mRNA_A-nodosum_M_contig1211.7.1 (mRNA) Ascophyllum nodosum dioecious

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

Overview


Name	mRNA_A-nodosum_M_contig1211.7.1
Unique Name	mRNA_A-nodosum_M_contig1211.7.1
Type	mRNA
Organism	Ascophyllum nodosum dioecious (Ascophyllum nodosum dioecious (Feamainn bhuX, rockweed, Norwegian kelp, knotted kelp, knotted wrack or egg wrack))

Homology

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: A0A6H5L3M0_9PHAE (PKD domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L3M0_9PHAE)

HSP 1 Score: 764 bits (1974), Expect = 5.170e-266
Identity = 357/588 (60.71%), Postives = 442/588 (75.17%), Query Frame = 2

Query:  272 TETLLSFACSNEYP-AVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADL-GSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHCEAAGSPVG 2029
            T   ++F C+N YP A T TKW H+AEP R TTL+ASS +GD DA  D+F W F D   T LEGR V +TF SVGL  V + Q  V+TG  Y + + VMVKYVRREIRQL  EDREAFF+A+ET+YR+PT EGNAVYG++YKGI +FVQMHLDGAG ++CDHWHDDAGIMTHH G+TL FEQ LQVV+P+VS+PYW YTIESA G   YGES IF+ DWFG+ASP N+LHTVD+GR+AYLP    A DY  +HN YGLLR+PWN+D TPFVTR N TNG+ KT MV+C+ Y + F++ TL  +NN LNGGTHGPVHI +GGEW++ EE       Y     L++KFLWRKGY+R PE+C++ +   G GD+S CRA CPAE+YE+ GMTPYDVL+D  +++W+A L G ++ Y    DRFVV GHE+DE FQ+  W  +L SLCDPGHVGE++TS+APYDP+FWVIHP AERFL+WRR L  +  + +  DETWGY  H  V G+TG VCDWS V    LDMPSC +  CGGH  DD+LPFE+++KGE  KMTN+EW +FIYP+ +DLPY+YNE+ W+HC A G  +G
Sbjct:   88 TSDAITFQCTNGYPPATTSTKWDHIAEPHRSTTLTASSTVGDPDA--DVFQWSFGD--GTVLEGRTVEYTFTSVGLHDVALRQIDVSTGNVYRMSSHVMVKYVRREIRQLKDEDREAFFDAMETLYRLPTSEGNAVYGDEYKGINFFVQMHLDGAGVKDCDHWHDDAGIMTHHVGYTLQFEQALQVVDPSVSIPYWEYTIESAQGLTEYGESTIFAADWFGEASPDNSLHTVDKGRWAYLP---GATDY--VHNPYGLLRSPWNVDGTPFVTRFNLTNGEDKTSMVSCETYQSCFDATTLATMNNCLNGGTHGPVHIKVGGEWNDPEEDMATKLGYTSAIPLLTKFLWRKGYLRTPESCTAEE--DGVGDSSTCRAGCPAEVYENLGMTPYDVLMDIFSLHWIARLSGGIIVYDEAHDRFVVAGHEEDEAFQSVIWKTVLHSLCDPGHVGELYTSSAPYDPLFWVIHPTAERFLSWRRKLATERPDVWALDETWGY-SHGHVVGETGVVCDWSGVGDDFLDMPSCVRGICGGHGVDDMLPFEIKVKGETVKMTNLEWYQFIYPDNDDLPYMYNEFAWDHCAANGDYIG 663

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: D7G0J9_ECTSI (PKD domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G0J9_ECTSI)

HSP 1 Score: 759 bits (1959), Expect = 1.190e-263
Identity = 356/614 (57.98%), Postives = 457/614 (74.43%), Query Frame = 2

Query:  191 ASGASSRHHIQAPGSEKAGSHSARGDGTETLLSFACSNEYPAVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADL-GSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHCEAAGSPVG 2029
            AS  S R  +  PG+E A         T   L    SN YP + ++ W +LAEPFR+TTL+A S +GD D  +D+F W FED   T LEGREVT+ FK VG Q V ++QT+V+TG+   +E  VMVKYVRRE+RQL  EDREAF +A+E +YR+PT EG A+YG+DYKGI +FVQMHLDGAG  +CDHWHDDAGIMTHH G+T+LFEQ LQVV+P+V++PYW YTIE + G   YGES+IF+ DWFGDASP+NA+HTVD GR+AYLPV+++A DY  +HN YGLLRTPWN D TP+VTRHN TN Q  T +VTC +Y   F+  TL  + N LNGGTHGPVHI +GGEW+N EE    +  YA    L++KFLWRKGY+R+P +C+  + + G GD S CRASCP+E+YE+ GMTPYDVL D  +++WVA   G VV +  ++++F + GHEDD EF+  FW ++L SLCDPGHVGE++TS+APYDP+FWVIHP AERF+ WRR LG +  + +  DETW Y  H  V G+TGTVCDW  VR G+LDMP+C K  CGGH ADD+LPF+V++KGE  +MTN++W +FIYP+ +DLPY+YNEY W+HC ++G+ +G
Sbjct:   73 ASEGSPRVRLGVPGAEYA---------TADDLWLDTSNAYPRLANSAWANLAEPFRDTTLTAGSSVGDPD--RDVFKWSFED--GTVLEGREVTYMFKGVGAQTVSLAQTMVSTGRIVQIEDSVMVKYVRREVRQLKAEDREAFLDAMEKLYRLPTEEGVALYGDDYKGISFFVQMHLDGAGVSDCDHWHDDAGIMTHHVGYTMLFEQALQVVDPSVTIPYWEYTIEYSQGLTDYGESQIFAPDWFGDASPNNAMHTVDNGRWAYLPVMQDAWDY--VHNPYGLLRTPWNTDPTPYVTRHNMTNAQDITGVVTCGMYQNCFDETTLAGLFNCLNGGTHGPVHIKMGGEWNNPEEELTNSLGYADEVPLMAKFLWRKGYLRMPTSCT--EDEHGTGDDSTCRASCPSEIYENLGMTPYDVLYDALSIHWVAGKSGGVVVWDEEKEKFYIAGHEDDVEFEKFFWLRILNSLCDPGHVGELYTSSAPYDPLFWVIHPTAERFMGWRRKLGVEQPDMWPLDETWDY-SHGWVVGETGTVCDWDDVREGSLDMPTCRKGICGGHGADDLLPFKVKVKGETMQMTNLQWYQFIYPDNDDLPYMYNEYQWDHCASSGNYMG 668

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: D7FSP4_ECTSI (PKD domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FSP4_ECTSI)

HSP 1 Score: 754 bits (1947), Expect = 1.570e-261
Identity = 351/595 (58.99%), Postives = 447/595 (75.13%), Query Frame = 2

Query:  263 GDGTETLLSFACSNEYPAVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQA-----SDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVAD-LGSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHCEAAGSPVG 2029
            GD TE L SF  SNEY   T + W HLAEPFR+TT +ASS +G  D  +D+F W FED   T LEGREV H FK++G QRV +SQ VV+TG T+     VMVKYVRREIR L  +DREAFF+A+ET+YR+PT+EG  +YG +YKGI +FVQMHL+GAG  +CDHWHDDAGIMTHH G+TLLFEQ LQVV+PAV++PYW YTIE+A+G + Y  SE+F+ DWFG+ASP N LHTVD+GR+A+LPV+++A  + Y+HN YGLLR+PWN D TP+VTRHN TN +    +V+CD Y + F+   L ++NN LNGGTHGPVHI +GGEW++ +E  IQA       Y     L+SK+LWRKGY+R+P +CS      G GDAS CR+SCPAELYES+GM PYDVL+D +A++W+A+  G +V +  + + F V GHE D EF    W K+L SLCDPGHVGE+++S+APYDP+FWVIHP AERF+ W+R L R+  + + F E WGY  H  V G+TG VCDWS VR GTLDMP+C K  CGGH+A D+LPF+V+I GEVRKMTN EWL+FIYP+ E+LPY+Y+ + W+HC A+G  +G
Sbjct:  102 GDATEGL-SFVSSNEYLPTTGSPWTHLAEPFRDTTFTASSTLGRPD--EDVFKWSFED--GTVLEGREVKHNFKTLGRQRVSLSQIVVSTGNTHETVGSVMVKYVRREIRSLTDKDREAFFDAMETLYRLPTVEGRELYGEEYKGINFFVQMHLNGAGVSDCDHWHDDAGIMTHHVGYTLLFEQALQVVDPAVTIPYWEYTIEAAAGLEDYDSSEVFASDWFGEASPDNELHTVDKGRWAFLPVMEDA--WHYVHNPYGLLRSPWNTDPTPYVTRHNVTNNKDVQGVVSCDDYQSCFDKDNLADMNNCLNGGTHGPVHIKVGGEWNDPQEGIIQALGTLFGRYTNKVPLMSKYLWRKGYLRMPTSCSVES--EGTGDASTCRSSCPAELYESKGMKPYDVLMDVYALHWIAESAGGIVVWDNNTEHFTVAGHEHDAEFMEGLWTKVLTSLCDPGHVGELYSSSAPYDPLFWVIHPTAERFMGWKRKLARERPDVHPFSEDWGY-THGNVVGETGMVCDWSGVRQGTLDMPTCVKGICGGHSAGDLLPFKVKIGGEVRKMTNAEWLDFIYPDNEELPYMYDSFGWDHCAASGYLIG 686

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: D7G0J8_ECTSI (Putative scytonemin-related tyrosinase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G0J8_ECTSI)

HSP 1 Score: 726 bits (1875), Expect = 2.210e-250
Identity = 329/580 (56.72%), Postives = 424/580 (73.10%), Query Frame = 2

Query:  266 DGTETLLSFACSNEYPAVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADLGSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHC 2005
            D   ++LS   +N YP +  + W HLAEP R T L A S++G+ +   D+F+W   +E   + EGRE+ + F   G + + ++QTV +TG+ Y L   +MVKYVRREIR LN+ DR AFF+ +ET+YR+PT +G   +G DYKGI+YFVQMHLDGAG ++CDHWHDDAGIMTHH G+TL FEQ +Q+VNP+VS+PYW YTIE+  G  +YGES +F+DDWFG+ SP N LHTV +GR+A+LP+  +A D   +HN YGLLR+PWNL+ TPFVTRHNAT+  + T MV+C +Y + F+S TL ++N+ LNG THGPVHI+ GGEW   EE FIQ   Y +   L++KFLWRKGY+ +P+ C  G         + C+ SCPA+LYES+GMTPYDVLLD HA+ W A   + + Y   +D+F V GHEDDE FQ AF+ KML S C+PG+VGEM+TSAAPYDP+FWVIHP A+R L WRRMLGR+G EG+DFDETWGY  H  V G+TGTVC+W  V PG+ DMP+C K  CGGHN DD+LPF V+I GEV K+TN  W++ IYP  EDLPY+Y+E+ W HC
Sbjct:   86 DEETSVLSLTATNGYPDIVWSPWVHLAEPHRATVLRAESQVGNPN--DDVFLWTIPNENGASFEGREIEYIFTDPGRKDIVLTQTVTSTGERYSLHTYIMVKYVRREIRALNNADRVAFFDTLETLYRLPTSQGVEEFGTDYKGIDYFVQMHLDGAGVKDCDHWHDDAGIMTHHVGYTLQFEQAMQLVNPSVSIPYWEYTIEATEGLPSYGESTVFNDDWFGEFSPRNELHTVTKGRWAFLPIQPDAWDS--VHNPYGLLRSPWNLNPTPFVTRHNATSSMSATAMVSCSVYLSCFDSTTLADMNSCLNGETHGPVHILAGGEWHAAEEDFIQKVGYYESVPLVTKFLWRKGYLSIPDTCDQG---------TPCQTSCPAKLYESKGMTPYDVLLDVHALMWTAHTSASLVYNSKKDKFEVKGHEDDESFQQAFFKKMLNSFCNPGNVGEMYTSAAPYDPLFWVIHPTADRLLAWRRMLGRQGAEGWDFDETWGY-AHSSVVGETGTVCNWDDVVPGSGDMPTCVKGICGGHNEDDLLPFSVKINGEVMKLTNAGWMDLIYPTNEDLPYMYDEFKWTHC 651

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: A0A6H5LKB4_9PHAE (TYR protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5LKB4_9PHAE)

HSP 1 Score: 709 bits (1830), Expect = 2.240e-244
Identity = 320/588 (54.42%), Postives = 427/588 (72.62%), Query Frame = 2

Query:  266 DGTETLLSFACSNEYPAVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADLGSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHCEAAGSPVG 2029
            D   ++LS   +N YP ++ + W HLAEP R + L A S++G+ D   D+F+W   +E   + +GRE+ +TF   G + + ++QTV +TG+ + L   +MVKYVRREIR L++ DR AFF+A+ET+YR+PT EG   +G+DYKGI+YFVQ+HLDGAG ++CDHWHDDAGIMTHH GFTL FEQ +Q+V+P+V++PYW Y+IE+    D+YG+S +F  DWFG+ SP+N  HT+ +GR+A+L V ++A D   +HN YGLLR+PWN+D TPFVTRHN T+    TDMV+C +YS+ F S +L  +N  LNG THGPVHI+ GGEW   EE FIQ   Y +   L++KFLWRKGY+ +P+ C  G+         +C+ SCP+ELYES+GMTPYDVL+D HA+ W +   S + Y   +D+F V G+EDDE FQ A++ KML S C+PG VGEMFTSAAPYDP+FWV+HP A+R L WRRMLGR+GVEG+DFDETWGY  H  V G+TGTVC+W  V PG+ DMP+C    CGGHN DD+LPF V++KGE  ++TN EW++ IYP  EDLPY+Y+E+ W+HC   G   G
Sbjct:   86 DEETSVLSLTSTNGYPDISWSPWAHLAEPHRASVLRAESQVGNPD--DDVFLWTLPNENGASFQGREIEYTFTEPGRKDIVLTQTVTSTGERHTLHTHIMVKYVRREIRTLHNSDRVAFFDALETLYRLPTSEGVQQFGSDYKGIDYFVQLHLDGAGVKDCDHWHDDAGIMTHHVGFTLQFEQAMQLVDPSVTIPYWEYSIEATDDLDSYGDSIVFDHDWFGEFSPNNDFHTMTKGRWAFLRVQRDAWDS--VHNPYGLLRSPWNVDDTPFVTRHNTTSSMTATDMVSCSVYSSCFASSSLSIMNACLNGETHGPVHILTGGEWHAAEEDFIQKVGYYESVPLVTKFLWRKGYLSIPDKCEVGE---------SCQTSCPSELYESKGMTPYDVLMDVHALMWTSHTASSLVYSSRKDKFEVKGYEDDEPFQRAYFKKMLNSFCNPGAVGEMFTSAAPYDPVFWVVHPTADRLLAWRRMLGRQGVEGWDFDETWGY-THTSVVGETGTVCNWDDVVPGSGDMPTCITGICGGHNEDDLLPFTVKVKGENVQLTNAEWMDLIYPTNEDLPYMYDEFKWDHCSEDGYSFG 659

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: D7G0K0_ECTSI (Tyrosinase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G0K0_ECTSI)

HSP 1 Score: 595 bits (1534), Expect = 1.380e-202
Identity = 284/516 (55.04%), Postives = 353/516 (68.41%), Query Frame = 2

Query:  461 REVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADL-GSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHC 2005
            R V H FK+VG   V + Q VV+TG+ YH+ + VMVKYVRREIRQL  +DREAFF+A+ET+YR+PT EG A+YG DYKGIE+FVQMHLDGA  +ECDHWHDDAGI+THH GFTLLFEQ LQVV+P+VS+PYW YTIE+A G   YGES++F   WFGDASP N+LHTV  GR+A+L ++K A DY  +HN YGLLR PWN D TPFVTR++  NG   TDMVTC+ + + FES ++  +NN LN G HGPVH  +GGEW+N EE F     Y+    +++K LWR+GY+R+P  C  G    G G+AS C  SCPAELYES GMTPYDVL+DT A YWVA+  G  V Y  DEDRFVV GHEDDE+FQ  FW ++L SLCDPG                                        +  D+TWGY     + G+T  VCDWS VR   L MP+C +  C GH A++ LPFE++++GE   MTN+EW +FIYP+ ++LPY+YNE+ WNHC
Sbjct:    3 RRVKHKFKAVGRHEVSLMQIVVSTGEVYHMSSSVMVKYVRREIRQLTDKDREAFFDAMETLYRLPTGEGVALYGEDYKGIEFFVQMHLDGAAVKECDHWHDDAGIVTHHVGFTLLFEQALQVVDPSVSIPYWEYTIEAALGLANYGESQVFHPGWFGDASPDNSLHTVTDGRWAFLSIMKEAWDY--VHNPYGLLRAPWNTDGTPFVTRYDKINGVDSTDMVTCEEFQSCFESSSIAAMNNCLNAGIHGPVHNTMGGEWNNPEEEFTFRLGYSASVAILAKALWRQGYLRVPNTCLQGK--DGPGNASTCITSCPAELYESLGMTPYDVLVDTSAAYWVAEAAGDAVMYDHDEDRFVVTGHEDDEDFQNEFWMRVLHSLCDPG----------------------------------------WSLDDTWGYLDG-NMFGETRVVCDWSGVRDDPLAMPTCVEGNCAGHKANEALPFEIKLQGETVTMTNLEWYQFIYPDNDNLPYMYNEFAWNHC 473

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: A0A6H5KFJ6_9PHAE (TYR protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KFJ6_9PHAE)

HSP 1 Score: 580 bits (1494), Expect = 6.000e-196
Identity = 284/504 (56.35%), Postives = 354/504 (70.24%), Query Frame = 2

Query:  299 SNEYPAVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIES---ASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLK-------------------------------NAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADL-GSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRML 1705
            SN YP + ++ W  LAEPFRETTL+A S +GD D  KD+F W FED   T LEGREVT+ FK VG Q V ++QT+V+TG+   +E  VMVKYVRRE+RQL  EDREAF +A+ET+YR+PT EG A+YG+DYK       MHLDGAG  +CDHWHDDAGIMTHH G+T+LFEQ LQVV+PAV++PYW YTIE    + G   YGES+IF  DWFGDASP+NA+HTVD GR+AYLPV++                               +   + Y+HN YGLLRTPWN D TP+VTRHN TN Q  T +VTC +Y   F+  TL  + N LNGGTHGPVHI +GGEW+N EE    +  YA    L++KFLWRKGY+R+P +C+  +   G GD S CRASCP+E+YE+ GMTPYDVL D  +++WVA   G VV +  ++++F V GHEDD EF+  FW ++L SLCDPGHVGE++TS+APYDP+FWVIHP AERF+ WRR L
Sbjct:   17 SNAYPRLANSAWAKLAEPFRETTLTAGSSVGDPD--KDVFKWSFED--GTVLEGREVTYIFKGVGAQTVFLAQTIVSTGRIVQIEDTVMVKYVRREVRQLRAEDREAFLDAMETLYRLPTEEGVALYGDDYK-------MHLDGAGVSDCDHWHDDAGIMTHHVGYTMLFEQALQVVDPAVTIPYWEYTIECGCHSQGLTDYGESQIFDPDWFGDASPNNAMHTVDNGRWAYLPVMQASPAIAVLHCTLTGLIIYIHPTVDTIYRVAQDGDAWDYVHNPYGLLRTPWNTDPTPYVTRHNMTNAQDITSVVTCGMYQNCFDETTLAGLFNCLNGGTHGPVHIKMGGEWNNPEEELTNSLGYADEVPLMAKFLWRKGYLRIPTSCTVEE--HGTGDDSTCRASCPSEIYENLGMTPYDVLYDALSIHWVAGKSGGVVVWDEEKEKFYVAGHEDDLEFEKFFWLRILNSLCDPGHVGELYTSSAPYDPLFWVIHPTAERFMGWRRKL 507

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BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: A0A6V1TYR0_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1TYR0_HETAK)

HSP 1 Score: 467 bits (1202), Expect = 3.620e-150
Identity = 246/584 (42.12%), Postives = 344/584 (58.90%), Query Frame = 2

Query:  275 ETLLSFACSNEYPAVTHTK--WKHLAEPFRETTLSAS--SKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEE--AFIQA-SDYAQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADLGSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHC 2005
            ET L FA SNEY  VT  K  W+H+AEPFR TTL A+   ++  +    D F W  + E    L+   +  TF +VGL+ V+++    ++G   + E++V+VKYVRREIR L  EDR+   +A+ETIYRV    G  +YG +Y+ I  F + HL+GAGR  CD WHDDAGI+THH GFT+ FE+ +Q+++P +S+PYW YTI++    D   ES IF D+WF      +  H V++GRFAYL + K       + N YGLLRTPW  D  P++TR    N  A    V+C+++ ++F    +  INN LNGG HGPVHI +GGEW+  +E  +F+ A   +    +L+ K LWR G+ R P  C+ G+          C    P E+ E  G+T Y+ +     + +++  G  V Y  D+  + + G ED  E + A W K+L++L +PG VGEM+TS+AP DP FW++HP AER L+ RR++     +    DETWGY H      D G VCDWS V      +P C + TC GHNADDVL F   I    ++ TN E  ++I P   DLPY+Y+ YNW+HC
Sbjct:   73 ETSLKFASSNEYTRVTPIKAVWEHIAEPFRVTTLEATFDGEVIPNHHHLD-FTWEVDGEVQK-LKANAIDLTFTTVGLKSVKLTIADSSSGSVGNYESEVVVKYVRREIRSLTDEDRKRTLDAIETIYRVDQQTGEELYGENYRSIVSFSKEHLNGAGRLGCDSWHDDAGIVTHHLGFTIEFEEVMQLIDPMISLPYWEYTIDTDLYGDNIWESPIFQDEWFSPLDTVDENHVVNQGRFAYLEIPKITDGSFDVLNPYGLLRTPWVTDPNPYLTRGKEINKGALFGSVSCNMFKSTFNQGDIATINNRLNGGAHGPVHIQIGGEWNVNDEMLSFMDAYGGFEYKLVLVFKILWRTGFARCPTTCAEGE---------TCECYAPVEVLEEAGLTAYEAMKQIDVLKYLSTDGDYV-YTSDDGEYHIYGLEDSPEEEEAVWLKILQALANPGWVGEMYTSSAPTDPTFWILHPTAERLLSARRLV----KDTMSLDETWGYTHQDNNPSDNGWVCDWSNVEG--WGLPDCVQGTCSGHNADDVLEFNF-INFPGKQFTNQELYDYIDPTNVDLPYMYDSYNWDHC 637

[Close]

BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: A0A7S2CGQ1_9STRA (Hypothetical protein n=2 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2CGQ1_9STRA)

HSP 1 Score: 462 bits (1188), Expect = 4.100e-148
Identity = 239/584 (40.92%), Postives = 341/584 (58.39%), Query Frame = 2

Query:  284 LSFACSNEY-PAVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYD-TYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNG-QAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDY--AQLTILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLD-THAMYWVADLGSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHCEAAG 2017
            L F+ SNEY  +V   KW H+ EP+R TTL+A     D + T   ++W   D  S+T   +   +TF+ VG   V +S T +         +QV  KYVRRE+R +   DRE F + +  +Y + T +G A YG  YK I YFV+ HL GA   +CDHWHD+AGIMTHH  FTL  EQ LQ V+PA+SVPYW YT +S    D  +  SE+F D+WFG ASP++  H V  GR+AY P++ +A+DY  I N+YGLLR+PWN + T + TR++   G +   +  TC  +S   +  ++ +IN  LNG THGPVHI++GG+W +   A +   +Y  A   +L++K LWR GY++ P++C           +S C+ SCPA   ++   TPY +L + T  ++W+ D    + +  D+  + + G     E +   W  +L +LCDPGH GEM+TSAAPYDP FWV+H  AER L +RRM      +    DETWG+  H   A D G VCDWS+V  G   +P+C  K C GH A D LPF   + G     +N+++ +F+ P  + + Y+Y+ + W HCE+ G
Sbjct:   80 LKFSVSNEYGQSVKGYKWDHIVEPYRLTTLTAILNDDDQEGT---YIWVVGDTVSST---KVAYYTFQDVGFNLVNVSWTSLDGETKLSASSQVACKYVRREMRAMTVSDRERFLDTLRLLYDLKTKDGQASYGEKYKDIHYFVKKHLHGAAALDCDHWHDNAGIMTHHLAFTLELEQTLQAVDPAISVPYWEYTKDSILHADGDWESSEVFLDEWFGVASPTSNDHVVTEGRWAYAPIMSDASDYSNITNSYGLLRSPWNTNPTAYFTRYDKVLGNEFYNNFPTCTQFSECIKRPSIAQINECLNGETHGPVHIMIGGQWGSVSSA-VAMKEYGLAPQHLLLAKNLWRHGYVKCPDSCDD--------SSSECKCSCPASQLDT---TPYKILTEKTGLLHWIDDSSRAIYFDEDDGEYHIQGFT--AEMEAGAWQDILDALCDPGHAGEMYTSAAPYDPTFWVLHTAAERLLQYRRMQ----ADVSPLDETWGF-AHMNAASDVGVVCDWSSVENGGDSLPTCTAKLCEGHGATDTLPFSDFL-GHGETYSNMQFYDFMEPNNDQILYVYDNFEWEHCESQG 637

[Close]

BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Match: A0A7S4DBJ4_HETAK (Hypothetical protein n=2 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A7S4DBJ4_HETAK)

HSP 1 Score: 452 bits (1163), Expect = 2.530e-144
Identity = 247/582 (42.44%), Postives = 343/582 (58.93%), Query Frame = 2

Query:  284 LSFACSNEYPAVT--HTKWKHLAEPFRETTLSAS--SKIGDSDATKDLFVWRFEDEASTTLEGREVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHEDREAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWHDDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEIFSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWNLDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGPVHIILGGEWDNFEEAFIQASDYAQLT---ILISKFLWRKGYMRLPEACSSGDGDSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADLGSVVRYKPDEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWVIHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAVRPGTLDMPSCFKKTCGGHNADDVLPFE-VRIKGEVRKMTNVEWLEFIYPETEDLPYLYNEYNWNHC 2005
             S + SNEY   T  ++ W+H+AEPFR TTL A+   ++  +    D F W  + E S  L+   +  TF S G + V+++    ++G     E++V+VKYVRREIR L  EDR+   +A+ETI+RV    G  +YG +Y+ I+ F + HL+GAGR ECD WHDDAG++THH GF+L FE+ +Q+++P +S+PYW YT+++    D+  ES IFS++WF   +  N  H VD+GRFAYL V K    +  + N YGLLRTPW+ D TP++TR     G      V C  Y ++F    +  +N  LNG THG +HI +GG+W+  EE      DY   +    LI K LWR G+ R P  CS+G+          C  + P E+ E  G+T Y+ L+    + ++   G  + Y  D  R+ + G E   E    F  K+L+++ +PG+VGEM++S+AP DP FWV+HP  ER L  RR+L  KGV+   FDETWGY H   VA D G VCDWSAV      +P C + TC GHNADDVL F+     G  R  TN E  +FI P   DLPY+Y+ YNW+HC
Sbjct:   96 FSLSSSNEYTRRTPINSVWEHIAEPFRVTTLEATYNGEVIPNHHHLD-FTWEVDGE-SQDLKANAIDVTFTSTGPKTVKLTIADSSSGTVGTYESEVVVKYVRREIRSLTDEDRKRTLDAIETIFRVDQETGEHLYGENYRSIQSFSEEHLNGAGRVECDSWHDDAGMVTHHLGFSLEFEEVMQMIDPLLSLPYWEYTLDTDLYGDSIWESPIFSEEWFSPFASDNPHHIVDKGRFAYLEVPKVTDGFDVV-NPYGLLRTPWSADPTPYLTRGKYVFGATPLSSVECSAYESAFNVDDVATMNMLLNGKTHGALHIQIGGQWNLDEETLAFIDDYGGFSNTLALIFKVLWRTGFARCPATCSAGE---------TCECTAPLEVLEQAGLTAYEALMQAGVLKYLNTNGENL-YLADSGRYHIRGKEGTPEEDQVF-LKILQAMANPGYVGEMYSSSAPTDPTFWVLHPTIERLLGARRLL--KGVK--PFDETWGYVHDYTVASDNGWVCDWSAVEG--YGLPECVQGTCPGHNADDVLEFKFANFPG--RTFTNQELYDFIEPTNIDLPYMYDSYNWDHC 655

The following BLAST results are available for this feature:

BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot

BLAST of mRNA_A-nodosum_M_contig1211.7.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5L3M0_9PHAE	5.170e-266	60.71	PKD domain-containing protein n=1 Tax=Ectocarpus s...	[more]
D7G0J9_ECTSI	1.190e-263	57.98	PKD domain-containing protein n=1 Tax=Ectocarpus s...	[more]
D7FSP4_ECTSI	1.570e-261	58.99	PKD domain-containing protein n=2 Tax=Ectocarpus T...	[more]
D7G0J8_ECTSI	2.210e-250	56.72	Putative scytonemin-related tyrosinase n=1 Tax=Ect...	[more]
A0A6H5LKB4_9PHAE	2.240e-244	54.42	TYR protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0...	[more]
D7G0K0_ECTSI	1.380e-202	55.04	Tyrosinase n=1 Tax=Ectocarpus siliculosus TaxID=28...	[more]
A0A6H5KFJ6_9PHAE	6.000e-196	56.35	TYR protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 Ta...	[more]
A0A6V1TYR0_HETAK	3.620e-150	42.12	Hypothetical protein n=1 Tax=Heterosigma akashiwo ...	[more]
A0A7S2CGQ1_9STRA	4.100e-148	40.92	Hypothetical protein n=2 Tax=Dictyocha speculum Ta...	[more]
A0A7S4DBJ4_HETAK	2.530e-144	42.44	Hypothetical protein n=2 Tax=Heterosigma akashiwo ...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
A-nodosum_M_contig1211	contig	A-nodosum_M_contig1211:213587..229523 +

Analyses

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


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
Ascophyllum nodosum dioecious OGS1.0	2022-07-08

Properties


Property Name	Value
Stop	1
Start	1
Seed ortholog	2880.D7G0J9
PFAMs	Tyrosinase
Model size	2741
Max annot lvl	2759\|Eukaryota
Hectar predicted targeting category	signal peptide
Exons	16
Evalue	3.81e-268
EggNOG OGs	2D2AI@1\|root,2SM4K@2759\|Eukaryota
Description	Common central domain of tyrosinase
Cds size	2046
COG category	S

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1680866640.1622634-UTR-A-nodosum_M_contig1211:213586..213596	1680866640.1622634-UTR-A-nodosum_M_contig1211:213586..213596	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1211 213587..213596 +
1680866640.3510427-UTR-A-nodosum_M_contig1211:228838..229523	1680866640.3510427-UTR-A-nodosum_M_contig1211:228838..229523	Ascophyllum nodosum dioecious	UTR	A-nodosum_M_contig1211 228839..229523 +

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_A-nodosum_M_contig1211.7.1	prot_A-nodosum_M_contig1211.7.1	Ascophyllum nodosum dioecious	polypeptide	A-nodosum_M_contig1211 213597..228838 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at A-nodosum_M_contig1211:213587..229523+
coding sequence from alignment at A-nodosum_M_contig1211:213587..229523+

protein sequence of mRNA_A-nodosum_M_contig1211.7.1

>prot_A-nodosum_M_contig1211.7.1 ID=prot_A-nodosum_M_contig1211.7.1|Name=mRNA_A-nodosum_M_contig1211.7.1|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=682bp
MPVVQVALLVLLLLPSAKVVASAVATASSGRENLRSGVRTMREGSSFTIY
GKAGEQRARTASGASSRHHIQAPGSEKAGSHSARGDGTETLLSFACSNEY
PAVTHTKWKHLAEPFRETTLSASSKIGDSDATKDLFVWRFEDEASTTLEG
REVTHTFKSVGLQRVRISQTVVATGKTYHLEAQVMVKYVRREIRQLNHED
REAFFNAVETIYRVPTLEGNAVYGNDYKGIEYFVQMHLDGAGREECDHWH
DDAGIMTHHAGFTLLFEQGLQVVNPAVSVPYWSYTIESASGYDTYGESEI
FSDDWFGDASPSNALHTVDRGRFAYLPVLKNAADYGYIHNAYGLLRTPWN
LDFTPFVTRHNATNGQAKTDMVTCDLYSTSFESVTLREINNYLNGGTHGP
VHIILGGEWDNFEEAFIQASDYAQLTILISKFLWRKGYMRLPEACSSGDG
DSGGGDASACRASCPAELYESRGMTPYDVLLDTHAMYWVADLGSVVRYKP
DEDRFVVMGHEDDEEFQTAFWAKMLRSLCDPGHVGEMFTSAAPYDPIFWV
IHPEAERFLNWRRMLGRKGVEGYDFDETWGYWHHPGVAGDTGTVCDWSAV
RPGTLDMPSCFKKTCGGHNADDVLPFEVRIKGEVRKMTNVEWLEFIYPET
EDLPYLYNEYNWNHCEAAGSPVGPSSNDEGV*

mRNA from alignment at A-nodosum_M_contig1211:213587..229523+

Legend: UTRpolypeptideCDS

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

>mRNA_A-nodosum_M_contig1211.7.1 ID=mRNA_A-nodosum_M_contig1211.7.1|Name=mRNA_A-nodosum_M_contig1211.7.1|organism=Ascophyllum nodosum dioecious|type=mRNA|length=15937bp|location=Sequence derived from alignment at A-nodosum_M_contig1211:213587..229523+ (Ascophyllum nodosum dioecious)
CCGTGCCACGATGCCGGTTGTACAAGTAGCTCTACTAGTATTGCTCCTGT
TGCCCTCGGCCAAAGTTGTAGCGAGCGCAGTTGCTACTGCTTCTTCTGGT
AGGGAAAACCTGCGAAGTGGGGTCAGAACCATGAGGGAGGGATCATCTTT
CACTATCTATGGAAAGGCGGGGGAGCAGAGAGCCAGAACTGCCTCGGGGG
CGTCTTCTCGCCATCACATTCAAGGTACAGTATTTTTGAGTCCAAATCAA
TGTGTGTGTGTTTTCTTCCCATTCATTCTGGACATCAAGTTCGTTGGACG
TACCAGCCGGGGTCACACAGGAGGAAGGTCATCCACCTTCCTTCTGCGGT
GCGTGCCTTGATTTTGTCGCGAGAAGGATTCAGCCATTCCTTTCCCTCGT
CGACCGTGAAGTAATTACTAACGAATTAATCGTTCTcCACTCGTTGGGCA
TTTTTATTTTGGTTTTTTTTTTTTTTTTAGTGAGAAAAATCCCGTTTGCC
GGGATCGAACTCACGTCCCAACGTGTCAGAAGGTTACGAGGTGCCAACTG
AGCTACCGGGGTCGACCGGTTGTCAAATCAATGAATCAATCAAATATTGA
GTATTAATTATAGGTATTGATAAGGCATGTACCGCAGTGGGAAGGTTGTG
TGGCCTTTCTACTGTTGTGACCCCGGCTGGAGCGTCTTATCAATGTATCG
AAAGATATATTCTCACGCAAACAGTATAAGGGTGATGATGATCGTGTGGA
GTACCAGGTAGTGGATAACCTCCCATTTTCGCTATATATATATACTCGGA
GCAGTACAAGTGTGGTCATGACATACTGGTATATCAGATCGGGTATCAGC
CGGTTTGGTGGCGAATCCTTTTTTTCTTGTTCGTTTATTTTTATTTTGGC
TCTTCTGCAGTCTGTGTCCCTTCCTGGCGACGATGCCCTTTGCTGGCTAC
TTTCTTATCAGTTTCCTTCTGTCTGCTTTCCCTGCTTTTTTTTTCTTCGA
ACGTGCTCCCGGTTTGATTTGGTTCGGTTCCGTCTATCTTGTGACCACGG
CTGGATTCGAAGCGGATTAGTTAATGTGAGGTAAAAGATGGGTTAGCTAT
CGCTATACGCTCTCTAAAGGATAGGTGTGTAACTATCGTCAGCTTAACAC
AGGTGTTGGTGTAATGTGTGGTTGGTTTTTGGCTTATTGTACTGGCGTCG
TCCTCAACACTGTACGGGAAAGTGCCACGCCTGATTCTAAAGAAAACAAG
CAGGCTGACGCAGGCAGTCGTCGTTTCCGAAGGCATTTTCTGTACGGCGC
GTTATTGTGTAATTTTTCATCGACAGAACATGAAGGTCTATCTACACATG
TCCAACGGGAATGTTCAACAGAACCTTTTATGCGCATCATTCTGTCACAC
TAAGAATCTTCACGTCTCGCCCCGGTTCTCGCCTACGATTTTTTATCGAG
ACGCAACTTCAGTACTCTTACTATTAATATTAATAGCACACTTTTGTACA
GCAGTATTATTAGGCTCTATCCTCTAAACCCTGTGTTTGAAATTGTTCAT
GATGAGAGCGTAAAGGTCTACCTGGTATGAAATATCTACACATATACAAC
GGGAATGTTCAGCAGAACCCTCTAGGACCGTTTCTTACGAGGAAATTTTT
CCAGGAAATTTTGGGGTTGGAGGGGTCAAAATTAAAAATTTCTTGGGAAA
AAAACCCCGTCTCTTACGAGGAAATTTGGGAAATTTTGGCTCGAATTCTC
CCAGCCGAGGAAATTCTGAAGCCCAAAATTTCCTGGAGACAAGAGGAAAT
TTTACGAGGAAATTTTGGGATCACTTGATAATAGAAATGAAATCAGTACA
CTTTCCCAGTACTGGATGATGGCTACTACGTACACACAACTGTGTTCTCT
GCTGTACTCACACATGCATCGAGTCACACAAACGTTGCCCCAATTTGTAC
CTGGTATGTAGTAGGCATAATTAAAGAAAAATCTGAACGCATCTAGACCT
TCTGAGCATCCCTCAGTCAGAGGGGGGAAATATCAAAACGTTTAGGTGGG
ATCATAGGCTGCAAAGACAAAACTTCTTCATGGCATTTAATCGGGTTCCC
CGATGATAGTAACATTGGGTCAACAGTTATGATGTCGGGGAGGAACCCAC
TGTTATGCTGTACACTTACACTAATCGCCACGCAGGGACGCCAAACAAAA
CAGAGACAAAAGACGCGATGAGCTTCGATTTCAGCTCAATTTGTTACATT
GGGTCTAGTATCGAATGCGTGTCGATGAAGGAAAGCTACATGTTGTGAAA
GTGACGGAAGGAAAAGTAAGAGATAGGACGGCTAGCGGTAGTGGTATAGA
GCTATACATGTATTTTGGGGGGTTAAGAACTACTACAGTAGAACAAGAGG
ACAGAGAGGATCACCAACGCAGACTCTTCAACATAATCCAGAAGTACGAA
GTATGTATGTATGTATGGTCATCACATATAGCAGAGTATGGATCAACCGG
GTAAGGCTGCCAATCCTGCTCGTGGTCAGCTGAACAGGGAAAAGAATATT
CCCCTGTCCCCGTGCGTGCCTGAGAATTTGGTCTCGCGAGACGGGTTCAG
CCGTCCCGTCCCGCGTCAGCCTGCTCATCTCCATACGCAGGCTGAATCTG
GTGCTTACTTACGAAGTACAAGACATCGGTATTCACCTGAAAGGCTACAG
CTGTAGTAGACGAAGAGCCGAAGAGCAGCGGAGGGCGACAACAGTATTAG
TAATAGAATAGAGTAATAAAGGAGTGAGAGGCAGGTGGGCAGAGAACGCA
CGTATACCTGTCAGAATGCTACCACTCGGCTGCTTCATAACACCAACTCT
AAGTCAGTTAACAAAAGCCTCGCGAATGGTGTGAATGGTGTGTCATGCAG
AAAGTATCGGGAGCGGTCATGGGGGAACCCAACGAAATTATCTCCCGATT
GTTTGTCCTTGCAGCCATGTTCCCACCTACCACCTACCACCTATACGTTT
TGACAAATAAACATGTCAAATAAACAATAAAAGTTTCCCTGACTAGGTGG
ATGCTCAGATTTTTGCGAGCGTAGTGAGCTTCTAATCCGGCAGGTGTATC
AATTTGAGCTCGGGTGTATCAAAAAAATTGCACATTGACCAATCAGAATA
CCATTTTTGTATACCCTCGGTGTAAACCAATATTCTTCTGATTGGTCAGT
GTGCACAGTACTGAAAATGACCAACGGGTGGAGAACGGGAAAGGAATGGC
TGAATCGGCCTAGGTTCTATTCCGGCGTCCACGTACTGCGTACGTCTTGA
AACAGCGACCTTGTCCAACATTAATCTATGGATCGGCGGAGAAGTGATGG
TGGAGTTGAAGAGTGTAAAGGTTATTCATTATCTAATGACCACACCACGA
GCGCTTCGTCAACTCCACTGTCTCTCGACCGTGGGATTTGATCGCCGGCA
CAAGGTCCACGGAAACTGAAAGTTTTAGGTCGGCTCGTGTGGCTAGAAGA
CGGGCTACGTACGCCGAGCGAACGGAACGACAGCGCCTGCGTGATGCTCA
CGGAAAGACGTATGGCGGGAGGCGCTAGTCCTGCTGCAGGTGACAGCACC
AGCAATTGGAAACAAGGTTCTATTGAGAGAGCGTTCATTCGTTTGTGCCT
TCAGTGTGCGTAGACGAACTGCTTGTGCTATTATAAAAACAAGAGAATTC
TATTTGCGATATTTGTTCGTCAAGTGTTCCTGCCATGTTATACTATCTAC
TCATGTTTTTGATATTACGTACGTCTCTCCTGCCCACTGCACTGTGCGTA
CGTTACAAATGTTTGGTGGTGCATAGAACAGTAGTCAACAGAGAAACCCT
CGAGTCATACAGCAATCACTAAACAACTTAGCTTGGAAGTGAAGGCCGGT
CCAGGATCGACCGATCTGTAAGTAGTAGAGCTACTCCTTTATTACCAGGT
ACTGCACTGGTTATTCGTGGTGGTCATAAAAATTTTGGCAGGTCAGAAAT
TGGGCATAAAAAGATGTGTATTACAAGACTCGTGCAAGAAACAGTATGTT
TTCCTGTCGATCCTGCTTGTGGTGAGCTGAACAAGGGAACGGGAAAGGTG
GACTTTCCTGTACCACTTTCCGCGCTCGAGAATCTGGCGAGAAAATTTGA
TCAACAGATAGAGCCGGCTGGAGGCATGTGGCTGAGGGACTATCAAAAGT
AGCAAACAGCCCGAGTACGCCAACAACACATTATATTTTATTTAAGTAGT
TACAAATTAGGGTAAAACTCATGCTGTTCTCCGGTTTTGGTGTACCCACA
TGGTGATAAGTGTTAAGACAATATTGTAGTGTTTTACTATATCCTACGAT
CGACTTCGATTCCCCACGGCCTGAACCCGATTTCAAACCCAATATAACAT
AATAGAGTTGTATTTTGTTTCAGCGCGTACTTTTGCCTCTGTTTGGTGTA
CCTGCATGACGATTGTGTAAGTGTACAGTTTAACGGTAGGTTTCTCCCCC
CGATATTATAGTGTATCGTACTGTATTATACTGTATTATAGTATATAGTG
TTGACCCTATGCTACTAACATTGGGGATGCTGAAACCTTTAAGAAGAGTT
TTTGTCCCTACTGTAACAGCCAATGTTCCCACCTACACGTTTGGATAATC
TCCCCCCTTGACCGGGTGAATGCTTCAATATATTAATATTAATAAGAAGG
TTTGAACGCGCTCATTTTTTTTTTAAGTAGTAGACGAGAAGCGGGGAGAG
ACGGGAAGATCCTTCGTGACGACAGGCAGGATGGCGACGTTGCAGTAGGT
GGGATTGGCAACCTATTAAATAGCACGTTGAGCCCCATCGCCCGCAAGTG
AGATACAAACAATACTCTCTTGAACAGTGCCGTTGCGTCAAGTACACCAG
TACGTTCTTACCAGTACGATTTTCGGGGACAGGTTGTTACGGCATTTCTA
CAACTCTTGAAAATGCTCCTGTAACCTCGTCTCTAGCCCCCGTCAGACGT
TTAGGTAAAAGCCTAGGGTCGGCCATCATTCGCAAAGGACGTGTTAGGTA
TGCTCTAACGGTATTCGTGGGCTCACAAAAATTGCCCATAGGTACTAATA
CCACGTAAGTGTCCTCGAAAAGGTGCGATGACCGCGCCGGGAGGTATCTG
TCTCAAAATTTTCGTCCTACTTTTAATAAGCTATCTCATGCTTGCCCGGC
AGGATCGTTCAACGTACCAATCCAGATCCTGCGGTGCTTCTCATCTTCCC
ACTCTTATCTTATTCACGCTGCTACTGTATTCCAAATCGTCAGGTGTTAG
CTTCAACTTTTCAATCCTGTGCAGAACGGTAATGGTGGAACGTTGTCTCG
TCCCGTTTGCCTCCCCAAGAAGCCCATGTGTAACGCGGAGGCTCTCTTCG
TTGAGGATGGCAGGATGCTACGCAAGTACAAACACCCAACAGGATTGGGC
ATATCTTGATGTTGTTATGTAGTGTAAAACCGACAACTGTATGTATGTAT
GTTTATATGTAGTATCGTCGTATAGCAGAGTATGGGTCAACCGGGTAAGG
TTGCCAATCCTGCCCGTCGTGAGCTGAACAGGGAAAATGAATATTTCCCC
GTCCCCGTTCGCGCCTGAGAATTTGGTCTCGCGAGACGGGTTCGGCCGTC
CCGCCCCGCGTCAGTCTTCTTAGTCTCCACACTATAGTACTATAATAGGG
CTGAATCTGGTATAGTTGTAGTGGAATACTCGAGTCTCGAATTGAGTCAT
TTAGAACATGGTTTGGAACATGCTGTACCAGCGAGGGTCCAGGTCCAGTC
GGGTACGTTCAGCTCTACAGCACATCAGGGTCCTTGTGTTTCTACCGGGG
GGCAGGATATGTACGACTGGACGTGATACTAACGTAGTTAATGGCTGTTA
CTCTTCCAGTTGTGATGTTAACAGTACCAGAAAAGGCGCCCTGAAGTCAT
CTCTTGGTTGACTCTCCTCTCACTTTCAGCGCCTTGTTCTTGCAACTCAA
GTATTACGACAACATGACTTATTCAGCCAGCCGTACGCTTGCTACAGAAT
CAACTGTTATATAAGCAAACACAAGCTCCCTCATCGACTGCTTGCCGATC
CGACCAGTAGTTCGACTATACCGTTGTGCAACGCCCCCTCAAAGCAGTTC
GAAGGACGAGCTGCGCAAACTCCTAGGCATTCGGACTCGCGGCAAAATCT
TCGCCAGATCCGACAACTCGGGAACAGCTTCTGTGCGTTCCCGCTGTATG
AAACGTAAAGCATACGTGAGAAAACTCCGAAACTGAGCTTTATGTTGGAA
CGCTACTCAAGCATCACGCTTACCGCGGCCATCAAATCAACCCCATGCCT
TCTCCACACAGCAGGCCCGAAATAGCATGAAATGGCGCCACGTATTTAAC
ACGAATTGTCAGGAACTCAGAACTTGTCCATATAGGCAACCGTAATCTGA
ATACTAGAAGTTGGTAACAAAGTTTGAAAGATGGACTTCACGATTCGCGG
ATCGAAGCTGGAGCGCGAGTAGGAGAGGGATACAGGGCCCCGAGCATGTG
CGCGCACATCGTTCACGCTCTTCCTCTGCGCGGTTCTGGCTTGCCTTTTC
GGGCGTTCTCCAAGAGAAGCGCGCTATCAACACAAGTGGTATTTCGTGAA
GATTATGTCGAAACTTATCAGGGGATGGCGTGGTACGCCGCCACTTGAGC
TGATCGTGGGGTTGTTCGTCACCCTTGCCTCGGGCAGCGAGTCGTGGTTT
CTGGCGTAGAGCAGCATCCAACCTTCGAGCGCCCTTCCTCTCGACCATCT
GTGCTTGTGTCCTAACCCAGCCCCAGGGTCGGAGAAAGCAGGGTCACATT
CTGCGAGAGGTGATGGAACCGAGACGCTGCTGAGTTTCGCCTGCTCGAAC
GAATACCCCGCTGTAACGCACACGAAGTGGAAGCATTTGGCGGAACCGTT
TCGAGAGACCACGCTCTCGGCCTCGAGCAAGATCGGTGATAGCGATGCCA
CCAAAGATCTGTTCGTGTGGAGATTTGAAGACGAGGCAAGCACCACTTTG
GAGGGGAGGTAAGAGGGCTCACAGCGGGCGCCGAGGCCAGACCACGCGGA
TTTGTATTGCCATCTATCCGTTGATGGTTCCATCTCGAACGACTCTGGAA
AGCTGAGAGGGGGGGGGGGGGGGGTTCCGCCATGTAGCTGTGCATTCCTT
ACATTACCTTTCACTAATGTACAATATTTTGGCACCCTCGTACACTCAAG
AGGTCTTGCATGCGCGTCGCAGGCCAAAAATAGGCAATCAATACCTTACA
GTTGGTTTATTTCTGTTCCCAGGACTTGGTGACGGCTCCTGCGGTAGCCA
CCTTTTCGCTCTTCCTCCCGTCATCCGTGAATCCCCCCCCCCCCCGATCG
GCGCCATGCTGGCGAAGTTTCGTGCCTATGTTTTTATTAGGGGTTTCGGG
TTATTTTCGTTTGGCCGTTGAGGCTCTTTCTTTCGTTGTGCCCCCTGTTT
TTAACGGATCACGGGCGAACGGGGTCAAGGAAATTTAAAAACAAGACGCC
TTCGCTTCCTCCTTAACAATGTTTTCTCGGAATGACTCGTGACTCGTCAG
GGAGGTTACACACACGTTCAAGTCAGTGGGCCTTCAGCGAGTTCGCATCA
GCCAGACCGTCGTTGCCACGGGCAAGACCTACCACCTGGAGGCGCAAGTC
ATGGTCAAGGTGAGATTCCGACTCGGATTGAGGTTCCAGTTGCATCGAAC
GAGTGTGTTAAACCCTCTGGCCCGAAAATCGATCACGCTTTTCTAAGTTC
GTCGCCCCTTATTTAGTAGTAGTAGTAGTCAGATTTTGTCGCGAGAAAAT
CATGGGTTCGAATCTCACCGAGGTCTTTTTTCATTTCCGTAGAGGAAAGG
GTGAGGAGGCGCGGGTAAAAGCCAAGCTGTTCAGCCATTGTTGGTCGATG
AGGTGCTAAGAGAGCTGAACTTGCGTCGTGATCAGAAAAAGCGCAGACCC
TCTTGGAACATATGCGGGACTGGCAACTTCGCTGTCGGTAACGCTGTCGG
TAGCGCATCGGTGGGCCTCATCGGCGGGGGATATGAAAAACATAAAGCAA
CATATTCCGAGTAAGAAGTAAAACATTAGCCCTCTACAGTACGTCATAGC
ATTAATGATTTTTTGTTTCTTGTTGTGACTCGTTCGAGTGAGATCCTTCG
ATGCGGATAGCCAGGAACGTGGAGGGTTCCTGCGATAGTTGCGATTACGA
GTGGGGGGGAAAAGTTAGAGCAAAAAGTGCGCATGATACGCGCGCGCAAG
AGCGCTCCGCGACCCTCTTTCGGATCTGAGCAGCTTCCTGACCAACCCTT
GGGGGATCTCCCCCCGCCCCGCCGTGCCCCAACTGTTGTAACCTTTGTAA
CCGTTGTAACTGTTGCATAATTTGTCGAGTACTGTAGTACGTGCGCCGAG
AGATCCGGCAGCTCAACCACGAAGACAGAGAGGCATTCTTCAACGCGGTG
GAAACGATCTACCGAGTGCCGACGTTGGAGGGAAACGCTGTCTACGGCAA
CGACTACAAGGTGTGTGTGTATGAACCCGAGGGACTGTAAGAAGAAAAAT
GAAGAAACTAGTTGCGGGGGGGGGGTTCCCTCGGAGTAACAACCCTTGAG
GTTTCCGCTACAAAATGAAACGAAGACCTTGGGACCTATGGACCTTGCCG
GGGTTTCCGCTAGAAAATCAAGGAGTTTCAGTAATATATTACTTTCCTTC
GAATACGTTTGTTTTGTTTTTTCAAGAAGAAAACAATGAGACACAACACA
TACCATTCTCAAAACCGCGAGGAGATTATCGCGATTCGAGGGGCAGGACG
GTGTGAGGCGTCAGGGTAGTAGGCAACAAACTCACACCTCTTCCCGGATG
ATATTGAGATTAAGGGGGGGGGCGGGGGGGGGGGGGGGGGGGGGGGGGGG
GGGGGGGGGGGGGGGGGGGGCGGGGGGGGGGGGGGGGGGGGCGGACATCG
TCTGTTAGTAGTCATTTCGACTGCCCACCAGATTACGCCCATCAACAATG
ATAGAAATGAGAAATCGGAATGCATCTTCAATAGAGAATTTTATTGTTTT
CTCCCCGCTGGTCGTACTCGTAAGGGCCTTCCTTCCCCCCTTTCTCGTGT
GCGGTATGGTTTATTAATTGATCCATTGTTGATGGCGCAGGGCATCGAGT
ACTTCGTCCAGATGCACCTGGATGGCGCCGGGAGGGAAGAGTGCGACCAC
TGGCACGACGACGCCGGTAAGCGTCATGTCCTGCGCATGAAGCGCGTGGA
AAATTCTCTGAGCTCCTGGTACCTCTAGGGGTTTCCAACTCAAAACTCTC
GTGAACGTTCGTATTGAGCCTTCTTTGGAGGGCACACCACATCGAGGGAG
TATGGGTGTAGCCTCGTAGCCAAGCCCTTGATGCGGGGTATATGTTGTCC
GTCCCCGGTACGAACATCCGTAGAAACGTCTCCACAAATCACGAGACTGC
ACGCGCCTTTTGTGTCAAGTGTCAAGATGACCATAGCGAATGCTCTTCGC
TCGCATCGTACAAAGTTTTTTTGCCGACTTGGGTCTCGAACCTACCGGAC
GTATCATTCCTCAAATACTCGATGCCTCTGGAGGCTTTTAAACAGACCGA
ATTAATACAACCCTCCGGCTCTGTGGTTTAGGTCGGCTGTTGAAAGCCTT
GAGCGGTGCGTACTTGGCGTACTCTAAATTCCTGGTCCTCGCGCGGTCAT
TCAATGACCTACTCTCGGATGTAACCGCGCTTGTCTCCGCCTTCCTCAGG
CATAATGACCCACCACGCAGGGTTCACCCTCCTGTTCGAGCAAGGGCTTC
AGGTGGTAAATCCCGCCGTTAGCGTCCCCTACTGGTCGTACACCATCGAA
TGTGAGAGAGTTTATTTTCTCTATTCTCTCTCTTTCTCGATGTTGGTTTT
ACCGTGGGTGGGAAGGCGTTATCGTTAAGAAGGGTTGAAAAGGGACGCGC
TTACTGCGAGAACAATAGCCGGAGGGTCTCCCCTCGAAATCCTCGACGGG
TGAATCCACTCCGTATACTGTACCTCCCTCAATTTCCCTTCTCGTGTGGC
GGAGAGGGACTCGCGACGATGACATCAGTAGCTCTTAAGCCTTGCGATTT
TTCACACTGCTGCTGCTGTGCACAAGCATGCTTTGAACGTATGTTCTCGC
TGTGTCGCTTGGTGCGCCTGTTCGCTGATGCGTCCAACGTTTGCCTGCTA
TATCAGCCGCGTCGGGGTACGATACGTACGGCGAGTCGGAGATTTTCTCC
GACGATTGGTTTGGCGATGCGTCGCCGAGTAACGCCCTCCACACGGTCGA
CCGGGGACGTTTCGCGTATCTACCCGTTTTGAAGGCACGTGTCTGGCGTA
GCGGTTTTCGTATTGTTCAATGGTGTACTCTTGGGCGTAGAAGGACGAGA
TCTTTTCGATGTCCATATTCACAGAGATATATGTGTACTACTGGGTGTAC
CGGTACCAGGATAGGCACAGCGATACTTAAAGTATGTATATAACGCCAGT
GAGAGAGGGGCTAGCTCGAAAGAGCGGATTTTGATACGCCGTCATCCATC
GCAATGCGTCAACTTCTATTTACACCTTTGTCAGAATGCGTATATAGCTT
CTAAATCCAAGTTAACTCGAAAATATAAACCTCTAGCATTATTTGAGTGT
AGAGCTGCCAGCGGATCGAAAGTGGTCTTGAAGCCCCTCCCTTGTTCGCT
TGTATACTGGCCCTAACATCTCGCCCACAACACTCCTCCAGAACGCCGCG
GATTACGGTTACATCCACAACGCCTACGGACTACTTCGAACTCCATGGAA
CCTGGACTTTACTCCCTTCGTCACGCGCCACAACGCGACCAATGGGCAGG
TAGATGTCGCCCGTGTCAGGCCTCCACTTAAGCGCCATCACCAGGGCTGG
TTTTTTTTTCGTACCTTGCGATCGTTTGTCGCCCCGTACAATCAAGATAT
TCTGCAAAAGGTTGCCCAGAGGTCAACCGTGCGCTGCTAGTGCTGTATGC
GGTGATGCGTTCTTCTTCTTATTTCCAGGCGAAGACGGACATGGTGACGT
GCGACTTGTACTCGACCAGCTTCGAGTCTGTGACGCTCAGGGAAATCAAC
AACTACCTCAATGGGGGCACGCACGGGCCGGTAAATGGCGTAGGAAATTG
TCTCCTGTCCTGAAACACGCGAGCGGAAGTTTGCTCATTGGAATGCCAAC
GTCGCTGATGGTCAGAGTACGACACCTCAAAGTCTAACCATAGGAATTCG
CCCCCCGTAGCCCCCGACAAAAGAAAATGCACTAACATGAAGCGTAGACT
TCGTTCCTCGTGTCATTTACAAGGTATATATACATCGAATTGCGCTTGAA
GGAAGTAATTTTAGTTTTGCTTTTACATGGAACAAGTTTATCGAATGTGT
CTGTAAGCAGCTATAAGATCGCACACCCTGAAATCGATGTTTTGTTGTGT
ATCAAAATGCACTAAAAGTAAAGTAACGTGTAATTGATCACCTGTTTGTG
ATGAAAATACCGCTAAGTATGTATGTCTTAAGATGGTGTAATTTGGCGGT
ATTTGGCACCTTATTTACTGGTTTATAAAAAGTAGTACGAAGTGTAACAG
CAATCTATTTACGCTTTGAGTATCGAAGGACGGGTTCTCGCCCAAAGTAA
AGTTTATAATGTACATACAAAATAGATTGATATGTCGAATGAATGACTAA
ACCAATGAATTACATATTGTATCGCTTTGCTTGCGACGCCTTTTGTGAGA
CAGGTGCACATCATCTTAGGCGGGGAGTGGGACAATTTCGAGGAGGCCTT
CATTCAGGCCAGCGGTGAGCGAGCCTCTGCGTCGATATCGCGCAAGCGTC
CGAACGCCTCTCATCGAGTCCCTGAACCCGCCCTTGCCTGGTGAACAGGG
CTTGAGGACGCAATATTAAGTCCTATGGATTCGACGACAATCTCTACTCG
TCTCTGCCCGGAAGATCTGGGTGAAAATACTCCCGGTCACCCCAAAGTTT
ACGGTTCCCATAGACACGTTCCTTTAGCTCTCGGTAAAAATGCACGATTA
AAAGAGGACTGTTCATACAGCAATAGCTCCCCCGACCATTAAAAAAAAAC
ACGCGCTATTTTGCTCACCATTTCCGCCGAATGGAAACATACACCGAGGC
TCATGCTTTCAGAAGATCTTCAGAAAGACGACAGCTTATTCCAGACACGC
ACTACGTATAATCGAAATAATTTGATGTACAGAAGGACCAAGCAGCTTCT
CCCCCAAGCAGCGCGTACTTGTGCTGGCTTCTCGTACCCCAAACCCCATC
GGTCGAATCGGTTCGAACTCGCCGTCCCTCTACACACCGAAGCACAGATT
ATGCTCAGTTGACGATCCTCATCTCGAAGTTCCTGTGGCGTAAGGGTTAC
ATGCGACTCCCGGAGGCGTGTTCCTCGGGAGACGGCGACAGCGGAGGCGG
CGACGCCTCGGCCTGCCGCGCGAGCTGTCCCGCGGAGCTGTACGAGTCCC
GAGGGATGACCCCGTACGACGTGTTGCTGGACACCCACGCCATGTACTGG
GTGGCGGACTTGGGGAGCGTTGTCGTGAGTATTATCGCCGGCCCAGAGCC
CTGTTTGATCCCCATGTACTCGTCGGGAGGGGGTTCCGTGTCACGGTTTA
CCGTGGATTGAGCATTGCTTGCACGTCATCTCTTAAGAATGTAGTGTAGA
TGAGCACGGCGGTTGGCAGCTTCTTGCGATACTGCCCGTCTTGCCCCGTC
TTGTTACGCCTTCGATCCGATTCTGTCAGTCGCAGTGCCTCTGAGCGAGC
ACTACACGCTCGAATGCGATGAAAAAATCGTCCATCCTGCCGCTCGCTCG
CGCAGACCCTTACAGCGGTCAAAATTAAGCAGAAAGCGACGAGTTACTGT
ATCATGCATGAGCACCATCAAAGCGCCTTAATTCGTTTCCCTTCGATTCT
CAAGAGGTACAAGCCAGACGAGGATCGGTTTGTGGTCATGGGCCACGAGG
ACGACGAGGAGTTCCAAACGGCGTTCTGGGCGAAAATGCTGAGGTCCTTG
TGCGATCCAGGGTGCGTACACGGCGTGTTTTGTCTGTCACACTTGGGTGC
AGTGTACTGCGAATACCTTGAGGGTGACCAGGAGTATTGATGTTTGGCAT
TTTCCCCTGCACGGTTAGTGTCCCGAGGATCACGCACGGGTGTGCTCATG
CTCGCACAACCGTAAGAAGTTTCTGTATCAAAACGAACGTCCTTTTTATT
TATTTTACATGTCTGTTTCACGGCTGCCGCGGAGCAGGCACGTTGGCGAG
ATGTTCACCTCGGCGGCACCTTACGACCCAATCTTCTGGGTGATCCACCC
CGAGGCAGAACGGTTCTTGAATTGGAGAAGAATGCTCGGGAGAAAAGGCG
TCGAAGGGTGAGTGAAATAGAGGTCCAGATACCTTTCTTCCCTACGCCGC
CCTTGCCCCCCTTTTAACTTGCGCATGCTTCCCAAAGTTATTGGAAAACC
CTAGCCGGGCCAAGTGAGTCGATCGAGACTAGAGGAACTAGTACGATTGG
TGTCTCACCACACTCCTCTAGACGACAGCCAATCTGTTACGACCTCAAAA
TATTAAGGATCCAACGAGGCGCGGGACTATTGTACTGAACGTGTACTCCC
CAATTTGCAGATGCTTTCCCGAGCTGTACGACCACCCTATTAAAAGCCAC
CCCGTCCCGTGTGAGCCGTCTCGTGTGAGTCTATGAAGGACAAAAATAGA
AAAGCTTTTTCGAGCGATCCAACCGCAACTGCGCTCAAATATTTCACGGC
GCCGATCTGGTGAAATGCGATGGCTCTCCGTTACAGGTACGACTTCGACG
AGACGTGGGGCTACTGGCATCACCCCGGCGTTGCGGGGGATACGGGGACC
GTTTGCGACTGGTCTGCCGTGCGCCCGGGCACTCTGGACATGCCGTCCTG
CTTTAAGAAGACTTGCGGCGGTCATAACGCGGACGACGTGTTGCCTTTCG
AAGTTAGGGTGCGTGATTGTCGAGGCGCTGATATATTTTGTGTTGTCATG
TCTTGTCTTGTCTGAGTCCTACGGTTCCCGTCATGTGGTTACCTTTGTGG
ATTGAAGGCTTGGCGGCGCGAAGTAAAGACGAGATACCAGCGTCATCTCG
AGATTCCTAATACTTATTTCTAGTGTCTCTTCATACACCACTTACGGCTT
CTGCTATACTGTAGCTAGGTAGCTTTACTCTTGAGGCTGCGGTAATGATC
CGTCTTTCGGTGCTCTTTGGCTGAAAGAATTCGACGCGAGCACAACTCTT
ATCTTGATCGGCGAGCGCGGAACAGGGGTCATTGTTCCTCTGGGAGACTT
GCCCCGATTTTCTGACCCCAGCGATCTATCGAGCGACTAGCCCCCTCGGC
AGCATTAGACCGTATTACTAGTACTAATAATATTACCCTTGGCAGCAACG
GAATAGACTAGACCGCAGTCTCAGGAAGAAAACCCCATACGATTATTCGT
TGGGAACAACACGAAATGTCCTCGCCTAAGTAGTTAGAACTCTAACTGCC
CCTTGAGCACCTCTGTAGAGCTCTTCTACCTATTACCTGTCTATCTGGCA
CGTCCGAAGTCAACCCTTCCCCTACATCTCCATCCCAAACATAGAGTTCA
CTAGCACTCCAACGATCACAGCGCGAACTGTGGATGCCTTGGAGGTCGAG
AGAATCGAAACGAACGCCACGAATCCGACGCGTAACACTATTCCCGTTTA
TTTGCTGTTGCTCTCTTGACAGATCAAAGGCGAGGTACGGAAGATGACAA
ACGTTGAATGGTTGGAGTTCATCTACCCCGAGACCGAAGACCTTCCTTAT
CTCTACAACGAGTACAATTGGAACCATTGCGAGTGAGTGGTAGTGCTAGA
CCGAGGACTTAGCGTCTCGAACTTTTTCTCTTGCCTCTCGTTCGAGACTG
GGGGCCACTTCCGTCAAGGTAGCTCCATAGTTCACAGACTAGGGAACTAT
CTGTGTCTCTCACTCTGCTGTTATGTATTTTACTTTTTGAATTATTAATT
TGTACAACATCTCGTTGCTTGCCAACGAGCGAGCATGCTGTATGCCTCGA
GACATCGCAACTCACGAGTTTTGGGTGCATGCTGTATGCCACCGTCGTCG
CAGGGCGGCGGGTAGCCCCGTGGGGCCGTCATCCAACGACGAGGGCGTGT
AGATGATATCATCACTCGACAGGGCGTGGAACCGCTCCAGCCAGGACGGG
GTGAACCCCACTTCTTCGGCGATGAAAAGCTTCGTCCCCACGACGCTGTT
GTCTCGATCTTTTTTGAACACGTACGCTGCAGCCCTCCTGTGCCCCCATG
GAGACAGAGGCCAAATAGAAGCTTAAGTTTTCTCCCCGATATCGCAATGT
TTGATTGATTACAGTAAGCCTTTGCCGGCATAACGTTTTTTGTTCTTGAT
CGTGTAAAACAAAACACTAGTCCTTCGGGGTCGTTAAATTTATTGAGGCC
GTTTTCGTGCTCTGTGTGGAGTGTAATCGTCGCCACTCGTATTTGCGCCG
AATCGGCCGATTGTCTGGGGTCCTCTACAGTGGTAGGCACCGGGAGAGAC
TCTGTGCTTCAGGTTTACGTTCTCCTGAGCTGAGTACTCAGTCAGATGAC
CAAACTATTGTATATCGTGTAAACCAGCTCACATGGACGCTTCCATTACG
CGCACCGGCCGAAACGGTTGAGTGTGCGTCGAGGACGGTCGAGGACGGCG
GCCGAGAGCGTTTGTGGTCCGGATGTGAACCAAAGCCTGTCTCAGTCGAC
CAAATGCATTCCACCCGCGCCACACAAAGCCCCCGAGCTCACGAAACTGC
AAGCAACATCGTATGTGGGAGTTAAGTAGACACGGCC

Coding sequence (CDS) from alignment at A-nodosum_M_contig1211:213587..229523+

>mRNA_A-nodosum_M_contig1211.7.1 ID=mRNA_A-nodosum_M_contig1211.7.1|Name=mRNA_A-nodosum_M_contig1211.7.1|organism=Ascophyllum nodosum dioecious|type=CDS|length=2046bp|location=Sequence derived from alignment at A-nodosum_M_contig1211:213587..229523+ (Ascophyllum nodosum dioecious)
ATGCCGGTTGTACAAGTAGCTCTACTAGTATTGCTCCTGTTGCCCTCGGC
CAAAGTTGTAGCGAGCGCAGTTGCTACTGCTTCTTCTGGTAGGGAAAACC
TGCGAAGTGGGGTCAGAACCATGAGGGAGGGATCATCTTTCACTATCTAT
GGAAAGGCGGGGGAGCAGAGAGCCAGAACTGCCTCGGGGGCGTCTTCTCG
CCATCACATTCAAGCCCCAGGGTCGGAGAAAGCAGGGTCACATTCTGCGA
GAGGTGATGGAACCGAGACGCTGCTGAGTTTCGCCTGCTCGAACGAATAC
CCCGCTGTAACGCACACGAAGTGGAAGCATTTGGCGGAACCGTTTCGAGA
GACCACGCTCTCGGCCTCGAGCAAGATCGGTGATAGCGATGCCACCAAAG
ATCTGTTCGTGTGGAGATTTGAAGACGAGGCAAGCACCACTTTGGAGGGG
AGGGAGGTTACACACACGTTCAAGTCAGTGGGCCTTCAGCGAGTTCGCAT
CAGCCAGACCGTCGTTGCCACGGGCAAGACCTACCACCTGGAGGCGCAAG
TCATGGTCAAGTACGTGCGCCGAGAGATCCGGCAGCTCAACCACGAAGAC
AGAGAGGCATTCTTCAACGCGGTGGAAACGATCTACCGAGTGCCGACGTT
GGAGGGAAACGCTGTCTACGGCAACGACTACAAGGGCATCGAGTACTTCG
TCCAGATGCACCTGGATGGCGCCGGGAGGGAAGAGTGCGACCACTGGCAC
GACGACGCCGGCATAATGACCCACCACGCAGGGTTCACCCTCCTGTTCGA
GCAAGGGCTTCAGGTGGTAAATCCCGCCGTTAGCGTCCCCTACTGGTCGT
ACACCATCGAATCCGCGTCGGGGTACGATACGTACGGCGAGTCGGAGATT
TTCTCCGACGATTGGTTTGGCGATGCGTCGCCGAGTAACGCCCTCCACAC
GGTCGACCGGGGACGTTTCGCGTATCTACCCGTTTTGAAGAACGCCGCGG
ATTACGGTTACATCCACAACGCCTACGGACTACTTCGAACTCCATGGAAC
CTGGACTTTACTCCCTTCGTCACGCGCCACAACGCGACCAATGGGCAGGC
GAAGACGGACATGGTGACGTGCGACTTGTACTCGACCAGCTTCGAGTCTG
TGACGCTCAGGGAAATCAACAACTACCTCAATGGGGGCACGCACGGGCCG
GTGCACATCATCTTAGGCGGGGAGTGGGACAATTTCGAGGAGGCCTTCAT
TCAGGCCAGCGATTATGCTCAGTTGACGATCCTCATCTCGAAGTTCCTGT
GGCGTAAGGGTTACATGCGACTCCCGGAGGCGTGTTCCTCGGGAGACGGC
GACAGCGGAGGCGGCGACGCCTCGGCCTGCCGCGCGAGCTGTCCCGCGGA
GCTGTACGAGTCCCGAGGGATGACCCCGTACGACGTGTTGCTGGACACCC
ACGCCATGTACTGGGTGGCGGACTTGGGGAGCGTTGTCAGGTACAAGCCA
GACGAGGATCGGTTTGTGGTCATGGGCCACGAGGACGACGAGGAGTTCCA
AACGGCGTTCTGGGCGAAAATGCTGAGGTCCTTGTGCGATCCAGGGCACG
TTGGCGAGATGTTCACCTCGGCGGCACCTTACGACCCAATCTTCTGGGTG
ATCCACCCCGAGGCAGAACGGTTCTTGAATTGGAGAAGAATGCTCGGGAG
AAAAGGCGTCGAAGGGTACGACTTCGACGAGACGTGGGGCTACTGGCATC
ACCCCGGCGTTGCGGGGGATACGGGGACCGTTTGCGACTGGTCTGCCGTG
CGCCCGGGCACTCTGGACATGCCGTCCTGCTTTAAGAAGACTTGCGGCGG
TCATAACGCGGACGACGTGTTGCCTTTCGAAGTTAGGATCAAAGGCGAGG
TACGGAAGATGACAAACGTTGAATGGTTGGAGTTCATCTACCCCGAGACC
GAAGACCTTCCTTATCTCTACAACGAGTACAATTGGAACCATTGCGAGGC
GGCGGGTAGCCCCGTGGGGCCGTCATCCAACGACGAGGGCGTGTAG