mRNA_P-fluviatile_contig12.1369.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig12.1369.1
Unique Name	mRNA_P-fluviatile_contig12.1369.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: D7G056_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G056_ECTSI)

HSP 1 Score: 1491 bits (3859), Expect = 0.000e+0
Identity = 858/1257 (68.26%), Postives = 986/1257 (78.44%), Query Frame = 1

Query:  328 AGDSTAVFVEKISGAAILPGQEGGLQLATAELAATTDTSTSVAFGATDTQQAAYEIYFVAPASVSGPYSITITAQLGAGATAGHWKVDMYSFLPVGSDDWVPVGDLTGVTSGEWTTITLALETATPTNFVEPTASEYLIQLKTEAATGPEVLYVDRVAVSAGTTPAPAPSPVAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPXXXXXXXXXXXXXXXXXXXXXXTSAEGSTAVFVEKVSGADILASQAGGVQLQTADLGATTDTTTSVAFGATSTQQAAYEIYFVAPASVSGPYSITITAQLGAGATAGHWKVDMYSFLPVGSDDWVPVGDLTGVTAGSWTTITLTLATATPTNFVEPTANEFLIRLRTEGATGAEVVYLDQILVSAAA----PSSPTAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX-----------SPVQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALDLL--VDANHGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRFDEPSVGAPRVKRTGGATDSVVPVGMVTDPTRSGLFNRPVVQIVPAKP-GVSILAQYADESGTVIPGIF--FEGAENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQYGASIKTEFAFNGLGIIDKVGSPWRSRTNDNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLFASDDLLARVQADLSAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTFAAGTLNVGNLSKPDLSELAPIPQANLSSTAQTQQEAVAAAALNDQLPAIVDVAESAQAGIVKEAGEQGFVVE 4038
            AG +TA FV   SGAAIL  Q GG  L +AE AAT+DTS S+ F AT ++ AAYE+YF APA+V+GP++ITITAQLGAGA A  WKVDMYSFLPV SD +  VGDLTGVTSG W+TITL  + ATP+NF+ P+A EYL+QL+TE+A G + +YVD++ VS G    P+P+PV      XXXXXXXXXXXXXXXXXXXXXXXXXX               XXXXXXXX   +G+TA FVE VSGA ILA Q  G  L  AD GAT+DT TS+ F ATS + A YE+YF AP +V+GP++ITITAQLGAGA A  WKVDMYSFLPV SD +  VGDLTGVT+GSW+TI LT    TP NF+ P+A E+L++LRTE A GA+ +Y+DQI+VS  A    P+  TA    XXXXXXXXXXXXXXXXXXX   X XXXXXX            PVQVD+VPCILASE V KDVG VASAYLF EF+KGFW+A Q VQ P AA  LDL+  +DA+HGKC+VV+VGI PS AQK QL DYSRKF VRIVYFD +++ILD  VQ+RLGMQS FD+P VGAPRVKRTGG+ DS+ P  M+TDP+++ LFNRPVV  V   P GVSI+AQYADE+G VI G+       E+AAIVEY+G DG+EE+HVF+ LAWFD G++AW HFI+EWGTRG+FQGERRFYLG VVDDLFL+TG+WIYDPPSF  P EERL+G  LQ FQ+ E AFN+ YGAS+KTE AFNGLG++DKVGS  RS    +ADIGLLPKG PPNPS GIPQ+S PNWLS  FNPADG+ G+Q DYDAGLF SDDLLARVQADL AF WQSHT+TH  RDNLGK DCDIED GN RMA+M G+FD+DNYNWRSMTSPGI+GLFNPNCL+SG ENLMKCYPGDNTYSGPPLTDV L+N  NQFHS+TTT   NGYAGMQIVPRFATNVYYNC++GQCLIDENEKIRRDVC C  L+PA PQG C ACP GT+SFND+ASSDP+IGPLE LF+TE R TTRYIL+GRRDKYMFHQANVISTTW T  +DPMYV P PTN+PSLLEYWYIRVLAEMA FINT  FPIQ TLKFDNLCHNFYQHEDLD SGAVLTATKDP GAITG SL T+++NGAPIPLTVPTA A+ +    D + + GTL+ S TE+YGADTT+TFAAGTLN G LSKPD+SEL  IPQA L+   Q   E  A A L +++ +IVDVAE A+  I +EAG QGFVVE
Sbjct:  173 AGGATAAFVGVESGAAILADQIGGSPLTSAEEAATSDTSASIEFAATSSEAAAYEMYFPAPAAVTGPFTITITAQLGAGAVASDWKVDMYSFLPVDSDAYFEVGDLTGVTSGSWSTITLTFDPATPSNFLLPSAIEYLVQLRTESA-GAQSIYVDQIVVSDGAQ-GPSPTPVTPQPVAXXXXXXXXXXXXXXXXXXXXXXXXXX---------------XXXXXXXXXXTDGATAAFVEVVSGAAILADQISGGPLAVADQGATSDTDTSIEFAATSGEAATYEMYFPAPTAVTGPFTITITAQLGAGAVASDWKVDMYSFLPVDSDAYFEVGDLTGVTSGSWSTINLTFNPTTPANFLLPSAIEYLVQLRTESA-GAQSIYVDQIVVSDGAQGPSPAPVTAQPVAXXXXXXXXXXXXXXXXXXXTVAXTXXXXXXXXXXXXXXXXXGPVQVDMVPCILASESVEKDVGPVASAYLFNEFYKGFWTATQNVQAPPAA-VLDLVEALDADHGKCNVVYVGIVPSAAQKQQLQDYSRKFNVRIVYFDAADTILDTEVQARLGMQSNFDQPFVGAPRVKRTGGSADSIAPADMLTDPSQNNLFNRPVVTTVDTLPAGVSIMAQYADENGDVIAGVLAGVTNPESAAIVEYIGTDGLEEMHVFVSLAWFDTGSWAWGHFISEWGTRGIFQGERRFYLGGVVDDLFLSTGVWIYDPPSFFGP-EERLSGADLQKFQNSEAAFNTAYGASVKTEHAFNGLGVLDKVGSTRRSWVGADADIGLLPKGDPPNPSTGIPQISDPNWLSTQFNPADGELGMQDDYDAGLFDSDDLLARVQADLDAFFWQSHTMTHLARDNLGKNDCDIEDGGNVRMAIMFGMFDNDNYNWRSMTSPGITGLFNPNCLQSGDENLMKCYPGDNTYSGPPLTDVFLINENNQFHSLTTTVGTNGYAGMQIVPRFATNVYYNCVTGQCLIDENEKIRRDVCGCTDLNPANPQGTCSACPSGTQSFNDIASSDPSIGPLEALFQTEERTTTRYILTGRRDKYMFHQANVISTTWTTDTSDPMYVSPRPTNNPSLLEYWYIRVLAEMARFINTGSFPIQ-TLKFDNLCHNFYQHEDLDSSGAVLTATKDPSGAITGFSLETSSNNGAPIPLTVPTASAAEI----DLILAAGTLSASATETYGADTTYTFAAGTLNTGTLSKPDVSELPTIPQATLTPAEQEVVEEAAEAELEEEISSIVDVAEDAREDIEEEAGNQGFVVE 1404

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BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: D7G022_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G022_ECTSI)

HSP 1 Score: 1437 bits (3721), Expect = 0.000e+0
Identity = 835/1253 (66.64%), Postives = 947/1253 (75.58%), Query Frame = 1

Query:  328 AGDSTAVFVEKISGAAILPGQEGGLQLATAELAATTDTSTSVAFGATDTQQAAYEIYFVAPASVSGPYSITITAQLGAGATAGHWKVDMYSFLPVGSDDWVPVGDLTGVTSGEWTTITLALETATPTNFVEPTASEYLIQLKTEAATGPEVLYVDRVAVSAGTTPAPAPSPVAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXPXXXXXXXXXXXXXXXXXXXXXXTSAEGSTAVFVEKVSGADILASQAGGVQLQTADLGATTDTTTSVAFGATSTQQAAYEIYFVAPASVSGPYSITITAQLGAGATA--GHWKVDMYSFLPVGSDDWVPVGDLTGVTAGSWTTITLTLATATPTNFVEPTANEFLIRLRTEGATGAEVVYLDQILVSAAAPS-SPTAXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX----------SPVQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALDLLVDANHGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRFDEPSVGAPRVKRTGGATDSVVPVGMVTDPTRSGLFNRPVVQIVPAKP-GVSILAQYADESGTVIPGIF--FEGAENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQYGASIKTEFAFNGLGIIDKVGSPWRSRTNDNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLFASDDLLARVQADLSAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTFAAGTLNVGNLSKPDLSELAPIPQANLSSTAQTQQEAVAAAALNDQLPAIVDVAESAQAGIVKEAGEQGFVVE 4038
            A  STA FV K+SGA IL GQ  G  LA A+LAATTDT  S+ F AT  + AAYE+YFVAPA+V+GP++ITITAQLGA A A  WKVDMYSFLP  SD +  VGDLTGVTSG W+TITL L+ ATP NFVEPTA EYL+QL+TE A G + +YVD+V +S G    P+P+PVA XXXXXXXXXXXXXXXXXXXXXXXXXXXXXX                       T  EGSTA FV KVSGADIL  Q  G  L  ADL ATTDT  S+ F ATS + AAYE+YFVAPA+V+GP++ITITAQLGAGA A    WKVDMYSFLP  SD +  VGDLTGVT+GSW+TITLTL   TP NFVEPTA E+L++LRTE A GA+ +Y+DQI+VS      SPT        XXXXXXXXXXXXXXXXXXX   X XXX           PVQVD+VPCILASE V KD G VASAYLF EFFKGFW+A Q                                               VRIVYFD++++ILD  VQ+RLGMQS FD+P VGAPRVKRTGG+TDS+ P  M+TDPT++ LFNRPVV  V   P GVSILAQYAD++G  I G+       ++AAIVEY+GADG+EE+HVF+ LAWFD G++AW HFI+EWGTRG+FQGERRFYLG VVDDLFL+TG+WIYDPPSF  P EERL+G  LQ FQ+ E AFN++YGAS+KTE AFNGLG++DKVGS  RS     AD+GLLPKG PPNPS GIPQ+S PNWLS+ FNPA G+ G+Q DYDAGLF+SDDLLARVQADL AF WQSHTLTH +RDNLGK DCDIED GN R+ VM G+FD+DNYNWRSMTSPGI+GLFNPNCL+SG ENLMKCYPGDNTYSG PLT V+L+N  NQFHS+TTT   NGYAGMQIVPRFATNVYYNC++GQCLIDENEKIRRDVC C  L+PA PQG C ACP GT+SFND+ASSDP+IGPLE LF+TE R TTRYIL+GRRDKYMFHQANVISTTW T  +DPMYV P PTNDPSLLEYWYIRVLAEM+ +INT  FPIQ TLKFDNLCHNFYQHEDLD SGAVLTATKDP GAITG SL T++DNGAPIPLTVPTA A+      + LA+ GTL PSKTE+YGADTT+TFAAGTLN G LSKPD+SELAPIPQA L+   Q   E  A A L  ++ +IVDVAE A+  I +EAG QGFVVE
Sbjct:  218 AEGSTAAFVAKVSGADILDGQVSGGPLAVADLAATTDTDASIQFAATSGEAAAYEMYFVAPAAVAGPFTITITAQLGAVAVASDWKVDMYSFLPDDSDGYELVGDLTGVTSGSWSTITLTLDPATPANFVEPTAIEYLVQLRTENA-GAQTIYVDQVVISDGAQ-GPSPTPVAQXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX-----------------------TPTEGSTAAFVAKVSGADILDGQVSGGPLAVADLAATTDTDASIQFAATSGEAAAYEMYFVAPAAVAGPFTITITAQLGAGAVAVASDWKVDMYSFLPDDSDGYELVGDLTGVTSGSWSTITLTLDPVTPANFVEPTAIEYLVQLRTENA-GAQAIYVDQIVVSDGVQGPSPTPVTPQPVAXXXXXXXXXXXXXXXXXXXTVAXSXXXXXXXXXXATPGPVQVDMVPCILASEAVEKDAGPVASAYLFNEFFKGFWTATQ-----------------------------------------------VRIVYFDIADTILDTEVQARLGMQSNFDQPFVGAPRVKRTGGSTDSIAPADMLTDPTQNNLFNRPVVTTVDTLPAGVSILAQYADDNGDAIGGVLAGVTNPQSAAIVEYIGADGLEEMHVFISLAWFDTGSWAWGHFISEWGTRGIFQGERRFYLGGVVDDLFLSTGVWIYDPPSFFGP-EERLSGADLQKFQNSEAAFNTEYGASVKTEHAFNGLGVLDKVGSTRRSWVGAAADMGLLPKGDPPNPSTGIPQISDPNWLSIQFNPAAGEQGMQDDYDAGLFSSDDLLARVQADLDAFFWQSHTLTHLSRDNLGKNDCDIEDGGNVRLGVMFGMFDNDNYNWRSMTSPGITGLFNPNCLQSGDENLMKCYPGDNTYSGAPLTAVSLINENNQFHSMTTTVGTNGYAGMQIVPRFATNVYYNCVTGQCLIDENEKIRRDVCGCADLNPANPQGTCSACPSGTQSFNDVASSDPSIGPLEALFQTEERTTTRYILTGRRDKYMFHQANVISTTWTTDTSDPMYVSPRPTNDPSLLEYWYIRVLAEMSKYINTGSFPIQ-TLKFDNLCHNFYQHEDLDSSGAVLTATKDPSGAITGFSLETSSDNGAPIPLTVPTASAA------EILATLGTLLPSKTETYGADTTYTFAAGTLNTGTLSKPDVSELAPIPQATLTPAEQEIVEDAAEAELEAEVSSIVDVAEDARVDIEEEAGNQGFVVE 1389

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BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: A0A6H5K3S3_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5K3S3_9PHAE)

HSP 1 Score: 583 bits (1504), Expect = 5.160e-183
Identity = 341/729 (46.78%), Postives = 451/729 (61.87%), Query Frame = 1

Query: 1630 VQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALDLLVDANHGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRFDEPSVGAPRVK-RTGGATDS-VVPVGMVTDPTRSGLFNRPVVQIVPAKPG---VSILAQYADESGTVIPGIFFEGAENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQYGASIKTEFAFNGLGIIDKVGSPWRSRTNDNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLFASDDLLARVQADLSAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVIS-------TTWATSATDPMYVDPT------------------PTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPV-GAITGMSLATTNDNGAPIPLTVPTAM 3723
            V VDL PCILA   + +D G    AY+   F+KG+W A+Q V +   ++  + L     GKC+VV+VGI  ++AQK+QL DYSR FKVRIVYF+ + +  D  V SRLG+   F EP + AP +   TGGA  + VVP  +VT+P    +F RPV+    A  G    +++A+Y D+SG  +P        + A + Y   DG EELH+F  +AWFD G++AWAHF  EWGT+GVFQGERRFYL  +VDDLFLATG++ YD  + +   E RLT   +  F S E + NSQYG+SI TE+ FNGLGI++ V S +      NADI LLPKG   N  +GI       WL+ A        G+ A++ AG +++D LL  V A+L  F WQSHTL+H  RD+LG++DC IED GNA++AV+ G+F+SDNYNWRS+TSPGI+GLFN  CL S   NLM C PGDNTY G   TDV+L+++ +QFHS+ TTE+ NG++G QIVPR+AT VY+NC +G CL++ENE IRR  C C  L+PA  +G+C  C D  +SF          G +E L+ TEA+ TTR IL GRRDKYMFHQA+++         T    A  P++V  T                       SLL YWY  V+  ++ FI+   FP+    KFD+ C  F  HEDLD S A+LTAT D V G I+G+SL+ +   G  IPLTVP+ +
Sbjct:   36 VTVDLQPCILAPSKITQDNGDTPDAYVTSTFYKGYWGAKQ-VTLTGTSELTNSLTS---GKCNVVYVGIPVTEAQKVQLQDYSRTFKVRIVYFNAAETANDPEVNSRLGISQDFSEPLISAPFIALATGGAAVARVVPSTLVTNPREFNIFTRPVLVTNLATTGNGTATVMAEYVDDSGANVPSSL--SFPSVAAMAYASNDGYEELHLFFSVAWFDTGSWAWAHFFIEWGTKGVFQGERRFYLAGMVDDLFLATGVFEYDGDT-NEGAEVRLTSSDMSAFASFESSLNSQYGSSIVTEWPFNGLGILNVVNSAFVLDIA-NADIALLPKGQQVN-GDGIDPQLPVGWLATAV------PGMTAEFAAGSWSTDGLLGWVLANLDTFWWQSHTLSHLARDDLGESDCSIEDGGNAQIAVLTGMFNSDNYNWRSLTSPGITGLFNKFCLTSATSNLMTCAPGDNTYDGVQ-TDVSLISSVSQFHSIYTTESNNGFSGFQIVPRYATFVYFNCATGDCLVNENEFIRRKTCGCSNLNPAEDKGSCSLC-DDIQSF----------GSVEALYETEAKTTTRQILMGRRDKYMFHQASIVPYCPTFHPPTIRLLAGFPIFVPHTLVAXXXXXXXXXXXVQNSAVPGGSLLAYWYQEVMKLLSQFIS---FPVTSK-KFDDHCTEFGLHEDLDSSEALLTATVDNVSGEISGISLSASGTAGV-IPLTVPSTL 732

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BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: A0A6H5K730_9PHAE (Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5K730_9PHAE)

HSP 1 Score: 553 bits (1426), Expect = 3.290e-172
Identity = 342/793 (43.13%), Postives = 461/793 (58.13%), Query Frame = 1

Query: 1630 VQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALDLLVDA--NHGKCSVVFVGIEPS------DAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRFDEPSVGAPRVKRTGGATDSVVPVGMVTDPTRSGLFNRPV-VQIVPAKPGVSILAQYADESGTVI--------PGIFFE--GAENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQYGASIKTEFAFNGLGIIDKVGSPWRSRTNDNADIGLLPKGAPP----NPSEGIPQVSTP-NWLSLAFNPADGQTGIQADYDAGLFASDDLLARVQADLSAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQG-------ACP-----ACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINT---DIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTFAAGTLNVGN-LSKPDLSELAPIP 3888
            ++VDL PCI+    + +DV +V+ AYL  E FKGFW+A Q V +       DLL D   NHGKCS +F+G +PS       AQ  QL  YS KF+VR+V+FD + +     + +++G+Q  F +  + A  + R   +   VV   + TDP  S +F RPV V   P     +I+A   D  G  I        P    E  GA  AA+  + G DG EE+HVF  +AWF   ++AWAH+I EW T+GVFQGERRF+LGA+VDD FL T  ++Y+  S ++ +EER++GE L+ F S  +A N  Y A I TEF FN LGI++K  + + + T ++AD  LL KG PP    + + G+    TP +W +          G+ A++D+     DDLL         F W SHTL+H  RDNLG+ DC+ ED GNA++AV+ GLFD D Y WRSMT+PGI+G +N NCL+S  +NL+ C PGDNTY G P T V+L++  +QFHS+ TTE +NG AG QIVPRFAT VYYNC +  CL+ EN  IRR VC C  +DP             C       CP+G ++F          G  + LF  EA  TTR+ILSGRRDKYMFHQANV+ T+             TP  + SLLEYWY  VL +MA ++N    D FPI+ ++KFD+LC NF  HEDLD S A++T TK   G I+GM L+ T      IP+TVPT+ A  VS+ G          P   E+YG+D TF  A+ + ++   + KP  ++LA +P
Sbjct:   27 IKVDLRPCIITKAAIEQDVSTVSEAYLLSELFKGFWAASQHVIIDTGDGDFDLLNDGDGNHGKCSAIFIGSQPSVGEDGATAQYEQLLAYSAKFQVRLVFFDNAETANLATITTKIGIQQYFSDTLLAAAGI-RLKDSDARVVNPALQTDP--SEIFFRPVRVSGDPTGGERTIVADLVDSDGQSISDTDGIWDPSSTMETPGASMAAVT-FKGEDGSEEMHVFFAMAWFHMESWAWAHYIMEWATQGVFQGERRFWLGAMVDDHFLGTNTFVYNGGSNASDEEERISGEELRDFLSATKALNELYNAEIITEFPFNALGILEKAETKY-TFTFEDADAALLAKGEPPVDNGDGTVGLAPTKTPEDWFNTVT-----MEGLTAEFDSWK-EKDDLLQASLDMKDDFFWHSHTLSHQARDNLGQVDCESEDGGNAQIAVITGLFDVDTYGWRSMTTPGITGFYNKNCLKSAMDNLITCAPGDNTYIGAPTTTVSLISDVSQFHSIYTTEEINGLAGFQIVPRFATFVYYNCRTSDCLVLENLFIRRTVCGCTDVDPGTIDNLNIDDIAGCDFSEDSLCPNGLQAF----------GTADALFDVEAETTTRWILSGRRDKYMFHQANVVPTS-------------TPLGEMSLLEYWYEVVLKKMALYLNLQGDDPFPIK-SVKFDDLCTNFKHHEDLDGSNALVTITKTSDGDISGMELSNTGGRAGVIPVTVPTSFADKVSTEG-----LPDGQPYSKETYGSDLTFYVASSSDDIPPAVVKPTAADLAAVP 779

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BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: D7FLI7_ECTSI (WSC domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FLI7_ECTSI)

HSP 1 Score: 527 bits (1357), Expect = 1.520e-161
Identity = 336/781 (43.02%), Postives = 442/781 (56.59%), Query Frame = 1

Query: 1630 VQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALD-LLVDAN------HGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRF--DEPSVGAPRVKRTGGATDSVVPVGMVTDPT--RSGLFNRPVVQIVPAKPGVSILAQYADESGTVIPGIFFEGA----ENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQY-GASIKTEFAFNGLGIIDKVGSPWRSRTN-DNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLF-ASDDLLARVQADL---SAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPD---GTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTF----AAGTLNVGNLSKPDLSELAPIP 3888
            V VDLVPC+ +S  V +   +  + Y+   FFKG+WS +    V    D L  LLVD++      HGKC+ V+VG  PS  Q   L  YS +FKVR+VYF  + +       ++LG+Q+ F  D  +    ++   GG   S+   G  TDP      LF+ PV+       G+ +LAQY D  G   P  +  GA    ENAA++ Y GADG EELHVF  + WFDAGA+ WAHF  EW T+G+F GERRFYL AVVDDLFL+T  + YD         +R TGE L      ++A N+QY G+ I TEFAFNG GI + V       T   N +  ++         +G   V   NWL      A     +Q D   G + A+DDLLA V + L   S+F    HTL H +RD L ++DC  ED GN ++A+M G++DSDNYNWRSM SPGI+GLFN NCL S A+NLM CYPGDNT+ G       LVN +NQFHS+ +T A+NGY G+QIVPRFAT VY+NC++G CL+ ENE IRR VC C  LDP++    C +      GT    D+ S     G +E LF  EA  TTRY+L+GRRDKYMFHQANVI        T             SLL+YWY RVL   ++++    FP++ ++KFD+LC  F  HE LD+S   +T   D  GA+TG +  + +  G  +PLTVPTA A+++ + G        L+   TE+YG DTT+      A+    VG   KPD  +LA +P
Sbjct:   76 VLVDLVPCLFSSVAVGESNENNPALYIMSLFFKGYWSPKTEEHVVKEGDDLTALLVDSSDTSEVPHGKCNAVYVGYAPSTDQAAALTAYSAQFKVRLVYFPSALTHTTAEFTTKLGVQTYFAGDITTPAFVQLSDLGGEKVSITKPGFKTDPNLFTPALFSYPVIINTVPDDGIEVLAQYVD--GDSEP--YLSGAAGDQENAAMLSYTGADGHEELHVFFTIGWFDAGAWPWAHFFNEWATKGIFMGERRFYLAAVVDDLFLSTPEFEYDGEMNEAALSQRCTGEDLTNLLRVQEALNTQYSGSDIITEFAFNGAGIAEHVSQSVDGITYVPNYEETMVTIKGTKWYEDGQVNVHDTNWL------ATNVPLMQQDMADGTWEANDDLLAGVLSYLYKPSSFYHGHHTLIHLSRDQLRESDCVTEDTGNVQIALMTGMWDSDNYNWRSMVSPGITGLFNENCLDSAAQNLMVCYPGDNTFDGTVSGAAILVNEDNQFHSIYSTVAINGYDGIQIVPRFATYVYFNCVTGDCLVKENEYIRRFVCECTPLDPSIADYTCTSTAAECIGTDGATDIQS----FGDIEALFDAEASTTTRYMLTGRRDKYMFHQANVIPAGDVGDGTQ------------SLLDYWYERVLEVYSSYVT---FPVK-SIKFDDLCTEFKLHESLDESSPYVTMGLDATGAVTGFNYVSGSGAGL-VPLTVPTASAASIPTTG--------LSIQDTETYGTDTTYYLKDDDASTVPRVGT--KPDAGDLAEVP 815

[Close]

BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: D7FLJ1_ECTSI (Uncharacterized protein n=2 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FLJ1_ECTSI)

HSP 1 Score: 522 bits (1345), Expect = 1.350e-159
Identity = 330/779 (42.36%), Postives = 442/779 (56.74%), Query Frame = 1

Query: 1630 VQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALD-LLVDAN------HGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRF--DEPSVGAPRVKRTGGATDSVVPVGMVTDPT--RSGLFNRPVVQIVPAKPGVSILAQYADESGTVIPGIFFEGA----ENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQY-GASIKTEFAFNGLGIIDKVGSPWRSRTN--DNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLF-ASDDLLARVQADL---SAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTF----AAGTLNVGNLSKPDLSELAPIP 3888
            V VDLVPC+ +S  V +   +  + Y+   FFKG+WS +    V +  D L  LLVD+       HGKC+ V++G  PS AQ   L  YS ++KVR+VYF  + +   +   ++LG+Q+ F  D  +    ++   G    ++   G  TDP      LF+ PV+     + G+ +LAQY D         +  GA    ENAA++ Y GADG EELHVF  + WFDAGA+ WAHF  EW T+G+F GERRFYL AVVDDLFL+T  + YD         +R TGE L    S +Q+ N+ Y G+ I TEFAFNG GI + V     + T   D  +  +  KG      +G   V   NWL      A     +Q D   G + A+D+LL  V + L   S F    HTL H +RD L + DC  ED+GN ++A+M G++DSDNYNWRSM SPGI+GLFN NCL S A+NLM CYPGDNT+ G       LVN +NQFHS+ +T A NGY G+QIVPRFAT VY+NC++G CL++ENE IRR VC C  LDP++    C +  D     +D A    + G +E LF  EA  TTRY+L+GRRDKYMFHQAN+I        T             SLL+YWY RVL   ++++    FP++ ++KFD+LC  F  HE LD S   +T   D  GA+TG+S  + +  G  +PLTVPTA A+++ +          L+   TE+YG DTT+      A+    VG   KPD S+LA +P
Sbjct:   96 VLVDLVPCLFSSLAVGESNENNPALYIMSLFFKGYWSPKTEEYVVSETDDLSALLVDSTDTSGVPHGKCNAVYIGYAPSTAQVAALTAYSAQYKVRLVYFPSALTHTTESFTTKLGIQTYFAGDIVTPAFVQLSDLGAEKVTITQPGFKTDPNVVTPALFSYPVIVNTVPEEGIEVLAQYVDSDSEP----YLSGAAGDQENAAMLSYTGADGHEELHVFNTIGWFDAGAWPWAHFYNEWATKGIFMGERRFYLAAVVDDLFLSTPEFEYDGVLNEAALSQRCTGEDLTNLLSVQQSLNALYAGSDIITEFAFNGGGIAEHVSQAVENITYVPDYEETMVTTKGTQWY-EDGQINVHDTNWL------ATNVPLMQQDMADGTWEANDELLVAVISYLDTSSTFYHGHHTLIHLSRDQLRETDCVTEDSGNVQIALMTGMWDSDNYNWRSMVSPGITGLFNENCLDSAAQNLMVCYPGDNTFDGTVSGATILVNEDNQFHSIYSTVADNGYDGIQIVPRFATYVYFNCVTGSCLVNENEYIRRFVCGCTPLDPSIADYTCTSTADECVD-DDGAPDIQSFGDIEALFDAEASTTTRYMLTGRRDKYMFHQANIIPAGDVGDGTQ------------SLLDYWYERVLEVFSSYVT---FPVK-SIKFDDLCTEFTLHEALDDSSPYVTMALDATGAVTGLSYVSGSGAGL-VPLTVPTASAASIPTTD--------LSIQDTETYGTDTTYYLKDDDASTVSRVGT--KPDASDLAEVP 835

[Close]

BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: A0A6H5JPQ4_9PHAE (WSC domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JPQ4_9PHAE)

HSP 1 Score: 517 bits (1331), Expect = 1.700e-155
Identity = 326/749 (43.52%), Postives = 430/749 (57.41%), Query Frame = 1

Query: 1705 YLFQEFFKGFWSAQQRVQVPAAADALD-LLVDAN----HGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRF--DEPSVGAPRVKRTGGATDSVVPVGMVTDPTRSG--LFNRPVV-QIVPAKPGVSILAQYADESGTVIPGIFFEGAENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQY-GASIKTEFAFNGLGIIDKVGSPWRSRTN--DNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLF-ASDDLLARVQADL---SAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTF----AAGTLNVGNLSKPDLSELAPIP 3888
            Y+   FFKG+WS +    V +  D L  LLVD+     HG C+ V++G  PS +Q   L  YS +FKVR+VYF  + +       ++LG+Q+ F  D  +    ++   G    S+   G  TDP      LF+ PV+   VP +  V +LAQY D +G      F    ENAA++ Y GADG EELHVF  + WFDAGA+ WAHF  EW T+G+F GERRFYL AVVDDLFL+T  + Y+         +R TGE L    S +QA N+QY G+ I TEFAFNG GI + V       T   +  +  +  KG      +G   V   NWL      A     +Q D   G + A+D+LLA V + L   S F    HTL H +RD L ++DC  ED GN ++A+M G++DSDNYNWRSM SPGI+GLFN NCL S A+NLM CYPGDNT+ G       LVN +NQFHS+ TT A NGY G+QIVPRFAT VY+NC++G CL+ ENE IRR VC C  LDP++    C +  D     +D A+   + G +E LF  EA  TTRY+L+GRRDKYMFHQAN+I        T             SLL+YWY RVL   ++++    FP++ ++KFD+LC  F  HE LD S   +T   D  GA+TG++  + +  G  +PLTVPTA A+++ + G        L+   TE+YG DTT+      A+    VG  +KPD SELA +P
Sbjct:  302 YIMSLFFKGYWSPKTEEYVVSETDDLTALLVDSTDATPHGLCNAVYIGYAPSTSQVAALTAYSAQFKVRLVYFPSALTHTTAEFTAKLGIQTYFAGDITTPAFVQLSDLGSTKVSITQPGFQTDPNLFSPPLFSYPVIINAVPEEGVVEVLAQYVDSAGDPYLSGFAGDQENAAVLSYTGADGHEELHVFNTIGWFDAGAWPWAHFYNEWATKGIFMGERRFYLAAVVDDLFLSTPEFEYNGEMNEAAVAQRCTGEDLSNLLSVQQALNTQYSGSDIITEFAFNGGGIAEHVSQSVDGITYVPEYEETMVTTKGTKWY-EDGQINVHDTNWL------ATNVPLMQQDMADGTWEANDELLAAVISYLDTASTFYHGHHTLIHLSRDQLRESDCVTEDTGNVQIALMTGMWDSDNYNWRSMVSPGITGLFNENCLDSAAQNLMVCYPGDNTFDGTVSGAAILVNEDNQFHSIYTTVADNGYDGVQIVPRFATYVYFNCVTGDCLVKENEYIRRFVCECTPLDPSIADFMCSSTADECLD-SDGATDIQSFGDIEALFDAEAFTTTRYMLTGRRDKYMFHQANIIPAGDVGDGTQ------------SLLDYWYERVLEVFSSYVT---FPVK-SIKFDDLCTEFTLHEALDNSSPYVTMALDATGAVTGLTYVSGSGAGL-VPLTVPTASAASIPTTG--------LSIQDTETYGTDTTYYLKDDDASTVSRVG--AKPDASELAEVP 1015

[Close]

BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: D7FLJ3_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FLJ3_ECTSI)

HSP 1 Score: 508 bits (1308), Expect = 1.440e-152
Identity = 324/771 (42.02%), Postives = 434/771 (56.29%), Query Frame = 1

Query: 1630 VQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALD-LLVDAN----HGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRF--DEPSVGAPRVKRTGGATDSVVPVGMVTDPT--RSGLFNRPVVQIVPAKPGVSILAQYADESGTVIPGIFFEGA----ENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQY-GASIKTEFAFNGLGIIDKVGSPWRSRTNDNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLFASDDLLARVQADLSAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTF----AAGTLNVGNLSKPDLSELAPIP 3888
            V VDLVPC+L++  + +        Y+   FFKG+WS +    V +  D L  LLVD+     HGKC+ V++G  PS AQ   L  YS ++KVR+VY   + +       ++LG+Q+ F  D  +    ++   G    S+   G  TDP      LF+ PV+     + G+ +LAQY D +G      +  GA    ENAA++ Y GADG EELHVF  + WFDAGA+ WAHF  EW T+G+F GERRFYLGAVVDDLFL+T  + YD         +R TG+ L    S +QA N+QY G+ I TEFAFNG GI + V       T              PN  E +  +    W        DGQ  +   +D    A++  L  +Q D++   W+++         L + DC  ED GN ++A+M G++DSDNYNWRSM SPGI+GLFN NCL S A+NLM CYPGDNT+ G       LVN +NQFHS+ TT + NGY G QIVPRFAT VY+NC+SG CL++ENE IRR VC C  LDP++    C +  D     +D A+   ++G +E LF  EA  TTRY+L+GRRDKYMFHQAN+I    A    D            SLL+YWY RVL   +++I    FP++ ++KFD+LC  F  HE LD S   +T   D  GA+TG+S  + +  G  +PLTVPTA A+++ + G        L+   TE+YG DTT+      A+    VG   KPD SELA +P
Sbjct:  278 VLVDLVPCLLSTVAIGESTNP--GLYVMSLFFKGYWSPKTEEFVVSDTDDLTALLVDSTDATPHGKCNAVYIGYAPSTAQVAALTAYSAQYKVRLVYLPSALTHTTAEFTTKLGIQTYFAGDIMTPAYVQLSALGDEKVSITQPGFQTDPNLFTPALFSYPVIINAVPEAGIEVLAQYVDSAGEP----YLSGAAGDQENAAVLSYTGADGHEELHVFNTIGWFDAGAWPWAHFYNEWATKGIFMGERRFYLGAVVDDLFLSTPEFEYDGGMNEAAVSQRCTGDDLSQLLSVQQALNTQYSGSEIITEFAFNGGGIAEHVSQSVEGITYV------------PNYEETMVTLKGTKWFE------DGQINV---HDTNWLATNVPL--MQQDMADGTWEANDDLLV---ELRETDCVTEDTGNVQIALMTGMWDSDNYNWRSMVSPGITGLFNENCLDSAAQNLMVCYPGDNTFDGTVSGAAILVNEDNQFHSIYTTTSNNGYDGAQIVPRFATFVYFNCVSGSCLVNENEYIRRFVCECTPLDPSIADYTCTSTADECVD-DDGATDIQSLGSIEALFDAEASTTTRYMLTGRRDKYMFHQANIIP---AGDVGD---------GSQSLLDYWYERVLEVFSSYIT---FPVK-SIKFDDLCTEFTLHEALDDSSPYVTMALDETGAVTGLSYVSGSGAGL-VPLTVPTASAASIPTTG--------LSIEDTETYGTDTTYYLKDDDASTVPRVGT--KPDASELAEVP 988

[Close]

BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: D7FLI8_ECTSI (Uncharacterized protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FLI8_ECTSI)

HSP 1 Score: 442 bits (1138), Expect = 2.340e-128
Identity = 301/752 (40.03%), Postives = 398/752 (52.93%), Query Frame = 1

Query: 1630 VQVDLVPCILASEPVVKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALD-LLVDAN----HGKCSVVFVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRF--DEPSVGAPRVKRTGGATDSVVPVGMVTDPT--RSGLFNRPVVQIVPAKPGVSILAQYADESGTVIPGIFFEGA----ENAAIVEYVGADGVEELHVFLGLAWFDAGAYAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQY-GASIKTEFAFNGLGIIDKVGSPWRSRTN--DNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGLF-ASDDLLARVQADL---SAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPD---GTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTF 3816
            V VDLVPC+ +S  V K   +  + Y+   FFKG+WS +    V +  D L  LLVD++    HGKC+ V+VG  PS  Q   L  YS +FKVR+VYF  + +       ++LG+Q+ F  D  +    ++   G    S+   G  TDP      LF+ PV+     + G+ +LAQYAD +G      +  GA    ENAAI+ Y GADG EELHVF  + WFDAGA+ WAHF  EW T+G+F GERRFYL AVVDDLFL+T  + YD         +R TGE L    S +QA N+QY G+ I TEFAFNG GI + V       T   D  +  +  KG      +G   V   NWL      A     +Q D   G + A+D+LL  V + L   S      HTL H +RD L + DC  +D                                      + A+NLM CYPGDNT+ G       LVN +NQFHS+ +T A NGY G+QIVPRFAT VY+NC++G CL++ENE IRR VC C  LDP++   +C +  D   GT    D+ S     G +E LF  EA  TTRY+L+GRRDKYMFHQAN+I        T             SLL+YWY RVL   +++I    FP++  +KFD+LC  F  HE LD S   +T   D  GA+TG +  + +  G  +PLTVPTA A+++ + G        L+   +E+YG DTT+
Sbjct:  381 VLVDLVPCLFSSVAVEKSNENNPALYIMSLFFKGYWSPRTEEYVVSETDDLTALLVDSSDTTPHGKCNAVYVGYAPSTDQVAALTAYSAQFKVRLVYFPSALTHTTAEFTTKLGIQTYFAGDIVTPAFVQLSDLGSTKVSITQPGFKTDPNLFTPALFSYPVIMNEVPETGIEVLAQYADSAGEP----YLSGAAGDQENAAILSYTGADGHEELHVFNTIGWFDAGAWPWAHFYNEWATKGIFMGERRFYLAAVVDDLFLSTPEFEYDGDMNEAAVAQRCTGEDLTNLLSVQQALNTQYSGSDIITEFAFNGGGIAEHVSQAVDGITYVPDYEETMVTIKGTKWY-EDGQINVHDTNWL------ATNVPLMQQDMADGTWEANDELLVAVISYLDTPSTIYHGHHTLIHLSRDQLRETDCVADD--------------------------------------TAAQNLMVCYPGDNTFDGTVSGATILVNEDNQFHSIYSTVANNGYDGIQIVPRFATYVYFNCVTGSCLVNENEYIRRFVCECTPLDPSIADYSCASTADECIGTDGATDIQS----FGDIEALFDAEASTTTRYMLTGRRDKYMFHQANIIPAGDVGDGTQ------------SLLDYWYERVLEVYSSYIT---FPVKN-IKFDDLCTEFKLHEALDDSSPYVTMALDATGAVTGFNYVSGSGAGL-VPLTVPTASAASIPTTG--------LSIQDSETYGTDTTY 1054

[Close]

BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Match: A0A6H5JW45_9PHAE (Uncharacterized protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5JW45_9PHAE)

HSP 1 Score: 374 bits (959), Expect = 2.310e-109
Identity = 246/561 (43.85%), Postives = 316/561 (56.33%), Query Frame = 1

Query: 2305 GTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQEERLTGEGLQTFQSREQAFNSQY-GASIKTEFAFNGLGIIDKV---------------------GSPWRSRTNDNADIGLLPKGAPPNPSE---GIPQVSTPNWLSLAFNPADGQTGIQADYDAGLF-ASDDLLARVQADL---SAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVMIGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPLTDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDENEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLFRTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPSLLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVLTATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTLTPSKTESYGADTTFTF----AAGTLNVGNLSKPDLSELAPIP 3888
            G  GV  GERRFYL AVVDDLFL+T  + YD         +R TGE L    S +QA N+QY G+ I TEFAFNG GI + V                     G+ W     +  D  L  +G   +PS+   G   V   NWL      A     +Q D   G + A+D+LLA V + L   S F    HTL H +RD L + DC  ED GN ++A+M G++DSDNYNWRSM SPGI+GLFN NCL S A+NLM CYPGDNTY G       LVN +NQFHS+ +T A NGY G+QIVPRFAT VY+NC++G CL++ENE IRR VC C  LDP++       C D     +D A+   + G ++ LF  EA  TTRY+L+GRRDKYMFHQAN+I        T             SLL+YWY RVL   A+++    FP++ ++KFD+LC  F  HE LD S   +T   D  GA+TG++  + +  G  +PLTVPTA A+++ +          L+   TE+YG DTT+      A+    VG   KPD SELA +P
Sbjct:   50 GPGGV--GERRFYLAAVVDDLFLSTPEFEYDGVLNEAALSQRCTGEDLSNLLSVQQALNTQYSGSDIITEFAFNGGGIAEHVSQAVENITYVPEYEETMVTTKGTRWYE-DGELIDFVLFLEGRSLDPSKTSTGQINVHDTNWL------ATNVPLMQQDMADGTWEANDELLAAVISYLGTSSTFFHGHHTLIHLSRDQLRETDCVTEDTGNVQIALMTGMWDSDNYNWRSMVSPGITGLFNENCLDSAAQNLMVCYPGDNTYDGTVSGATLLVNEDNQFHSIYSTVADNGYDGIQIVPRFATYVYFNCVTGSCLVNENEYIRRFVCGCTPLDPSIADYV-NECVD-----DDDATDIQSFGDIDALFDAEASTTTRYMLTGRRDKYMFHQANIIPAGDVGDGTQ------------SLLDYWYERVLEVFASYVT---FPVK-SIKFDDLCTEFTLHEALDDSSPYVTMALDATGAVTGLTYVSGSGAGL-VPLTVPTASAASIPTTD--------LSIQDTETYGTDTTYYLKDDDASTVPRVGT--KPDASELAEVP 568

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig12.1369.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7G056_ECTSI	0.000e+0	68.26	Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2...	[more]
D7G022_ECTSI	0.000e+0	66.64	Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2...	[more]
A0A6H5K3S3_9PHAE	5.160e-183	46.78	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]
A0A6H5K730_9PHAE	3.290e-172	43.13	Uncharacterized protein n=2 Tax=Ectocarpus TaxID=2...	[more]
D7FLI7_ECTSI	1.520e-161	43.02	WSC domain-containing protein n=1 Tax=Ectocarpus s...	[more]
D7FLJ1_ECTSI	1.350e-159	42.36	Uncharacterized protein n=2 Tax=Ectocarpus silicul...	[more]
A0A6H5JPQ4_9PHAE	1.700e-155	43.52	WSC domain-containing protein n=1 Tax=Ectocarpus s...	[more]
D7FLJ3_ECTSI	1.440e-152	42.02	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
D7FLI8_ECTSI	2.340e-128	40.03	Uncharacterized protein n=1 Tax=Ectocarpus silicul...	[more]
A0A6H5JW45_9PHAE	2.310e-109	43.85	Uncharacterized protein n=1 Tax=Ectocarpus sp. CCA...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig12	contig	P-fluviatile_contig12:727012..747733 -

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
OGS1.0 of Porterinema fluviatile SAG_2381	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	1507.3
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D7G056
EggNOG OGs	28IRF@1,2QR2R@2759
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
Hectar predicted targeting category	signal peptide
Exons	29
Model size	5577
Cds size	3891
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622815497.8887546-UTR-P-fluviatile_contig12:727011..728523	1622815497.8887546-UTR-P-fluviatile_contig12:727011..728523	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 727012..728523 -
1693562062.115272-UTR-P-fluviatile_contig12:727011..728523	1693562062.115272-UTR-P-fluviatile_contig12:727011..728523	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 727012..728523 -
1622815498.2793791-UTR-P-fluviatile_contig12:745242..745269	1622815498.2793791-UTR-P-fluviatile_contig12:745242..745269	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 745243..745269 -
1693562062.4042416-UTR-P-fluviatile_contig12:745242..745269	1693562062.4042416-UTR-P-fluviatile_contig12:745242..745269	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 745243..745269 -
1622815498.2926457-UTR-P-fluviatile_contig12:747586..747733	1622815498.2926457-UTR-P-fluviatile_contig12:747586..747733	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 747587..747733 -
1693562062.4153097-UTR-P-fluviatile_contig12:747586..747733	1693562062.4153097-UTR-P-fluviatile_contig12:747586..747733	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 747587..747733 -

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-fluviatile_contig12.1369.1	prot_P-fluviatile_contig12.1369.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig12 728524..745242 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig12:727012..747733-
coding sequence from alignment at P-fluviatile_contig12:727012..747733-

protein sequence of mRNA_P-fluviatile_contig12.1369.1

>prot_P-fluviatile_contig12.1369.1 ID=prot_P-fluviatile_contig12.1369.1|Name=mRNA_P-fluviatile_contig12.1369.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1297bp
MIFPSRTSNRGGGGRLLAAVALTALVNGSCSSSRRVIEHPHAPHHHRRVL
QAGDSTAVFVEKISGAAILPGQEGGLQLATAELAATTDTSTSVAFGATDT
QQAAYEIYFVAPASVSGPYSITITAQLGAGATAGHWKVDMYSFLPVGSDD
WVPVGDLTGVTSGEWTTITLALETATPTNFVEPTASEYLIQLKTEAATGP
EVLYVDRVAVSAGTTPAPAPSPVAAPSAAPVASPVTAPVTAPVEAPVAAP
VAAPAPAPVAAPAPAPVAMPVVAPVQSPTSAEGSTAVFVEKVSGADILAS
QAGGVQLQTADLGATTDTTTSVAFGATSTQQAAYEIYFVAPASVSGPYSI
TITAQLGAGATAGHWKVDMYSFLPVGSDDWVPVGDLTGVTAGSWTTITLT
LATATPTNFVEPTANEFLIRLRTEGATGAEVVYLDQILVSAAAPSSPTAS
PVSAPVSAPVSAPVAAPVSAPAASPTAAPTTVPSPVQVDLVPCILASEPV
VKDVGSVASAYLFQEFFKGFWSAQQRVQVPAAADALDLLVDANHGKCSVV
FVGIEPSDAQKLQLDDYSRKFKVRIVYFDVSNSILDDGVQSRLGMQSRFD
EPSVGAPRVKRTGGATDSVVPVGMVTDPTRSGLFNRPVVQIVPAKPGVSI
LAQYADESGTVIPGIFFEGAENAAIVEYVGADGVEELHVFLGLAWFDAGA
YAWAHFIAEWGTRGVFQGERRFYLGAVVDDLFLATGLWIYDPPSFSTPQE
ERLTGEGLQTFQSREQAFNSQYGASIKTEFAFNGLGIIDKVGSPWRSRTN
DNADIGLLPKGAPPNPSEGIPQVSTPNWLSLAFNPADGQTGIQADYDAGL
FASDDLLARVQADLSAFLWQSHTLTHFTRDNLGKADCDIEDAGNARMAVM
IGLFDSDNYNWRSMTSPGISGLFNPNCLRSGAENLMKCYPGDNTYSGPPL
TDVALVNTENQFHSVTTTEAVNGYAGMQIVPRFATNVYYNCISGQCLIDE
NEKIRRDVCVCEVLDPALPQGACPACPDGTKSFNDMASSDPTIGPLEVLF
RTEARATTRYILSGRRDKYMFHQANVISTTWATSATDPMYVDPTPTNDPS
LLEYWYIRVLAEMATFINTDIFPIQQTLKFDNLCHNFYQHEDLDKSGAVL
TATKDPVGAITGMSLATTNDNGAPIPLTVPTAMASTVSSFGDFLASFGTL
TPSKTESYGADTTFTFAAGTLNVGNLSKPDLSELAPIPQANLSSTAQTQQ
EAVAAAALNDQLPAIVDVAESAQAGIVKEAGEQGFVVEGQARRNRH*

mRNA from alignment at P-fluviatile_contig12:727012..747733-

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig12.1369.1 ID=mRNA_P-fluviatile_contig12.1369.1|Name=mRNA_P-fluviatile_contig12.1369.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=20722bp|location=Sequence derived from alignment at P-fluviatile_contig12:727012..747733- (Porterinema fluviatile SAG_2381)
CACACACATAGACTGCTTGCGTATACTCATCTCTTGCAGCCGCTAACGCC
AACTTCCTGTCCATCTGGCGTGTTCGTCCCCGGCGTTCGATTCAAGCGTG
TGTGGCGCACGAGGTTTTTCGGCGACCCCGGCGTCCGTCAAGCTTGAGTG
AGTGTGAGGCAGGGTTTTCTGTCGATCTTGTTGACAGGAAAGGCCGCGTG
TCGGTCAGCGGCGATCTCCATTTGGATCATTCCGCGCGTGATCCGCATGC
TCTGCGCCGGCAGCAGCCGGCATTCATATTGTCGAGACCAACTCCTATGC
GTCCACGAACACACGCACAAGCTTGTCGGCCACGGATCGGAAGGATCGAT
GGCAAACATGGCTAATGGCAGCCGTGGGAGTGCAGGAGAGAATGCGTTGT
TCGCGGCCGTGTTGTGACACGGAGCATGTTGGCGTCCAATATTCTGGTTC
ATTCGCTGCTGCAGGGATTTGAGGTGTACATCTTCGGCTTGGTGTACCTC
TTTGGTTGCGACGTGGGTGTGCGTGTTCCTGAGATCCTCTTGTGGCTTTA
GCATTCGCGTAACCACGGGCTGAGACAACTACAGCAACAACAATTCGACC
AGACAGCCAGAAGGATGATGGTACGCGGATTTATTTCGGAGCATCTGCAA
CCTCCCCATTTTTCATCAGTACGAATAGCGAATGCAAGCAAGCACCCAGA
AAACACGACTGGCTGAATGACTGGCCGACTGGGTTGATTGCAGGGGCGAA
ACAGCAAGGATGTAAGTCGTACCAGAGTTGCCCGCTTTTTTCTCGTTCAA
CGAATTTGATCGTTGTGCACGACTTTTTTCTGTTCCGGAACCACGCACCT
CGACAACCGAACGAAATTGAAAAGAGCAATGGCCGCAAATGTACAGCGTA
CCAACGGAGAGGTCGGAATGGGAAATAGGGAAACAGACTTGCGCGTATGT
TCGAAATAGAAACCATACACTGATCAATCGCTTCTACCAGCGGAGAGTAT
TTTCGCAGAACGCTACACCTGTCCACGTGTTGAAACGATAGACAGGGCAC
ACCAGGAGAAATATGACCTATGCTCGGGCGTAAGTCACATTTTTCACGCT
CCCGCTGACTCCCGATATCTCACTCAACCCCTCTCTCTCCTCTCACTAGT
AAATGTTCTGCCGACATCTGCGCGGTGAAACTTGACTTCGGGTTATCTGT
GTCGTGATTGTTGTTTGTCCTTGAATACATAAACCGCTCATGTAGTTGCT
GATCCCAAAATCTAACTCTCCGATTACGAAAGACTAAAGGAATCGTTCCA
CATTGAGAGGGTCTTCTACGATGCAGGATACACAATTGAGGCACCCGGGT
TGTCCGCGCCACCTCTGCCGCGGTTCTCTACAAAAGCAGTGAAGTCCTCG
CACATCTCACACACCAACACCTACGTTCAGTGGAAAAACACTACGAGTAC
CTGACAAAATTAGCTGGTGTTATTCCGTGCGCCACGGTTTGATGTCCTCC
GCTGTAGACTATGTAGCCAGTGATAGTACGACCACACTCGACCCACTCCG
TCCGTACACGCTCTCGGTGCTGACCTTCCAAGTCGGTTCCTCGCTGTCTC
CGTCATTGCATCTAGGATTCTTGGTCTGCAAATTTCTCTCGTTCCCGAGC
TTCAGCTCGTCACCACCTGCTACCTCCTCCTTTGATGGCGAAGCCAGGTT
ACCGAGACAGTACAGCTCCCTCTAGCAAACGTAGGGCTGTGTTCATCGTG
CCCGTCCGCCTTGTGATGGTGTCTGCCTCCGCCCACAAACATGAGATGGG
CATCGCTGCCTACACCGACAGCGACAAAGGCCCGCGCATCTGCACCTTTG
TACCTGACCCACCAGTGCCGACCCAACTCCGCCGCTACGCACGCCTCGCG
GCGGGTGCGCAGCAGCAAGAAGGTATCGGTCCCTTGAGAGTGAGTCTAGC
CTTGCTCGCTAGAAAGACCTCCCTTCCGCGCAACGGGCCGTGCCGTAGTA
AAAGCCTTGCCGAGGCAGAAAGGGGCAGAAGTGGAGATCGTACGAGACAA
AACGGAGTAGTCTAAATGTTACGGTGCCGGCCCGCTCATAAGAAACATCT
TCGTAAGAAACCGAGGCTCAGGTTATTAGCTTTCCTAAGGAATATGCCGG
TAGAAATTGCGTTCATCGACCGGAGCTACACTAAACCCTACATAGAAGCC
TGCGATCGGTGGTGGGGGACATAATAAGAAATGAGCCTCGCTCGAAGTAA
GTGTTTCTTACGACCGGGCCGGCACTGTATTGTATCGAAGTCCTGGCGAC
GGAAAACATCTTTCGATTACTGTACGAGTTTTCGACAAATGAGCTTTTCA
CACACGCAAGGCGTCTAGTCTCTCTTCACTGGCAAAGTGTTCTTCAGCCC
CCCGCCCCGCTTCCCTCCTTGCCGAACTTTTGCCGTTCGAAATCTCGCCG
ATCACATGATGTAGGCTCGCGGCAAGCAAGCTACGCCTGTAATGATTTTT
CCGAGTCGCACGAGCAACAGGGGCGGTGGCGGCAGGCTACTCGCGGCCGT
GGCGCTAACCGCTCTGGTCAACGGCAGCTGCAGCAGCAGCCGCCGCGTGA
TCGAGCATCCCCATGCGCCCCATCACCATCGTCGCGTCCTCCAGGCTGGC
GACAGCACCGCCGTATTCGTCGAGAAAATATCGGGTGCTGCAATCCTTCC
CGGCCAGGAGGGCGGGCTTCAACTTGCGGTGAGAAGTTTTCCGCCAAAAT
GCTTGCCGATTGCTTCAACTTGCCTCTAGTTCAACGCGACGGAAGGAGTC
TGATAACCTTGCGTTCGTCCGCGTGTGTGTGTACAACAGTAACCAATAAT
CAACGTGTAAGGTCACCCCCGCAATCCGGAAGGGCTAAAACGGCAAATTT
CGTGGAGGGCAAAAGAGTCAGCCTGTCATGAATGGCCACGGTCGTCGAAT
TGCAATACCCCGACACATGTCGAGATACCGACGCGAGGACACGGGTTGAT
TGTGAATCATGGGCGTGACGGACACTCTGGCGGCATTGTTTGGCCAACTT
TATTGTCTCGTTCGTCCCACGCTTACAGTTTTGCTCAACTTTGATTCACA
AGCTGCAAGCACGCGCATTGCCAGTGCGTACAGCTGTTGTCCGGAAAGCC
CGGACGTAGACACCAGTGTTGAAACAAGCTCAACGTTTGACATATGAAGA
ACATTATACAATGATACCGAAGGGTACCCGACATTTGAGTCACGATGCAC
CCAAGCATCTGAAAGTGGTGCACGTCGAAGTCAAGCTGCGCCTTACCAAT
GGCAAACAGCTCTCCCTTTCATGCCGTGTTTGACTTTTCGCTTCACGAGC
TCGTTTGCTTCCCTGTTTCACGCGGTAAACTATTCGCAGACCGCCGAACT
GGCAGCCACTACCGACACTTCCACTTCTGTAGCGTTTGGAGCGACGGATA
CCCAGCAAGCTGCGGTAAGCTGCCAGAAACGATTATTGTATGCCACTTTT
TCGAACCGCGGAGGTCAGAATTTTCGGCGTTTTCAAGGAACATACGGTGT
GGTCATGTAGACACATTGGCATCCCACATGGGATAAAAGTCGTCGTGGTC
CTTCGATTCCTAGCCCCGAGAAGACATGCTTCGTGATCTTGAACGCCTTG
CGCCATTTTCGTCGCGTCCAAACGTTGGGCATCGACAACCCTGAGCTTTG
CAAATAATGTACCAGAGGAAATGGGAACGTTTTAGACTTTGACATCAGCA
CACTGACGAGAATGGGATTAAAATCGTGTGTCGTGCACAACCTACTGGCA
GAATGTTTACTTTGCTGGCTGTGGACCAGGAACGTTCCATGGATTGCCGT
CCCGCGTACTGCTCCTGGGATGCGCGTATGGGCATGATTGTGAATCCGGG
GACCATTTTTTTTCGTTTCCACTGAACGCATTTACTGTCTTCTGCTTCTT
CTTCGATAACAGTACGAGATATACTTCGTCGCACCGGCTTCGGTCTCCGG
GCCGTACAGCATCACCATCACGGCCCAGCTCGGCGCTGGGGCCACCGCCG
GTCACTGGAAGGTCGACATGTACTCGTTCCTGCCGGTTGGCAGCGATGAC
TGGGTGCCCGTGGGGGACCTGACCGGAGGTGAGCTGGGTAGCATTCAAAC
AGCCTTCGCGAGCGCGATGCCTCCGTTTTGGCGCCAGGAGCTGCGTTGTT
GTTACCTCGCCTAGCGACTACGGTCGGAGGATCGTTTTGGGTATATTTTC
AGCTGAGTACTAGCGCATGTATTTTGATTTGCATTGGTGGCTCCAGACAG
TTAACATTGTTGAACCGGCGGTAAGCTGGGAATAGTTCAAACAGCCTTGG
TGGGGTATGGTCCGAACCCTGCGAAGCCTCTGTCATCCAGGAGGCCCCTT
GTATGTTCTGTTGCGAACCGAGCTCTTCAATGGTGTACGTTTTCGTGAAA
GCGTGAAGTCTACTCGCGCTACGGAAATCCAGGCACGCCGTTCGTTGCCC
GACCGGCGGTCAGGTGCGCAGCCGCCAATTGTCCGCTATCGGCGACCGCG
GGCGTAATGGGCAACATTGGATTCTGCTGAGGATGCACGCCGGATTTTCC
GGAATGCGTGCAGAGTTCCTCGCATTAAACTTAGACTACGTATTGCTGCG
TTGCTCCATCGCGTGTGTATGCGATGAGCGTTGTTGGCACCGCTGCTGTA
GACACGAATAAGTTGCGGCGTCGTTGCCCCGACTCTTTTGTCCTCTACCT
AGCGTACTCGATACCGTCGCCCGACTATCCCAATTCATTTGCCCCATTAA
TCCGCTGGGTGCTCAGAACTTGGCAAAGCACTCGTTTACTGCGCCGCCAT
AGGGCCAAGAACGTGGTGATGAGTCACTATCTCGCCAACGGAGCAGAGTG
CCAGCTGTTGCACCTGTTCACGAGTTCGTCTGATCCGACAGCACCCGCTC
GACTGTCCCTACCCTCACCTACCACCGCTTACCCCTTTCTACGCATCTTG
GTTTCCACGTCTTGAACTTGATCAGTAACTTCCGGGGAGTGGACGACCAT
AACCTTGGCTCTCGAGACGGCCACGCCCACGAACTTCGTGGAACCGACCG
CGTCGGAGTACTTGGTGCGTTGAAGGTGCTCTTCGCCGGACGGGGAGCAT
TTAGCCTGTCAACCATTGTTTTTCTGCGGGCGAGGAGTGCTTAACCGTTA
ACGTAGGCCCCCGGGGGCGACAGCTTGGTGTTCGCAATCGTTTTTCAGAA
ATGCGTCTCACGGGCATCGAAAGCAAGTGCGCGAATATATCGCGCCTCGT
GGAGTTCATCATGGGAGGAGCTACAAGTTTTCCCGCCCGCGAGAGCGAGC
GATGGCAAACGTGTCAACCTGCGAGGGGCACAGCGCTGCTGACACCGCCT
TAATCTAATCGTATGTCACCCTTGTTCCCTGTCCTCGCCAAACCGTCAAA
TGTAACTGATTTTTCATCTCAGATCCAGTTGAAGACGGAAGCTGCCACAG
GCCCCGAGGTATGTCTTGTCTACAGGCACAGTGCCCCTGTCCAGTAATAG
ACAGCAGACCAGCGTTTGAGCAGGCATCAAGAGATGAGGCAAACGATGAT
CGCCGCAGGCACACATTTCATAAGTTTTGTTCAAGAAGCAGACACAAAAG
CAATAGCACACGGTTGTGAAGGTGCAGCATCCCGTATTTTCTGCTTCGCT
TGGATGCAGCTTTCGTGCTTGCTAGCCACCGGGCGGCATGTCCTTCGATC
GTGGGGCGTTGAGTCGATGTGTCAACCTCGAGGCGGGTAGACTCGGACCC
TTCTCAATCAACGCGCCGATTCCTCTTTGTCGCCCCGACCGCGCCTTTTC
GTCAGGCTGCGCATGTTGACCGGATTGCCATCGTCATCGTAGTGGCTGGA
CAGTACGGCCGCGTGCGGGTTCCAGCCGTAGACATCCTCAGCCCTGCCGA
TTTGAATTGACCCGGTGCCTATGTCGAGGTGATATACGACGCGGTCGATT
AATTAATCCCTTTGTTCAATCGATGCCCCGTTTTTTTTTTTTGCTGCGTT
GTTCTGGTCCTCATCTCGATCAGGTATTGTACGTCGACCGGGTTGCCGTC
TCCGCCGGGACCACGCCTGCCCCGGCCCCGTCTCCTGTGGCTGCGCCCTC
AGCCGCTCCTGTCGCATCTCCAGTGACAGCACCTGTAACGGCCCCTGTCG
AAGCTCCCGTGGCTGCGCCTGTAGCGGCTCCTGCACCTGCACCTGTAGCG
GCTCCTGCACCTGCACCTGTAGCAATGCCGGTGGTTGCTCCAGTTCAGTC
TCCGACGTCCGCTGAGGGCTCGACGGCCGTCTTTGTCGAGAAAGTGAGTG
GGGCGGACATCCTCGCCAGCCAAGCCGGTGGTGTTCAACTCCAGGTGAGA
GCAGCTGCGATGTAGAGTATCAGCGTCGTTGCAGGAAGGTGTGAGGTCAC
GGTGACACTGTGCACATGGTTACCCGTGATCATTGGAACACAGTCGACGC
GGGCAGTGCGTTTGCCTGTGCACGGAAATGACTTCGTGTCGCCCTTCGGA
AGCTCGTTTTTGTATGCGCTGTTTACTACGTCATTGGTGCTCGCTGCCCT
TGAATGCTTCGTCGTTATCTGACTTCCTGTTTCTTGTTCGTCTTCCGAAG
CCCGTTTCTGTCGATTCTGTCACATGTTTTTGGTAGGTCGCCCCCCGAGT
ACCCGAGAACGTAGCCCCCGCAGACGGTGCACTTGTAGAAAAAGTTCGAG
ACCATACGAGCCTGGATATTCCGAAAAAGGCGGACAACGAGCATCAAGGC
TAAGAGGGTGCAATGTTGGGGCAGGCGCTGAAGCTGTTCTTGCCCCTACA
CACACCGCCTTGCCCCGGTCAGGGTCGAAGAAAGGTGCCCCTAAAAATTT
GTTTGATACCCTGCTGCCACTCCAACTCTCTTCCGATCTTATAGCATCGT
TGGTCGGGTCTGTTCGGTTATCCTCCGGTGACCCCTCTGCATTGATCTTC
GCAGACTGCCGACCTGGGAGCTACTACCGATACAACTACATCTGTGGCCT
TCGGGGCGACTAGTACCCAGCAAGCGGCGGTGAGTCACTCTAGAACGGCT
GGTATATTTGGCAGGATAAGATGAAGTCGGCTTCGTGTTGGTTCTTCGTT
GGTGCGACAATCTTTCAAATTTTAAGAACCGCCGTTAAATTCGAATCAGG
ACAGCGCACCGCATCTCACGAAGACATGCGGTGAGAGGTGACTAAGGGTG
CCGAAGACTCCAACCACGTGCGCGCCTCCGGCGTTCATCCGACTTCATAA
AACCCCTTGTGTTGAATGCATGTCGACTCTGTCCCGCTTCTTCTTCGATA
ACCAGTACGAGATATACTTCGTCGCACCGGCTTCGGTCTCCGGGCCGTAC
AGCATCACCATCACGGCCCAGCTCGGCGCTGGGGCCACCGCCGGTCACTG
GAAGGTCGACATGTACTCGTTCCTGCCGGTTGGCAGCGATGACTGGGTGC
CCGTGGGGGACCTGACCGGAGGTACGCTTGTTTTTTGTGCGAATCTTCAT
TGAGCCTCCGACAGGCGAAATACACTTCAATCCAGTGGTTGCACTTTTAT
TCCAGTCGATCCGCGAAACAGCCACTGGGATGCAACGAACGTGACGACTA
GGATGCCACGAATTTTGCGAACGCAATGTACTCGCACTGCCGACGAAACT
CTAGGCACGCCTTGCACGTGTGATCCTTGACATTCTCACTTCTGCTGTTG
CCCAATTCTGCCTCTCACGCCTTGTTGTTTTCGCGACACGTTTAGTAACC
GCGGGGTCGTGGACGACCATCACCTTGACCCTTGCTACGGCAACGCCAAC
GAACTTCGTGGAGCCGACGGCGAACGAGTTTTTGGTGCGTGGTGACTCTG
TACATTGGTCAGCCCAATTTAGTGCAAAGCACAACACTCTCTTCGGTTGT
TGACCTCATTCTTTTTTCAGTCCAACTGATAGCAAAAGATGAAATATGTC
TCGGTGGTTTTTTTATTCTTTTCAGGCAAATCTGGTGCTGTTTAAACGAC
GTTATATCCTGCGATTCAAGTATCTGAACGTCAAATTAAGAACTGATTTT
CCGACACTGAGATTGGCTCACCTTCTGGACCTTCATCGGCATCTCCTGAC
TCCCCCTCCCCCCCCCCTGTCAAATCGCCTTCGAAACTTTCTCTGCGTGC
GCGTCTCAGATCCGGCTGAGGACTGAAGGAGCCACGGGGGCGGAGGTATG
TTTGCGTTCTGATGCCTTGCACCTTGCCGCCCAGTAGAGTTCACATCGGT
GATGGTAAAACCCTGGGAAAAGATAGCGGTCGTTGGTGACTGCACGGTCG
CATGGGGGAGGACCTGCAATCCTTGCACAGCATCGGATCGATTCATTTAG
GCTCTTAAATTGCAACAAGCTTATGCTTACGCGCCTCCTCTGCCGGCGTA
TCGCCTCCGTTATCCACCAGGTCGTGTACCTGGACCAGATTCTTGTCTCC
GCGGCCGCGCCCTCGTCACCGACTGCATCGCCGGTCTCCGCCCCGGTCTC
TGCCCCTGTCTCCGCCCCCGTCGCCGCCCCGGTCTCCGCTCCTGCTGCAT
CGCCGACCGCAGCGCCAACTACGGTCCCGAGTCCAGTTCAAGTGGACCTC
GTGCCCTGCATCTTGGCATCTGAGCCAGTAGTGAGTAGCATCAAGAATTT
GTGCTCTAAACAATTTTTTGGCATCCGAGGCCATTGTGAGTACAGTGGGG
GGGGGTTAAAATGTAATTGCCATAGATTTGACCGTCAATATGACGGGCAG
TGGCAATATTCAATCGGCCGTATTGACCCCCCCCCTGAAGTTATTGTACA
ATCAGGAGAGAGAAGGGTACATGGTTGAGCTGGAAAAAAGTAGACAGTCG
GTATAGAGAGAAGTTTGAGGCATGGAACAAAGAGGAGAAGACGGTAGCGG
TACTCAGGTGTAAGATGTGGCCCAGGACGGACAGGTATAAAGTAGACAGG
TTAGGAAAACATTTTGAGCCACCTTTGGCAAAGTAGGAAGGAACGATTGG
CCATCGGTGGTCGATCCTGCGGGAACAATGCTCCGTCCTCTCGAGGACGC
GTGGTCAATGGTCTAACAACTAAGGCATGCAAAACATGAGTACGCCCCCC
TGAAGTTAGTTGACATGGCAATACCGTTTGGAAAACATGGGAAAGGAGAG
GTTACCGAGAATAGCTTGGGAGGCGAGATGGGTAAACAAGGCCAAGGGTA
GACAACCCATTGAGTGGGCTAAGGTTGTACAGGGAGTGTGGAGGGGTTAG
ATATTGACGAACGGGAGACGACGGGAGCGGAAAGCTTAAAAGGGTACAAG
AAGAGCATCTCAGAAGCCTTTGAAAATAGAGAAGACCAGAGCTTGCGGAA
AGAGACCAAGGAAAAGGAGGTTCTAGAAGTGTACGGAAGGCTGGACGAAG
GAATAGGGTTCAAGGAGTACCTGAACGGACCATTGGATGAAGGGACAAAG
ATGAAGGTCAAATTTAGAACGGGCGACATTGACCTACGGGAACGTAGAAG
GAGGTTTAGGAAGGTAGACGACGACGAAGACAAGTTCAAATGTGACTGCG
GCGCCGAATGCGAAGACCGGGTACATGTAGTTGCGGAATGCCCGTTGTAC
GATCAGGAGAGAGAAGGATACATGGTTGAGCTGGAAAAAGTAGACAGTCG
GTATAGAGAGAAGTTTGAGGCATGGAACAAAGAGGAGAAGACGGTAGCGG
TACTCGGGTGTAAGATGTGGCCCAGGACGGACAGGTATAAAGTAGACAGG
TTAGGGAAAACATTTTTGAGCCACCTTTGGCAAAGTAGGAAGGAACGATT
GGCCATCGGTGGTCGATCCTGCGGGAACAATGCTCCGTCCTCTCGAGGAC
GCGTGGTCAATGGTCTAACAACTAAGGCATGCAAAACATGAGTACGCCCC
CCTGAAGTTATATTAGGGGTCGACCCTAGGTTGTATACTTGGCGGCCGAC
GTGGCAATCGGAGGCACGAAGATTTAGCGAGGTCAAGAGTGTTCACTGCT
CCTCCGCTGTGTTGCCTCAGCGTTTCGTCGTGGAGGAAAGGCCTACGAGG
TCATTGGCCTATAGACATCCCGACTCCCGCGCTCTGTCATTCTTTTAAGC
CGCCCCCTCCCCACCGACAACTTTATGGTGATTTGTACAAGTCCAGCCTC
AATGCTCGCGCTCATCACACCTCGTTCACTTCGCCCGCTCCGTCCACAGG
TGAAGGATGTCGGCAGCGTTGCTTCGGCTTACCTTTTCCAGGAGTTCTTC
AAGGGCTTTTGGTCTGCCCAGCAGGTCCGCGGGGCGATTGCTCCGTAGGG
GGTCGTGGAGATGAAGTTTGGGCCGCGCTCCCCACCCTCGCGCGTTTGAA
TGTTCGGCCTCCCCGTTTCACCTTATTGGGTTACCTCTTCCAGGGTTTTA
TTCTTCCAAATGTTTTAGTCGGGCACGCAGGTTAAACCAGAACTAGGCTT
GTACTCCTGCAAGGCGGTTTGATTTCCGATTTAGTATTTGATCTCCCTCG
CAAACTTTTCGAAAGTCAGTCCGTCGCCAACGAAGTGCAAGCCTAGTCAG
AGCCGAGTTCACGAAGAATGAAGTCTACGCCGCTGTCCGCCGTCACTTTG
GGCTACCTTAGCTATTTCCGTGAGCCTGTCCGTGTCCTTGGTCCTTGACC
CGCTTCCGTCTTTCATCGGATCGAATTGGCCAAGGCGCAAGAAGCTGAGG
TTCGCGCCGCGCTTCTCGCCTCCGATTCTTTTGTATATTCTGCTTTCTTT
TTCCCCGTGGGCATATTGGTGTCCTTAGCCTTGGGCCCAGTCCCGTGATT
CATGTGCGCATGCCACTTGTCTGTTCTCCGTGCCCCTCTTCGCGTCCCTA
ACCCTTGACCCATTCCCGTGTTTCGTGTTCGCAAGCCACTTAAGTTGTCT
CCATGGGCCGCTTCGTGTTGTCAGCCTTTGACCCATTCCCGTGGTCATTG
TGCGCATGTCGCGTTTCTCCTTGAGCCGCTCCCGTGTTTCACACTAGCCC
CCCTTCGGAGACAGATATCCATCATCGTCCAACTTCGAAGTGTACACGAA
ATAGGATTTTGTAGAGGGTGCACTATTCGTGTGCCCCCACTTTGAAATGC
TCCGTGTAAAGGGTTTCGTTTACCTCCACCTCCTTCCTGCCTCCTCCGGC
CCATCGGCTCCGGTATGTCCGCCCTCCTGAACCAGCGCGTCCAAGTACCT
GCTGCAGCGGACGCCCTGGACCTTCTAGTGGACGCCAACCACGGAAAATG
CAGCGTCGTCTTCGTCGGTATTGAGCCCTCGGACGCTCAGAAGCTGCAGC
TAGACGACTACTCCCGCAAGTTCAAAGTAAGATGGCAACTCTTTTTGAAT
TATGCTAAACACACCGAAGTAGTTCAAGCTCCTAACGCGCGCGGGTACTA
TTGTGCTGTGCTCCAACCAGAAACGTACGATCATAGGTTCAGTGGAGGAT
GTAGAAACGCACAGCCACGAGATTTTTCGATGGTGTAGAAAGGTACCAAT
ATGAGCTTGTTCAGGGTTTCTCGAAGTCGAAACCGACCGCCGCAATGTCG
CCCTGGCGTCGCTCCCACGAGTATCGCTTGGAAGCCACGTGACTTACCGG
GCAAGGACCTGACATATTGCAATTGCACTCATACCTGTCGAACAACGCTG
CCCGCTGCTGACATTTCCTCTCCAACCACACCCCGCGTGCGCTGCGTGAA
ACACAGGTTCGAATCGTGTACTTTGACGTGTCAAACAGCATTCTCGACGA
CGGTGTTCAGAGCAGGCTTGGCATGCAATCCAGATTCGACGAGCCGTCTG
TCGGCGCCCCCAGGGTGAAGCGGACGGGAGGGGCGACAGACAGCGTTGTC
CCGGTAGGGATGGTGACCGACCCTACTCGGAGCGGCCTTTTCAACAGGCC
CGTCGTCCAAATCGTCCCTGCTAAGCCCGGCGTCAGCATACTGGCGCAGT
GAGTGGTGATTCTCTATATTTGTTGTTTTTTATTGCTTTTTTATTCTTGT
TCCTTTCTGGTATAGTTTGTGGCTTGCTTTCAAACCTCATGTGCTGTGTT
GATTCTTCCCTATCGCCTATTTTTTCGGCGTTGATTTTGCGATTTCGGAG
CCCCTAAGGGTCTGTCTTTCTTACGGGCCGTGTGGCATTCGACCAAGGAA
TTCGATCCTGTACGAAAGACCAGCAGTGACTGATGGGGGAATAATGAGGC
TTTGGGACAGTTTTTGGTGTATTGACAAGAATATCATCAAACAACAAAAA
CCAGGAGAACGAAAAGCGGAAATGCAATAACAATTCCGCCTTGGTTCTGC
TGCTTTGCTCTGAGGATATTGCTATTTGCACGCACGCATGTTAGCAGCAC
GAAGCGGGATGCTCGTGGTCATGCAAAATCTTGCGTGCACCATCAATAAT
GTTGCCGTCAAGCAGTCGCGCTCGGTTTGATGTTCACCCGAGGAAGAATC
AACTCGTCACTACGTAGGGTACTATACTCCCTGGCTCTACAACGCCTATT
GCCTCACGTTGCGCCGGGTAGGTACGCGGACGAATCCGGCACGGTTATCC
CCGGTATTTTCTTCGAAGGGGCGGAGAACGCCGCTATAGTCGAGTACGTC
GGTGCCGACGGCGTCGAGGAGCTGCACGTCTTCCTTGGCCTGGCATGGTT
CGACGCAGGCGCCTACGCCTGGGCGCACTTCATTGCGGAATGGGGGACGA
GAGGGGTCTTTCAGGTATGAGTCAGCGAGGTCTGTCCGTCTTTTTCAGAA
AGGCCTCGCAAAAGATAGTGGGCACTCGCTTCTTCTTCCAGGCGCTTCAA
CTGTCTTATTGCGAGTCTTCGGTCAAGAACGTCAGGGCAAGCATGTATTT
CCTGGATTTTTGGCATCCGCTGTCAGGAGTACCGCCTAGCAGCAACATGC
TTTTCCGGCCCTACCAATCGTGTACACTCGTATCGTTTCTGCCGGGGAGC
TGGGAGGAAGGGTCACAAAGAAGTGTTCCTTTGCCTGAGGCGTCCGCCCA
GCGTCTTGCGGGGCTTGTCTCTCCAACCATAAGCCAGAGTAGAGTTCAGC
AACCTCGTCCCTAGAGTTCTAGATAAAGCAACGTTGCCGCACTTTGTCAA
CCAATCCCCCCCAGTAGCCCAAGAACACCGCGGCAGGCGCCTTCGACTTG
CCTCGCCTCTTCTCTGCTCTTTGCTTTCTCTTGCAGGGCGAACGTCGCTT
CTACCTGGGAGCTGTAGTCGACGACCTCTTTTTGGCAACGGGCTTGTGGA
TCTACGACCCGCCGTCCTTCTCGACCCCTCAGGTACGGGGTTGCTTGCAC
AAGCTTTTCATCGCTGGAAGGTTGGTGCGACAAAGTCAGCCATTGCCAAC
CGTAATCGCGACCCGACGAGGCGCGGGGGAGTACCCGTCGTCGCAACATC
ATACCTTGCCCTTCCAAAAATAAACCGAGAACGGGAAACATTTTACGACA
AATGCACGGTGTTCATGCCCATGCAAAAAACCGCACGTACTCCAACGGCG
TACCCCTGACTGCTCCCTGCTCCCCCCCATACCGTATCGTCCCGCCCCCC
TTTTCATGCTGCGGAATCGCCCGGTCAGGAGGAGAGGCTCACTGGTGAAG
GCCTTCAAACATTCCAGAGTCGTGAGCAGGCGTTCAACTCTCAGTACGGA
GCGTCGATCAAGACCGAGTTTGCCTTCAACGGCCTTGGCATCATCGATAA
GGTGCTCGGATCAATGGCGTGGGTCAACTGCGACTGCAACTTGATCCCGG
CGTTACTCGTGCCGCACATTGTCTGATCTCAATGCGTATATCTCGTTTGA
CCTTGTACTGGTAGGCGAGCCCAGCACCATGGCTGCAGCCGTCAATTGGG
ATCACGGTTGGGGTCAACTGTCGGGTTACGGTCAGGGAAGGCTAATTCTG
ACCCAATTCCAACCTCTTGCCAGCCGGCTGCAGCCGTTGGGCCGCGTTTC
ACTGTGCCCTGGCATTGATGAGCTCGCGCATCGGTGTCATTGGGCGACGC
TTGGTTGTAGTTCTCCTAGCACTCCTGAAACTACCCCTCGGTTGCCTCGG
GCATTCGTTGGTTGATCTGCCGGCTTCTTGTAGGCATTCTTTATTTTCCT
GCACCTAACTCGGTTGGTATCCCCCCTTGGTATCTCCCCGCATTCCTGGA
CTCTCGCATCATTTCCCTGCGCATTATTTGCGTTCTTCTGGTATACATTT
TTATGACTTATGGCCCCGGGGCATCTCTTGGTTGATGCCCTCCCAGCATG
CCGGAACTCACGCGTCGCTTCCCTGCCGGGTGTTCCGTGGTCCGTGATCT
CCCGGCATTCCCAGCTGCAAAATCAACAGTCATTAAAACGTGTCGTCGGC
TTCCCTGGGCGCAGGTCGGATCCCCGTGGAGGAGCCGGACGAACGACAAC
GCTGACATCGGCCTGCTTCCCAAGGGCGCGCCGCCCAACCCAAGCGAAGG
TGGGCATCGCTGGGCTTAGCGGCTGTTGCGTGTGGTACAGCGAGCGCGGG
GGCAGGTCGACTTCTTTGTCGGCAGGCAATGTTTCGGTCGAGGATACGCT
TGGTCTCAGTTTCGCTTCTAGGACGCGCGATTTCGCCTGACTTCCTTCGC
TTTTGTCGCGACTTCGCTTCCCAAACACGTGGTTTCGAACCTGTTTGCAG
GCATTCCTCAGGTCAGCACGCCAAACTGGCTCAGCCTGGCTTTCAATCCG
GCTGACGGACAGACGGGGATACAGGCGGACTACGACGCTGGTCTCTTCGC
CTCCGACGACCTTCTCGCCCGCGTCCAAGCCGACCTGAGCGCCTTCTTGT
GGCAAAGCCACACGCTGACCCATTTCACTCGCGACAACCTCGGGAAGGCA
GATTGCGACATCGAGGATGCAGGTGAGCGAACCCTAAGTGCACGGGTAAG
TGGTGTTCGGTTTTCTTTCGGCGGACAAAGGCTCCACGGGAAGACGAGCA
GCCTGAGAAGATTCGCTCACAGTAGAGGCCGAGGCGAGCATGCGGTCGGT
GAACTGTTAGGGTTGGCCAGAAAGCGATGCGCTGGTAAGGTGTGTTACAC
CAGCGGCGGCGTTTGGAATGTGTTGATTTGCTTTGGTATGCGTCCTCGGA
CAGAAAGCTCTGCTGCGTATTCCCGGGCCGAGAACTCGCACGCTCGCTCA
CTCACTCCCTCATTCCGACTCGTGCCGAGATATGGTGGTTGTCCTCGAAC
GGGCAACAATATGTTATGTCGACCGCTCATTTTCGTTGTACCACGGGCGA
CGCCTTTTCCCCAGGCAACGCTCGGATGGCGGTAATGATCGGCCTTTTCG
ACAGCGACAACTACAACTGGCGCAGCATGACTAGCCCCGGCATATCGGGC
CTTTTCAACCCGAACTGCTTGCGGAGTGGGGCGGAAAACCTCATGAAGTG
CTACCCCGGGGATAACACCTACAGCGGTCCCCCGCTGACGGATGTTGCTC
TTGTCAACACGGAGAACCAGTTCCACTCCGTGACCACCACCGAAGCTGTG
AACGGTAAGCGTAAAGGGACTTTCTCCACCTCCACCCGTCCGCGCTCCTT
CAACAGCACAACACGCTAGCGTTTTGTCATGCGGACGGTTCCTTGCGGTT
CTTGCACGCGTATGATTGGAACGCACCCACTTCGTGATTATCGGAATGTT
GGGGATCCCCTCCATCCGTTGAGCGCGTCGGCCAAACCTTCCGGTAGTCC
AACACGGTGTCAGACCAGCACCGGCCGTGCGGTGTCGCCACAATCAAAGT
GTCGCCCTTCCTTCCCTTGCCACTCCACCACGCTTGTTTCCCGGCGTGCA
GGCTACGCTGGCATGCAAATCGTCCCGCGGTTCGCGACTAATGTCTACTA
CAACTGCATCTCTGGACAGGTAAGAACAGTACAAGTTGCGGTTCGTGTCC
ATCGTGTACGGCATGACCTCACCGGATTCCACATCTTTCATTCGTGTCGA
CGTTATCCGGGTCTGCTTTTGAAGGCTCCTGCGAGTCCATCGAAGGCAAT
GCGGCCCGTGGTCTGTTGATCTCACACATCCCTTCCAAGTCCCACGAAGC
AGGGAGTCATAGGAGCGCTTACTGCATAGAACCATGGAAGCTGTGGCCCC
ATCACGCTTCCTCCCTAGACATGGACACGTTGCTCCAGTGGAGATCCCAA
CTTAGCGGTCTCGAATTCGGCAGAATGCCCCGTATAGACTACTGCTTACA
GAGTCTCCTTACGCCACCGCGCCCCGGTAGTACATGCCGTGTTGGGTTTG
GTCGCCTGCCGCGTTAGGCGGCTACGTATATCATGATGCATCTCGGCTAT
ATCACTCTTGTCGGATTTAGCCGCACGCCAAATGATGATGCACCTCGGTC
CGCGCGCTGTGCTCTTCAATCAGTGCCTCATTGACGAGAATGAGAAGATC
CGTCGCGACGTCTGCGTCTGCGAGGTCCTTGATCCGGCCCTGCCCCAGGT
AAATCTCCTCTCAAATAGTTATATCACGCACGAGGTTTGGTATCCGTGGG
GGCTTGAACTGTGACGTTTGGTGTTCACAAGGATTGTGCCATGATGTTTG
GCGTTTACGAGGCTTGTTCCACGAGATTCGGTCCCGACGAGGCTTGCGCG
ACGGCAGTTTATGCCTTCCGAGGCTTGAGCCATGGTATTTGGTGTCATGG
TTCGTTGTACCGCGGATGCCCTACTCCTTGCTGCCTTAAAACACACGTTT
ACCCGGAGCTTGATTTCACTCCCAATGCCGACCATTTTCTGGTGTGATGC
AGGGTGCCTGTCCTGCCTGTCCTGATGGCACGAAGAGCTTCAACGACATG
GCCTCTTCTGACCCTACCATTGGCCCCCTCGAGGTGCTTTTCCGGACAGA
GGCAAGGGCCACCACTCGCTACATCCTCTCTGGCCGCAGGTGATAAGCCG
ACATGCTGCGCACGCGACCTAGGAGAACGTTCGAATATAGTACGGGCAAC
AGTACAGCAAAATAGCGAGAGGCATTCGGGGAAACAAGGGAGTCAAAATC
GATTGTCACGAACCCATCGAGCCAAGCCATTCTCTTCGGCTGCATCAAAC
GATGACGTGATCGGCTCGTCAAATCCTCTCTCATATCGTAACCGCTCCCC
TTAATGTATGTCGTTGAAATACATTCATTTGTGCGTGACGCTCGTCGCTG
CCATATTTTTGAAGTCGCGCCGCTGCTCGAAAGATCTACTGACTATGCTT
GGCTCGTGAAAACTCGGACAAGGCACGAGAGCCAGCGCCTGGTCAAATAT
GATAAATTACAAAGAAAATGTCGGCATTAAGCTCTCGAGCTGTTCTCAAA
TCGTTGTGCGCGCTTCTTCGATACAACGTAGGGATAAGTACATGTTCCAC
CAGGCGAACGTCATCAGCACGACGTGGGCGACCAGCGCGACGGACCCCAT
GTACGTCGACCCGACGCCGACGAACGACCCTTCGCTACTCGAATACTGGT
ACATTCGGGTTCTTGCTGAGATGGCAACCTTCATCAACACGGACATCTTC
CCGATCCAGGTATGCGATTTTATCCCCCGATCGGGTGTCCATTTCATTTG
ACTTTGCCCGGAGATGACCGCTCCTGGTTGTCCCACGAAAAAAGATCGGG
AGGGAATAGGCCGGTCAAGTTTCTGAGTATATCAAGTCGGTCCATGTGCT
GCCGTACTGGTCTATCTACCACTTTTTCGCCCTGCGCACAAGGGATGACG
TTCGCCCTCCAATTCTGCCTGTGTCTGCCGTGCCCTGTCTCTAAACATGT
GTCGTGCGCGACTAAGCAGACTCTGAAGTTCGACAACCTGTGTCACAACT
TCTACCAGCACGAGGACCTCGACAAATCGGGCGCTGTTCTGACTGCCACG
AAGGACCCCGTCGGGGCCATCACGGGTATGAGCTTGGCTACAACGAACGA
CAACGGCGCCCCTATCCCGCTGACCGTCCCTACCGCGATGGCATCCACGG
TGAGCTCGTTTGGGGATGTAATCGTCTTGCGACGTCACGTCATCGTTGGT
GGTCACGGCAGCTTGCTTACCGCAAGCGTAAAAAGCAAGTTATTTCGAAA
TCGTAGGCACAGGCGCATGGGCCAACGGGGATGCCCAAGATGAGTTGAAC
TTGGGCCCCTTGATGTGAACAAACTTTCCACAAGCATCTCCATGTTTTCA
TTTCCTCGCAGTTTCTGGCGAGCTTCGGCACTCTTACCCCATCGAAGACG
GAGTCCTACGGGGCGGACACCACCTTTACGTTCGCGGCCGGCACCCTCAA
CGTGGGCAACCTCTCCAAGCCTGACCTGAGCGAGTAAGTCGTACGCCAGC
GTTGCAGCGAAAGCAGGACTCGATGCATCATGATGACGTGGGTCGACCCC
TCAGCTCGAACATTCCTACTGAGATACTTTTGCCTTACATTTGGGCACCA
CTTGTCCACTTTCATGCGTATGTCCTGCTCCGGGTTGCTACATCAAGTCG
TACTGCATTAAGCCCGCGACTAGGGCCGAAAAATCTTCGGGCGCTGCGCC
GAATCTCTCGTCGAGTACCCCCACGAAACAGCTGACCGACCTACGATGAA
TGCTTCTCTGAGATTCGATCGCATCCGTTGCCCGCGCCGCCTACCCTCCT
TCTTTGTGGTCCACCTTTTTGTCCACAGACTTGCCCCGATCCCGCAGGCC
AACCTCTCCTCGACCGCGCAGACCCAGCAAGAAGCTGTGGCGGCGGCTGC
GCTCAACGACCAACTTCCAGCCATCGTTGACGTTGCGGTAAGGATACGGT
TTCGTCTTGTGCCTGCCACGCACCATCTTTGTTTGCCCGACAAGAAGGCT
TGCTGCACGTGACGCGACTTGTGTGCCACCCGTAAAGCGCACACACAGCA
GTAGAAACGCATGACCTCCAAAAAGGCATTTGCTGCAGGATGACGTCGGA
ATCAAGTTAGCCATGTGTTGGGTTTGCTCTTGCGGTTTGCACCCATGCGC
AACGTATAGGCCAAAATCGGGCTCCTTGGGCTTCGAAAATCACCACACAC
TCATCCAACGCTAATCCAGCGAATCTACCCCCAAGATTTGCTTACCTAGC
GGCTGGTTCTTTATTGTGGATACCAGGAGAGCGCGCAGGCGGGGATTGTA
AAGGAGGCTGGGGAACAAGGCTTCGTGGTCGAAGGACAAGCCCGCCGCAA
TCGGCACTGATCCTCGTCGTCTGTACTCCAGCACCCCCCGTGCGAGGACG
CTACTTCCGAAGGGGACAGAGGAGTATGGATGAAACGTGTGTCATCTTGA
GGCTTTTCTTCGTTCACCATTTGTGATATTTCAGCTGAAAATCGTTACGA
TGGCCTCTACAACCCCGGCGCCTCCACACATTTCTCAATATGTCGGTTAC
GAAGCTGATGTCCGTGGTCACAACATGGCGGGAATTTAATATGTGCCGCA
GGCACTTTAGAAACAGCGCGTTTTGGTTTGGGTTGGTCGAAAGTCTTGGG
TTGCACCGCGGTATTGCAGTGCTGTGGCCCACTTCAAGTGGGATGGCGTC
CAGTACAGTACTCATCGGAGAAGGGTGCAGCCCGCGGGCCATGACGCGAT
ACTAAAGAGGAAAGCGATACGTGGGCAAAGAGTTGAGGCAACGGAAAATG
TTGAGGTGGCGTGGACGTATATTAATATATCGATCAAGTTGTAGTTAAAC
TATTTTAGGATATAGTTTAGATACTCCGTATCCGACGCATTTTGAATGCT
TTGTATCCGATTTCTTTGTATCCGTAAATGGATCGTCGTTTTCTTCGAAA
ATTGAATCAAGAGCCGTAGGGCAATCTAGAAATATTCTGTAGACCAGCAA
GACCGATCTGCGAGACTTGGAACATCTTGCGAACAACATCTGGGATTCCG
CAATGATTATGTGTTGGCGAGTATCATTGCGGATAAATGGGTTGGTTGTC
GTTTTCTTCTGGGCAAGTCGTCCCAACCGTCGATGAAGTGATAGGATTTC
GCGTTCAGGTCGGCAAAGTAGGATCTAGTGTAGAATTTAGAGCACGGAGT
CCCCTTAGGGCTCGGCGTTGCTCCGGTCGACGTGGGGTGAACTTCCCTTC
ATGCTGCTCCTGACGTGCCGAGCGACAAGGATGAATAAATGCGTGTACTG
GCCTCGGCCGCGAGCGGGGAGAAGGGATTGCACGTACCTCGATTGCACCA
CAAGGGGGGTTTCTATCAGTTGAAGCCTTCGGCGACCGATGGCAGATTTA
TGCTCGAAGCTGCGAGCAGCACACCGCAGGGTAGGAGATAATCTTCTCAT
TCGCCCGAGAGCCAACGGATAGAGTCCTCCTCAGATATTTGAAGGTTTAG
ATTCAAACATGTTGATGTTTGGCGTTTGCGTGCCCATAACGGAAAGTCGA
TCATGGGTTTCGAGCAACCCATCATGAGTTCAAGCGCGACGCTTCAGGAG
CGACAGTCTTAGGGCAATGCTGTCTGCATCCGTTTGCTTGCAAGCCCGTA
CACTATTATATGGCGTAACTTCGTGCGAGTCGTTTCGGGGTTGCTTGATT
TTATAGGTAGTCGGTTCATTTGTTAGGCTGCCTTCACAAAACCATATAAA
TGCCAATTTCTTACTTCACCTCGAATGAGCTTTGGATTCCCACGATCTGA
AAACAGGGCGATGTTCTTGTCATGCGATTGGACACGTTTGGTTGTAACAT
GCCTGAACGACGGAGAGCAAAG

Coding sequence (CDS) from alignment at P-fluviatile_contig12:727012..747733-

>mRNA_P-fluviatile_contig12.1369.1 ID=mRNA_P-fluviatile_contig12.1369.1|Name=mRNA_P-fluviatile_contig12.1369.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=7782bp|location=Sequence derived from alignment at P-fluviatile_contig12:727012..747733- (Porterinema fluviatile SAG_2381)
ATGATTTTTCCGAGTCGCACGAGCAACAGGGGCGGTGGCGGCAGGCTACT
CGCGGCCGTGGCGCTAACCGCTCTGGTCAACGGCAGCTGCAGCAGCAGCC
GCCGCGTGATCGAGCATCCCCATGCGCCCCATCACCATCGTCGCGTCCTC
CAGGCTGGCGACAGCACCGCCGTATTCGTCGAGAAAATATCGGGTGCTGC
AATCCTTCCCGGCCAGGAGGGCGGGCTTCAACTTGCGATGATTTTTCCGA
GTCGCACGAGCAACAGGGGCGGTGGCGGCAGGCTACTCGCGGCCGTGGCG
CTAACCGCTCTGGTCAACGGCAGCTGCAGCAGCAGCCGCCGCGTGATCGA
GCATCCCCATGCGCCCCATCACCATCGTCGCGTCCTCCAGGCTGGCGACA
GCACCGCCGTATTCGTCGAGAAAATATCGGGTGCTGCAATCCTTCCCGGC
CAGGAGGGCGGGCTTCAACTTGCGACCGCCGAACTGGCAGCCACTACCGA
CACTTCCACTTCTGTAGCGTTTGGAGCGACGGATACCCAGCAAGCTGCGA
CCGCCGAACTGGCAGCCACTACCGACACTTCCACTTCTGTAGCGTTTGGA
GCGACGGATACCCAGCAAGCTGCGTACGAGATATACTTCGTCGCACCGGC
TTCGGTCTCCGGGCCGTACAGCATCACCATCACGGCCCAGCTCGGCGCTG
GGGCCACCGCCGGTCACTGGAAGGTCGACATGTACTCGTTCCTGCCGGTT
GGCAGCGATGACTGGGTGCCCGTGGGGGACCTGACCGGAGTACGAGATAT
ACTTCGTCGCACCGGCTTCGGTCTCCGGGCCGTACAGCATCACCATCACG
GCCCAGCTCGGCGCTGGGGCCACCGCCGGTCACTGGAAGGTCGACATGTA
CTCGTTCCTGCCGGTTGGCAGCGATGACTGGGTGCCCGTGGGGGACCTGA
CCGGAGTAACTTCCGGGGAGTGGACGACCATAACCTTGGCTCTCGAGACG
GCCACGCCCACGAACTTCGTGGAACCGACCGCGTCGGAGTACTTGTAACT
TCCGGGGAGTGGACGACCATAACCTTGGCTCTCGAGACGGCCACGCCCAC
GAACTTCGTGGAACCGACCGCGTCGGAGTACTTGATCCAGTTGAAGACGG
AAGCTGCCACAGGCCCCGAGATCCAGTTGAAGACGGAAGCTGCCACAGGC
CCCGAGGTATTGTACGTCGACCGGGTTGCCGTCTCCGCCGGGACCACGCC
TGCCCCGGCCCCGTCTCCTGTGGCTGCGCCCTCAGCCGCTCCTGTCGCAT
CTCCAGTGACAGCACCTGTAACGGCCCCTGTCGAAGCTCCCGTGGCTGCG
CCTGTAGCGGCTCCTGCACCTGCACCTGTAGCGGCTCCTGCACCTGCACC
TGTAGCAATGCCGGTGGTTGCTCCAGTTCAGTCTCCGACGTCCGCTGAGG
GCTCGACGGCCGTCTTTGTCGAGAAAGTGAGTGGGGCGGACATCCTCGCC
AGCCAAGCCGGTGGTGTTCAACTCCAGGTATTGTACGTCGACCGGGTTGC
CGTCTCCGCCGGGACCACGCCTGCCCCGGCCCCGTCTCCTGTGGCTGCGC
CCTCAGCCGCTCCTGTCGCATCTCCAGTGACAGCACCTGTAACGGCCCCT
GTCGAAGCTCCCGTGGCTGCGCCTGTAGCGGCTCCTGCACCTGCACCTGT
AGCGGCTCCTGCACCTGCACCTGTAGCAATGCCGGTGGTTGCTCCAGTTC
AGTCTCCGACGTCCGCTGAGGGCTCGACGGCCGTCTTTGTCGAGAAAGTG
AGTGGGGCGGACATCCTCGCCAGCCAAGCCGGTGGTGTTCAACTCCAGAC
TGCCGACCTGGGAGCTACTACCGATACAACTACATCTGTGGCCTTCGGGG
CGACTAGTACCCAGCAAGCGGCGACTGCCGACCTGGGAGCTACTACCGAT
ACAACTACATCTGTGGCCTTCGGGGCGACTAGTACCCAGCAAGCGGCGTA
CGAGATATACTTCGTCGCACCGGCTTCGGTCTCCGGGCCGTACAGCATCA
CCATCACGGCCCAGCTCGGCGCTGGGGCCACCGCCGGTCACTGGAAGGTC
GACATGTACTCGTTCCTGCCGGTTGGCAGCGATGACTGGGTGCCCGTGGG
GGACCTGACCGGAGTACGAGATATACTTCGTCGCACCGGCTTCGGTCTCC
GGGCCGTACAGCATCACCATCACGGCCCAGCTCGGCGCTGGGGCCACCGC
CGGTCACTGGAAGGTCGACATGTACTCGTTCCTGCCGGTTGGCAGCGATG
ACTGGGTGCCCGTGGGGGACCTGACCGGAGTAACCGCGGGGTCGTGGACG
ACCATCACCTTGACCCTTGCTACGGCAACGCCAACGAACTTCGTGGAGCC
GACGGCGAACGAGTTTTTGTAACCGCGGGGTCGTGGACGACCATCACCTT
GACCCTTGCTACGGCAACGCCAACGAACTTCGTGGAGCCGACGGCGAACG
AGTTTTTGATCCGGCTGAGGACTGAAGGAGCCACGGGGGCGGAGATCCGG
CTGAGGACTGAAGGAGCCACGGGGGCGGAGGTCGTGTACCTGGACCAGAT
TCTTGTCTCCGCGGCCGCGCCCTCGTCACCGACTGCATCGCCGGTCTCCG
CCCCGGTCTCTGCCCCTGTCTCCGCCCCCGTCGCCGCCCCGGTCTCCGCT
CCTGCTGCATCGCCGACCGCAGCGCCAACTACGGTCCCGAGTCCAGTTCA
AGTGGACCTCGTGCCCTGCATCTTGGCATCTGAGCCAGTAGTCGTGTACC
TGGACCAGATTCTTGTCTCCGCGGCCGCGCCCTCGTCACCGACTGCATCG
CCGGTCTCCGCCCCGGTCTCTGCCCCTGTCTCCGCCCCCGTCGCCGCCCC
GGTCTCCGCTCCTGCTGCATCGCCGACCGCAGCGCCAACTACGGTCCCGA
GTCCAGTTCAAGTGGACCTCGTGCCCTGCATCTTGGCATCTGAGCCAGTA
GTGAAGGATGTCGGCAGCGTTGCTTCGGCTTACCTTTTCCAGGAGTTCTT
CAAGGGCTTTTGGTCTGCCCAGCAGGTGAAGGATGTCGGCAGCGTTGCTT
CGGCTTACCTTTTCCAGGAGTTCTTCAAGGGCTTTTGGTCTGCCCAGCAG
CGCGTCCAAGTACCTGCTGCAGCGGACGCCCTGGACCTTCTAGTGGACGC
CAACCACGGAAAATGCAGCGTCGTCTTCGTCGGTATTGAGCCCTCGGACG
CTCAGAAGCTGCAGCTAGACGACTACTCCCGCAAGTTCAAACGCGTCCAA
GTACCTGCTGCAGCGGACGCCCTGGACCTTCTAGTGGACGCCAACCACGG
AAAATGCAGCGTCGTCTTCGTCGGTATTGAGCCCTCGGACGCTCAGAAGC
TGCAGCTAGACGACTACTCCCGCAAGTTCAAAGTTCGAATCGTGTACTTT
GACGTGTCAAACAGCATTCTCGACGACGGTGTTCAGAGCAGGCTTGGCAT
GCAATCCAGATTCGACGAGCCGTCTGTCGGCGCCCCCAGGGTGAAGCGGA
CGGGAGGGGCGACAGACAGCGTTGTCCCGGTAGGGATGGTGACCGACCCT
ACTCGGAGCGGCCTTTTCAACAGGCCCGTCGTCCAAATCGTCCCTGCTAA
GCCCGGCGTCAGCATACTGGCGCAGTTCGAATCGTGTACTTTGACGTGTC
AAACAGCATTCTCGACGACGGTGTTCAGAGCAGGCTTGGCATGCAATCCA
GATTCGACGAGCCGTCTGTCGGCGCCCCCAGGGTGAAGCGGACGGGAGGG
GCGACAGACAGCGTTGTCCCGGTAGGGATGGTGACCGACCCTACTCGGAG
CGGCCTTTTCAACAGGCCCGTCGTCCAAATCGTCCCTGCTAAGCCCGGCG
TCAGCATACTGGCGCAGTACGCGGACGAATCCGGCACGGTTATCCCCGGT
ATTTTCTTCGAAGGGGCGGAGAACGCCGCTATAGTCGAGTACGTCGGTGC
CGACGGCGTCGAGGAGCTGCACGTCTTCCTTGGCCTGGCATGGTTCGACG
CAGGCGCCTACGCCTGGGCGCACTTCATTGCGGAATGGGGGACGAGAGGG
GTCTTTCAGGTACGCGGACGAATCCGGCACGGTTATCCCCGGTATTTTCT
TCGAAGGGGCGGAGAACGCCGCTATAGTCGAGTACGTCGGTGCCGACGGC
GTCGAGGAGCTGCACGTCTTCCTTGGCCTGGCATGGTTCGACGCAGGCGC
CTACGCCTGGGCGCACTTCATTGCGGAATGGGGGACGAGAGGGGTCTTTC
AGGGCGAACGTCGCTTCTACCTGGGAGCTGTAGTCGACGACCTCTTTTTG
GCAACGGGCTTGTGGATCTACGACCCGCCGTCCTTCTCGACCCCTCAGGG
CGAACGTCGCTTCTACCTGGGAGCTGTAGTCGACGACCTCTTTTTGGCAA
CGGGCTTGTGGATCTACGACCCGCCGTCCTTCTCGACCCCTCAGGAGGAG
AGGCTCACTGGTGAAGGCCTTCAAACATTCCAGAGTCGTGAGCAGGCGTT
CAACTCTCAGTACGGAGCGTCGATCAAGACCGAGTTTGCCTTCAACGGCC
TTGGCATCATCGATAAGGAGGAGAGGCTCACTGGTGAAGGCCTTCAAACA
TTCCAGAGTCGTGAGCAGGCGTTCAACTCTCAGTACGGAGCGTCGATCAA
GACCGAGTTTGCCTTCAACGGCCTTGGCATCATCGATAAGGTCGGATCCC
CGTGGAGGAGCCGGACGAACGACAACGCTGACATCGGCCTGCTTCCCAAG
GGCGCGCCGCCCAACCCAAGCGAAGGTCGGATCCCCGTGGAGGAGCCGGA
CGAACGACAACGCTGACATCGGCCTGCTTCCCAAGGGCGCGCCGCCCAAC
CCAAGCGAAGGCATTCCTCAGGTCAGCACGCCAAACTGGCTCAGCCTGGC
TTTCAATCCGGCTGACGGACAGACGGGGATACAGGCGGACTACGACGCTG
GTCTCTTCGCCTCCGACGACCTTCTCGCCCGCGTCCAAGCCGACCTGAGC
GCCTTCTTGTGGCAAAGCCACACGCTGACCCATTTCACTCGCGACAACCT
CGGGAAGGCAGATTGCGACATCGAGGATGCAGGCATTCCTCAGGTCAGCA
CGCCAAACTGGCTCAGCCTGGCTTTCAATCCGGCTGACGGACAGACGGGG
ATACAGGCGGACTACGACGCTGGTCTCTTCGCCTCCGACGACCTTCTCGC
CCGCGTCCAAGCCGACCTGAGCGCCTTCTTGTGGCAAAGCCACACGCTGA
CCCATTTCACTCGCGACAACCTCGGGAAGGCAGATTGCGACATCGAGGAT
GCAGGCAACGCTCGGATGGCGGTAATGATCGGCCTTTTCGACAGCGACAA
CTACAACTGGCGCAGCATGACTAGCCCCGGCATATCGGGCCTTTTCAACC
CGAACTGCTTGCGGAGTGGGGCGGAAAACCTCATGAAGTGCTACCCCGGG
GATAACACCTACAGCGGTCCCCCGCTGACGGATGTTGCTCTTGTCAACAC
GGAGAACCAGTTCCACTCCGTGACCACCACCGAAGCTGTGAACGGCAACG
CTCGGATGGCGGTAATGATCGGCCTTTTCGACAGCGACAACTACAACTGG
CGCAGCATGACTAGCCCCGGCATATCGGGCCTTTTCAACCCGAACTGCTT
GCGGAGTGGGGCGGAAAACCTCATGAAGTGCTACCCCGGGGATAACACCT
ACAGCGGTCCCCCGCTGACGGATGTTGCTCTTGTCAACACGGAGAACCAG
TTCCACTCCGTGACCACCACCGAAGCTGTGAACGGCTACGCTGGCATGCA
AATCGTCCCGCGGTTCGCGACTAATGTCTACTACAACTGCATCTCTGGAC
AGGCTACGCTGGCATGCAAATCGTCCCGCGGTTCGCGACTAATGTCTACT
ACAACTGCATCTCTGGACAGTGCCTCATTGACGAGAATGAGAAGATCCGT
CGCGACGTCTGCGTCTGCGAGGTCCTTGATCCGGCCCTGCCCCAGTGCCT
CATTGACGAGAATGAGAAGATCCGTCGCGACGTCTGCGTCTGCGAGGTCC
TTGATCCGGCCCTGCCCCAGGGTGCCTGTCCTGCCTGTCCTGATGGCACG
AAGAGCTTCAACGACATGGCCTCTTCTGACCCTACCATTGGCCCCCTCGA
GGTGCTTTTCCGGACAGAGGCAAGGGCCACCACTCGCTACATCCTCTCTG
GCCGCAGGGTGCCTGTCCTGCCTGTCCTGATGGCACGAAGAGCTTCAACG
ACATGGCCTCTTCTGACCCTACCATTGGCCCCCTCGAGGTGCTTTTCCGG
ACAGAGGCAAGGGCCACCACTCGCTACATCCTCTCTGGCCGCAGGGATAA
GTACATGTTCCACCAGGCGAACGTCATCAGCACGACGTGGGCGACCAGCG
CGACGGACCCCATGTACGTCGACCCGACGCCGACGAACGACCCTTCGCTA
CTCGAATACTGGTACATTCGGGTTCTTGCTGAGATGGCAACCTTCATCAA
CACGGACATCTTCCCGATCCAGGGATAAGTACATGTTCCACCAGGCGAAC
GTCATCAGCACGACGTGGGCGACCAGCGCGACGGACCCCATGTACGTCGA
CCCGACGCCGACGAACGACCCTTCGCTACTCGAATACTGGTACATTCGGG
TTCTTGCTGAGATGGCAACCTTCATCAACACGGACATCTTCCCGATCCAG
CAGACTCTGAAGTTCGACAACCTGTGTCACAACTTCTACCAGCACGAGGA
CCTCGACAAATCGGGCGCTGTTCTGACTGCCACGAAGGACCCCGTCGGGG
CCATCACGGGTATGAGCTTGGCTACAACGAACGACAACGGCGCCCCTATC
CCGCTGACCGTCCCTACCGCGATGGCATCCACGGTGAGCTCGTTTGGGGA
TCAGACTCTGAAGTTCGACAACCTGTGTCACAACTTCTACCAGCACGAGG
ACCTCGACAAATCGGGCGCTGTTCTGACTGCCACGAAGGACCCCGTCGGG
GCCATCACGGGTATGAGCTTGGCTACAACGAACGACAACGGCGCCCCTAT
CCCGCTGACCGTCCCTACCGCGATGGCATCCACGGTGAGCTCGTTTGGGG
ATTTTCTGGCGAGCTTCGGCACTCTTACCCCATCGAAGACGGAGTCCTAC
GGGGCGGACACCACCTTTACGTTCGCGGCCGGCACCCTCAACGTGGGCAA
CCTCTCCAAGCCTGACCTGAGCGATTTCTGGCGAGCTTCGGCACTCTTAC
CCCATCGAAGACGGAGTCCTACGGGGCGGACACCACCTTTACGTTCGCGG
CCGGCACCCTCAACGTGGGCAACCTCTCCAAGCCTGACCTGAGCGAACTT
GCCCCGATCCCGCAGGCCAACCTCTCCTCGACCGCGCAGACCCAGCAAGA
AGCTGTGGCGGCGGCTGCGCTCAACGACCAACTTCCAGCCATCGTTGACG
TTGCGACTTGCCCCGATCCCGCAGGCCAACCTCTCCTCGACCGCGCAGAC
CCAGCAAGAAGCTGTGGCGGCGGCTGCGCTCAACGACCAACTTCCAGCCA
TCGTTGACGTTGCGGAGAGCGCGCAGGCGGGGATTGTAAAGGAGGCTGGG
GAACAAGGCTTCGTGGTCGAAGGACAAGCCCGCCGCAATCGGCACTGAGA
GAGCGCGCAGGCGGGGATTGTAAAGGAGGCTGGGGAACAAGGCTTCGTGG
TCGAAGGACAAGCCCGCCGCAATCGGCACTGA