mRNA_P-littoralis_Contig897.14.1 (mRNA) Pylaiella littoralis U1_48

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

Overview
NamemRNA_P-littoralis_Contig897.14.1
Unique NamemRNA_P-littoralis_Contig897.14.1
TypemRNA
OrganismPylaiella littoralis U1_48 (Pylaiella littoralis U1_48 (Mung))
Homology
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A6H5KRI7_9PHAE (SulP protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KRI7_9PHAE)

HSP 1 Score: 1041 bits (2691), Expect = 0.000e+0
Identity = 571/753 (75.83%), Postives = 615/753 (81.67%), Query Frame = 2 
Query:  194 ERDRDLSEPKSIEGRSTVDIMTGELVWEPEERQEEEPYTCARSCGCPTSFFWRETNFKSALHWVKSNRAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLSFGGSNNVES------RRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRSHKAVYEKKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSIIKV----------------------------------------------YEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALMSDDMDVVMDDDPLRPQVSLHPKGVGEALVYNFFGRDPYTRRHRSRSLAE--FSAPXXXXXXXXXXXXXXXXXXXXXGIEHGSGVPRLVSAEV 2290
            +RDR+ SEP S+EG STVD+ TGEL+WEPEER+EE+PYTCARSCGCPT F       KSALHWV SNR EWLAGITTGLTAVPTAVAFAILAGV PSVGLRGTWIIMLVM+LFGGRTGMVYSNSGSMGVIIEPFVAD   E +FYAF+LAGIIQ+ALGF+GVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLS GGS   +       RRLNSFSVFTDGS+W+SG++LWYTLLIVVVTMI IVVYPMLT+   G  A FKM+PPIL GI++AT VEW +VR AAGH+GTRTL+DIA   GS P+ AWFD +++MPPLNG TF T+LPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGN +AG FGGQGGNSEIGLTMVNVE  GRTRIAATV+GLLVL+VVL ASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRSHKAV+EKKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVW NSEAVTAQSY+R GYDVKDP+IIKV                                              YE+MGNLFFASSETFL+LFDHRNDP MVEVHLHTADIEDFSAMKTLETLGERY+NAGK LRLRRIKKDS RVLTKAQALMSDDMDVVMD+DPL PQVS HPKG+ EAL+ NFF RDPYTRRHRSRS+AE  + +P                       EHG GVPRL SAEV
Sbjct:   11 DRDRNGSEPLSVEGHSTVDVNTGELMWEPEERKEEQPYTCARSCGCPTPFDGHNITLKSALHWVTSNRVEWLAGITTGLTAVPTAVAFAILAGVQPSVGLRGTWIIMLVMSLFGGRTGMVYSNSGSMGVIIEPFVADEGTEMVFYAFILAGIIQVALGFLGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLSLGGSGGDDDEGDGSRRRLNSFSVFTDGSEWLSGSQLWYTLLIVVVTMITIVVYPMLTKNLKGTWAVFKMLPPILVGIIVATAVEWLIVRFAAGHDGTRTLEDIANDVGSFPQPAWFDDEFDMPPLNGSTFATILPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNFVAGVFGGQGGNSEIGLTMVNVECGGRTRIAATVAGLLVLVVVLGASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRSHKAVFEKKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWKNSEAVTAQSYFRAGYDVKDPAIIKVCSLELFEEKRLLFCGVRRAKNETASLPQHCCMFSFSCFTFFFDAKVYEIMGNLFFASSETFLNLFDHRNDPRMVEVHLHTADIEDFSAMKTLETLGERYANAGKKLRLRRIKKDSLRVLTKAQALMSDDMDVVMDEDPLVPQVSRHPKGMREALIINFFDRDPYTRRHRSRSMAEVAYPSPDDAVVPTAVTNSGGVLSTASRANEHGGGVPRLTSAEV 763
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: H6WBB2_VAULI (Putative sulfate permease family protein n=1 Tax=Vaucheria litorea TaxID=109269 RepID=H6WBB2_VAULI)

HSP 1 Score: 597 bits (1539), Expect = 3.080e-195
Identity = 345/656 (52.59%), Postives = 456/656 (69.51%), Query Frame = 2 
Query:  215 EPKSIEGRSTVDIMTGELVWEPEERQEEEPYTCARSCGCPTSFFWRETN-FKSALHWVKSNRAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLSFGGSNNV---ESRRL--NSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPE-LAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRS----------------------HKAVYEKKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSIIKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALMSDDMDVVMDD--DPLRPQVSLHPKG 2089
            E  +  G   +D  TGEL W   E   E+  T A+SCGC   F  +E N FK    W++SN+ + LAGIT GLTAVPTAVAF++LA V PSVGLRG+WIIML MA+FGGR GM+Y NSGSMGVI+EP   D  VE+MFYAF++AGI+QI +G+ G+AK++RLMPVSV+IGFVNGLAIVL LAQ+K+F+ G  F  S+NV    SRRL   SF V  + ++WISG+EL Y  ++V+ TM+ ++    +T           ++PPIL G+++AT+VEW ++RG  G E T TL ++AE++G+ P+ L W  +Q+ MPPLN DT + V+  A+SL+AVGLVESLMTVRLVNEIT T SNI+REAI GGVGNL AG  GGQGGNSEIGLTMVN+ S GR R+A   SGLLVLI+VL A P INLIP+AGLVGVM+VIA+NTFDW S   V+A+  P  +R+                         +  + ISR DALII+ VT+ TPFTNLAI XXXXXX   L + W +   V+  +Y+R G D+ DP IIKVY+++G +F+AS++TFL+LFD+ NDP +VE+H +TA+I D+SA++ + TLGERY  +G+ LRLR I+ +S RV+T+   L+ +++ V +D+  +   P   LH  G
Sbjct:    2 EQSTNSGNVLIDPNTGELNWNVPEPYTEKKITYAQSCGCSPGF--KENNPFK----WLRSNKTDILAGITVGLTAVPTAVAFSVLANVNPSVGLRGSWIIMLTMAIFGGRPGMIYCNSGSMGVILEPLNKDYSVEYMFYAFIIAGIVQIIIGYGGIAKVVRLMPVSVMIGFVNGLAIVLLLAQVKNFKRGSIFSDSSNVATANSRRLASTSFDVLFNDNEWISGSELGYMFIVVISTMLTVIYANRVTN----------LLPPILIGVIVATIVEWGLIRGIIGSE-TNTLGEVAEISGTFPQDLVWTGAQYKMPPLNADTLSIVIGPALSLLAVGLVESLMTVRLVNEITCTPSNINREAIFGGVGNLFAGTLGGQGGNSEIGLTMVNLRSGGRNRVAGVTSGLLVLIIVLGAYPVINLIPMAGLVGVMVVIAWNTFDWSSLPKVIASLSPRSWRNSPDTDAHDRTKSGLFTRDANARRNLLASQGISRPDALIIIAVTIITPFTNLAIAXXXXXXXXXLTYTWQSGYRVSTHTYFRKGVDITDPPIIKVYDIVGPIFYASTDTFLNLFDYHNDPPLVEIHFYTANICDYSALQAINTLGERYKKSGRKLRLRFIRGESLRVITRGNQLLGEEIVVDLDEKFEETAPTQWLHRVG 640
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A835Z2G9_9STRA (Sulfate transporter family-domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835Z2G9_9STRA)

HSP 1 Score: 543 bits (1398), Expect = 7.720e-171
Identity = 332/667 (49.78%), Postives = 428/667 (64.17%), Query Frame = 2 
Query:  350 RETNFKSALHWVKSNRAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLSFGGSNNVES-----RRL-NSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGR------------LAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPER---------------------------YRSHKAVYEKKI---------------------------------SRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSIIKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRV-----------------LTKAQALMSDDMDVVMDDDPLRP 2065
            R T+ K    W++ NR E+LAGITTGLTAVPTAVAFA+LA V P++GLRGTWIIML+MA FGGRTGM+YSNSGSMGVI+E  V    V  MF AF+ AGIIQI LGF+GVAKLLRL+PVSV+IGFVNGLAIVL LAQ+K+FQ+ L FG   +  S     RRL  SF VF +G+ W++GAEL YT ++ V+T   +V    + R   G               F   +PPIL G+++A V E A++RG  G   T+TL ++AE++G+ P L W  +   +PP N      VLPTAISL+AVGLVESLMTVRLV+EI  ++SNIH E ++GGVGN +AGAFGGQGGNSEIGLTMVN++S G  RIA   S LLVL+V+L ASP +NL+P+AGLVG+M+VIA NTFDW S  +V+ A +P                             +R++    E  +                                 SR DALII+VVT+ TPFTNLAIXXXXXXX+A LAF W +S  V  +SY  +G +V DP +IKVYEV G++FF S+E FL+LFDHR+DP++VEVHLH A + D+SA + + TLG RY++ G+HLR RR++ +S RV                 L + +  MS+ + + +DDD + P
Sbjct:  163 RSTSAKRMGRWLQRNRVEFLAGITTGLTAVPTAVAFAVLANVEPAIGLRGTWIIMLIMATFGGRTGMIYSNSGSMGVILESAVRSYGVGHMFQAFITAGIIQIVLGFLGVAKLLRLLPVSVMIGFVNGLAIVLLLAQVKNFQDNLIFGQQQSTMSDAAGGRRLATSFDVFGEGN-WLTGAELAYTCVVAVLTAATVVGMTWIARGQDGMKVVLVLVAHIVGAGFVTAIPPILIGLMVAIVAEHAIIRGGIGS-ATKTLGEVAEISGNLPTLVWLSASVVLPPYN---IGEVLPTAISLLAVGLVESLMTVRLVDEILDSTSNIHLETVMGGVGNFVAGAFGGQGGNSEIGLTMVNLKSGGSNRIAGVTSALLVLLVILVASPLLNLVPMAGLVGIMVVIAVNTFDWSSISLVVGALVPRSQCAKITACAGTAGKRKSAAGCKRCLAGHRANLPQAENSVLYGVDEEADNSPRTASTSNSTPAVAPAPAKSHMSRPDALIIIVVTIVTPFTNLAIXXXXXXXLALLAFAWQSSNQVVCRSYICSGLEVTDPPVIKVYEVTGSIFFGSTEQFLALFDHRHDPAVVEVHLHHAFVCDYSAAQAINTLGVRYTSTGRHLRFRRLRSESARVIKSVTDAASIPSDTPECLMRGRHTMSEMLRIELDDDTMEP 824
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A7J6PH28_PEROL (Sulfate_transp domain-containing protein n=5 Tax=Perkinsus olseni TaxID=32597 RepID=A0A7J6PH28_PEROL)

HSP 1 Score: 372 bits (956), Expect = 2.060e-110
Identity = 228/559 (40.79%), Postives = 335/559 (59.93%), Query Frame = 2 
Query:  380 WVKSNRAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQ--EGLSFGGSNNVESRRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRSHKAVYE------KKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSI----IKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALM 2020
            W+K ++ ++L+G+T  L  VP AVAF+ +A V P VGL+  W++ ++ +L GGR G +   +GS  V++ P VA   + ++FY  MLAG+IQI  G     KLLR++   V+IGFV+GLAIV+FLAQ+++F+  +G + G +     RRL +F V TDG  W+   ++   LL+V +TM V  V P  TR            P  L GIVIAT VEW + R       TR ++DIA V G  P   WFD +W +P  + D FT +LP AI +  +G++ESL+T+ L++EITQT  N +RE    G+  L+ G FGG GG + IG +M+N++S G +R++  V+G+  L ++L    AIN+IP+A LVGVM  +  +TF+W +  MV AA + ++ RS+K V        +K+ R D LIIVVVTV T  T+LAI       +  L F W + ++++          V+ P +    +KVY++ G L FASS  FL  FD  +DP  VE+H   ADI  +SAM+ + TL ERYS+AGK + ++ +KK    VL KA+ L+
Sbjct:   72 WLKLHKLDFLSGLTVALAQVPEAVAFSFVANVDPVVGLQAAWMMGVITSLAGGRPGQISGATGSTAVVMPPIVAKG-IGYLFYTVMLAGVIQILFGVFRAGKLLRMISAPVMIGFVDGLAIVIFLAQLEAFKWTQGNAVGPA-----RRLTAFEVLTDGEPWLPWDDILKMLLLVAITMTVTFVLPKFTRF-----------PSALTGIVIATGVEWGIYRQVGWP--TRLVEDIASVKGYFPIPIWFDDRWQLPTFDWDLFTFILPHAIVIALIGIIESLLTLNLIDEITQTKGNPNRECWGQGLAQLITGTFGGMGGCAMIGQSMINIKSGGTSRLSGFVAGIFTLFILLFVYHAINIIPIAALVGVMFCVVIHTFEWSTFGMVAAALMTKQMRSNKLVQRYILRGSRKLPRGDVLIIVVVTVVTLLTDLAIAVGVGVCLQALLFSWQSHKSLSV---------VERPDMSTDELKVYDLHGPLCFASSSDFLEAFDIASDPDTVELHCQNADIHGYSAMEAINTLAERYSHAGKRIIVKSVKKTDHAVLAKAEDLI 602
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A7S2VHF8_9DINO (Hypothetical protein n=1 Tax=Brandtodinium nutricula TaxID=1333877 RepID=A0A7S2VHF8_9DINO)

HSP 1 Score: 363 bits (932), Expect = 9.440e-108
Identity = 224/557 (40.22%), Postives = 334/557 (59.96%), Query Frame = 2 
Query:  401 EWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLSFGGSNNVESRRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALP----ERYRSHKAVYEKKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSIIKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALMSDDMDVVMDDDPL 2059
            E L G+T  L  VP AVAFAI A + P++GL   WII L  A+ GGR  M+   +GS+ V++   V ++ + ++F A +L GII+IALG +    L++L+P  V+IGF NGLA+V+ LAQ+K+F++  + G      SRRL SF  FT+   WI+G E  +  +I  V   V ++ P LT++          VP  L  I + T +EWAVVR       T T+ D+A + GS P +AW    + MPPLN DTF  VLP +I++ AVGL+ESLMT+ L++EIT T  N  RE I  G+ N+  G  GG GG + IG +M+N+ S  RTR+++  +G  +L++V+   PAIN+IP++ LVGVM  + ++TF+W S  ++L +ALP    ER  S K   ++KI RADA +I+VVT  T   +LAI       V+C  FV+  +  ++  +  R G D      +K Y+V G LFF S   FL+LFD ++DP  V +  +   I D+SA++ L  LGERY + GK ++L+++K    RV+ KA  L+  +++V +  + +
Sbjct:   54 ELLCGLTVALALVPEAVAFAIAANLKPAIGLHSAWIIALFTAVLGGRPAMICGATGSLCVLLPNTVNNHGLPYVFIAVILMGIIEIALGLVRAGGLVKLIPAPVMIGFCNGLALVIGLAQLKNFKDSSAKG------SRRLGSFDAFTEDDPWITGMEAVWAGIITFVAFAVCLLLPRLTKR----------VPSALVAIALGTAIEWAVVRTTGAR--TATVKDVAGLKGSFPTVAW--QSYEMPPLNLDTFRIVLPLSITMSAVGLLESLMTLNLIDEITATKGNTMRECIGQGIANVACGVLGGMGGCAMIGQSMINIGSGARTRLSSATAGFFLLLIVMVGYPAINVIPVSALVGVMFNVVYHTFEWRSLKLMLLSALPKTLRERLFSDKG-SKQKIRRADAFVILVVTAVTLAYDLAIAVAAGMAVSCAMFVFDTASLISVSA--RDGRDAATGQAVKYYDVHGVLFFGSCAQFLTLFDEKSDPDDVRLVFNAGYIADYSAIEALNKLGERYGSYGKRVKLQQLKPGCGRVVKKAGGLLVQELEVELQAEEI 587
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A7J6MT03_PERCH (Sulfate_transp domain-containing protein n=1 Tax=Perkinsus chesapeaki TaxID=330153 RepID=A0A7J6MT03_PERCH)

HSP 1 Score: 366 bits (940), Expect = 1.490e-106
Identity = 222/560 (39.64%), Postives = 333/560 (59.46%), Query Frame = 2 
Query:  365 KSALHWVKSNRAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQ--EGLSFGGSNNVESRRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRSHKAVYE------KKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSIIKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALM 2020
            KSA  W++ ++ ++++G+T  L  VP AVAF+ +A V P +GL+  WI+ +V +L GGR G +   +GS  V++ P V    + ++FY  MLAGIIQI  G     KLLR++   V+IGFV+GLAIV+FLAQ+++F+  +G + G     E+RRL +F+V TD   W+   ++   L +VV+TM V  V P  TR            P  L GI +AT VEW + R       TR ++DIA V G  P   WFDS+W +P  + D FT +LP +I +  +GL+ESL+T+ L++EITQT  N +RE    G+  L+ G FGG GG + IG +M+N++S G +R+++ V+G+  L ++L    AIN+IP+A LVGVM  +  +TF+W +  M++AA + ++ RS+K +        +K+ R D LII+ VTV T   +LAI       +  L F W + +++          +       KVYE+ G L FAS+  FL  FD   DP+ VE+H   ADI  +SAM+ + TL ERYS+ GK + ++ +KK    VL+KA+ LM
Sbjct:  205 KSAWRWLRLHKLDFVSGLTVALAQVPEAVAFSFVANVDPVIGLQAAWIMGVVTSLAGGRPGQISGATGSTAVVMPP-VVQKGIGYLFYTVMLAGIIQIVFGIFRAGKLLRMISAPVMIGFVDGLAIVIFLAQLEAFKWTQGNAIGPP---EARRLTAFAVLTDAEPWLPWDDILKMLSLVVITMTVTFVLPKFTRF-----------PSALTGIAVATCVEWGIYRQVGW--ATRLVEDIASVKGYFPIPIWFDSRWELPRFDWDLFTFILPHSIIIALIGLIESLLTLNLIDEITQTKGNPNRECWGQGLAQLICGMFGGMGGCAMIGQSMINIKSGGISRVSSFVAGIFTLFILLFVYHAINIIPIAALVGVMFCVVVHTFEWSTFGMIMAALMTKQMRSNKYIQHYILRGSRKLPRGDVLIIITVTVVTLVADLAIAVGVGVCLQALLFSWQSHKSLRVVQRLDLSSNEH-----KVYELHGPLCFASASDFLEAFDVSTDPNSVELHCQNADIHGYSAMEAINTLAERYSHVGKRVTVKSVKKMDHAVLSKAEDLM 742
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A7J6MPW3_PEROL (SET domain-containing protein n=3 Tax=Perkinsus olseni TaxID=32597 RepID=A0A7J6MPW3_PEROL)

HSP 1 Score: 369 bits (948), Expect = 1.680e-106
Identity = 226/559 (40.43%), Postives = 334/559 (59.75%), Query Frame = 2 
Query:  380 WVKSNRAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQ--EGLSFGGSNNVESRRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRSHKAVYE------KKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSI----IKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALM 2020
            W+K ++ ++L+G+T  L  VP AVAF+ +A V P VGL+  W++ ++ +L GGR G +   +GS  V++ P VA   + ++FY  MLAG+IQI  G     KLLR++   V+IGFV+GLAIV+FLAQ+++F+  +G + G +     RRL +F V TDG  W+   ++   LL+V +TM V  V P  TR            P  L GIVIAT VEW + R       TR ++DIA V G  P   WFD +W++P  + D FT + P AI +  +G++ESL+T+ L++EITQT  N +RE    G+  L+ G FGG GG + IG +M+N++S G +R++  V+G+  L ++L    AIN+IP+A LVGVM  +  +TF+W +  MV AA + ++ RS+K V        +K+ R D LIIVVVTV T  T+LAI       +  L F W + ++++          V+ P +    +KVY++ G L FASS  FL  FD  +DP   E+H   ADI  +SAM+ + TL ERYS+AGK + ++ +KK    VL KA+ L+
Sbjct:  340 WLKLHKLDFLSGLTVALAQVPEAVAFSFVANVDPVVGLQAAWMMGVITSLAGGRPGQISGATGSTAVVMPPIVAKG-IGYLFYTVMLAGVIQILFGVFRAGKLLRMISAPVMIGFVDGLAIVIFLAQLEAFKWTQGNAVGPA-----RRLTAFEVLTDGEPWLPWDDILKMLLLVAITMTVTFVLPKFTRF-----------PSALTGIVIATGVEWGIYRQVGWP--TRLVEDIASVKGYFPIPIWFDDRWHLPTFDWDLFTFIFPHAIVIALIGIIESLLTLNLIDEITQTKGNPNRECWGQGLAQLITGTFGGMGGCAMIGQSMINIKSGGTSRLSGFVAGIFTLFILLFVYHAINIIPIAALVGVMFCVVIHTFEWSTFGMVAAAFMTKQMRSNKLVQRYILRGSRKLPRGDVLIIVVVTVVTLLTDLAIAVGVGVCLQALLFSWQSHKSLSV---------VERPDMSTDELKVYDLHGPLCFASSSDFLEAFDIASDPDTAELHCQNADIHGYSAMEAINTLAERYSHAGKRIIVKSVKKTDHAVLAKAEDLI 870
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BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A812SEI6_SYMPI (YbaR protein n=1 Tax=Symbiodinium pilosum TaxID=2952 RepID=A0A812SEI6_SYMPI)

HSP 1 Score: 345 bits (885), Expect = 2.230e-101
Identity = 220/566 (38.87%), Postives = 331/566 (58.48%), Query Frame = 2 
Query:  395 RAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVA-DNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLSFGGSNNVESRRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPP-LNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRSH---KAVYEKKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNS---EAVTAQSYYRTGYDVKDPSIIKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALMSDDMDVVMDDDPLRPQ 2068
            R E L G+T  L  VP AVAFA+ AG+ P +GL   WII +  A+FGGR GM+   +GS+ V++   V+ D+  E +FYA ++ GI++I LG + V  L++L+PV V+IGF NGLA+V+ LAQ+ +F++       +  E RRL++F  FTD   +I G    +  LI  ++  V +  P L+ +          VP  L  I+I T  EWA+ R AA H  T  + DIA      P L WF+S +  PP  N +    VLP ++++ AVGL+ESLMT+ L++EIT+T  N  RE +  G+ NL+ G FGG GG + IG +M+N+ S  R+R+++  +G  +LI+VL A PAI  IP++ LVGVM  + ++TF+W S  ++  AALP + R     K    ++I R DAL+I+VVT+ T FT+LA        ++   F    S   + V  ++  R G        +KVY+V G LFF S+  FL LFD   DP  V +   T  + DFSA++ L  LGERY +  K L L+++   + RVL++AQ L+ +++ + +D++   P+
Sbjct:   29 RLEVLCGLTVALALVPEAVAFALAAGLPPDIGLNSAWIIAVFTAIFGGRPGMICGATGSLAVLVPGMVSQDHGKELLFYAVIIMGILEIILGLLSVGTLVKLIPVPVMIGFCNGLALVIGLAQISNFKDPAKL---HAPEGRRLDAFHAFTDDVPFIQGKVGLFAGLITFLSFCVSMFLPKLSTR----------VPSALVAIIIGTAFEWAIAR-AAFHTETPIVGDIASKC-DFPMLFWFNSNYPSPPAFNKELVLKVLPLSVTMAAVGLLESLMTLNLIDEITKTKGNPTRECLGQGLANLICGCFGGMGGCAMIGQSMINIGSGARSRLSSLSAGAFLLIIVLIAYPAIKQIPVSALVGVMFNVCYHTFEWSSLKLIFLAALPLKARERFFGKKTSTQQIRRMDALVILVVTLVTLFTDLATAVAVGMVISLFVFALETSNTIQVVAREAEQREG--------VKVYDVHGTLFFGSTSHFLELFDEEKDPEDVRLVFETGHVADFSAVQALNKLGERYGSLKKRLTLQQLMPKTHRVLSRAQGLLVEEITLSLDEEQSLPK 571
[Close]
BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A835YQ02_9STRA (Sulfate transporter family-domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YQ02_9STRA)

HSP 1 Score: 351 bits (900), Expect = 1.520e-100
Identity = 238/625 (38.08%), Postives = 340/625 (54.40%), Query Frame = 2 
Query:  365 KSALHWVKSNRAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADN--KVEFMFYAFMLAGIIQIALGFM----------------------GVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQE-------GLSFGGSNNVESRRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEI----------TQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALPERYRS-----HKA-------------VYEKKISRADALIIVVV-----------TVATPFTNLAIXXXXXXXVACLAFVWHNSEAVTAQSYYRTGYDVKDPSI--IKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALMS 2023
            +S   W+ SN+ E L+GI   LT VPT+VAFA LA + P  GL G W+I L MA+ G R GMVY N+G++  +I P V +      + +YAF  AGII    G +                       V +LLRL+P SV++GFVNGL+IV+F+AQ + FQ        G S G      +RRLNSF V + G+ WI+G EL++ L  V VTM+V ++ P + RK          VP  L  IV +   EW V R AAG   T  L D+A ++GS P   W D    +PPL+G     V+PTAI++ A+ L+ESL  VR V E+          T+   ++ REA   G  N + G FG QGG SE+GL  +N++S G   +++ ++G+L L+V++AASP + +IP+AG  G+M  +A  +F+W S  ++ AAALP  +R+     HK                  KI   DALII ++           TV TP  +LAI       +A LAF W +++ +    Y R     +      +KVYE+ G L++A+ E F+  FD   DP  VE+ L  A++ D+SAM+ + TL ERYSN GKHLR+R +K  + RV+ K +AL++
Sbjct:   19 RSVGSWLASNKTELLSGIAVALTMVPTSVAFAFLAEMDPQDGLTGAWMISLAMAVLGTRPGMVYCNAGAVAAVIAPLVREKGQMSAYAYYAFNFAGIIMAVPGLLRSXXXXXXXXXXXXXXXXXXXXXVGRLLRLLPASVMVGFVNGLSIVVFMAQFRQFQNPQAVASNGDSGGAIGGGSARRLNSFDVLSAGN-WIAGTELYWMLGNVAVTMVVSIMAPRIIRK----------VPAALFAIVASCAFEWGVTRAAAGAS-TNLLRDVAPISGSLPIPIWLDRAQQLPPLDGALLGAVMPTAITVAAIALIESLGMVRYVTELADSGAAKTQRTKAPPDLRREAFWLGATNSVIGVFGAQGGCSEMGLGQLNLKSGGTRWVSSALAGILTLLVLVAASPVLEIIPVAGFAGIMFAVALVSFEWSSLWLLAAAALPLSWRNAVLRRHKLKKXXXXXXXXXXXXXXXKIPCVDALIIALIXXXXXXXXXXXTVITPLMDLAIAVAIGCGIAALAFAWQSADKLNFNIYTRPALPSEGSGTGSVKVYELRGLLYYAAVEKFVGAFDVLGDPPEVELCLLQAELCDYSAMQAISTLSERYSNVGKHLRIRALKPSTLRVMGKQEALLA 631
[Close]
BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Match: A0A812LKK8_9DINO (YbaR protein n=1 Tax=Symbiodinium natans TaxID=878477 RepID=A0A812LKK8_9DINO)

HSP 1 Score: 336 bits (862), Expect = 4.990e-98
Identity = 218/566 (38.52%), Postives = 329/566 (58.13%), Query Frame = 2 
Query:  395 RAEWLAGITTGLTAVPTAVAFAILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVA-DNKVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLAQMKSFQEGLSFGGSNNVES-RRLNSFSVFTDGSQWISGAELWYTLLIVVVTMIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEGTRTLDDIAEVTGSAPELAWFDSQW-NMPPLNGDTFTTVLPTAISLMAVGLVESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMVNVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTFDWGSTLMVLAAALP----ERYRSHKAVYEKKISRADALIIVVVTVATPFTNLAIXXXXXXXVACLAFVWHNSEA--VTAQSYYRTGYDVKDPSIIKVYEVMGNLFFASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKHLRLRRIKKDSRRVLTKAQALMSDDMDVVMDDDPLRP 2065
            R E L G+T  L  VP AVAFA+ AG+ P VGL   WII +  A+FGGR GM+   +GS+ V++   V+ ++  E +FYA ++ G++++ LG + V  L++L+PV V+IGF NGLA+V+ LAQ+ +F++  +        S RRL+SF  FTDG  ++ G  L +  LI  ++  V +  P L+ +          VP  L  I++ T  EW V R  A    T  + DIA      P   WF+S + N PP + +    VLP ++++ AVGL+ESLMT+ L++EIT+T  N  RE +  G+ NL+ G FGG GG + IG +M+N+ S  R+R+++  +G  +L +VL A PAI  IP++ LVGVM  + F+TF+W S  ++  AA+P     R+ S KA   ++I R DAL+I+VVT+ T FT+LA        ++   F    S    V A+   R G        +KVY+V G LFF S+  FL LFD   DP  V +   T  + DFSA++ L  LGERY +  K L L+++   + RVL++AQ L+ +++ + +D + + P
Sbjct:   31 RLEVLCGLTVALALVPEAVAFALAAGLPPDVGLNSAWIISVFTAIFGGRPGMICGATGSLAVLVPGTVSQEHGKELLFYAVIVMGLLEVVLGLLSVGTLVKLIPVPVMIGFCNGLALVIGLAQISNFKDPEALHQHGRESSGRRLDSFHAFTDGVPFVQGKVLLFAGLITALSFFVSLFLPKLSTR----------VPSALVAILLGTAFEWLVAR-IAFDTRTPIVGDIASQC-DFPVPFWFNSDYPNPPPFSKELLIKVLPLSVTMAAVGLLESLMTLNLIDEITKTKGNPTRECLGQGLANLVCGCFGGMGGCAMIGQSMINIGSGARSRLSSLSAGAFLLAIVLVAYPAIKQIPVSALVGVMFNVCFHTFEWSSLKLIFLAAMPLQARRRFLSAKA-SSQQIRRTDALVIIVVTLVTLFTDLATAVAVGMVISLFVFALETSNTIQVVAREDSRDG--------VKVYDVHGTLFFGSTSHFLELFDEDKDPDDVRLVFETGHVADFSAVQALNKLGERYGSVRKRLTLQQLMPKTHRVLSRAQGLLVEEITLSLDREEVLP 575
The following BLAST results are available for this feature:
BLAST of mRNA_P-littoralis_Contig897.14.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5KRI7_9PHAE0.000e+075.83SulP protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A... [more]
H6WBB2_VAULI3.080e-19552.59Putative sulfate permease family protein n=1 Tax=V... [more]
A0A835Z2G9_9STRA7.720e-17149.78Sulfate transporter family-domain-containing prote... [more]
A0A7J6PH28_PEROL2.060e-11040.79Sulfate_transp domain-containing protein n=5 Tax=P... [more]
A0A7S2VHF8_9DINO9.440e-10840.22Hypothetical protein n=1 Tax=Brandtodinium nutricu... [more]
A0A7J6MT03_PERCH1.490e-10639.64Sulfate_transp domain-containing protein n=1 Tax=P... [more]
A0A7J6MPW3_PEROL1.680e-10640.43SET domain-containing protein n=3 Tax=Perkinsus ol... [more]
A0A812SEI6_SYMPI2.230e-10138.87YbaR protein n=1 Tax=Symbiodinium pilosum TaxID=29... [more]
A0A835YQ02_9STRA1.520e-10038.08Sulfate transporter family-domain-containing prote... [more]
A0A812LKK8_9DINO4.990e-9838.52YbaR protein n=1 Tax=Symbiodinium natans TaxID=878... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-littoralis_Contig897contigP-littoralis_Contig897:32341..55677 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
Pylaiella littoralis U1_48 OGS1.02022-07-08
Properties
Property NameValue
Stop1
Start1
Seed ortholog2880.D8LK49
PFAMsSTAS,STAS_2,Sulfate_transp
Model size3871
Max annot lvl2759|Eukaryota
Hectar predicted targeting categoryother localisation
Exons4
Evalue0.0
EggNOG OGsCOG0659@1|root,KOG0236@2759|Eukaryota
Ec32 ortholog descriptionSulfate transporter N-terminal domain with GLY motif
Ec32 orthologEc-06_008180.1
Descriptionsecondary active sulfate transmembrane transporter activity
Cds size2136
COG categoryU
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-littoralis_Contig897.14.1prot_P-littoralis_Contig897.14.1Pylaiella littoralis U1_48polypeptideP-littoralis_Contig897 32498..54099 +


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

Feature NameUnique NameSpeciesTypePosition
1680791784.833239-UTR-P-littoralis_Contig897:32340..324971680791784.833239-UTR-P-littoralis_Contig897:32340..32497Pylaiella littoralis U1_48UTRP-littoralis_Contig897 32341..32497 +
1680791784.913174-UTR-P-littoralis_Contig897:54099..556771680791784.913174-UTR-P-littoralis_Contig897:54099..55677Pylaiella littoralis U1_48UTRP-littoralis_Contig897 54100..55677 +


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

Feature NameUnique NameSpeciesTypePosition
1680791784.8520808-CDS-P-littoralis_Contig897:32497..326261680791784.8520808-CDS-P-littoralis_Contig897:32497..32626Pylaiella littoralis U1_48CDSP-littoralis_Contig897 32498..32626 +
1680791784.8633847-CDS-P-littoralis_Contig897:51035..512851680791784.8633847-CDS-P-littoralis_Contig897:51035..51285Pylaiella littoralis U1_48CDSP-littoralis_Contig897 51036..51285 +
1680791784.8750813-CDS-P-littoralis_Contig897:52015..534801680791784.8750813-CDS-P-littoralis_Contig897:52015..53480Pylaiella littoralis U1_48CDSP-littoralis_Contig897 52016..53480 +
1680791784.895708-CDS-P-littoralis_Contig897:53807..540991680791784.895708-CDS-P-littoralis_Contig897:53807..54099Pylaiella littoralis U1_48CDSP-littoralis_Contig897 53808..54099 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-littoralis_Contig897.14.1

>prot_P-littoralis_Contig897.14.1 ID=prot_P-littoralis_Contig897.14.1|Name=mRNA_P-littoralis_Contig897.14.1|organism=Pylaiella littoralis U1_48|type=polypeptide|length=712bp
MTSQDLPGVKSDERDRDLSEPKSIEGRSTVDIMTGELVWEPEERQEEEPY
TCARSCGCPTSFFWRETNFKSALHWVKSNRAEWLAGITTGLTAVPTAVAF
AILAGVAPSVGLRGTWIIMLVMALFGGRTGMVYSNSGSMGVIIEPFVADN
KVEFMFYAFMLAGIIQIALGFMGVAKLLRLMPVSVIIGFVNGLAIVLFLA
QMKSFQEGLSFGGSNNVESRRLNSFSVFTDGSQWISGAELWYTLLIVVVT
MIVIVVYPMLTRKATGRLAFFKMVPPILAGIVIATVVEWAVVRGAAGHEG
TRTLDDIAEVTGSAPELAWFDSQWNMPPLNGDTFTTVLPTAISLMAVGLV
ESLMTVRLVNEITQTSSNIHREAIVGGVGNLLAGAFGGQGGNSEIGLTMV
NVESKGRTRIAATVSGLLVLIVVLAASPAINLIPLAGLVGVMLVIAFNTF
DWGSTLMVLAAALPERYRSHKAVYEKKISRADALIIVVVTVATPFTNLAI
AVGIGIAVACLAFVWHNSEAVTAQSYYRTGYDVKDPSIIKVYEVMGNLFF
ASSETFLSLFDHRNDPSMVEVHLHTADIEDFSAMKTLETLGERYSNAGKH
LRLRRIKKDSRRVLTKAQALMSDDMDVVMDDDPLRPQVSLHPKGVGEALV
YNFFGRDPYTRRHRSRSLAEFSAPAPMNVTATGAVAGAGTNGNGVGIEHG
SGVPRLVSAEV*
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mRNA from alignment at P-littoralis_Contig897:32341..55677+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-littoralis_Contig897.14.1 ID=mRNA_P-littoralis_Contig897.14.1|Name=mRNA_P-littoralis_Contig897.14.1|organism=Pylaiella littoralis U1_48|type=mRNA|length=23337bp|location=Sequence derived from alignment at P-littoralis_Contig897:32341..55677+ (Pylaiella littoralis U1_48)
GCAATTGCACACACGGTACGATAGCAGCAGCGCACGCACGTAGCATCATC
TCCCCCCCCCCTCCCTACATCCTTGCACAACTTGTGCGTCGACGACAGCC
TGTCTTCGTCGTTTCCATTACCAGCAAGGTGCGAACAGGTGAAGGCTGCT
GGACACCATGACAAGTCAAGACCTTCCTGGTGTCAAGTCGGATGAGCGAG
ATCGAGATCTCTCTGAGCCCAAGAGCATCGAGGGTCGCAGCACTGTCGAT
ATTATGACGGGAGAGCTGGTGTGGGAACCAGAAGAGGTGAGCTGCACCTT
ATCGGGCATGGCGTTGGTGGATACAGATGTTGCGAAGAGGATGAACCTCT
CGGGCATTTTTCGGGGAATATTTTGCTCCAGACTCAACTACATTTCGAAA
CGGCCGACAACGGCGGGTATTGGCTGGCTCCCAGGTGTTTCCACCGCGAG
AGTTCACGTGGACACGTATGCAACTTCTCGAAAGAGATCCTGTTGTACCA
CACGAGACCAGCTCTCGCCACACATCAGAATGTCTCAGCCTTCAATCCAG
GCTATGATCGGCAGCTTGCTCAAGCCTACGGTAATTTTGGGCTTTCGTTT
GTGTCCATCTCTTGAAAAAAACAGAAGAACGTGCGTACGGTACTCTCGCT
TGCTTCCGTCGAACCGGCAGGTGTGAGAGACACACAGGTTGTGCTTCGTG
TAACACATCTATATACAAGGGTTTCGCCGGCTGACGCTGCCACGGTCCTG
ACCGAATCCAAGATATAGAGGCACGCGGAAGGCGTGATGGTGGGACATTG
CCTGGTGAACATGTCGACGATACACGGGGTCGAAAATGGCACATACATAT
ATACATTTCTTTAGTTGTAAAGATGAAAGAAAACGGAAAAAGGAGTCCCG
GGGCGCTGTAACGAAAAAACAATCCCACGAAAGAAATTTCGAAAAAACAA
CCAAGCCCTCACAGAAATCGTGCGTACACAATCCACAGCAGCAGTAAAGG
CCACAACCGGCACGCACACGTATAACAGTGGTACCTCCCTGCTCCATGCA
GTGTACTACTGCAGGGAAAAGGCAAGTCATGTGGTAATTCCCGAGGGCTA
AACACTCTAACCCCTTTCGTATTACAGCAGGAAAGGAAAAAGCGGTACTC
TGTATTAAACATCGGCGAAGAAGGGAAAGAGGGAGGAGTACGGATCACTG
ACGATTACAGCTGTGCGGGTTAAACGTCGGGAATTCGCAAGTGGGTGGGT
GGGGAGGTGGGAGGCAGTATTATTTATTAATTAAGACTATGAATTATCCG
TAGAACAACAATTAATTGTTGCCGGGAGGTGGTGCGTAGCGACATAAAAC
ATTTTGCTGCGGCTTCGGAGCCGGTACCTACATTCCTTTCTGTCTTTTTA
ACGGCATTCCGTAGCCCTACAGAAGAACTGATGTGGACCGCCAGAGCCCA
GAGGGACACGCACCAACAACCCAGCCGAACCCGAACCCGAAATCCTAAAC
CACGCGGAGAACTGCTAGGACACATAATGTACAGCAGTAGTATTAGTACT
ACTGTTTGCTGTAGCAGTAGTAGTAGTAGTGGTCTTGTGTGTGAGGAATG
GGGGAGGGTTCCCCTGAAGAGACCTCCTCTGCTACGACCGTACTCTGTAT
CTATTTGTTACGGAGTATATAGTATGGGAGGGGTGGCCTTTTTACTACTT
CGTGTTCATCATACTACTACAGCAGTAAACGCTGTTGTTGTTGTTGTTGT
CGGTTTGATCTCAGGGCCCCCAACGGTTTAGGGCCCGGATTAACGGGGAA
TTGAAAAAAACGAAATTGCGAAAAAGAAAACGAAATTGGGCTCTGATTAG
TCCGAGAAAAAAAGAGAAAGAGGCGTTATTTTCTGTGAAAGAGGCGTGTC
TCCGATTCAGCACACACCGAGCAGGCGGTATTTCGTTTTTTTCTTCGCGA
AAATAAAGTGTTTTGGACCTTTTTTTTGCGAAAAGGAAAACGAAAACGAA
ATACCGCCTCCTGGGCTTGTAGGCGGGGACGCTTCAGCTCTGGGAGGCAT
CTCCGGTAGACTCTTGTACAGCAGACAAGTTCACATGTTGACTGATAACT
CGCGACACAAGCGACGAAATTCCCTGCTATTTGCATGTCTAGAGAGGTGG
GTTTGGAGTGAATTGGGAATGGCCAAGGTTTGGGGCAGTGGGGTGTCAAG
CGTGACTCAAAAAAGTTTTCAACTCGTGCACAACGACCCGCTTTTGCTTT
GAGCCGCTTTTTCGGGTGAGTTCGCAAGCAGCCAAGTTCACGTTTCCACT
GATATATCGCCGGAAAACGGATGAAATTCCCTACCAACTGCGTGTCTAGA
GAGATGGGTCTAATGTCCATCGGGAACACCCAAGGTTTGGGGTCGGTGAG
TATCGAGCGTGACGGGAAACAAGCGATCAGCCATCCAAAAAATATCAAAA
GTCATCGCAAACTGTGTCCTCTCGTGTACTGCTGTATCCCCTCTTCTTCT
CCACCCTGGTACCAGGTCCGCTGCAGCAGCGTGAAAAAAAAAAAGATGCT
CGTTCCGTTCATGCTCAACAACTACTCCGTATATTTTATTTTTATATTCA
GAAGAACGAAGTAATTTCGTTTTCTTTTTCGCAATTTCTTTTTTTTCAAT
TCCCCGTTAATACGGGCTCTTACTGCTTGCTGTGTGTGAGGACTTGAGGA
CGCTTCCGCAGAGAGAGCAGAGAGAGGCATCCCGCCGCGGTCTACTGCTG
GACCACTGTAGTTCTACGTGAAAAACGAATTGAATCCTGGAGTATTATAT
AATGTTGATTCCCAACATTAGGTCACTACCGCCGCAGTCTAACCCGTGGT
CACAAACCAGGCACATATATGATATGCATGTATGTATGCATCAACGCGGG
ACCGCAGTCAAATTTAACAACTTACAATTAATTGATAAATATATGATATC
CTGGGCTTCCAGACCGAGCTGTAAAGAGGCAGGTGAGAGACAGGTGCTGG
CCTGTGAGCGGTATTTTCGAGGTTCCGCCCCCTTATAATTTTTACTACTC
CTACTTCGTGCTCTGTGTTCCATGATACACTCTGCTGCTGTTGGTTTTTG
ATGAGGACCCCCAAGAGTTTACTGTGAGAACGTTTCCGCAGGGAGAGCAG
AGAGAGGCATGAAAAATCAATGCTCTGTGGGATCCTGGCAAAATATTTTC
TGCTGTGTAATTACTCGAAGTATTTATCCGTAAAGCAGTACACTACAGGA
ATATAGTCTGCTTACTGTTGTTGTGATTCAACCATATCAACCGCAAAGTG
GTGGTTAGCTGCGCTGATGATCTGGATCTGACGACAGGGAGGGCTGGATG
TAAATTATTATTTATGTGTATCATACGCCATACGCTATTGTTGTTGTTCT
TGAGATGTTCATGCAAGATGCTACGTGTACAGAAGAATAAAATCTGATCT
ATCATAATAACAGGCGATCGAACTTGTTTTATTGGATCTATGTATGAGAC
AGGCGATCGAACTTGTTTTATTGGATCTATGTATGAGTACAGAGGAGGGG
TGGATGATTTCGAATTCCCGTTTCCCGCCGTGGTCTGAATGAATGGATGG
ATGTATCCAATATGATCCAATCCCACAGAGAGAGGAAGGGATGGATACAT
GCCGTAATATGATCCGAATTAGAGTCTCTCGGGACCGACTACCTGAGATC
GGATGTGAACACCACACACACCACACAGACTTGTGGACGATGGTGATGAT
GAGATGTGATGCAGAAGGCCTACCTGACTACCACGCGGACAGGACACTTC
ACAGAGCATAGGTCGAACGTCGAAGTCAAAGAAAGCGTGAGTATTCAAAA
TGATGTGATGTTGATGATGTTAATACATGCAACAGTTCTGTGTTTCCCAA
AAGCCGAGAGATTTTTAGTGCGCCCCCCCAGTCTGGTCTGTCTGTTCCTG
CTGTTGTTGTTAGCGGATAATCTCCTGATGATGATGATGTTATACTGTGA
TTCAATATGATGTGATCCAAAATGAGAGTGTGGGTCGAAGTCAACGCCAA
CAAACAGCAAATCTGCGCAGATGAAAATATGAGAAGATGTGATGATGACA
ATATCGTACTCGTACAGCAAAAAATAGTGGAGAGAGCAGTTGTTTGATGT
GATATACGGAGTACTTGTATATGATATGACAGGGGTAGATAAATGATCCA
AAACGATCTCCGTCCTATGATGCAGGAGAGATAAACAAACGACCCAATGT
GATTGAAATTACCCAATATCATGATGTTACTGTGCAGGAAAAGGAAAGAC
AAATGACCCGAGATGATCGAAATCCAAGGTTCCGCCGTGATCTTATTTCA
AGTGATATGCAGGAGGAACGGAATAAACACCCAAAATGATCCAAACCAGA
GATCCGCCGTAGTCTGATTTCAAGTGATTTCAAGGGATATGTGCATCAGA
TGAAAAGATGAGAATAATATGTGATGATGATGATATCGTACTCGTACAGC
GAAAAAAGCGGAGAGAGCAGTTGTCTGCTGTGATATATGGAGTATGTGAT
ATGACAGGGGTGGTAGATAAATGATCCAAAACGATCTCCGTCCTATGATG
CAGGAAAGGTAAACGACCCAATGTGATCGAAATTACCCAATATCATACTT
CGAAAGTATGATACTTTTTTTTTTTTACAGGAAAAGGAAAGACAAATGAC
CCAAGATGATCGAAATGAAAGGTTCCGCCGTCTAATTTCAAGCGACATGC
AGGAGGAATGGAAAAAAAAAATCCATGGAAGCCAAATGATTCAAATGAGA
GGTCCGCCGTTGTCTAATTTCAAGTGATGTGTTTCCTTGCGTGAGAGAGC
TCTAGAGAAAAAAATGCCGGTCTGTCAGCGGCCTAGAGGTCCCGCAATGC
TAGTCTAATTGGAAGTGAAACACAATGAAAAAAAAAAATGAAAATGCTGA
TCAATCAGCGGAATGATAACATGTACTGGGTATAACTTATATGGAGTTGA
AGTCTGGCTATCATACATAGCGTCCACAAGAAATGGGATGGCAACATGTG
TGTGTGTGTTGTCATCCCTTTAATTGGACGCCGCTCTACGCCTCTCGGGT
AGGTAGACGCTCCAACCGGGGTCACACAGTAGGAAGTCAACACAGGAGTT
TTTTCTTTTATTTATTTTCTTTTCTTTCTCCACTTCCCACTGCGGTACTT
GCCTGCATTTTTTCTCGCGAGAAAGGGTACAGCGTACAGCCATCCCTTCC
CCTCGTCGGCACTTCGAATTTTGTTTACTCACGAATTTATTGTTTTCCAC
CCTCACGCATGACATGAGAAGAATTCCGGATCGTGTTACTGCACCGGGAT
TCGAACTCAAGCGGGAGTGTCAGAAGATTTAAACCACCAGGGCGACCGGT
CATGACAACAGATAATACCTGTATGATACGCACACGCATTTGTACACCCA
GATTAGATGTTGAAGTAGCTGAATCATGGACATGTGAGAGATTTTTAGCT
CGAAAGTCACGTTGATACAATGATGTGATACCTTGTGTCTAATTTGACCC
CAGACAATACTCGTACTTTGAAGTACGAGTCTACGCTAGCGTTGTACAAT
GAGAGGGAGAGAGGAGAGGACGACTGCTGTTGCGCTGTTACAGAGTGGTG
TCGAAATGTGCATGGTAGTACAGCAGCATCACACGCATGATACCATGCCA
CAGCAGCAAGATACGAAAAGTGCGTTGAAAGAGCTGCCTCTGAGGACGAA
ATATCTTGTACTGCTGCACTTCGAAGTATTTTACATGCACAGCAGTTTAG
ACCGTTTCTTACGGCTCCGTTATTTGGTCCTGTGTTTTTTCTCCTGAGGT
ACCCCCCTCCCCCCCCAATAACAGAGAGCCCAAACGGTTGAAAAGCTACT
CCTTGAGCACAACAGGAAACAGCACCAAGCAGAACTCGACCCCTGGGACA
CCAGTCGAGACTAAAACTGTTCGAGGGTACGCTCTAGTGTTCTCAGGTAG
GTTACAGGAAGTCTGGTGGGTGTGGGCTTTAGCTGTGGCCAGGTTTGGGC
GGCGGAGTGGGTTGAGGAAGGAAATCCGGTGGAAAAAAGAACGCTGTCCG
AGCCTGTTTTTTGGCCGGAAAAACAGGAGCGAAGCTGTTATTTCGTTTCA
TGTGTTTTTTCATCTTCAACACACACTGCCGCCAAAATCTCGCCACAGCC
CGAACCCACTGCCCCCAAACTTCCTGTGGCCAACTTGAGAACATAGGAGC
ACACGCTCCATCAGGTTTGATCGGCATTTGTGTCCTAGGGGTCGAGTTCT
GGTTGGTGCTGTCGCATGATGTGTGCAAGGCTCCGGTTTCATGGGGTCCT
CTACCAAGAATTGAATTATTTTGGGCGAACAGGGGACAAAAACACGACTT
TTAATTGACTTTTACTCGAAGAGATGGAAAAAGTACGAGGAGGCGTGCGG
CGTTTTTCGACGATAAAACATACCACGCAAAGGGTAGCAAAAGGTATCTG
CTGTAATAGGTGCAACAGGTACAGCAGCAGCATACACACTTCCTGTGATA
AATAAATGCCTCGTATGATATGAGGAGAAGTGAGGAAGCTCGGTCTGGTG
TATGTGGAGCTTGGCATTTCATGCTGCTTCTCGATACATCGCTTTATCAC
GGTGGTTACGATTGATTGCAGATGTATCCGACTGCATGCAAGGATTTTGA
AATCTACAGCAGCAGCAGCAGTAGCACAGCAGCAGAGCCGAAGGCAGAAA
AGGACACCAATCAATCACCAGCGAGCGCAACCCATTTCGCGCGTAGAACG
AGATCGGCCGCTCTATACTGCTCACTGCTGCTGCTGCTGCTGGTGTTAGT
TGTTCGTACAATCAATGCTGCTGCCGTGTTGTTGTTGTGTGGTCCAGCAG
CAGCAGCAGCAACAACAACAGCACTCACACTTCACACACCACCTTGATCT
TCTGTCTGGGTCTGTGCTGGGATGGTTTGAGTTGGGATGGTCTCGGTTTG
CACTACCATCAATGGCGGGGTCTGATTGGCTTGCACCACCATAAATTGGT
TCTAAGTGGAGCGCTGTGATTGGCTTGCACTACCATACTTAAACCCTACC
CAAATACGTCGCGCCGTGTGCAGCAGGGCTGTTTGCGGGTGGGGGGGTAG
GGGGGTTCTCTGGTTGGATTCCTGTAGGGGGGTCAAAACGCCAGGCCAAA
ATAACGTTGACCGTAAGAAACAGCCTTACAGCAGTTTCTCATATCTTACG
TATGTAAAATATGTATGCGATGATGTTACGGGAAGAGAACGGCCACTCAG
AAAGGGTGTCCTGCTTCATTTCGTTGTAAGGCGGTGACTTATAAGGTTGA
AAATGCCGGTCGATTCTGCCCTATTTTTCGATCGAAAGCCATAATCCATG
TCTTACGGAGACGAAAATGGCCCATTTTCGATCCGAGATTTCCGACGAGA
CATTTTCGATCAGAATCCGGTCGAAAATCTGAGGGATTTTCTACGCGGGC
ACCCGATCAATTTTTGCGATCGGAAATGTTGTGCTTTGGTCTTCTCTCTT
TATGTGGTATGATAGAAGTCATGTGGTAGGTGATCATCAGCACACACACA
CAACACACACACACACACACACACACGCACGCACGAACACGCACACACAT
ATGTACACATACCAAGCACGAGCCACGAACCAAAGCAAGGAGAGTAACAT
CAGCAGAGGAGGAGAGGTACTGCTGCTGCTGCTGCTGCTGCTGCTGCTTG
GCTGCTGTCCATGTAGCACTACTCGCCGGGTGTCACAGGTGGATATGTTC
ACATTTTATCACATGGCTCAGCTGGTCCTTTTCCCCTGGCACTGGTTTGC
GCTTTCACCCACTACTATACTAACTACTATCTCGAACGAATGCACCGACA
GCTAGCTTTGACACGGGCATTTACTGCGAGCTTTGTGCGTGATCCCTCTC
ATGTGATGATTGTTTGGGCCCGCGAGGCATCGACAGGCTCGCAAACAAGT
TTGCTCGTAGTGACGATCACATGGTGATGGAAACGACCAGACAGAGAAAA
GAGGAACAAGCTGTCTCGTTGTTTGTACAGTACTGCTGTACAGCAGCACT
GACTGATCGGTAGGGCTTTCTTGAACTTTTCCACATGTTGTGTGACTTGA
GACAAGCAAACGTTTTTTGCGGACGTACCGATGCAACCCTAACCTAATTG
ATCACCAGACGACAGGGACCATGCACACAACTCACGGCAGACGCCTTTGG
CATCGTTGTGGCTGCATCCGTTCGGGAGTGGTGAATGAAAAAGCAAACCG
GTGCCACAGGCGAAAAAGACCTCGGCTGCGCGGAGAATCGGCAACAATCG
TTGCACTTTGTTCGCATTTGTTTGACGCATTTGACCATCAACACTCAACC
GTGTTGCGAGCCTAACCGACCCGCCAGGGCTTGAAGGATCACCACTCGAG
AAGAACCATAGACACAGCTCGAGGGAGATAGATGGCTTTGAGATTGCTGT
GGCCTCGTTCATTTGAGAATTACAAGCTAGAGTGTAAACTGGTCTCGCAG
AAAAAAAACACCCTTCGCTGCTGCTGGACTACTGCTTCTTGTTCTGGCAG
TGCTAAAACAATTATCGGACAAATCGAGAACCGTAAGAAGAGAGGATCGG
AAACCTTCAGCAGAAAAATGCTCGATCGAATATAGAGCAAAATCGATCGG
CATTTTCAACCTTATAAGACACCGCCTAAGACCGTTCCTTACGGCTCTGT
TTTTGGTCCTGTTGTTTCTCCTGAGGTACCCCCCCCCCCCAAACAAATAA
CAGAGAGCCCAAACGGTTTGAAAAGCTACGCACAACAGGAGACAGCATCA
AGCAGAACTCGACCCCTGGGACACCAATCGAGACTTAAACCGTTAAAGGG
TACGCTCCAGTTTTCTCATATTGGCCACAGTAAATTTGGTGGGTGTGGGC
CCTCGCTGTGGGGACGTTTCGGCGGCGGGGTGATCGAGGTAGGAAAATCC
GGTGAAACAAAAAACGCTGTCCGAGCCTGTTTTTTGGCCGGAAAAACAGG
AGCGATCCCACTGCCACCAAACTTCCTGTGGCCGACTTGAGAACATAGGA
GCACACGCTCCTTCAGGTTTGGTCTGCATCTATGTCCCAGGGGTCGAGTT
CTGGTCGGTGCTGTCGCACAATGTGTCCGACAGAGCTGTTTGCGGGTGGG
AAGGGTAGGGGGTTCTCTGGTTGGATTCTTGCAGGTGGGTCAAAACGCCA
GATCAAAATAACGTTGACCGTAAGAAACAGCCGAAGAGGTGCCTACCATA
CTTGGTGGAGAGCCGTGTCTTACATACATCCGAAAGTGTTCCCTTAACCC
TTCTGGGACCAGGGTATTTCGGCGGGCAACCCGAATAGCCCGGGTTCTAA
AAAAAACTGAACCAGCCGGTATTCCACCGCCCGAGAACCAGACACAAAGA
AAGCCAGCTCTCGGCTCCGCGTGCACAAATCATGATAAAATTGACATGTG
AGCACCTCACAGTTATTCAGCCAGGGTCACGAACAAGGTCTCGCAACAGG
CTGGTAACCTCCCTGGAGACACTAGTAGAGTTATCCGATGATTGCGATGC
CGCCTCCCTCAAATATCTCGAAATCATGACTGGTCATCACAGGCCTCCCT
CTCCCATACCCAAATGAAACCAAGAAAATAATTCAGGAATGGTGCTTTTT
TTAGCGCATTTTTGTCCACTGTAGCCCTCAACCTACATTTTGTCAATCTG
GGCACAGCAGGATGCATGTAGCAGGCCCTGCGGTGGTTGGAAGACTGCTG
TGTGTTGCTCGTGTTGGATACTGCTGTTGCTGTGCGGTGTTTTCCTTTAT
AATGAATTTGCAACAACCTCCATCGCGTTCTCTGGTTCGGGATGTGTTGC
TTTCGTCCTCATCCCGGACTCCATCCCCGTGTCCCCGACGAGACCGCCTC
AAGAAAAAAAAAAATGAACAATTTTCAGTGATCAAAACAAAATGCACTGA
AGACCCAGAAGGGTTTATGAAATTCGTGTGTGCGTGTGGACTCACCGGGC
AGTGTGATACTTCGAAGTACATACCATCTTCAACTCGCACGTCCGAGGCA
GCAATATCATTTGCGTCGTGAGCGACAACCGGCACTAGCCGAGGGCTGAG
GTTGAAGCCTGCAACCCATCTACCGTAAACTACACAAGATAACACACCCC
GTGTTAAGCTTTTTGCATTCCGTATAGCTCCACAACCAGGAGGGTGCCAC
TGCCGAAAAGGGTGGTTTTGGAAAGATCTCGTCGAGAGCTTTCGTATGAC
GGGCTGTTTGGTGTTCGCACCCTCCTGGTTGTGGAGCAATACGGAATGCA
AAAAACCTAACACGGGGTGTGTTATCTTGTGTAGTTTACGGTATTTGTGA
CACGCAATTGCACTTTGATAGTGTGTTGTCATCCTATATTCTCTGGCACA
CTAGTCTGCACCCTGCGGTTCAAACTACAGGCTAGGCCCATCGACGGGGT
CACACAGGAGGAAGGTCAACACAGGAGGAGTTACCCCCACCTTCCTTCTG
CGGTACATGCGTGAGGTTTTTTCTCGCGAGCAGGGATCCGCGGTCCCTAC
CCTCGTCGGCGAAGCCGAATCTTCTTTTCCTAACAGCATAGCCGCTTTCA
AAGTAGCAAAGGAACATATACCCCGGGAATCGAACCCCCGTTCCTCTGCA
TCTAGTGGCCAACGAGGGGACCACTAGTCCACCGGGGCGACCGGGGTATT
GTGTTGGATATCGTATCGAGATACTACTTTATCTCGATTTAGTTCGTAGT
ATATACGATACATGTGATACAACTGCTGTAGTTGCAATAACATCATTATG
ATACAAAGCAGTCTAGTATAGAAGCAAACAAGGGGCTCCGCTCGCCGCCC
GGCCTGGCGGCCGGCGGCTCGCCGAGCGCATCGTGATCGCGATGCGATGC
AAAAGAGAGTACTTGACGTTATAGAAGTCCGGATGGTCGGCCCGCCATAG
GCTGGATACGAAAGGAGGCGCTGTGTATTTGTTTTAGGTGCTGGTGGATG
TTCGGAGGGTGGCAGACGTGCGGTTCTTTGAGCTCTCAAATAGGCCAAAA
AATATTTGGCGATGGAATGTGATACTGCTGCTGTGCGTGCATGTTTATGA
CGGCAAAGTCAAGGCAAGACTATTGGGGACGCTGGGTGTCATCCCTTTGG
GCTCCGTGGTGGTATTTTTGGCTTCACCATTCTTCTATAATTTTGTTTCT
CCGTCTCAAAAGTCTAGATAAAAATTTCTGGGCGACGCCCCACCCTGACT
GTTGTATACTCCCCACCCACCCTTCCCCATTTAGCCTTGGGAGGCACAAA
CCTCTCTAAGTTTTTAGAGATCTCACGGCAGCTTGAACTCCTGTGTGGAT
TAGAATTGTGCCCGACCTCTGTATGCTGTGTAGCGCGAGATCGAGGTGCT
CAAACTTTACGTTTGAGCACCATCTTGCCGCATGAATTTTTCCGCATAAA
GTGCGCTTCAGCTATCATACGGACAGAGCAAGCTCTCCACAATCAACCAT
ACTGCGTCAGATTACCACAGCCTACGATGTGGTGTGTGACAGGCGTCCCA
TGCCTTGACAGCAGCAGTAGGCAGCCAGAAACCCCTCTAGAGGTATTCGT
GTGAACTGCTGTATCTAGGTGCCGGCAGAAGTCCGAAATTACACCAAAAT
GGGATATCTGCGGGGTGCGTTTGCGCGATGCCACCGTTCTCCGCGTGTGT
ACCCCCCGATCAACAAACGGATATGACGCGAATTTAGCTGGCTTATCGGG
CGACCTCCTAGGCCAATAACCTAAAAAGGTTTTTGACTTAGCACGATTCC
AAAATTCAAACTACGGCCCAAAAACACTACCAGGTGTTAAACTAAAAATA
CGTTTTTTGTATAAGATTTGACCCCCCCTTCAAATAAAGCTGCATTTGTG
CAAATCCTTGGCACTATGTTCAAATCATTTGGTTCCCTGTTACAAAACGC
CACTTTTCTACAAGTACTACCCCTCTTTAATTTTGTACTGAACACAGCAG
TGTTGCTCTAAATGTCGAGATTATGGTATAAGAATTGAAGGCGGATAATC
TTCGTTGTGAGGATTGTTGCTGCACCGAATGGAGGCAGTCCTTATAAGGC
CGGAACTCATTGACCGTCAGCTGGAGGTGGACGGATCTTGGTACTTTTGA
GAGCACACGTAGAAAAATTCGCCGTCACGTCGTATCTTCGTCACCAAAAC
TCCCGGGCAGTCCTGTGTAGGACATGTTGAGGACATCCCCAACAACTTGG
AACTTGGGGCTGTCAGACTCGCCGGCCGGCTTCGGCTTTTTTGCTGGCGA
GTCTTTTAAGATGTTCTCGACGTTGAGCGGCATGTGTCGATGGGTAGATG
ATGTGAGGGTGTGGAAGATTTTGTGGCAGGGCGCAGGGCGTGACGATTGC
TTTTTATTTTATTTACTTACGTACGGTAATCGCGGGATCACGTTTGTTCG
CGCTTGCCGATACTCGATTGGTGAGGGTAGTTCTTGTCACCGCTTCTATT
TTCGATTTCGATTTTCGATTTTGTTTCGGTTCCGATCACCGCAACTTGGG
TTGCATCGAAAATCTAAAAGCGGAAAAACAACGGAGAGGAGGTGGAATGG
CCAGCAAGTCACAGAAGACAGACGGTCGTGAAGTGCATGTTACGACGATT
TCAAGACTAGCGCGGGGCTACCGTGCCTCATAATCAGTGCGCACGATCGT
GCCCGGCGTACTGTAGAGCTGACTCAGGCGCATTGGTTCTCGTCGGTTTC
GGATCGATGACCGGACCACTCAGCATAAGATGTACGTGTGATTTCCTGTT
GCACATGCATACAATGGGGGGACAAGAGTTTGACTGGCTGAGGCGAATGC
AGGAGGACCTCAAAGCGTTCGACATCGCTATCGACAAGAAAGAGGGGTGG
GAGGCAAGTGCCAAATCTTGTGATTGGTACGAAAGGATCGATGAGGGTGC
GCGGCGTATCACGCACGAGTGGCTCAAGAAAGAGGGAGACTTGATAGAGA
CACGTCGACTCAAAGGGGAGAGGGACGCGACTGAGGGGCAGGCCTTGGCC
AAGAGAGGGAGAACAAATGGCGGGGATAAACGAGAAGAGTAGTACGCGGG
GACACAAGGGCAGCGGGGTAGTGGGGTCGAAGTTTCGCGGCATAAGAAAC
AACCCGAAGCCAAGCTACGGGGTGGCCGGATTTGAAAACCTGTCGGGCGG
AAATTGCGGAGCGGTGTTGTAGCTGCTGCCAAAGATGTGGGGCAAAAACA
ACTGGGTACGGTGGTGCCAGAAGCAGGAGGCATGAGTGCGAGTGAGGAGA
GCAAGCATGAACAGGCAGACCTTGTAGCGAGACATGTTTGCGACTGATTG
TATTCCTTTATTTTTTTTTTTATCATCCCCCCACCCCCCGACTTCTGGTC
TTTTTTGCTCTGCACTCTGTGCATTGTTCCTGTTTTGTCTCTTTTGTCTC
TTTTCCTTTCCCTTTTCCCTGCTTCCTATTTGTTTGGTTGCCTGTTTGTG
TTTGTGTACATTCCCTCAGTCTTCGTAGTTTGATCATATTTACTGGACCA
TGCGCCCTGGTTTGCCTTGATTTGCCATGACTCTGTGCTCTGGTTCGGTA
TACTGCTGTACGAAGTATATGGTCAAGGTTTGTCTTGCTCATTGTACTGT
TTCCAATTTTTGTTTTTTCTTTCGAACCTGTGGTCGTGTTATTTTCTGTA
CTTTGTTTTGTACCTTGACCACCACAGATGGTACCCCAACGGTACCCTAT
CTGATTTGACTGCTGTGGGTGGTCGTCCACTTGTTTTCTTTTTTTTTATT
TTCCTCCTAGCACGATAAGTGCCTGGTTTGTGACCACGGGCTAGACTGCG
GTGGTATTGAGCTAATGTGAGAATCAACAACAAAAAAGCCGGAATACCCC
TTGTCTGCGGAGGTCACGAGAAAGCATGCCCAAGACAGCCGTTAGAGCAA
CAACTTTTCACACAGATGAGTGCTCGCCGCTCTCAGCAGACTCCACTCAA
ACAAGTTATCTGCGCTCAAGGGGACATGAGCTTTCATGCGGAAAGGCCTA
GAAATCGTGTGTGTGCGGCAGGTGCGCACAAGTTGTGTTCTGATTTTGCG
AATAAAAGCATGCCGCTCAAAATGTGTTCCGAAAAGAACAGCAGTTTGAG
AGTATACTTCTTTTTCATTCCCCGTGAGAGGACGATGGGTAATAACTGCT
GCTGTCCGGATCCTCGTCAGAACCCGATAGGGCTCTGTACTGTACGGGAA
ACCTGCCTCCTGCCGAGCAAGATATCACATGAGGAAAGCCGATGCTTACA
CGTCGTGCTGTGAACAACTTAGCGAAGACACGTTGATGTGAACTGAGATG
CGCTTTCATAGAACGCAGACAGCAGCCGTGCAAAGCAAGCACTATCTTTA
TTTTTTACTCCATGGTATTAGTTGTGATGGTGTGGTCTTATTCGTTTTTT
AGCCGCCTTTTTGGGGCTGTCAGTTCTTCGTTTGAGATTTCAGGGTGCTC
GAGAAATATCGGAAAATGAATTCGAAAATCGAAAATATGGCGCGGACGGA
ATAAATTCCGGCCAACCGGACATATTTTCGATTTTCGATTTTCGATTTCG
ATTTTCGATTCTTGAAAGGCGGTGACAAGAACCACCCTCTGATGGACGGA
ATTTAAAAAGAAACAAGGTCGAAGGAAACGTTCTTCGCGAAATATTAATT
TAGCATGTCTGCAGGTTGATCCGTCTTCAATGGCACGGACACAGCCGATC
GACACACGTTCCTTCTACGGGAGGCCCATGACGCGGATTTGAAGCGTGTA
TGCTTGTACATCCATTACGTTTTTGTGAGACATACGATGTGGGCACAAGA
CTTCAGTTGCTCATGTGCTCGGGTTATCGCATGCGCGCGTCGTTCCATTG
TCTGAACACACCCGGCCGAAATGGAAGGTACTGGAGGAAATTGTTGTGAT
CGGTTTTGTATCATTTCAAAACGATGGCGTGGGTACGCACGCGCAACAAG
GTGTCTTTACGTTCACCATGTCCGTCCTCGGTTTATCACGTTGCGCGACT
TGGAAACCATGTCATCAATACTGCCTGTCGATGGTCTTATCATAGCAGTC
CGAATTTCGAAAGCTTAATACTTCGAAGTATAAAGGAAATTTCGGAATTG
AAACTTCCCTGGTGATTATCATGCGCATATGCATGATGTGTACGATCCGT
CCACGGATAGCATGCTTTACGACGTCGCTCCATGGGTTCAACACACCAGC
TCGAAATTGAAAGTTATTCATGGAGATTTTCGTGATGGGCATGATTTTAA
AATGTCCTTCCACATCAGTCGAATGTTGAAATTCAGGAATAATCGTGATC
GACAGCAGTTCCGTACGTGATAGGAATGTTTTGGGACGTTGTGGTCCGTA
TTTAGGAGATCCATGATGTACGCACGAACAGTCTCTGCCGCTGCGCCTGT
TTGTGCATATATTACATTTCAAGTTCACACGTTTCTAAGAAACGTAAAGG
ACATCACCTCATCTGCCTGTTTGGGAGGTGCTCTATTTCTTGCAGCCTGG
AGTCCCACCTAATGCTGCAGAAATGGAAGTCATGATCTATGATGCAGTGG
TACTGCTGTCACGCGTACTTGAAGTATTTGATTATGATGTAAACTTGCAC
GCCAACACACTTTGAATCAGTGCTTGCTACGCCTGTTTTACTTGTATGTA
TATATAATACTCCGGAGTACTATATTTTTCGCATATATGAAAAAAAAATG
AATCCTTATCTTGGAACTGTAATGGCCTTCCCCGTCTTGCCCGAACCTTT
TATGTATTTGCAGTTCATTGAGTGGAAGTACAATACTGCTGTCGTCTGTT
GCTCCATTTGCGCGAATTGATATTTGCCTGTCTCGATTTGATTTTAGGCA
GGAGGAGTACAGTATAGCCTCTCCGTGGGATGTATCTCGATACGAATCCA
CGTACTTTGTACGTGTGCTTTCCCTCAATATGTTACGTATCACCATAATA
AATGACTGCTCTTATTTCTCGCATATGTGCATGTATCAAAGCACCCGCAG
CAATAGTCAGCCCTATCATATGAATACATCGTAGCGATTGGAGAATATAA
GAGAAAATTCTTCAGGCTGCGATTTTACGGGCATGTTTGTCCCAAACAAT
TCACATCTCATTCGCCAGCGTTGGAGGCTGGGACAGCAAAACCATGCGAT
AATATGGAAATATCGTAGCAATTGGAGAATATAATGAGAAAATTCTCCAG
GCTGTGGTTTTCGGGCATGTTTGTTCAAAATAATTTACATGTCATTCGCC
AGCGTTTGAGGCTGGGACAGCAGAACCATGCGAGGCGATTTTGGTTCCCA
CTCCCCGATGCCCTATAGTAAGACGCGATTGTTGGCCCTCTCCGCAAATG
CCGTTCAGGAGATGTAAATGAGGTAATCATAAACTACTTAGCATCTGTAA
TAGCGAGCGCCAGTTTTCATTTACGCTGCGTATGTCGCGCGGACCGTTCT
TTGGGGGATTTCGAATCCCGGAGGCGTTGCGGTTTGGGAAAGCGTCCACA
CGTCATATTGCGAAGCCACCAGCGCAGCAAACGTATGGCTTAAGGAGCGA
GATTTGTAGGGACGACCCGGGTACTTTCCGGCGCAGCGGCAGGCGAAGCA
TTCGTGTGCCGATCTAGTTTGATTTCAGAGTTCGTAGCAAAAAGTGGAAT
GGCGAGCTGTTAGCGCTCGCGAAGGTAAAAAAAAACAGAACAACCAAGTG
TCCACTGTAAGGAGGCGCAAGCTCAGCGAGTTTACGGTCCCAACACGCGA
GACTTGAAGGGATGCGTCGGCATATTGCGGAGTAGCAGCAGGCGAAAGAC
CCGTAGCTGACTCATTTTGATCTCAAAGATCTCGGCAAAAAGCGACGATT
TTTTTTTGATTTTCTTGATCCATATACGGTTAGATACTCGAATAACTTGA
TACAGAAAAAGCACCTGTTCCTCGCTACGATATCCAACAACAGTGAAATC
GCTTGCCGCGAAGATGGGCAGGTTGCGCGCTCCAACCTGAGCCATCGGCT
AGCGCTAGTTGAGCTGTATTGTTCACACTAGGCCACTTCAATGTGTGCGT
GTGTTCAGATCCCATCTATTCTGGGCGCCAGCCTACTTCGTGCGGTTTCA
AGTTGGGCGCACTAGCCGGGCCAGTCATCAGTAGGAAGGGCAACAGCAAT
TTTCTTTTTTTCTCCAAATTTTTCACGGGAAACCCACGAAGAGAAAGCCT
GCCGCGGAGGTGACGGGTGCCGGGCATTCACGTGTTTACAGGCTGGTTCA
CGCAAGAAACACCAAATTTAGTCAACATCGTTTTCTCACGCGGTTTTTTC
GAGGTAGGCCCTGAAACTTTGCACGCATGTTCGTTATGTCAATACGAAAC
TTTCTACTGTCGGGGTGCAACGACTTTTTTTTTTCAATAGTTCTATTTGT
ATGAAGGTATTTATTGTATGCATTGTCGACTTGGGACCCCAGAAATTCGG
TAAAAAAGAAAATCGCTGCACCCCGACAGCAGAAAGTTTTGTATTGACAT
CACGGAAATGCGTGCAAAGTTTCAGGGTCTAACTCGAAAAAACCGCGTGA
GAAAACGCACTTTAGTGCGGTCAAGTACTGAAAAACACCTACTCACTAGG
ATAAAGACTAGAATCGGCCGTTTTCAAGAATATTTAGGCTAATGTTGGCC
TAACAACGTCAATTTGTAGAGTTTCGAAAAAATATTTTTTGGACACCGTC
CTGATAACCCAATGAGACCATACATTTGTAAAAAAAACAATATATCTCGA
ATTTTGTTCATCTAGCATTTAGAGTAGAAAGTCTGATATTTTAAAATTGG
GGGGGGGGCGTTATACAACGTCATTCTGTGGGTATGGCACATTTCGTCCA
CTAGCTCCCCTGAATAGGCCTTATACACAAATCTTAGCACGTCACGGTCT
TCTTCTACTGACAGCGATCAGTTTGGTACCATGTTTGTTGTGATCGATGG
TTTATTGCATTCGGGACGGTGTGTTGACTAAATTTGGTGTGTCTTTCGTG
AACCAGCCTGTGCTCCTCTCGCTTTATGTGGGTTTGTCGTAGTTTGAAGG
TATTGATAGCTGAAGTATCTCACAAATTGCGTGTTTTGTCACGTATGTAC
TTGTAAGTTGTTTCGAGTCCCGTATGTAGCGAGTGCATGGCGTAGCCACA
CTTGCGAATTTTTTCTTTGATGGTAAGAGTTGTTTTTTTATTTTTGCAAA
AGAGACTTGCGTATACGATGTGGTACCACGCCACTACTGTTTGAACCAAG
TTTGTAATACGGGTTGAGAAGCTTAAATATTTGCTGCAAACGAGGTTAGA
TTTTTCCTTTTTCCTAAATTTTTGAGCCACATAATTGGCGTAAGTAGCCG
TTTTCGGGTGATCATTTTGATTTTTATTGTGAACATATCTTTTATGAAAT
TGCACAATTTTTTTGCCTCCGGCAGTCTCCAGCCTAGATATTGGTCGCGG
CGTCGAGAGCCACCGGGACACTTGTACGAATGTATTCCACGAAGTGCGTT
TTCGCATTTACCACTACGTTTTTTTTCATGTCGCATTGGCGCTGCTGTAT
CCTGTCTTTCTTTTTGCATTCTGGGTGATATCATGACACGCGCAGCGCCA
GGAGGAGGAACCTTACACTTGCGCTAGGTCGTGCGGCTGCCCGACCTCAT
TTTTTTGGCGCGAGACTAACTTCAAAAGCGCGCTCCACTGGGTCAAAAGC
AACCGCGCTGAATGGTTGGCCGGCATCACCACGGGACTCACCGCCGTGCC
CACTGCCGTTGCGTTCGCCATATTGGCGGGCGTGGCGCCCTCCGTGGGCC
TCCGCGGGACGTGGATCATCATGCTTGTGATGGCTCTCTTTGGAGGTGAG
GCGGTAAAACATGTCGTGATGCTTGTGTTGCGCGTGTGGAGTTGGATTGT
AATGGTGTACGGAAGCGAGGAGATACGGTGGCTTGTGGGCTTACAATTCG
CTACTCAGCGGAGGTTCCGTGGCTATGATTTTCCGACAAGCGACGGTCCT
GTAATCAGCTCTCAGCGCTCTCTCCTGCCTCTGTCCGGTCTGTACGCTTT
TCGTGACGATTTGCCAAGAAATGGACACAGGGACGTCCATGATGCTAAGA
GATGATGAGTACGTGAGTACTGGCGCGCGGCAAGCAGAGAATCGCAGGAC
GTCGCTGAGGCATGCTGACCCCCTTCTACTGGCTTCCACTTCACGCCCAA
ACCCGGCAGCTCCCATGTCTCAAACTACCACCCCCCTTCGTGAAAACCGT
GCGGATTTAACCCCCCCCCCTGTACTTCCTACCTGTTCCCGCTGCATACT
TGAAGGCAGCACGACAGACGCGCAGCAAAACATCATGGTGTCTGTTTTTT
CTTCCTTGAGACCCTCAAGCCTTTCCGTCTCGCCCGGAAGAGGGTGGGGA
GACACGAATGTTCCTATAATATTTCAGAAGGCGCGCTCCGATAATGAGGC
CCTGTACCGAAAAAACACCGGGCCACTGGACTGTGGTGTCGCGCAGTAAA
CTGAAGACTCGATCCGTCCCCTTGTACTCTTCTGTTGATGTTTCGCGCTG
CACTGTATGGTCGTTCCCTGACCAGGGCGCACTGGTATGGTCTACAGCAA
CTCAGGTAGCATGGGCGTGATTATTGAGCCTTTTGTGGCTGACAACAAAG
TGGAGTTTATGTTTTACGCCTTCATGCTGGCCGGCATCATCCAGATCGCG
CTTGGATTTATGGGTGTTGCGAAGCTTCTTCGCCTGATGCCCGTTAGCGT
CATTATCGGGTTCGTGAATGGGCTGGCCATTGTGCTCTTTTTGGCGCAGA
TGAAGAGTTTTCAGGAGGGCCTTTCTTTTGGGGGTTCGAACAACGTCGAG
TCGAGGCGCCTCAACAGCTTCTCGGTGTTCACGGATGGCTCACAGTGGAT
AAGCGGCGCGGAGCTGTGGTACACGCTGCTCATTGTGGTCGTCACAATGA
TCGTGATCGTCGTGTATCCCATGCTGACGCGAAAGGCAACTGGGCGCTTG
GCCTTCTTCAAGATGGTCCCTCCCATTCTGGCCGGAATCGTCATAGCCAC
GGTGGTGGAGTGGGCGGTCGTGCGCGGGGCAGCTGGGCACGAAGGGACTA
GGACTCTCGATGACATCGCCGAGGTCACCGGCTCGGCCCCGGAGCTGGCA
TGGTTCGACAGCCAGTGGAACATGCCCCCCTTAAACGGCGACACGTTCAC
GACAGTACTGCCCACGGCAATCAGCCTCATGGCGGTGGGACTCGTGGAGT
CTCTCATGACGGTGCGACTGGTGAACGAGATCACGCAAACGTCGTCAAAC
ATTCATCGTGAGGCTATCGTGGGTGGCGTGGGCAACTTGTTGGCCGGAGC
ATTCGGCGGTCAGGGCGGTAACTCGGAGATCGGCCTCACGATGGTAAACG
TTGAGAGCAAAGGTCGCACGCGCATCGCTGCGACAGTATCGGGCCTTCTA
GTGCTCATCGTGGTGCTGGCGGCATCTCCAGCGATCAACCTCATCCCCCT
GGCCGGTCTCGTGGGTGTGATGCTCGTGATTGCCTTCAACACCTTCGACT
GGGGGAGCACTCTCATGGTGCTTGCCGCCGCGTTGCCAGAAAGGTATCGC
TCTCACAAAGCGGTGTACGAGAAGAAAATCTCGCGCGCTGACGCCCTTAT
AATCGTGGTGGTGACTGTAGCCACCCCATTCACGAATCTGGCCATCGCGG
TCGGTATCGGTATCGCTGTCGCGTGCCTCGCTTTCGTGTGGCACAATTCG
GAGGCCGTCACTGCTCAAAGTTACTACCGAACGGGTTATGACGTCAAGGA
CCCATCCATCATAAAGGTGTATGAGGTCATGGGCAACCTTTTCTTCGCCT
CAAGTGAAACCTTCCTTAGTCTATTCGACCACCGCAACGACCCTTCCATG
GTAGAGGTGCACTTGCACACTGCCGATATCGAAGACTTCAGTGCCATGAA
GACCCTCGAGACCCTTGGAGAACGCTACTCGAATGCCGGCAAGCATCTCC
GCCTGCGCAGGATTAAGAAGGACTCCCGGCGCGTCCTCACGTGAGTCCAC
TTGAAACAGGCCAGCGCAGCGTCATGTTGGTCAATGGGTTGGTACCTGTA
TGTTTGATATGGCTTCAGTTTGAATCACATTGCCATTTCCCACCCTGCCT
GTTGTACGATCTCGGATTCCTACTGTTGATGTGTCTAAGAAAACTGAACA
CCGCCTCCAGCAGGTATGCCAAGTCTTGAAGGTTTTTCTCAGATTGCCAA
CACGAGCCTTGGGAAAGTAGACTATCGTGTGGTTGCAGGATGGATCAGAG
CTGTGGCACGTCGCTTACCCGCCGCACGATCTTGTTCAACTTGCTTTTTA
ATTTTACCCTGTCACAGCAAAGCGCAAGCGCTCATGTCTGATGACATGGA
TGTTGTGATGGATGATGATCCGCTCCGGCCCCAAGTATCACTCCACCCCA
AGGGCGTGGGGGAAGCCCTCGTCTACAACTTCTTCGGCAGAGACCCGTAT
ACTCGTCGCCACCGATCCAGGAGCCTGGCCGAATTTTCCGCCCCGGCACC
GATGAATGTCACGGCCACCGGTGCTGTTGCCGGTGCCGGCACAAACGGAA
ACGGCGTAGGGATTGAACACGGCAGTGGCGTCCCGAGACTTGTATCGGCT
GAAGTTTAAGGACGTGATACTGGTACACACATGACGGTGTCGCGTGACTC
TCAGCTCTCGAATTGCATGTGGTTGCTAGTTTTGTGCTTCGTTGGCTAAA
GGGTTTGACGTGCCAAGAAATCGTGATGATTTTACCCTGTATCACCATTC
ATTGTGTCCCTCCATCATCTGCTGTATCCTTTACGCACGCAGCCTTTTTT
TCCGTTCTTGTAGGTGGGTATCGAGAGTCGGGAACACGCGGTTTTTCTTT
TGGCCAATTTTTGCGTGTCGCCCTTGTTTCCCCCGCAAATGCGTGTATAA
AATACCTTTTTTAGGGGGGATTTGAAATATTATTTGGCTGCTGGTGTCGA
TTTTTGCACGGCAGGTCTTGATTTTTTTCTTGTGCGATGTGTGGCGTGAT
TTGGCGTTGTTGCTGTTTTTGTTTGAAGTGACGTATCATGCCCCTTCTCG
ATCGAGTCTCAGGTTGGGCGATCCCGTAGTAACGACAGCTCTTACTGTTT
GCGGCTCGACCCCGTTGCAAACAAATTGGAAAATTTTAATTTTTGAACTC
TAGTGCGGCGCGCATCACCGTTCGCAGTAAGTTTCCAGCGGGTCATTCAA
GGAGGTGGCCAGATAGGGCGTGTGTATAGGTGTTGGTATTGTATGGCGCT
AGGTGTTGACGCTCCGTTTTTGCTACGCGTACTTCCGGTGTTGTAGTATG
TTGCGTGTTGATGCATATATATACGAAAACCAGGACGAGGATTGGGAAAT
GGCAGAGTGGCGAAACGCCATCAACCAGGTGACACACCTGACGCCCTGTT
CCGATGTGCTGGCCTTCGTTGTAATGTGGAGGACGAAAGCCGCATGATGA
GCTGACGCCTGGGACAGGCCAAACATGGGTATTCCGGCGATTTTGTGACA
CCCGGATTGGCCGCTCTGTCGGCTACGCCATTGTGTAATCTGTGAGAACC
ATCTAGCGGCTTCGACGCATTGGCGTTACCGGAGCCGAAGTGGCTACATT
TCGTGTGTGGAGAAGGCAGGCGTGTACTTCTTTCTAGTACGAGTACTTGT
AGAACAACCAAGTTTCTCTCGAGGTTTTCTGCCTGAACCCCGCGTTTGTG
CGTATTACAATTCAGGCTACGCTCTGGTTTTCATGTTTTTTCTGTCATAT
CAGCGAAAGTGGAAACTCTACAAATTTTATGACAAGGGTAACCGCGGGTT
CACGTGCCGCGTGGCAGTAGACGCTTTTTCGGGTAAAAAATTGGGAATCC
ATGTCGGTCGCCTCAGTTGGGAGTAGGGTTGGAACCCGGATGATGTTGGG
TTGAGAGCATCGCCCGAACCCATCCGCGGGTAAAACCCAGTTTTGGCCGG
CTACCGACCCGTAACCCGTAACTCCGAGTTTTCCCGGGTACCCGGGTACC
CGGCGGGTACAGACCGGATTACCCGTGAAAATAATCGAGTAGGGTGCCCG
GCCGGGAACACGGTACAAAACGAGAGGAACACCGCGTAACAGCTCCATCA
TGAGGGTACATACAACATTTCACAACCAGCACACGGCACTTCAGCGCTAG
AGTATCAAACAACAGTAGCAAAGCATCAGCACCAACC
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Coding sequence (CDS) from alignment at P-littoralis_Contig897:32341..55677+

>mRNA_P-littoralis_Contig897.14.1 ID=mRNA_P-littoralis_Contig897.14.1|Name=mRNA_P-littoralis_Contig897.14.1|organism=Pylaiella littoralis U1_48|type=CDS|length=2136bp|location=Sequence derived from alignment at P-littoralis_Contig897:32341..55677+ (Pylaiella littoralis U1_48)
ATGACAAGTCAAGACCTTCCTGGTGTCAAGTCGGATGAGCGAGATCGAGA
TCTCTCTGAGCCCAAGAGCATCGAGGGTCGCAGCACTGTCGATATTATGA
CGGGAGAGCTGGTGTGGGAACCAGAAGAGCGCCAGGAGGAGGAACCTTAC
ACTTGCGCTAGGTCGTGCGGCTGCCCGACCTCATTTTTTTGGCGCGAGAC
TAACTTCAAAAGCGCGCTCCACTGGGTCAAAAGCAACCGCGCTGAATGGT
TGGCCGGCATCACCACGGGACTCACCGCCGTGCCCACTGCCGTTGCGTTC
GCCATATTGGCGGGCGTGGCGCCCTCCGTGGGCCTCCGCGGGACGTGGAT
CATCATGCTTGTGATGGCTCTCTTTGGAGGGCGCACTGGTATGGTCTACA
GCAACTCAGGTAGCATGGGCGTGATTATTGAGCCTTTTGTGGCTGACAAC
AAAGTGGAGTTTATGTTTTACGCCTTCATGCTGGCCGGCATCATCCAGAT
CGCGCTTGGATTTATGGGTGTTGCGAAGCTTCTTCGCCTGATGCCCGTTA
GCGTCATTATCGGGTTCGTGAATGGGCTGGCCATTGTGCTCTTTTTGGCG
CAGATGAAGAGTTTTCAGGAGGGCCTTTCTTTTGGGGGTTCGAACAACGT
CGAGTCGAGGCGCCTCAACAGCTTCTCGGTGTTCACGGATGGCTCACAGT
GGATAAGCGGCGCGGAGCTGTGGTACACGCTGCTCATTGTGGTCGTCACA
ATGATCGTGATCGTCGTGTATCCCATGCTGACGCGAAAGGCAACTGGGCG
CTTGGCCTTCTTCAAGATGGTCCCTCCCATTCTGGCCGGAATCGTCATAG
CCACGGTGGTGGAGTGGGCGGTCGTGCGCGGGGCAGCTGGGCACGAAGGG
ACTAGGACTCTCGATGACATCGCCGAGGTCACCGGCTCGGCCCCGGAGCT
GGCATGGTTCGACAGCCAGTGGAACATGCCCCCCTTAAACGGCGACACGT
TCACGACAGTACTGCCCACGGCAATCAGCCTCATGGCGGTGGGACTCGTG
GAGTCTCTCATGACGGTGCGACTGGTGAACGAGATCACGCAAACGTCGTC
AAACATTCATCGTGAGGCTATCGTGGGTGGCGTGGGCAACTTGTTGGCCG
GAGCATTCGGCGGTCAGGGCGGTAACTCGGAGATCGGCCTCACGATGGTA
AACGTTGAGAGCAAAGGTCGCACGCGCATCGCTGCGACAGTATCGGGCCT
TCTAGTGCTCATCGTGGTGCTGGCGGCATCTCCAGCGATCAACCTCATCC
CCCTGGCCGGTCTCGTGGGTGTGATGCTCGTGATTGCCTTCAACACCTTC
GACTGGGGGAGCACTCTCATGGTGCTTGCCGCCGCGTTGCCAGAAAGGTA
TCGCTCTCACAAAGCGGTGTACGAGAAGAAAATCTCGCGCGCTGACGCCC
TTATAATCGTGGTGGTGACTGTAGCCACCCCATTCACGAATCTGGCCATC
GCGGTCGGTATCGGTATCGCTGTCGCGTGCCTCGCTTTCGTGTGGCACAA
TTCGGAGGCCGTCACTGCTCAAAGTTACTACCGAACGGGTTATGACGTCA
AGGACCCATCCATCATAAAGGTGTATGAGGTCATGGGCAACCTTTTCTTC
GCCTCAAGTGAAACCTTCCTTAGTCTATTCGACCACCGCAACGACCCTTC
CATGGTAGAGGTGCACTTGCACACTGCCGATATCGAAGACTTCAGTGCCA
TGAAGACCCTCGAGACCCTTGGAGAACGCTACTCGAATGCCGGCAAGCAT
CTCCGCCTGCGCAGGATTAAGAAGGACTCCCGGCGCGTCCTCACCAAAGC
GCAAGCGCTCATGTCTGATGACATGGATGTTGTGATGGATGATGATCCGC
TCCGGCCCCAAGTATCACTCCACCCCAAGGGCGTGGGGGAAGCCCTCGTC
TACAACTTCTTCGGCAGAGACCCGTATACTCGTCGCCACCGATCCAGGAG
CCTGGCCGAATTTTCCGCCCCGGCACCGATGAATGTCACGGCCACCGGTG
CTGTTGCCGGTGCCGGCACAAACGGAAACGGCGTAGGGATTGAACACGGC
AGTGGCGTCCCGAGACTTGTATCGGCTGAAGTTTAA
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