGCAGCAGTTGTTGCTGTTGTTGTCTT
CACATAAAAAAGCGGCAACCACGTATATTACACCGTTCTGACCTCTATCC
AGCAGTACCTTCTCTTTCTTACTCTTCAAGGCAAAGAAACGAATTTCCGT
GGTCACAGGCTACCCCAAACTAAGGTACAGAAAGAAAATAAGATAAAATA
AAAAGACCCAGAGAAAGTTCCAACATTTGCCAAAAAATATGATACTGGTT
CCTAAAAATAACAAGTTCAGAAAAAGTACACTTACATTAATCACCATGTA
GGGACACCAAAACAGAAGCAGACTTAGTTACTACTACACAGTAAAAATCT
GAACGTTGTCTGTAGGGACAAAAACTCTACATGTTGCGTACTGTTTGTGT
TCCCGGGATCGCTGCACCATTCACAGCGTACGTCTACCCCACGTGCCTGC
ATGTCCATTTCTGTGGGCAATAGGATCGACGGAATATTTCTCTTTTGTAT
CGAAACGCATCGTAGCGTCCTGTTTGTCGTGACGCCATCGTCGTGTTGCC
CCTATAACGTTCAAAGCGAACGTCTACTCGAGGTGTCTGCGTGTGCATTA
TTTTTAGGGAGAGCATCAACGAGGATTCGTCCTTACAAACCGACACCCTC
CCGCATCGCACAACTTCATACATCATCCGCGGGAGATGACGCCAACCATT
TTATCCCGTAGTGGTCACACGAACTGGGATTTGGGCCGAACAAGTGGAGA
ACGATTGAATCGTTAGTTCACAAAATCGACCATACGGTCGACGGGGGAAT
GAAATGGTTGAATCCTTCTCGCGAAAAATATTAAGGTAAGCACCGCAGAA
GGAAGGTGGAGAAATCCTGTGTGACCTTCCGCCTGCGTGACCCCGGCTGG
TACGTCCACAAGCCTAACGTCCAGAATAAATGGGATGACAACACACACAC
ACACACACACACACACACACACACACACAAGAGGTTTTCGTAATAAGTAT
CATTGATCCCTCCCGACGGGAGGATCAATGCGAGTGGCACAGAATGACTA
GGATGACAGGGCCGGATTGCGTGGTTATGTGCAATTTAATAAATACACAC
ACACACACACACACAGGGGGAGCACAAGGAACTCTGAGTTTAAGTGAAAA
TTGTACAAGTAGAGAGAGCGTGTCCCCTTTGTCGCGTCTGATTAGAGGTT
TTCGTAATAAGTATCATTGATCCCCCCTCGGGAGGATCAATGCGAGTGGC
ATAGAATGACTAGGATGACAGGGCCGGATTGCGTGGTTATGTGCAATTTA
ATAAATACACACACACACACACACACACGTCCCCTTTGTCGCGTCTGATC
AGAGGTTTTCGTAACAAGTATCATTGATCCCCCCTCGGGAGGATCAATGC
GAGTGGCATAGAATGACTAGGATGACAGGGCCGGATTGCGTGGTTACGTG
CAATTTAATAAATACACACACACACATGTCGCGTCTGATCAGAGGTTTTC
GTAATAAGTATCATTGATCCCCCCTCGGGAGGATCAATGCGAGTGGCATA
GAATGACTAGGATGACAGGGCCGGATTGCGCGGTTATGTGCAATTTAATA
AATAAATAAATAAAAACACACACACACACACTTCGTAATAAGTATCATTG
ATCCCCCTCGGGAGGATCAATGCGAGTGGCATAGAATGACTAGGATGACA
GGGCCGGATTGCGTGGTTATGTGCAATTTAATAAATACACACACACACAC
ACATACACACTCGTACACCAAAGAATAAATGTGTACAATTAAAAGCTGTA
GCTCAAATTGAAAAACTCCACCATGAACAAGTACAATGTAATTACTTTCA
ATGATCATGTCTTTACATTGTTATACCTTGCTGTACATTGTAACCCCCAA
AACAGGAGATCGCGTCTTTCATCTCCACGAGAGATGGCTATCCGGCGCAT
GCGGATCGCATTTACCTTACAAACGGAGCCTCAGAGGGTAAGATAACTTG
ACCATGATGTTGCTGTAATTAGGAGTACATTAATATATATCCTACTGTAC
CCGTCTTGGTTTTTCGACATTAACTTTAATTAAGTGAACTGTATGCCCCG
AATAAAACAACATCTGTCTCCTGGCATAATACACTATAGTATTAGTATAC
TATTAATAGACTACACCCCTATTAGACTAGAGTAATCATTGATCGATTGA
TTTATTGGCTTAGAGCTATACCGCACATCAAGATATATCATGTCACGCAT
AGCACAGCACTAACGTAAATGGAAACGAGCTGTAGAGCCTATAACGCTCG
TATCGTATTGAGGGTATATTGTATTTCGCTGTATTTCGTTGTTTCACCCT
CGACCCAAATGTAAGAATGTTATGCTGATATGACGATATGGTAGTAATAT
GACGATAACGGTCACGATCGTCGCAGGTGTACGCATGTTGTTGACCTGCC
TCCTAAGGGGAGGGAGCTTCCGCGATGGACTCTTGACGCCCATCCCGCAG
TATCCCCTGTACTCTGCGTCACTGACTTTGCTTGGTGGTGAACTGGTGCC
TTACCACCTTAACGAGGAAGCAAACTGGGGAGTCGAGGTGAGGGTGGCTG
GATCGCTTAATACCCCCATGATAGCAATATGTTTTCTTCCCATTTGTTCT
GGACATATTAATACTATGTTTCGGTAAAATACCTCTATGCCTTTGAGTCT
TTTATGTATGTGTGTATGGTCATCACATATAGCAAAAGTAAGGATCAACC
GGGTAAGGTTGCTTATCCTGCTCGTGGCCAGCTGCACAAGAAAATTGACA
TTTCCCTGTCCCCGGTTGCGCCTGAACATTTTGTCTCGCGAGACGGTTCG
GCAGTCCCGTCCCGCGTCAGCCTGCTCCTCTCCAAACTCAGGCTGAATCT
GGTGCTTAATCCGATTTCCGCAGTGGCGTCCATTTATTTATTTTAAACCG
CCAAACGCCATAGGGTCAATCTCGAGTTTATCGGGTCACGCAATTGCGTA
CCGGTGGCGTTCACTGCTGAGAGTCAGCCGGCACAGGGCCAGTAAACCTC
AAGGTAGTTCCAAACGGGTGCTGCCTTGGCAGGTCACCATCGACCAAGTA
ACGTGCGTCCCTCTTTCCCACACTCACTATTGTTATGAAGTGGGCATGTT
GAAAGTATTGGCCACAGGGGAAATGATTCCCTCCCCCTCCCTCCTTGCAG
AAAGCCTTTCAAAGCCTTTCTGTTTGTCTGTTTGTGTCATCGCAATGCCT
TGAAATGCCCCACTGTGTTGCTACACTGCGATGAAAGTATGGCGTGTGCT
GCTTCATCTCTAGCTCGAAATGGTTTACAACAACATATAATAAATAGCTC
CTGCACATAACATTTCTCTTCCACGGGTATGCACTGTAATACCTGTAGAT
GGACAACCTTCGGGAAGCTGTGACGAATGCCCGCGGCGACGGCATTGAAG
TGCGCGGTATTGCCGTCATCAACCCTGGCAACCCCACTGGGAATATTTTG
CTCGAGGATCAGATTAAAGACATCATACAGGTGAAGCTTCGACCAGGAGC
TAGCAAGTGTTGTAGGGCAGGAAAGTTTCTTCGGCTTGGTACGAAAATGT
ACCGCTGTCACCGCTGTCTGGTTGTTAGTACCTTACGGCCTATGGCATAT
GACATAATGACATAATGGTACAGTACAGTGCGACAGAGTTTAATTAGCTA
TTAATAGCTAGCTCTCTTGTCATGACCACAGCGCTGGCTACTACGGGTGG
ATCTGTTGACATGCCATATTGCTGCAGCCCCAGCCATCTGCACAAAGAAG
AAAGAAGCACAGCAAGCGCTGTCATCTTCGAGTGTCAGATCATTTGAGAG
AGTGTGTATTGTCGCCCCAGATCATCGATTTGTTTTTACATCTATAACCA
TTTTTGAGAAGTACACAGGTACCTGGTATTCAATACCAAGTAGTATGCCT
TTCGTCTAGTACATGTACCAATCGTAGAGCCCCTTAATTCAATGGTAACT
GAACTGGAGACACGGTCCACGGCATTCGCTGGGTTGGTCAGCATAAACAT
AAAGATGAAAGTTAACAATGCTATCAACATTATTCGTATAACACTTTTAT
ACCAGATGGCCGCCGACAACAATCTGGTCATCTTGGCGGACGAAGTGTAC
CAGTCCAACATTTGGAAGGAAGGCGCTTCTTTCTCGTCCTTCAAGAAGGT
GTTATACCAATAGGGGGATCAATACGTTTGTGGTATTGTATTATTGTATT
ATTATAGTAGACTTATAACTCTTGACAAGTCATGATCCTAGTTCTAGTTC
TAGTCATACATGTATGTTTCGAAGAGTTTCCATTCAGCTCTATTAATAGA
GTAATAGAGTCCTTAGATGTACAAAAAGAGTTAGGACTATTATTAGTTAT
TAGAGACCTTATTAGAGACCGGCCTTCGCTGTCAGCATTTTTTGGAGACG
CATGCTTTGCGTACAGTACAGTTTAGTATAGTAGTACCTCACACAGTAGA
ACACAACAGCTTTGTTCTATGTCGTAGTACAGTATTATAGCTGGTATAGT
GAGATTGTGAGATACAGTATAAATAGTGAGATTGTGAGATATTCGAGGCC
ATATGGTTTGGTGTGATGGAATTGAGTGGTGTAATGGAATGTTCATTCTT
TTGTGAGAGTGTTGGGAGGTTCGCAGCAAGGCGTTTCGCAGCAGCACACA
CCATTCAATACCTATAGTAGCGGTTGTGAGACTGTTCGAAGGTTCGCAGC
AGGCGTTTGGCAGCAGCACACACCAATTCAATACCTATAGTAGCGGTTGA
GCTAGTGATAGTTCCCGTCACCCCACCGTTCTATCTATTTATATCTAACG
GTGATAATTATCATCGTGGTAGCAAGGTATCGTTTAACTGTTGTAACTGT
CATATACGGAGTGGAAGTAGTTAATGATGGATTAGTTGGGATGGGTTGTG
GGCTGGGATGAATTCACCAAACCCTAAAGTGCAATCCCACTCACCATTCC
AGATGGTAAGATGCATACAGTATTGGATGCCTGGTTGAAGTGTTCATTGA
TTACTGTATACTGTATACCTTCAGGTGGCGTGTGATATGGGATACCATGG
GGAGGATGGCGACGAGCGCCTGCAGCTTGTCTCCTTCCACTCGACCTCCA
AGGTACTCTACTCACTCCTACGTGTACTTGTTCTTGTTCTTGTACTGCTT
ATGCTATACTATACCCTGGTACAGTATTATACAAAACCGTATATTATGTT
ATATGATATTATTAAATAGTACTGGTAATTGTTACTGTAGTACCCGTATC
GTGAATTCGGCCTGTGACCTCTTGATGGTTTTAGAGCAAAGACACTGTTT
GATGACTATGAACATGTTGTCCATGACGTTGAAGTATTACCTGTACCCAG
TATTTGATACCAGGGTACGATTTGTGCATACAGTATTTCATGTTCAAGGC
ACAGCTGGCAGTCGCTCCGCCGTCTGTTTATTTTGAAAATTAGACGCGCA
GTTAACTCTGGACGGTGCAACCGTACGATAGCTTGTTGCGGGCTTCTAAC
CACGCAGAAATGTACCGTACCACACTGTAACGCAATGTATTGATGCAATG
TTTATGCCGTTTTTGATCAAATGTTACGACGGATGTTCTTACAATTCGGT
TACCCCTCCTATTAATATTAGTATGTGGCTTTTCTAATATACTAATCTAC
AATAGTCATGAACTGGCCATGTGAATGAATGCAGGGCTACTTCGGGGAGT
GCGGGTTGCGTGGAGGGTACATGGAGGTGCATGGGATAGGGGCAGAGGTG
AGCCATAGCTTCGAGTACCAGTATCTAAATTAAAAACCAAGTCCTAGTAC
CTGGTAAAGTTTTCGTGGACGCACATGGGTACTGTATACTGCATACTTTA
TCTAAACTACACCAGTAATGTGGTAGCACTGGTCTCACGAAGCAAAGATT
GTTGGCTGGAAAGCCTCCCACCTTGATCCATTGGCAAAGGTTGGCTGTCT
GGCTGCATTAGCTTTCTGATAGAAGTATTTGTATTGGTAATTACTTAGAC
TAGTGACTCTGTCTTTGTCATCATGGCACTAATATAATCATAGCACTAAC
AATGGCACTAGTAATAGCACCATTATAAGTGGAGGCCTAGCTCTATGAAT
ACGCCTATGATAGCACGTTTCATTTGCAGTATATAATAAATTAATCGCTC
CTCTGTGGGTTTCGATTCCGTGATGGTGCGAATCCTGCTGAATGTTAAAT
ATTCAACACCAGAATAACGGAAACACCCTTTTGATCTTCTGTACATCAGA
ATAACGAGATCATTAGATTTTCAGTTTGTATTTTGAATGCTAGTACTGAA
GGTCGAAGTAACATGTCGGAGGAAATATGATCCTGCAGCTCGTTACATAT
AAGCTCTGTAGGTGTTGGTATTGGTGTTGGATACTCTTACATAGTAATAG
TAATACAGTAGAGTAGAGCTACTGTACACACATAAACTCTCTCGACTTTG
GCTCGGGTGGCCTTTACTCTGCATAGAAAAGTCTATAATCCCGTCTGATC
ATCTTGGTCCTCAACTCTTTTCTAAGCTATACTCTACAAGCTATTCATAT
TCAAGCTAGACCCTGGTACTATACGGTGCCATTTTCTGATCCTGATCCAA
CAGCATTACTATATACTATATACTATATACTATATTCTCAACAGGTGAGA
GCGGAACTGTATAAGCTGGCATCATTGTCGCTGTGTTCCAACACCATCGG
ACAGCTTGCCACAGGCATCATGGTCAACCCCCCAAAGCCCGGCGAACCGT
CTTTCCAAACCTTCCAGAAGGTAAGAGAAGAGGTACATTACTCTTTATAT
TTACACCAGATTCAGCCTGAGTGTGGATGATGAGAGGGCTAACGCGGGAC
GAGACGACCAAGCCCGTCTCGAGAGACCACATTCACAGGCGCGAACGGGG
GCAAGGGAACATTTTTTCCCCTGTTCTGCTGACCACAAGCGGGTTTGGCA
CTGGTACATACTATAATAGTGGCGCGTGACTCTTTTCTGCAGTAGAGGTT
CGTTTATTACTTGTTAGTACTACTGCTCTCCATATTAATATTACTATTAC
TCGATTGCGTCGCCCCCTCTAGCTCTATACCTCTGGTTGATAATTTTAAA
AGTATAGACTATTAGTATAGTACGTACAGGGTATGGATCAACCGGGTAAG
GTTGCCAATCCTGCTCGTGGTCAGCTGAACAGGGAAAGTTATTTTCCCTG
TCCCCGTACGCGCCTGACGATTTGGTCTCACGAGACGGGTTTGGCCGTCC
CGTCCGGCGTCAGCCTGCTCATTCTCCATACTCAGGCTGAACCTGGTGCT
TACTCACGAGATTCCTCCCGATTTCCGCATAATATACCGGAGTGTTTTGG
TGGACGTCTCATCTCCTACCTTGTGGCTACTGGGTATTATTACAATTGCT
ATTAATTGTAAACAGCTACCAGTTCTCGCTTTGTCTTATCTTCCCTTCTC
TGCCGTTGGTGTGCATGATTTGACACTTCGTACTGTGACTGTGGCATGAT
TTGACACGGCGTGCAGGAGCGTGATGACATTTTGTCGTCACTACACCGTC
GAAGTTTGATGGTCCACAAGGCCCTCAATGAGTTGGAAGGAATCACTTGC
AACAAGGCAGATGGCGCTCTGTATGCGTTCCCACGTATCCGTCTGTCGGA
AAAAGCTAAGGAGGCTGCAGCAGCTCAGGGCGTCGCTGCTGATGAGTACT
ACTGCCTCCAGGTATATTTAGCACTCAAGCAATAGATTTTACAGGTATTA
AAATACTACTAGGTACTAATACTATCAGGACTGTTTTTGAAGAGTTCATG
GGCCGTACACAGACAGTTGGTATGCACATAAATCTACGAGGTATTGAGGA
TTGATACATGGTTGCAGATTGGTTTTTTTTTTGCATCGCAAACGTGGTAT
TGTGGTGTCATGGTATCGAACCCAACCCTCGGAGCCAGAGCGCATTTTGC
ACGTTAGCGCTATGGTCGTGGTTGTACCTCGTATGGTTGTTGCCGTAGGC
GAAAAGCCTCTTCTCAGACACAGTGTGTGGCGTATGACGTACAGTATGAC
ATCTGACGCATGGAATATTCCTGCATGTCTTATCCGCTGATCGAAACCGA
GCAGCTCCTGGAAGAGACGGGCATCATCATGGTCCCCGGAAGCGGGTTCG
GTCAGGAGGAGGGCACTTTGCATTTCCGCACAACGTTTCTACCGGCAGAG
GACACCATGGAAGAAACACTCAAGCGTTTTGCCTTTGCCCATGGCAAGTT
CATGGACAAGTATCGCGATTGA
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Coding sequence (CDS) from alignment at F-serratus_M_contig148:180013..202034-

>mRNA_F-serratus_M_contig148.3315.1 ID=mRNA_F-serratus_M_contig148.3315.1|Name=mRNA_F-serratus_M_contig148.3315.1|organism=Fucus serratus male|type=CDS|length=3048bp|location=Sequence derived from alignment at F-serratus_M_contig148:180013..202034- (Fucus serratus male)
ATGATCCGACGCACCCTTCCTCGTGCTTTCTCAGCATCCTCTTCCTCCTT
GAAGGGTGTGCCCTTCGATATCAAGAGCATCAATGAGCACGTCCGCACTG
CCGAGATGATCCGACGCACCCTTCCTCGTGCTTTCTCAGCATCCTCTTCC
TCCTTGAAGGGTGTGCCCTTCGATATCAAGAGCATCAATGAGCACGTCCG
CACTGCCGAGTACGCGGTAAGGGGGAATGTGTTGAACAAAAGCATGGAAC
TTCAACGCCGGCTGAAAGCTGGAGAGAATCTCCCTTCGACAAGGTGCCTG
CAGTACAGTACATACGCGGTAAGGGGGAATGTGTTGAACAAAAGCATGGA
ACTTCAACGCCGGCTGAAAGCTGGAGAGAATCTCCCTTCGACAAGGTGCC
TGCAGTACAGTACACTTGTGCCGTGTAACATCGGTAACCCTCACGCATTA
CTGCAAGTACCGCTCAGCTTCCACCGAGAGGTGTTGTCCCTTTGCATCAG
CTTGTGCCGTGTAACATCGGTAACCCTCACGCATTACTGCAAGTACCGCT
CAGCTTCCACCGAGAGGTGTTGTCCCTTTGCATCAGTCCCGAACTGGTGA
GCAGTAACCCTAACGTGTTCAAGGCTGACGTGGTGGAGCGAGCCCAAAAG
TATGCTGCCGCGATGGGCGGAGGTGTCGGCGCTTACACGAACAGCATGGG
GATCTCAGCCGTCCGAGAGTCCCGAACTGGTGAGCAGTAACCCTAACGTG
TTCAAGGCTGACGTGGTGGAGCGAGCCCAAAAGTATGCTGCCGCGATGGG
CGGAGGTGTCGGCGCTTACACGAACAGCATGGGGATCTCAGCCGTCCGAG
AGGAGATCGCGTCTTTCATCTCCACGAGAGATGGCTATCCGGCGCATGCG
GATCGCATTTACCTTACAAACGGAGCCTCAGAGGGAGATCGCGTCTTTCA
TCTCCACGAGAGATGGCTATCCGGCGCATGCGGATCGCATTTACCTTACA
AACGGAGCCTCAGAGGGTGTACGCATGTTGTTGACCTGCCTCCTAAGGGG
AGGGAGCTTCCGCGATGGACTCTTGACGCCCATCCCGCAGTATCCCCTGT
ACTCTGCGTCACTGACTTTGCTTGGTGGTGAACTGGTGCCTTACCACCTT
AACGAGGAAGCAAACTGGGGAGTCGAGGTGTACGCATGTTGTTGACCTGC
CTCCTAAGGGGAGGGAGCTTCCGCGATGGACTCTTGACGCCCATCCCGCA
GTATCCCCTGTACTCTGCGTCACTGACTTTGCTTGGTGGTGAACTGGTGC
CTTACCACCTTAACGAGGAAGCAAACTGGGGAGTCGAGATGGACAACCTT
CGGGAAGCTGTGACGAATGCCCGCGGCGACGGCATTGAAGTGCGCGGTAT
TGCCGTCATCAACCCTGGCAACCCCACTGGGAATATTTTGCTCGAGGATC
AGATTAAAGACATCATACAGATGGACAACCTTCGGGAAGCTGTGACGAAT
GCCCGCGGCGACGGCATTGAAGTGCGCGGTATTGCCGTCATCAACCCTGG
CAACCCCACTGGGAATATTTTGCTCGAGGATCAGATTAAAGACATCATAC
AGATGGCCGCCGACAACAATCTGGTCATCTTGGCGGACGAAGTGTACCAG
TCCAACATTTGGAAGGAAGGCGCTTCTTTCTCGTCCTTCAAGAAGATGGC
CGCCGACAACAATCTGGTCATCTTGGCGGACGAAGTGTACCAGTCCAACA
TTTGGAAGGAAGGCGCTTCTTTCTCGTCCTTCAAGAAGGTGGCGTGTGAT
ATGGGATACCATGGGGAGGATGGCGACGAGCGCCTGCAGCTTGTCTCCTT
CCACTCGACCTCCAAGGTGGCGTGTGATATGGGATACCATGGGGAGGATG
GCGACGAGCGCCTGCAGCTTGTCTCCTTCCACTCGACCTCCAAGGGCTAC
TTCGGGGAGTGCGGGTTGCGTGGAGGGTACATGGAGGTGCATGGGATAGG
GGCAGAGGGCTACTTCGGGGAGTGCGGGTTGCGTGGAGGGTACATGGAGG
TGCATGGGATAGGGGCAGAGGTGAGAGCGGAACTGTATAAGCTGGCATCA
TTGTCGCTGTGTTCCAACACCATCGGACAGCTTGCCACAGGCATCATGGT
CAACCCCCCAAAGCCCGGCGAACCGTCTTTCCAAACCTTCCAGAAGGTGA
GAGCGGAACTGTATAAGCTGGCATCATTGTCGCTGTGTTCCAACACCATC
GGACAGCTTGCCACAGGCATCATGGTCAACCCCCCAAAGCCCGGCGAACC
GTCTTTCCAAACCTTCCAGAAGGAGCGTGATGACATTTTGTCGTCACTAC
ACCGTCGAAGTTTGATGGTCCACAAGGCCCTCAATGAGTTGGAAGGAATC
ACTTGCAACAAGGCAGATGGCGCTCTGTATGCGTTCCCACGTATCCGTCT
GTCGGAAAAAGCTAAGGAGGCTGCAGCAGCTCAGGGCGTCGCTGCTGATG
AGTACTACTGCCTCCAGGAGCGTGATGACATTTTGTCGTCACTACACCGT
CGAAGTTTGATGGTCCACAAGGCCCTCAATGAGTTGGAAGGAATCACTTG
CAACAAGGCAGATGGCGCTCTGTATGCGTTCCCACGTATCCGTCTGTCGG
AAAAAGCTAAGGAGGCTGCAGCAGCTCAGGGCGTCGCTGCTGATGAGTAC
TACTGCCTCCAGCTCCTGGAAGAGACGGGCATCATCATGGTCCCCGGAAG
CGGGTTCGGTCAGGAGGAGGGCACTTTGCATTTCCGCACAACGTTTCTAC
CGGCAGAGGACACCATGGAAGAAACACTCAAGCGTTTTGCCTTTGCCCAT
GGCAAGTTCATGGACAAGTATCGCGATTGACTCCTGGAAGAGACGGGCAT
CATCATGGTCCCCGGAAGCGGGTTCGGTCAGGAGGAGGGCACTTTGCATT
TCCGCACAACGTTTCTACCGGCAGAGGACACCATGGAAGAAACACTCAAG
CGTTTTGCCTTTGCCCATGGCAAGTTCATGGACAAGTATCGCGATTGA
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