mRNA_P-littoralis_Contig702.45.1 (mRNA) Pylaiella littoralis U1_48

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

Overview


Name	mRNA_P-littoralis_Contig702.45.1
Unique Name	mRNA_P-littoralis_Contig702.45.1
Type	mRNA
Organism	Pylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))

Homology

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: D7FPW1_ECTSI (Sulfate permease n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FPW1_ECTSI)

HSP 1 Score: 793 bits (2048), Expect = 1.140e-274
Identity = 443/642 (69.00%), Postives = 479/642 (74.61%), Query Frame = 3

Query:  624 VSKNFKSPRTLLNFVLPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAGAAEIKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTATAVQYAQEQIAGGQLVAPANLYQKVMSSINLANLDQGGIDDI 2549
            ++K   SP  +LNF+LPITKQLN+YTSEKM RD++VG TMATLMIPQGLAFATV+GIP+LYGLYIVWAPPFFYSLFGVSLHVSYGPFAL+GLF+SDAL +RGY+PCDGLCRH T+E + YLEACTIITFMVS+WYFLMA+  LGEPLA+LLADPVISGFVTASA+LVANSQ                     LWE R  IN WS  MGVGSMLVYFALRR NAYIK RGV+GFFVPEAL+VVILSTFLSW FDLEG   V IVGTIPPGLPAPKFPRLDKLTT AQ  VED+AGVALVAA+VSFIITHSIAKSLAGA EIKATPQL AFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTF LMTLVL FLSPLLK                                                                                                RQPGVEV+RFGAS+TFANKDVFRRAVIKVVEKAD E RLAES G   K+ +QYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIE+FLAPVSDPLM+Q+RKSPLLCATLGRRYFLSTATAV YA +Q+A GQLVAPA+LY KVMSSI+L NLD+G +DDI
Sbjct:    1 MAKRLGSPLAVLNFLLPITKQLNNYTSEKMTRDVVVGCTMATLMIPQGLAFATVSGIPILYGLYIVWAPPFFYSLFGVSLHVSYGPFALVGLFISDALRIRGYQPCDGLCRHKTDETQAYLEACTIITFMVSMWYFLMAMFNLGEPLAMLLADPVISGFVTASALLVANSQ---------------------LWEVRDTINWWSVTMGVGSMLVYFALRRGNAYIKDRGVAGFFVPEALTVVILSTFLSWAFDLEGTQDVAIVGTIPPGLPAPKFPRLDKLTTFAQ--VEDMAGVALVAALVSFIITHSIAKSLAGAQEIKATPQLLAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFSLMTLVLLFLSPLLK------------------------------------------------------------------------------------------------RQPGVEVIRFGASLTFANKDVFRRAVIKVVEKADAERRLAESQGRPPKVALQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEMFLAPVSDPLMMQLRKSPLLCATLGRRYFLSTATAVTYALQQVAAGQLVAPASLYHKVMSSISLGNLDEGDLDDI 523

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: A0A6H5L827_9PHAE (SulP protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5L827_9PHAE)

HSP 1 Score: 745 bits (1924), Expect = 2.210e-254
Identity = 432/649 (66.56%), Postives = 459/649 (70.72%), Query Frame = 3

Query:  999 IITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAGAAEIKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQ------------------------------------------------------------------------------------------------------------------------------------IRKSPLLCATLGRRYFLSTATAVQYAQEQIAGGQLVAPANLYQKVMSSINLANLDQGGIDDI 2549
            +ITFMVS+WYFLMAI  LGEPLA+LLADPVISGFVTASA+LVANSQ                     LWE R  IN WS  MGVGSMLVYFALRR NAYIKSRGV+GFFVPEAL+VVILSTF+SW FDLEG   V IVGTIPPGLPAPKFPRLDKLTT AQ  VED+AGVALVAA+VSFIITHSIAKSLAGA EIKATPQL AFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTF+LMTLVL FLSPLLKFLPTSVLAATI+AVIYKFFHFDEPFKLYRVG+SD VMWLATFAATM +SVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRD+KTYPDAQRQPGVEV+RFGAS+TFANKDVFRRAVIKVVEKAD E R+AES G   K+ +QYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIE+FLAPVSDPLMVQ                                                                                                                                    +RKSPLLCATLGRRYFLSTATAV YA +Q+A GQLVA A+LY KVMSSI+L NLD+G + DI
Sbjct:    1 MITFMVSMWYFLMAIFNLGEPLAMLLADPVISGFVTASALLVANSQ---------------------LWEVRDTINWWSVTMGVGSMLVYFALRRGNAYIKSRGVAGFFVPEALTVVILSTFVSWAFDLEGTQDVAIVGTIPPGLPAPKFPRLDKLTTFAQ--VEDMAGVALVAALVSFIITHSIAKSLAGAQEIKATPQLLAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFVLMTLVLLFLSPLLKFLPTSVLAATIYAVIYKFFHFDEPFKLYRVGVSDTVMWLATFAATMLLSVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDMKTYPDAQRQPGVEVIRFGASLTFANKDVFRRAVIKVVEKADAERRVAESQGKPAKVALQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEMFLAPVSDPLMVQESFRVVRELSPKQPFLARLVLSFTVDAVATPGDGAAVYAVCFRRCHGRSRLVSVVYARSTESFVRYSSASQHSQPGTGKKRGGWWSHGVKRKLKKTAIGASSKIYRDDFHPKLFFLFFKECCSKCQCTPGFILRKSPLLCATLGRRYFLSTATAVTYALQQVAAGQLVASASLYHKVMSSISLGNLDEGDLGDI 626

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: A0A651DU70_9BACT (Solute carrier 26 family protein n=1 Tax=Gemmatimonadales bacterium TaxID=2448054 RepID=A0A651DU70_9BACT)

HSP 1 Score: 263 bits (671), Expect = 1.910e-72
Identity = 192/593 (32.38%), Postives = 304/593 (51.26%), Query Frame = 3

Query:  669 LPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLA--GAAEIKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTATAVQYA 2441
            LP+ +QL  Y+ + ++ DL  G T+  ++IPQG+A+A +AG+P +YGLY    P   Y+L G S  ++ GP A++ L ++      G  P  G       +   Y+    ++  MV V    M + + G  L   L+ PV++GF TA+A+++  SQ+   F +  P  + V  IL  LW E  AI+  +  +G  ++ +  AL+R+              P AL+VV + T   W+  LEG  G+ +VG +P GLPAP  P LD       A V  L  VAL  A+V F+ + ++AK  A     E+    +L A G ANL G+ F A P +   SR A+ D  GART +  + +  ++ L L FL+ L + LPT+VLAA +   +    ++ E   L+RV   D  M   TFAAT+G+ + +GI+VG+ VS   L+  +S P    +G LPGT  YR++  +P+A+   GV + R  +++ FAN +  R  V  +VE        A+   DT        + D  +++ +DS+ L  LE L+  L      ++++ A V  P+M ++R++ L       R+F     AV  A
Sbjct:    8 LPLGRQLEGYSRDHLSSDLSAGLTVGVMLIPQGMAYALIAGMPPIYGLYASLVPLVVYALMGTSRQLAVGPVAMVSLLVA-----AGVGPLAG------GDPDRYIALALLLALMVGVLQLSMGLLRFGF-LTNFLSHPVLAGFTTAAALIIGASQLRHLFGVDLPNSNHVHEILGALWGEVGAIHGLTLALGGIAIGLLVALKRWRPTF----------PAALTVVAVFTAAVWLLGLEGA-GLRVVGEVPGGLPAPVLPSLD------PASVWALMPVALTIALVGFMESIAVAKVYATKNRHEVDPNRELVALGTANLVGAFFRAFPTTGGFSRTAVNDQAGARTSVATLVSAAIIGLTLLFLTGLFRTLPTTVLAAIVIVAVANLVNWREAVHLWRVDRQDFWMMAITFAATLGLGIEEGILVGVLVSLGALVYETSRPHAAVLGRLPGTDTYRNLARHPEAEAPEGVTIYRLDSALCFANVEFLRDQVRALVE--------ADPAPDT-------FVFDFHAVNGVDSTGLHHLEELLGYLARTG--VQVYFAGVKGPVMDRLRRAGLDHRIGPERFFHEVCDAVDEA 554

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: A0A651HCL5_9BACT (Solute carrier 26 family protein n=1 Tax=Gemmatimonadales bacterium TaxID=2448054 RepID=A0A651HCL5_9BACT)

HSP 1 Score: 261 bits (667), Expect = 1.710e-71
Identity = 187/600 (31.17%), Postives = 309/600 (51.50%), Query Frame = 3

Query:  651 TLLNFVLPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAGAAEIKATP--QLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTATAVQYAQ 2444
            +LL+ + PI  QL  Y  +++  DL  G T+  ++IPQG+A+A +AG+P +YGLY    P   Y+L G S  ++ GP A+I L ++      G  P  G       + + Y+E   ++  MV V    M + + G  L   L+ PV++GF +A+A+++  SQ+     I  P  + V  IL  L  E  +++  + G+G+G++L+   L+R+              P AL VV L T ++    L+G  G+ IVG +P GLP P  P LD         +  L  VAL  A+V F+ + ++AK  A   +    P  +L A G ANL G+ F A P +   SR A+ D  GART + ++ +  ++ + L  L+ L + LP +VLAA +   +    ++ E   L+RV   D  M + TFAAT+G+ + +GI+VG+  S   L+ ++S P    +G LPGT  +R++  +PDA+   G+ + R  A++ FAN +  R  V  +VE A               +  + ++ D  +++ +DS++L  LE L+  L  R   +E++ A V  P+M + R++ L        +F   + AV+ AQ
Sbjct:    2 SLLHRIFPIALQLREYDRKRLGSDLSAGLTVGVMLIPQGMAYALIAGMPPIYGLYASLVPLVVYALMGTSRQLAVGPVAMISLLVA-----AGVGPLAG------GDPQRYIELALLLALMVGVLQLAMGLLRFGF-LTNFLSHPVLAGFTSAAALIIGASQLRHLVGIDLPSSNQVHEILLGLAGELNSVHGLTLGVGIGAILLLVGLKRWRRTF----------PGALVVVALFTAVAGFMGLDGA-GLRIVGDVPGGLPLPTVPALD------TGAMWALLPVALTIALVGFMESIAVAKVYAAKNKHDVDPNQELVALGTANLVGAFFRAFPTTGGFSRTAVNDQAGARTTMASLVSAGIIAVTLLLLTGLFRTLPNAVLAAIVMVAVANLVNWREALHLWRVDRQDFAMMMVTFAATLGLGIEEGILVGVLASLGALVYKTSRPHAAVLGRLPGTDTFRNLSRHPDARPPEGITIYRLDAALCFANVEFLRDQVRGLVEGA---------------VTPRALVFDFHAVNGVDSTALHHLEELLGYL--RGLGVEVYFAGVKGPVMDRFRRASLRKRIGEDHFFYEVSEAVEVAQ 555

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: A0A2A8D322_9BACT (Sodium-independent anion transporter n=1 Tax=Longibacter salinarum TaxID=1850348 RepID=A0A2A8D322_9BACT)

HSP 1 Score: 257 bits (657), Expect = 1.970e-70
Identity = 189/602 (31.40%), Postives = 313/602 (51.99%), Query Frame = 3

Query:  666 VLPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQI----SHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAGAA--EIKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTA-TAVQYAQEQ 2450
            + PI  QL+ Y+ + +  DL  G T+  ++IPQG+A+A +AG+P +YGLY    P   Y+LFG S  ++ GP A++ L ++ A+          L   D   V  Y+    +++ MV V  F + I + G  L   L+ PV+SGF +A+A+++  SQ+     +    SH I   ++    Q+ +    ++  +  +GVGS+L+  ALRR+   I          P AL+ V LST   W F L  + GV IV ++P GLP+P  P LD       A  E L   AL   +V F+ + ++AK  A     E+ A  +L   G+AN+AG+ FSA P +   SR A+ D  GA+T +  + +  ++ L L FL+PL  +LP +VLAA +   ++    ++E   L+RV   D  + + TF AT+ + +  GI+    VS   +I +SS P    MG LPGT  YR++K  P+A     V ++R  A + FAN + F+  V K+  + +                ++ +++D   ++ LDS+ + TL  +V +L  +D  ++++ + V  P+M  ++++  L  T+G  YF      AV+ A+E+
Sbjct:    7 LFPIADQLSSYSRDALRGDLSAGLTVGVMLIPQGMAYALIAGMPPIYGLYASLVPLVVYALFGTSRQLAVGPVAMVSLLVAAAV--------GPLANGD---VNAYIGFALLLSLMVGVLQFGLGITRFGF-LVNFLSHPVLSGFTSAAALIIGLSQLKHLLGVDIERSHYIHEILIAAGQQIGD----VHVITLVIGVGSILLLVALRRWLPMI----------PGALAAVALSTGAVWAFGL-ADAGVNIVASVPSGLPSPSLPPLD------FAAAESLIPSALAIGLVGFMESIAVAKVYASRHRYEVDANRELVGLGLANIAGAFFSAYPTTGGFSRTAVNDQAGAKTNLAAIVSAAIIALTLLFLTPLFYYLPKAVLAAIVMVAVFGLIDWEEAAFLWRVDRKDFALMILTFFATLSLGIEAGILAXXIVSLIVVIYQSSKPHTAMMGRLPGTETYRNLKRNPNALTDSSVVIVRMDAGLYFANVNAFKDLVAKIGVEDE---------------ALEALVIDMYPVNTLDSTGVHTLGEVVGMLRRQD--VDVYFSGVKGPVMDVLKRAG-LANTIGHEYFFHEVHQAVEAAEEK 557

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: A0A1V0DCC6_9BACT (Sodium-independent anion transporter n=2 Tax=Bacteroidetes TaxID=976 RepID=A0A1V0DCC6_9BACT)

HSP 1 Score: 257 bits (656), Expect = 2.550e-70
Identity = 184/610 (30.16%), Postives = 315/610 (51.64%), Query Frame = 3

Query:  657 LNFVLPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLA--GAAEIKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTATAVQYAQEQIAGGQLVAPA 2480
            L  + P+  QL+ Y  +++  DL  G T+  ++IPQG+A+A +AG+P +YGLY    P   Y+LFG S  ++ GP A++ L ++      G  P  G       +   Y+E   ++  MV     ++ + + G  L   L+ PV++GF +A+A+++  SQ+     +  P  + +  IL    ++  +++  +  +G+GS+++   L+R+             +P  L VV+L T   W F L    G+ IVG +P GLPAP  P       ++ A +E L  +AL  A+V F+ + ++AK  A     E+ A  +L   G+ANL G+ F + P +   SR A+    GA+T + ++ +  ++ L L FL+PL  +LP +VLAA +   +     + E   L++    D+ +   TF AT+G+ + +GI+VG+ VS   +IQ+SS P    MG LP T+ YR+++ YPDA     V +LR  AS+ FAN    +  V ++VE++                 +Q ++LD+  I+ +DS+    L+ LV  L +R   I  ++A V  P+M +++++ +        +FL    AV+ A+   A G   APA
Sbjct:    4 LTRIFPLRDQLSGYGRDQLQGDLSAGLTVGVMLIPQGMAYALIAGLPPIYGLYASLVPIIVYALFGTSRQLAVGPVAMVSLLVA-----AGVAPLAG------GDAGRYIELALLLALMVGAIQLVLGLARFGF-LTNFLSHPVLAGFTSAAALIIGLSQLKHLLGVPIPRSNYIHEILWSALQQIGSVHVPTLLLGLGSIVLLVVLKRWRR-----------IPGPLVVVVLGTLAVWGFGLH-ERGMAIVGAVPGGLPAPVVP------PISLASLEALLPIALTIALVGFMESIAVAKVYATKNRYEVDANRELVGLGLANLIGAFFRSYPVTGGFSRTAVNAQAGAQTTVASLISAGVIALTLLFLTPLFYYLPNAVLAAIVMVAVSGLIDWKEARFLWKTDRRDLALMALTFLATLGLGIEEGILVGVVVSLVLVIQQSSRPHTAVMGRLPNTSTYRNVERYPDALVNSRVAILRMDASLYFANVAYLKEQVEQLVERSS---------------VLQALVLDAYPINRIDSTGAHALKELVTTLRERG--IAFYMAGVKGPVMDRLKRAGVADLIGADHFFLDVHAAVEAAEA--ATGARTAPA 564

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: A0A1N7J249_9FLAO (Sulfate permease, SulP family n=2 Tax=Flavobacteriaceae TaxID=49546 RepID=A0A1N7J249_9FLAO)

HSP 1 Score: 256 bits (654), Expect = 6.150e-70
Identity = 183/605 (30.25%), Postives = 310/605 (51.24%), Query Frame = 3

Query:  669 LPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAK---SLAGAAE-------IKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTATAVQYAQEQI 2453
            +PI  ++ HY  +    DLI G T+  +++PQG+A+A +AG+P +YGLY    P F Y++FG S  ++ GP A+  L +             G+         E++    +  F + +   L++I +LG  L   L+ PVI GF +A+AI++A SQV     +  P  S ++  +  L  E    N  +A + +  + +   L++ N  I          P AL VVILS  +  +F LE ++G+ IV  +P G P+   P      T+    +  +    L   ++S + + SIAK   S   A +       I A  +LFA G+A + GS F ALP S S +R+AI    GA+T I ++ T + +TLVL F +PL  +LP ++LAA I   +   F + E F L++   SD  M L +F  T+ + +++G+  G+ +S   ++ R + P ++ +G LP T+ +R I  YP+A++    +++RF   + FAN D  +  ++ V+ +  N               I+ +I+D+S+IHD+DS+ +K LE +  LL  +   I  + A        ++ ++ L    +G+ +F+S   AV+Y+QEQI
Sbjct:    4 IPIINRVKHYNFKLFQSDLISGLTVGVMIVPQGMAYAMLAGVPPIYGLYGAIVPLFLYAIFGTSHAMAIGPVAISSLLIFA-----------GISEIAVPGSPEFISFVILSGFFIGLLKLLISIMRLGF-LVNFLSKPVIIGFTSAAAIIIAISQVKHVLGVHIPTSSSLLSTIQGLSSEIDNTNVATALVCISGITLMLLLKKLNKKI----------PGALLVVILSVAVVSLFHLE-DYGITIVKEVPKGFPSFLVPNF----TIEN--IRLVMPTVLTVTVISIVESISIAKVWESKYNATQDPKNRYKIDANQELFALGIAKIGGSFFQALPSSGSFTRSAINHESGAKTQISSIITALFVTLVLLFFTPLFYYLPQAILAAIILVSVVGLFEYKEAFSLWKTHRSDFYMLLTSFILTLVVGIKEGVFAGIFLSIIVVVYRLAKPDILVLGKLPNTSHFRCIHRYPEAEQVKNCKIIRFNGQLFFANSDYLKDFIVNVITENSN---------------IKVLIIDASNIHDVDSTGIKMLEEIKELLEAKG--IHFYFANTIGSFRDRLHRAGLTQKIVGKNHFMSILEAVEYSQEQI 562

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BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: UPI00064522B8 (hypothetical protein n=1 Tax=Acytostelium subglobosum LB1 TaxID=1410327 RepID=UPI00064522B8)

HSP 1 Score: 260 bits (664), Expect = 6.080e-69
Identity = 180/612 (29.41%), Postives = 324/612 (52.94%), Query Frame = 3

Query:  666 VLPITKQLNHYT-SEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRL---DKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAGAAEIKATP--QLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKV--VEKADNELRLAESHGDTTKI------------PIQ-YVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTATAVQY 2438
            +LPI   L  Y+  E +  D++ G T+  ++IPQG+A+A VA +P++YGLY    P F Y +FG S H+S+GPFA+I L + + ++        G+   D++++        ++ F+  ++  ++ + + G  +A  L+DPV +GFV+  A+++ +SQ    F         +  +L +   +    N WS  + V  ++    +++FN     +      +P  L +V++ TF+SW+F LE   G+++VG IP GLP P FP +   D         V ++   ALV  +V FI + SI  ++A        P  +L A G ++  GS F + P  ASLSR A+  + GART + +  T +++   L FL+ ++KFLP S+LA+ +   +     +    +L++V   D++++L +F +T+ + +  GI++GM  S   +I RS+ P    +G +PGT LY++IK  P+A+   G++V+R   S+ FAN    R+ + +    +K  NE ++++S  +   I            PI+  +I+D SS++D+DS+ LK L+ LVA    R   + I+ A +   +   ++K  ++       +F +   AV++
Sbjct:  221 MLPIISWLPKYSIKEDLRGDIVAGLTVGVMLIPQGMAYALVADLPMVYGLYSSIVPIFAYCVFGTSRHLSFGPFAIISLLVLETVN--------GVVG-DSQDMELRTSIAILLAFVCGLYQIILGLFRFGF-VANFLSDPVKTGFVSGCALIIGSSQFKHIFGYKVEASDCLPVLLVRYLIKIKEANWWSILIAVAGIVFLLGMKKFNQRFNLK------LPGPLIIVMILTFISWVFKLEERTGIDVVGPIPSGLPIPTFPTIPARDGRDNNWLHMVINITPGALVLILVGFISSVSIGATIAEKYNYDIDPNQELIALGASDFIGSFFLSFPVGASLSRTAVNASSGARTQVASFITALVIVSSLFFLTHIIKFLPKSILASIVIVAVIDLVEYKIAIRLWKVHRMDLMLYLISFGSTILLGILQGILIGMVCSLLLIIYRSAYPPFAELGRIPGTELYKNIKRVPEAETFMGIKVVRIDGSIYFANTQFIRKKLRRYEPTKKRTNESQMSDSETEMADISDDLVTVDIDGHPIKGAIIIDCSSMNDIDSTGLKMLKELVAEFTKRS--LVIYFASIKGYVRDLLKKGGVVETYGADHFFWTVNDAVEH 814

[Close]

BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: UPI0003B3FE14 (sulfate permease n=1 Tax=Salisaeta longa TaxID=503170 RepID=UPI0003B3FE14)

HSP 1 Score: 253 bits (645), Expect = 1.110e-68
Identity = 186/584 (31.85%), Postives = 305/584 (52.23%), Query Frame = 3

Query:  666 VLPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAGAAE--IKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGRRYF 2411
            ++P  +    Y+SE +  D + G T+  ++IPQ +A+A +AG+P +YGLY   APP  Y++ G S H++ GP AL  L ++  L         GL    + E   Y+     +T +  V+   M + + G   A LL+ PVI+G  TA+AI++A SQ+ T   IS P    V  ++T   +   + +  S  +G G + V   LRR   +          VP AL VV+ +T +SW+ +++   GV+IVG+IP GLP P+ P       L+ A +E L   AL  A+V F+   S+ +  A      I A  +L   G AN  GS+F  +P S S SR+A+ D  GART + NV   +++ L L FL+PL + LP   LAA I    +     +E  +L+     D  + L T  + + I ++ GI++G+  S   ++ R S P V  +G +PGT L+RD++ +  A+    + VLR  A+ +FAN + F+  ++   +K++ E R            I+ V++D +SI+DLD+++++ LE ++  L +R   I++    +  P+   +R+S L    LG  +F
Sbjct:    6 MVPAARWATSYSSETLRADAVAGVTVGVMLIPQAMAYAVIAGLPPIYGLYAALAPPLIYAVLGSSRHLAIGPVALDMLIVAAGL--------SGLAATGSAE---YVALTIALTALAGVFQVGMGLAQFGFA-ANLLSRPVITGLTTAAAIIIAGSQLGTLMGISLPQSQYVHVLVTAAIQNVESTHLLSLAIGGGCVAVLVLLRRLAPW----------VPGALVVVVGATLVSWLGNVQAA-GVDIVGSIPTGLPEPRLP------DLSLANIELLWPAALTLALVQFMKNASLGRVFATRHNYTINANQELVGIGAANAIGSLFQGIPASGSFSRSAVNDQAGARTPMANVMASVVIILTLLFLTPLFRPLPAPALAAIIMVAGFGLIDLEEIQELFETRRRDGTIALLTAGSVLFIGIQAGIIIGIVASVLLVLHRISRPNVAELGHVPGTRLFRDLERFEQAEPIDDILVLRVDAAFSFANAEYFKDFIL---DKSEREGR-----------SIKVVVIDGTSINDLDTTAIEALESMLKTLRERG--IDLHFTSLIGPVREVVRRSDLY-QDLGEDHF 543

[Close]

BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Match: A0A2P6BZL7_9BACT (Sodium-independent anion transporter n=1 Tax=Salinibacter sp. 10B TaxID=1923971 RepID=A0A2P6BZL7_9BACT)

HSP 1 Score: 251 bits (641), Expect = 2.820e-68
Identity = 185/614 (30.13%), Postives = 312/614 (50.81%), Query Frame = 3

Query:  651 TLLNFVLPITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIVWAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEEVREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAILVANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYFALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTIPPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAGAA--EIKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNVFTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGLSDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPGTTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNELRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPIEIFLAPVSDPLMVQIRKSPLLCATLGR-RYFLSTATAVQYAQEQIAGGQLVAPAN 2483
            T+L  + P+  QL+ Y+ E++  DL  G T+  ++IPQG+A+A +AG+  +YGLY    P   Y++FG S  ++ GP A++ L ++ A+          +   +TE    Y+    +++ MV +  F +   + G  L   L+ PV+SGF +A+A+++  SQ+     I  P  + +  IL    +    ++  +  +G+ S+L+   LR++N  I          P AL  V ++T   W   L    GV IVG++P GLP+P  P LD         V+ LA  AL   +V F+ + ++AK  A     E+ A  +L   G+AN+AG+ FSA P +   SR A+ D  GART +  + +  ++ L L FL+PL  +LP +VLAA +   ++     +E   L++V   D  +   TF AT+ + +  GI+VG+ VS   +I  SS+P    MG LP T  YR+++  P+A  +  + +LR  A++ FAN   F+  V+ +               D     +Q V+LD   ++ +DS++   L+ ++     R   IE++LA V  P+   +  +  L   LG  R+FL    A + A+  I  G+ V+ ++
Sbjct:    2 TILQRLFPLFSQLSDYSREQLRGDLSAGLTVGVMLIPQGMAYALIAGLSPIYGLYASLVPLVLYAVFGTSRQLAVGPVAMVSLLVAAAVA--------PIANGNTEL---YIGLALLLSLMVGILQFGLGAARFGF-LVNFLSHPVLSGFTSAAALIIGFSQLKHLLGIDLPRSNFIHEILWSAAQRLGEVHPTTLLLGLASILLLVGLRQWNRSI----------PGALVAVAVTTITVWALGLH-EQGVAIVGSVPGGLPSPSLPPLD------WGYVQQLAPSALAIGLVGFMESIAVAKVYASRHRYEVDANQELIGLGLANIAGAFFSAYPTTGGFSRTAVNDEAGARTNLAGLLSAGIIALTLLFLTPLFYYLPNAVLAAIVMVAVFGLIDVEEARYLWKVDRRDFGLMALTFIATLALGIEQGILVGVIVSLIVVIYESSTPHTAVMGRLPDTETYRNLRRNPEAMTRSNIVILRMDANLYFANVSTFQDLVLDL---------------DVNDPALQAVVLDMYPVNQIDSTATHALQEVIETC--RRNGIELYLAGVKGPVK-DVLDAAGLSDELGEDRFFLEVHDAAEAAEANIEEGKSVSSSS 568

The following BLAST results are available for this feature:

BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot

BLAST of mRNA_P-littoralis_Contig702.45.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FPW1_ECTSI	1.140e-274	69.00	Sulfate permease n=1 Tax=Ectocarpus siliculosus Ta...	[more]
A0A6H5L827_9PHAE	2.210e-254	66.56	SulP protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 T...	[more]
A0A651DU70_9BACT	1.910e-72	32.38	Solute carrier 26 family protein n=1 Tax=Gemmatimo...	[more]
A0A651HCL5_9BACT	1.710e-71	31.17	Solute carrier 26 family protein n=1 Tax=Gemmatimo...	[more]
A0A2A8D322_9BACT	1.970e-70	31.40	Sodium-independent anion transporter n=1 Tax=Longi...	[more]
A0A1V0DCC6_9BACT	2.550e-70	30.16	Sodium-independent anion transporter n=2 Tax=Bacte...	[more]
A0A1N7J249_9FLAO	6.150e-70	30.25	Sulfate permease, SulP family n=2 Tax=Flavobacteri...	[more]
UPI00064522B8	6.080e-69	29.41	hypothetical protein n=1 Tax=Acytostelium subglobo...	[more]
UPI0003B3FE14	1.110e-68	31.85	sulfate permease n=1 Tax=Salisaeta longa TaxID=503...	[more]
A0A2P6BZL7_9BACT	2.820e-68	30.13	Sodium-independent anion transporter n=1 Tax=Salin...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-littoralis_Contig702	contig	P-littoralis_Contig702:123070..144235 -

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.D7FPW1
PFAMs	STAS,Sulfate_transp
Model size	3768
Max annot lvl	2759\|Eukaryota
Hectar predicted targeting category	other localisation
Exons	16
Evalue	1.91e-281
EggNOG OGs	COG0659@1\|root,KOG0236@2759\|Eukaryota
Ec32 ortholog description	STAS domain
Ec32 ortholog	Ec-01_008480.1
Description	secondary active sulfate transmembrane transporter activity
Cds size	2481
COG category	U

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1680791471.3544695-UTR-P-littoralis_Contig702:123069..124285	1680791471.3544695-UTR-P-littoralis_Contig702:123069..124285	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig702 123070..124285 -
1680791471.5867553-UTR-P-littoralis_Contig702:144164..144235	1680791471.5867553-UTR-P-littoralis_Contig702:144164..144235	Pylaiella littoralis U1_48	UTR	P-littoralis_Contig702 144165..144235 -

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

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-littoralis_Contig702.45.1	prot_P-littoralis_Contig702.45.1	Pylaiella littoralis U1_48	polypeptide	P-littoralis_Contig702 124286..144164 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-littoralis_Contig702:123070..144235-
coding sequence from alignment at P-littoralis_Contig702:123070..144235-

protein sequence of mRNA_P-littoralis_Contig702.45.1

>prot_P-littoralis_Contig702.45.1 ID=prot_P-littoralis_Contig702.45.1|Name=mRNA_P-littoralis_Contig702.45.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=827bp
MGAGLAAQRGWPQGQEQDPTSPHSTNATTSESEEQYEDPAGRHHQEQDGI
GEVGNDLLLYEEVAQTEVQPLEDVEYARTYGSVASLTSLVPLDRKRQSSV
GENSENGEGALPRFAGSNVEPEWGSVPGESKPLGAGGHRTGREQSVAYDL
GAVLSTEEEIRHRFTFRPSRAMGPREIMGKMKRKVSKNFKSPRTLLNFVL
PITKQLNHYTSEKMARDLIVGTTMATLMIPQGLAFATVAGIPLLYGLYIV
WAPPFFYSLFGVSLHVSYGPFALIGLFMSDALHLRGYKPCDGLCRHDTEE
VREYLEACTIITFMVSVWYFLMAICKLGEPLAILLADPVISGFVTASAIL
VANSQVCTFFQISHPIRSDVVGILTQLWEERYAINRWSAGMGVGSMLVYF
ALRRFNAYIKSRGVSGFFVPEALSVVILSTFLSWIFDLEGNHGVEIVGTI
PPGLPAPKFPRLDKLTTLAQACVEDLAGVALVAAIVSFIITHSIAKSLAG
AAEIKATPQLFAFGVANLAGSIFSALPGSASLSRAAIIDALGARTIIHNV
FTFILMTLVLSFLSPLLKFLPTSVLAATIFAVIYKFFHFDEPFKLYRVGL
SDMVMWLATFAATMGISVRDGIVVGMAVSAFTLIQRSSSPLVMHMGLLPG
TTLYRDIKTYPDAQRQPGVEVLRFGASMTFANKDVFRRAVIKVVEKADNE
LRLAESHGDTTKIPIQYVILDSSSIHDLDSSSLKTLEGLVALLVDRDPPI
EIFLAPVSDPLMVQIRKSPLLCATLGRRYFLSTATAVQYAQEQIAGGQLV
APANLYQKVMSSINLANLDQGGIDDI*

mRNA from alignment at P-littoralis_Contig702:123070..144235-

Legend: UTRpolypeptideCDS

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

>mRNA_P-littoralis_Contig702.45.1 ID=mRNA_P-littoralis_Contig702.45.1|Name=mRNA_P-littoralis_Contig702.45.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=21166bp|location=Sequence derived from alignment at P-littoralis_Contig702:123070..144235- (Pylaiella littoralis U1_48)
CGCTGGCACACCGCTGCAGAGTTTTCACTTTCCCTTTACCCGCAGCCTCA
ACATCAACCCCGTGGCGAACCATGGGAGCAGGGTTAGCCGCGCAGCGGGG
CTGGCCTCAGGGCCAAGAGCAAGATCCGACATCGCCGCACAGCACGAACG
CAACCACCTCAGAATCAGAAGAACAATATGAAGACCCGGCAGGACGGCAT
CATCAAGAACAAGACGGCATCGGTGAAGTCGGCAACGACCTCCTCTTGTA
CGAGGAGGTCGCCCAAACAGAGGTGCAGCCCTTAGAGGACGTGGAATACG
CGCGAACATACGGGTCTGTTGCAAGCCTCACGAGCCTCGTACCCCTCGAC
AGGAAGCGGCAGTCCTCGGTCGGGGAGAACAGTGAGAACGGGGAAGGTGC
CTTACCAAGGTTTGCTGGTTCCAACGTCGAGCCCGAGTGGGGTTCGGTAC
CAGGGGAGAGCAAACCACTTGGAGCGGGGGGGCACCGAACCGGGAGGGAG
CAGAGCGTTGCGTATGACCTGGGCGCGGTGCTGTCCACGGAGGAAGAGGT
GCGTGTGTGTGCCCTGTCGCGGTCGGTTCATGTCTTCCAAAGATGATTTG
GGGGAATGAACGTAGTGGGATGTTCCATTACACATACGATTACGAATATG
GTGTGGCATGTTTGTGACATGCTACAGCAGTACGTAGTGTATGTGTATTG
TCATCCCTCCGAGTATTAAACCCAGGGCGGGCGAAGAGGTCTTTCAGCCG
CACTGCTGTCGTACTTCATGCATGATGGACGCCGTGCGAACACCTAAACG
AAAGCTCATTACTGTGTGTGCTCAGTTTTGAGGATATGGACCGTCATATA
TTATATAATAGGAGGCACAGCGATTTCCCACGGCACAGCACAAGGATATG
ACGGAATCATAATAAGATATCACATATACTTTGAAAGCGGCTATGCTGTT
AGTAAGAGCAGATTCGGCTTCGCCGACGAGGGTAGGGACCGCGGATCCCT
GCTCGCGAGAAAAAATATCACGCATGTACCGCAGAAGGAAGGTGGGGGTA
ACTCCTCCTGTGTTGACCTTCCTCCTGTGTGACCCCGTCGATGGGCCTAG
CCTGTAGTTTGAACCGCAGGGTGCAGACTAGTGTGCCAGAGAATATGGGA
TGACAACACACATCACCATGTCATATCACGATGTCATTGCCAGCATAATG
CATCAGTGCCTCAAGTCATGACAGGCAGTGGTGCGCTTTCCTCGGCTTGA
TCTCATCATACTCCCAAGAAAGGATGCGGAATGACGAGCGGTCGTGACGT
GACGGTCAGTGTCATCGGTAAGTCACGAGATTTCTTTGTTTTTGACCCGG
GCACCCGTTGGGACTCGAGGCGCATTACCCGCGGGTACCCGTGTCATTAG
GAAGTGGAAGACGGTGCCCCCTTCCCCCCCGGAATAGTGAGAGCCCGTAT
TAACGGGGAATTGAAAAGAACGAAATTGCGAAAAAGAATACGAAATAACT
TCGTTCTTCTGTAAATAAATAAAAGTAATAGTTGTTGAGTACTCCGTATA
TATTTTATTAACGGAACGAGCATCCTTTTGTTTTTTTTTCGTGCTGCTGC
AGCGGACCTGGTACCAGGGTGGAGAAGAAGAGGGGATACATCAGTACACG
AGAGGACACCGTTTGCGATGACTTTTGATATTTTTTGGATGGCTGATCGC
TTGTTTCCCGTCACGCTCGATACTTACCGACCCCAAACCTTGGGTGTTCC
CGATGGGCATTAGACCCATCTCTCGAGGCACGCAGTTGGCAGGGAATTTC
ATCCGTTTTCCGGCGAGACATCAGTGGAAACGTGAACTTGGCTACTTGCG
AACTCACCCGAAAAAGCGGCTCAAAGCAAGGGCGGGTCGTTGTGCAGGAG
TTTAAAACTTTTTTCGCGTCACGCTTGACACCCCACTGCCCCAAACCTTG
GGCATTCCCAATTCACTTCAAACCCACCTCTCTAAATATGCAAGTAGCAA
GGAATTTCGTCGCTTGTGTCGCGAGTTGTCAACATGTGAACTTGTCTGCT
GTACAAAAGTCTACCGGAGATGCCTCGCAGAGCTGAGGCGTCCCTGCCTA
CAAGCCTAGGAGGCGGTATATCGTTTTCGTTTTCGCAAAAAAAAGAGGTC
CAAAACACTTTATTTTCGCGAAGAAAAAAATGAACACCGCCTGCTCGGTG
TTTGCTGAATCGGAGACACGCGTCTTTCAAAGAAAATAACGCATCTTTCT
CTTTTTTCCTTGGACCAATTAGAGCCCAATTTCGTTTTCTTTTTCGCAAT
TTCGTTTTTTTCAATTCCCCGTTAATCCGGGCCCTGAAAAACGGTGTCCA
AGAAAATTAAAGGGGCGCCGTGTGTGATGTTCATGGGGGTACCCCATTGC
CGAGTGGCACCGTACAGTAGTGCGATTTCAATTTCCCGGAAAGCAAATAT
GCTACCCGGACCCGACCGGGTAGTGCCGGACTCGGGTACCCGACTCGGGT
ACTCGACTCGGTTACCCCGGTAATTTTGAGACGGGGCGGAACTCTAGTTT
GACGTCAGGACTTCAAAACTTCAAAATTCAGACTTCAGTACGTACTATGA
TGGACAATGACCTAGCATAAAGAACTCCACGTTGCTTAGTCATTTATTGT
TCTTGGAGGTAGACCGCCACACCAACCTACGGCCAGAGTTTCTTTTTCGG
TAGGCTTTCGCCGCTCAACGGGGGTAAGTATTGGTATTTTTGTGCCTCTC
GGCAGTCGCTGAGACTGCTACCGAGGCTCAACACCTCGCGACACCACGGG
GACCATCCACAGCAGTCAACACTTTGCGAGCGCCCGGAGGCTAGCTGAAG
AAACACTCGAGGCGAAGGAAGCATCTAAATGGGTCAACGGGGCGCCGAGA
ACTCACAATGGAGCTACACAGCGGGGATGTTCAACGCGGAATTTATTATT
CCTTCTGTTCCAGGGGTGGACACCTATACTATCTTCCGGCTACGTATATG
TTCATCTCGCAGAGTCTACCATCAAGCAAACCGCTTCCGAATGCATGCTT
CTTGCGTCGAGCAAGATGAATCTTCGCTGTTGAAACTCTCCAGGTACTGT
TCAGAAGTCGCCTGGGCTTTATCTCTAAATCACGGCACCGCGCATGAAAA
TACAGCGGGACACGAAACGAAATCAGAACCGCTGCGCACATATTTGATAC
GTAGCCCCACGCGAAATGCGTATCATTTGTATACTTGGCGAGTTTCAACA
GCGGAGATGTTGCCTTGCTCGACTTACAGAGTATGTATTCAGAGGCGGAT
TGTTGGATGATAAGACATGCGAGATATACACATAGGTAGCCGGAAGATAA
CATCGGTGTCCACCACTTGGAGATGAGTACTGCCAGCTGGAACAGAGGGA
ACAAGGAAATCCGTGTTGAACATCCCCAGTCAAAGCGTCGAGTGTTTTGG
ACGTCCTGTTGACCAATTTGGATGCTTTCTTCTCCTCGAGTGTTCCTCCT
GATAGTATCAGAGCGCCTGCGAAGTTTGACAGCAGACAATGCCCGTGGTG
TCTCGGGGTGGCGGGCCACAGCAGCAGTCTGAGCGACTGCCGCAGGGTAC
AACATACCCACCCCCGTCTGAGCGGCGAAGGCTTCTAGAATGAACTGACT
TAAGATTCGCTTCAGAAACATCTCGAGTTCAGTCCACGAGCCATAGTTTG
AGGTCATCGTCCACAGCTTCAGTATGGACACAAGCACGCAGATTACCTCT
GCGTGCTTGTAGAGTACAGCAGCACAACTCGCACAACGCCATGACACGGT
CGATCTTAGCATCGAACAACGGATCTACAGGAGTGCTGTCGTGCCCCTTT
GGTGCTTCCTTCGCTCAGGTGACTATTCGGTTGATGGGTGGAAGGGAGAG
TCATTCACTAGACGAGAGAAAATGTCTATCGTGTCGTGCGGACAATGTGA
CGAGTGACAGACAACGAACATATCAAAATATTCTTGAAGTAGAGAAGAAT
CTGATCTGAATACAACACCATCGTTGATACGAAAGATCCAAGATGGGAAT
ACCGTGTGTGCCTTCCGGCGCGGATCCATCCATGGTGACGTCACCAATCA
CATTCAAATGTTTGACCTCATTAATCGTACCGCACGCTGCATTGCCGGGC
ATGCAAACGTATTTTTCAATGGTTTAGAAAGGCGTTTTTGAAAGGAGGGA
GTTTTGGTTGGCATCCTCGGTTTGTAGAGGTCAAATGCCGTCGGTCAAAA
GATTCCCGTGACTGCGGGCAGTCACGAGCCCCAACTGCCGTTGTTCCGCA
TCCTTGCTGCCAGCACGTAAAATCATTTCGCGGTGAGATTAGGCTGTGGG
TCTTTTGACCTAATCAGACTTGGAAATCAGAATCAGACTTGGAGTTTTTG
ACCTCCTCTTCACCACTGCTGTGATCACCGTATCACAAGTGTCCCACGTG
TCTTTACTTTCCGGGAGGGCGGGTTGGGAAAAGAAAAAACGCGCTCTTCC
AATGCCCCCCTTGTAGCCTGGGTCTCTCCTCTCCTTTTTCTTTCCTCCGG
TCCCTTTTCCTCCTCTACTCTTTCTGCTTCCTGCCCTATGCTGCCGATTC
CTTGACATGTAAGTCATTTATGCGACTCTCTTCTTTTTCGGATTCGGGGG
CCCCACAGCCAGAACTATTTCGCTTTCTCACCACTGCTGGTCACCTTGAT
CCTCATATACCAATATTTATTGACGTCCGTTCAAAACACCAGATTACGCC
AAACTTGATCTTCCACTTGCGGTAGCTTTGGTTCCGAATCCAAGTGTTTT
ACTTTAAGTTTTCGTTATTGGATTCCAACTTGAATAAAAACATCGATAGG
GTTGGGGTCCGATGGGTTTCAAGCAAACACAGCAGGAGTTCCAAGTTGGA
AAAGGCCGCGCGCGCGGCCACGAGGTTGCGTTGCATTGGTTTACAGCCCG
CATCAAGTACGTACTTATGTTCTGTTGTCCATTCTCACATTAGCTTCATA
GGCAAGATCGAATTAGCCCGCAGTCACAAAAGTGACTAACCCGAAAAAGA
TCCGAAACACACACACACAAGTGCAACGAAGGGTATGCAGAAAACCTGAA
GAAGTCACGCCTCCTGTTGTACTTGTGGTGGTGTGCAGTAAACCGAACAA
ACACAATCCACCAGCACGTATCTGTATTGGAATACAACGTCGTTTTCAGT
CTACCACCCGTCCCACTAAATAACCGTCGCTGCAGACTATAGCAGCTCGA
TTATAGCAGTTGCTGTTCGGATTGCTGCCTGCAACTCACAAGTAGGCACG
CACATCTGTTGCTGCTTTTTTTTTTTTGTGCTGACGAAAGCTTTGGGCGG
GTACCACGTGACGAAACTCTGAGCCCCTCTCAGATTTTTGAAATTGTGCT
GGAAAAACCATTCGGGGTCATGATCTTTGTCGCCGGTGGTGCTCCTCACA
CAGACCCCGGATTACTACCATATTGACAGGAGGTCTCAAGAGGGTCGTGT
TCTACCTTCTCCAGTAGTTTATATGCTATGGTTTTGCTCCAAACTGCAGA
AATGCTGCGCCATCGCAACTGGAAGCAAGCCGTTTTCTGCATCCGGAGGT
CGTTTTTAGCTCTCAGGCGACAAAATTCGCGCGAAGGTCGTGCACTCGTA
GAATCAACCAAATGGGCTGAAACTCGCAGGGTGTGTATCTCGTGGATGTG
CTACCCAACAAAAGTTGGTAAAATGTGGGATCAGCACTACAGCACTGACG
ATGGGCTTGCAAAAGTTGCCTTAAATCGACCCAAACCTTTCTGGAACTCC
AGTACGAAGTACTTTACAAGTTTGAACATTTTTAAGCAAGAACAACAAAA
TGTCTACCTCCGAAAATGTAGCAAACACTTCATCGTTTCGTGCTCCAAAA
AAACTTGAGATCAAAGTTGTGCTCTGACCAAATCGACCGAAACTCGGAGG
GTTTGTAGCTTGGTCGATGCACTACCAAAAAAACGTTGGTAAAATTTTGG
GTCAACACTACATACAGCCCGCGAACCAGCAGATTAACGTGCATGTGTCA
CAGGAAAATCGACGATGGCGCCTCTGTGCGATGACAATTTTTGTCGCTAT
AAAAAAAATGGCGATTTTGTCTATATAGGCCGCAGCATGCATGGTAGTCG
AAAAAAACAGAATGGAGAAAACACACCATGATGGTATCTGGGGTGATGTC
AGAGTGACAAGACCCGCAGGCAGTAGTGCTGTGAAAAAGCAACAAGGATC
AACGAAAGCTACACACTTATCGACAATCTTCAATCTTCATGAGTAGTCTA
CAACAGGCACAATACACCCCACCCCGTCGATATCTCGTCGATATCTCGCA
AAGGAGTAGTTCCACAGTTAAGGGCACCTCAAGTCGTTTACGAAGGGCAC
GATACAACCACGCCATCGATGTATCGCAAACGAGTCGTTCCACCAAAAAG
GTCACGACGCAGCCACTACAAGGCCGCAGAATTGACGCAGGCATTTCTGC
GGCGTCTCTCTTCTCTTTTCTAACACAACAGTCAATCTTAGTGTCCCCGA
GATGTTCCAAAAGAAAGAAAACCTGCGAAGGTTGCGATGGTGTGTCCTTG
TGCCGGTGATGTCGCCCATAGTCACCTCAAGCTCCTCCGCCATCCAAGAT
CCCCTTCGCTGTTGCCGTTGTCCCAGGTCACCCCCCCCAGTATGCACCGC
GCTCTCGTACCGCGTCGCTAGTGGCGTTGCCCTAGGCCACCCCGCGCGCC
GCCTCTTTCGTACACACGCTGTCGTTCTTGTTGCTTTCCAGCCGGTTCCC
TTCAGCTCCTCCATACGTGTACTCTCGAGGCACTAGTCTTGTCAAAAAAT
AGCTCACCCTCAGGGTAACGTCGACCATACCCTTCCCCGTTCGTCGCCGC
TCGTCTCCCTGGGTCTTGGGCTGCGGATCCGGCTGCTGGACGGCGTACTC
CCTCTGTGCATCCTACAGATCGTGCCGTCTTTTCGCCTGTAGTGTCGCCT
ACCTCCGCGCACAAATGAAAGTGATTGTACATCGCTGTAACTACCGCGCT
AACCCTGAAAGAGGCCTGCGAATCCGGCCTGGCGCACCAAAAAACGACCC
CAACTCTACCGCCACGCCCGCAGACATTCCGCCACAGTGCGGCAGCAAGA
AGGCATCACTCCTTAAGGGTGAGAACGACCTCACACCCGTCAGAGAGAAA
GCAACATCTCGCTTGGGGTCGTGGCAATAGCAGACCTTGCCGAGGCAGTG
AGGGGAACGGAGGTTAATACACACGCACACACACACACGAGCCAGGTACA
GATGATCCATCCAGCTGCGCGCAGTCCTGGCCGTGCTGCCGATCACGCTT
GCCGCTCTGCACCATCAGCAGCAATTGCTTGGAGAATCAGGACAAACCGC
CTGCCGCTCATCTAGGACAACCCTCTTCATGTCCGCTGATTTTTTTTCAT
ATGTCCGATTTTTCCCCTGAGCTGGCCCCAGCCCGGAATTTTCAGGTCAG
AAAATCACATCAAGCTCGGAAAATGCCAATCCGACCCGAAGAATTCCAAG
TCCACATTATCATGGGAGTAGGCCTTAGTAGTGAAGATTCGTTTGGTGGT
GATTCTGATTTGCGATCATGTCTGATTTCGATCATTATCAAGCCGGAAAG
CGCGTAATCGAAGTCAGGAATGAGATTGAAGAGTGCAGCGGAATCCGGAC
AGCCTAATCCCCCATCCGAATAGCTTGATCCCCCTGACGTCCTGAGCATA
CTGCTGCCGGGAGGTGGTGTCCGACCGCCGCTGAAGACCACGCGGGACCT
TGCTGAAAACACCTGATGCGGCGGTGGGTACTGCTGTGGTGGTAGCGGTG
GAGGTGGCCTCACAAACGGCCACGAAGGCCGAAGGCACCGGCGCGCGCTG
CTGTTGCGGTGGTGGCTGCTGGGAGGCACGCTGCCGGCAACAGCTCTCGG
CGTTGAATTCTTCGACCTCACCGGCATCCTCCGTCGCCATTGTTTGCCCT
GCTCCTACTGACCGCGAGTGTGGTGTATTTACCCTAGCAAAGGGAGAGGC
TGGCGCCGCGCGGTGCGTGTGCTGTGGGGTGTGTCGGATTGTGTGTGTTC
CCGCGCGCCTTCTTGGCATCGTAGCAGCCGAGCAGCCCGCCACGTGTATC
AAGCTGGTTGCGCTTCGTCGACCTCGATTCCAAAATAATCGTTCTTTCTT
TGTTCCTTAACCGAGTCCGGAAAATCAGAGTCATGGCTTAGTCGGGAAAA
GAGTCACAGATTTTACTCCAAACCGAAGAGATCAGTTCACCCAGTCACAG
AACATGTTTGTAGTGTCTTCAGGACTAAACGCCAAACCTGGTTCCGACTT
TCTACCTTAGCAGTTCTGATTTTTTCGACAAGGCCCAGCCTCACGTACTC
CAGACTCCACGGTAGCAGGAGCAGCAGCAGCTGCTGTATGTAAGTACGTT
CCGTTGGTTTCTTTCTATGTTGCCCTGCTTTATGTAAGTACAATCCGTTG
GTTTCTTTCTATGTTGCCCTGCTTTCTCTCTATCTCTCTCTGTCTTTTTT
TCTATCTCTCACTATATCTCTCTACATAAACGAAGTAGACATGCATCTGT
TCGTTTTTCTCTCAACCATATCTGGCGATATTTTTCTCGTATCTTGGAAA
CGGGTCAAACATCTTGAAACCACAGACAGTAGTAGCGTAGCACGATCGTT
GTTTCTTCTGTTTTCTTCATCTTGCAGGAGATGCTCACGCGGGATCCGAC
ACACGTCACTGCTACAACACTGGTACCCTTTGTGGATGCCCGTTTTTTTC
TTTTTCTTTTTGCTCAACCAATGAAAGGCTTGCGTTGGTCCGAAGCTGCA
TCGAACAACACTGACTAGGCGCGCGCGCGATCGACGGTGGATTCACAAGA
GGTTTTCATATCATAGCTGAACATCACTTATTTGAGAGAAGATAACTCAA
ATAATCAATGATCAGAGGGAACACCCGCCGCCGTTGAGACTCTCCGCGGG
ATGTGCGTAAGTTCCTTTCGCGCAGGGTCTCTGTCCTCGCGATTCGCTCG
GGACTTTGGGCCATCGAAGAATCTCAGCACTTTCGTTTTTCCTGGCCAGT
TCAGACAGGATAAACTCGGGGAGAGGCCCTCAATGAAGCTGCTGTGGACT
CACCATACATCTTTTGACAAAGACATTGGTCCTCTGAGGAGACTCGTAGA
GCGAGAGTTAATTCCCGGAGCAACCGCCCACCTTTTGTCGTTGGCAGCAG
GAGTGCTCATGGAAACATGCATTGTGGCAGCAAAAGCCTTTTCTCTCTCC
GATTACATCGGCAGATGCATGTAACTGTTGTGCTGCAATAAGCATCACAC
GCCGGTGCTCTAAAGCGTTTTCTTTCTCGATTTTTTGTGGTTTGCCAGAT
TCGACACCGGTTCACGTTCCGGCCTAGCCGAGCTATGGGCCCCAGGGAGA
TTATGGGCAAGATGAAGAGAAAGGTGAGCAAGAACTTCAAGAGCCCTCGG
ACCCTACTCAACTTCGTGCTGCCCATCACGAAGCAGCTCAACCACTACAC
GTCGGAGAAGATGGCGAGGGACCTGATCGTAGGGACGACCATGGCGACCC
TCATGATACCGCAGGTGAGCGTTATTTTACATTCTTTACTCTGCGCAGGA
AGCGGAAGACTGTACTTCGTGTGTGTGTCTTGAGTACAAAACTATCGTGC
TTACTAAACTGCTTTGGAGTTGTGTCTTAACCCCTCTGGGACCAGGCCAT
TTTGTGCCTTTTCACACAAAAAGCCCCGGTTCCAAACCACAACCATCATA
TGTTCTCCTGAAAACCAGATAAAAATTAGCAGCTGTGAGCACACCAAGAG
AAATTTACATGCGGGCACCTCACAGACATACAGCCAGGGCCCTTAACGAG
GTCTCACAATGTGGAGAGACGAGAAGGGTTACCCGGTGATCGCGATTCCG
CCTTCTGCTCTCAAATATCGCGGAATGACGGCTGTTTAGCGCAATTCTCC
TCTGCCCATACCCCCACAAAACCCAACATAGTTCAGGAATAGCGCATTTT
TTTTCCACTGTAGCCCTCACCCTGGGAAGGAGCAAAGTAGCAGCAGTAGT
TGGCCCTGCGGGCCTACACCTCGCTATGGTCGATGTCATCATATTGATAG
GGCCGGTTGCTGCTGCTTGGTGCTTGGTGCGAATCATTGCTTTCGTTATG
GTCGACGGTATATTTACTACGGAGTACCCGGACTCATGCGCTGCTGTTTG
GTCGCTGCGCGTTGTACAGATATGGGTGTGTGTGTCAATCGAAAGGATAT
ACTTCAACGTATTATATACTGCTGTACACAAGCGCAAGTGAGTACTGTAT
GCCTGTGTGAAGCATGATTATTAGTTTCACTGTTGCTGCTTCCTGCTGTG
CGCGAGCCTGCCCACCAAGTGCATACATCTAAAAAAATGAGACTATACGA
CGTTCACATAGCAGCAGTAGTAGTTGTGTTGGTGAACAAGCTTGCCTACG
CGAAGTCCCCAGCGTGTTCGGGTAAAAGCCCGTATGGACCAGCCTAAAAA
ATAAATAAAAAAAATAGCAATTCCAGCGAACAAAAAATCTCACCTCGAGT
CACAGATGGGTGAACACACGACGCACAATATACACCTTGCCCTTTCCGCC
CTGTCGTGCCGAGAAAAAATTGAAACATTCGCCCTTCCTTGTGGGTGCTG
CACCAACCAGGGGATCCTCATTGAAGCAGATCGTGTGCGATAATCTAGGG
TGAGAAACGACGACGACGACAACAGCAACAGCAACAACAACAACAACAAC
AACGCAGAAGCTGCGAAAACCTCCAGATAACCTATTTGTTATTTGCGTGT
TTATCGAGAAAAAAAAATCTCTCTTTGTCGTTTCTGCGCCGAAACTACGT
AACGCATCGTAGGGCCTGGCGTTCGCGACGGTGGCCGGCATTCCCCTCCT
GTACGGACTTTACATCGTGTGGGCGCCGCCTTTCTTCTACTCTCTTTTCG
GGGTCAGCCTGCACGTGAGCTACGGGCCGTTCGCTCTGATCGGGCTCTTC
ATGAGCGACGCCCTCCACCTTCGAGGTTACAAGCCTTGCGACGGCTTGTG
CCGCCACGATACGGAGGAAGTTAGGGTAAGCTCGATGGCTGGTATGATAT
GTTAAAAAGTGTTTTACGTTTTTTTTTCAGACGTGTTGTGCCCGAATGTG
TTGTGTTTTTTCATCATACATGTATCTTTTTTTATATATACGGGAGGAGG
GGGAAGGAGAAGGTTCTGCCGTTGTGTTCTCATTTCTGCTGCTGCTGCTG
CTGCTGCTGCCGCTGCCGCTGCCTTTATTGCTAATGGTGAGCGTGATGGT
ATGCTTGTCATCTTGACTTAATGTGGTGTGTGCTGATGTGTCTCGTGCCG
ACAGGAGTACCTGGAAGCGTGCACGATAATCACCTTCATGGTCAGCGTTT
GGTACTTCCTCATGGCCATCTGCAAGCTGGGGGAACCGCTCGCCATCCTC
GTGAGTGACCTTGCCACGCAATGCTCTCAATTATCACTATCATATGCATG
TTTTGGTCTTTGTTGTGCAGTATTCAAACTCAACGTCACACCTATTTTAC
GATATTCAGCATTTCACTTCACCTCGGCCACTTGTATCTGCAATCCACTG
CTCTCGTTCCCTGTGCCCGCAAATATGGCCGCCGCCGTTGCGACACCGCG
ATGCGAAACAGCTGGCGGATCCGGTGATTAGTGGCTTCGTGACAGCTAGC
GCGATTCTGGTGGCTAACTCCCAGGTGGGTCGTCGTACCAAGACGTGAAG
TGTCGTTTGACAGTATGGTGGCCTTCTGTTGTGAAGGCACGTAGTGCTTC
ACCGTGACACACAGCGTCGTGGGTCTCTGCTGCTGGCTGTGGGGTTTTTA
TTGTAGTGTCAGGTGTAAGTACAAATGCCACGCTGATCTTCGGCGAAATG
ATACAAGTGCCTGTCGCTGAAAATGTTTTTCTCGTTTTCCCGTCATTTCT
GCCGCCGCCACCGCCGCCGCCATGCGTTTAATGTTGGTGTGGGAGCAGGT
CTGCACATTTTTCCAGATTTCGCACCCGATTAGATCTGACGTCGTCGGAA
TTCTCACGCAGGTAAGAAAGGGTGTAGAGAGAGAGAGAGAGAGAGAGAGA
GAGAGAAAGAGACAATCAGGACATACATGAACAGATTGACGGACACAGAG
AGATTAAGAGAGACAACATAGATACGTATAGCGTCACGAAAGGTCAAAAA
CAACGGCTGATTTTTCAGTTATTGTTTTGAAAATCAGACACCTTAGTAGA
AAGGGAAAAGAGACTGGACGGGAAGGGCATCACCGGCACATTCACAGGCG
AAGGAAGCGAAAGGCTAGCGAGGAGGGGGCGTGGTGTTGGAGTGGTCGCT
TGTTGCTTCATCTGTCTCTTCGGGCGTGTCCACCTGCGACGCCTGTGCAC
TCTGTCCTTTCAGGATCAACGCGCCTTTCGAACTTCTCCGACACCAAATT
TTACTTGGACGAATAATCCGTTGAAATGCGTTCTTTGTCAGAATGATCCC
GACAGAATTTTGTTTCACTTATTGGGGGGAAAATTGCTTCGAAAAATGCG
GCCGAAGATTTCCCAGACCAACGATTCCGGCCAATTTGGTGGAATCTACA
GGGAACATCTCCCAAACCGAGCGGTCTTGAAAATCCTGACGTGGCGGGAA
GCAAAGTCGGGCAGCTTCTTTGCTCTGATACTCGACGCACTCGAACACAC
GACTCTTCCAACGGCACCCATGGCTCAGAGGCCGACACATGCTACCCGCA
TGAACGACTGCTGTCGGGTCAGAACACACGCACGTGACTCTCATACAACC
AAAGAGCTGCCGCTAATATTTTTTTGCATGTCTGGCACGCTCTCTCCACT
TTTTCAGCGCTGAAGGTCCCGGCACTGATCAGAGGGCTGCTACGAGCCCT
CTTCGACCTTCATCCGTTCAGATTCCATGATGCAGTGGTTGTTTTTGTTC
ACACAGCCAGCCGCAGACCAATTTCACTGGGGAAGAAAGAGAAAAAGAAA
ATTCTGCGATCATTAGCGGCGGTGCGAAATACTTTTGGAACGAAGATTCG
ACTCCAAAACGTTGATGAGGATTTTGCGAAGCTTTCATTTTGACGAATTT
TGCGGTCTCCGTCAGGGCTTGACAGACAACCGCTTGTTGGAAGGCACGAG
TTTGGAAAACAGCGAAGGGCCCCTGACATCACACACTGGGTATGCCTCAA
ACCAGCAGGATGGTGTCGGGAAATAGAAAAACTGTTGGTGATCGCACACA
GCGGCGGCAGGGGCTTCTCTATACATGCACATCACGTCTACCTCCAATAT
TTTATCTCAACATCGAGCATGATTTATTTAACGACTCTAAAATCACGTCA
AGACGCCTTATTGAGCTTAATCTCTACGACGTACCAGGTCTGTGGTGCGG
GAAGTACAAATCAATGCTATGATACGATATCACTAGAGGACACTTAAGGC
CAGCTACAGTGCGTGTCGGTCCGCAAGCTCAGACATGATGCTGTGGCTGA
GATACCGAAGGCTGCAGCAGTGGCTGAGAAAGTCCGCATAGTGGACCTGA
ACTGGACCGAAGCTTAAGGCTTGCCACTGCTGTACTCGCCGCCACAGACC
CCAAACTTATAATCTGCGGGTCGACAGCAGCTGCTGGTGCCACTAGCTAC
CTCGGATGGCCTGCATTGAGCTTGTTGGGGTCCGTCGGGGGGGCACGAGC
AGAGCAGTGACAAACCTTGTGTGTTGGTCCAGTTCAGGTCCACTTTGCGG
ACTTTTTGAGCCACTGCTGCAGCTTTCAATATCTCAGCCCCAGCACCATG
CCTGAACGTGCCGAGACACACGTAGCTGCTCCGTAGTGTCCTCTACTGAT
ACCACCACATTGATCGATACTCCCCGCACCACAGATCTACTGAGTAGTGA
AGCCAACTAAGGTGTTTTTACTTGATTAAAGACTGGAATTTGTACTTTGG
ATCCAAAATATGAAGTGGAATTTTTCCTCAAGGGTTTTTTTACCGCCCTT
GTCCGTCCTCCGTTCAATCCGGCGTATAAATGCACCGGTGTTCAGTTTTG
AGATGATTTTTGAGTGGGGAGCGCTGGATACGCATTCCCAGGCTAGGGGC
GCGAGATCGTTTGATTCTTGTCGCGACTTTCGTGTCACGACAGCCTCATC
TGTCTGTGTGTGCCCGTATGAAGCATATCACGCACACTCTTAACTGTTCA
TGGTACAACACTTATGCGCCGAAAGGTTTGATGGCCCCGCTCCCCCCCGT
CCAGCAGCCTGTATAGAAGTTAGTGGTCTTCACCCCCCCCCACCCCATCT
CCTCGTTGCCTGCATGATACCCGACAAACAGCTGTGGGAAGAGCGCTATG
CCATTAATCGGTGGTCGGCCGGCATGGGCGTGGGTTCTATGCTGGTCTAC
TTCGCCCTCCGGCGGTTCAACGCGTACATCAAGAGCAGGGGGGTGTCCGG
CTTCTTTGTGCCCGAAGCCCTTTCGGTGGTCATCCTCTCCACCTTCTTGT
CGTGGATATGTAAGACGCTACTGTAATTCAAAGAGATGTAAAGAAAGGAG
CAGGCCAGGAGGAACGAAGAGAGAGGGCAAAAGAGAGAGAATCAGGAAGA
TACTGAGAGACACGCACATTCACACATGGCGAGAAAAGCACAGGGGTAGG
TGGAGATAGACGGAGCGAGCAAGAGGGAGAGAGGGAGAATACTATCAGTT
CCTTATCCGGCCCGAATTGCTCTACGAATCCTCATGTGTATCAGCTATTG
AACTCGACAATTAAACCTTTGCTGCTTTGGCAATTTATCTCCGTCTCACC
CCACTCCGCCCCACTCCACCCCTCTCCGAAACACGGACACATGTGATCAC
CGCTGGAAAAACACCGCAATAACAGTCGACCTGGAAGGAAACCACGGCGT
GGAGATCGTGGGAACGATCCCTCCGGGGCTTCCGGCCCCGAAGTTTCCAA
GACTGGACAAGCTCACCACCCTCGCTCAGGCGTGTGTGCGCGTTTGATGC
TCTCCCAAGTCTTACGACTGCCGAAAGTGGTACATGTTTCGTGCTGAGTA
TTTTCTATAGAGGGAGCTTCCAACTCTGTACTGCACGTAAAAGTGTGTTT
GTGGGGGGCACGTGCAAAGGTTGGAAATAGTTTTTTGTTTTTTTGGAAGG
TAACAACAACTGCAACGATAACGTCAACGATGACAACACGCATCATGCAT
CAGCCTGTAACGAGCTAACCTTCGATGCACACCCATCCTGTCGTTTGTAC
CTCACACCGAAGGTTGAGGACTTGGCTGGCGTGGCCCTTGTGGCCGCGAT
CGTGTCCTTCATCATCACGCACTCCATCGCCAAGAGCCTGGCGGGGGCGG
CCGAGGTGGGCGAGCTATAGGCTACGGGCTCGGATTAGGTCATGGGCCCT
CATGCCGTCTTGGCGTTGGTGGCTTTGTTGGTGATGTTGTGGTTGCCCTC
GTAACGCCCCTACACATTCCGTCCAGTTGTTTTTTGTCTGCCTCGGGTTG
GTGCAACTTTCCAACTTTCGGGCCACGTTTTGAAGAATTCATTCGGAAAT
TGTCTTTTAGCTTTCCAGTCGAACGTTTTGCTCCACATCACGCTGTGCTT
CTGGCACCTCTTTGTTGTGCGGTGTTTTCACCTAGCTGCAATACTATATT
TTTTTTTGTGTGACACGTAAACACTTGTGTTTGTAATGCCCGTTTCTGTG
TCAAGTAGATCAAGGCGACCCCGCAACTATTCGCGTTCGGAGTGGCCAAT
CTCGCTGGTTCCATCTTCTCGGCTCTGCCGGGATCGGCGTCTCTCAGTCG
CGGTGAGTATAGGTTTTGTTGCCCCCCCCCCTCCCCGGTTTCTACTCTTC
CTCCTTGAATTCACGGCGACATCCGGCAATCATCGGAACATGTGCGCCTT
CCGCGGTCGATGGACACACCGAGCTGTGCTGAATAGTTGCTTTGGGATCG
GAAAAACAGTACCGGTGCCTTGTTTGAAAAAAAACGGTCGGATTCTGTAG
TTCCCATGCGATTTACGCGCTTTTTTGTTGCCATCAGTGTCGTTTGCGAA
AAAATCTCTGTGAGTGCAGTGCAGCGCTTAAAGATGGAGGAGCAGGGTGC
GATGTCGGCACCAAGAAGAAGCAAAGGACCCAGAGGGTTTACCAGTTTGG
GAATGGAATTCGTAGGTGCAGGCATAGAGTGCGCATCATGTGTTTGATCT
TCTCCCGGGCGCTTGGATACGTCCTGCGTGCTACCGGCGTATGCATTTAT
GTATTGAAACCTAAGTTATCGCTGTGTTGTGAGTCTGGTGTATGCGTAGC
GTTTGTGTCAGCTGGAGACTCTTTCGCCTCTTGTTGCGTGTGTGTCTCTC
TTTCGCTGCATTATGTAACCTTTGTCTCGTGGTCATTCTTCGCTATCTCT
TTCTCTCCCCTCTTCCTCCCCTTCTCCCCTTCTCTGCTCTCTTTCGCCCA
CTCTCTCCGCGGTTACTCCCTGCTGACCCCCCCCCCGGTGCCCGCCCCCC
TCGTGTTCCGCCTTTCCTCTGCTCGCATGCGCCCCCAACCCTTGACCATT
TTCACCCGTTCAGCGGCCATCATCGACGCGCTCGGTGCCCGTACGATCAT
TCACAACGTCTTCACCTTCATCCTAATGACACTGGTGCTGTCCTTCCTCA
GCCCGCTGTTGAAGGTGACATGCGTGCTTCTTCTTCTGGTTGCGTGTGAC
GATACTTGTTCTGGTTTGTCGTTTTCGTAGTTGTTGTTTGCGTGCACAAA
ATGATGGAAATTATGTGCTGTACTGTATGCAGATCGATCATCGTCTCCGG
TCGGACGAGGAGTAAGTGCAGCATCGAAAACTTTGGTTGCTGTCTCTTTT
TCAGGAGGGAGTTCAGGGTGGCGAAGGGGGGGCGTGGCAGCACGTAGCGA
GACATCGTATAGGCAAGAAGAAATCCGGGGGGTGCGTGGTTCGTTTGCTT
TGTATACAGTCAGCAACCTACGTTCCCGCTGCGTATACCACGTGAAAAGA
TGCGTCAAAAAGTGCGTCCCAATTCTGCTCTGGTTGCGTACAAAAGTTTC
GCGTCATCATGTCGTTCGAGAGTTCCTGCCGGTGCCTCCCAGTACCCTCA
ACACCAAAATACAGTAGCAGAGGAGTCTTCTTGATTTACTTCCGCGTTCA
TTTAACTCCAGTGCCATCCATCGCCGCCCCTCTCTGCCGACAGCGTTTAC
TTACCCACCCACCCATCCATGGTCGCGTTCTCTTTCTTGGCGGGATTGAC
GTCGATTGGAGGATAGTTCCTCCCCACCTCGGTGCTAGCCGCGACGATTT
TTGCCGTGATCTACAAGTTCTTTCACTTCGACGAGCCGTTCAAGCTGTAC
CGCGTGGGCTTGTCGGACATGGTTATGTGGCTGGCCACGTTCGCCGCCAC
GATGGGCATCAGCGTGAGGGACGGCATCGTCGTGGGCATGGCGGTCAGCG
CCTTCACTCTCATTCAAAGGTGGGGAGTGGGGGGCGGGAGTGAGGGAGGA
CGGGGGCGTCGTTGGGGCGGGGGTGTACGTTTCGTGTCGCTTCGGGGGAG
GGGCTGACCTGTCAATTTTTTACCTCGTTGCTTTGTTCGCTGCAAACCCT
CGTCGGTTTGAGCCTCACCTGGGATGTCGAAGTGGGCTGACGTTCCAGTG
ATTCAAAACAGAAATCTATCATTCCAAGGTTGATAGCGCGACGGGCGGGG
GCTTTGGTAGACGAGTGGCCTGTTTTTACTTTGCTGGCCGAAGCCTTTCT
TTTCGTGTGTGTGTGTTTTTTTTTTTTCCCCGCGGCCGTCGTGTACTTTA
CTGCGATGACTGCGATGTGTTCGTGTCCATGTAGTGCAGGATAACAATGT
TCTCTCACTGCTCTCTGTGAGTATTTTTCTTCATTGTTTGATCGCCTCCT
CCAAATCGGGGGATACATGCAGATGCACATGGAAAACTTGCTTCGATGAT
AGATTGTGACTCTGTAGCTCGCTTTTGTTTTGTTTTATGTTTGTGGTGTT
GTGTCGGTTTTGTTCATGTGTTGTTTACCTAATTTGTGTGTATCTCATTA
CTGGTGCGTTCCGTTCGTTGTTCTCGAAGGTCATCGTCTCCTTTGGTGAT
GCACATGGGACTCCTGCCTGGAACCACACTCTATCGGGACATAAAGACGT
ACCCTGGTGAGCTTCTAGTGCGTAGCAGCAACCTCCTGTCTGTGGAGCCA
ACCCTAGCCGTTTTCAACACCCGCGTCTGCACCTCTTCCCGTTTGTACCT
GCTGCTGTATGTTCAAATTTTGAGCCCGTTGTAATACTCTTCCTCTTTTT
CTTTCGCTTCGTTCTTTTCTCTTTGTTTCCCCGTCTTGTCTCTTGCCATC
GTCCCCGCCGTAAACTCCACGCACGACCCCGCCCCTATCCCCCCCCCCCC
ACCCGCCGCGCCCGCCTTATCCCCCCCCCCCCACCCCGCCTCCTGTCTTG
TCGCCGGCATGAATCAGACGCTCAACGGCAGCCGGGGGTGGAAGTGCTTC
GGTTTGGCGCCTCCATGACATTTGCCAACAAGGACGTGTTCCGGCGAGCA
GTCATCAAGGTAGTGGAGAAGGCCGACAACGAGCTCCGCCTGGCCGAATC
GCACGGAGACACGACTAAAATACCGATTCAGGTAATGTTTTCAGTTTTTG
ATGCGTGCATTTTATCCTGAGTGCTGTATTTCTTATTTTGTCTCCCGCCC
ACGATGGCCGGGGTCACGCGAGGGTACTTCTCAATGCAACTAGTTCTGAA
ATAATCTTCAGAGCTCATAAAGGTCCCCCACCCAGCCGATTGAACGACAC
ATTGCAAGGGACACCAAGATTGAACCACGGCTCTCTCGTCGGCTGTTGCG
ACACGTCGACGTTTTTTTCTTCACGGTCCATGTAGAAATGCGTGCGCATG
TGCACAGGATTGCAGGTGCACAGGATTGCAAACGGTTCGTTTGCGTTTAC
CCCGGTGCTGCTGAAACTCCATCAAAGCCTCTTACTCGAGGTACACGTGG
TATGCTGAAGTATTACTTCGTATCATACAAGTGAACTGCATGAGATAAGT
GCGCTGCCCCTCGCTGTTGCGCCGCCCTCTGCCGCTGTCGCTGTCGTCGC
CACCATCACCAACACCGCTCCCTGCCAATCTTCCTCTTTCCACCACAATC
GCGCGCAGTACGTGATTTTGGACAGTAGCAGCATCCACGACCTGGACTCC
AGCTCCTTGAAGACTCTGGAGGGGCTCGTGGCGCTGCTCGTGGACAGAGA
TCCTCCGATCGAGATTTTCCTCGCCCCCGTGAGCGACCCGCTCATGGTGC
AGGCGAGTTTGAAGGGATTGACGCGTCGTGTCGTGTTTCACACACAAAAT
GGGGCGCAGTGTGGCTGTTCGTGAGTAGTGCAAAAGCAAGCGTATGTACG
TGCGTATGCATGTTTGTCGTCCACTATGTTGCCTCTCAGGGTCATTCATA
TTTTTGGCGATGGCATGTGTTGTGCCTGTGTATGTATTGCGGTCGTGTTT
GTTATCCCGGTGGTCTCACTTTTGGTCTTCGTTGTTTTTGTGTAGCTGCT
GCTGCAAAGGGCGAAACAAAGTCCAAAAAAAAGGACGTTTATGGCACGCA
CTCGCCTCCCCCCCTCGTCAAAAGCATACATACTCGAATTAACGTATTTT
ACCAACCGCACTCACCCTTGCCCCTCCCCCGTTGATCTTCATCTTCCTGG
TTTTGTTACAGATACGCAAGTCCCCGCTGCTATGCGCGACGCTTGGAAGG
CGATACTTCTTGTCGACGGCCACGGCCGTTCAGTACGCGCAAGAGCAGAT
CGCCGGAGGTCAGCTCGTGGCACCCGCCAACCTTTACCAGAAGGTCATGA
GTTCGATCAACCTCGCCAACCTAGACCAGGGAGGAATAGATGATATCTAG
AGGAATACGCGACATCAAGATTTGATGCCGAAAGCACTGAAATAATTCAG
GAGGAGAGGTTAGGGAAAGCAGTTCAAGAGACAATGAAGACAAGCTGAAC
AAATTAACTCGTCATTTGAGCTTCAAAGATGGTGGAACTCATCGCACCGT
TTGTTTTGTTTTTCACAGTTTTAGGTTGGTTGTGAAAAAGGCAGTGTTTT
TGGGTGGATGGTGACTCGTTTTTATCATTCTTGATTGAGGCCGAGTCTGG
ATGACGTCAAATCAGTCTCACAGGAGCTCAGAAAAAAACGTAGGCAGCCA
AGGCAAATGATTTTGTTGGGAGTATTCGTGTGTTGTTAGGGTGCTGTGGT
GTGTGTGCCCGCATGTATGTTAGTGGTGGTGGCGTGCGGGGGAACTCGGG
GGTATGCGTGCGTCTCCTTAATTGTCTGGGTGTGCCCTGCCCTGAATGCC
CTTTCGTTTCGCGCCTTCGCGCGGAGGCAAAGCCGGGGCGTCGGGACAGC
CGCGTGCTTCCCCTATTATTGTTCTGTTGAAAAGTTCACCGTCCTGAAAA
TTAGAAAATAGTCACGGCTCAGGATTCGGTCTTGTATTTTTGCCACTGCA
AACTGCAGACCAGTGTTGCTCTCGCCTAAGGACATCGTTTTTTCCGCAAG
GATTAATTTGAGGTAGAAACAGGTCTTTCCTCATGTGATAGATTTTTGTG
TGTTTATCGGCTTTGCGTCCATTCGAGATTTTGCATGGCCTTAAATATTG
ATGTTGAGTGAACGTATTGATGTCGACTTTTAACCTTTGGGACCGTGGGG
ACAACGATATATTCGTATCGCATCTGACGTTGCACGTTTTTTACGTTCAC
TTAGTTTCTACACCGCCCCCCCCTCCCCCAGGTACGCTTACCGCACGCCA
TTGCGCTGGTTCTTTCAGGCGGTTGTCGAGAGCGTGCCCCAAACACAACG
TGTATGAAATGACAGGGGGAACCAGCAGTAGGCGAATGCGTGATGAACGT
TCCTCTTGAAGCATGGAACAGCAGAGGCTTGTAACGAACTATTTGGGTTA
CTCATGCAAATGTTTTTGTCGCAGCTCCTTCGAGGGAGATATCTTCGGAT
ACGTTTGGGCCAGGCAGTCTCGAGCAGAGTTCCTGCCTCGTTCGCGTTGG
GTTGTGAAAGTCCTTCTTTTGAGTTGAAACTCCAGCAAACTAGCTCAACA
GGCCGCTTTTTCGTAA

Coding sequence (CDS) from alignment at P-littoralis_Contig702:123070..144235-

>mRNA_P-littoralis_Contig702.45.1 ID=mRNA_P-littoralis_Contig702.45.1|Name=mRNA_P-littoralis_Contig702.45.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2481bp|location=Sequence derived from alignment at P-littoralis_Contig702:123070..144235- (Pylaiella littoralis U1_48)
ATGGGAGCAGGGTTAGCCGCGCAGCGGGGCTGGCCTCAGGGCCAAGAGCA
AGATCCGACATCGCCGCACAGCACGAACGCAACCACCTCAGAATCAGAAG
AACAATATGAAGACCCGGCAGGACGGCATCATCAAGAACAAGACGGCATC
GGTGAAGTCGGCAACGACCTCCTCTTGTACGAGGAGGTCGCCCAAACAGA
GGTGCAGCCCTTAGAGGACGTGGAATACGCGCGAACATACGGGTCTGTTG
CAAGCCTCACGAGCCTCGTACCCCTCGACAGGAAGCGGCAGTCCTCGGTC
GGGGAGAACAGTGAGAACGGGGAAGGTGCCTTACCAAGGTTTGCTGGTTC
CAACGTCGAGCCCGAGTGGGGTTCGGTACCAGGGGAGAGCAAACCACTTG
GAGCGGGGGGGCACCGAACCGGGAGGGAGCAGAGCGTTGCGTATGACCTG
GGCGCGGTGCTGTCCACGGAGGAAGAGATTCGACACCGGTTCACGTTCCG
GCCTAGCCGAGCTATGGGCCCCAGGGAGATTATGGGCAAGATGAAGAGAA
AGGTGAGCAAGAACTTCAAGAGCCCTCGGACCCTACTCAACTTCGTGCTG
CCCATCACGAAGCAGCTCAACCACTACACGTCGGAGAAGATGGCGAGGGA
CCTGATCGTAGGGACGACCATGGCGACCCTCATGATACCGCAGGGCCTGG
CGTTCGCGACGGTGGCCGGCATTCCCCTCCTGTACGGACTTTACATCGTG
TGGGCGCCGCCTTTCTTCTACTCTCTTTTCGGGGTCAGCCTGCACGTGAG
CTACGGGCCGTTCGCTCTGATCGGGCTCTTCATGAGCGACGCCCTCCACC
TTCGAGGTTACAAGCCTTGCGACGGCTTGTGCCGCCACGATACGGAGGAA
GTTAGGGAGTACCTGGAAGCGTGCACGATAATCACCTTCATGGTCAGCGT
TTGGTACTTCCTCATGGCCATCTGCAAGCTGGGGGAACCGCTCGCCATCC
TCCTGGCGGATCCGGTGATTAGTGGCTTCGTGACAGCTAGCGCGATTCTG
GTGGCTAACTCCCAGGTCTGCACATTTTTCCAGATTTCGCACCCGATTAG
ATCTGACGTCGTCGGAATTCTCACGCAGCTGTGGGAAGAGCGCTATGCCA
TTAATCGGTGGTCGGCCGGCATGGGCGTGGGTTCTATGCTGGTCTACTTC
GCCCTCCGGCGGTTCAACGCGTACATCAAGAGCAGGGGGGTGTCCGGCTT
CTTTGTGCCCGAAGCCCTTTCGGTGGTCATCCTCTCCACCTTCTTGTCGT
GGATATTCGACCTGGAAGGAAACCACGGCGTGGAGATCGTGGGAACGATC
CCTCCGGGGCTTCCGGCCCCGAAGTTTCCAAGACTGGACAAGCTCACCAC
CCTCGCTCAGGCGTGTGTTGAGGACTTGGCTGGCGTGGCCCTTGTGGCCG
CGATCGTGTCCTTCATCATCACGCACTCCATCGCCAAGAGCCTGGCGGGG
GCGGCCGAGATCAAGGCGACCCCGCAACTATTCGCGTTCGGAGTGGCCAA
TCTCGCTGGTTCCATCTTCTCGGCTCTGCCGGGATCGGCGTCTCTCAGTC
GCGCGGCCATCATCGACGCGCTCGGTGCCCGTACGATCATTCACAACGTC
TTCACCTTCATCCTAATGACACTGGTGCTGTCCTTCCTCAGCCCGCTGTT
GAAGTTCCTCCCCACCTCGGTGCTAGCCGCGACGATTTTTGCCGTGATCT
ACAAGTTCTTTCACTTCGACGAGCCGTTCAAGCTGTACCGCGTGGGCTTG
TCGGACATGGTTATGTGGCTGGCCACGTTCGCCGCCACGATGGGCATCAG
CGTGAGGGACGGCATCGTCGTGGGCATGGCGGTCAGCGCCTTCACTCTCA
TTCAAAGGTCATCGTCTCCTTTGGTGATGCACATGGGACTCCTGCCTGGA
ACCACACTCTATCGGGACATAAAGACGTACCCTGACGCTCAACGGCAGCC
GGGGGTGGAAGTGCTTCGGTTTGGCGCCTCCATGACATTTGCCAACAAGG
ACGTGTTCCGGCGAGCAGTCATCAAGGTAGTGGAGAAGGCCGACAACGAG
CTCCGCCTGGCCGAATCGCACGGAGACACGACTAAAATACCGATTCAGTA
CGTGATTTTGGACAGTAGCAGCATCCACGACCTGGACTCCAGCTCCTTGA
AGACTCTGGAGGGGCTCGTGGCGCTGCTCGTGGACAGAGATCCTCCGATC
GAGATTTTCCTCGCCCCCGTGAGCGACCCGCTCATGGTGCAGATACGCAA
GTCCCCGCTGCTATGCGCGACGCTTGGAAGGCGATACTTCTTGTCGACGG
CCACGGCCGTTCAGTACGCGCAAGAGCAGATCGCCGGAGGTCAGCTCGTG
GCACCCGCCAACCTTTACCAGAAGGTCATGAGTTCGATCAACCTCGCCAA
CCTAGACCAGGGAGGAATAGATGATATCTAG