mRNA_P-littoralis_Contig188.47.31 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig188.47.31
Unique Name	mRNA_P-littoralis_Contig188.47.31
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: A0A6H5JJV2_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JJV2_9PHAE)

HSP 1 Score: 1202 bits (3111), Expect = 0.000e+0
Identity = 620/815 (76.07%), Postives = 690/815 (84.66%), Query Frame = 2

Query: 1418 MTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPFFNTQPLQAYNIVPVQ-------------ELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYAPENAISGPARLQTYNETLVYRLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGT----------PYQ-----------------VESLASQAKEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPEGVGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHAKDMETPGRGATLVTDEKKWRAQQEKFPVRPRLTRVE 3742
            MTL VLGKESLSQLQ  V GMF PVPNRGSGRRPSEKWIGKVKPF   QPLQAYNIVPVQ             ELRSVAIAWPLS+E PEE++ VL AKPFTYIG LLGHEGPGSLLSYLK KNWANALGA+ASTSTDDF I+E        G S+RFKVLTALFSY++LIRKKG+PSYL SEL+DLSDLGWRFQDKREPGS+VP+LAA++QEY PE AISGP+RL +YNE+LVYRLLDV+RP PVDYSA+TPLVFSTAKEF+GKADK+E+WYG            Y+                 VESLAS  +EWCSPP IP+LKLPGPNPF+PRDL VI PKGRVVKPGEK+ AP+ V+V PTTAGWKVRHKLDDIFAQPK VC  E+VSPVAYESPR VAALKLFE SL+E+LN        AGLGYSLDFTTRG+R+SF+GF DKMP+FIEKVAQAVAT+ P+D VEFERLRDVVRRDL SYDTQQPYQHAMSN+AVASEDPRYTV+EIRDTL S+K++++KPLVSR+F +AEGLGLLQGNLEFR V++YM+G+ R F+LSPLPEN RPEK+LV+FP TP G G LIRRREQN++NDNSASQL FQVSDRSIENRVLAQLLMSI+EDPYYDSLRTKQQLGYLVFSGVK+VEGVS+MYLLVQSAER P YLTDRSLEFL+ +RQELVDLPA+KL DYVGGLVD+KLEPDRRLS+E ERNWAEISTGQLRFDRR+EEA AL +IR  DLL FFDRH REGG++RRLLTSEVFAK  A++ME P RG TLVTDEKKWR QQE FPVR RLTRVE
Sbjct:    1 MTLAVLGKESLSQLQSTVDGMFGPVPNRGSGRRPSEKWIGKVKPFLGNQPLQAYNIVPVQVRKDRGDVDRGSMELRSVAIAWPLSFETPEERQAVLVAKPFTYIGYLLGHEGPGSLLSYLKAKNWANALGAAASTSTDDFAIYE--------GLSDRFKVLTALFSYVDLIRKKGLPSYLASELKDLSDLGWRFQDKREPGSLVPSLAANLQEYPPEAAISGPSRLTSYNESLVYRLLDVLRPDPVDYSAATPLVFSTAKEFEGKADKNEEWYGRNGPTTRPTKHDYRAFGSALKRTSHANFEALVESLASHEREWCSPPEIPALKLPGPNPFIPRDLGVINPKGRVVKPGEKIAAPAVVLVFPTTAGWKVRHKLDDIFAQPKVVCYLEVVSPVAYESPRAVAALKLFELSLEERLNEYAYDAQMAGLGYSLDFTTRGLRMSFSGFSDKMPDFIEKVAQAVATYTPSDPVEFERLRDVVRRDLTSYDTQQPYQHAMSNAAVASEDPRYTVQEIRDTLDSVKMSEIKPLVSRMFGQAEGLGLLQGNLEFRGVDQYMKGVVRWFNLSPLPENMRPEKKLVRFPLTPAGSGSLIRRREQNNENDNSASQLLFQVSDRSIENRVLAQLLMSIIEDPYYDSLRTKQQLGYLVFSGVKIVEGVSLMYLLVQSAERGPAYLTDRSLEFLDQWRQELVDLPASKLKDYVGGLVDRKLEPDRRLSSEVERNWAEISTGQLRFDRRREEARALEQIRAGDLLRFFDRHLREGGQERRLLTSEVFAKSRAREMEAPARGTTLVTDEKKWRGQQETFPVRRRLTRVE 807

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: D7FWX6_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FWX6_ECTSI)

HSP 1 Score: 1189 bits (3076), Expect = 0.000e+0
Identity = 604/982 (61.51%), Postives = 758/982 (77.19%), Query Frame = 2

Query:  803 EVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSDYLKG---ALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPFFN--TQPLQAYNIVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYAPENAISGPARLQTYNETLVYRLLDVMRPTP-VDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQAKEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPEGVGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHAKDMETPGRGATLVTDEKKWRAQQEKFPVRPRL 3730
            +V KSPND R+YRA+ L SG+  +++SDP+TK SAAAMDVHVG+FSDPDDLPGLAHFCEHLLFLGTDKYPDE+     Y  +L SHGG SNAYT +EDTVY+F+V SD+L G   ALDRFAQFFI+PQFTE+AT RELNAIE+ENAK+Q  D +R   +E  RANP HPYSKFG GN+K+LL+ P+A+GK+AR+ALL FF  +Y+ANQMTLVVLGKESLS+LQ AV   F+ VP RG G RPS  WIGKVKPF +   +PLQA+N+VPV++LRS+ ++W L+++  EE+K  L A PF+YI  ++ +EGPGSLLSYLK K WANAL A  S S DDFT FE+ VDLTPEG  NRF VLTA+FSYL+L++K+GIP  L  ELR +SDLGW+FQDK E  ++V  LA +MQ Y+ E AISGP RLQ Y+E+ ++ LL+ +R  P    S S P V  TAK+F+  A + EKW+  P+QVESL +  +EW +PP IP  KLPGPNPF+P D+ V+ P+G++ KPGE +  P+ V  +P    WKVRHKLDDIFAQPKA C F+LVSP A+ESPRT AAL LF+  L+E L         AGL ++L   TRG+ LSF G+GDKMP FI+KVA+AVAT+ P+D VEFERLRDV+RR  +S+D +QPY+HAM+N+  A+EDP YT++EI  TL SI+LADL+PL SRV   AEG+ L+QGNL+  DV RYM G+ R    +PLPE++RPE ++V+ P+TP+G G L+RR E+++ NDNSA QL FQVSDRS+E+++LA++LM+ +E+P+Y+SLRTKQQLGY+VFSGV  VEGV  MYL VQSAER   YLTDR LEF++ FRQ+LVDL   KL D+V GLV +KLEPD RLS+E  RNW EI TGQL+FDRR+EE EALRK++E+DLL FF+RH +EGGEDRRLLTSEVFAKK+  DME P   A LV++ K+WR  QEKFP+R RL
Sbjct:   43 QVEKSPNDERAYRAMELPSGITAIVVSDPDTKISAAAMDVHVGYFSDPDDLPGLAHFCEHLLFLGTDKYPDESS----YEAHLKSHGGSSNAYTASEDTVYYFNVASDHLAGPDGALDRFAQFFIAPQFTESATERELNAIESENAKDQTCDYWRLLLIENSRANPKHPYSKFGAGNRKSLLEDPAAKGKNAREALLPFFYAHYAANQMTLVVLGKESLSELQQAVEEKFSAVPKRGCGLRPSSAWIGKVKPFLDDRAKPLQAFNVVPVKDLRSLEVSWTLTFDTYEERKEYLDAAPFSYIAYVVEYEGPGSLLSYLKGKGWANALNAGCSASNDDFTNFEISVDLTPEGLLNRFHVLTAIFSYLDLMQKEGIPRSLAPELRVMSDLGWQFQDKIEADALVNWLAPNMQNYSMETAISGPCRLQRYDESFIHTLLNSLRSDPPAGSSLSRPRVTVTAKDFEEAATEREKWFDVPHQVESLEAYTEEWKAPPAIPEFKLPGPNPFIPEDVRVVVPEGKLPKPGEAIDPPTVVENLPNDGVWKVRHKLDDIFAQPKARCKFQLVSPAAFESPRTWAALDLFDSCLNEHLTEYTYDALTAGLSFNLSVNTRGIGLSFQGYGDKMPEFIDKVAEAVATYTPSDPVEFERLRDVLRRRCSSFDNEQPYRHAMANADEATEDPTYTLREIGATLDSIELADLRPLASRVLAEAEGVCLMQGNLQKEDVPRYMEGVRRWLKPTPLPEDKRPETKIVRLPQTPKGCGSLLRRPEEDESNDNSAVQLLFQVSDRSLESQMLAEVLMATIEEPFYNSLRTKQQLGYMVFSGVSRVEGVRFMYLTVQSAERSAPYLTDRCLEFVQEFRQQLVDLTPGKLSDFVQGLVSRKLEPDHRLSSEVNRNWGEIVTGQLKFDRRREEVEALRKVQEEDLLRFFERHLQEGGEDRRLLTSEVFAKKYESDMELPATEAMLVSNAKEWRGAQEKFPIRIRL 1020

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: D8LRX2_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LRX2_ECTSI)

HSP 1 Score: 1031 bits (2667), Expect = 0.000e+0
Identity = 585/996 (58.73%), Postives = 632/996 (63.45%), Query Frame = 2

Query:  755 DRNSAYAEGSRAGVFGEVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSDYLKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPFFNTQPLQAYNIVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYAPENAISGPARLQTYNETLVYRLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQAKEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPEGVGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHAKDMETPGRGATLVTDEKKWRAQQEKFPVRPRLTRVE 3742
            DR +A  E SRA V+GEV KSPNDPRSYRAISLASGMKVLLISDP TKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDE+     Y+TYLSSHGG SNAYTDTEDTVYFFDV SDYLKGALDRFAQFFI+PQFTE ATGRELNAIEAENAKNQISDAFRGYQLEKLRAN +HPYSKFGTGNKKTLLD PS++GKSARQAL RFFDMYYSANQMTL VLGKESLSQLQ  V GMF PVPNRGSGRRPSEKWIGKVKPF   QPLQAYNIVPVQELRSVAIAWPLS+E PEE++ VL AKPFTYIGSLLGHEGPGSLLSYLK KNWANALGA+AST TDDF I+E+EVDLTPEG SNRFKVLTALFSY++LIRKKG+PSYL SEL+DLSDLGWRFQDKREPGS+VP+LAA++QEY PE AI                                                                                                                                                                                                                                                                                                                 RYM+G+ R F+LSPLPEN RPEK+LV+FP TP G G LIRRREQN++NDNSASQL FQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVK+VEGVS++YLLVQSAER P YLTDRSLEFL+ +RQELVDLPA+KL DYVGGL+D+KLEPDRRLS+EAERNWAE+STGQLRFDRR+EEA+AL +IR  DLL FFDRH REGG++RRLLTSEVFAK  A++ME P RGATLVT+EKKWR QQEKFPVR RLTRVE
Sbjct:  120 DRKAA-GEASRARVYGEVDKSPNDPRSYRAISLASGMKVLLISDPNTKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDESS----YATYLSSHGGTSNAYTDTEDTVYFFDVSSDYLKGALDRFAQFFIAPQFTEAATGRELNAIEAENAKNQISDAFRGYQLEKLRANRLHPYSKFGTGNKKTLLDVPSSQGKSARQALFRFFDMYYSANQMTLAVLGKESLSQLQSTVDGMFGPVPNRGSGRRPSEKWIGKVKPFLGNQPLQAYNIVPVQELRSVAIAWPLSFETPEERQAVLVAKPFTYIGSLLGHEGPGSLLSYLKAKNWANALGAAASTFTDDFAIYEIEVDLTPEGLSNRFKVLTALFSYVDLIRKKGVPSYLASELKDLSDLGWRFQDKREPGSLVPSLAANLQEYPPEAAI-----------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------RYMKGVVRWFNLSPLPENMRPEKKLVRFPLTPAGSGSLIRRREQNNENDNSASQLLFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKIVEGVSLVYLLVQSAERGPAYLTDRSLEFLDQWRQELVDLPASKLKDYVGGLIDRKLEPDRRLSSEAERNWAEMSTGQLRFDRRREEAKALEQIRAGDLLRFFDRHLREGGQERRLLTSEVFAKSRAREMEAPARGATLVTNEKKWRGQQEKFPVRKRLTRVE 805

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: A0A836CJH9_9STRA (Metalloenzyme, LuxS/M16 peptidase-like protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CJH9_9STRA)

HSP 1 Score: 887 bits (2293), Expect = 1.640e-298
Identity = 486/982 (49.49%), Postives = 628/982 (63.95%), Query Frame = 2

Query:  794 VFGEVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSDYLKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSG--RRPSEKWIGKVKPFFNTQPLQAYNIVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYAPENAISGPARLQTYNETLVYRLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESL-ASQAKEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPEGVGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHAK-----DMETPGRGATLVTDEKKWRAQQEKFP 3715
            V G+V  SPND R+YRAI L +G++VLLI D ETK + AA+D HVGHFSDP D+PGLAHFCEH+LFLGT KYP+E      Y+ +L +HGG SNAYTDTEDTVY+FD+ SDYL+ ALDRFAQFFI+PQFT +AT RELNAIE+E++KN  SD FR YQL+K RA+P+HPYSKFGTGNK+TL   P   G   R  LL+F+   Y A +MTL V GKESL Q Q  V  +FA VPNRG+G    P  +++    P    Q      +  +   R +      +  + +E++ ++ + P  YIGSLLGHEG GSLLSY K K+WA++LG   S  TDDF  F+ +VD+TP GF +R+KV+  +FSYL L+R +G+P Y   E + LS +GW+FQ+K    +VV ALA+++QEY P   ISGP  L   ++ LV  LL  M  TP    A     F+ A   Q      E+WYGT YQVE + A+ A+ W +P  +P+L LP PNPFVPRDLSV  P  R     ++  AP P  V+  +  W V ++ DD+F QPKA   FELVS  AY S   VAALKLF+ SLDE L         AGL YSLDFTTRG RL+F G+ D+MP+FI  VA A A   P     F+R +DVVRRDLA++D QQPY HA++N+A+  E+P+Y + ++R  L  +    +  +   VF R  G+ LLQGNL   DV R++  +   F   PLP+ ERPE+R+V+ P TP+G G L+RR E N D DNSA+ L FQV  R    RVL +LL +  ED +Y+SLRT+QQLGYLVFSG +  EGVS     VQS  RDP  +  R LEFL G+R  L   P      +  GL  Q+ EPD+RL+ EA RNW EI  G+ +FDRR  EA+ L+K+    LL FFD++  EGGE RR +TS+V+ K+HA+     D      GATL+ D   WR +Q+ +P
Sbjct:   77 VLGDVEHSPNDTRAYRAIVLPNGLRVLLIRDAETKQAGAALDCHVGHFSDPPDVPGLAHFCEHMLFLGTKKYPEEGS----YAAFLGAHGGSSNAYTDTEDTVYYFDINSDYLQPALDRFAQFFITPQFTASATARELNAIESEHSKNLQSDGFRTYQLQKARASPLHPYSKFGTGNKETLEIEPHRLGFDVRDRLLQFYRENYGAERMTLCVAGKESLDQQQRTVEQLFAAVPNRGAGTVNLPQSRFVTTCVPHHRLQSPLNTLVRLLLSSRCICRLRLCAPPDADERQRIVLSHPDQYIGSLLGHEGKGSLLSYFKSKDWASSLGVEVSGMTDDFMTFQCDVDVTPRGFQDRYKVIEGVFSYLGLVRARGVPDYTYDERKALSRIGWQFQEKSAVSTVVGALASNLQEYPPAKVISGPVLLDQPDKQLVASLLAAMTNTPRAPPAKQQ-DFAKAPNLQR-----ERWYGTQYQVERVPAAAARAWTAPRTVPALFLPTPNPFVPRDLSVKTPATR-----KRSAAPPPPTVVGDSPAWLVNYRADDVFGQPKAYAYFELVSAGAYASAGAVAALKLFQMSLDEALREYSYDAATAGLSYSLDFTTRGARLAFGGWSDRMPDFIAAVAAATAAHAPRAGPAFDRFKDVVRRDLAAFDNQQPYVHALTNAALCLEEPKYPIADVRAALEGLTADKVAEVARGVFSRCFGVSLLQGNLLEPDVKRFVTSVESGFQFEPLPKAERPERRVVQVPLTPKGEGCLLRRPEPNKDADNSAATLIFQVGGRDPVERVLLELLCATAEDAFYESLRTRQQLGYLVFSGARRTEGVSAAVFAVQSGVRDPAEVAARVLEFLRGWRAALAQAPVAA---FAAGLAAQRTEPDQRLAQEATRNWDEIIGGEFKFDRRVREAQLLQKVTTAQLLAFFDKYIAEGGEGRRCITSQVWCKRHAEAAGGIDAVPVPVGATLIDDPVLWRRRQQLYP 1040

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: A0A0G4H2H6_VITBC (Uncharacterized protein n=1 Tax=Vitrella brassicaformis (strain CCMP3155) TaxID=1169540 RepID=A0A0G4H2H6_VITBC)

HSP 1 Score: 718 bits (1854), Expect = 3.010e-227
Identity = 410/1005 (40.80%), Postives = 598/1005 (59.50%), Query Frame = 2

Query:  755 DRNSAYAEGSRAGVFGEVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSDY-LKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEK-WIGKVKPF-------------FNTQPLQAYNIVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYA-PENAISGPARLQTYNETLVYRLL-------DV-MRPTPV------DYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQA-KEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLG--LLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPE-----------GVGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQ-ELVDLPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHA 3634
            D  +A  EG      G + KSP D R Y+A++L +G++VLL +DP+  ++AAA+ VHVGHFSDP++LPGLAHFCEH+LFLGT+KYPDE      +  +LSS+GG SNA+TD +DT YFFD+ +   L+ ALDRF+ FFI+P FTE AT RE+NAIE+EN+KN  SD +R  QL + RANP HP+ +FGTGN  TL D P A+G + R ALL F+  YYSAN MTL ++  E LS +Q     MFA +  R + R P E  W GKV PF              + +  Q   +VPVQ+LR +  AW + Y +  ++   L  KP  Y+G +LGHEG GSLLSYLK +  A  LG S +  T DF +FEV V LT +GF  R +V  ++FSY+N++R   +P ++  + + +S+L W+FQ+K  P S+   LA  +Q    P   +SG  RL   +     R +       DV M P  +      + +    LV   AK+F+G  DK+E+WYGTPY+   +     +EW      P L  P  NPF+P D+S+     +  +  +  + P P  +I     W+V +K D  F  PKA   F L +     SP      +L+E S+++ LN        AGL Y +DF  +G++LSF G+ DK+ +F+E+V++ +AT +PTD  +F R +D+ RR+ A++D QQPY+HA    +  +E P  +V+ +R  L  + L+DL+   S +FE   G G  L+QGNL+  +  + +  +  SF  +PLP ++RP +R+V+ PRTP            G   ++RR+E N  N NSA+ L FQ+ DR ++N++ AQ++ S++E P+Y  LRTKQQLGY+V SG+ L  G+  +  ++QS+  DP  L  R+ +FL+ FR+  L  L   +L   +    D+ L  D++L+AE  R+WAEI+ G  RF R+ EEAE LR ++  D+L F+D +   GG +RR+L+ EV+A K+A
Sbjct:  104 DAEAATGEGRTVVYNGPIQKSPRDVRQYKALTLPNGLRVLLATDPQADSAAAALAVHVGHFSDPENLPGLAHFCEHMLFLGTEKYPDEGS----FEAFLSSNGGSSNAFTDNQDTCYFFDIANQKKLREALDRFSSFFIAPLFTEAATNREVNAIESENSKNLQSDEWRLQQLFRSRANPSHPFHRFGTGNLLTLRDRPQADGVNVRNALLDFYSQYYSANTMTLCIVSAEPLSTMQKWSEQMFAGI--RNTARPPPEAAWAGKVPPFPPALLAGDGYQRDESDRAAQLTEVVPVQQLRRLHFAWAIPYSDEGDRLQNLLIKPDAYVGHMLGHEGKGSLLSYLKREGLATGLGCSTAEDTSDFEVFEVRVSLTKKGFEQRDEVAKSVFSYINMLRDSSVPRHIFDDCQRISELNWQFQEKSGPESLAVRLAPEIQVVKDPLVYLSGTKRLFLDDRAATRRSIKPAESDDDVGMMPQQLTIKFIQNLTPQRVLVTCIAKDFEGTTDKTEEWYGTPYRERLIRETTLEEWAQQKAPPDLTYPPANPFIPSDVSL-----KFSQTPDAGRQPLPPEIIRDDGTWRVFYKGDRKFGTPKAYGLFSLSTNAPLVSPENQVLSRLYELSVNDDLNEFAYDAGLAGLSYGVDFNAKGLQLSFGGYNDKLQDFVERVSRRIATHMPTDEDKFSRFQDIARREFAAFDNQQPYEHARYFISRLTEIPTPSVEAVRQALEKLTLSDLQRFSSTIFESG-GFGETLIQGNLQQSEAKKLVATVENSFPFTPLPPDQRPTRRVVELPRTPSTDKLSDPPSSLGEALVLRRQEPNVANPNSAASLVFQIGDREMKNKLTAQVVRSLLESPFYSELRTKQQLGYIVGSGLSLTSGIPSLRFVIQSSVADPETLVARAADFLDDFRRTRLAKLTQRELDGSIAAERDRILRKDQQLAAEVYRHWAEINIGTYRFGRQLEEAEMLRGLKVGDVLSFWDTYIGRGGRERRVLSCEVYASKYA 1096

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: A0A7S4U7R2_GUITH (Hypothetical protein n=2 Tax=Guillardia theta TaxID=55529 RepID=A0A7S4U7R2_GUITH)

HSP 1 Score: 690 bits (1780), Expect = 2.580e-221
Identity = 393/986 (39.86%), Postives = 583/986 (59.13%), Query Frame = 2

Query:  800 GEVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSDYLKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPFFNTQPLQAYNIVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLK-EKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYA-PENAISGPARLQTYNETLVYRLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQAKEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPV-----AYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPEGVGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHAKDMET----PGRGATLVTDEKKWRAQQEKFPVRP 3724
            G V  SP D RSYR++ LA+G++VL+ SDP+ +TSAAA++VHVGHFSDPD +PGLAHFCEH+LFLG  K+P E         +LSS+ G SNAYT  EDT YFF++ S   + AL+RF+QFF+SP FT TA  RE+NA+++EN+KN  +D++R  QLEK+RANP HP +KFGTGNK+TL       G+  R+ LL+F+D YYSAN M+L V+G+E L+ LQ  V  +F+P+PN+   + P E W GK+ P+        YN+VP+Q+ RS+ + W + Y++ E+K+  + +KP   IGS+LG+EG  SLLSYLK EK   +++ A  + S  DF  F V V+LT EGF  R +V+ ++FSYL+L+R++GIPSY+  E+ DLS + WRF++  EP   V  + +SMQ +  P   +SGPA  +     L   LL  + P        + ++   +KEF   A   E+WYGT Y  E   +    W   P+   + +P PNPF+P +  +   KG +V+   K   P  ++V  +T  W++  K D  + +PKAV  + L+S          +PRT A  KL   SL + L         AGL YS DFT RGVRL+F G+ DK+ +F+  VA+ + T +P    +  R +D++ RDL ++ TQQPYQHA   S +  E P Y   ++   L  I L +LK    R++E+     L+QGN+   +       +   F    +PE +R   RL++ P   EG G L+RR+E N DN NSA  +QFQ  +  ++ ++  ++L SI++ P+Y  LRT QQLGY+V++G+   +G   +    QS+  D   +  R   F++ F ++L  L   ++  +V  L+++K E D++L+ E   +W EI+T Q  FDR KEE EALR + ++ L   +    + GGE RR +T EV++++     +     P  G+ L+ D + +R Q  K   RP
Sbjct:  161 GTVETSPADKRSYRSLVLANGLRVLIASDPKVETSAAALNVHVGHFSDPDYVPGLAHFCEHMLFLGNKKFPQEGE----LENFLSSYSGSSNAYTSDEDTCYFFNLNSAGFRPALERFSQFFVSPLFTATAVSREINAVDSENSKNLQTDSWRFNQLEKVRANPAHPVAKFGTGNKETLEVNLKKSGRDVREELLKFYDKYYSANMMSLAVIGREDLNTLQSWVEELFSPIPNKDV-KPPEESWAGKILPYSREASNVVYNVVPIQDERSLLLTWQIPYKSKEDKERRMKSKPDRVIGSILGYEGKNSLLSYLKTEKGLVSSIFAGVADSVADFQSFVVSVELTIEGFKRRDEVVASIFSYLDLVRREGIPSYVLREVEDLSQVFWRFKETEEPDRFV-GVVSSMQAFKDPRLYLSGPALARDLQLDLAQELLSALTP-------QSAMLTYASKEFAKDAKMRERWYGTSYYTEE--ADKSRWGRLPLA-GVSVPQPNPFIPSNFDI---KGSIVEDLAKPAIPPSLLVDDST--WRLFFKQDRRYGKPKAVA-YVLISQFDSLLGTGTTPRTSALTKLLTASLADALTEFSYDAAVAGLQYSCDFTQRGVRLNFGGYNDKLADFLLSVAERIKTHVPEGEDKLARYKDLISRDLRAFTTQQPYQHAAEFSRLCLELPAYLPTDVERELDGISLKELKEWTKRLWEQGYSQLLIQGNVREEEARAVAGRMREIFSFKEVPEEQRSLPRLLELPIVREGRGNLLRRKELNPDNPNSAVVVQFQNVNPDLKEQMAMEVLASIVQQPFYSELRTNQQLGYIVYAGIAKRDGSRFLIFTTQSSVVDANEIASRIFSFVDSFDKQLEQLGEDQVSKFVTSLIERKQETDKKLADEVLGHWDEIATSQYNFDRYKEEVEALRLVDKRLLQQVWASVVKTGGEQRRAITCEVYSQQLPNTQQLLAKEPKDGSRLILDPEAFRKQLNKVARRP 1124

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: A0A6T8KCF8_HEMAN (Hypothetical protein n=1 Tax=Hemiselmis andersenii TaxID=464988 RepID=A0A6T8KCF8_HEMAN)

HSP 1 Score: 676 bits (1744), Expect = 5.460e-216
Identity = 390/949 (41.10%), Postives = 548/949 (57.74%), Query Frame = 2

Query:  791 GVFGEVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSDYLKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPFFNTQPLQAYNIVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLK-EKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYA-PENAISGPARLQTYNETLVYRLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQAKEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVV-KPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYE----SPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPEGVGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEV 3616
            G  G V KSP D RSYR ++L +G++VLL SDP T  ++AA+DVHVGHFSDPD + G+AHFCEH+LFLGT KYP+E         +LS HGG SNA+T  EDT Y F V  D L+ ALD F+QFFISP FT  ATGRELNAIE+E++KN  +D++R  Q+ KLR N  HPY+KFGTGNK TL           R+ LL F D YYSAN MTL VLG+E L  LQ  V   F+ V N      P  +W GKV  F    P   Y + PV+E R + + W L +++  ++    A KP T + S +GHEG GSLLSYLK EK W N+LG S    T D  ++ +   LT EG  +R +V+ A+F+Y+ ++++ G+PSY+  E+ +L+ L W+F++   P       A +MQ    P   IS P R  +++      +L+   P        + L+  T+ +  G  ++ EKWYG  Y  E +  + + W  P  + + K+P PNPFVP D S+   KG +  KP + +  P    VI     WKV  K D+ + +P A   F    P  +     +PRT A  KLF  SL + LN        AGL Y L FT +G  L+F G+ DK+P+F++ VA+ +A  +P+D  +FER ++ V  +   +   QPY+HA   +      P YT  E+ D L SI L DL+     V+++A    L+QGN+E       +R +      + LP+ ER + +LVK P    G G L+ R E N  N NSA  L+ Q SDR I+++V  ++L ++ME P+Y+SLRT+QQLGY+V SG  L EG+  +   VQS+  D +YLT   LEF+EGFR+ +  +   + G +V GLV Q+LE +++LS E   +W+EI      FDR + EA ALR + + D+L  +     +GG +RR+ TSE+
Sbjct:  157 GKDGSVEKSPEDKRSYRTLTLPNGLRVLLASDPATNKASAALDVHVGHFSDPDAIAGMAHFCEHMLFLGTTKYPEEG----YLEKFLSVHGGSSNAFTSNEDTNYHFSVNQDSLEPALDIFSQFFISPLFTAAATGRELNAIESEHSKNLQTDSWRSNQVLKLRGNQKHPYAKFGTGNKYTLEQNTKEMKIDLREELLAFHDKYYSANIMTLCVLGREDLDTLQQMVVSKFSAVRNTDRPT-PEVEWQGKVAAFPPEAPETIYKLKPVKEARDIRMEWALPFKDAADRATRWATKPTTLVSSCIGHEGKGSLLSYLKYEKGWVNSLGCSIVEDTADMEVWGLRAGLTKEGEKHRDEVVEAIFAYIQMLKETGLPSYIGQEMVELNSLFWKFRESPRPQEFATDAAINMQSIVDPTKYISDPVRFASFSLEKSTEILNKFTP-------ESCLITYTSPDTPG--ERREKWYGAMYSTEPVGERIERWRKPAKVAAFKVPEPNPFVPSDFSL---KGEITEKPNDPITPPE---VILDDERWKVYWKGDNRYGKPTAYAIFRFNLPNTFFGEGLNPRTSALCKLFRKSLGDALNEYSYPALEAGLIYDLSFTVKGPELTFNGYNDKLPDFLKTVARTIAGHVPSDQQKFERYKESVAIESKGFINDQPYRHASLFARTYQISPSYTPLEVLDELQSISLGDLQKFAKSVWKKAYVESLIQGNVEKSTALSMVRAVNDEIPFAELPQKERAQTKLVKVPVVQSGYGSLLNREEPNPANPNSAVILRCQSSDRDIKHQVAWEVLAAMMEQPFYNSLRTQQQLGYIVSSGTALDEGLRSLQFTVQSSVADTSYLTSAMLEFVEGFRETVEGVSDAEFGVFVEGLVRQRLEREKKLSNEVASHWSEIQGDTTVFDRLQREAAALRTLAKGDVLRVYQDCVAQGGTNRRVFTSEI 1085

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: B7FT30_PHATC (Predicted protein n=2 Tax=Phaeodactylum tricornutum TaxID=2850 RepID=B7FT30_PHATC)

HSP 1 Score: 637 bits (1644), Expect = 3.410e-203
Identity = 377/961 (39.23%), Postives = 563/961 (58.58%), Query Frame = 2

Query:  797 FGEVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSD----YLKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPFFNTQPLQAYN----IVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYAPENAISGPARLQTYNETLVYRLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQA-KEWCSPPVIPSLKL--PGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVATFI----PTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPR--YTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEKRLVKFPRTPEGVGGLIRR---REQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVD-LPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEV 3616
            F +++K P D R Y A +L +G++VLL SD  +  +A AMDVHVG  SDP ++PG+AHF EH+LFLGT KYP E      +  +L+S+GG SNAYT +EDTVYFFD+ ++    + +G L RF  FF +P FTE ATGRELNAIE+ENAKN  SD FR +Q++K RANP HPYSKF TGNKKTLLD   A+G S R+ L++F++ YYSANQMTL ++  +S+  L+  V+  F  +PNR     P   W G + PF +   + ++     IVPVQ+LR + I+WP+ Y + ++++  L  KP TYI  LLGHEGP SLLSYLK + WAN++G + S    DF +FEV V LT +G +   +V+ ++++Y+N++R + IP+Y+  E+  L +L WRF  K  P S   +L+ +MQ+Y PE  ++GP RL    E    +   +     VD +  T +    +K+F  K D+ EKWYGT Y+V  L+ +    W        +K+  P PNPF+P +  + +     + P   V  PS +        WKV  K DD F  PK    F++V+  A+ SPR+ A   LFE S+ +K+         AGL Y +    RG+RL+F G+ DK+  F   ++  + T I    PT    F+R +D V R L+++D +QPY HA   S +A + PR  Y    +R+ +  + L+DL   V+ +++   G  L+QGN + ++    ++ I       P+ + E P  RL   P    G   L  +    E N DN+NS + +  Q    S ++ VL +L+ SI+++P+Y+ LRTK+QLGY+V SG++ V     +  +VQS+      L+   ++FL       ++ L    L  YV  L+D+K EPD+ L+ E  RNWAEI++G+ +FDR + EA AL  ++++DLL F+ R +   G++ R+L ++V
Sbjct:    6 FLDILKPPLDDREYVAYTLENGLRVLLCSDESSNEAAVAMDVHVGACSDPAEVPGMAHFNEHMLFLGTKKYPKE----DSFEAFLASNGGSSNAYTASEDTVYFFDMAAEANAKFAEG-LSRFGAFFTAPLFTEGATGRELNAIESENAKNLQSDTFRIFQIDKSRANPDHPYSKFFTGNKKTLLDDTKAKGLSLREELIKFYNNYYSANQMTLAIVAPQSIEDLKNMVTEAFLDIPNRNVDT-PESSWAG-IPPFIDESSIPSFKNAIEIVPVQDLRQIMISWPIVYSSEDQRQDDLLNKPTTYIAHLLGHEGPRSLLSYLKSRGWANSVGCANSEELSDFEVFEVVVGLTTQGLAQVDEVVESVYAYINMLRDRKIPNYVFEEVFRLEELQWRFLTKGSPRSYASSLSTAMQKYPPELYVAGPRRLAEALERSRKQAELLADNLTVDNALLTVM----SKDFDNKTDRKEKWYGTDYRVRPLSVETLSRWRRGIRAEQIKIDFPRPNPFIPTEQGLRRSFESRMMP---VPPPSLLRDDGPDGRWKVYFKADDRFGLPKGYIVFQVVTGEAFASPRSAALSNLFEVSIADKIGEYAYDASLAGLTYDVKIMPRGIRLTFGGYNDKLKRFASYISLKLTTEIRDVLPTSESVFDRYKDQVMRGLSAFDVKQPYFHASYYSQIALQPPRFQYDNTALREAIREVNLSDLIEYVNTLWKSGRGEALIQGNFDQKEAMELVKNIGDVLPFRPIVQEEYPS-RLEALPLPAYGPKKLPTKLIVAEPNPDNENSVATVMLQSLGTSEKDHVLIELISSIVQEPFYNELRTKKQLGYIVSSGIRAVGNSRTLSFIVQSSVAPADKLSIEIVKFLNTVEDRFLNKLLKADLAVYVKSLIDRKTEPDKELATEVTRNWAEIASGRFQFDRIQREAAALLDVQKEDLLDFWRRIYT--GDNCRVLVTQV 949

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BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: A0A1Z5KCU4_FISSO (Insulysin n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5KCU4_FISSO)

HSP 1 Score: 616 bits (1588), Expect = 2.240e-193
Identity = 384/1009 (38.06%), Postives = 561/1009 (55.60%), Query Frame = 2

Query:  803 EVVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSD---YLKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPF-----FNTQPLQAYN----IVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEYAPENAISGPARLQTYNETLVYRL-------------LDVMRPTPVDY----SASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQA-KEWCSPPVIPSLKL--PGPNPFVPRD--LSVIKPKGRVVKPGEK------VQAPSPVVVIPT--TAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFI----EKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDP--RYTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEK-RLVKFPRTPEG-VGGLIRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVD-LPATKLGDYVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHAKDMETPGRGATLVT 3676
            +V+  P D   Y   +L +G++VLL SDP +  +AAAMDVHVG  SDP  +PGLAHF EH+LFLGT  YP E      + ++LSS+GG SNA+TD+ DTVY+FD+ +D       AL RF  FF  P FTE ATGRELNAIE+ENAKN   D+FR +QL K RANP HP+SKF TGNK TLLD   A+G + R  L++F+  YYSANQMTL V+G +SL QLQ  V   F  +PNR     P E W G + PF     FN+ P+ A+     +VPVQ++R V I+WP   ++PEE       KP  Y+  LLGHEGPGSLLSYLK+K WAN++ ++     +DF  F+V + LT +G      V+ A+FSY+ ++R++ IP+Y+  E+  L ++ WRF  K      V +L+ +MQ+Y PE  ++GP RL      +   L             L+  R    +Y    +A   ++   +K F+GK D  EKWYGT Y+V  +  +   EW +P     LKL  P PNPF+P +  LSV  P+ +      +      V  P P V+        WKV  + DD F +PK    F+++S   + SP   A   LFE    ++L         AGL Y +    RGVRL+F G+ +K+  F     +K+++ V  F+P +  EFER +D + R L S+D +QPY HA   S +A +    +Y   E+R+    + L DL    + +++  +G  L+QGNL   +  + +  IT      P+   + P + R +  P +  G +  L+   E N  ++NS   +  Q  D S  + VL ++L SI+ +P+Y+ LRTK+QLGY+V SGV+ +     +  +VQS+      LT   L FL+   ++++  +    +  Y   L+D+K E D+ L+ E  RNW EI++G+L+FDR ++EA AL  I + DL+ F+ + +    ++RR+L ++V  K      + P R     T
Sbjct:  101 QVIVPPLDDSQYETYTLPNGLRVLLCSDPTSNEAAAAMDVHVGACSDPVQVPGLAHFNEHMLFLGTKPYPQE----DSFESFLSSNGGSSNAFTDSLDTVYYFDLNADGDAKFAEALQRFGAFFSEPLFTEAATGRELNAIESENAKNLQQDSFRVFQLAKARANPDHPFSKFFTGNKATLLDNTLAQGINLRNELIQFYQKYYSANQMTLAVVGPQSLEQLQDMVEKAFTKIPNRDVPP-PEESWRG-ILPFTANKTFNSSPIPAFRHIVEVVPVQDIRQVTISWPKLIDSPEELLLSRLDKPNNYVAHLLGHEGPGSLLSYLKQKGWANSVASANEEELNDFESFDVVIGLTTQGLEQVDSVIGAVFSYIRMMREQPIPNYIFEEVLKLDEIQWRFTTKNGGAGYVQSLSTAMQKYPPELYVAGPRRLALSEYNMDPPLTGNPRSSFSSRAQLENTRSLVNNYLTSLTADNAIITVLSKAFEGKTDLKEKWYGTDYRVREIPFKTLDEWRNPTPAKKLKLAYPKPNPFIPTEDGLSVRIPRSKAEDSRSRSFEDRMVPIPPPRVIRDDGPDGRWKVYFREDDRFGKPKGYLIFQVMSKEVFSSPFKAALSNLFELCATDRLTEYAYDASLAGLTYDIKVLPRGVRLTFGGYNEKLVQFAAYVSQKLSKNVRDFLPKNDQEFERYKDQIMRMLVSFDVKQPYAHAAYYSTLAIQPLHYQYDTNELREATRRLTLPDLVEYTNLLWKWGKGEALIQGNLIEPEALKIVDQITSVLPFQPISAADVPPRIRSLPLPTSKAGSLPPLLYVSEPNPSDENSCCNVLIQNMDASERDHVLIEMLGSIVREPFYNELRTKKQLGYIVSSGVRGLGDARSLTFIVQSSVATADTLTVEILNFLDKVEEDILQKISNADVAVYAKSLIDRKTERDKDLAVEVTRNWGEIASGRLQFDRLQKEAIALLNIEKADLIDFWRKLYT--SDNRRMLITQVVPKDGTASSKAPPRSTGFGT 1101

[Close]

BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Match: A0A7S4JKR1_9STRA (Hypothetical protein n=2 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4JKR1_9STRA)

HSP 1 Score: 610 bits (1573), Expect = 1.170e-190
Identity = 380/1015 (37.44%), Postives = 567/1015 (55.86%), Query Frame = 2

Query:  806 VVKSPNDPRSYRAISLASGMKVLLISDPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQVYSTYLSSHGGYSNAYTDTEDTVYFFDVGSD---YLKGALDRFAQFFISPQFTETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKTLLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMFAPVPNRGSGRRPSEKWIGKVKPFFNTQPL-----QAYNIVPVQELRSVAIAWPLSYENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASASTSTDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELRDLSDLGWRFQDKREPGSVVPALAASMQEY---APENAISGPARL------------------QTYNETLVYRLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLA-SQAKEW--CSPPVIPSLKLPGPNPFVPRDLSV-IKPKGRVVKPGEKVQAPS---------PVVVIPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSLDEKLNXXXXXXXXAGLGYSLDFTTRGVRLSFAGFGDKMPNFI----EKVAQAVATFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPR---YTVKEIRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSFDLSPLPENERPEK-RLVKFPRTPEGVGGL-IRRREQNDDNDNSASQLQFQVSDRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYLLVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGD---YVGGLVDQKLEPDRRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREGGEDRRLLTSEVFAKKHAKDMETPGRGATLVTDEKK 3688
            ++K P D R Y  + L +G++VLL SDP +  +AAAMDVHVG  SDP ++PGLAHF EH+LFLGT+ YP E      +  YL+S+GG SNA+T +EDTVY+FD+ +D    L   + RF  FF SP FTE+ATGRELNAIE+EN+KN  SD FR YQ+EK R+N  HPYSKF TGNK TLLDG    G + R  L++F+  YYSANQM+L ++  +SL +L+  V   F+ +PNR + R P  +W   V PF     +         IVPVQ+LR V  +WP+ Y++ E+   +   KP  ++  L+GHEGPGSLLSYLK + WAN+ GA  +    DF  F+V V+LT +G +   KV+ ++FSY+ ++R++ +P+Y+  E+  LS+L WRF  K  PGS V +L  +M E+   +P   ++GP R+                   +  E  +   LD      VD +  T L    +K F+GK    E WYGT Y    ++ S    W  C+      +  P PN F+P +  + +K K ++    ++V+A S         P  +I     W V  K DD F +PKA   F+L++   Y S    A   L++  + + +         AGL Y +    RGVRL+F G+ DK+ +F      K+++ V   +P +  EF+R +D + R L+++D +QPY HA+  S++  + PR   YT +++R  +  I L DL    S+++   +G  L+QGNL+ ++    +  I ++     +   E P + + +  P  P  V    +   E N  N N+A Q+  Q    + ++ VL ++L +I+ +P+Y+ LRT QQLGY+V SGVK V     +  +VQS+      LT+  L+FL G R+  ++ P  + GD   YV  L+D+K EPD++L  E  RNWAEIS+G+L+FDR ++EA AL  I ++D+L F+D  +      RR+L SEV  +      ++P          KK
Sbjct:  152 ILKPPLDNRKYETMILENGLRVLLCSDPASNVAAAAMDVHVGACSDPPEVPGLAHFNEHMLFLGTEDYPAEGS----FEKYLTSNGGSSNAFTASEDTVYYFDIVADSDVVLAEGMKRFGSFFTSPLFTESATGRELNAIESENSKNLQSDTFRLYQIEKSRSNSAHPYSKFFTGNKATLLDGTKRAGLNLRDELVKFYGKYYSANQMSLAIVAPQSLPKLKELVQSSFSSIPNRET-RPPEVEWA-HVPPFLEGASIIPAEKNIVEIVPVQDLRQVTCSWPIVYKSKEDSDDIHLMKPDYFVMHLMGHEGPGSLLSYLKNQGWANSFGAGTNAELSDFETFDVTVELTFKGLTELDKVIESIFSYIRMLRQERVPAYVFDEVLQLSELEWRFATKGNPGSYVQSLVKAMVEFGDISPSLVVAGPRRVALKESLSRLQEPRVSFSSSSQREETISATLDFTNKLTVDDAIITVL----SKSFEGKTSSVETWYGTAYNTRPVSVSTLNAWQNCAKAADLGVAYPKPNVFIPEEKGLRVKKKVKI----DEVKAMSFEGRMTPRTPPKIIRDNE-WTVYFKQDDRFGEPKAFLIFQLLTKEVYSSEFFAALATLYQSCVVDAIEEYAYDATLAGLSYDVQVLPRGVRLTFGGYNDKLEDFAAYVARKLSRDVGDILPKNDAEFDRYKDRLMRALSAFDVKQPYAHAIYYSSLTLQ-PRNFQYTNEQLRSAMRQITLPDLLSYSSKLWSSGKGEALIQGNLDEKEALALVDKIDKTLAFKTVSAEEYPPRLKALPLPLVPSDVTPTRLTSSEPNPSNKNAAVQVLLQSLGETEKDHVLIEVLDAILHEPFYEDLRTNQQLGYIVSSGVKAVAKTRNINFVVQSSVAPAEKLTNAVLKFLSGVRKTYLE-PLNQ-GDTTVYVKSLLDKKTEPDKKLVVEVTRNWAEISSGRLQFDRTQKEAAALLDISKEDILEFWDLIYGGSPNGRRILVSEVVPRSGPASSKSPATSTGYAEGNKK 1148

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot

BLAST of mRNA_P-littoralis_Contig188.47.31 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5JJV2_9PHAE	0.000e+0	76.07	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
D7FWX6_ECTSI	0.000e+0	61.51	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
D8LRX2_ECTSI	0.000e+0	58.73	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A836CJH9_9STRA	1.640e-298	49.49	Metalloenzyme, LuxS/M16 peptidase-like protein n=1...	[more]
A0A0G4H2H6_VITBC	3.010e-227	40.80	Uncharacterized protein n=1 Tax=Vitrella brassicaf...	[more]
A0A7S4U7R2_GUITH	2.580e-221	39.86	Hypothetical protein n=2 Tax=Guillardia theta TaxI...	[more]
A0A6T8KCF8_HEMAN	5.460e-216	41.10	Hypothetical protein n=1 Tax=Hemiselmis andersenii...	[more]
B7FT30_PHATC	3.410e-203	39.23	Predicted protein n=2 Tax=Phaeodactylum tricornutu...	[more]
A0A1Z5KCU4_FISSO	2.240e-193	38.06	Insulysin n=2 Tax=Fistulifera solaris TaxID=151956...	[more]
A0A7S4JKR1_9STRA	1.170e-190	37.44	Hypothetical protein n=2 Tax=Odontella aurita TaxI...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig188	contig	P-littoralis_Contig188:247483..276772 +

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
Pylaiella littoralis U1_48 OGS1.0	2022-07-08

Properties


Property Name	Value
Stop	1
Start	1
Seed ortholog	2880.D7FWX6
PFAMs	Peptidase_M16,Peptidase_M16_C,Peptidase_M16_M
Model size	4919
Max annot lvl	2759\|Eukaryota
KEGG ko	ko:K01408
KEGG Pathway	ko05010,map05010
Hectar predicted targeting category	signal peptide
Exons	22
Evalue	0.0
EggNOG OGs	COG1025@1\|root,KOG0959@2759\|Eukaryota
EC	3.4.24.56
Description	metalloendopeptidase activity
Cds size	3465
COG category	O
BRITE	ko00000,ko00001,ko01000,ko01002

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig188.47.31	prot_P-littoralis_Contig188.47.31	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig188 247766..275601 +

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


Feature Name	Unique Name	Species	Type	Position
1680789898.7714272-UTR-P-littoralis_Contig188:247482..247765	1680789898.7714272-UTR-P-littoralis_Contig188:247482..247765	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig188 247483..247765 +
1680789899.0223303-UTR-P-littoralis_Contig188:275601..276772	1680789899.0223303-UTR-P-littoralis_Contig188:275601..276772	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig188 275602..276772 +

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig188:247483..276772+
coding sequence from alignment at P-littoralis_Contig188:247483..276772+

protein sequence of mRNA_P-littoralis_Contig188.47.31

>prot_P-littoralis_Contig188.47.31 ID=prot_P-littoralis_Contig188.47.31|Name=mRNA_P-littoralis_Contig188.47.31|organism=Pylaiella littoralis U1_48|type=polypeptide|length=1155bp
MRRALAAVEVLLLCQAAKTFNLPTNPAPSSRSPASSSSRSSSRSSGTRPN
SGGTSAGRACNPARFRSTDGWHQQQHHQHQHLKCSSEHQQQDGQPDCPAS
GNDNNNIDLDEIFGGSGTGGGVTRRAFFNTLGSAGAAAAAWAAVAGSTTA
ATGAPVADRNSAYAEGSRAGVFGEVVKSPNDPRSYRAISLASGMKVLLIS
DPETKTSAAAMDVHVGHFSDPDDLPGLAHFCEHLLFLGTDKYPDETRQVQ
VYSTYLSSHGGYSNAYTDTEDTVYFFDVGSDYLKGALDRFAQFFISPQFT
ETATGRELNAIEAENAKNQISDAFRGYQLEKLRANPMHPYSKFGTGNKKT
LLDGPSAEGKSARQALLRFFDMYYSANQMTLVVLGKESLSQLQGAVSGMF
APVPNRGSGRRPSEKWIGKVKPFFNTQPLQAYNIVPVQELRSVAIAWPLS
YENPEEKKYVLAAKPFTYIGSLLGHEGPGSLLSYLKEKNWANALGASAST
STDDFTIFEVEVDLTPEGFSNRFKVLTALFSYLNLIRKKGIPSYLPSELR
DLSDLGWRFQDKREPGSVVPALAASMQEYAPENAISGPARLQTYNETLVY
RLLDVMRPTPVDYSASTPLVFSTAKEFQGKADKSEKWYGTPYQVESLASQ
AKEWCSPPVIPSLKLPGPNPFVPRDLSVIKPKGRVVKPGEKVQAPSPVVV
IPTTAGWKVRHKLDDIFAQPKAVCNFELVSPVAYESPRTVAALKLFEYSL
DEKLNEYAYDAKVAGLGYSLDFTTRGVRLSFAGFGDKMPNFIEKVAQAVA
TFIPTDAVEFERLRDVVRRDLASYDTQQPYQHAMSNSAVASEDPRYTVKE
IRDTLGSIKLADLKPLVSRVFERAEGLGLLQGNLEFRDVNRYMRGITRSF
DLSPLPENERPEKRLVKFPRTPEGVGGLIRRREQNDDNDNSASQLQFQVS
DRSIENRVLAQLLMSIMEDPYYDSLRTKQQLGYLVFSGVKLVEGVSMMYL
LVQSAERDPTYLTDRSLEFLEGFRQELVDLPATKLGDYVGGLVDQKLEPD
RRLSAEAERNWAEISTGQLRFDRRKEEAEALRKIREKDLLLFFDRHFREG
GEDRRLLTSEVFAKKHAKDMETPGRGATLVTDEKKWRAQQEKFPVRPRLT
RVET*

mRNA from alignment at P-littoralis_Contig188:247483..276772+

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig188.47.31 ID=mRNA_P-littoralis_Contig188.47.31|Name=mRNA_P-littoralis_Contig188.47.31|organism=Pylaiella littoralis U1_48|type=mRNA|length=29290bp|location=Sequence derived from alignment at P-littoralis_Contig188:247483..276772+ (Pylaiella littoralis U1_48)
ATTTGCGCCACAATTACAAAGACACGGCCGATGGGTACGAGCTGTGTTGA
GGGCTGTGTGGCAAAGGGTGTGAAGATCGCGAAATGTGCTGAACGACCAC
TGCTGGCACGCCATCGCCTGGTTTTCCCCCGTTAAAAAAAGAAATGCTCC
GGAGTAAATTCTCTAGCACGCCTCGAAAACTAGCTGAAAACCCAAGGAAG
ACAAGACAACTAGGACAACGACGGAGCCCCACCCTGAGGCTGGCGAGCCC
TCCCTCGCTCGCATTGCCGCAAAAGCAACCACCATGCGGAGGGCCTTGGC
GGCCGTTGAGGTTCTTCTTCTGTGCCAAGGTGTGGGGAGATGGTTTTATG
CTCGAAAGAAGGAAGCTAGCCGCCCCTCCTCTCCGTTTCCTTCTCCATCA
ATCCTGACACATATTCTCAGTTCGCGTCATGTATCACAGAGCCCAGAACT
TGCGTTTCCGCTGTACTGTCGTATGATGATACCGTATCATGCCATCTCAT
ATCTTAGGAAATGGATCGCATATACTCCGAGTATCGCGTAGGTTTTGACT
TGGCGTGAAACGCGAAACTTGCCAGGCAAGGTGACTGCGCACTGCCATCT
TCCGCGGATTTCAAGCACGCGTGCTTACTGCTGTGTGTGTGTGTGTTAAT
CCCATTTCCATCAGCCGGGGTCACAGAAGGAAGGTCACACACGAGCTTTT
TTGTTTCATATTTTGTTTTTATAGCCCAAATCTTTCCTCCTATCATACGT
TATTTGCCTTATGTTATAATGCGAGTCGGATAGAGCAATCCCTTCCCTCT
GTTTACTAACGAATAATTCGCTTTTCACCGTAAATTCGCAAGAAACACTC
TTTCAGAGAGAATCGAACCCACGACCTTACTACTAGGTCAACGAGGGAAC
CACCACCGGGGCGACCGGAAGTGTAATGTGCACTCATTAATCTCGCATAG
TGCATCAGAGGTAGTGTTCTGCGATAAGAATTACATGAATCTCGAACACC
GCACGCGTGTTCGATACCTCCCCCTCCTTTTCCCTCTCCCTCTTGTCTCT
GGTATGGTACCCTCCCGTTTTGTTTCGAAAACAGCGGCGAAAACCTTCAA
CCTGCCCACCAACCCAGCACCATCATCAAGGTCTCCTGCCAGCAGCAGCA
GCCGCAGCAGCAGCCGCAGCAGCGGGACCAGACCCAACAGCGGCGGCACG
AGTGCAGGACGAGCATGCAATCCTGCCCGGTTCCGCAGCACCGATGGGTG
GCATCAACAACAACACCACCAGCACCAGCACCTGAAGTGCAGCAGTGAAC
ACCAGCAGCAGGATGGACAGCCCGATTGTCCCGCTTCCGGGAACGACAAC
AACAACATCGACCTCGACGAAATCTTCGGCGGCAGCGGTACCGGCGGTGG
GGTGACTCGGCGGGCGTTTTTCAATACCCTGGGATCCGCGGGTGCCGCCG
CCGCCGCCTGGGCCGCGGTGGCTGGCTCTACAACCGCCGCCACCGGTGCA
CCTGTGGCAGATAGAAACTCTGCGTATGCAGAGGGTTCGAGGGCTGGGGT
GTTTGGAGAGGTGAGGAGAGGGGGGGGGGGTCTGCGGTTGAGGGGCGGGG
GTTGGGAGTGCTCCAGAAGTAGTTCAGGCCATTGCTGGGCGAAACAAGTG
AACTGTGTGGCGTATCACGCAGCAGTGGTGGCGTGAACTACTGACGCTTT
ACAACACGTCTTCGGGCGCACGCGGGAGAGCGGTTTCGTTCAAAGCGGGT
CAGCGTTCAATAATCGGCTGGACTTTTCAACTGCTGTACTACTAGTGTAC
GTCGATTTTTTCTCATGGATGTACGAAGTTCGAGTAAGGGGCGGCTGAGA
AAGTAATTTCATTGCTCAACACGCCTATCCTATTGATGCAAGCAAGCAGC
ACACCACATGTTTCATGCGCACTTGAAATGTCACTGAAAACTGCTTCGTA
GCTTCGAGGTGGGTGGGGTGCCTGGTGGGGGAGGCGAGGGGCAAGACGGA
GGCTGAGGCGGGCGGGGCCGTCCCGGCTACCGCAAGCGTTCCGGCAGGTT
GTTGGCCACCTCAACCCACCAGCAGTAGACTGCCGCTGCCTGTATGATCG
GCTCAAATGGGGGGCGGGCGGCGGGTGGGCGTGGACGTCGGGTTGCCGAT
AGATACCGTTTACACCGTCGCCGCCGGCGGCCCCCCGGGGACGAGGGGGC
GTCTCCTATTGTCTTATTTTTTATGTATCACGTTGTTCTCGCTTGACTGG
TACAATACGCGCACGCGAAAAAAAAAATATGCAGGTAGTCAAGAGCCCGA
ACGATCCTAGGAGCTACCGCGCGATTTCCCTCGCCAGCGGCATGAAGGTG
TGGTGTGGTGCGATACACTGAGTACGTACGCAAGCGTGGTTCACAGTTGT
TGGTGTTGGTGATGGTGTTGGTGTTGGTGTTCTCACACGATTTAAGTACA
GCTCATCGCCAAAGCCCGTGCAGCATGTTCTTCTTCGGGTAAGTTTGTGA
TGCATTGAGGACATTGGTGCGCGTGGCTCACACTGCGATATGTACGGGTA
GCGCGTGTAACATGTTCATGTTTTCCGTGAGACGCAATATCATCCACGTG
AGTGTTGAAAGGAGTCAGCAAGTTCCTCGCTTCCAAGGTTCCTCGTGATT
GTGCCGTTGGTCGAGCGTAGCTCTCGCTCGGCGGTCGGCGTGCGCTTCGC
GCATCACGCCCCCTTTTGGAGAACCCGGGGTAAAAACATTGTTTGAGGCC
AGTACTTCTCGAAAAATTCAATCCGCGTATCACGAAGTTGCAGTTGCTGT
GCCTCTTGGTCTGGACGACCACCACGCGTGTACAGCAGTGCCGGCCCACC
AATAAGAACCGCCTTCTCCGTGAGAAACCCAGCCTCAGATTTTGTAGAGA
ATTGAGGAATTTGGTTCAGCAGCCGGCGCCACACTTTTCAATCCTACTTC
GAAGTTACGTCACAAATCTGTGGCCCGTTGTCAACGATGTGTGCATGCGT
GTATGTGGTGTCATCCCACTCGTTCATACACATACATGTAAAGGTTGTGT
TTGGATATCGCTGTGGCCGGTCTGGTGTGTGTATTAACGTAGACATCGAG
GTACGACCAGTGATGGAGATCGTTCGAAAAAAAGGGGCCGATCTGATTTT
TGTTGTTACGTATTCCGGACACCAGTGTTCACCTTTCGGTGTGATTTTGA
GGCGTATGTACTAGCCGTGATTACACGGGAGCAAGATTAATACGGAGTAC
GTGAGTTTTTTTGGGGGGGTGGCGACAACGTTCATGAGGTTGTGAGCCTT
GCTCGAAATACTTCACACACAAAACGCGCTTCAAGACTGGCTCAACACTT
CCGTATCTGGTTCTTTCATGAGTGGGCCGGCACTACCGAGGGACATGCCG
AAATGAACCGAAATGAACTGAATTGACTGAAATGAGCTGAAATGAACTGC
GCAAGTCAGTCTGTTCCTGGGCTCATCATGGCTCGGACTCCATGAAGGAC
GTGGGGGCATTGAAGCACGTGCGCACCGCCCCGCAACGCACGTGTCAATC
AAGGTGCTGCTCATCTCAGACCCCGAGACGAAGACCTCGGCGGCCGCGAT
GGACGTCCACGTCGGACACTTCTCCGATCCAGGTGTGAACGATTGAAATC
GATGAACATCGTAGCACCCACGCCAGTGCAAAAAAACAAAAAACGGAGCG
TCTTTGGATCCTCAAATTGTATGCTTAGTATATTGTACCTGGTATGAACC
AGCACATGTTTTATTGATGACACGTACGTACAGGTTTGAATAGGTGCATA
TCGTGTGGGGCGGGGGGTACTTCGTGAGTGACATGAAGACTGGCCCATAC
ATCCGTCATAAAACACTCCTTGCTTCTTGCTGCTGTATTAATTTCATGGA
CGTATGTAGGGGTGGAGGGATGACGCGCGTGAGTGACACGGAATAGTGAC
GTATATATGACGCAAATATTATGGTCGGTCTGTATGGGCGGGGCGGGGAC
CGTGAGTGAGTACGGTACCTTTCATAGCAAAGGCAGATTGTTTTATTTTT
TGGTGTCAAAAACCTTTTTCGCGTGCCCTCAGCAGATACGCGCGCCTTCA
GCAGATACGCAAGGATTTTTTATTTCACGAATGTTGTTGTTGTTGTTGTT
GTTGTTGTTGTTGTTGTTGTTGATGATGATGTTGTTGTTGTTGTTGTTGT
TGTTGTTGTTGTTGATGATGATGTTGTTGTTGTTGTTGTTGTTGATGATG
ATGATGATGTTGTTGTTGTTGTTGTTGTTGTCGTTGTTGTTGTTGTTGCT
GTTGTCGTTGTTGTCGTTATCGCGCAGTTTTTCCCGTCTGTCCCGCCCTG
CCATTTTACCCCCATTCCCACACGCTTTTCCTCCCCCTCCTTCCATCCCC
AACCCCTCTCCCCCTACCCCTCGTTTCCTGCCAGATGACCTCCCCGGGCT
TGCTCATTTCTGCGAGCACCTTCTATTTCTGGGTACGGATAAGTACCCCG
ACGAAACGAGGCAAGTGCAAGTGTGTGGAACGCCTGAGTATGACTGTTGT
AGTCGTGAAAGTGCTCGTGCCGTGTTCTCACGCATGTATGCCATCGCTGC
TGTAGCGCAAGCAACACCCACACCAACACACACACCAACACACACACCAA
CACACACACCAACACACACAACAAACAATATTGTGGATCCATTGAAGTGT
TACCATACCTTGACTGTTTGTGACTATGCCTTGCGGTAGTCGATCGAATG
CAGGTGTGCTTTAGATTTATGCAAGAGTTTATTTATTAGGCATGGTACAT
ACCGTTTGGAGTGCTTGGTGGGATGGCACGAGATGGGGTGCGATGGGAGT
GGAGCAGCGCAGAGCAGAGCGGAACGGAACGGAACGGAACGGAACGGAAC
GGAACGGAACGGAATAGAACGGATCGGATCGGAAGGGAACCGGACCGAAA
AAGAGTTATCCCATCCACAAAATCGTAGACAAATGAGATCACTTCCTCAC
CCAATAGTCGAATACATACGAGATGAGAACACCGTTGACTCGAAACACTT
GCCCTGCGTATCGCTGATGCCCACCACCACACCCATGTAAACCACACGCA
CACGCACCCACGTATGCATAAGAAACGACGAAAACCATGTGAAAGGTACT
ATAAGCACCGCCGCTCTCCTCCTTTCTCCGAACCCCCACACGCAACGCTC
GACAGCTACTCCACCTATCTGAGCTCTCACGGAGGATATAGCAACGCTTA
CACCGACACGGAAGACACGGTGTATTTCTTCGACGTTGGATCGGACTACC
TTAAGGGGGCTCTCGACCGGTTTGCGCAGTTTTTCATCTCGCCCCAGGTA
TGTGCCATCTACGGTAGATTTTTTGTCGTTTTTTTTTACATTTTTTTTGT
GTCGTTGTCGTTGTTGCTGTTGTTGTTGTTGTTGTTGTTGTTGTTGGTGG
TGGTGGTGGTGGTGGTGGTGGTATTGTTGTTTTGTTTTTGTTGTTGATGC
TGTTGCCGTTGCCGTCGCCGTTGCCGATGCTGTTGCTGTTGCTGTTGCCG
TTGCCGTTGGTATTCTTGTTGCTGTTTTGCTGGTTATTTTGGTGCTTCTT
GATGTTTTTTCATTGCCATCGCGCTTTGCTTTCCCTCCCGCCGTTTTCCC
CTCTCGTTTCTTCTTCCGCCCGTTCTTTTTTTTTTCTTCGATCCATGTGC
TGGTTTTCGCACTCATCAGTGTAAAAGTTCCCGTCCAAGTGCGCCCGTGA
ATTCGCTTCGTTCTCGTTCCCCTCGGCTTTTCGGGTTTCGGGTTGTTTGT
TGTCGTTGCTGTTGGTTCTCGCCCTACTGTAGAGCTCATCGCCGAGATAT
TTTTCCCCGAAAAAATTGTGTGTGTATGGTTCCGTGCATTTGTTTTTGTT
TTTCAGTGTGTTTTTATTATATGTTTCCGTGTGTTTATTTCATTTTCAGT
GTGTGTGTTGTTTTATTTATTTTTATTTTTCAGCGTGTGTTGATCGTTTA
TTTATTTTTATTTTTTCTGCAGTTCACCGAAACGGCGACGGGGCGGGAGC
TGAACGCCATCGAAGCCGAGAACGCGAAGAACCAGATCTCTGACGCTTTT
CGAGGCTACCAGCTAGAAAAACTGAGGTACATCTTGTTGTTGTTGTTGTT
GTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGATGTTGTTGTGTG
TTGTTGTTGTTGTGTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGC
TGTTGTTGTCTTCATCTTAAAAACCATTCCGATCTCTCCTCAGTACTTTC
TAATGTCCGTACTCCACCGATCAGGGACGATTTTCGTGGTCACAGGTTGC
TTGCCCCAAAATAGGTACTTGGTATGTAGCACTCGGGAGATCCCCTCAAT
CCACCAAATAAAGGCACGACAAGGAAACTCCGGCAAAACAAAAACGGACC
CCGAGAAATCACACAACGCTGTACAAAAGTAGAACAAGAAAATACGATAC
GTATTTGAAGAAAAACTTCCAAGTAGTGGTGGTGAGATGTGTACAGCGCT
TCCTGTAAGCAAAGCGGATGGCGGGTGGAAAGAGCGCTCGGCGTGCGTGC
AGTGCCGCGGGCGGCTACATACCTGCTGCTCTTTTTTAGTTCCCGGACAC
GCAGTTTTTGCGCACATCCCGTTCTCGCTGCTGCTACTCCTGCTGCTTAG
CACGCCTCCGGAGCTCGAGTGACGGCAAATCTCTTCTCTTGTGTCAGAGG
TGCGGATCTGATTTTTTTTGTGCCCCACGCACGAGGGCCACGAGCACAAG
AACTCTTTCGTTTTTAATGCATGTAGAAATCGGTTTGATACCTACTTCGT
GTATTATATGGTACATATTTTGTGTATTCGGGGGCTACAAGAATTTTTGC
AGACGCCGCGCTGTGCGTACGCGGTGAAAACCAGCGGTATCGATATTCTG
GGTTCTAGCCGGGAATACTGATCTTCTTGTGTGAGTCGTATGATTTGATT
TCCCTCAGCGTCATTCTCGCCGGCCCGTCATTTTCTTCAGGACATCAAAT
GTGTCACGCTGCTAGTCTGTACTGGTGTTTGTTTACGTTTTCGTTTCACT
CTCTACTGTACAGCGGGGTGTGGGACATGTTCTGACGTGCTGGCCATCGC
TGTTTCCCCGAGACCGTTTGGTTGCGTGCGACATTTGATTACCTTGGTGT
CACATTACATTGCTGTGCGCTTTGCTCGTGTTGTTCTTCGACTTTTTTTT
TTTTTTTCACGGATGTGTGTGTACCTGGTGCTACAGATTTTCCTCACACA
ACGCATACAGCAGTGCCTATGATATGCACAGGAAAAGAGAACGATCACGT
CTCGAGGAAACCAAATTCGACTAAAAATTATTACACGGGGAAAAGAAAGG
GACGGGCGAGCCCCTTATCGCGAAGCAGTAGAAATTAAGGTGAGGGAGAA
AAAAATAGATCTAAATTTGACATTCTTCGTTGAGCTTGCCTCCGGCGGGA
CCCCGTAATGTGGTTTCGAAAGGTGTTCGCTGGCGTCCGAAACGGAGGGG
ATGATTACCCGACGACACGCACGCACTGCTGTGCACTACGCAGTAGTGAC
GCACAAACGACGATCGGTCGTTTTGACAAACTGGTGTTCTGGCTCTTGTG
TGGGTGTTTTTCCGCTGTTGACGTGCACTTTTGCCGTGATGATCCCGTTG
ATATGCTGCTGATCGAACCTGCCACCTCTGACCTTTTAGTTTCTGGCATG
CTCACGTATGATACCTGGGGTTTTGTACCGTGTGATAGACACACCAAGTT
ACACTGACGGCATTGACAACGGTTCTCCTTTCAGGCTTTTAATATTGTAC
GTCGAGAGTAGAGGTTCCCGGTCAGCTGAGCACCTACCGCGTGGCCCGGC
GGCATTGACCTTCTCTGACTCCCAGCGACGTACATGCGGTACAGTTACGT
GCGGCTAAATGCGTACCGCTGCCCTCAATGAACCACCACGACTCTTCTAG
TAGTGAGTGCCTCCCCAGCTCTCTGCTGAGTGCTTCGTGCGTAGAAGCTG
CCACCGCCGTCGGGTACTCTAATTCATTCCGAATGGTATTGTTTTTTAGT
TCTTGGGAGACATAAGTCACCCTAGAGTTGTACCAGGTACAAGTATATCC
CAGGGAGAGCGAGATGGAGAGCCAGGGAGAGCGAGAGTGGCAGAAAGGGT
GCGAAGAGGAAATCATTTCCCGAATGAAACGCACAGAAACCAACGCCTTA
CTTCGGCAGCGCTTTTGCTGTTCTTTTTTTTTTTGTCAGAAATAGCGGGA
GGGGGAGTGGAAGTGAGTGTTAAGGGAGGGCGGGGTGGGGTAGGGTGGGT
TGGATAACTCGTCGGACAGGAAGAATTACTTGTAAAGAGTATGAAAATGT
ACGTGTCTGCTTTTTTTCGTTTTTTTTCCGTGTGTGGCCTCGTCGCTGTT
GCTTGCCGCTGCCTCGCGTCTTCTAATAGCTGTCGCAACTACCTGTCCCC
GCCCCCCGACCCCGATGCAGGGCTAACCCCATGCACCCCTACTCGAAGTT
CGGGACGGGCAACAAGAAGACCCTTCTCGACGGGCCGTCCGCGGAGGGAA
AAAGCGCCAGGCAGGCCTTGCTGCGCTTCTTCGACATGTGAGTTTATCCT
GAGTGCCAGGAAATAAGAAGGGCGGGGGCACCAATCAATCAATCAATCAA
TCAATCGATTAATCATTCGAAACACAATCAGAGAAGCAATCAATCAGGGA
ATCAGAGAATCAATCAGTCAGAGAACCAAATGAATCAGAGAATTAATAAG
TCAGAGAATCAATCACTTCGATCAATCAAGTGAATGAACCAACAATCAAC
CAGTCAGTCAGTCAGTTATATCAATCAATCGACCAATCAAGCAATCAGTG
AGTCCGCGATCCTTCAAGGCACGTGGCGTCGACTCACGAGCGACAAAAGG
GAGCATCACGTGCAGCAAGGGCAGCAGAAGCAGAAGCAGCAGCAGCAGCA
CTAGCACTAGCACTAGCACAACACGCGTTCCATTATTCACGAATTGCGGG
GGCGCGACGACGTTGAGGGTATGATGCTCAGGATAAAATACTCACGTATT
GTATCTGGGTTTTACGTATCTTCGGATGTGCCATACCCTTTGTACCTCAT
GCTGACTTGCTGTATCATCATGATGGACGGTGTCCGCAATACGATAGGCG
GTCTCATCGTGATCTTGTGGAGACTTGTATATCCGGATTGTATGCCTCAT
CCTCTGGAGCGAGCTTGCAGGCAGACACAGTCTTCGGATCGCCAACAACC
TTCAGCACAAAAAGTACAAACAACACGATACCAAACCAAACCAAACCAAA
CCAAACCAAGCGAAAACACACTTTCAACAAACAAAATTCGCACCAAAATA
ATGCAAGACTCAATTTTACCAAAACGATATGTAGTAAATTCATCTACCAA
TATAACACGGAAAAAAAAAAAGGGACACAGAACAGACCATAAAAAAAAAA
AAAGTGCGTATTCGTCCACCGCAATATTGAATTTCCGCTCATGGTACGGC
AGATTTACACCCGGATCGCACCGAAAAACAAAACAAGCACGACACCATAC
AAAAAATACAACAAACAGGTACTACTCGGCGAACCAGATGACGCTCGTCG
TGCTCGGGAAGGAGTCCCTGTCGCAGCTGCAGGGCGCCGTGAGCGGCATG
TTTGCGCCGGTGCCCAACCGCGGGTCCGGGCGGAGGCCGTCCGAGAAGTG
GATCGGCAAGGTGAAACCGTTCTTCAACACCCAGCCCCTGCAGGCCTACA
ACATCGTCCCCGTCCAGGTGCGTACCTTGTGTGTGTGTGCTGTGTTGTGG
ACCGATCTTGGAGAATGCAGGTTGCTGCCGTTGGAGATGATAACGGTTCA
ACCGGGGACTATCCCAGTAGTGCGATCTCCGCCTTGCCGTGTATGGAACC
CCGTTGGAGTCACACGAGTCGACGCCATACTGGACAAGGAAAGGAAGAGG
AGAGTATTTTTTTTTTTTGTGGGTGGGGTAAAATAAAAAAAGACGGCGGC
AGCGGCGGCCTCAAGAGATGGAGGTTTTCCTTGGGTCTTGAACGCTGAAG
TCACCGTGACGTCCTCGGTGATGTTTGTTGCTGCCCTCGGACACGGTTAC
TCACCCCATACAACAAGAATGTTATCAGCGATAAAGTATGTAAAGAGGCG
TTGGCGTTCAAAATGGTGTTGGTGTTGAAATGCACTGTTCGGCGCCCTCA
CTCACGTACCGTATGTAGGAGTTACCGAGTGCTGTGATCGAGCTTCGTTC
AATAGTTACATGAATCGGCGCAAAATGTTGGTGGTGGGCTGCAAAACGTT
GCCACCATAGCTTAATAAGCGCTGGAAAACAATATTATGGAAAATAAACA
AGGCGAATGGCGCTTATTTAAGTTTTTTTGAGCTTATTTTTGCCACATAC
ATGTAAAGTCCAGGCCTGAGAAATAAAATAGGACTGTACGATATGCTTAT
GAAAACAACTAAAAGCTCAACCTTAAGATGTACAAAGCTGCATGCATGTA
AAAAAATATGCGGAAGGCGGAGCAAGGCGGGACAGCATGCTGTGTGTATC
ACATTCGTTGAACGTGTACCCTTCACCCATTCTGCAACAACTTACCGTCG
TATTCATGTCAGAGATTTGGTATTCATGTGTTGAAAAAAATTATTTGGGT
AAGGGAGGTGATAGATAGAACGAGTCAGCGCTCACGGACTTTTTCGAAGG
AACTAACCAGAGATGGGAACTGATTTTTCAAACGAAGAAAATACAAACAC
AAACGCTCGCTCACACACGTACAAGCATACAGTCGAAATCATGTGACACG
CACGTACAAACCTACAGTCGATATCACGTGACATTCCGGTACTCTTTACC
AGGTATGCGCTTGTTTTTTTAACTCCTCTCGACTGACTAAATTGAACCCT
TTTTCTTGCTTTTTTCGTAACTTCTGTCCCTCTCTGGCCTTGATTAATAT
GCGGTCGTGAGTTTTTTTTTGTTTTTCTTGTGTATTCACCTTGTATTTAT
CTTTTTATGTTTGTGGAAAAACTTGAAACAAAACAGAGAGGGAGCGTCCG
CTGTTGAGACGGGGTACATAACACCCAGAAGGACGATTAGGAGAGGTTAC
CGTAATCATGCGAGTCATCGCACCCCCGTGTTAGCCTTTTTGCATTCCGT
ATTGCTCCATAACCAGGAGAGTGCGAACACCAAACGACCCGTCATACGAA
AGCTCTCGACGAGATCTTTCCAAAACCACCCTTTTCGGCAGCGGTACTCT
CCTGGTTGTGGAGCAATACGGAATGCAAAAAAGCTAACACGGGGGTGCGA
TGACTCGCATGATTACGGTACCGTGCAATCCTGCCTGCCGGGACCTCGGC
ATTTCGGCCACATTTTTTTTATTTCTCATGGTATCGTAAGCACGTACAGC
AGTATGTTGGTGCTCGTTCTTCTTCTGTTATACTCTCCTTTTCCATGCCA
TTATTTTCGGTGAAGTGTATAAACAAGTGACGTTGATGGTCTTGCAATTT
TTATTTTGTTTATTTTGTTTTTTTTGTTTTTTGTGTGTTTTTGCTTGTTG
CTTTTTGCTCTTTGCTTTTTTCTTTTTGCTGTTGATATCTCACGGCAGGA
GTTGCGGTCTGTGGCGATCGCCTGGCCGCTGTCTTACGAAAACCCGGAGG
AAAAGAAGTACGTCCTCGCCGCCAAACCGTTTACCTATATCGGATCTCTC
CTGGTGAGCCTAGAGCCGTTGTGTTGAATCCACCCCCCCCCCCCTGTTTA
CCGTGTATGGCGTTGTTGTTGCTGTTGTTCTTGTTCTTGTTCTTGTTCTT
GTTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGTTGTTGT
TGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGCTGTTGTTGACGCTGTCG
TTGTTTGCTATCGTCGTCGTCGTTGTTGTTGTTGCTGTTGTTCTCACGTA
GACCACCATTTAATCGTTCGTTCGTTTGTGTGTTTGTTCGATTGGTTGTA
TTTTCACTCAAGCCGTCGTTTCTAACCGCGTACGACGATACCTACATGCG
TGCGATCGTGTTATCTATTCTGTTGGATGAATTTGTTCAATCCACCCGTT
ACCTACCTCACCTACCTCCGTGACTCGTACGTCTCCTCCCTTCTTCCGTT
TTTTCGTCCCTCGTTTGTCGATCAAAACAGGGGCACGAAGGCCCCGGTTC
GCTGCTGTCCTACCTCAAGGAGAAAAACTGGGCCAACGCTCTCGGAGCGT
CCGCGTCCACTTCCACCGACGACTTCACCATATTCGAGGCGCGTCAGTCA
GGCAGACAGCGAATGTGCCGTTTCGTCCGCTGCCGTCAGCAGCGGCTGCT
GTTTGTGTGTTTGTCTGTCGAGGAACATTTGAAACATGGGATGTACATGC
TTTCGCCAGGGCCTACAGCAGTGGTACGTTAATATCGCCCAGCGCTCAAC
TGAACGTTTTGTGATGTGCATGATGAAAGTATGTAGCAATGGATTTTTCA
AGGGGTGATCGCCCATATCAGTACAGTACTGTTTCGTTGTGCTGTGCCGT
TTCAGGTGGAACAGGCCAAAAAGTGGTTTGATTCAAGTCTGGCCGTTTCC
TCCCCCGCCATCGTCCGTTTTGGAGTTGCACCGCACGTTTCCTCCTCAGA
CAGAGAGAGCCTTTCTAACCGTTTTGAGATGTAGAATGCGCGTTCCCACC
CCTCGCTGCTTTGCTTTACTCTTTTATCGTGCCACTTTCACCATGTACCG
TGTCATGACCAAACAAAATATCGTATGATGTGTGCCTCGGATCAGATCGA
AGTCGACCCGACACCGGAGGGCCTTCCTAACAGTTTCAAGGTGGAAGCGA
CCCTCCCCATTTATCGCTGCCATTTCGTATCTTTTCATGGCGAAACGGAG
GACTAATCCCTCACATCAGATCGGAGGGCCCATCTAACAGTTTCAAGATG
CAGCGCCCCTTCCCATATGAAACGTTACATCGTTCGTCTTGCTCTTGTCC
TGCGATGCACCTTTTCCATGACCAAACGCAACACCATTCCTCACACAAGA
TCGAGGTCGGCCTGACATGAGAGGTAGGATACGCCCCCCTTTTACACTCT
CGTCGTATTCTTACCCTTCCACCTCCTACTATACCTTTTCGTGACCAAAC
GCAAGATCATTCGGCCTGACATGAGAGGTCGTGTACAATCAGTTCTAGAT
AATACGCCCCCCTTGCATTTACGTCGTGTACCCTTACACCCCTATAGCTT
TTCATGGCCAAACGTAACACCATTCAGCCTGACACGAGAGGTCGTTTACA
ATCAATTCTCAATAGTACGCACCTCTTCCCTTTTTTTCGTATCCTTACCC
TTTCTCTCCCCCTCCCCCCCCCTGCCCCAATATGTTTTCATGGCTAACGC
ACGTTACAATACAATCAGGTCGAAGTCGACCTGACACCGGAGGGCTTCTC
CAACCGTTTCAAGGTCCTGACGGCTCTCTTCAGCTACCTGAACCTGATAC
GGAAGAAGGGGATACCGTCCTACCTGCCCTCGGAGCTGCGGGATTTGTCC
GACCTTGGATGGCGGTTTCAGGTACACTCGCATCCCATAACAACGACAAT
CATTATTATTATTTTTACTGGTGCGTATCACACAGCGGGGAGGGTCCCGG
GGATTCGCCCGACCTTCGTGGGCGGATTCACGCTAGTTTTCTACTCAGCA
TCATTATTCACACAACTGAGCACCATCTACAAATAGAGCTCGACCCTTCC
TAGATTTTCGGGAACCGGGTACCCGGGGAACCCGTCTGGGCTCGAGGAGA
TGGTACCGACCGGGTACCCGGGTAATTGGGAAGTGGAATACGGTGCCTCC
TTCCCCCTGGAATAGTGAAATACGGTGCCCCAAAAAATGTAAGGGGGCGC
CGTGCGTGATGTTCATGGGGGTACCCCATTATCGAAGGGGCACCGTATTG
CGATTTCAATTACCCGGGTGGAAAATATGCTACCCGGAACCGACCGGGTA
GTGCCCTGTACCGGGTACCCGAAAAATGTTTAGACGGGGGCGAGCTCTAA
CCTACAAAGCTCAGAAGTACCACACGGCGAAACCGCTGCCTCGCTCATCG
AAGTGCATATTCCCGCTTTCTATTCCGCAACAGGTCCAGCAGTATTTCAT
TGTCCTTCATTTCTGCTCTCCCTCGAAGCACCGCTGTAAACGAAGCATTA
TATGATGATACTATCGTAAATAGTTTTTTTTTTATGCCAGTGCAGGTTTT
ACGGTACCGTTTGGCGCTTTGTGTTTTGGCGCAGAGCTTTTTACGTCAGG
CACCGCTTGGCTTTATCGCGCTTTCTTCCGCGGCGCATGCAAGAGGCCCG
TGTGGTAGGCACGGGGTCTCGGCGGGCGCCCCGTGACGCGCGTGCGGCTC
GCGGCCTGATGTGTGGCAGATACCAGATACTGTACGAGACCGGCTGCTCC
ATCACGCGGAGATGTTTTCCGTGTGGAGAAAAAGCCAGACGCTTTCGCAG
GAAACTCTCACTGGTTGTCGCAGCACACGGCCTTGAGAAAACACAGCAGT
AGTATGGTAGGATAGGATAGGATAGGGAAGACACAAACAACCCCGAACAC
TCTGACGTCGAAGTATTTTGCGTGGGCAAGCCAAAGGCCGCGTTCCTGCA
GATTCTCGAAGCTCCCGCGTCGCATGCATCAATAGCAGCAGCAGGTGATC
GCGACTTCTTTTGGTTGAATATCCACGATAGAACTGCGCTGTTGAAGGCT
ACACCACTATTATTGCACACACGCACGAAAAAACGCAGAGACGCGCTCAG
TCACGTTCACATGGGCACAACACGCACGCACTTACAAGATACACACGCAC
ACAGGACATTGATTGCTCACAGCACGAATACATTCGGTGGCGAAGATTGT
GGGCATGTGTCAATGACACGGCACTCCAAAGATTGACCGCTGATTACCCT
GTACGCTGAAGGGAGCAAAACCGCTAACCAAGCGCCGAGAATCGAAGCAA
TATACTCAGGTATGAATGTTAAATGTTCAGTTGGCATCAAATGAACAAAC
TCAGGCACAACAAATCAAAATTATAAAAAAAAAAGAAAAATTGCAGTCTT
TCAACGGCTGTGCTCGTGAAACAAAATACGAAGCATCACACGGTTGATGA
TAAAAAAAAAAAAATCATGTAGGAATGCCGATGGATGTTGAGCCGAACGG
TGTGTTCGTTCCTCCGGTGCGTCCACGACTCGGAAGCACAAATCGCGTTG
TGGTGAACAACCACATATCATTCGGCTCTTTGATAAAAATACCGGGTGGA
ATAATGAGCCGATCTGTGGGTCCGTGGCGTCAGATGACCCGCGCACGTGA
AGGAAGGCGAGATATCTTCCCCGTAAAAAAAGGGTCATGATAATAGTAAA
GGTCGACACGGAAACGGCTGTCCTTGCAGCACAGACACGCGTGGACGCCG
CGACGAGAACGTTCAGCCGAGCTGTCTTTTCTTCCCGTCGCATCGGTCGT
TCCAGTACGTACGTAAAAATGTTTTGACACGCACGCAGCGAAGATTCGTT
TACAATCCAGCGTGTTTCATGAAAGTGTCTTGGTGCTGCTGGTGCTGTGC
GGTGACGACTGCTTGCTCACGAGCGTTATTGTACGTACGGGTGCGTTCGA
TAGCCGAGATGAACTGGGCTCACAGCAGTGCACCAAGGTGTGTGGCAGGG
CACCTCTGATTCCAACAACACAAAAAAAACACACACACACACACACACAC
ACACATCTTCACGAGAGACATTTTCGGCAACACGGAGCCCCACTCGCGGG
TGGAGTTGCACGAGAGCAGTGTTTCGTTGTCTGGCACACAAAGAATTCAT
CAAAATCCGAATTCATTACAAGAAAAACACAGCAGTTGAGAAATGCCGAG
AAGTCACCAAAGCAAAATAGCAGTGCAGCGACAACGCCGCCACCGCAGCT
GGGGGAAAAACAAAAGATGTTGTTGGAACAGAACCTCTATCGTCAACGTG
TGGCAGACAAGCTCCTGCTGCGTGCAACCTTTACGTTTCGAAAAGAAAAA
AGGAGTCGTAACAATTCGCGTCGCCTTGTGATTTTAAGCTATGTACGACG
TTCCGCCGCCACGCACGCCCGTTAGTACAGTACAGTCAGTCGTGAATTTC
GCCCTTCCTCCTCTTGGATGTTATTCCCCTCGTGTGAAGAAGCCCCCTGG
GGGGGTGCGCGTCCAACCTCCCGTGAGGCGAGCCCCCTTTCACGTGTAAT
ACAGTTTACTACCAGTTCGTATCGTTTTTTATGTGCCATGCATTTTTCTG
TGGCCCCCCCCCTCCGCGTCGTCGTTATTTTTCGTCATTTTTTAACTTTT
TTTTATATTTTCGGGTGGCGTTTTTTTTTTGTGTGTCAGGACAAGCGGGA
GCCAGGGAGCGTGGTCCCCGCGCTGGCGGCGAGCATGCAGGAGTATGCCC
CGGAGAACGCCATCAGGTGCATGTGTGAATCATGCGTTGTGACAGGTCGC
TCAAGAGAAGATATGGTACCACTGCCCCCCGTGGAAATTATCCCACGGCA
CTCCGTGAAAACGAAATGGTCCCAGGACACCCCGCGGAAATTATTCCACG
ACACCCCCTGGGAAAATTGTACCAAATTTCAAAGCTCGAGACTGCAGTAC
TCCACAAGCAGAAAGAGTCAAGTTGGTTGGTAGAAAAAAATGTTCGTCGA
CGGGCGTTGGAACCGTGGAAGCATCCATCAGATCTATCTTCTCGTCGAGC
GGTTTCTTTTTTTTCGTGTACAGCATCAAGAGCGTACCCCGCTGTCCTTG
GATCTTGGAGCGTCGTTTGATGTTGATGCTCTGGTTCTGGTCGGCACCAC
CCCGCCCCACCTCCGTCGTCTGAGTAAAAAAAAACGAGATCAAGAATCGA
TCCGGGTCAGAGCGTGGTGTTTTTTTCTGCGACATATCGGACTCGCGGTG
CATCAATGTGGAATCTTGTTGTTTTTTCCCCTATGTTCCTCCGCTGAAGA
ATAATTGCAAAGGAAACCTTTCGCTTCCCCCTTGTATGCTTGCTCATTCC
CTTCTAGCCCCGAGCCACAAATAATACGAAGTCACGTGTATGATATCCGC
GCCGCTTGCTTGCTCCGACGTGATTTTGAGAAGCCCGTCCGTATCGAAGG
AACGCCGATTTTTTCGTTGCGGCTGTTGTTGTTGTTGTTGTTGTTGTCGA
TGTTATGAGTGCTACATATATAATCGGTATTCATCGTTAGACATTGTTGG
TGCTGTTGTTGTTTTTGCTCTTTGTTTCAGGTGATATTGTTATTGGTGCT
GGTGGGGGTTCTATCTCTTCAAAATAGTCCGAAGGACGTCCCATCCACCA
TTCCCAAATGCATCCCCTCCGGCTAATGGTTATCGTCGTCGTCGTTATGT
TGTTGTGGTTGATTTTGTTATTTGCTGTCGTTGTTACTATAGTCATTCTA
CCTGGTGGGTGGTGGTGGTGGTGGTGGTGGTGGGTTGTATCTGTTCAAAT
CGATCCCACGGACATCCGCTAGACCAGTCTTAAAAGCATCCCCTCCGGCT
ATGGTTACCGTTCACGTCGTTTGTCTCTCTTCTTGATTTTGTCATTGCCA
ATGTTGTTGCTTTTTGGCTTCAGTTGTTATTGTTGTTGGTGGTGGGGGTT
CTACCCGTTCAAATTAGTCCCAGGGAAATCTACTCCGCTAGTCCCAAAAA
ACATCCACTCAGGCCGATGGTTGCCGTCCTCGTTGTTGTGTTATTGTCAT
GTTGTTATTATTTATGGTGTGGTGGTGGGGGTTCTATCTGTTCAAATAAG
TCCCAGGGAAAACTCCTCCACCAGTCCCAAAGACATCCACTCCGGCCAAA
CGTTTCCTTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTTGTCGATG
TTGTCATGGTTGTTGTCTTGTTGCCCGTGGTGGTGGGGTTGGTGATGGTG
TTTGTTCGATCTGTTGAACTTGGTCCCAAAGAAATCCTATTTGTTCATGG
TTGCTGTCGTCTTCGTTCGTCTTTCTCGTGGTGTTGTTGATGTTGTTGCA
GTTGTGGTTCCACCATTTCTTTTTTAGTTCGTGGCGTTGTTGCACTCATT
GCTGTGGTCGTTTTCGTCTTCCTTGTTGGTGTTGGTGTGGAAGTGGTGGT
GGTGGTTCGATCCGTTGAAAGTAGTCCCATAGAAATCCCCTCCGCTCGTC
GTTGCAGCCCCCACGTTTTGTGCGTCGTCGTGTTGCTGTTGACCACGGCG
CAGTTGGCAGGCCACCAATTTGAGGTGGTACGACGAAGAATATTCTTTCG
TGTGTTACGCTCTTCATTCCGCCGTTTTCCTTTGTTGGGCGCTGCATTTC
GGCATCCACCCACGCACCCACCCACCCACCCACCCACCCACCCACCCACC
CACCCACAAACAAACCAGCGGACCCGCTCGGCTGCAGACGTACAACGAGA
CCCTCGTGTACCGCCTGCTGGACGTGATGCGGCCAACCCCTGTGGACTAC
TCGGCCTCGACGCCCTTGGTATTTTCCACCGCCAAGGAGTTCCAAGGGAA
GGCCGACAAGAGCGAGAAGTGGTACGGCACCCCCTATCAGGCAAGTGCTA
GTACGGCGCTGTAATCTCATGCCGATACCATGCCTTGCTTTTCATCCGTT
CATTCAGGATTCGCTTTTCACACTATAGAAGAATACTAATATCATGTTTT
ATGATGATAACAATAGGGTTTTTTGTTTCCAAGATTTCTACCAGTACTTC
TTTTTTTATGGCTTTTTTTTTACCATGGTGTTCGTTTTTTAATACACCAA
ATCAATTCGTGCTGCACGGAGGGAGCTCCGGGCGAAAGTGGTGCGGCTCC
CACTCCCAACCGGCGAGTGCTGGCTGATGATTTCACTTGAAACTATTTTC
TCTGAAATTTTCAAAATCCGCGCATGTGCATGCATGTGTCACACACGCAT
TTTGAGTGTAAGAAGCAATTCTGTTTTCTTATGCTCGGTTTTGTTCAGGA
AGGAAAAGAAAAAAAGAAAAAAAATTACATGATGAGCGGTGCTTTGTACG
CTTCTATATCCCCGTAGTACCTTGCCCTCCCCTACGCTCCCGTATATCCT
ACCCCTATCCTACCCTCATCCTACCCTACCCTAAACGAACCCGAGGACAG
CGAATCACCGTCAAAATTGGCCTTGCCTTCTGATTAGCATCATCACATGT
TTTTCGCTGGTTTCAGCGTTTCCGCACAGCTGCGTGACATCAAATATCTT
CGTTCGTTTCTCATTTTTATTTTATTTTTCTCATATGTGTTTTTTTCTGT
CGCGCTGTGTAGAAAAAAAAAAGGGGGGCGCGCAGACAGCAGTCGGGGTT
GGGTTTTGGGGCATCTCTTTTTTTTCTTTTTTCTTTTTCAGTTTGCTCGC
GTTCACTCGCTCGTGGTTCCATATCTTCGTTTGTCGCGTGGTGTTGTTCC
ACTCTTACTCGAGTTTACTCGTTCATCTTCGACTTCTCCCTCGTGTTTTG
ATCGATTTTTCAGTGACGCGTTGACCCACTGCGCTGTTCGCTTGTTGTAA
AGATGTACACGTCACATAGTCATGCGTTGATTTCACTCGTTTTTTTTTCG
TTGCGCTATCGCAGCTCTTAAATTCAAAAGGTTTGCCCCTTTCACTTATT
TTCTGTTCTATTCGCGAACTTGTGATATACTTCGTATCATATGAGGCTCG
ATGAAAGGCGAGCAAACCCCGCCCCACACCTAAACAATCCGGAACCTCAC
GGAATCTCACGCCAATAAACTCGGCGTCGACTTCTCAGGTGCAGACCCCT
CATCCCAACCTTCCGATCTTTCATGTTCGTGCATGCTTTCTGCTAGTGCT
TTCTGCTAGTGCTTTCTGCTAGTGCTTTCTGCTTGTGCTCATTCTTCTCT
GCATGAACAATCGTGGGTATGCAGCGTCGCAGGTGACGAGCAAGCACGAG
AGAAAAAAGCCACGAGTGGAAATGTTTTTCAAAGTTGTTAAGTCTGCTTC
GAGCCGCCCGTCAAATCAGGCTCCCTGTTTTGTCTCGTTTATTTTTTGTT
TTTGTTTTTGTTTTTGTCTTCTTCTTGCTTTGTCTTCTTCTTTTTATTTT
TATTTTTTTTTATTTTTCCTGTTCTTCTTCCATGATAAACCCAGGTTGAA
AGTCTAGCGTCCCAGGCGAAGGAGTGGTGCTCGCCTCCGGTGATACCGTC
GCTGAAGCTGCCGGGACCCAACCCTTTCGTGCCGAGAGACCTCAGCGTGA
TCAAGCCGAAGGGGAGGGTCGTCAAACCCGGGGAGAAGGTCCAGGCCCCC
TCGCCTGTCGTCGTTATTCCCACCACAGCGGGCTGGAAGGTATTAAAAGT
TGTTGTTGTTGTTGTTATTTTGTTTTGGCAGCTCCTGCGGCATTTCTCAT
GCTGCACTGTAGTCGTCAGATTGTTTGTTGTTGTTGTTGTTTCTGTCGTT
GTTTTGTTGTTGTTGCTGCTGTTGTTTGTTTTTTGTTTCAATCGCCTCAA
CTTTCTATAGTTTTGAGCCACTCCCAGATGCCCCCCTTGGTTTAACATAA
ATGTTTTGTTTTTTTCATGTGCGGTTTGCGGTTTGCGGTTTACGTCTTTT
TACAGCAGTAGCGGTGCTTGTAGAACAGCGTTTTTTCCGTACACACGAAC
AGTCTAAAAAAAAAAAAGAATTTCTTTTCGGTATAACTTGTTTTGTGTAC
GTGCATGCACTGGTTCATGAGTACTTTGTGTACGTGCGAGATTTTTTTGT
CAACAAGTTTGCAAAAAGTTCTTCTTCTTTGCTTCATCACCGCGTTCATT
TCGGAAGATGTTTTCGTGTTGCTTTTTGGTCGTGAGGGAACTGGGGAATT
GAAATATTTCACCACATTCAAAACGAGTACACATCATATCATATCATATC
ATGCCATATGCGTTGATAAAAGGTGAGACACAAGCTGGACGACATCTTCG
CCCAGCCGAAGGCCGTGTGCAACTTCGAGCTGGTCAGCCCCGTCGCGTAC
GAGAGCCCGCGGACGGTGGCCGCGCTGAAGCTCTTCGAGTACTCCCTCGA
CGAGAAGCTCAACGAGTACGCCTACGATGCTAAGGTGCGGTGCGGTGCGG
TATTCATACGCGGTGCCGCCGCGTGCGGTGTGGTGTTGTATGGTAGAACA
TCGTGTTTTGCGGCATGGCATGGTATCATCAAAACGTTGTGTGTTTGTTG
TGTATTTATACAATGTGATTGCTTCTTGCACGTGGTTTTTTGACCAATTG
TATTTTTTTTGTTTTCTGTTCACTGTTTGCCCCCATATGTATATATGTTT
ATCACAATATGCCCCCTCCCCCCCTCCCTCGCCCCTCGCCCCCCTCCCCC
ACCCGAAACTCTGGTGCTGCAAGCGTTGTTGGGAGTCAGTTAAGATAATT
GAACGCGATTGCTTTTGGTGTGTTTCCGTGCCCTTGTGCGTAGTTTGTTT
CCCCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCCTCC
CCCTCCTCCTCCTCCCCCTCCTCCTCCCCCTCCTCCCCCTGTATCTTGAT
TTTCTCTCGACTTACGTTGGGGAGGGGAGAGGGGGAGTTCCCCGGAGGCT
TTACATCTGCACATCGTCGCTGATTGTGCCGTATTGAAATACTGGTATGT
CGACAAATTCGTTTTATCATTTTAAGTCTATTTTTCTGCATGCGGCGTGT
TCCGAGCGTACCCACTGACAAGAAAGATGAACGGTAATCAATTTCTATTT
TTTGCAGGTGGCGGGCCTCGGATACAGCTTGGACTTCACCACCCGCGGCG
TCCGGCTGTCCTTCGCGGGCTTCGGCGACAAGATGCCCAACTTCATCGAG
AAGGTGGCCCAGGCGGTGGCGACCTTCATTCCGACGGACGCGGTCGAGTT
CGAGCGGCTCCGGGACGTGGTCCGAAGGGACCTGGCGAGCTACGACACGC
AGCAGCCCTACCAGCACGCCATGTCCAACTCGGCCGTGGCTTCGGAAGAC
CCTCGGTACGGATACGGATACGGTTACGGTTACGGCTATTAGTTTGTTAC
GGTTACCGTTACGGTTACGATTACGGTTACGGTTACGGTTACGGTTACGG
TTACGGTTACGGTTACGGTTACGGTTACGGCTGCGGTTGCGGTTGCGGTT
CAGTTACGGCCACGATTACTGTAACGGTTCGTATACGGTCACGTTTACTC
TTACGGTTGCAGTTACGGTTACGGTTACGGTTGCGGTAACGATTACTCTT
ACGGTTACGGTTACGGTTGCGGTTAAGGCTACGACCACGCCTATGGCTTC
AGCTTCGGTCATGGCAACGGTGACGGTTACGGTTACGGTTACGGTTACGG
TTACGGTTACGGCTATAGTTGCGGCACGCAACGGTGCATGTTATTAATTC
ATCATCATCGTAAAAACAAGCCAAAACAAACCAAAACAATACTGGTACTC
AAAACAAGTCCTAAAAAAAACTAGCATACCGAATGTCGATCCGGCATGCA
ATGAGAAACACCCGGGTGGGAGGAGGGGGGAGGGAGGGGGTGTCATCTAC
AGTGTCCCCAGGGATCTCGATGCTTGGGCGGAGCTGTTTAGTTGTGTGCT
CTCAGCAGGGGGGGGGGGTGTTTGTGTGCTTCTTGCTTTGGTTGTGTGTT
CACCCATCACTGTACCTGTACTGTATACCAATCCCGTCGGCCGTTACCTT
TGTTTTGTTCGCCGCACAACGACAGGTACACTGTGAAAGAGATCAGGGAC
ACGCTGGGCTCGATCAAGCTGGCGGACCTGAAGCCCTTGGTGTCGAGGGT
GTTCGAAAGAGCGGAGGGGCTGGGGCTTCTCCAAGGCAACCTTGAGTTTA
GGGATGTCAACAGGTGAAAAAAAAAAATGCTATTGTTGTTGTTTGAAGGG
TGGGTGTCTTGTTGTTTCGAGTTGGTGTCAGTGGCGTTTCTTGTGTTGGT
GGCTCTGCACTCCGGTCGTCGTGGACGTAGTGGTCGTGGTGGTAGCGCTG
GCGTGATGGTGTTCTTGCCGTTGTTGTTGCCGTTGCTGTGTGCCGGGCAC
TACGTTTTTCGTTCGCAATGGCTGACAGCCTCCAACCAACGCATAACATT
TAATTCTCAACATGTGTCAAAATTATATCTACTGTTAGGGCTGGGCCTGA
CCCCTCTTTTTGGGTACTAAATCTGTCCCGAGTTCGTTCCGAGAAAGCTG
AACGGTTCGCTTATTTTTTTTTTTACACGTCTTTTTGGGATCATTTACGC
GCGTACGTAAGCCAAAGATTCAAAGATTCAAAGATTCACACTCGCGTCCA
GCCCTCTCACGCCTCCAGACACAAAATTATTGGTCACACACGTATCATGG
CGATCACACAAGCTTCCCACTGCTCTACGCCCAGCACAGCAGTAGTAACA
CAGGTCGAATACACAGCACAGCAGCACTGTTTGACGGCGATTTGGCAGGT
TCTGATTGTCCATCGCCAGCAGCAGCAGCAGCTAGCAGCGAGAGCAGCTG
ACGAGAACGAGACGTGAAGTTCAACTTGTTTTGTGTGTGCGTGGTCTTCA
AAATGTTTTTTTTGTACCGACTGGTTTCTTGTCTTTTGATTTTGAATGCC
TGTGTCATCCATCCACACTGCTGCTTGAATGCCTGCGTCGTCCGCACTGC
TGCTTCAAGTCCACCCACCGTGCCACGACCGTCCGCCCACTCACAGCAGT
AGTCTTTTACGCTCGTGCGATGCCTCTCGCCGGGCAGGTGCACCAACAGG
CGCTCTTGTGGGTGCCATGTAAAAGCAAAACAAGTTGGTTCGTTCTCGGC
GTATTTTCGGCTTTTTTTTTCACAATCCTGAAAATGATGTGTGGCTTGTG
AAAAAATGTACTTCTATGTTTTCGTTGACTTGGTTCTTGTTTTGCAGTTT
CCGTCCCCTCGCAAACTTCTGCTGTGCCGAGTTCACGAGCAGCACCCACC
CACGTACAGCAGTCTTCTGCGCTCGTGTAGTGCCACCCGCCGGGCAGGTG
CTGCACCGATAGAAGCTCGTGTGGGTGATATTTGGACCAAAAAAAGTTGG
TGTGTTTTCGGCGTATTTCGATCATTTTTTTGTTCCGACTTCCCTCTATC
ATGCTTCTTGGTTCCACCGAAAACACACCAACTTGCCTTTGTCTTGCATA
GCACCTGCGCCTGTCCATTGCAACATCTGCCCAGTGGTACATCCACACGG
GCGTGAGAGACTGCTGCAAGACTGCTTTCATGGCGGTGCGTGAGCTCGGC
GTCCTCATGCAGCTTTTGTTTCAGACCAAACTGCCTAAACAAAAACGCAC
TTCAAGTCCATTTTTCGACGGATCTTTTTGACCTGAGTGTTTTCTGACGA
TTTGACCTTGCCTTTTTCAGCCCAAAGTGCTCATTCAGGACTTACTTTGT
GGCCCTCCGTTGGTACTACACGGATCGGCACGTGGTTGGCTGCGTTACCA
GGAAAGCTGCCTCAGCTAAGGTCTCTACGCAAAGGATTTGCAAACGGACT
GAGCCAAAAAGAGATCGCCGCTGAAAATGCAAGAAAATGCCGAAAACAAC
TCGGTTTTTGAGTCGTTTAGGGCCCACAAACATCCAATAGAAAAACTTTG
CGGACAGACACTAGATCTCCCATGTACACAGGTATGTTCGGAACTGATTC
AGCCAGTTGTTTACCTAAGTCGAATATTACTCGTTGCAACAACAACAACA
ACAACAACAACAACAACAACAACAACAACAACAACAACAGGTACATGAGA
GGGATCACGCGATCGTTCGACCTGTCCCCGCTGCCCGAGAACGAGCGGCC
CGAGAAACGCCTCGTCAAGTTCCCCCGCACCCCAGAGGGGGTCGGGGGGC
TGATCCGGCGGCGTGAGCAGAACGACGACAACGACAACTCGGCATCGCAG
CTGCAGTTCCAGGTCTGGCGTGTTTTATTTCTGGAACCCCTTCCTTCCTT
CCTTCCTTCCTCCCTTCTTTCCTTCCGTCCTTCCTTCCGTCCTTCCTTGC
TACGTTTTTGTACAGTTTTGTTTAATAGTGTGGATCGTCTTCCAACCGGT
AAAAAGGACAAACAACCAGCGTCGCTCTTTTATGTGTACCAGCTTCTTTT
TTTTTTTGTACAACACTAGGTTAAGACAATGCTATTTATTCTTGCGACGT
TTATGTTTTTTGCAGTGAAAACGAAATCGAAAACGAAATCGAAAACGGAA
AGAGCAAAAATACACAAAAACGAAGAAAAAATTAACAAATTAAATACGAA
ATTAAAAAACTAAAATAACATGAAATGAAATGATCCATCTCAAACCAGGT
GTCAGACCGGTCGATCGAGAACCGCGTCTTGGCGCAGCTCCTCATGTCCA
TCATGGAAGACCCTTACTACGATTCCCTCCGGACGAAGCAGCAGCTGGGG
TATCTCGTGTTCTCGGGGGTCAAGCTCGTGGAGGGGGTCAGCATGATGTA
CCTGCTGGTCCAGTCGGCAGAGCGGGACCCCACGTATCTGACGGACCGCT
CCCTGGAGTTCTTGGAAGGGTTCCGGCAGGAGCTGGTCGATCTCCCCGCA
ACTAAACTCGGGTGAGGCGGTACGGTGATGGGACGGTTATGGAAACTCAG
GTAAGGCGGTGCGGTTATTGGACGGTTATGGAAACTCAGGTAAGGCGGTA
CGGTTATGGGACGGTAATGGAAACTAAGGTTCGGCGGTACGGTCATGGTA
CGGTTATGGTACGGTAACGGTGTACCTATCTAGATCATGAGTGTGCTGTG
TTTGTCTTTCGTGCTGTACGTGGTTCTTGTTGGTTGCTCGTGGTGCTGGT
GGTGATGGAGCTGTCGATATGCGTCGTTGGGAGGGTTCCGGCAGGAATTA
CAGCAGTATCCTTGTGGTACTCGCCAATATGCTCCTGTACTGCTGTTTAG
TCTAACGAGGTACTTCGGAGTATGATGTGATGATGCTGAAAGTGCATGTG
TAACAGGTAGGTATGTCGCTTTGCCTGTCTTTTGTGTTCAGTCAGTAAAC
TCGGGTGTGTATTACCGTATTCTACACAAGATACCACACCCCGTGTTAGG
TTTTTTGCATTCCGTATTGCTCCACAACCAGGAGGGTGCGAACACCAAAC
AGCCCGTCATACGAAAGCTCTCGACGAGATCTTTCCAAAACCACCCTTTT
CGGCAGTGGCACCCTCCTGGTTGTGGAGCTATACGGAATGCAAAAAGCTT
AACACGGGGTGTGGTATCTTGTGTAGAATACGGTATACACTTCTAGTTTA
ACGTCTTGTGTATGTATTTTGTCTCCTACTTGTGTTGCTTTTCGAAAAAA
TGGTCTTGACTTTCGGCTGTCGGCAGGTTCAAGTAACTCGATCCCTTGTT
GTTGTGGAACATGTTGCCCTACCTGCCAGTGTAACTCAGGCACAGGAAGA
CAGACTGTATCTCTGTTTCTTTCACCACAAAAAGTGTCGTTTAGTGGTGT
TGGTGTTGTTGGTGGTGGTGGTGGTGGTGGTGGTGGTGATGATGTGGTGG
CGGTGGTGGTGGCGGTGGTGGTGGTGGTGATGTTGGTGGCGGTGGCAGTG
GTGGTGGTATTGGGTTGACGCTGCTGTCGCTGTCTTTGCGTTTCTATGCG
ACGTGTGTCTTGTTTGTGTTGATGCATCGCCCGAACCTTAGGGATCGGTC
GTTGTCGCTGTTGTCGTCGCTTCGCACGACCCACCGTTTGCTTCTTTGTT
TGCGCAGCCTTTCGAAAACCGTCGTCCCTCTCGTTCAGCATTCCTACACA
CAAGTGTATGACTCGTACTTTTTCCGTAGACATGTATAAAAGCGCTACCA
GCACTGCTTTTCCCGACGGGAACTTTTTTTGTGTTCGGCTTGGTTGGGAT
CTAATCCAACTCAATCCAACACGAACGACACGCCGAACGTCAATGAAATA
CCATTCGTTACAAATCCTTACCCCCCTCTCTCTCTTTCTCTCTCTTCCTT
TCTCCTCAAACGCAGGGACTACGTGGGGGGGCTGGTGGACCAAAAGTTGG
AGCCCGACAGACGGCTCTCGGCGGAGGCCGAGCGGAACTGGGCCGAGATT
TCGACCGGACAGCTCAGGTTCGACAGGAGGAAGGAAGAGGCTGAGGCGCT
GCGGAAGATACGGGAGAAAGACCTGCTGCTTTTCTTCGATAGGTGACAAG
GAGGAGCTGGAAATTTAAACGGAGGGGGGGGGGTATGATTGTGTTGTCGG
GGAAATGAGGGAGGCGGGTTCACGCTGCCAGTGCTGCTGTGGTTTTTCCA
ATACTTATTCGTGTGGGAAGAAGCTATGCTGTGTTCTGTACCAGTAGCTG
TTAGAAGAAGATTGGTGAGAGCGATTTTAGTCCGAGGTGCTGAAGGGGAA
AACTGCTACTTCATCCAAGGGTAAAAATATGCTATCACGGCACACTTCCG
AATGTTTATCCCACTCTGGTATCTTGCCAAATGGATTTTCAATTTTTTTG
ACGAGCCAGTCAGTCAGTCGTGCCTTCGTATATTCAAAGTATATGTTAAA
CTCTCGACCATTGAAAAAAAAGCCATGCGAAGTGCCACGTGTCTCTGATG
CATCGTTCCTCCGAAATATACCTTACGCGTCATTCCTGCGCAATGGTCGA
ATGATTCCGGACACCGCTACGGCACCGGCACCGGCAGTAATCACTGAAAA
AAAAAAACTGCCTCTTTTTTTGCGTTTCGTGGAAACCTTAAGCACCCCCC
CCCCTCCCCCCTCCTTCTCCTCCCCTCCTCCCTCTCCCATGCCTTTCTGT
TGATGCACCTTTCTTCTGCGCCTCTTTCCGGTGTCTCTGCACGATCGGTG
TGCATACGCGATGCCATGGGCTACACATCCCTTCCGCTTCCGTGTGGAAC
GTGCGCGCATCACGTGGAACTAAACTCACTCCCCGCAGGCATTTCCGAGA
AGGGGGAGAGGACCGGCGCCTGCTGACGTCAGAAGTCTTCGCGAAGAAGC
ATGCGAAGGACATGGAAACCCCGGGGAGAGGGGCGACGCTGGTGACGGAC
GAGAAGAAGTGGAGGGCACAGCAAGAAAAGTTCCCGGTCCGGCCACGCTT
GACACGCGTGGAAACGTGAAAAGTAGACGGGAGGATTACAAGTAGTATTC
TTCGAGAAGAGAAGATACATAGATAGCCTGGGAGAAGCGGTAGGTCTTTC
GCGAGGCAGGGGGGCAGAGAGAAGAGAGACAGAGGGACACACGCACTGTA
AAAGAGAGGGGGGCTTGAAAGGGTGCCGTCAAGTATACGCACCTAGAGGG
GACGGAAACGACGCGAACATGAATGACCTGTGGTGTCGCTTAATGGCTGT
TGGGATTGGATAGTGGGTACCACCCCACCCCACCGCACCACAGCTTAGGT
GCGTGTGGTCGGCTGGCTGATGCTTTTACCCGCGCCCCTGTCTTTTCCCA
CACAATCATTGGCGACCTTTGGTCTCCCACACAGCCTCGGAGAAAACGTG
CTGAAAATAATGTGAAAACGTGACGGCGAGAGGCAGGCCATGGTTGGTTT
TTCGTGACTTTGCCCACAGAGAACCGAGGCACGATTGAGATGGGCCGCGA
GTTTTTTTGTTTATCGTGCTGCTGTTCCAGGTCTCTGCTTTGGCTAGATC
GGGTTTTGGGGAAGAGACTGAATCGGTCAAGCGAGGGGTGGGAATGAGGT
GTACGACAGATTTTCGAGTTTTTGTTTTTTGAATTATCAACTTAGGCGTT
TGAATTTATTTATTTTATTTCGTTCTCTCCGGCTGACTCGATACAGAACG
ACCTTTGGGCTCATGACCCTTTTTCCATCCACACGGTGTGGTGTTGTTGA
TGAGTACCCAGGTATATATGTCGATGCGTGGCTGGCTAGATTTTGGCAGC
CCTGTTGCAGAGGATGTAACGCTGCCAAATGCAGCAAGAAATAAATCGAC
GCCATGTGTTGTCCTACCTCTGCAGTAGTTAGTGAAGGTCTTCCAGAGAA
CACATTTTGTTTGGGGGGGGGAGAGGTGACTTTCGACGTATGCAGGTACC
CACCACACCGCCACACAGCAGCGTGGTTCAAGCGAAAAAAATCTGCAGGA
GCAGCAGTCGAACCCTCCCCCCGACCGACCAAGAGCCAGCAAATATATAT
GAGCTTTAATCCGGCCATAGGCAAACAGGTTTGTTTTTTCACTTTTGACA
CAAACACGCCATTCTGTGTGTTTGGTCCGAAGAGGCGTTTTACACACGAC
AGCTTTTTCACAGCAGTACCACAGCGTGTACCTGGTGCGC

Coding sequence (CDS) from alignment at P-littoralis_Contig188:247483..276772+

>mRNA_P-littoralis_Contig188.47.31 ID=mRNA_P-littoralis_Contig188.47.31|Name=mRNA_P-littoralis_Contig188.47.31|organism=Pylaiella littoralis U1_48|type=CDS|length=3465bp|location=Sequence derived from alignment at P-littoralis_Contig188:247483..276772+ (Pylaiella littoralis U1_48)
ATGCGGAGGGCCTTGGCGGCCGTTGAGGTTCTTCTTCTGTGCCAAGCGGC
GAAAACCTTCAACCTGCCCACCAACCCAGCACCATCATCAAGGTCTCCTG
CCAGCAGCAGCAGCCGCAGCAGCAGCCGCAGCAGCGGGACCAGACCCAAC
AGCGGCGGCACGAGTGCAGGACGAGCATGCAATCCTGCCCGGTTCCGCAG
CACCGATGGGTGGCATCAACAACAACACCACCAGCACCAGCACCTGAAGT
GCAGCAGTGAACACCAGCAGCAGGATGGACAGCCCGATTGTCCCGCTTCC
GGGAACGACAACAACAACATCGACCTCGACGAAATCTTCGGCGGCAGCGG
TACCGGCGGTGGGGTGACTCGGCGGGCGTTTTTCAATACCCTGGGATCCG
CGGGTGCCGCCGCCGCCGCCTGGGCCGCGGTGGCTGGCTCTACAACCGCC
GCCACCGGTGCACCTGTGGCAGATAGAAACTCTGCGTATGCAGAGGGTTC
GAGGGCTGGGGTGTTTGGAGAGGTAGTCAAGAGCCCGAACGATCCTAGGA
GCTACCGCGCGATTTCCCTCGCCAGCGGCATGAAGGTGCTGCTCATCTCA
GACCCCGAGACGAAGACCTCGGCGGCCGCGATGGACGTCCACGTCGGACA
CTTCTCCGATCCAGATGACCTCCCCGGGCTTGCTCATTTCTGCGAGCACC
TTCTATTTCTGGGTACGGATAAGTACCCCGACGAAACGAGGCAAGTGCAA
GTCTACTCCACCTATCTGAGCTCTCACGGAGGATATAGCAACGCTTACAC
CGACACGGAAGACACGGTGTATTTCTTCGACGTTGGATCGGACTACCTTA
AGGGGGCTCTCGACCGGTTTGCGCAGTTTTTCATCTCGCCCCAGTTCACC
GAAACGGCGACGGGGCGGGAGCTGAACGCCATCGAAGCCGAGAACGCGAA
GAACCAGATCTCTGACGCTTTTCGAGGCTACCAGCTAGAAAAACTGAGGG
CTAACCCCATGCACCCCTACTCGAAGTTCGGGACGGGCAACAAGAAGACC
CTTCTCGACGGGCCGTCCGCGGAGGGAAAAAGCGCCAGGCAGGCCTTGCT
GCGCTTCTTCGACATGTACTACTCGGCGAACCAGATGACGCTCGTCGTGC
TCGGGAAGGAGTCCCTGTCGCAGCTGCAGGGCGCCGTGAGCGGCATGTTT
GCGCCGGTGCCCAACCGCGGGTCCGGGCGGAGGCCGTCCGAGAAGTGGAT
CGGCAAGGTGAAACCGTTCTTCAACACCCAGCCCCTGCAGGCCTACAACA
TCGTCCCCGTCCAGGAGTTGCGGTCTGTGGCGATCGCCTGGCCGCTGTCT
TACGAAAACCCGGAGGAAAAGAAGTACGTCCTCGCCGCCAAACCGTTTAC
CTATATCGGATCTCTCCTGGGGCACGAAGGCCCCGGTTCGCTGCTGTCCT
ACCTCAAGGAGAAAAACTGGGCCAACGCTCTCGGAGCGTCCGCGTCCACT
TCCACCGACGACTTCACCATATTCGAGGTCGAAGTCGACCTGACACCGGA
GGGCTTCTCCAACCGTTTCAAGGTCCTGACGGCTCTCTTCAGCTACCTGA
ACCTGATACGGAAGAAGGGGATACCGTCCTACCTGCCCTCGGAGCTGCGG
GATTTGTCCGACCTTGGATGGCGGTTTCAGGACAAGCGGGAGCCAGGGAG
CGTGGTCCCCGCGCTGGCGGCGAGCATGCAGGAGTATGCCCCGGAGAACG
CCATCAGCGGACCCGCTCGGCTGCAGACGTACAACGAGACCCTCGTGTAC
CGCCTGCTGGACGTGATGCGGCCAACCCCTGTGGACTACTCGGCCTCGAC
GCCCTTGGTATTTTCCACCGCCAAGGAGTTCCAAGGGAAGGCCGACAAGA
GCGAGAAGTGGTACGGCACCCCCTATCAGGTTGAAAGTCTAGCGTCCCAG
GCGAAGGAGTGGTGCTCGCCTCCGGTGATACCGTCGCTGAAGCTGCCGGG
ACCCAACCCTTTCGTGCCGAGAGACCTCAGCGTGATCAAGCCGAAGGGGA
GGGTCGTCAAACCCGGGGAGAAGGTCCAGGCCCCCTCGCCTGTCGTCGTT
ATTCCCACCACAGCGGGCTGGAAGGTGAGACACAAGCTGGACGACATCTT
CGCCCAGCCGAAGGCCGTGTGCAACTTCGAGCTGGTCAGCCCCGTCGCGT
ACGAGAGCCCGCGGACGGTGGCCGCGCTGAAGCTCTTCGAGTACTCCCTC
GACGAGAAGCTCAACGAGTACGCCTACGATGCTAAGGTGGCGGGCCTCGG
ATACAGCTTGGACTTCACCACCCGCGGCGTCCGGCTGTCCTTCGCGGGCT
TCGGCGACAAGATGCCCAACTTCATCGAGAAGGTGGCCCAGGCGGTGGCG
ACCTTCATTCCGACGGACGCGGTCGAGTTCGAGCGGCTCCGGGACGTGGT
CCGAAGGGACCTGGCGAGCTACGACACGCAGCAGCCCTACCAGCACGCCA
TGTCCAACTCGGCCGTGGCTTCGGAAGACCCTCGGTACACTGTGAAAGAG
ATCAGGGACACGCTGGGCTCGATCAAGCTGGCGGACCTGAAGCCCTTGGT
GTCGAGGGTGTTCGAAAGAGCGGAGGGGCTGGGGCTTCTCCAAGGCAACC
TTGAGTTTAGGGATGTCAACAGGTACATGAGAGGGATCACGCGATCGTTC
GACCTGTCCCCGCTGCCCGAGAACGAGCGGCCCGAGAAACGCCTCGTCAA
GTTCCCCCGCACCCCAGAGGGGGTCGGGGGGCTGATCCGGCGGCGTGAGC
AGAACGACGACAACGACAACTCGGCATCGCAGCTGCAGTTCCAGGTGTCA
GACCGGTCGATCGAGAACCGCGTCTTGGCGCAGCTCCTCATGTCCATCAT
GGAAGACCCTTACTACGATTCCCTCCGGACGAAGCAGCAGCTGGGGTATC
TCGTGTTCTCGGGGGTCAAGCTCGTGGAGGGGGTCAGCATGATGTACCTG
CTGGTCCAGTCGGCAGAGCGGGACCCCACGTATCTGACGGACCGCTCCCT
GGAGTTCTTGGAAGGGTTCCGGCAGGAGCTGGTCGATCTCCCCGCAACTA
AACTCGGGGACTACGTGGGGGGGCTGGTGGACCAAAAGTTGGAGCCCGAC
AGACGGCTCTCGGCGGAGGCCGAGCGGAACTGGGCCGAGATTTCGACCGG
ACAGCTCAGGTTCGACAGGAGGAAGGAAGAGGCTGAGGCGCTGCGGAAGA
TACGGGAGAAAGACCTGCTGCTTTTCTTCGATAGGCATTTCCGAGAAGGG
GGAGAGGACCGGCGCCTGCTGACGTCAGAAGTCTTCGCGAAGAAGCATGC
GAAGGACATGGAAACCCCGGGGAGAGGGGCGACGCTGGTGACGGACGAGA
AGAAGTGGAGGGCACAGCAAGAAAAGTTCCCGGTCCGGCCACGCTTGACA
CGCGTGGAAACGTGA