mRNA_A-nodosum_M_contig110.11.1 (mRNA) Ascophyllum nodosum dioecious

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

Overview
NamemRNA_A-nodosum_M_contig110.11.1
Unique NamemRNA_A-nodosum_M_contig110.11.1
TypemRNA
OrganismAscophyllum 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_contig110.11.1 vs. uniprot
Match: D7FP38_ECTSI (DOMON domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FP38_ECTSI)

HSP 1 Score: 657 bits (1694), Expect = 2.540e-224
Identity = 336/581 (57.83%), Postives = 425/581 (73.15%), Query Frame = 2 
Query:   98 AAAHEFDSFLYIRNTSLSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTITDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPENDDY-DPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLDEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYDSR-GSTTNSNASTTPSYVTTESGDEIPSFCN--YDFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLALEDESDFSRTFGISTLCEEDGDDQDGKEGEQSSARSTLPGPTGFVLMAAAALVL 1828
            AAA +FD   Y RN SL   +D+FWTID   +TIR+AVHAK A GWAG+G+SEMGGMEGADIVYYETATG +TDAH++V G PV+DECTQDWTLLSA++ + SLVFEAER+L+T D+QDR F DD+  GA  T L+AAWGDSE + YH+ N A+G+V+MFGG EN D  +PL+       ++FFDAT+KNF+IPT RTWYE TC+PASE+P LDEYHAIGF  ++Q+ T++FVHHLVLT + G  DC + C +W D   G   +S +S+  + +T      +P FCN   D A IF+WAPGM +  LP+DVGF FG+ SGG  S+ VQ HYNN DG  G  DSSGVR+YYTEELRPM+MG++ LGDP   L   PLPDGKS   F CPG+CT+  FE   VT++SH LHMHE GQRI TRQYR +  G+EVL+HTAEVEYYSF +AG + V VNDST ++KGD F TEC+YDT+++++ +  V +GLGSE+EMCIDFV+YYP+Q  +P  GACG + C G++  Y  LED SDF+RTFG+   C      ++G+E   SS+R+TLP    F +  AAALVL
Sbjct:   32 AAADDFDGSSYARNVSLDTTVDIFWTIDLEADTIRLAVHAKAATGWAGVGISEMGGMEGADIVYYETATGNVTDAHSLVAGTPVVDECTQDWTLLSADVSSGSLVFEAERALDTGDAQDRVFEDDSL-GA--TRLLAAWGDSEFMGYHDGNLAKGEVVMFGGSENADAAEPLV-------VNFFDATSKNFSIPTVRTWYENTCIPASELPKLDEYHAIGFEGVLQDDTAEFVHHLVLTGFYGPPDCGNACFEWMDEMFGDGGSSYSSSDMTNIT------LPWFCNDLEDAADIFIWAPGMQSLDLPDDVGFLFGNESGGLNSLRVQVHYNNADGVSGKNDSSGVRVYYTEELRPMNMGLVKLGDPQGALHPQPLPDGKSVYSFGCPGTCTETYFEEEEVTVFSHLLHMHENGQRISTRQYRNDGDGNEVLIHTAEVEYYSFLQAGVHVVTVNDSTTIKKGDVFTTECYYDTSYSSVGSPNVTWGLGSENEMCIDFVFYYPDQ-KLPDRGACGSNLCNGTLLGYSELEDVSDFNRTFGVVDTCTSSDGVEEGQE-LTSSSRATLPMFGLFAISTAAALVL 594
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: D8LD47_ECTSI (DOMON domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LD47_ECTSI)

HSP 1 Score: 653 bits (1684), Expect = 1.590e-222
Identity = 329/583 (56.43%), Postives = 418/583 (71.70%), Query Frame = 2 
Query:   98 AAAHEFDSFLYIRNTSLSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTITDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPENDDYDPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLDEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYDSR---GSTTNSNASTTPSYVTTESGDEIPSFCNYDFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACG-YSACGGSMKEYLALEDESDFSRTFGISTLCEEDGDDQDGKEGEQSSARSTLP----GPTGFVLMAAAAL 1822
            AA  +FD+  Y RN S+  ++D+FWT+D  L TI++AVHAK A GWAGLG+SEMGGMEGADIVYYET TG +TDAHAIV G PV DECTQDWTL+SAE GTD LVFEAER+L+T DSQD  FVDD+A+   PT L+AAWGDSE+I+YH  NFA+ +VI++GG EN + DP++E+T++P I FFD TAKNFT+PT+RT YE +C+P SE+P  +E+HAIGF  I+Q STSK+VHHL LTA+TGT DC   C DW  +        +S ++ +  Y  T +   IP FC   FA IF WAPG  + QLP +VGFRFG+ S  YTS+ V+THYNNPDG+ G +DSSGVR+YYTE++R MDMGV+ LGDP V L G  LP+GKSSV F+CPG+CT+  FE  +VT+YSHFLHMHE GQR+ TRQYR +  G+E LV   EVEYYSF +AG +    N S  +QKGDRFET C+YDT+ +++++  V FG GSE EMC+DF++YYP Q  IP  G CG    CGGS      L DE+DF+RTFGI   C    D+ +  +G  S+  S++     G + F +  A +L
Sbjct:   31 AAQQDFDASSYARNISVDPNVDVFWTVDANLGTIKVAVHAKAATGWAGLGVSEMGGMEGADIVYYETWTGNVTDAHAIVAGTPVTDECTQDWTLVSAEAGTDGLVFEAERALDTGDSQDHVFVDDSADDVLPTRLLAAWGDSETIAYHAANFAKAEVILYGGVENSNTDPILELTTDPDIPFFDVTAKNFTVPTNRTHYENSCIPRSELP-AEEFHAIGFEGIIQTSTSKYVHHLTLTAFTGTHDCGQDCIDWVLANLPDDDEPSSQSAYSDPY--TFNNMTIPDFCYQQFANIFAWAPGSADVQLPGNVGFRFGNDS--YTSLRVETHYNNPDGDAGEVDSSGVRVYYTEDIREMDMGVITLGDPSVDLIGTKLPEGKSSVEFDCPGACTETYFEAESVTVYSHFLHMHENGQRMETRQYRNDSDGNEQLVDATEVEYYSFLQAGGHVTAHNGSDIIQKGDRFETTCYYDTSLSSVDSTNVTFGEGSEQEMCMDFLFYYPAQ-IIPDGGYCGGLERCGGSFLGITELGDETDFNRTFGIVDSCTGTLDEDEQNDGTLSTGSSSVTTLGLGLSAFTMAVALSL 607
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: D7G216_ECTSI (DOMON domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G216_ECTSI)

HSP 1 Score: 648 bits (1671), Expect = 2.420e-220
Identity = 327/612 (53.43%), Postives = 420/612 (68.63%), Query Frame = 2 
Query:   98 AAAHEFDSFLYIRNTSLSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTITDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPENDDY-DPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLDEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYDSR-GSTTNSNASTT---------------PSYVTTESGD------------EIPSFC-NY-DFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLALEDESDFSRTFGISTLCEED--GDDQDGKEGEQSSARSTLPGPTGFVLMAAAALVLTL 1834
            AA  +FD   Y RN SL  ++D+FWT+D   ETIR+AVHAK A GWAG+G+SEMGGMEGADIV+YETATG +TDA+++V G PV+DECTQDWTLLSAE+G  SLVFEAER+L+T D QDR F DD+ +GA PT ++ AWGDS+++ YH  NFA+G+V+MFGG ENDD  DP+I++ ++  + FFDA  KNF+IPT RTWYE TC+ ASE+P+LDEYHAI F  ++Q  T+++VHHL+LT + G  DC   C +W D    S   S++S+T                SY + +S               +PSFC NY + A IF+WAPG  N +LP DVGF  G+ SGG+ S+ +QTHYNNPDG  G  DSSGVR+YYTEELRP+ MGVL LGDPF+ LS  PLPDGKSS  F CPG+C++ NFE   VTI++H LHMHE GQR+VT QYR +  G+E L+HT EV YYS  +AGA+ V VN S  ++KGD F T+C YDT+ +++ +  V FGLGSE EMC++F++YYP+Q  +P  GACG  AC G +  Y  LE +SDF+RTFGI   C     G+++       S A   L GP   V    AAL L +
Sbjct:   20 AAVDDFDGSSYARNVSLDTNVDIFWTVDLEAETIRVAVHAKAATGWAGVGISEMGGMEGADIVFYETATGNLTDAYSLVAGTPVVDECTQDWTLLSAEVGDGSLVFEAERALDTGDDQDRVFSDDSFDGAIPTRVLTAWGDSDTVGYHGENFAKGQVVMFGGSENDDAADPVIDVKTSEDVQFFDAAPKNFSIPTVRTWYENTCITASELPDLDEYHAIAFEGLLQADTAEYVHHLILTGFYGASDCGKACSEWLDEMFASEDGSDSSSTVEGGXXXXXXXXXSGSSYPSDDSSSVSFTEYFENLNITVPSFCSNYGEQADIFVWAPGTSNLELPGDVGFLLGNESGGFNSLNIQTHYNNPDGVSGKNDSSGVRVYYTEELRPIQMGVLKLGDPFIALSDQPLPDGKSSFSFGCPGTCSETNFEEEEVTIFNHVLHMHENGQRMVTHQYRDDGEGNEELIHTTEVWYYSSLQAGAHVVTVNGSATIKKGDSFTTQCMYDTSLSSVGSANVTFGLGSEQEMCVNFIFYYPDQ-RLPDGGACGVFACDGGVLGYEELEADSDFNRTFGIVDTCTSSLSGEEEGSDSSSSSRAAQPLLGPLFAVSTIIAALSLEI 630
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: D7G337_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G337_ECTSI)

HSP 1 Score: 594 bits (1531), Expect = 1.540e-199
Identity = 309/616 (50.16%), Postives = 401/616 (65.10%), Query Frame = 2 
Query:   98 AAAHEFDSFLYIRNTSLSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTITDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPENDDY-DPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLDEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYD---------------------------------SRGSTTNSNASTTPSYVTTESGDEIPSFC-NY-DFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLALEDESDFSRTFGISTLCEED--GDDQDGKEGEQSSARSTLPGPTGFVLMAAAALVLT 1831
            AAA  FD   Y RN SL  ++D+FWT+D   E+IR+AVHAK A GWAG+G+SEMGGMEGADI             H ++            WTLLSAE+G  SLVFEAER+L+T D QDR F DD+ +G  PT ++ AWGDS+++ YH+ NFA+G+V+MFGG ENDD  DP++++ ++  + FFDA  KNF+IPT RTWYE TC+ ASE+P+LDEYH I F  ++Q  T+++VHHLVLT + G  DC H C +W D                                 S  S  +S+ S T  +        +P+FC NY + A IFLWAPG  N +LP+DVGF FG+ SGG+ S+ +QTHYNNPDG  G  DSSGVR+YYTEELRP+ MG++ LGDPFV L   PLP+GKSS  F CPGSC++ NFE   VT++ H LHMHE GQR+VTRQYR +  G+EVL+HTAEVEYYS  +AG + V  N++  ++KGDRF TEC YDT+ +++++  V FGLGSE EMCIDFV+YYP+Q  +P +GACG  AC G +  Y  LE +SDF+RTFGI   C     GD+    EG +SS+ S    P   +L A   ++ T
Sbjct:   20 AAADGFDGSSYARNVSLDTNVDIFWTVDLEAESIRVAVHAKAATGWAGVGISEMGGMEGADI-------------HCVLRD--------SYWTLLSAEVGNGSLVFEAERALDTGDDQDRVFSDDSLDGTQPTRVLVAWGDSDTVGYHDENFAKGQVVMFGGSENDDAADPVVDVKTSEDVQFFDAAPKNFSIPTVRTWYEDTCITASELPDLDEYHVIAFEGLLQADTAEYVHHLVLTGFYGASDCGHACNEWLDEIFGGDXXXXXXXXXXXXXXXXXXXXXXXXXXXSYPSDDSSSVSFTEYFENLNI--TVPTFCSNYGEQADIFLWAPGTSNLELPDDVGFLFGNESGGFNSLNIQTHYNNPDGVSGKNDSSGVRVYYTEELRPIQMGLMKLGDPFVALYDQPLPEGKSSFSFGCPGSCSETNFEEEEVTVFIHMLHMHENGQRMVTRQYRNDSDGNEVLIHTAEVEYYSVLQAGGHLVTNNETITIRKGDRFTTECMYDTSLSSVSSANVTFGLGSEQEMCIDFVFYYPDQ-RMPDTGACGVGACDGGVLGYSQLEADSDFNRTFGIVDTCTSSFTGDE----EGNESSSSSRAAQPLLGLLWAVFIIIAT 607
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: D7G217_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7G217_ECTSI)

HSP 1 Score: 432 bits (1110), Expect = 7.290e-139
Identity = 224/460 (48.70%), Postives = 292/460 (63.48%), Query Frame = 2 
Query:  572 MFGGPENDDY-DPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLDEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYD-----------------------------------SRGSTTNSNASTTPSYVTTESGDEIPSFC-NY-DFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLALEDESDFSRTFGISTLCEEDGDDQDGKEGEQSSARSTLPGPTGFVLMAAAALVLTLN 1837
            MFGG ENDD  DP++++ ++  + FFDA  KNF+IPT RTWYE TC+ ASE+P+LDEYH I F  ++Q  T+++VHHLVLT + G  DC + C +W D                                   S  S  +S+ S T  +        +PSFC NY DFA IFLWAPG  N +LP+DVGF FG+ SGG+ S+ +QTHYNNPDG  G  DSSGVR+YYTEELRP+ MGVL LGDPFV L   PLP+GKSS  F CPG+C++ NFE   VTI++H LHMHE GQR+VT QYR +  G+E L+HT EV YYSF +AGA+ V VN S  ++KGD F T+C YDT+ ++++   V FG GSE EMCID+++YYP+Q  +P  GACG  AC G +  Y  LE +SDF+RTFGI   C      ++  EG  SS+ S    P   ++ A + ++  L+
Sbjct:    1 MFGGSENDDAADPVVDVKTSEDVQFFDAAPKNFSIPTVRTWYEDTCITASELPDLDEYHVIAFEGLLQADTAEYVHHLVLTGFYGASDCGNACNEWLDEMFGGDXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSYPSDDSSSVSFTEYFENLNI--TVPSFCSNYGDFADIFLWAPGTSNLELPDDVGFLFGNESGGFNSLNIQTHYNNPDGVSGKNDSSGVRVYYTEELRPIQMGVLKLGDPFVALYDQPLPEGKSSFSFGCPGTCSETNFEEEEVTIFNHVLHMHENGQRMVTHQYRDDGEGNEELIHTTEVGYYSFLQAGAHVVTVNGSATIKKGDSFTTQCMYDTSLSSVDPANVTFGEGSEQEMCIDYIFYYPDQ-RLPDGGACGVFACDGGILGYAELEADSDFNRTFGIVDTCTSSLPGEE--EGSDSSSSSRAAQPLLGLMFAVSTVIAALS 455
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: D7FP37_ECTSI (DOMON domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FP37_ECTSI)

HSP 1 Score: 372 bits (955), Expect = 4.480e-117
Identity = 191/347 (55.04%), Postives = 241/347 (69.45%), Query Frame = 2 
Query:   98 AAAHEFDSFLYIRNTSLSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTITDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPENDDY-DPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLDEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDW------------YDSR----------GSTTNSNASTTPSYVTT---ESGDEIPSFCNY--DFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYT 1054
            AA  +F+   Y RN SL  ++D+FWTID   ETIR+AVHAK A GWAG+G+SEMGGMEGADIVYYE ATG +TDAH++V G PV+DECTQDWTLLSA+  +  LVFEAER+L+T D+QDR F DD+ +GA  T L+AAWGDSES+ YH+ NFA+G+V+MFGG E+ D  +PL+E+ ++   S+FD   KNFTIPT+RTWYE TC+ ASE+PNLDEYHAIGF  I+Q  T++FVHHLVLT + G  DC   C +W            YDS             T+ S++S + SY+TT    +   +P FC    D A IF W PG  N +LP+DVGF FG+ SGG T
Sbjct:   32 AATDDFNGSSYARNVSLDTNVDIFWTIDLEAETIRVAVHAKAASGWAGVGISEMGGMEGADIVYYEIATGNVTDAHSLVAGAPVVDECTQDWTLLSADASSGGLVFEAERALDTGDAQDRVFEDDSLDGALATRLLAAWGDSESLGYHDVNFAKGEVVMFGGSESADAAEPLVEVKASEDFSYFDVAPKNFTIPTERTWYEETCIKASELPNLDEYHAIGFEGILQEDTAEFVHHLVLTGWYGPPDCGDACFEWLDEIFGGDGSDSYDSEDLSSSNPLDLSGTSGSSSSYSSSYITTYFERNNITLPWFCYNLDDTADIFTWTPGPRNLELPDDVGFLFGNESGGST 378
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: A0A7S0ASV8_9STRA (Hypothetical protein n=1 Tax=Minutocellus polymorphus TaxID=265543 RepID=A0A7S0ASV8_9STRA)

HSP 1 Score: 286 bits (731), Expect = 8.570e-82
Identity = 198/566 (34.98%), Postives = 286/566 (50.53%), Query Frame = 2 
Query:  110 EFDSFLYIRNTSLSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTITDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPEND--DYDPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLD-----EYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYDSRGSTTNSNASTTPSYVTTESGDEIPSFCNYDFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLALEDESDFSRTFGI-STLCEEDG-DDQDGKEGEQSSARSTL 1780
            +FD   Y+  T     + + WTID+    IR+AV A+ A GW G GL+E GGM+G+DIV YE AT TITDA+A+    P  D+ +QDWTLL +++    ++FEAER L+T D  DRA   D     PP  +IAAWGD+ ++SYH  N A+  +  +   +    + D   +  +  +  + D    N  I  D T Y   C    ++ NL        H IGF  ++ ++  K +HHLV+   +G D             G  TN +             D+     +   A  + +APG    ++P++ G   G G   Y    +  HY+N   + GI DSSGVRIYYT   R  D G+L LGDP V L+G P+  G     F CP SCT  NF    VT+Y   LHMHE G+ +     R     D  ++  A V+Y+ F +AG + V+    T ++ GD   T C ++T   T +  G+E+G GS+DEMC+ +++YYP Q  IP  G CG +    +    L  E  S+  R FG+  ++ + DG DD +  + E SSA   L
Sbjct:   45 KFDHSAYLAGTIEGEGVAVHWTIDSDASKIRLAVAAQ-ATGWVGFGLAEAGGMKGSDIVLYEAATATITDAYAVEYVAPKTDD-SQDWTLLHSQVEDGFIIFEAERLLDTGDPMDRAIGFDGEFVIPPHRVIAAWGDTPTVSYHGDNRARSALRFYPAHDKSGTEEDVFADEMAQEAEGYIDLIMPNHPISLDETEYVDLCFSHEDLINLGMPADVPLHIIGFEPLIDSA--KHLHHLVMFG-SGFD-------------GDLTNGSC------------DQTAVAMSGGLALTWGYAPGGVPWEMPDEAGVPLGPGEDSYKMFYLNYHYDNRWQDTGITDSSGVRIYYTSRKRQYDAGILQLGDPIVQLAGEPIGQGLVRHDFNCPSSCTSFNFR-EEVTVYKEVLHMHEKGEFMFNEIIR-----DGEVMRRASVDYFDFEQAGLHEVQQGTFT-IKPGDSIRTSCSFNT---TSSKKGIEYGYGSQDEMCVSYMHYYPKQ-KIPL-GVCGANWFFPACSATLTTEPISEVERVFGVVPSIPDIDGVDDTEIFDKETSSASLPL 568
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: A0A6U4MP62_HEMAN (Hypothetical protein n=1 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A6U4MP62_HEMAN)

HSP 1 Score: 283 bits (725), Expect = 1.490e-81
Identity = 197/577 (34.14%), Postives = 289/577 (50.09%), Query Frame = 2 
Query:   32 WQERGAAFIVAVAIIASTKFPGAAAHEFDSFLYIRNTSLSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTITDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMF----GGPENDDYDPLIEITSNPSISFFDATAKNFTIPTDR-TWYEYTCVPASE-MP---NLDEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYDSRGSTTNSNASTTPSYVTTESGDEIPSFCNYDFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPD----GKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTA----LQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLALEDES---DFSRTFG 1702
            W  R     + +A++     P AA    +   Y     ++  + L W++  G E I + + AK A GW G GL+E+GGM+G+DIVYYE  +  +TD++A+ NGMP  D C+QDW L SAE    ++  E  R L   D++DR F DD A    PT +I AWGD +++SYH  + A+ +V  F    GG      + +  + ++ +I   +    +  IP DR T Y   C    + MP      E+H +GF   +   T K +HH V++A  G D     CE+   S G T                              ++LW PG+     P + G R  +G  G+ ++ +Q HY+NP    G++DSSG  I+YT +LR  D G+L LGDP + L   P+ +    G S +    P       +EV+ VT++  F+HMH+ G+R+VTRQYR     D  LV T   +YY F+++G ++ +   STA    ++KGD F+ ECFY +     N   + FGL S+DEMCIDF+YYYP Q N         S C  S+      ED +   D  R FG
Sbjct:    2 WSSRPFYTALLLALLGLWAAPAAAGLSME---YDHTKEMAPGVFLRWSV-VG-EEIMLCLQAK-ATGWVGFGLAEVGGMKGSDIVYYEAKSNKLTDSYAVENGMPRADACSQDWKLRSAENVDGTMTVEMSRLLVVTDTEDRNFEDDAALPMAPTAVIMAWGDDDNLSYHAQSRAKAQVRFFQQGAGGGGVSMQERIDALKADSTIQKVEMLQSDHPIPDDRSTQYHEECYILKDIMPAGSEAGEFHIVGFEPFLDPRTKKHIHHYVVSA--GND-----CEN---SEGMTV-----------------------------VWLWGPGIPGYVFPPEAGVRIMTG--GFQAIHIQIHYDNPTLISGLVDSSGFSIFYTNQLRQFDAGILQLGDPNILLFKQPIKEKDGSGYSHLTLTNPARDCTGKWEVDEVTVFERFMHMHKAGERMVTRQYR-----DGELVRTDFCDYYDFFQSGGFSPR---STAAGFKIKKGDTFDVECFYYS-----NDKMIRFGLASDDEMCIDFLYYYPLQKN---------SVCNPSLDTLQPPEDLASIGDLGRKFG 509
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: A0A7S2P3W6_9STRA (Hypothetical protein (Fragment) n=1 Tax=Skeletonema marinoi TaxID=267567 RepID=A0A7S2P3W6_9STRA)

HSP 1 Score: 268 bits (686), Expect = 5.010e-75
Identity = 177/508 (34.84%), Postives = 258/508 (50.79%), Query Frame = 2 
Query:  104 AHEFDSFLYIRNTS-LSADLDLFWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTI-TDAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFVDDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPEND--DYDPLIEITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNL-------DEYHAIGFGAIVQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYDSRGSTTNSNASTTPSYVTTESGDEIPSFCNYDFAYIFLWAPGMDNEQLPEDVGFR-FGSGSGGYTSVEVQTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYP 1591
            A  +D  +++  T+  +  +  FW I TG +   +A  A  A GWA  G++E GGM GAD+V + TA  TI  D + + N    +D  +QDWTL+S+ +    ++ EA R L+T D+QD    +D+    PP+ +IAAWGD E +SYH  N A+  V  F  P +   + D L+++    S  +FD     + IP  RT Y++ C    E+ +         +   IG   I+     +FVHH ++TA      C ++  +  D               Y T E              +I++W PG     LP++VGF  F SG+    ++ ++ HYNNP    GI D SG R +YT   R  D G++ LGDPF+GL G+ + DG +   F C G C+   F    VT+    LHMH+TG R+V    R    G E+ VHTA+VE + F + GA+  +  DS  LQ GD F T C+Y         DG  FG GS+DEMCI +++YYP
Sbjct:   73 AASYDRSIFLSTTADPTKGMATFWKI-TG-DDFHVA-FATMATGWAAFGIAESGGMFGADVVSFTTADPTILVDGYILDNRQVRMDTNSQDWTLISSTVEDGWIIVEATRKLDTGDTQDNTIKNDSELWGPPSRIIAAWGDMEFVSYHGDNRARASVRFFADPSSSSSESDVLLDVLEKKSDGYFDVVHDAYDIPAQRTTYKFLCKSFDELKDQFVSGGSNTDVIMIGATPIITKEARQFVHHYIVTAIPS---CKNSGNEGID---------------YFTRE--------------HIYVWTPGDHGMVLPDNVGFPLFDSGTN--QAILIEMHYNNPKKISGITDFSGARFHYTSTPRQYDAGIIQLGDPFLGLRGVKINDGFTQHDFTCDGKCSS-TFLDEPVTVIMERLHMHKTGTRMVNEVVR----GGEI-VHTAKVEVFDFDQQGAFQPQ-QDSYQLQAGDEFRTTCYY--------KDGTVFGEGSQDEMCIGYMFYYP 528
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BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Match: D7FP36_ECTSI (Cu2_monoox_C domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FP36_ECTSI)

HSP 1 Score: 253 bits (646), Expect = 2.280e-74
Identity = 122/223 (54.71%), Postives = 162/223 (72.65%), Query Frame = 2 
Query: 1160 MGVLALGDPFVGLSGIPLPDGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQSGDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTTLNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLALEDESDFSRTFGISTLCEEDGDDQDGKEGEQSSARSTLPGPTGFVLMAAAALVL 1828
            MGV+ LGDP+V L    LPDGKS+  F CP +CT+ +FE   VT++SH LHMHE GQR++TRQYR +  G+EVL+HTA+VEYYSF +AGA+ V VNDST ++KGD F TECFYDT+++++++  V FGLGSE+EMCID+V YYP+Q  +P  GACG  AC GS+  Y  LE++SDF+RTFG+   C    + ++G E   SS+R+TL     F +   AALVL
Sbjct:    1 MGVIKLGDPYVALESQTLPDGKSTFSFGCPSTCTETHFEEEEVTVFSHLLHMHENGQRMLTRQYRTDSDGNEVLLHTADVEYYSFLQAGAHVVSVNDSTTIKKGDVFTTECFYDTSYSSVDSSNVTFGLGSENEMCIDYVLYYPDQ-RLPNGGACGLLACDGSILSYSELEEDSDFNRTFGVVDTCTSSANGEEGDE-SSSSSRATLHLLGLFAVFTTAALVL 221
The following BLAST results are available for this feature:
BLAST of mRNA_A-nodosum_M_contig110.11.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FP38_ECTSI2.540e-22457.83DOMON domain-containing protein n=2 Tax=Ectocarpus... [more]
D8LD47_ECTSI1.590e-22256.43DOMON domain-containing protein n=1 Tax=Ectocarpus... [more]
D7G216_ECTSI2.420e-22053.43DOMON domain-containing protein n=2 Tax=Ectocarpus... [more]
D7G337_ECTSI1.540e-19950.16Uncharacterized protein n=1 Tax=Ectocarpus silicul... [more]
D7G217_ECTSI7.290e-13948.70Uncharacterized protein n=1 Tax=Ectocarpus silicul... [more]
D7FP37_ECTSI4.480e-11755.04DOMON domain-containing protein n=1 Tax=Ectocarpus... [more]
A0A7S0ASV8_9STRA8.570e-8234.98Hypothetical protein n=1 Tax=Minutocellus polymorp... [more]
A0A6U4MP62_HEMAN1.490e-8134.14Hypothetical protein n=1 Tax=Hemiselmis andersenii... [more]
A0A7S2P3W6_9STRA5.010e-7534.84Hypothetical protein (Fragment) n=1 Tax=Skeletonem... [more]
D7FP36_ECTSI2.280e-7454.71Cu2_monoox_C domain-containing protein n=1 Tax=Ect... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
A-nodosum_M_contig110contigA-nodosum_M_contig110:595141..618629 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Ascophyllum nodosum dioecious OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D7FP38
PFAMsCu2_monoox_C,Cu2_monooxygen,DOMON
Model size2839
Max annot lvl2759|Eukaryota
Hectar predicted targeting categorysignal peptide
Exons9
Evalue1.45e-230
EggNOG OGsKOG3568@1|root,KOG3568@2759|Eukaryota
Descriptionoctopamine biosynthetic process
Cds size1830
COG categoryS
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_A-nodosum_M_contig110.11.1prot_A-nodosum_M_contig110.11.1Ascophyllum nodosum dioeciouspolypeptideA-nodosum_M_contig110 596134..618613 -


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

Feature NameUnique NameSpeciesTypePosition
1680866493.1133535-UTR-A-nodosum_M_contig110:595140..5961331680866493.1133535-UTR-A-nodosum_M_contig110:595140..596133Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig110 595141..596133 -
1680866493.2177541-UTR-A-nodosum_M_contig110:618613..6186291680866493.2177541-UTR-A-nodosum_M_contig110:618613..618629Ascophyllum nodosum dioeciousUTRA-nodosum_M_contig110 618614..618629 -


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

Feature NameUnique NameSpeciesTypePosition
1680866493.1260984-CDS-A-nodosum_M_contig110:596133..5962321680866493.1260984-CDS-A-nodosum_M_contig110:596133..596232Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 596134..596232 -
1680866493.1359794-CDS-A-nodosum_M_contig110:597360..5975441680866493.1359794-CDS-A-nodosum_M_contig110:597360..597544Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 597361..597544 -
1680866493.1472952-CDS-A-nodosum_M_contig110:613873..6139711680866493.1472952-CDS-A-nodosum_M_contig110:613873..613971Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 613874..613971 -
1680866493.1565623-CDS-A-nodosum_M_contig110:614230..6144191680866493.1565623-CDS-A-nodosum_M_contig110:614230..614419Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 614231..614419 -
1680866493.1652453-CDS-A-nodosum_M_contig110:614894..6154311680866493.1652453-CDS-A-nodosum_M_contig110:614894..615431Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 614895..615431 -
1680866493.1761012-CDS-A-nodosum_M_contig110:616012..6160931680866493.1761012-CDS-A-nodosum_M_contig110:616012..616093Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 616013..616093 -
1680866493.1847324-CDS-A-nodosum_M_contig110:616585..6167611680866493.1847324-CDS-A-nodosum_M_contig110:616585..616761Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 616586..616761 -
1680866493.195135-CDS-A-nodosum_M_contig110:617022..6172031680866493.195135-CDS-A-nodosum_M_contig110:617022..617203Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 617023..617203 -
1680866493.2068496-CDS-A-nodosum_M_contig110:618328..6186131680866493.2068496-CDS-A-nodosum_M_contig110:618328..618613Ascophyllum nodosum dioeciousCDSA-nodosum_M_contig110 618329..618613 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_A-nodosum_M_contig110.11.1

>prot_A-nodosum_M_contig110.11.1 ID=prot_A-nodosum_M_contig110.11.1|Name=mRNA_A-nodosum_M_contig110.11.1|organism=Ascophyllum nodosum dioecious|type=polypeptide|length=610bp
MSALCWQERGAAFIVAVAIIASTKFPGAAAHEFDSFLYIRNTSLSADLDL
FWTIDTGLETIRIAVHAKKAFGWAGLGLSEMGGMEGADIVYYETATGTIT
DAHAIVNGMPVIDECTQDWTLLSAEIGTDSLVFEAERSLETDDSQDRAFV
DDTAEGAPPTTLIAAWGDSESISYHETNFAQGKVIMFGGPENDDYDPLIE
ITSNPSISFFDATAKNFTIPTDRTWYEYTCVPASEMPNLDEYHAIGFGAI
VQNSTSKFVHHLVLTAYTGTDDCAHTCEDWYDSRGSTTNSNASTTPSYVT
TESGDEIPSFCNYDFAYIFLWAPGMDNEQLPEDVGFRFGSGSGGYTSVEV
QTHYNNPDGNEGIIDSSGVRIYYTEELRPMDMGVLALGDPFVGLSGIPLP
DGKSSVMFECPGSCTDENFEVNNVTIYSHFLHMHETGQRIVTRQYRQNQS
GDEVLVHTAEVEYYSFWRAGAYTVKVNDSTALQKGDRFETECFYDTAFTT
LNTDGVEFGLGSEDEMCIDFVYYYPNQGNIPRSGACGYSACGGSMKEYLA
LEDESDFSRTFGISTLCEEDGDDQDGKEGEQSSARSTLPGPTGFVLMAAA
ALVLTLNKY*
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mRNA from alignment at A-nodosum_M_contig110:595141..618629-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_A-nodosum_M_contig110.11.1 ID=mRNA_A-nodosum_M_contig110.11.1|Name=mRNA_A-nodosum_M_contig110.11.1|organism=Ascophyllum nodosum dioecious|type=mRNA|length=23489bp|location=Sequence derived from alignment at A-nodosum_M_contig110:595141..618629- (Ascophyllum nodosum dioecious)
CAGGCAAGGGCTTAAGATGTCGGCGCTTTGTTGGCAGGAACGGGGAGCGG
CTTTTATCGTCGCTGTGGCCATTATAGCCTCAACAAAATTTCCTGGGGCA
GCTGCGCATGAGTTCGACTCCTTCCTTTACATTCGGAATACCTCCCTCAG
CGCCGATCTCGACCTCTTTTGGACCATTGATACTGGCCTCGAGACCATCC
GTATCGCCGTTCACGCAAAAAAAGCGTTCGGCTGGGCTGGGTTGGGCTTG
TCTGAAATGGGAGGCATGGAGGGGGCCGACATTGTCTACTATGAAACCGC
GGTGAGGTACTCGTAACGGTGACTGTTGTGTACATGGGACTTAGAAGCTT
GCATTATCGAGTATATTACCGACAACTTTGCTCTTTTGCTTTTCAGTGAT
CCGGCGTTGTTCTGTGGCCTCGTTTGTTTGTTTTACGCTGCGGCCAACAT
GCAACCATCCTGACTCCGAGTTTTTCAAGCCTTTTCAGGGGCATAGAGGA
CTGTAGCACTGTTACTATTATGTTGCGTCTTGAGGATACAATAATTTGCC
TAAAGAGAAGGTAGTATTAGCACAGAAAATAAACCATCTACAGAAAAAAC
GTAAACAACGTTGGTAGTCCCATCAACCACTAGGAACATCTTGAACCTAA
CTCAAGTACGCGCACCGCATGCCTTGTCGCAAGGTTGTCCGTAAGGTAAC
AAGAGGCATCGGCGACGCAGGCAAAGACCAGTCCGGGTATACAGTCGTTC
ACTAATAACTAAAAAGTAGTATTGTCAAGGCTGTGGACATTCCAGAAAAT
TGAGAAGACCCATACAACTTTGAAACCTATAACTTCTTCAATAATTTAAA
TATCGTCGCCGAACCGCAGCGGAGTTTACACGACCACGTACGTACGTAGA
TTTCCCGGACACCCAGTCATAGTAAAACAACAATAATAATGTGTGTTGTC
CACATCTGGCTGCACATCCACGCCTTCAGGACGATATTTTGGGGTATCAT
TATAAAACGTGGTGTACCTTTCTGTCGTTTGTAGTTGTTAGCTCCTATCG
TCCTGAGTGTTTCTGTCGTTTCTTTGATTCAGTCGTTCAGGCTTGCGCTC
TTCTTTCGTTTTTGCCCCCACTGGCATGTGCGTTGATGGCACGTTGTTTA
TTGGTCTACAAGAAGTGCCGTCTACTATCAGACAGAGCAAACCGAATGTC
AGCGACGAGTTTATTGTCTCAACAAATGACACCATAATACTTCAGTTTGG
TTAAACAAAACCAACCAGGACCTACTTTGTCGACCACATGAGGTTGGGTT
TAGTTTCACTTGTGATCAACGGAATTAAAGTGACAGTTTGTGGGTAAATC
ATGAGCGGCGAACCTGTTTTACCAACGAACCTAACCTCTGCCAGCCACCC
TGTCGGTTGCTTGAATATGAACGTAGACCGGCACAATCACGGATGCACAC
GCGATCGTCAACGGCATGCCAGTGATTGACGAGTGCACCCAAGACTGGAC
GCTGCTGTCCGCAGAGATCGGGACCGACAGCCTGGTGTTCGAGGCCGAGA
GATCGCTAGAAACGGACGATTCCCAGGATCGCGCCTTCGTGGATGACACC
GCTGAAGGTGAAACGTTTGCTGCCAGCACGGAAAACACACCTAAGGTAGT
TATCCGTTTGCACACCTTGGTGAGGAATAACGACACTGCGCTACACATTG
ACGGCGTGTAGGGACAGAATTCTGTATTCCCATAAACAAATGTACAACTT
CAAAATAATGAGGGCACTTAGAGATTGTTTCTCCGACTTTTTCTCCAAGC
TCACGCTTACGAGCTGATGCCCCCACACGCGTCATTAGCGTTAAGGTGCC
GTTTACGCTCGACCACAGGGGCCCCGCCTACGACCCTAATTGCCGCCTGG
GGAGACTCTGAAAGCATCAGCTATCACGAGACCAACTTCGCCCAAGGGAA
AGTAATCATGTTCGGTGGTCCGGAGAACGACGATTACGATCCGCTCATTG
AGATCACTTCGAACCCAAGCATCTCCTTTTTCGACGCGACCGCAGTGAGT
AAATACAGTGTCATGTGTCCTGAGTACGTCGCCCAACTCTAAGGAAGGGT
GGTCCATCGGGCTTATAAATCCAGCCCTTTAGGTATCCGATGCATATTTC
GAGTTAGAACTGTGTACTTCAAGTAGTTCTCTTTACACTTATCTCCTATA
ATAGCACAAACATTGTAACTGTAAGAATGCACTCAGTATCACCACGTAAT
AGAAGCGTTTTGAAGCCACATTGGACTCAAGTCCCGCCTCCGATCTGACG
CGTTATCTCTATAGACCGCTTACATATCGGCACCAGTACCGCTTGGTCAT
TAATATAAATTGTCCTGCCAGTGTTCAAGTTAAAAGCACAAAAATATTGA
ATTGACTTACCCGCGATTATCCCATCAATTAACGTTTCTGAGCCGTACCG
TGTTGAAGTCGTTGATCGTCCTCGCAAAAAATCATGTGCCGGCCTTGTTA
ATCTCCGATCACGATACTGCGTTACGTTTTACGCAGAAAAATTTTACCAT
TCCGACGGACCGCACCTGGTACGAATACACCTGTGTTCCGGCTTCTGAAA
TGCCAAACCTTGATGAGGTGATCGTAAAGGGCGGGAAAGTCTGGATATTA
ATATGTGCTCTTAGCAGCGTAGTAAAAAGTTTAGCTGTTCTGACTATTAT
TACATACGGCATTGTTTGTGCAATCAAACTTCCTACAGGGTTGCTCATCA
CGTGCAACGATTGGCCGGTGGTGTCAAATGTTTTCAATATACAAAACAAA
AAGGGGGTTGTAGTTGTTGTTGTAGTTGTTGCTGTTTCTCACATTCAGCG
TAATGGTTGCCAACTCGATAAAACGGTTTAACATGAGGGCCGATCCCGCT
TGTGGTCTGCTGAACAGATAAAAAATGATAGTATCGGAAAATGAGGTAAA
TCAATCCCGCTTGTGATTCGCTTTGTCGCCGTGGGCTCTTCTTACCCTTT
ACTGATCACAACACGATGTAAGCACCAGGGGTACATTGTTGAGCTATTTG
CTACGCAGATCTCATACATGCATGTGCATGCAGAATCCGATTGTGAATTT
TTCTAAATATTGGTTCTTACAGAGTCTTCTGTTCTCCCGTGTATCTCTCT
CCTTGACATTATGTGTGATTTCAACCCTTAATCGGGGAACCCTTTCAGTA
CCACGCCATCGGCTTTGGAGCTATCGTTCAGAACAGCACCTCCAAGTTCG
TGCATCACCTCGTGCTCACCGCCTACACGGGTACCGACGACTGCGCTCAT
ACTTGCGAAGATTGGTACGACAGTCGCGGTTCCACCACGAACTCAAATGC
TTCGACTACACCCTCATACGTCACTACAGAAAGCGGGGATGAAATCCCTT
CGTTCTGTAACTACGACTTCGCATATATCTTTCTCTGGGCGCCTGGAATG
GATAACGAACAACTGCCAGAAGATGTCGGCTTCAGGTTTGGCTCCGGTTC
TGGCGGGTATACGTCTGTGGAAGTCCAGACACACTACAACAATCCCGATG
GAAATGAAGGCATAATAGACAGCTCTGGAGTACGGATTTACTACACTGAA
GAGCTGCGTCCAATGGACATGGGAGTTTTGGCTCTCGGAGACCCATTCGT
GGGGCTCAGTGGCATTCCTTTACCAGACGGGAAGTCTTCGGTAATGTTCG
AGTGCCCTGGTTCTTGCACGGACGAGAACTTCGAGGTACGTGTGCATACG
TTTTTACGACACGAGATGGGTCTATACTGGAGATTACCAACACGCTAGTG
TTAATACCTGGATGCCATGCAAAACCGCGACGGGATTTAATGTCGCTAGA
TAGCGAATGATCCTTCTGTTTCGTGAAAGCGGTGTGCTGGTTCACAAGAC
TGTGTAGATAAGATGCTTGGGCGGGAATCCCTCTAAGTCGACCTCACGTT
TGCCGGTATTGTTATTGTTCGCTTTCACCGCTGCTTGCATAGACGGCGTC
ACGGATTGCCCCCGTTTGTTTTGCTCCGAACTCCATGGTGCCCCGCACAT
AAAGACTCAATCGCCTCGAAGGGTTGTGCAGAAAAGCACCTCATGGGCGT
CGGTACGCGTCGGTGCGCCACAGTACAGCACCGGTTCATTTTCTCAGCAG
CTACGACTTATCAAACTTACCCCCAAACTGTACGGCGCCCCGCAAACGCT
CGTGCGGTAGGTCAACAACGTCACGATATATTCTCACTTTCTCCATATGC
ACGAAACCGGACAACGGATAGTCACCCGTCAATACCGCCAAAACCAAAGC
GGTGACGAGGTGTTGGTTCACACCGCTGAGGTTGAGTACTATTCCTTCTG
GCGGGCCGGCGCCTATACGGTCAAGGTCAACGATAGCACCGCCCTCCAGG
TAAAGTTCGTATAGTGTGGAGATATAAAAAAGGAGAGTTCGTTGGTAATC
CCGTTGCCATCGATTATGAGCAAGGACGGGGACAAAATCTCTCACTGCAT
AAACGTGGCATTTAAAAGAGTAGTTTTTCATATATTGAATTCCTTAATTT
GTTTTACTGCGTACCAGCCTTAAACGCCAAACATTGTAGCTCTAGGGTCC
ACAAAATGGCTTGCCCAAAATATTTTCTCACAAATGATGTAACTCCGCTA
TTTTACAGAAAGGAGATCGATTTGAGACTGAGTGCTTCTACGACACGGCC
TTCACTACCCTTAACACGGATGGCGTCGAGTTCGGCCTAGGATCCGAAGA
CGAAATGTAAGGGATTCCACAATATATGCTCATGTGTACCGTATGTTTGA
AATGCGTTCTGTCGCAACCTGTCTGTATCGCTCTACTAGCAGTGTGCTGG
CGCTTCTATTAATAGAGGGGAACACTGTTAATACTGTACCAGCAGCATAA
TACCCGGGCACTATATGTCTATATGGAGATTTTAAAACATAAAATCGCTG
TGACGAGGTAGCCTGCTCTACATGCTGATGCCCTGTCCAAGGAAACCATA
CTCAGTAATATACGCGGTTGCCAATCCGGTACGTGGTCTGCTGGACAAAA
AAACTCGGACGAGAGAATAACAAAAACAAAACGAAAATGACAAAATATAT
ATATATATATAGCTATTTACCCCACCGGTGGGGTACTTCTTTATTTACGC
CACCACCTGGATCTCGCGTCAGAGAAGACTCGGTTGGTCACAGTACATGC
ATGAGTGTGTTGACGCGTCGCAGAGCTATCATGAGGTCTATCGTGCAGCC
CAAACGGTCCTGTCTAGGTCTGTCTAGGTGCTGCCACGTGTTGGTCACAG
TACATGCAGGCGCGTCGCAGGGCGATGTGTTGGGGATTCCGCTGTACCCC
ACCGGCCGTAGCAGTACCTAGACAGGGCTGTTTGGGTTAGGGTTAGGGTT
AGGGTTAGGGTTAGCACACTCATGCATGTACTGTGACCAACCGAGTCTTC
TGACGCGAGATCCAGGTGGTGGGGTAAATAAGGAAATACCCCACCGGTGG
GGTAAACAGCCACACCGATATATATTTATTAACAGATACGTGACGAACTC
ACGAGTTAACAGATACGTGACGCAAATACGCATGCGTGCAACGCAAAGAG
GGGCACTCGCTAGAGAGGATTTGATATAGCGCCAGCCGTGGGCGTACCCG
ATGCTCCCCACGGATCTCAATTGGCGGTTGCCAATCCGGTACGTGGTCTG
CTAGACAAAAAAACTCGGACGAGAGAATAACAAAAACAAAACGAAAATGA
CAAAAATATGTATATATATTTATATTCGAAATAGCTATTTACCCGACCGG
TGGGGCACTTCTTTATTTACGCCACCACCTGGATCTCGCGTCAGAAGACT
CGGTTGGTCACAGTACATGCATGAGTGTGTTGGCGCGTCCTGTCTAGGTC
TGTCTAGGTGCTGCCACGTGTTGGTCACAGTACATGCAGGCGCGTCGCAG
GGCTATGTGTTGGGGATTCCGCTGTAGCCCACCGGCCGTAGCAGTACCTA
GACAGGGCCGTTTGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG
GGTTAGGGTTAGCACATTCATGCATGTACTGTGACCAACCGAGTCTTCTG
ACGCGAGATCCAGGTGGTGGGGTAAATGAAATACCCCACCGGTGGGGTTA
ACAGTCACACCAATGTAAAATAGCTATTTACCCCACCGGTGGGGTACTTC
TTTATTTACGCCACCACCTGGATCTCGCGTCAGAAGACTCGGTTGGTCAC
AGTACATGAATGAGTGTGTTGGCGCGTCGCAGGGCTATCATTGGGTTTAT
CGTACAGCCCGGACGGTCCTGTCTAGGTCTGTCTAGGTGCTGCCACGTGT
TGGTCACAGTACATGCAGGGGCGTCGCAGGGCTATGTGTTGGGGATTCCG
CTGTACCCCACCGGCCGTAGCAGTACCTAGACAGGGCTGTTTGGGTTAGG
GTTAGGGTTAGGGTTAGGGTTAGGGTTAGTACACTCATGCATGTACTGTG
ACCAACCGAGTCTTCTGATGCGAGATCCAGGTGGTGGGGTAAATAAGGAA
ATACCCCACCGGTGGGGTTAACAGCCACACCGATATATATTTATTAACAG
ATACGTGACGAACTCACGAGTCAACAGATACGTGACGTAAATACGCATGC
GTGCAACGCAAAGAGGGGCACTCGCTAGAGAGGATTTGATATAGCGCCAG
CCGTGGGCGTACCCGATGCTCCCCACGGATCTCAATTGGCGGTTGCCAAT
CCGGTACGTGGTCTGCTCGACAAAAAAACTCGGACGAGGGAATAACAAAA
ACAAAACAAAAATGACAAAAATTAAAATATATATATATATATTCGAAATA
GCTATTTACCCCACCGATGGGGTACTTCTTCATTTACGCCACCACCTGGA
TCTCGCGTCAGAGAAGACTCGGTTGGTCACAGTACATGCATGAGTGTGTT
GGCGCGTCGCAAGCTATCATGGAGTCTATCGTGCAGCCCAAACGGTCCTG
TCTAGGTCTGTCTAGGTGCTGCCACGTGTTGGTCACAGTACATGCAGGCG
CGTCGCAGGGCTGTGTTGGGGATTCCGCTGTACCCCACCGGCCGTAGCAG
TACCTAGACAGGGCCGTTTGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAG
CACACTCATGCATGTACTGTGACCAACCGAGTCTTCTGACGCGAGATCCA
GGTGGTGGGGTAAATAAGGAAATACCCCACCGGTGGGGTAAACAGCCACA
CCGATATATACTCCGAGTATTTATTAACAGATACGTGACGAACTCACGAG
TTAACAGATACGTGACGCAAATACGCATGCGTGCAACGCAAAGAGAGGCA
CTCGCTAGAGAGGATTTGATATAGCGCCAGCCGTGGGCGTACCCGATACT
CCCCACGGATCTCAATTGGCGGTTGCCAATCCGGTTCGTGGTCTGCTGGA
CAAAAAAACTCGGACGAGAGAATAACAAAAACAAAACGAAAATGACAAAA
ATATATATATATATATATAATATATATTCGAAATAGCTATTTACCCCACC
GGTGGGGTACTTCTTTATTTACGCCACCACCTGGATCTCGCGTCAGAAGA
CTCGGTTGGTCACAGTACATGCAGGCGCGTCGCAGGGCTATGTGTTGGGG
ATTCCGCTGTACCCTACCGGCCGTAGCAGTACCTAGACAGGGCCGTTTGG
GTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTAGGGTTACCAC
ATTCATGCATGTACTGTGACCAACCGAGTCTTCTGACGCGAGATCCAGGT
GGTGGGGTAAATAAGGAAATACCCCACCGGTGGGGTTAACAGCCACACCA
TCACAATATAGCTATTTACCCCACCGGTGGGGCACTTCTTCATTTACGCC
ACCACCTGGATCTCGCGTCAGAAGACTCGGTTGGTCACAGTACATGCATG
AGTGTGTTGGCGCGTCGCAGGGCTATCATTGGGTTTATCGTGCAGCCCAA
ACGGTCCTGTCTAGGTCTGTCTAGGTGCTGCCACGTGTTGGTCACAGTAC
ATGCAGGGGCGTCGCAGGGCGATGTGTTGGGGATTCCGCTGTACCCTACC
GGCCGTAGCAGTACCTAGACAGGGCTGTTTGGGTTAGGGTTAGGGTTAGG
GTTAGGGTTAGGGTTAGTACACTCATGCATGTACTGTGACCAACCGAGTC
TTCTGACGCGAGATCCAGGTGGTGGGGTAAATAAGGAAATACCCCACCGG
TGGGATAAACAGCCACACCGATATATATTTATTAACAGATACGTGACGAA
CTCACGAGTTAACAGATACGTGACGCAAATACGCATGCGTGCAACGCAAA
GAGGGGCGCTCGCTAGAGAGGATTTGATATAGCGCCAGCCGTGGGCGTAC
CCGATGCTCCCCACGGATCTCAATTGGCTTGGACTTGCACACAGAGGCAT
ACCGTGTACAGCACCGTACTATCTCTCTCTCTCTCTCTCTCTTAGGCAAA
ATATGTTCTCACGCTTCCGTAACGGCGTAGACGAAGCCGCTCTGGAAGCT
GTTGGGTTGGCCTAATCATCGCCTCTTTGAAACGTCTCAAATTCTCTACG
GTCATACCAGTTGCGGCCTTTATCTTGTTCGCCTCTTTTTCCCCTCTCGT
CCTCTGCAGATTTCGGACGCTCTTGCCTCTTCCCTCACACTTGCGGCCAC
AAACCTGCAACCCTCTTCGTTTACTATGTTGTGCGAAGTCCCAGGGCTTG
TACGGCAGTAGTACTCCCAGTCCCACGTGATACCAAACACCCGACAATCC
TCTGCAACGCTGCCGGTCCATTATTTGTCTTTCCTTCTCAGCCCACGTTA
TCCCCCGTTGTCAAGTTCTCTTGACATGATACTACTGGGTCGCCTGCGGT
CGCCTATGCCGGGCAGCACCCCCGCACGGTTGCTTCGGTAATCTCACATC
CAATTTGTTGAAGGGTGTCTAGGAAGAAACGCATGTAATGTTTTGCGACT
TGCACGAGAATTTGAGAAATCAATGCAACATCCTTCGATCCGTAGTATAG
CACTTGTCGCAGTGGCCCTTAAGGCTGTAGTAAACACAGTAGGGGGTTTG
CTGGCCTCGAGGCGTGTTTTTTGCTGGTTACCGTTGGTTTTGTTTTGTTC
CTATTCGACCAATTCAGACTAAAGCACCTCCTTAAACACGGGAATAAAAA
AACTCGCGAGGATTGCTGCGGTGTACCAGTAACTTGTAAAACAGTTGCGT
TCAGAATTTTCTGAACACATTGTAAAGTAAGAGTACCCCGGCACAGAGCA
CGGGGTGACGTGAGTTGCACACCCACCGAACCATAGCAGACGGGGGAAAG
AGATCCCCGAAGCGTGCCCGCAACAAACCCGAGGTGCCCCTATAACAGGC
GGGAGTTGAGGGTACACCCTACAGTATATATGTATGCATGTGTGGTCATC
ACAAACAACTGAGTACAAATCAACAGGGTGAGCTTGCCAATCCTGTCCAT
GGTCAACTGAACAGGGAAAATTTATCTTGTTCCCGTTCGCGCCTGAGAAT
TTGATTTCGTGAAACAGATTTGGCCTTCCCGTCTCGTGTCAGCCTGCTCA
TTTTCTCCACACTCAGGCTGAATCTGGTGCTTACTCACGGGTTTGCTCCC
GATGTCCACGGCGGCTTCCATATATTTTTCCCACACCCACTATTGGTATA
AAGTATGTTCAAATACAAAATATTAGTACTACTAGTCCTGTACTGTATGG
ACACGTTTTTCCCCTCCGACTTATGCCCGTACAAGAATAAAAAAACTCGC
GAGTACGAGTAACTTGTAAGACAGTTGCGTTCAGATTTTTCCCGACACAT
ATCGAAGTAAGAGTACCCTGGTTCAGCCTACGGAGTCGCGTGAGTTGCAC
ACCCACCGAATCATAGCAGCCGGGGGAAAGAGATCCCCGAAGCGTGCCCG
CAACAAACCCGAGGTGCCCCGATAACAGGCGGGAGTTGAGGGTACACCCT
ACAGTATATATGTATGCATGTGGTCATCACAAACAACTGAGTACAAATCA
ACAGGGTGAGCTTGCTAATCCCGTCCATGGTCAGCTGAACAGGAAAAATT
TATCTTGTTCCCAGTCGCGCCTGAGAATTTGGTTTCGTGAGACGGATTTG
GCCTTCCCGTCTCGTGTCAGCCTGCTCATTCTCCACACTCAGGCTGAATC
TGATGCTTACTCACGGGATAACTCCCGATGTCCACGGCGGCGTCAATATA
TATTTCTCACACCCACTATTGGTATAAAGTATGTTCAAATACAAAATATT
AGTACTACTAGTGCTGTACTGTATGGACACGTTTTCCCCCTCCGACTTAT
GCCTGTACAAGAATAAAAAACTCGCGAGTACGAGTAATTTGTAAGACAGT
TGCGTTCAGATTTTTCTGAACACATATCGAAGTAAGAGTGCCCTGGTTCA
ACCTACGGAGTCGCGTGAGTTGCACACCCACCGAACCATAGCAGACGGGG
GAAAGAGATCCCCGAAGCGTGCCCGCAACAAACCCGAGGTGCCCCGATAA
CAGGCGGGAGTTGAGGGTACACCCTACAGTATATATGTATGCATGTGTAG
TCATCACAAACAACTGAGTACAAATCAACAGGGTGAGCTTGCCAATCCTG
TCCATGGTCAGCTGAACAGGGAAAATTTTCCTTGTTCCCGTTCGCGCCTG
AGAATCTGGTTTCGTGAGACGGATTTGGCCTTCCCGTCTCGTGTCAGCCT
GCTCATTTTCTCCACACTCAGGCTGAATCTGGTGCTTACTCACGGGATTG
CTCCGATGTCCACGGCGGCGTCCATATATTTTTCTCACACCCACTATTGG
TATAAAGTATGTTCAACTACAAAATATTTGTACTACTACTGCTGTACTGT
ATGGGCACATTTTCCCCCCCCGACTTATGCCTGTACAAGAATAAAAAAAC
TCGCGAGTAAGAGTAGCTTGTAAGTGTTATAAAGACTGATTACCGAGTGG
TAATTGTCAATTGACCTTTACCCTGTGGTGTAATAGTAACCTTATCACAC
CTTATCACATAAGACAGTTGCGTTCAGATTTTTCCTAATGCATATCGAAG
TAAGAGTACCCTGGTTCAGCCTACGGAGTCGCGTGAGTTGCACACCTACC
GAACCATAGTCGACGGGGAAAAGAAATCCCCGACCGCAATAACCCCAAGG
TGCCCCGATAACAGGCGGGAGTTGAGGGTACACGCTACAGCAGTATATAT
GTATGTATTGTCATCACATATAGCAGAATACAAATCAACCGAAAGGTTGC
CAATCCTGTTCACATGATCAGCTGACCAGAGAAAATTTCCTTGTCCCCGT
TCACGCCTGAAAATTTGGTTTCGCGAGACAGGTTTGGCCGTCACAGCTGA
ATCTGGTGCTTACTTAAGGGAATCCTCCCAATGTCCGCAGCGGTGTCCAT
ATAATAAATTTACCACCATATACCATCGGGCCAGTCACGACTTTATCGGG
GTCACGTAATTGCGTACCGATGGCGTTCACTGCCGAGAGTCAGTCGTGTC
CAAACATAATCACTGCTGTACTGCTGCTGTACATACTGTGGACCCGTTTC
CCCCCCCGACTTATGTCTGTACAAGCGTAGGAAGTTTAGCGTACACGGTA
CAGTATGGTCATCAGATATAGCAGAGTATGGATCAACCGGGGAAGGTTGC
CAATCCTGCTCGTGGTCAGCTGTATCACATGTTGTGTTTCAAAACATAAC
GGGGTACGACGTACTACTGCTGTACATACTATGGACCGGTTTTTACCCTC
CTCTGACTTATGCCTGCCGACGTGTAAGGAAATTACTGTACACGGTACAG
TATCATATATTGTGTTTCAAAACATAGTTATTACTACTGTACTGAATGGG
AAGAAAACATAACACACTGTAGACTAGTTTTTCCCCTCCCGACTTTTGTC
CGTACAAGAAACTCGTTGTTTGTCCGCTGCATGGAAAACCATATTAAAAT
AAGTATGTTAATAGAGGAAAAAGAGGGTATGATGTATATATAAAAACTAG
TATGCTAATAGTGGAAAGAACGGGACTGCTATACACATTTAAACTAGTAT
GTTACTAGTGGAAATAACGGGTATGTTGTACATTGGGAATCACAAAATTA
GGTTTGTGAGAGTTTTCCAATTCGCAAGAGACAGCACTAAATTAGGACAT
CTGGATGTAGTCTATCTCTCTCCAACGAGCGCAAGCGTTTTCAGGAGATG
GTTGTCCTGGTTTTGCGCGTCGATCGGGATACATTCGGGGGTACCCAGTG
GCCTATATTCCACATACGCCAACATATACAGAAAAATGCAAACCGAATTT
CCTGTGAGGCATGTTTGGAGGTCGTTCAAGTTCAGACACAGACCATAACA
TTTCAAGAAAGGAATTCGTCACTGTTGTGGATGCCTGGGGGCCATGTGGC
GATCGCGAGCGCTGTTCAGGATGGTGGTATCGCGTAATACGGCGCAATAG
CTTCTCCCGTACCAGTAGGGAAACTGAGGCTCTACTGGATCACTTAGATG
AGCTTGGAGCCACGGTTTAGACACACCTGCGACGACGCTCACCAAGATAA
CCCCCTTTTATATCGCAAAGGCTCCAATATTCTGCCTCCGCCTTGTGGAA
GCTTCAACCCTCCGAGCCACACGAGCACCGTGGGGGTCTCGGGCGGGACC
TCCCTCGAATTTGGGCGTTGAGCTCAAGGCTGATACTTCAACCTTCGAAT
ACGAGCGACACAGAGCATGCCTAAGCGTAAAAACTTCAAACGACGAGCCC
TCTGATGTACCTCCATACGCATGCACCTTGAGGGGCGTCGCTCTGTCGAG
TTGATGAACCTCTCTTTCAAGCCTGTCCGCGCAAGCCGCGTGCAGGGGTT
TCAGGGGCCTTATGGAGGCTCTCAATTGGTACTGACGTTGTACCGCATAT
ATATTTTTTGTTTTCAAACGTGTAACCGTTTACCTGAATTGATGAAAAAC
GGGGATGCGGGAATATTTCCTGTTTACTACAGCCTTAAGAAGGACCCGTT
TCACGCATCCGTATACAAGAGCCTTCACATCAGATTTCACATTTTTCGCC
TTCAGGTGCAGACGACTTGCGTTGGAGTGGTTGTATAGCTCCCGTGTTGA
ACGCCTTTAGCTTGTCAGCCCCCCACAAATAAACCGGCCAGTCTCGGCCG
ACCGGTTTGGCGTTTCAGTGACGGTGCCCGCCAAATAATTGAAAGAGGGT
CGTCGGACGTTACTGTTACCACGTGCTACCTGGTTAATTTGAAGACTACT
ATCTGTGTTGCCGGCGCACACGGAGTCGGCATGCAAATGGCCTCCGTCTT
GCTCCCATAGATTATCAGGCCAAATGTACCGAAAGCTTGTCGAAGATCGC
TATTACCAGCTCAAACCCACGAGTCAATTGCACAATATGATGTCGCACGC
GTCGGCAGCATACGTCATCCCCCAAACAGCAAGATGCCCACGATTCAGTG
CCGTTTCAGGACCGAACTTAAATGGCTGTCCTTGAAAAGAAGAGAGGTCC
GCATGTATGACCGCGTCCTCGCTGAATCTCTTAAGCGCGGCGAGGTGTAT
CACATCAAAAATAAGGATGAATTAGCGGGGAAAGCACGCATCCTTGGAGC
AGCACCTGTCTCACCTCAAACCAATTCGATTGTTCGCTATTGTCATTCCG
CACGCAAGCCGTTGGGGGAGATGGATGGCCCTGCGTTTTTCGGTGAAAAT
GTTACTGTATTGAGACATTCGAGGTGACCATGTATTCATGGATTGGCGCG
TCAACCATCTTGTGGTGAGCCCCCTCGGTTATCGGGCCGATGTTCCCTAT
TCTGTTGCGGCACTTTCTCTCTCCATTCGCAGCAGTGCAGCGCTTCACCG
TCAACAGTGTGCCCCTTAAAGCATGCTTCGAACGCTTTTTCAAACTAACT
GCAGAGTTTGTTTGAACATATAAATATTTGGTGATGTTGTTACTGGTGGC
GGGGGGGGGGCTTGTGTTCATTTTTCCTTACATCTGGTTTGCTATGATTC
AATAGACGTCATCAGCTTTCCTACGAGAAAACGTCTACGATAAAAAAACC
TAGCCTTGTCGCAGCCTTTCCTCTCTACAGCTTGGTTTCATACGGTACTT
CCTTTCGTCTCATTGTTGTGCGGTATTATTTCCCTTCGTTTTCCTAGCAG
GGCACCCACCTTTTTGTAGAGCTGATTTTTGTCTCATATATACATCATCA
GCAGCGTGAGCTTAAGTCACCTCCGCCTATCTGTCATAGAAGCCAGCGTG
GAAATGTTTTTTCTACTACTGTGCGCATAGTTGTTTGTGCATTAATCTCC
TAAAGGCTCGTAATCGGAGAAGAAAGTCTACGATCATAATAGTGAAGACT
GGCACTCGGGTACCCTCAGCATATCAGACCAAGGGTGAGTCTGTCTCAGA
GATCGATAACTTTGTTAATCAAGAAAATATAGAATCGACGGTGATCCCAC
GATGGCAGAAGAACTGCTCTCACGAATTATATTCGAAACAAACGGAAAAA
AAGTCCAACAAATGAAGAACCCCAGACCCCGGTAGCTCAGTAGGCACCTC
GTAACCTTCTGACACGTTGGGACGTGAGTTCGATCCCGGCAAACGGGATT
TTTCTCACTAAAAACTAAAAAACCAAAATAAAAATGCCCAACGGGTGGAG
AACGATTAATTCGTTAGTACACAAAATTCGACTTCACGGTCGACGAGGGA
AAGGAATGGCTGAATCCTTCTCGCGACAAAAATCAAGGCACGCACCGCAG
AAGGAAGGTGGATTAAAAATCCTGTGTGACCTTCCTCCTGTGTGACCCCG
GCTGGTACGTCCAACGAACTTGATGTCCAAAATGGATGGGAAGAAAACAC
ACACACACACACATGGACAATCATTTTAAATGTGTAAAGTTTGAACTCAA
GAACAATAGTCCGAACTCCGATCGAGTCATGCATCAGGGTCAGCATCCAC
GTCTAGCGTGCGTGAGAAGAACGCCGCCGTGGACGAAAGATTGGGAAATA
TCTCGTTTACTGAGGTCGAAAACGACTCGATGAAGCCGACAAGGTTTGGC
AATATGAACATGCGCGTCCCTCGTATTTTTGGGATCCAAGTGGTTTTCCT
ATAATAGTATAAGAGCCGTAAAAAGCAAGCAGTAGTGCAACCTTAAATGA
ACACTTGTTCATTATTTGTATTTTAGGTGTTACTTTGACTGTACTGTCTG
TAAATGAGTCAGTGTATTAGACGTCACTGCTGCATAGCCATGCTAGAGTA
ACCTGAGGTGCAAGCTAGCCCTGCTACTCGACACCACCGAGTACACAGTC
GCGCTTTGATCCCGTTAAAAAAACAATGTAGCTTAGCGGTAGCAATCCCT
TGTATCCATCCTCCCATCCTATTCACGGAACACTGCTTCTCTCCTAGAGT
CATAAACATCAGCTGGGCTGCGCCTTATCACCTTCACAAGCCCACCTATC
TCTTCCCAACACTATTGCGGTAGATTGTAGCCATCACCGTCAGAGAGAAA
AGTTGTGGAATTGGAAACTTAGCGTTTTCAGATCATGTCGTATCTGGAGT
CCCGCCTGATCAAACAAAATCCTGGCTTCTGGGTGATAAAACCGCTCCAG
ACTCTTGGGCCAGGATAGCTCCAGAGGAAAACAATGGGAAGGACCAGTTC
TGGTCTTTATAACACCAGTTCCCTAGGATTTCTCTGGGACATGGCATGTG
GCCTAGGTCAGCGATAGTGTTCTTAGTATAATTTGTGCAGATGACAAAGG
TATACAACAGTGTATAGGTTCCGCCGACAAACATGGGCGGGGACAAGACC
GGGATGAGACGCGAGATTTGTTGATTTCAGCCATCGAGTACACTTGAATG
CTTAATATCATTTCAACTGGTTAAGCTATCAAGCCTGCAGGATCTCTACC
GTGTTCCCACAAGAACTTCCATCGTGGCGAAGAATGTGATATGACCATGG
TTGGTACACCGCAGATATTCCGTACCATCACCATGTCTCGAGCTTGTGAG
CACTATCTACTGCGCAAGTTGCCCGCCCTACTCAACTTCGTATGTAGATG
CTTCGCCTATACGCCGAGTTGGTGTGGGACGCTAGGATGGTCTGAGACAC
TAGGATGGTCTGACAGAAAAACCTAAATTTTACGGTTTGTTATTCATGAA
TTTTCTAGTCGCTGAGAGATCAGTGTTGTTGTTGTTGATTCACACATTCA
GCGTATTGTCCTCTGAAGAAACTACGGTGACACAACAAGTCTTCCCTCCC
GCTTGTCTATCTCAACGACATCATGAAAAACCAACAGGGATCCAAATTTT
ATGCGGCTCTACAAGCAATGGCACCGACCAATATCAAAATTCATCAAACC
TCCTTACTTTTCTACTCGTCCAGCGTTCTCAGCAAAAAACTGAACCAGTT
TTGATCAATCAGTCCAAGTTTCTCACACACATTTTGTACCAAATTTGGTT
CATCATTTACCCTGCAGTGTGTCTTCAGCGTGGACTTGTTGATAAACCCT
CGCCAGAGGGAAGGTCTAGAGTCTTGGAAATATGATGTATAGAACGTATT
GTATTAACAGCGTAAGACGAAAGTACTCGACAGATAAGACAGTACTTGCA
TTCGTCAAGAAAAGACTGACAAAAAGAGGGCTCTACCATACGTGATGATA
TGACCCTACAGAACTGTATAAGCGGAGTAACTACCCTCATGAAGAATCAT
ACTTCCATGATTCTCCCTCTGCTCAGTGTAAGCCATATATCTTGATACCC
TCTCATCGCTTAGACGAGGCCGTGAAGAGCTATCATCATGATACTGAACC
AGAGAAAAGAAGGCAGTCAGATTTCAGTCCAACTATGCCTACAACTAGGC
CTACACAAGATGAGGACAAACTCTCTTACGCTACCTACTTGGAATACCTT
AAGGATTTGGCTATTTCAAACACATCACAAGAGGTGCGTACCAGCAGTAC
ATGCTCAAGTTTTAAAACGCATAAAATTCCCTGAATGCATTTCAAAAGCG
AAGTTTTCTAATTTCAAGCTACTAGTGACCCTACCGAACAATACGGGTGC
AGGCAAAAAGTCAGTGCCACTGATTCATCCCCTCGGATACGACCGGAGCG
GACAGAACGCGCAACAAAGAGATTATTGCTAGAAAAGCTGAACATCTCTC
TACCACAAACATTTCACTTCGTTCGGAGTACTGGAACACTAAACGCGCAT
TGGCGAACAGTATACGTATATGCTAGAAGCATACGTTACGTGATCGATTA
ATAGCGGTCGGACAAAGGACCTCGCAAGTTTTAATCGAGCAACTCAATTT
TTTTAAGCGCAGGCCACCTATGGCTGCCTGCTTGATCAAGCGGGCTGCAG
ACAGTCTGATCAATTTTCAAACAGCGGTCGAGAAAAAGGCTTAGTAATTT
TCCAACAGTGATCACAGAGAGACTTCGTGAGCAACAGGGAGCTACTCAAA
TTCCAGGAAGCAGCCGGGCCACTTACCGCTATCGAGCGAACAATGATAAT
GTATTACAGTACTAATTATTTGTGCTTTAGGTTTCAGTGCTAACGGTTAC
CCCTGCACGTCGTGCTAGGTTATTTCGCAATCTCTTGGGAAAACGTTTCT
CACAAGACACGTCGCGGGCACAAGCAGTCAAGCGGTCGTAAACGATATCC
CTCCCCAATACAAGCATCGTCGCTATAAGCAGCTGCGCGAGTTCTGAAGG
ACAATCCTGAAAGAACGACACGCTGCGGGAGCTAGCCCTAAGTGTATGTT
ATAGGAGATGCAAATTGATTCCGAAAGTACGCGAGTACCACAGCTCACGA
GAGAGACATTGTGTTGATAATTTACAGCCGTACAACAGTTCAGTCCAGAC
TTGGGGTACTCAGGCGAACGGGCGGCCATAAGCGATCCTACCCTCCCCGA
ACAAACATCTGCCGCAATGCCCTAGTTCGCATAGATCGCCCTCCCTGAAA
GAACGGCTAGCTACGCGCGGGTATCCCCATACACAAAAGCACATACCGTG
AGAGAAAGACGGAGCTATACGTGGTATTATGTTTCTTCATTCCAGCGGTA
CAAGGGGTATAGTCTAAAACGTCAGCATATCACGATGTAGTAGATTTAAG
AAGGGTGCGCTGGCCATGAAGACGTCCAAAAAGCGGGAATCCTCTCGGCT
CCAGATCGCACGCCGCTCCGCGGGGTGCCGTCAAGCTCGCTACCAAGCGT
TCTTTACTTTATAGCGTTCCCCAGCAACTGATCGCCCCTGACATCTTCTA
ATCTCGAGCCGCCATCGACGGCGTAACCTTCGTTCGTCCCTCCTGTAGCC
TCGAGCCGCTCTCGACGGCATGACGTTTTCTGGCACAGGATATTCAAACC
GGCCTAGCGGTGAAGAATCAGCGATATACCGATATACGTACGACTTTGAA
TCCCGAACCTGCGATCCTTCAAACAACGCTGCAGCCTCACCCATCCGCTC
CAACATGTATAACCTCACCACAAAGCAACGCGCGCCACGATCCCAAAAAC
GGGCAGGCGCGGAGACGACCTTGAGAACCGCCTGGACCGAACGTCCTATT
TTGCATCAATTTTGTTTCGATAACCCTCCTGCAGGAGAGGGTAGCAAGCA
GGTTCCAGAAGCTGCTGTCGTACGAGACGAATGGAGTCGAAGTCTTCTTA
CAATTCGTCTCCTCGGTCGAGAGCCGAAGAGGTGGCTGGTTAAAGGTGGT
CTTTGTTGCCGTAGAGGTTTTCGCCGGTGGGAAGCAAGCCACCGGCGGCT
GTTGTTGTGCGCATCTCCAAGGATGGGAGACACGACTTGAGCGACGCAGC
GCCGTCCTCGACCAAAACGTCTTCCCTGCAAGTTAGATCGGGAGGTTCAG
CCATCATGCTGAAAGTGGTCGAGATGGTCTTCGGGCCGGGTTCAACCCGG
GCTGCAGGGCAGCTATCCCAATACGTCGCTTGAACTGCACTAGCGGCGCC
CTCCGTGCGTTCGCGAGTCTTCCTGTCTGCGGGCCCGCCTGCCTCCATTG
CAAGACGTGGCTGCCGAGCGTCATGCTCCAGGCGTGTTAAACGCTGATTC
ACATTGCTCCAATCTTCCTTATATTCTCGAAGAAGCTCATCTATTTTCGT
GTCCCAAACTTTGAAGACTTCTTTCGTCATTCGATATACATCCTCCAGCG
TGGGTTGGTCAGACCCGAATTCTTGTTGCTGGGGGACGGGGCCATTGCCC
TCGGGTACAGCCTCGCTCTCCTTCCGTAGCATGTTGGGGAGACTTCAGGA
CTGAGGACACTAGTGTGTTAATACACCCTCGACAAAGGGAAGGTCTAGAG
TCTTGGAAAGATGATGTATAGAACGTGTTGCATTAACAGGGTACCGTAAT
ATTAAAGGGTAAGCACAGGGGCGTCTATAGACGCCTAGAGACAAAAGTAC
TCGACAGATAAGACAGTACTCATCAAGAAAACACTAGTGTGTTGATACAC
CTACGCCAGAGAAAAGGTCTAGAGTCTTGGAACGATGAGATGTATAGAAC
GTGTTGTACTAACAGCGTAGCATTACAGGGGAAACATAGGGGCGGCTATA
GACGCGTAGAGACGAAAGTACTCGACAGAAAAGACAATACTCGTCAAAAC
AAGACTGGCTGCAAAAGGACTCTACCATACGTGATGATATGACCCTACAG
AACTGTATAAGCGGAGTAACTAGCCCCTTGAAAACCCATGCTTCCATGAT
TCTTTCTCTGCTCAGTGTAAGCTATACATGTTGATAATACTTTACACCTT
GCTGGTGGCGTACATTTTGTCCACCTCACTCATCATTTCAACGTTTTGAC
GTGCAGCTAAAGTCTCATTGCCGGTTGAGCTTGCAAAAACATCGATCAAT
TTATATAACAGCTTGGTAATATTGGTGCAAGTTAAAATTTCTGGTTAAGT
ACTTGTATGAACCAGCGGGTATTTTATCTTTCAAATATTGTCCGAAACGA
CACCGTCAAGAGACGTTTTGTACTTTCGGAGGATTGTGAACCAATTCTGG
CTTTCGAACCGTTCAACGACAAGAGGGGGGGATTCGACGATCCGCCCCAG
GGATGTTAATCCCCTTCAGGGGACATGAACCCCATCACCACCTACCTACA
TGGTCGACAATCTTGCTCCGAATCAAACTCCTTTCACAGGGGAGTTGGTC
AAATATGCCCCCGGAAGGGGCTATTTTTGTGCCGTCTCCTCCCCAAACGG
AGGAAATATTCCAACATCACCCCCCTTCGTTGATAAACTTTTACAAAAGC
TGTCGTGTTTTCCTTTACCGTAATTTGTTTCGTTTAAATTAAGGAACGGT
GCAACCGAGTATGATGGAATTCTGAACTGAGTAGTTAAGCTTTGATATTA
GGTACTTTTTTACGGAGCGGTACTTTCTCATACGTCTTGAGTTTTAGGGT
ACAACTGCCGGTGATCATTTACGACGTGAAACTTTCAAGGTCTTGGGGTA
TTCTGGTTCCATGAGTGGGACCATTTTGTTGTTCGACTGACAAGAAATCT
TTAAAATGTCTGGTGCTTGAATGCCCTCTTCCTCTGATTCTTGGTGGTAA
GATCATACCTGTGCGGCTTGCAAAATCGATGCGAGGGTATTCAAGTAACA
TATAAATGATACTATTACTAGTCCGTCCATTGAAGCTACTATACTAAGAA
ATCTGTAAGGAATTGATGAGCATTGCAACCCTTACGGATCATACGATAGC
TATTGATAGGGTGCTGACCCTCCCTTCTCTTTAGTCGCATTATTTCTGTT
TTTTATTCTGTCTCTTCTCGACCCCTTTTGTCTCTCCTACACATTGACCA
AGTTAGTGATAACATGCTCTCTTTTCATCAACTTTCCAGAGTCTTTTGGT
CGGCGAGAGATGTCTGTCTATGATCATGTTGCACATCCTTATTTATGGCG
AATAATTTCAAATGTAAGCGTGTGGACACAGCATTCGTCGCTCGTTTCAA
AATACGGTGTCGCATACTACAATACAAGTACACTAGACTAATCTTACACA
CTCTTTCCGTTTTCGTTTCGCGATATTCTCTGCAGGTGTATAGATTTCGT
GTATTATTATCCGAATCAGGGTAATATCCCGCGCTCTGGGGCATGCGGCT
ACAGTGCATGCGGTGGTTCCATGAAAGAATACTTGGCTCTAGAGGACGAG
TCAGACTTCAGCCGTACCTTCGGGATATCTACGCTGTGTGAAGAAGATGG
TGACGACCAGGACGGAAAGGTGAGATGGCTTTGATTTCTTATCAAAACAT
TGCTCGAGAACTCAGAAAAAGTTGTTTTCTCATCTGCTCGATGACAGGAA
ATCTTGCACAAAAGGTGCCCTCAACACAGCGAGGTATCGCTATATTGAAA
TTCAGTGAGACTCCCAATAAGTAGGCACCCTACAGAACTGTTGAAGCTCG
GATATTGGAGCTGGAAAAAGCTTACTGACACACGCAGATTATCCCCAAAC
GAAACATCGAAATTCCTCAAATCCGAAGGCAAACGCTACTTCTGTTGTAC
CATGTTCGGACTAAAATTAAAAGGGACTTTGAAGAGGTGTTCAGGCTTAT
TCTTACCTCCTGGTGCTAGCTAACGCGCGTTTCTGCGTATGATTCAGAGC
CCTGTTGAGAAGGATTGACCTGATGACCTGGTTTACTCAGATATATCTAG
GGTGGTGCATGACGAGATTATACGATAAGCACAGTGAAAATACCCTACAT
TAACGACAGTACAACGTTGGAGAAATGTTGTGGTAGTTTAGTACTTGATA
TAGAGGAGAGATGGGCAGGCAAGGTTACCTTCTTACGGAAAAGGGCAGAA
AATAATGGAGAAGGTTGTTAGTGTGCAAACGTGGAGTGGAATGGAGTGAA
TGCGTGTGGATTTGGAGTACGCTTATTATTCGATGTTCTCTTTTAATGTT
CCCTGAATTTTATTTTTCAACCTCAAAAATATTTCGATCTAAGTGAACAT
TGTTTTGGCATATAGAAACGCCAACAAAGATCAACCACCGTTATTATAAC
TTTCACCATACCTTCATATAGAATAAACTTCCCATAACACTTTTGCGATA
AAGCTCTCAACTACTCTGGATCGCATCGAACAATGAACTACTGGACGGAA
TCGCATAATTACATAACGAGCAAGCCCCCTAGAAAGAGCGGAATGATGGC
GAGACCTCTTCAAGACTGTCGCAAACTACAGTACACTGTTTATGGCATAC
TGAAGGATGTCTCTCACGCATGCGCATAGTTACTGGTCTGATAAGTATAC
CTTTCGTTTCATTTGTCTTTTGAAACAAAACTAGGAGGTTTGATTGTACT
AACGTGTACTGGTACTCGTTTCTCCGCATCCGTGCGCTGCTGCATAGGAA
GGAGAGCAATCGTCGGCAAGGTCTACTCTTCCCGGCCCGACCGGTTTTGT
CCTCATGGCCGCCGCCGCCCTGGTGCTTACCTTAAACAAGTACTGATGCG
ACTCAGCAGCTAGTTGACTTGCGCTTGGACCGCCAGCACGCTTTGCAAAG
GCAGAATGCCGCCACACGAACTATTCATAACTGATGATTACCCATATTTT
CTCCCACTCGCCATAACGCAACTACGCGGGGAGCTGAGGAAGTGCTTTCT
AAATCGAACTGTTTCGTGGCTTGTCTTTGACATTCTGCGGCTTGTACACA
CTATTATTGAGGTAGTTGGAACAAGTTTGGTGTGTTAATCGCGAGAGATG
TGTACTTCTAGTTCTCCACGATAGTTGGACCTCTCGTGCATTGAAGGAAA
GACGAGCAGCGTCTGGTTACTACAAAACTTCATAGCTCGTACGCCTACAC
TACCGCTTCCTTGGTGTATCGCTGAATGACGTATTATGCTTCGATGAAGG
AGATGGGAGAGAGGAGGAGTTAAGCAGAAAACTGCGTATCTAGCTGGATT
ATGTTTTCTCTGACTTCTCTCGACCTAGGTTGGTTGACGGAATCACATAT
TGTGGGCATTCATGAAGGAGAAACTTTGTTTCCATTGGAGGAAGAGGTCC
TCGCGGGGGGTGGTGAATTTACGTGTGGTACCCTCTCTGCTAAATACAGT
AACATCTCGTTAGTTATAAAACGCGGCAGAATTTTATTTAGCTGTAGCCA
AAAGCTTGTTTATAGTCTCGCTTTATTCCTACTATGTCGAGAGCGGAATC
GATCATGCATTGTTGGGCCGGTATTCACCTGACGTTCGGCATGTTGTCCC
ATCTATGTTCTTATGGAGTTAGAGCCCCAAACACCTCAGACAACAAAGAG
GTAACGACTTCTTGGAGCCACAAGAAACGTCGAGGTACTGACCTATCACT
CATGCAACGACGATCACCGAACGAACGTTGGTTCATTATTCTGTTTGACG
GCAGCTAATACATGCGGGAACAACGCATAAGGTTGGTTCGGGCCTTTAAT
ATATTTACACTTTGACATCATTTCTAAGACCAAGACGAC
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Coding sequence (CDS) from alignment at A-nodosum_M_contig110:595141..618629-

>mRNA_A-nodosum_M_contig110.11.1 ID=mRNA_A-nodosum_M_contig110.11.1|Name=mRNA_A-nodosum_M_contig110.11.1|organism=Ascophyllum nodosum dioecious|type=CDS|length=1830bp|location=Sequence derived from alignment at A-nodosum_M_contig110:595141..618629- (Ascophyllum nodosum dioecious)
ATGTCGGCGCTTTGTTGGCAGGAACGGGGAGCGGCTTTTATCGTCGCTGT
GGCCATTATAGCCTCAACAAAATTTCCTGGGGCAGCTGCGCATGAGTTCG
ACTCCTTCCTTTACATTCGGAATACCTCCCTCAGCGCCGATCTCGACCTC
TTTTGGACCATTGATACTGGCCTCGAGACCATCCGTATCGCCGTTCACGC
AAAAAAAGCGTTCGGCTGGGCTGGGTTGGGCTTGTCTGAAATGGGAGGCA
TGGAGGGGGCCGACATTGTCTACTATGAAACCGCGACCGGCACAATCACG
GATGCACACGCGATCGTCAACGGCATGCCAGTGATTGACGAGTGCACCCA
AGACTGGACGCTGCTGTCCGCAGAGATCGGGACCGACAGCCTGGTGTTCG
AGGCCGAGAGATCGCTAGAAACGGACGATTCCCAGGATCGCGCCTTCGTG
GATGACACCGCTGAAGGGGCCCCGCCTACGACCCTAATTGCCGCCTGGGG
AGACTCTGAAAGCATCAGCTATCACGAGACCAACTTCGCCCAAGGGAAAG
TAATCATGTTCGGTGGTCCGGAGAACGACGATTACGATCCGCTCATTGAG
ATCACTTCGAACCCAAGCATCTCCTTTTTCGACGCGACCGCAAAAAATTT
TACCATTCCGACGGACCGCACCTGGTACGAATACACCTGTGTTCCGGCTT
CTGAAATGCCAAACCTTGATGAGTACCACGCCATCGGCTTTGGAGCTATC
GTTCAGAACAGCACCTCCAAGTTCGTGCATCACCTCGTGCTCACCGCCTA
CACGGGTACCGACGACTGCGCTCATACTTGCGAAGATTGGTACGACAGTC
GCGGTTCCACCACGAACTCAAATGCTTCGACTACACCCTCATACGTCACT
ACAGAAAGCGGGGATGAAATCCCTTCGTTCTGTAACTACGACTTCGCATA
TATCTTTCTCTGGGCGCCTGGAATGGATAACGAACAACTGCCAGAAGATG
TCGGCTTCAGGTTTGGCTCCGGTTCTGGCGGGTATACGTCTGTGGAAGTC
CAGACACACTACAACAATCCCGATGGAAATGAAGGCATAATAGACAGCTC
TGGAGTACGGATTTACTACACTGAAGAGCTGCGTCCAATGGACATGGGAG
TTTTGGCTCTCGGAGACCCATTCGTGGGGCTCAGTGGCATTCCTTTACCA
GACGGGAAGTCTTCGGTAATGTTCGAGTGCCCTGGTTCTTGCACGGACGA
GAACTTCGAGGTCAACAACGTCACGATATATTCTCACTTTCTCCATATGC
ACGAAACCGGACAACGGATAGTCACCCGTCAATACCGCCAAAACCAAAGC
GGTGACGAGGTGTTGGTTCACACCGCTGAGGTTGAGTACTATTCCTTCTG
GCGGGCCGGCGCCTATACGGTCAAGGTCAACGATAGCACCGCCCTCCAGA
AAGGAGATCGATTTGAGACTGAGTGCTTCTACGACACGGCCTTCACTACC
CTTAACACGGATGGCGTCGAGTTCGGCCTAGGATCCGAAGACGAAATGTG
TATAGATTTCGTGTATTATTATCCGAATCAGGGTAATATCCCGCGCTCTG
GGGCATGCGGCTACAGTGCATGCGGTGGTTCCATGAAAGAATACTTGGCT
CTAGAGGACGAGTCAGACTTCAGCCGTACCTTCGGGATATCTACGCTGTG
TGAAGAAGATGGTGACGACCAGGACGGAAAGGAAGGAGAGCAATCGTCGG
CAAGGTCTACTCTTCCCGGCCCGACCGGTTTTGTCCTCATGGCCGCCGCC
GCCCTGGTGCTTACCTTAAACAAGTACTGA
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