mRNA_P-fluviatile_contig12.1414.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig12.1414.1
Unique Name	mRNA_P-fluviatile_contig12.1414.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: A0A6H5JN40_9PHAE (Importin N-terminal domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5JN40_9PHAE)

HSP 1 Score: 1501 bits (3887), Expect = 0.000e+0
Identity = 791/1001 (79.02%), Postives = 877/1001 (87.61%), Query Frame = 1

Query:  130 MPGAPGAVAVGPSLLSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKWSPEPQEDKPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQTGEVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLAEDSIEAAQVLKLILKVFWSCTQFAIPSGKDLENLNVPAWMDLCAKVLAKPLVGQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIE--RFASMSV---TDPNTILHCLNCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGRAPDGRRYVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPMLAMLCERVKTAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSFSATDKDGIEEYLSGWADDEDESEQFSTPIDDVDLRIFFYEA 3117
            M GA G  AVGP  LSAEGLH+VLLHTFT +  QRKAAEAQL ALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVR KWSP+P+   P TFLPEHKATFR      VNLFEALLRETD+SVRD+LAETLRLV S+DFP+QWP LIP IV QLQTGEVLRVHNAMLALRKVVKRFEYKPKE+RGPLL+VMRVTLPLL  MS QLLAEDS EA QVLK+ LKVFWSCTQFAIPSG DLE LNVP WMDLC+KVLAKP  GQPE EDDR  WPWWKAKKWAGNIAQRFFTRYGQPH+AEE +TDFAEAFSKQLAPKLLEQVMNTLAMR RGE+CT+RVVHACL FVGPATELSHTYKLLKPHLDFLLFQAVFPEL LS+ D+ TFD DPHEFIHK NDP+EDYLSPRVPA+NCIIDLAKYRGKDILPR+L+Y QNVLTTYAA P DQRDHRAKD++LVALGSL+ VLL+SKKY KSLETL+VQHVLPEFQSPVG + +    +++  +  S  V    D N +         CL+DS+LPVQIEAA+SLRYLIELDE EEPV ++LPDILN+YFRIMQEIGLDEVVAALD+IIEKFQ+HIAPHA+ALT QLTRCFLEYA AG DDDDAAMAASQVIEAVSTVL STKAVPELFPAME+HLLPMLA++FSE GDL+EY E+ACDVLSFLTYYG+GIS QLW +FP+L+ +WDKWAFDLISNMAVPIDNYISRGTDVF+AGR+ +G RY+E+LLDMC RV+KD+ QSEKEARTA QL MVVLHNCKGR+DEY+PP+LAML ERV+TAE+AELKSALLE++AS L+YN QL LQW EAN ATQ +LTQLFVC+EA+VFD NLSKKIIALGLTSLLSLPS +LPPSV+Q+LPHAF  VV LVTE++++ A    E  XXXXXXXXXXXXXXXXXXXXX    GFDDDQDVKNEEDV YMK+F AT+KD IEEYL+GW D+++E EQFSTPIDDVDLR+FFYE+
Sbjct:    1 MAGAAGG-AVGP--LSAEGLHAVLLHTFTSDAAQRKAAEAQLAALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRGKWSPDPEAKTPATFLPEHKATFR------VNLFEALLRETDSSVRDILAETLRLVASYDFPDQWPTLIPTIVTQLQTGEVLRVHNAMLALRKVVKRFEYKPKEARGPLLEVMRVTLPLLLNMSNQLLAEDSSEAGQVLKIALKVFWSCTQFAIPSGADLEALNVPGWMDLCSKVLAKPPAGQPEEEDDRVMWPWWKAKKWAGNIAQRFFTRYGQPHYAEENMTDFAEAFSKQLAPKLLEQVMNTLAMRSRGEYCTDRVVHACLVFVGPATELSHTYKLLKPHLDFLLFQAVFPELCLSKKDIATFDADPHEFIHKNNDPSEDYLSPRVPAVNCIIDLAKYRGKDILPRLLTYAQNVLTTYAATPEDQRDHRAKDAALVALGSLSTVLLRSKKYKKSLETLIVQHVLPEFQSPVGAV-HEISRVLDGAKICSGGVQRPADDNALPQ------XCLRDSSLPVQIEAASSLRYLIELDEAEEPVRQVLPDILNEYFRIMQEIGLDEVVAALDLIIEKFQDHIAPHASALTHQLTRCFLEYASAGSDDDDAAMAASQVIEAVSTVLQSTKAVPELFPAMESHLLPMLAQVFSEDGDLIEYIENACDVLSFLTYYGAGISEQLWSVFPMLYRTWDKWAFDLISNMAVPIDNYISRGTDVFIAGRSAEGDRYIEMLLDMCGRVMKDERQSEKEARTAVQLMMVVLHNCKGRIDEYIPPILAMLSERVRTAEQAELKSALLEAVASALYYNPQLALQWTEANNATQAMLTQLFVCMEAQVFDNNLSKKIIALGLTSLLSLPSTSLPPSVIQVLPHAFGAVVNLVTEEIKYLASVEAEGEXXXXXXXXXXXXXXXXXXXXXED--GFDDDQDVKNEEDVVYMKNFHATNKDTIEEYLNGWNDEDEEDEQFSTPIDDVDLRMFFYES 983

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: A0A835YT27_9STRA (Armadillo-type protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YT27_9STRA)

HSP 1 Score: 792 bits (2045), Expect = 4.450e-267
Identity = 476/1022 (46.58%), Postives = 637/1022 (62.33%), Query Frame = 1

Query:  172 LSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLML-LLQIVVEPQVDRAVRQAAAIALKNTVRRKWSPEPQEDKPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQTGEVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLAEDSIEAAQVLKLILKVFWSCTQFAIPS-GKDLENLNVPAWMDLCAKVLAKPLVGQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHCLNCTLRCLQDSALPVQIEAAASLRYLIE-LDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGRAPDGRRYVELLLDMCQR--------------VLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPMLAMLCERVK-TAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLT--------QLFVCLEAEVFD-----TNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXG--FDDDQDVKNEEDVAYMKSFSATDK---DGIEEYLSGWADDEDESEQ----FSTPIDDVDLRIFFYEA 3117
            L  + L+ VL  TF+ +P  RK AE  + A+   P   ML LLQIV EP   R VRQAA I +KN +R KW     E++         A  R     R  L E L  E DTS+RDLLAE ++ V + DFP+ WP  +P +V  +QTG+V RV N++LA+RKVVKR+EY+  + R PL +++  T PLL  M   LL   S +A+ +       FWS TQFA+P+ G +  +LN  AW+++    L +P+ GQPE    R  WP WK KKWA  IA R F+RYG PHFA E   +FA AFSK +AP+LLE+VM+ LA+RPRGE+CT+RVVH C+T+V  + ELSHTYKLLKPHLDFLLFQ VFP L L + D++ F++DPHEF+H+ NDP +D+L P++PA+N I+D+ KYR KD L  +L++   VL  YAAAP +QRD+R KD +LVALGS+ E L K K+Y+ SLE L+V HVLPEF SP+GFMR RACWM++ FA +S ++    L CL  T+  LQD +LPVQIEAA SL++LIE  D  E  +L +LP +L+QYF IMQ+IG D VV  L+ II+KF +HI PHA  L Q+L+ CF+EYAK G +DDDAAMAA Q +EAV+TVL S    P L+PAME  L+PML  I S  G+ +EYFE+A +V++      + +SP LW  FPLL +++DKWA D ++N+  PI+N+ISR +  +  G  P G  YV L+++M +               VL D  Q+E E +  AQL    LHNC+G VD +VP +L ++  R+   A    L +AL E++ + L Y+A L L+ MEA G T+ +L            V L+A   +         +K I LGL+SLL++P A+LPP V   +P   S +V L+   V   A AA +        XXXXXXXXXXXXXXXXXXXG  FDD++    E+DV  +++     K   D +      W DD D        F + ID V+   FFY+A
Sbjct:   15 LDVQSLYQVLQSTFSSDPRLRKLAEQHVAAIKIRPSGAMLPLLQIVAEPSAPRDVRQAACITIKNVLREKWDYRVPENQDAHQQSLFSAAEREQ--TRAQLVETLAVEQDTSLRDLLAEAVKEVAAVDFPDHWPQFLPVLVGHIQTGDVTRVRNSLLAVRKVVKRYEYRAADQRQPLHEIIIATFPLLQRMFASLLPNPSDDASAI-------FWSTTQFALPAVGPEALDLN--AWLEMVGAALERPVQGQPEDLSQRPHWPGWKVKKWACQIASRIFSRYGNPHFAGEEHPEFAAAFSKTMAPRLLEKVMHLLALRPRGEYCTDRVVHCCITYVNSSIELSHTYKLLKPHLDFLLFQVVFPLLCLRDDDLDLFESDPHEFVHRANDPMQDFLDPKLPAINLILDMVKYRPKDSLHSLLTFITQVLNRYAAAPPEQRDYRQKDGALVALGSMHEFLKKKKQYAGSLEGLLVAHVLPEFHSPLGFMRSRACWMMQHFADISFSNEANQLQCLMLTVNALQDKSLPVQIEAANSLKFLIESTDAAETALLPILPAMLDQYFAIMQQIGNDLVVQGLETIIDKFGDHIGPHALTLIQKLSDCFMEYAKEGYEDDDAAMAAGQCMEAVTTVLHSAHRTPNLYPAMEECLMPMLRTILSNDGEYIEYFENAVEVIA------AHVSPTLWSTFPLLFDAFDKWAADYVTNIRTPIENFISRDSKTYACGATPQGVPYVTLVVNMARAXXXXXXXXXXXXHAVLADQRQTEAEGKAVAQLLSSTLHNCRGLVDAHVPAVLDIVAARMLGMANTHGLLTALCEALCAALHYDAALALRLMEAQGTTERLLAVXXXXXXXXXXVVLKAMTTEGAGAIVGGPRKAICLGLSSLLNIPLASLPPIVQNHMPLILSQLVALLAR-VSADASAAAQREGDAGDEXXXXXXXXXXXXXXXXXXXGDEFDDEEGFAEEQDVPAVQTAYEMRKINGDNVSSPFDEWYDDGDXXXXXXXXFESAIDSVNAVAFFYDA 1018

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: A0A7S4RDK4_9STRA (Hypothetical protein n=2 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4RDK4_9STRA)

HSP 1 Score: 764 bits (1972), Expect = 9.700e-256
Identity = 448/1039 (43.12%), Postives = 642/1039 (61.79%), Query Frame = 1

Query:  169 LLSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKW--------SPEPQEDKPTTFLPEHKAT----FRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQ----TGEVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLA--EDSIEAAQVLKLILKVFWSCTQFAIPSGKD---------LENLNVPA-----------WMDLCAKVLAKPLV---------GQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTIL-HCLNCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGRA--PDGR-RYVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPM----LAMLCERVKTAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSFSATDKDG--IEEYLSG--WADDEDESE-QFSTPIDDVDLRIF 3105
            ++  E LH  L H+F+ +   R  AE  +++L        +LLQ+  E QV   VRQ AAI LKN  R  W        +P P  D  +T   E K           + R NL EALL E + S+RDL+AET+  +  HDFP++WP+L+P +++ +     + + LRVHNA+LALRK+ KR+EYK ++ RGPL +++  + PLL  ++ +L+   E S+EAA +LK ILK+FWS TQF +P G           L +   P+           W D+   VL+K L           QP S ++R AWPWWK KKW+  I  R F+RYG P +AE+ + +FA  FS  +AP+ L  V  TL +RP G+FCT+RVVH CLTFV  A EL+ TYKLLKPH+DFLL++  FP + L+  D+E F+ DPHEF+HK N P  D+  PR+ A+  + DL K+RGKD+   +LS+   ++  Y ++    ++H  KD +L+A GSL+++LL  KKYS  LE L+V  V P+F SPVGF+R RACWM++RF++++ +D  + L + +   L+ L D ALPVQIEA+ +LR+LIE+D  E  +L +LP ILN+YFRIM EIG DEVVAAL +II++F EHI PHA AL  QL+  FL Y  AG+DDDDAAMAA+Q +E ++TVL      PEL+  ME  L+P++ +I    G+ +EY E+A D+L+FLTY+   ISP+LW  FPL++ ++D+WAFD ++ M  P++N+I +    F+AG A  P+G  +Y+EL+  +  + + ++  SE E+R A  L M +LHNC+G+VD Y+P M    LA L ++V TAE    + A+ + + S L+YN QL L  +E  G TQ V +Q     ++E  D  L +K+  LGLTS+L LP+++ PPSV   + H  S VVK+ TE ++  AE  E+ XX  XXXXXXXXXXXXX         GF +D+DV ++ D AYM + +     G  +  +L G  W  D D     +++P+D+VD  +F
Sbjct:   18 IMDVEALHVALQHSFSADANLRDPAEKTIKSLKYVKGSTTMLLQVAAEKQVQYEVRQQAAIQLKNICRECWVERVSFTGAPLPPLDGGSTENGEPKKAPLLDEEDKGLIRNNLVEALLAEPEKSIRDLMAETIHSIAIHDFPDKWPNLLPTLLSTISQSSDSSQALRVHNALLALRKICKRYEYKSRDQRGPLNEIVVQSFPLLLPLAQRLIDPNEHSLEAALMLKQILKIFWSSTQFYLPGGSTTTANNDDGTLSSTTGPSPALANPEVMQPWFDVLKAVLSKTLPEASTGQEPRNQPTSVEERNAWPWWKVKKWSVQIMSRLFSRYGIPSYAEDEVKEFARHFSVNVAPQFLGPVCETLNLRPSGQFCTDRVVHLCLTFVDLAVELAPTYKLLKPHMDFLLYKVCFPTMCLTAEDIEQFENDPHEFVHKQNSPLADFYDPRMSAITLVTDLVKHRGKDVTQPLLSFLTEIIQRYGSSEDATKNHVEKDGALLAFGSLSDLLLSKKKYSSELEGLMVSSVFPDFNSPVGFLRCRACWMVQRFSTVTWSDDGSNLRNLIQLVLQRLSDPALPVQIEASKALRFLIEVDGAETTLLPVLPQILNEYFRIMNEIGNDEVVAALQVIIDQFGEHIEPHAVALVTQLSTAFLNYVGAGEDDDDAAMAAAQCLECIATVLKGICERPELYRTMEPQLIPLVLQILGNDGEYIEYLEYALDILTFLTYFPDHISPELWQAFPLIYIAFDQWAFDYLNLMVPPLENFIGKAPQQFLAGTASTPEGEVKYIELVFSIVAKTVAEERSSESESRKALSLYMSILHNCRGQVDLYLPMMNDIALAKLGQQV-TAEIPLTRIAIYQVLGSALYYNPQLELAELEKRGVTQQVFSQWIK--DSEQMDRWLPRKLTVLGLTSILQLPASSFPPSVASSIHHLISVVVKM-TEAMKVDAEKEEDDXXAHXXXXXXXXXXXXXFE-------GFGEDEDVTSDADEAYMDALNKLSGSGSDVARFLIGEDWDQDADXXXXDYTSPLDEVDQLLF 1045

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: B8C038_THAPS (Ran binding protein 7 n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8C038_THAPS)

HSP 1 Score: 751 bits (1940), Expect = 3.080e-251
Identity = 427/1028 (41.54%), Postives = 605/1028 (58.85%), Query Frame = 1

Query:  175 SAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKW------------------SPEPQEDKPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQTG----EVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLA--EDSIEAAQVLKLILKVFWSCTQFAIPSGKDLEN--LNVPA---------WMDLCAKVLAKPLV---------GQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHCL-NCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAG--RAPDGRR-YVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPMLAMLCERVKTAEKAEL---KSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSFSATDKDG-IEEYL--SGWADD-EDESEQFSTPIDDVD 3093
            + E LH  L  +F+P+   R  AEA ++ L        +LL I  E QV   VRQAAAI LKN  R  W                  +P+    K      E KA  +H       + E LL E D S+RDL+AET+  +  +DFP+ WPDL+P ++  +       + LRVHNA+LALRKV KR+EYK +E RGPL +++  + PLL  ++ +L A  E S+EAA +LK ILK+FWS TQF +P G    +   + PA         W  +   VL+KPL           QP S+++RTAWPWWK KKWA  I  R F+RYG P +AEE + +FA  FS+ +AP+ L  V  TL++R  G+FCT+RVV+ CL FV  A EL+ TYKLLKPH+DFLL++  FP + L++ D+E F+ DPHEF+HK N P  D+  PR+ A+  +    KYRGKD    +L +   +LT Y       R+H  KD +L+  GSL+E LLK++K++  LE L+V  V P+F SPVGF+R RACWM++RF+ +  +D    L  L    L+ L D ALPVQIEA+ +LRYLIE+   +  +L +LP ILN+YFRIM EIG DEVVAAL +II+ F EHI PHA AL  QL+  F  Y +AG++DDDAAMAA+Q +E ++TVL  T   PE++  ME HL+P++  I    G+ +EY E A D L+FLTY+   +SPQLW  FPL++N++D WAFD +  M  P++N+I++    F+ G     +GR  Y++++  +  + +++D  SE EAR +  L M VLHNC G+VD Y+P +  ++  ++     AE+   ++ + + + S L+YN QL L  +E  G T  V TQ    LE    D  L+KK+  LGLTS+L LP+++LP +VV +LP   +TV+  VT  ++ ++E                               GFD+ +DV N +D AYM + +     G I ++L   GW DD +D    + +PID+VD
Sbjct:   10 AVEALHVALQQSFSPDAGVRDPAEAAIKNLKYMSGATQMLLHITEEKQVQYEVRQAAAIQLKNICRECWVERVSYMGMALPSINGETNPDGTPKKSPVLSDEDKAVVKH------KVIECLLSEPDKSIRDLMAETVHHIAVYDFPDTWPDLLPVLLQTISQNADPSQALRVHNALLALRKVCKRYEYKSREQRGPLNEIVMKSFPLLLPLAQRLTAPNEHSLEAALMLKQILKIFWSSTQFYMPGGSSNADGASSAPALANKEAMEPWFQVLKAVLSKPLPEASTGLEPRNQPTSKEERTAWPWWKVKKWAAQIMTRLFSRYGIPTYAEEEIKEFATYFSQNVAPQFLGPVCETLSLRSNGQFCTDRVVYYCLNFVDLAVELAETYKLLKPHMDFLLYKVCFPAMCLTQEDIEEFENDPHEFVHKQNSPLADFYDPRMSAITLVTSAVKYRGKDNFQPLLGFLTEILTRYNTTDEANRNHIEKDCALLTFGSLSEHLLKNRKFAAELEGLLVSCVFPDFNSPVGFLRCRACWMVQRFSEIPWSDDGAHLRTLIELVLQRLSDPALPVQIEASKALRYLIEVPGADVTLLPVLPQILNEYFRIMNEIGNDEVVAALQVIIDTFGEHIEPHAVALVTQLSTAFANYIEAGEEDDDAAMAAAQCLECINTVLKGTCEHPEVYKGMEGHLIPLVLMILGHDGEYLEYVEFALDTLTFLTYFPLQLSPQLWEAFPLVYNAFDNWAFDYLVLMTPPLNNFIAKDPQHFLTGGGETTEGRMSYIDMIFSIVSKTVQEDRSSESEARKSLTLYMSVLHNCTGQVDSYLPTINDVVLGKLGQQVNAEIPLTRNVIFQVLGSALYYNPQLELAELEKRGVTHQVFTQWAKDLEG--MDKWLAKKMTVLGLTSILRLPASSLPQNVVTMLPSIITTVIN-VTAKMKEESEKGNTGNDDNAIEAEDEGDEEEWE--------GFDESEDVTNNQDTAYMSALNKLSAAGDISQFLLGDGWDDDLDDXXXDYHSPIDNVD 1020

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: B7FVE6_PHATC (Predicted protein (Fragment) n=1 Tax=Phaeodactylum tricornutum (strain CCAP 1055/1) TaxID=556484 RepID=B7FVE6_PHATC)

HSP 1 Score: 738 bits (1906), Expect = 2.000e-246
Identity = 428/1021 (41.92%), Postives = 603/1021 (59.06%), Query Frame = 1

Query:  172 LSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKWS------PEPQE-DKPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQTG------EVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLAED--SIEAAQVLKLILKVFWSCTQFAIPSGKDLENLNV--------PAWMDLCAKVLAKPLV---------GQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEG-LTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHCL-NCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAA--MAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGRA--PDGR-RYVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPM----LAMLCERVKTAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSF---SATDKDGIEEYLSGWADDEDE-SEQFSTPIDDVD 3093
            +  E LH VL  +F+ + + R  AE  ++ L   P  + LLLQ+  E QV   VRQAAAI LKN  R  W+      P  +E  KP     E KA      V RV L + LL E + S+RDLLAETL  VV HDFPE+WP LIP ++A +QTG        L+VHNA+LALRKV KR+EYK KE RGPL ++++ + PLL  ++ QL AE+  S+EAA +LK ILK+FWS TQF +P G   E  ++          W D+    L KPL           QP   D R AWPWWK KKW+  I  R F+RYG P +A++    DFA  FS+ +AP+ L  V  TL +RP G FCT+RV+H CLTFV  A EL+ TYKLLKPHLDFLL+Q  FP + L++ D++ FD DP EF+HK N P  D+  PR+ A+  + DL K+RG+D+   +L     +L TY+ A  DQ++H  KD +L+  GSL++ LL  +KY+  LE L+V  V P+F SPV F+RYRACWM+++++++  +D    L  L    L  L D ALPVQIEA+ +LR+L+E D  EE +L +LP +L +YFRIM EIG DEVV+AL  +++KF  HI PHA AL  QLT  F +Y  AG+D       MAA+Q +E V+TVL        +   +E  L+P++ +I    GD +EY E   D+L+FLT++   ISP++W  FPL++ ++D++A+D ++ M   + +YI + T++F+ G A  P+G   Y++L++ +  + + +D  SE E R A  L M +LHNC G+VD Y+P M    L  L ++V T E    + ++ + + S L+Y  QL L  +E    TQ V TQ  +  +A+  +  L +K+  LGL+S+LSLP++TLP S++ +LP       KL    ++ +AE  E+                           GFD+ QDV NE D AY K+    S  D D  +  L GW D+ D+  E +S+PID +D
Sbjct:    1 MDVEQLHVVLQQSFSADASIRNPAEQTIKNLKNLPGAVNLLLQVATEKQVRFEVRQAAAIQLKNICREGWAERIHYAPYAEEATKPALLADEDKA------VVRVGLLKTLLDEPEKSIRDLLAETLHTVVIHDFPEKWPQLIPTLLASIQTGVGDMGKHGLQVHNALLALRKVCKRYEYKSKEQRGPLNEIVQSSFPLLLPLAQQLSAENENSLEAAMMLKQILKIFWSSTQFYLPGGDGSETSSIGLARPEQLQPWFDVVRSALQKPLPEASTGLEPRNQPVDVDARNAWPWWKVKKWSVQIMSRLFSRYGIPSYADDQEAKDFAVFFSQNVAPQFLGPVCETLNLRPSGSFCTDRVIHLCLTFVDLAVELASTYKLLKPHLDFLLYQVCFPTMCLTQEDIDCFDNDPVEFVHKQNSPLADFYDPRMSAVTLVTDLVKHRGQDVTQNLLGRMTAILHTYSQAAPDQKNHVEKDGALLVFGSLSKNLLAKEKYAAELEGLLVSSVFPDFGSPVAFLRYRACWMVQQYSTVQWSDDGAHLRTLLEMVLNRLSDPALPVQIEASKALRFLVEADGAEETLLPVLPQLLTEYFRIMNEIGNDEVVSALQALLDKFGRHIEPHAVALVTQLTSAFSQYCTAGEDXXXXXXXMAAAQCLECVATVLKGVCGKASMLKTLEPLLMPLVLKILGSDGDFIEYLECGLDILTFLTFFQEHISPEVWQAFPLIYLAFDQFAYDYLNMMVPCLQSYIGKSTNIFLTGTAQLPEGDIPYIDLIISIAAKTVTNDRASESECRYALSLFMTILHNCPGKVDGYIPFMNEIALGKLGQQVNT-EIPLTRFSIFQVLGSALYYQPQLELMELEKRSVTQQVFTQWII--DADKMERWLPRKLTVLGLSSILSLPTSTLPASIISLLPQLIHMACKLALV-LKAEAEQTEKDADQLIEEAPERDDGVGDVDL------GFDESQDVTNEVDEAYRKALQGVSGWDDDMAKFLLGGWEDEGDDIDEDYSSPIDKID 1005

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: A0A7S4MVL2_9STRA (Hypothetical protein (Fragment) n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4MVL2_9STRA)

HSP 1 Score: 734 bits (1895), Expect = 2.890e-246
Identity = 408/953 (42.81%), Postives = 578/953 (60.65%), Query Frame = 1

Query:  169 LLSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKW--------SPEPQED----------------------------KPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQTGE----VLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLAEDS--IEAAQVLKLILKVFWSCTQFAIPSGKDLENLNVPA------------WMDLCAKVLAKPLV---------GQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHCL-NCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGRA--PDGRR--YVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPM----LAMLCERVKTAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKL 2811
            ++  E LH  L  +F+P+ + R  AE  ++ L        +LLQ+  E QV   VRQAAAI LKN  R  W        +P P  D                            KP     E KA+ R       N+ EALL E + S+RDL+AET+  V  HDFP++WPDL+P ++ Q+   +     LRVHNA+LALRK+ KR+EYK +E RGPL +++  + PLL  ++ +L + DS  +EAA +LK ILK+FWS TQF +P G+  E+ +  A            W D+   VLAKPL          GQP + ++R AWPWWKAKKW+  I  R F+RYG P +AE+   +FA  FS+ +AP+ L  V  TL +RP G+FCT+RVVH CLTFV  A EL+ TYK+LKPH+DFLL++  FP + L+  DVE F+ DPHEF+H+ N P  D+  PR+ A+  + DL K+RGKD+   +L +   +L  Y  A  D ++H  KD +L+ LGSL+++LL  KKY+K LE ++V  V P+F SPVG++R RACWM++RF+++  +D  T L  L    L+ L D ALPVQIEA+ +LR+LIE++  E  +L +LP +L++YFRIM EIG DEVVAAL +II++F +HI PHA AL  QL   F  Y  AG++DDDAA+AA+Q +E V+TVL      PEL+ +ME  L+P+  +I    G+ +EY E+A D+L+FLTY+   ISP+LW  FPL++ ++D+WAFD ++ M  P++N+I +    F+ G A  PDG    Y++L+  M  + + ++  SE E R A  L M VLHNC+G VD Y+P M    LA L ++V  AE    + A+ + I S L+YN QL L  +E  G TQ +  Q     + E  +  L +KI  LGLTS+L +P++ LP +V   +P   ++VV +
Sbjct:    1 MMDTEALHVALQQSFSPDASSRDPAERTIKNLKHVKGSTTMLLQVAAEKQVQFEVRQAAAIQLKNICRECWVERVSFTGAPLPPLDAGGDXXXXXXXXXXXXXXXXXXXXXKSNKPPLLDAEDKASIR------TNIIEALLEEHEKSIRDLMAETVHSVAVHDFPDEWPDLLPKLLGQISRSDDPSQALRVHNALLALRKICKRYEYKSREQRGPLNEIVVRSFPLLLPLAQRLSSADSHSLEAALMLKQILKIFWSSTQFYLPGGRTAEDGSGAASPALTDPQVLQPWFDVLTAVLAKPLPEADTGLEPRGQPTAAEERNAWPWWKAKKWSVQIMSRLFSRYGIPSYAEDECKEFARHFSQHVAPQFLGPVCETLNLRPSGQFCTDRVVHLCLTFVDLAVELAPTYKMLKPHMDFLLYKVCFPTVCLTPDDVELFECDPHEFVHRQNSPLADFYDPRMSAITLVTDLVKHRGKDVTQGLLGFLTEILHRYGTAG-DNKNHVEKDGALLCLGSLSDLLLSKKKYAKELEGMMVTSVYPDFNSPVGYLRCRACWMVQRFSAVPWSDDGTNLRTLIQLVLQRLSDPALPVQIEASKALRFLIEVEGAETTLLPVLPHVLHEYFRIMTEIGNDEVVAALQVIIDRFGDHIEPHAVALVTQLATAFQNYCGAGEEDDDAALAAAQCLECVATVLKGICERPELYKSMEPQLVPLCLQILGNDGEYIEYLEYALDILTFLTYFPEEISPRLWEAFPLIYVAFDQWAFDYLNLMVPPLENFIGKSPTQFLQGTATTPDGTSVSYIDLVFSMVAKTVAEERSSEPECRKALSLYMSVLHNCRGLVDAYLPMMNDIALAKLGQQVN-AEVPLTRIAVFQVIGSALYYNPQLELAELEKRGVTQQLFAQWMK--DCEKMEKWLPRKITVLGLTSILLMPTSALPAAVSSSIPQLIASVVNM 943

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: A0A448Z8T6_9STRA (Importin N-terminal domain-containing protein n=1 Tax=Pseudo-nitzschia multistriata TaxID=183589 RepID=A0A448Z8T6_9STRA)

HSP 1 Score: 728 bits (1880), Expect = 2.360e-242
Identity = 417/1026 (40.64%), Postives = 607/1026 (59.16%), Query Frame = 1

Query:  169 LLSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKWSPE------PQED---KPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQTG-----EVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLAED--SIEAAQVLKLILKVFWSCTQFAIPSG-------KDLEN-LNVPAWMDLCAKVLAKPLV---------GQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHCL-NCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAA--MAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGRA--PDGR-RYVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPMLAMLCERVKTAEKAEL---KSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEA-EVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSFSATDK--DGIEEYLSG--WADDEDESEQFSTPIDDVDLRIF 3105
            ++  E LH VL  +F+P+ + R  AEA +  L        LLLQI  E QV   VRQAA+I LKN  R  W+        P  D   K T  L +         V R  L +ALL ET+ S+RDL+AETL  +V HDFPE+WPDLIP ++  +Q G       L VHNA+LALRKV KR+EYK K+ RGPL +++  + PLL  ++ +L ++D  S+E+A +LK ILK+FWS TQF +P G         L+N  ++  W+D+    L K L          GQP + ++R AWPWWK KKWA  I  R F+RYG P +AE+    FA+ FS+ +A   LE V  TL +RP G+FCT+RVVH CLT+V  A ELS TYKLLKPHLDFLL+Q  FP + L E D++ F+ DPHEF+ + N P  D+  PR+ A+  + DL K+RG+D+   +L     +L  YA AP++ ++H  KD +L+  GSLA+ LL  +KY+K +E L+V HV P+F SPVGF+RYRACWM+++F+++  +D  T L  L    L+ L D ALPVQIEA+ +LR+LIE D  +E +L +LP +L +YFRIM EIG DEVV+AL ++++KF +HI PHA  L  QLT  F +Y  AG+D       MAA+Q +E ++TVL      P +   +E  L+P++ +I    G+ +EY E A D+L+FLTY+   ISP+LW  FPL++ ++D+WA+D ++ M   +  YI +  D+F+AG+A  P+G   Y++L++ M  + + ++  SE E R A  L M VLHNC+G+VD Y+  +  ++  ++     +++   + ++ + + S L+YN QL L  +E    TQ V  +     E  ++ D  L +K+  LGL SL  +P+ATLP  +   LP    ++++ +T  ++  +E  +                            GF +D+DV NE D +Y K+ S      D + ++L G  W D ED  E F++P+D V   IF
Sbjct:    1 MMDVEQLHVVLQQSFSPDASLRNPAEATIRNLKHLKGSTALLLQIATEKQVQFEVRQAASIQLKNICRECWAERLNFAGYPLSDADGKKTPLLDDEDKG-----VIRPGLVKALLDETEKSIRDLMAETLHTIVIHDFPERWPDLIPTLLQTVQQGATDPSRALHVHNALLALRKVCKRYEYKSKDQRGPLNEIVAQSFPLLLPLAQRLSSKDENSLESAMILKQILKIFWSSTQFYLPGGGANGEPSPALQNPQSMQPWLDILRAALEKELPEGGTGLEPRGQPTTVEERNAWPWWKVKKWAVQIMSRLFSRYGIPTYAEDDSKLFAQYFSQHVATAFLEPVCATLNLRPSGQFCTDRVVHLCLTYVDLAVELSSTYKLLKPHLDFLLYQVCFPTMFLVEDDIDVFENDPHEFVQRQNSPLADFYDPRMSAITLVTDLVKHRGQDVTQGLLGRMTEILNRYAGAPVESKNHIEKDGALLMFGSLAKFLLAKEKYAKEIEGLLVTHVFPDFNSPVGFLRYRACWMVQQFSTVQWSDDGTNLRTLLQFMLQRLSDPALPVQIEASKALRFLIEADGADETLLPVLPQLLTEYFRIMNEIGNDEVVSALQVLLDKFGDHIEPHAIQLVTQLTNAFNQYCTAGEDXXXXXXXMAAAQCLECIATVLKGICDQPAMMRNLEPLLIPLVLKIMGNDGEYIEYLECALDILTFLTYFPDTISPELWQAFPLIYIAFDQWAYDYLNMMVPCLQAYIQKAPDMFLAGQAQLPEGNVPYIDLIVSMVAKTVTNERSSESECRHALSLFMGVLHNCQGKVDGYISTINEIVLGKLGQVINSDVQLTRISIYQVLGSALYYNPQLQLAELEKREVTQQVFQKWMADAEMKDMTDRWLPRKLTVLGLASLFHIPAATLPAPIQSSLPALIDSLIR-ITISLQKDSEGGDRVTQDDNNFSGDSEESIGDVDQ------GFGEDEDVTNEVDESYRKALSGVTSWDDDMAKFLLGGDWDDSEDIDEDFTSPLDQVHELIF 1014

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: A0A7S3QJN0_9STRA (Hypothetical protein n=1 Tax=Chaetoceros debilis TaxID=122233 RepID=A0A7S3QJN0_9STRA)

HSP 1 Score: 727 bits (1877), Expect = 4.170e-242
Identity = 424/1040 (40.77%), Postives = 609/1040 (58.56%), Query Frame = 1

Query:  172 LSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKWSPEPQEDKPTTFLPEHKATFRHVH----------VQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIP----AIVAQLQTGEVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLA--EDSIEAAQVLKLILKVFWSCTQFAIP---SGKDLEN-LNVPAWMDLCAKVLAKPLV--GQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYG-QPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHC-LNCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGR---APDGRRYVELLLDMCQRVLK---------DDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPM----LAMLCERVKTAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSFSATDKDG----IEEYLSGWAD---DEDESEQFSTPIDDVDLRIFFYEASACLPPTRLPL 3150
            ++ E LH  L  +F+P+   R  AE  ++ L   P    +LL+I  E QV   +RQAA+I LKN  R  W          TFL E       +             R+NL  ALL E   S++DL+AETL  +  HDFP+ WP L+P    AI       + LRVHNA+LALRKV KR+E+K K+ RGPL D++    PLL  ++ +L    E SIEAA +LK +LK+FWS TQF +P   +G  L N  N+  W ++    LAKPL    QP++ ++R AWPWWK KKW+  I  R F+RYG     + +    FA  F+   AP+ L  +  TL +RP G+FCT+RVVH CL+F+  A EL+ TYK+LKPH DFLL+Q  FP + LS  D+E F+TDPHEF+H+ N P  D+  PR+ A+  + ++ KYRGK ++P +LS+ Q+ L  Y+AA  DQ++   KD +L+ LG+LA++L K KKY   +E L+V +V P+F SPV F+R RACWMI+RF+ ++ TD  T L   +   LR L D ALPVQIEA+ +L++LIE +  E+ +L +LP IL +YFRIM EIG D+V+AAL  II++F +HI PHA AL  QLT  F  Y  AG+DDDDA MAASQ +E ++TVL      PEL+  +E  LLP++  I SE GD +EY E+A ++L+FLTY+   IS +L+ +FPL++ ++D+WAFD +  M  P++N+I +   +FV+ +   +     YV+++  M  + L          DD  S+ E R A  L M +L NCKG +D Y+P +    LA L E+V +AE    +  L   I S L YN QL L  +E  G TQ VL+Q F   +AE  D  LS+K+  +G  S+L +P+A+LP SV  ++P     + K+ T  +  +A+                               GFD+DQDV N  D AY+++ +  + +G    +  +L G A    D+D+ ++F +P+D+++  + FY+ S      R P+
Sbjct:    1 MNTEALHVALQQSFSPDANLRLPAEKNIKNLKNVPGAAKMLLEIAAEQQVQYEIRQAASIQLKNLSRECWQER-------TFLAEIYGNGERISQVILSEDDKDYVRLNLVNALLAEPQKSIQDLMAETLHSIAIHDFPQAWPTLLPTLLQAIALSNDGSQALRVHNALLALRKVCKRYEFKQKDDRGPLNDIVAQAFPLLLPLAQRLCNTNELSIEAAMMLKQVLKIFWSSTQFYLPGDGTGLPLSNPTNIQPWFEVIQAALAKPLPEEAQPKTTEERNAWPWWKVKKWSAQIMSRLFSRYGVSARDSGQEAEQFATFFTNSAAPQFLGPICETLNLRPSGKFCTDRVVHLCLSFLDVAIELAPTYKMLKPHQDFLLYQVCFPTICLSAGDIELFETDPHEFVHRENSPLADFYDPRMSAITLVSNIVKYRGKYVVPTLLSFLQSNLQRYSAASADQKNPIEKDGTLLILGNLADILFKLKKYRPDVEGLLVTNVFPDFNSPVAFLRSRACWMIQRFSFVNWTDDGTHLRTVIELVLRSLSDPALPVQIEASKALKFLIEAEGAEQTLLPILPKILEEYFRIMNEIGNDDVIAALQSIIDRFGDHIEPHAIALVTQLTTAFNTYCDAGEDDDDALMAASQCLECIATVLKGIHERPELYRQLEPTLLPVIRRIISEDGDFIEYIEYALEILTFLTYFPEDISNELYDIFPLIYVAFDQWAFDYLGQMVPPVENFIGKNPSLFVSRQGVVSNQNMSYVDMVFSMITKTLTSTETYPGGFDDPSSDYEMRKALSLYMSLLLNCKGMLDNYLPSINDIVLAKLAEKV-SAEIPLTRIDLFIVIGSALLYNPQLELMELEKRGVTQQVLSQWF--RDAENMDKWLSRKVTVVGFCSILQIPTASLPESVKALIPQIIVIITKM-TAKIEEEAKIP----------VGDEDDGVFPQMEEKEDLVGFDEDQDVHNSADDAYLEALNLQNLNGGGDELARFLMGDAYGGMDDDDDDEFISPLDEIET-LQFYKGSLSTAFGREPV 1018

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BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: A0A1Z5JIW4_FISSO (Importin N-terminal domain-containing protein n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5JIW4_FISSO)

HSP 1 Score: 718 bits (1853), Expect = 3.330e-238
Identity = 426/1038 (41.04%), Postives = 604/1038 (58.19%), Query Frame = 1

Query:  172 LSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKWSPE----PQEDKPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQLQTGEV------LRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLAED--SIEAAQVLKLILKVFWSCTQFAIPSGKDLENL--------------NVPAWMDLCAKVLAKPLV---------GQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFA---EEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHCL-NCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDD--AAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAG--RAPDGR-RYVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVP----PMLAMLCERVKTAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILP---HAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSFSATD---KDGIEEYLSGWADD--EDESEQFSTPIDDVDLRIFFYEA 3117
            +  E LH VL  +F+ +   RK AE  +  L   P  + LLLQ+  E QV   VRQAAAI LKN  R  W+      P ED PT       A        +  L  ALL E + SVR L AETL   V H+FP+ WP L+P ++  +QTG        LRVHNA+LALRKV KR+E+KP++ RGPL  ++  + PLL  ++ QL  E+  S+EAA +LK ILK+FWS TQF +P      N               N+  W D+  K L KPL          GQP   D R AWPWWK KKWA  I  R+F+RYG P  A   E     FA  FS  +AP+ +  V +TL +RP G+FCT+RV+H CLTFV  A EL+ TYKLLKPHLDFLLFQ  FP + L++ DV+ F+ DP EF+HK N P  D+  PR+ A+  + DL ++RG+D+   +LS    +L  Y+A+P + ++H  KD +L+  GSLA +L+   KY+  +E L+V  V P+F SPV F+R+RACWMI++F ++  TD  T L  L    L  L+D ALPVQIEA+ +LRYL+E+D  E  +L +LP IL +YFRIM EIG DEVV+AL +++++F +HI PHA AL  QLT  F +Y  AG+D+DD  AA+AA+Q +E V+TVL    +   +  ++E  LLP++ +I    GD +EY E A D+L+FLT++   +SP+LW  FPL++ ++D+WA+D ++ M   + +YI +G +VF++G  +  +G   YV++++ M  + L +D+ +E E R A  L M VL+NC GRVD+Y+P     +LA L ++V   E    ++++ + I S  +Y   L L  +E  G TQ VL + ++   A++ D +L +K+  LG  S+L++  ATLP SV   LP   H  +T    + E       A  E                   XX      GFD+++DV NE D AY K+    D   +D  +  L  + DD  ED  E +S+P+D V+  +F  +A
Sbjct:    1 MDVEQLHIVLQQSFSADAALRKPAEETIRNLKNLPAAVQLLLQVAAEKQVRFEVRQAAAIQLKNICRECWAQRTHYAPYEDVPTKQAILSDAD---KEAAKTGLINALLDEPEKSVRGLFAETLHTAVIHEFPDNWPQLVPQLLTTIQTGVADLEKNGLRVHNALLALRKVCKRYEFKPRDQRGPLNQIVSASFPLLLPLAQQLSNENQHSLEAALMLKQILKIFWSSTQFFLPGTSTETNNGVIITYAVSLANPENIQPWFDILTKALKKPLPEDSTGQEPRGQPLDIDGRNAWPWWKVKKWAVQIMSRWFSRYGIPAHAPDDEPEAQQFAAYFSNDVAPQFMGPVFDTLNLRPTGQFCTDRVLHLCLTFVDLAVELASTYKLLKPHLDFLLFQVCFPTMCLNQDDVDCFENDPVEFVHKQNSPLADFYDPRMSAITLVTDLVRHRGQDVTQNLLSKMTEMLHRYSASPPEHQNHIEKDGALLTFGSLARLLMAKPKYASEIEGLLVSSVFPDFNSPVSFLRFRACWMIQQFNTVKFTDDGTHLRKLIELVLNRLKDPALPVQIEASKALRYLVEMDGAESTLLPVLPQILTEYFRIMNEIGNDEVVSALQVLLDRFGDHIEPHAIALVTQLTNTFQQYCTAGEDEDDXDAALAAAQCLECVATVLKGVCSNEHILKSLEPVLLPLVLKILGNDGDFLEYLECAFDILTFLTFFQENLSPELWQAFPLVYIAFDQWAYDYLNMMVPCLLSYIQKGPEVFLSGGFQLAEGHVSYVDMVISMASKTLANDSANESECRFALSLLMGVLNNCHGRVDQYIPFINEVVLAKLGQQVNE-ESVLTRTSIYQVIGSAFYYQPALELIELEKRGVTQQVLAK-WISDMAKI-DRDLPRKLTVLGFASILTINVATLPQSVTSYLPQIIHVATTTALQIKE-----GGAKGENQSNDGVDDLKGIDDDGDDXXLGDLDQGFDENEDVTNEVDEAYRKALHRVDDWNEDMAKFLLGDFMDDDGEDIDEDYSSPLDKVEELLFINDA 1027

[Close]

BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Match: K0SB87_THAOC (Importin N-terminal domain-containing protein n=1 Tax=Thalassiosira oceanica TaxID=159749 RepID=K0SB87_THAOC)

HSP 1 Score: 714 bits (1844), Expect = 5.240e-237
Identity = 428/1032 (41.47%), Postives = 604/1032 (58.53%), Query Frame = 1

Query:  175 SAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQIVVEPQVDRAVRQAAAIALKNTVRRKW-------------SPEPQEDKPTTFLPEHKATFRHVHVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIP----AIVAQLQTGEVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQLLA--EDSIEAAQVLKLILKVFWSCTQFAIPSGKDLEN---------LNVPA----WMDLCAKVLAKPL---------VGQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDFAEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHTYKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLSPRVPAMNCIIDLA----KYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDSSLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIERFASMSVTDPNTILHCL-NCTLRCLQDSALPVQIEAAASLRYLIELDETEEPVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQLTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHLLPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSWDKWAFDLISNMAVPIDNYISRGTDVFVAGRA--PDGR-RYVELLLDMCQRVLKDDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPM----LAMLCERVKTAEKAELKSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLSKKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAEEXXXXXXXXXXXXXXXXXXXXXXXXXXXGFDDDQDVKNEEDVAYMKSFSATDKDGI----EEYLSG--WADDEDESEQFSTPIDDVD 3093
            + E LH  L  +F+P+ + R  AE  ++ L   P    +L+ I+ E QV + VRQAAAI LKN VR  W             + + +  KP     E K       V +  + + LL E + SVRDL+AETL  +  HDFP++WP LIP    AI       + LRVHNA+LALRKV KR+EYK +E+RGPL +++  + PLL  ++ +L    E S+EAA +LK ILK+FWS TQF +P+G + +          L  P+    W ++   VL KPL           QP S+++R AWPWWK KKWA  I  R F+RYG P +AE  + DFA+ FS+ +A   L  V  TL +RP G+FCT+RVVH CL FV  A EL+ TYKLLKPH+DFLL++  FP + LS  D+E F+ DPHEF+ + N P  D+  PR+      I L     K+RG+D +  +L++   +L  Y +     R+H  KD +L+  GS+++ LLK KK++  LE ++V  V P+F SPVGF+R RACWMI+ F++M  +D  T L  L    L+ L D ALPVQIEA+ +LRYLIE+D  E  +L +LP IL++YFRIM EIG DEVVAAL +II+KF EHI PHA AL  QL+  F  Y  AG++DDDAAMAA+Q +E ++TVL  T   PEL+  MEA L+P++ ++    G+ +EY E A D L+FLTY+   ISPQLW  F L+  ++D +AFD I  M  P++N+I +    F+   A  PDG+ RY+E++  + QR L +D  SE E R A  L M VLHNC G+VD  +  +    LA L ++   A K+  +  + + I S ++YN +L ++ +E    TQ V  Q     E +  D  LS+K+  LGL S++ LP+++LP  +  ++P+  ++ V L T+ ++  AE  +             XXX            GFD+DQDV +  D AYM   S     G+     ++L G  W DD D+ + F +PID++D
Sbjct:    7 AVEQLHLALQQSFSPDASLRDPAEESIKHLKFVPGSTQMLMHIIGEQQVQKEVRQAAAIQLKNLVRECWIERTSYFDGLAIPNDDSESPKPPLLSQEDK------DVVKTKMVDCLLNEPEKSVRDLMAETLHCIAVHDFPDKWPQLIPYLLEAISKSNDPSQALRVHNALLALRKVCKRYEYKSREARGPLNEIVISSFPLLLPLAQRLSGPCEHSLEAAMMLKQILKIFWSSTQFFLPTGNNTDGTVSTTPSPALANPSAMEPWFEVLKSVLVKPLPEASTGLEPANQPTSKEEREAWPWWKVKKWAAQIMTRLFSRYGSPEYAESEVKDFAKYFSQNVASSFLGPVCETLNLRPSGQFCTDRVVHLCLNFVDLAVELAATYKLLKPHMDFLLYKVCFPAMCLSAKDIEEFENDPHEFVRRQNCPLADFYDPRMSGGCTTIKLVNSAVKWRGQDTMQPLLAFLTEILQRYNSTETG-RNHIEKDCALLTFGSISDSLLKKKKFATELEGMMVTSVFPDFNSPVGFLRCRACWMIQHFSTMQWSDDGTHLQGLIQMVLQRLSDPALPVQIEASKALRYLIEVDGAEITLLPVLPQILSEYFRIMNEIGNDEVVAALQVIIDKFGEHIEPHAIALVTQLSTAFKNYIDAGEEDDDAAMAAAQCLECINTVLKGTCERPELYKGMEAELVPLILKVLGSDGEYLEYIEFALDTLTFLTYFPLQISPQLWEAFSLMFVAFDGYAFDYIMLMVPPLNNFIFKDPQCFLNSVANLPDGQMRYLEMIFVIVQRTLCEDRSSESEQRKALTLYMSVLHNCTGQVDHVLTAINDVALAKLGQQANAA-KSNTRHVIFQVIGSCMYYNPELEIKELENRAVTQQVFAQWLN--EIDTMDDWLSQKLSVLGLLSVIRLPASSLPQHLANMIPNIITSTVNLATK-MKADAENGQAEDGAGHIEAEDDXXXQEWE--------GFDEDQDVVDCNDEAYMSVLSKLSAGGVGGDMAQFLVGGDW-DDLDDEDDFHSPIDNID 1018

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig12.1414.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5JN40_9PHAE	0.000e+0	79.02	Importin N-terminal domain-containing protein n=2 ...	[more]
A0A835YT27_9STRA	4.450e-267	46.58	Armadillo-type protein n=1 Tax=Tribonema minus Tax...	[more]
A0A7S4RDK4_9STRA	9.700e-256	43.12	Hypothetical protein n=2 Tax=Ditylum brightwellii ...	[more]
B8C038_THAPS	3.080e-251	41.54	Ran binding protein 7 n=1 Tax=Thalassiosira pseudo...	[more]
B7FVE6_PHATC	2.000e-246	41.92	Predicted protein (Fragment) n=1 Tax=Phaeodactylum...	[more]
A0A7S4MVL2_9STRA	2.890e-246	42.81	Hypothetical protein (Fragment) n=1 Tax=Odontella ...	[more]
A0A448Z8T6_9STRA	2.360e-242	40.64	Importin N-terminal domain-containing protein n=1 ...	[more]
A0A7S3QJN0_9STRA	4.170e-242	40.77	Hypothetical protein n=1 Tax=Chaetoceros debilis T...	[more]
A0A1Z5JIW4_FISSO	3.330e-238	41.04	Importin N-terminal domain-containing protein n=2 ...	[more]
K0SB87_THAOC	5.240e-237	41.47	Importin N-terminal domain-containing protein n=1 ...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig12	contig	P-fluviatile_contig12:1336695..1362343 +

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	1564.3
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D8LDH6
Preferred name	NMD5
KEGG ko	ko:K20223
KEGG TC	1.I.1
KEGG Pathway	ko04013,map04013
GOs	GO:0000166,GO:0001882,GO:0001883,GO:0003674,GO:0005049,GO:0005215,GO:0005488,GO:0005525,GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005635,GO:0005643,GO:0005737,GO:0005829,GO:0006403,GO:0006405,GO:0006406,GO:0006606,GO:0006611,GO:0006810,GO:0006886,GO:0006913,GO:0007154,GO:0007165,GO:0008104,GO:0008150,GO:0008152,GO:0008565,GO:0009892,GO:0009987,GO:0010467,GO:0010468,GO:0010605,GO:0010608,GO:0010629,GO:0012505,GO:0015031,GO:0015833,GO:0015931,GO:0016020,GO:0016021,GO:0016043,GO:0016441,GO:0016458,GO:0017038,GO:0017076,GO:0019001,GO:0019222,GO:0022607,GO:0022613,GO:0022618,GO:0023052,GO:0031047,GO:0031224,GO:0031503,GO:0031967,GO:0031974,GO:0031975,GO:0031981,GO:0032549,GO:0032550,GO:0032553,GO:0032555,GO:0032561,GO:0032991,GO:0033036,GO:0033365,GO:0034399,GO:0034504,GO:0034613,GO:0034622,GO:0035194,GO:0035195,GO:0035280,GO:0035639,GO:0036094,GO:0040029,GO:0042886,GO:0043167,GO:0043168,GO:0043170,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043233,GO:0043933,GO:0044085,GO:0044422,GO:0044424,GO:0044425,GO:0044428,GO:0044444,GO:0044446,GO:0044464,GO:0045184,GO:0046907,GO:0048519,GO:0050657,GO:0050658,GO:0050789,GO:0050794,GO:0050896,GO:0051028,GO:0051168,GO:0051169,GO:0051170,GO:0051179,GO:0051234,GO:0051236,GO:0051641,GO:0051649,GO:0051716,GO:0060255,GO:0061608,GO:0065003,GO:0065007,GO:0070013,GO:0070727,GO:0070922,GO:0071166,GO:0071426,GO:0071427,GO:0071702,GO:0071704,GO:0071705,GO:0071826,GO:0071840,GO:0072594,GO:0097159,GO:0097367,GO:0140104,GO:0140142,GO:1901265,GO:1901363
EggNOG free text desc.	Ran GTPase binding
EggNOG OGs	COG4581@1,KOG1991@2759
COG Functional cat.	L
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko03009
Hectar predicted targeting category	other localisation
Exons	25
Model size	3549
Cds size	3546
Stop	0
Start	0

Relationships

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_contig12.1414.1	prot_P-fluviatile_contig12.1414.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig12 1336695..1362341 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig12:1336695..1362343+
coding sequence from alignment at P-fluviatile_contig12:1336695..1362343+

protein sequence of mRNA_P-fluviatile_contig12.1414.1

>prot_P-fluviatile_contig12.1414.1 ID=prot_P-fluviatile_contig12.1414.1|Name=mRNA_P-fluviatile_contig12.1414.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1182bp
LQRNTLGLSLVNKGDQRTNQERQTQPAFVFFPSRAGEMEANGTMPGAPGA
VAVGPSLLSAEGLHSVLLHTFTPEPTQRKAAEAQLEALCQAPECLMLLLQ
IVVEPQVDRAVRQAAAIALKNTVRRKWSPEPQEDKPTTFLPEHKATFRHV
HVQRVNLFEALLRETDTSVRDLLAETLRLVVSHDFPEQWPDLIPAIVAQL
QTGEVLRVHNAMLALRKVVKRFEYKPKESRGPLLDVMRVTLPLLHGMSMQ
LLAEDSIEAAQVLKLILKVFWSCTQFAIPSGKDLENLNVPAWMDLCAKVL
AKPLVGQPESEDDRTAWPWWKAKKWAGNIAQRFFTRYGQPHFAEEGLTDF
AEAFSKQLAPKLLEQVMNTLAMRPRGEFCTNRVVHACLTFVGPATELSHT
YKLLKPHLDFLLFQAVFPELGLSESDVETFDTDPHEFIHKCNDPAEDYLS
PRVPAMNCIIDLAKYRGKDILPRMLSYTQNVLTTYAAAPLDQRDHRAKDS
SLVALGSLAEVLLKSKKYSKSLETLVVQHVLPEFQSPVGFMRYRACWMIE
RFASMSVTDPNTILHCLNCTLRCLQDSALPVQIEAAASLRYLIELDETEE
PVLKMLPDILNQYFRIMQEIGLDEVVAALDIIIEKFQEHIAPHAAALTQQ
LTRCFLEYAKAGDDDDDAAMAASQVIEAVSTVLVSTKAVPELFPAMEAHL
LPMLAEIFSESGDLMEYFEHACDVLSFLTYYGSGISPQLWGLFPLLHNSW
DKWAFDLISNMAVPIDNYISRGTDVFVAGRAPDGRRYVELLLDMCQRVLK
DDNQSEKEARTAAQLCMVVLHNCKGRVDEYVPPMLAMLCERVKTAEKAEL
KSALLESIASGLFYNAQLTLQWMEANGATQGVLTQLFVCLEAEVFDTNLS
KKIIALGLTSLLSLPSATLPPSVVQILPHAFSTVVKLVTEDVRHQAEAAE
EEKEGDGDDDEEEEEEDDMDNEEEEDEDGFDDDQDVKNEEDVAYMKSFSA
TDKDGIEEYLSGWADDEDESEQFSTPIDDVDLRIFFYEASACLPPTRLPL
SPHCVCDVLAISNFLMLKSGETPFRAQFLSLLAVRLKNQHPAGVHKKCPL
FPPPPRCLSSPQTPGMPASSFLFDFVFFFFFFVSRSHRRTLGSRKLWPGC
SSTSTRRRWRSARGTSRRRTSSRLRRLGRLRR

mRNA from alignment at P-fluviatile_contig12:1336695..1362343+

Legend: CDSpolypeptide

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

>mRNA_P-fluviatile_contig12.1414.1 ID=mRNA_P-fluviatile_contig12.1414.1|Name=mRNA_P-fluviatile_contig12.1414.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=25649bp|location=Sequence derived from alignment at P-fluviatile_contig12:1336695..1362343+ (Porterinema fluviatile SAG_2381)
CTGCAACGGAACACACTTGGGCTGTCGCTGGTGAACAAAGGAGACCAGAG
GTGTGCTTGCTGACGGGGCGTTTGAATTTTGTGGTGGGCCCTTCTCGTTT
GAAAAGGCTCAGGTCGATCGCATACGCTCTTCTCAAATATCCCCCCGAGT
TTTTCGTCCTGAACTTTGCCCTGTGAGCGTCGCGGATGTCGTATATTACT
TTGGAACCGGCCTGTGCAGGTCCGTACCGCCCATTTCGCGCGTTCGCGAA
CTCCCTCCTCCGCACAAGCTCTGTGCTGAAAAGCAAGCGTCGCGGGCTTC
AAGGCCTTCATGGCCGGTGGCTGCACAAGGCTCGTATACCTTGGTTTGTG
TCTTTGATTTCGTTACATATCATGGAATTCCTTGGCCATCAAGTACATCT
CAATTGTTACCATCGCCCACGAACATCACAATGACATGTCCAAGGGCCAA
AACGCCGAAAGCATTTCACGGCTTGCGGCCGGGGTGAGGGCGGGCGAGTT
TATCCACATGTTACGTAGTATACATTTGTATTCAGAAGCAATGAGAGGGG
AGAGAGGGGAGAGAGGGATGAAACCATCTCTCATGTTGGTGGCACACGTA
TTCCGACGCGCATAGACACAGTTTCTCTTCCTTCCCCTGACGATGCATGC
AAACATATCGGCGATAGAGCACTGTGAGAGTACACGGGGTTCAGTGAATA
TGTGCGGCGTTCTCTCGGAAGTGGAGGAAGCGTATCACAAATCTCGCCGC
CTGTAAGAGCAGACGCTGAAGGCGCGGTGTTCCTGTCCTACTCATCGCAA
ACGGCGCGGGGAATGAGGCCGTTCGTGAACAAGAAAAGTTCGGCATCAAA
TTTTATGTTCATGTCAGGATAAATATCGCCAAGCCTGCCTAGATCTCATG
TCGGTCGGAGCAGTCACGTTCAAGTTTGCCTCTCTGCCTCCTCTCCGACG
TGACATGTATCCCTGCACGACAGCACCTCATCTTTTCTCCAATTTAGCCT
TGTACTCGAAAGGCGGTCGACTAATTTCTGGAAGGTCGAGGCGATATTTT
GCACTGAAATGTGTACAGGATCGAACTTGTTGCATCTTCTTCGGGAAAAG
ATCGCCTCCAGTCATCTGGTCCCTTGTAGGCTCGTCCCAGGTAGGCGATT
GACTGATTTTTGTAAGGTGAGGGGATGATTACATGATACTGAATTTTGAA
TAAAATCGAAGATTGTGTATTAAAACTGGGGGGGGAACCGCCAACCGAAT
ACAAGCCTAGTCAAATCTCATGCCGGTGGGAGGAATCGGTGTTCAACTTT
GCTCTGAAAACACCTGCTTGCGAGTCGGCACCTTTGCCTCCCGGCGTGAG
AAAGGTTGAATGTCGTGACCACTAGAATCCCCGCACACGTCACACGGAAC
GCGTCTGTTGTGACCTTTTGGGGAGTGCCAAGGCAGTTACGGAGGCAGTG
CTGACCTTTGTGTTTCGACTGCGTGTGGGGAAGCCGCACTTTTACACGTC
GCGAGTGGGCTTGTTGACACGGACCCGATCGTCTCGAGCACCCCGAAACC
CCTGCCCGCACGTTTACTTATATTTCTCCCTCCTCATCCTCCTATTTCCC
TCTCCCTCCCATCCGCTTGTTGCCTTCTACTTCCCTCGCTCTCCTCCCGC
TTTCGCCCTCAAAATCTTCCCACCCACAGGAACTCCTCCCCCCCTCCTCC
CCCCCCTCCGCCGGCCTCGCCTCTTGCCGACCCCCCTCGACCGCCGCAGG
ACTAATCAAGAGCGGCAAACCCAGCCGGCCTTTGTGTTTTTCCCTTCGCG
CGCGGGAGAGATGGAGGCGAACGGGACGATGCCGGGCGCTCCGGGAGCGG
TAGCAGTAGGACCCTCCCTCCTCTCGGCTGAGGGGCTCCATTCGGTGCTG
CTGCACACCTTCACGCCCGAACCCACTCAGCGCAAGGTAAGGTGGAGGGC
CCTGCGCCCTTGACTCCAACTTAAGGTGTACAACGTGTGCGGTGCTGCTG
CATACCCTTCACCCGCGAACCTACTCATCGCGAAGTTCATGGACGTGCCG
TCACCATTTACCCTTTACTCGAACGTGTGGTGCTTGACTAGTGCGGTGCC
AAGGTTTGGTCTACGACTTGTGCGGTGCTGCTACACGCCTCCACTTCCCG
AACCCACTCAGCGCGAGAGAACGGGCGTTTCATTTGTCAGAGGTTCGGCG
CGTGCGAGGCTTGTCAAAATCGCGAAGGCGGTAATCTCAGGCTGTCCCTT
GTTGTCTGCAACAGGGTGTGCGAATACATAAATGTGTTCCGTGATTACCA
AAGCCCGAGGTGCTGGCCAACGACCAGACGTCAGTCTCAACGGCCTAAAC
ATAACGAAATGGGTTCCTCTTCACACGCATCAGAACCCCCCGAAGGGAAG
AATCACGAAGGTTTATCGTTGGCCATGGTGTCCACGCAACCCCTCGCACA
AACCCGAGAAGCTGCCGATTACTCCGATCGCCGGTGGCCAAAGGGGACCC
GCTGCGCATACACGGGCACGGGGTCTCAATTGGTCGCTTGCCCCGCGCAG
CTCTCGCACTTGACGCATTCATCACACATGGGGCAATGATCATACTTGAC
GCAGCCATCGCACTTGACGTAGCCAAAGCACTTGATGCAGAGCCAAACCA
CTTGACGCAGCCACAGGACTTGACACAGCCACAGGACTCGACGCAGTTCA
AACGCTTGACCCAGCCATCGAAACCGATGTATTTATCCTCGCATCCTAGT
GTACGTCACCCGACGCGTCACGTTTTGCAGTCTTGTGTCTGCCACCGTTA
CGCTTTGAACAGTTTCGTCAAAATACCCCCAAAGCAAACGCCTGAGCACT
GCTGAAAATCACAAATGTACTTCTCTTCTATGTTCCTTCCTGTTCTCATT
TCGCCCGCCGTTTAGCACTCCCCACCCCCCCTTCCCCTCTCCCCCCCGGC
TCGCATACCCCCCTCTCCGGGCCCACGCCGACGGGTCGGTTCGGTTGGCG
GTTCGGTCGACGTTTTGGTTGACGGTTCGGCTTTATGGTTCCGCTTTGTC
GTTCGGTCGGCGGCCCGGTCGGCGGTCCGGTCGGCCGTCCGGTTGGCGGT
TTGTGTGTTGCAGGCAGCCGAGGCTCAGCTGGAAGCCCTGTGCCAGGCGC
CGGAGTGTCTGATGCTGCTGCTGCAAATCGTCGTCGAGCCCCAGGTGATT
GACCCCCCCTCACCCTCGCCCCTCGGCGTTGCGAGGGAGGTTGATTGCTC
CAGGATGCGATCGAGGACACGCCAGGCACAGGAGATGCTGCACAGGTTTT
TATCAAAAGTATTTTCGGGCCAGTTCTTGTCGAATGGGATGTGAACAGCA
GTGGTGGTTTCACCTTCTGTCAGCGTTTGATGTTGCCACTTCGTCGAGGG
AAACGAAAGCCTTTCTTCAACAGTCCAGTGCGACTCTTGGAAAGACAGAG
ATTGAGAACGATGATTGGCTTATCCAGTAGCCGGTTGGCCCTCGCCGTGG
GTCAAGACGCATTCGATTCATACACAAAATGCGAGGGAAGTCGATCAACT
CCAGAAGCGGTCGGGGGTCGCGTAATATAAGCGACACAATCCGCGGTCGG
TAGCAGGTGAGTACAGGTACAATCCGCGGTCGAGAGTCGCGGACATAACG
AAGGTACAGTCCGGACTTGTAGCAGAAAACCGATGCTTCATGATGCCATT
CCCAACCGAACGTCGACGAAAACGATTCCACACCGAAATAGAGGTCCAAG
TGGTGAACAGTTCCCGTAGGCGCAACAGTAATTACCTTTTCAACAGGAGA
AAAAAACGCTGTTAAAACCACTTTTTTTTCAATTTTTTTGCAGCAGGCTT
GCAAATGTGCTGTACACGTTTATACTGCAAAAATTTGAAGAAGAATCGTC
AACTCCGCTACTAGTTTTCCCGAAAGTGAACAAGCAAATTAAATGTGCCC
GTAGAATGAAACGACGAGGTTGTGAGCACGGAAGGGGGGGCTTGCACGAA
AGATAGGTTTCGCTCCCGCAGGCAAATTCATTTTTGATTCAGATACTCTG
CCTTTGATCCCATACCGAGTTCGGCAGCTGAATCCCCACCCCCCCTCTGA
AAATGGAGGCCATCGGTTACGAGGGCGAAGCATTATTTAAGAACGGGAGG
ATTTTGCACAGAGGACGCGGAGTTCGTTCGGAAGGGGAGGTCTGGCACAG
ACTGGGTGATTTTGCACGTTGCGGGGGAGGTCGCACGGAAGGCGGCAATC
GTCCCCCCAAATAGTCCAATACGCACCCCCTCCCTACGCGTGGTCTTACT
CTTGCCCCTTTTTCCTTCAGCCACGTTACCCCTACGCCCCACCTCCTGAC
CCGTTGACCGTCATGCCCACGCCCACGGTAAGTGCGACAGGCGGCAGCGA
TCCCCCCCTAAAAAAAAAAAAAACACACACACACACACGTACATACACAC
AAACCTTCTCCCACCCCTAATCTTATTCTAGCCCTTTCCTCTAGCCGCGC
ACCCTTCGCCCCTGATCCTTACACCGTCATGCCACTCTCCCTCTCCCACT
AAGGTGGACAGGGTCGAGCGGCAGGCGGCGGCGATCATCCCCATTGCAAG
TCCTCACCCTGACCCTTACCCCATGACCCTAACCCAGGTGGACAGGGCCG
TGCGGCAGGCGGCGGCGATCGCCCTCAAGAACACGGTGAGAAGAAAGTGG
TCCCCCGAGCCTCAGGAGGACAAGCCGACCACCTTTCTCCCAGAGCACAA
GGCGACATTCAGGCACGTACACGTGCAACGGTAAATTGTTGGCCTTGCTC
GATCTTCGCGCTTGTTTACCTGCTAAAGGAGCGTTCTTTTCACTCCCCCT
TCACTATCCCTTGACTATCCCTCACCCTAGCCCGAGCCCTAAGGCGCGGG
CACAAGGGCGGCGTCCAGGAATTTTCTGTTCGTGCGTACATGCGATGAAA
GTGTCGATACATTTTAACTTTTTCTGGGAAAATTTGTGCGCAAATGTAAT
GTGTGAATGGGATACCAACAGTAACGGTGGTAAAATGACATGCGCGAGTA
GTAAAGGAGACAAGGGCCAACTCATCATGATAACGACTTGTTGTGATAAT
GGTGAAGTTGATAAGACGTGATGTTTATTCTGAATAGAATGACTGAAACG
CTGCCCCCTCCCGATCGATGTAAAAAAAGGGTTAACCTCTTCGAGGCGCT
TCTGAGGGAGACTGACACCAGCGTTCGGGACCTGCTTGCGGAAACATTGA
GACTAGTTGTCTCGCACGACTTTCCGGAGCAGTGGCCGGACCTGATCCCC
GCCATCGTGGCTCAGCTTCAGACGGGCGAAGTTTTGCGGTGAGAGAAGAA
GGGGAGGGAAGGTTGGCGGAGGGGGAGAAGGGAGGTGGGGGCGGGGACGG
GTGGAGGGCATGGAGGGGAAGGGGTTGGAAGGGAGAGGAGGGGAGGGGAG
GAGGGGCAGGGGAAGGGAAGCGGAGTAAAGGGGAGAGGAGAGCAGAAAAA
GGAACGAATGGGACGGCAAGGGAACTGGACAGAAGGGAAGGGAAAGGAAC
GAGAGAGTCCCCCAAACTTCGCTGTCAGATCGATTTGCTCGTCGGTTGAC
CCCCTTCTTTCCGTCCCCCTTTCGTTTCACTTTTGTTTTCGCAATCCCTC
CGTTTTCACAGTTCCCTCCTTTCTTCTCCCTTTCTCTCTTGTCGGCATGA
TATTTTTGTTTTCCTCTGTTCTCAACCCCTCCCCCCACCCCTCTTCCGCG
TCCACTCTCGCTACTCCCACGATTGCGCCGAAAAGCGTGCACAACGCCAT
GCTGGCGCTGCGGAAGGTGGTGAAGCGGTTCGAGTACAAGCCCAAGGAGT
CACGAGGCCCCCTGCTCGACGTTATGCGCGTCACGCTGCCGCTGCTTCAC
GGCATGTCCATGCAGCTTCTCGCCGAAGATTCCATCGAGGCAGCACAGGT
GTGTTGCGTGCGTTTGGGCGGGGGTCTTCGAGAAGCCGAGGGTATAGCAC
AAATAACAAGATGCGGCGGTGCCCCCCTCCCGCCGAATACTCGATCGAGG
CAGCAAGGGTGCGCGCGTGCGTGCGTACGCGAATCGCTGCCGAGAGGCCG
TGGGGTTTAGGCACGAAAAACAGAGACAGCCGTGCCCCAACGATGTAAGG
CTCGATGTACAGGCCGCATGTTGGCATGTTCGGGTACTGTCTCTGGAAAG
CTCTCGTGCCTCCTATCCTTGTCTTGTCCGAATCTCTGGTTCAAGATTCT
TCACGTGCGCTCTTCTTGTCATCCTGCCCATCCGTGCCCGCCTATTGGAC
ATTCATACGGCGGCAGCCTCCACTTGGCTACGGAGGGCCAAGAATTGACG
ATCCTGAGGGCTCCGGGTCACGTAGTTTCGGCGAGCTTGACTAGCTTCTT
CGACCTGCACAACACCTGCCAAATATCGTTTCATGACCAACTTCAGCGGA
TACGTTTTTGTTCACCACGACGTGCACGTCACCGGCCAAGTGCCACTTGC
GAGCAAATCAGCCGACGATTTTTTGTTCACATCAGCTGACCTTTTTGCAC
CAAAGGAAAAGTTATTCTCTCTTCCACTCACGTGAGTTGTTTTTTGCCGA
GGTGCTACGAATGCCCCTCCAGGGATGCAACCGGAACAATTTTTCTGTCT
TTGGTTCTAAACATCGTCGGAGGGCAAATGATATGCGGAGAAGTACTCCG
TTATTGTAACTTTAAAGCAACTCGGTGTTGACTTCTCTCTTCGTTTTGTG
TAACGCACCGGCCATTCCCGCAAAAGATGTTAACAGCCGGTGCAATCATC
CCGGCTTTTATGACATCACAACGAAGGACACTTCCTTTTGAAAGAACCGT
TGTTCGGCAGCAGGGGTCAACATAAATCCTGTACCACATGATCTTGAGGC
CACTTCCCCGCGCCAAGGACGCTCGAAAGCATGAAAACCGCATTATGTCC
TGAAAGTGGGGATGACGTAAGGCTGCAACTGTCACCTACCAGTTGCTCGC
GGCAGCGACTACCCGAATTGCTGTTTCAAACAACTGGTCGCACGGCGTCG
CCGGAAAAAAGCTGTCTGCCGACAATAAATGGCACGACTCCCCGAGGAAG
CAGGTGTTCGCCGTACAACTACCGGTTAGAAGTTGTTGTAGCGGGTTGTG
AAATGTTTCCTTTCCGTTCTTTCGATGGGCTTCCTTCCACCGTAGCCAGT
CCTCCTTCGCCTCGTGTGACGCACCGCGTGCCACCCTTGTCGCAGAATGT
GTTACCCTCCCTTCTTCCGATTCTCTTCGTCCCACCGTCGCCGCTCCTGC
GTTGACTCTCGCATCCGTTTTGCGTGACTCATCACCCCCCCCCCCCATCG
CAGAAAAGATAAATATCACCATCCTTCCATACGATTCTCGTCCTCCAAAC
ATAGCATGCTCCTGTGATGTCTTCCGCCTCCGTTTTGCGTGATGCACGAC
TCCCCACCCCCCGTTTCGTAACAATTGTTGCTGTGTCCTTTCCTCTTCTC
AGGTGCTGAAGCTCATCCTCAAAGTGTTCTGGTCGTGCACGCAATTCGCG
GTGAGCTGCTTGCGCGACCACCTGGTTATTTCTCTGTGGGAGTGGTGGTG
ATAGTGGTGGTGGTGGTGGTGGTGGTGGAGGTGTCAGGAGTGGGGATCGC
GGTGGGGGAGTTGTGGCGGTGGCGATGTGATGGCGACGGCGGCGGCGGCG
GGTTGGCGGCTTGTTTTGTTCGAGGGCACTAGTTTCCTTGTCGTACGAAG
TGAAAGGCATGCCCAGAATGGAATGGAATCGAATGGAATGGCATGAAGTT
AACTAAAATGGAAAAGGATGAAAAGGGAAGGGCTGGCATGGTGAGCTGTG
TGCGCGCGCAATGAATTAAATCCGCGCGACGTGCTGCTTGGGTTGTCATG
CCATCCTTACCCTCCCTTCCCTTCCCGTGAAATTCCGGTCGGCGACCTAC
AGATCCCGTCGGGAAAAGACTTGGAGAATCTCAATGTGCCGGCGTGGATG
GACCTCTGCGCCAAGGTAATTCCGCCTTTAGGTCGCCTTTTTTCCAGTGC
CCCCCCCCCGTATATTGCGGGTTGAACAGTGCGGTCCTCCAGCAAAGTGC
TGGTGACGTCAGTGGGCGTGGAAGTTCTCTTAACTTACCAAAATCTAGGG
CGGGTGCCCGCTTAGTGCAGGTGAAAACATCTGTCCTACCCCCACAGTAT
AGCAAGCCCCCGCCTTACCAGCAAGTCTCGTTATCTTTTTGGGAGTAATC
AGTCAACGTCGAAGAGGAATTAGTTCAGGGGTGGAATTCACGGGTGCCGC
GTCGGTTTCCCAAAGGAGAAGGATAGCCGGGTGTAGGAACACCTGTAGGC
TAAAAGAATAAAAGAGGGTTGAAGTAGCTCTCCACCGGAACTCTGCCAGT
TATTTTTCTCTTTTTGAACAAGCGAAAATGGTTTTGTCCCTGCGGGGATT
GTAGTATCACCGCGCTCTCTTTCTGCCCCTTGTTTCTAATGACATCGCCC
TACCCTGACATATCTCTTGTCCTCCTTACAACACTGATCTCAAGAGATCG
TTCTCGTTCCACAGCCCCGCTGCTTGTCCTTCCTTCTAACGACTTGGTTT
CCTCCTCGTTCTTTCCTTCCCGCCCCTTTCGCGTTTCGCCTGCGTGTTAT
GCCCCCCCCGTCTGTTTGCTTTTTGCGTTCGTGTTGTGCCCCCCCCTCCC
CGTCTGTCTGCTTTTCGCCGCGTGTTGTTCTCCTCCCCTGTGTTGGCGCC
GCCAGGTGCTAGCCAAACCGCTGGTCGGGCAGCCGGAATCGGAGGATGAT
CGGACCGCGTGGCCGTGGTGGAAAGCAAAGAAGGTAAGCGCAAGCGCAGC
ACACCCCCCCCTCAGAACGCCCAGCCGTTCTAGGTGCCTCTCTCTGCAGA
AAGGCGGTGCGCTCCGTCCCGGGGATGTGTGTGGTCAATGGTCGTATGGC
ATGGGCCAAGAAAAAACTGAACACCCCCCCCTCCCCCAGGACATACATAA
CCCCAATCCTAGGCCTGAGCAAGTCGTTGACGAAGTCTCTCAACGGAGCG
GCGGGAGCACGATTGCTCGGCGTACCTTTGAAATCTTGGCCCTGGTGTAT
AGCAAAGAAGTTCACTGGTCCACATGTCGGAAAGACTTCGAGAGCTCGCT
CTATTGGTAAGGTGCTTACCGATGACCTAGAGCGTTGTAGTCGTTCCTCT
GCCTTGCAATGTCTTGATTGTACTTTTGTTTTCTATATGTCCCAGTGAGG
TGGTAACACCGGGTTCCGGACAGCCTCACTTCGCAGATAGACGCCTCATC
AAAACTGCATCGAATATTCTTGTCTTCCCTTTGTTTTGCACTCTTCTCGG
CTTTCCCCTGTGTTGCATTTGTCGGCCTTCTTGCTTTGTTCTCTCCTTCT
GCTCTCTTTTTTGCCAGTGGGCGGGAAACATCGCGCAACGGTTCTTCACC
CGATACGGACAGCCTCACTTCGCAGAGGAGGGCCTGACCGACTTCGCCGA
GGCGTTCTCCAAGCAGCTTGCACCGAAGCTGCTCGAGCAGGTGACCCGCT
TATTTTTTATTTGTTTGTTCTTTTTAATTGATTTATGTACCGCTTGTTTC
TGTTTCCTTCTGAGTGATCGACGTCGCGGAGGGGTTGAACAAATAGCTCG
CACCCCAGGTGGAGCAGGTCCGGCGCAAAACAAAGTAGTCTTTCAATCAA
TTTCGAGGCTCCCCTTGCTCTTGAGAGAGACTGGTACAGTGACGCAACTT
TACTACACCACTGAAGCACGGTATTCTCTCTCCGCTTGACTTGTTGTGCG
ATACCATGTACTCCGGAATATGTGTTTTGTGGGCACCACATGTCAGTATA
TAAGGCTTGGGGCACCTTATCTCATGTCGGGCAAACACCGTTTTCACAGT
TTCCTTTGTTATTATTGGGGGAGGAAAATGCTGGCGATGCCCCGGCCGGC
AAGTTTTGCTCAACTAACTCTTCACGCCCTTTCTGTTTGCTTTCTGAAGT
ATCCATTTCCGTCATTGTGGCTTTTTATGGTGCCTCTCTGTACAAACAAA
TCGTGTGAGACCGCCCTTTTGATCCTGACTTTTTCCTTGTCTTCCCCCGA
GGTGATGAACACGCTGGCCATGCGGCCGAGGGGGGAGTCCTGCATGAACC
AAGTGCTGTAAATCCTCTTATCCCGGGGTATTTTATTTGCACTCCTTTTG
TAAGTCGCGGCACACCATATTCCCCTCCTCTATTTCTCTCCCCCCCCCCC
TCCAAGGTGATGAACACGCTGGCCATGCGGCCGAGGGGGGAGTTCTGCAC
TAACCGGGTGGTGCATGCGTGCCTGACATTCGTCGGGCCGGCAACCGAGC
TGTCGCACACGTACAAGCTGCTCAAGCCTCATCTGGACTTCCTCCTGTTC
CAGGCCGTGTTCCCGGAGCTGGGTCTCTCCGAGAGCGACGTCGAGGTGCT
CATGCGCGTGGTCTGGGGATCGGTTCGTGGCGGGCGGAGGTGTGGCGTGT
TGTTGCCAATGCCGCGAGAGACACACACGTACATGTCGGAGAGGATGATG
TCGACATGAGCGCGTGTGTCTCCCGACTCATGGCGGGCTGTGGAACGATT
TCGCGCAGGATTTTCACGAGCGCCCGTCTCTTCTGAGCCTCCATCCCCCC
GAACGAGACAGACGTTCGACACGCGCCCTCACGAGTTCATCCATGATACC
TGTCGCCCGGTGTGCCGGCAATGACCCCCCCCTTCAACAGAATGACTGAA
TCCCCCATTTTGGCAGACGTTCGACACGGACCCGCACGAATTCATCCACA
AGTGCAACGACCCGGCGGAAGACTACCTATCGCCGCGGGTGCCGGCGATG
AACTGCATCATCGACCTCGCCAAGTACAGGGGCAAGGACATCCTTCCCAG
GGTGCGCGACTTTGCGTTTACGATGCTCACTACGCGTCCTCCTCGTTCTG
ATGCCTCTTGCTAGTCGCGGATCCACCTACCAGGCATTTGTACGCTGAAC
TGAAATGAAGCTATTACGGGCTGCCCTGATGATGCTTTACCCTCGTCTGG
GATGTAGCCTGTGCACTCCCTGTCAGCAGGGGCCAATCAGGGACACAACC
CTCACCCTTTCTGCACGTCGAGTGCGCCCGGTTGGATGAGTCCCGGCGGC
TCTTGTTCTTTTCACTGTTTCCCGCTCGACTGACAACATTCGCCTGCTTT
TCCACGCGTTTTTTTTTTTTTTTTTGCTTGTGTGTGTGTGTGTGAAGGAA
TGATACTCGTGTAGGGTTGTCTTCTGTAATACAGTTGTTCGGTTTCGTTT
TTTTTTGTGTGTGTGTTTGGCAAGATAAATAGCGTGCACGACGGGCAGTT
GTCGGGTGAGGCAAGCCGTCGTAGCGTTGCATCCGAGCCCCGGTGGGGGT
TGACTCAACATGGAATTCCTGCACTCTCCACTTACATTTTTTTTTGAAGC
AGCTCTTTCCGAATACACCCCCCTTCCTCATGGTGGACACGGCTATGAAT
ACCGTTCCCAGGGTGTCGCCCCCCAACTCAACCACCACCCACCCTCTACC
ACCACCACCACTTCCAGCCAGCCCGCTTGACACGCACGCCCTCACCCTCG
TTTCGCACTTGTTCGCTGCCATTGCCCCATCATCCAGATGTTGAGCTACA
CCCAGAACGTGTTGACAACCTACGCGGCGGCGCCCTTGGATCAGCGAGAC
CACCGAGCCAAGGACTCGTCTCTGGTCGCCCTCGGGTACACCTTTCCTCG
ACCGTTTTTTTATTTTTGGTTGTGAAATGAACACCGAACACCGAACACGG
AACACCGAAGAGGCACGGCTCACGAGGGCTCCTCGCATTCGGGTTCAAGC
TTTCTTGACGAATGCACAGTAGTCGTTGGTCGCCTTCGGGTACAACTGCG
GTTCGTCTAATACTTTGACAAATGCACACTCGTCCTTTTGGCCCTCGGGT
GCTCCTTTCTTTGCCCCTTTTCTGTTGAAACCACCTCTACCAAAAATCAA
AGAAGGAAAATCGCAGGGGGCAGGACTCACGGGCCCCGTGTAGAGTTCCT
TCTTTTTTGGTCAAACTTGTGTTTTTGCAAAAGCGCAGTCGTCCCTGTTT
GCCTCCTGGGAAACGTTTGTATTATCTTTCGACATCATGGGCACATTGGT
TTTTGCCTTTGCAAAAACTGAGAAGATGGGGTCAGAGTCAACATTTGTCT
TCAACTGTTTCCAGAACGCTGTACGACACGAAGCCTTCCCGCTGCACTTG
AAGCAATATTAATCCAGATATAAATGCTCGGCTTCTGGAAAATGAAGAAA
AATCCTGTGCTTGCGGTGACTGTTAACCGCAGCGAGGGTTGCTCAAGGCA
GAAGCACCACCCGTACGCCGTTCAAATGTTGTTTCAAAAGCAAGCGCGCC
TTTGTGGCTCACGATACCTCCTCGCGCCACAACCCCACGGCCTCGCCGAA
TCTACGCTGCCGTGATCTGTGCTTTCTCTTTCGCCCCCTTTTGTGAGGTA
TGTTTGTTTCTTCGCCTTTGGCAATGAGAGTGGACGCGGCAGGGTAGACC
AGCACGGACATTTGAGGGCACCGAGAGGCGGTCGGGAAAAGAAGTTCGTG
TGAATCCAGCATGAAAGCACGTCCTCGTGACATCGAACCTTGTCATCTCC
ACCACCTCTGCAACAGCGCCGTCACTTCCAAAACCTCGTTTGTCACAACC
AGCCACTGCATTTTTTGCTGTTCCGGTTCATGCACAATTTTCTACCTTCC
CGTCCGCTGCTCGATAACATGAACGTATGTACTTACAACGCGAACCCTTG
TCCTTACGAAAGAGTGTCTGGTTGATGTGATGCGCATTGATGCGCAGGAG
CCTCGCCGAGGTGCTCCTCAAGTCAAAGAAATACAGCAAGTCCTTGGAGA
CGCTGGTGGTGCAGCACGTTCTCCCGGAGTTTCAGAGCCCTGTAGGGTAA
GTCGGAACATCAAATTGGATCAGGGCGCAGTATCTGGTGTTGACATTGTG
AGTGCAGCAAGTGCTACGTGTGAACATCACCCTCGCAGGTTACGCCCGGT
CGTACTCGATCTGCGTAGTCTCCCACTGCTGCTTGCCCTCCTCGTCGCCT
CACACGTAGTCCAAGACTACGGGCTGTCGTGTTTTACGCGTTCCAATGTA
GGCGAGCCCTCTGTAGCTCGAAGGCCATGTGACGGCCGAGCTTTGGTGAA
GACGTCGTGTTGAAATGTCCCACAACGAGTGCATCGCACGGCGGTTTCCC
GTCACGACTGCTGTGGCGGGTCCAGTAAAAACCGCGCGTGCCGGAAGGCA
AACACTTTGCGCCCGGTATCCCATCCTGTTTTCCATTGTTTCCATATTCC
CATAATCCCATGCTTGCACTCTTGTGCCGCCGCGGTTGCAGGTTCATGAG
CTACCGCACGTGCCGGAAGGCGAAACTTCGCACCCGGTGTTCCATCCCGT
AATCCAGTGTTTCCGTACTCCCATATTCCCACGCCTACGCGCTTGTGCGT
GGTTGCAGGTTCATGAGATACCGCGCGTGCTGGATGATCGAGAGGTTCGC
CTCAATGAGCGTTACGGACCCCAACACCATCCTGCACTGCCTCAACTGCA
CACTGCGGGTAAGTTCGAGGCGGAAACACTGAACACTAACAGTTGTGGAT
CTTCCCGAGGGCATGTAGTCGTTTCAGGGCCTCTGATTGGTCGAACAAGC
TCCCGCGCACCTCGGTGGTCGCTTTTGCAGTCACCGCACGCACATGTTTT
TTTTTTTTACTTTTTTTATTGAGGACGAGAGAAACCTTGGGTATGGATTT
CATTAGTTCTTGAGACTTTCGCCGCAAGACCGTATGCCGTGCAACCGTTG
AAGCCTGTGGTACTTGTGAACCAAGTTATCCATCTACTGAATTAACGGCT
GCTTCCTTGATTGTGCCCGTACGCGGAGTTGAGGGTCGGGGCTGGTGTTC
GTGTTGGATCGGAGTGGGGCAGGACTCAAACGACCGACCGACCTGGGGTC
AATCGCACGCTCCGGGTAGGAGGGGGGTCACTTGTTTGCTCTGCATTGTG
CTTGTCAGTTTTGTGTTGCCAAGAACCAAACACACGCTTGTGGATTTACC
CATGGCAACCAAGTGTTTTTCCTTGCTTTCCGAAGAAATGAAGACGCAGA
AGCACACACCGCTGTTGTGCGCCTTGCTAATGCGTGAAAACCAAAGGTCT
TGAGACTTGCGTCAAATGCCCATGTCTTGAACAAGACGTCAGACTCGGAA
GGCTGTCAAAACACGAAAATATTCATCGTTCACCGGACCCCCATATTTGA
GTCTGTTTGCGAAGTGTCTTTAGTACAGTATTCTTCCCATGCCAACTTGC
TGATCTATGAGAAATAATTAACAGAAAAATCAGCGGAGTGGTCTAAAATC
GAAACCCGCTTTCGGGATCACCGCCCCCCCGCCCTCCCGCTGGCTCTCAC
CTCGGTTGTTTGCCACTGGCATTGGGTTTTCGTCGCTTGGCAACGACGTT
GTAAAACAAGCCAATTCACTTCGTGAACTCGGCAACCAGGTTACCGTCTT
TTTTTTTCCTCTGTTTTTTTCGGCGGTAACCATAATGGTGGTCGAGAAGA
TCATGTTGTGCGGGGTGGAGAACCCTCACTCCGCGCAAGGGTGATGATCG
CACCACGTTGTGTTAAAATGGTCAACACCCTCGAGGCAGTTACACAGTGC
TTACAACTGTCTCTGGAAGTGAAAGCACCAGAAAATACATTAAGCCATAC
GCAGCTGTCATCCGTATGCAAGGAAGTAAGCACAAGATGCCGAACACCCT
TAGCAGGATGCAGCGCACCCTTCATGCGACTCGCCGAATACCTCACGGCG
CTTGGCGCTTGGTGGTGTGAGAGCCTGGTCCGGTGAGAACCCGGCGTGCT
CCGTCCCGGCTTTGTAGGGATGCGAGGTCCATGGTCTAACGACTACGGCA
TGCACGACTATGAGTACACCCCCCTCTCCCCcctCCCCCCTCTCCCCCGC
TTACATCGGGTCTTCGAGAAGTTCTTGCAAGACAATGCCTTTTTTTGCAG
ATCGAGGCGGCCGCTTCCCTCCGCTGTACCTGATGGAGGTAAAAAAATGA
GCAATAAAAAAAATCTTGATTGCCCCCTCGGCGCGCTTTTGATTCTGTGT
GCGAAGTGCTTGCAAGACAGTGCGCTTCCCGTCCAGATCGAGGCGGCCGC
TTCCCTCCGCTACCTCATCGAGCTGGACGAGACGGAAGAGCCGGTTCTGA
AGATGCTGCCCGACATCCTCAACCAATACTTCCGCATTATGCAGGAGATC
GGCCTGGACGAGGTGTGTGCACGTGCGTGTGTGCTTGTGGGTGCATCATT
TTTTTTTTTTTTGTCTTTTGGCAATTAATATAACAAGACAAATGCACGGA
AAGCAATGAGCAAACACTCGAACCCTTCTTGCAATATTTTTGCTTATTGT
TTGGTTGGTCCTCATTTGTCCATGAGATGAGCTGCGTCATCGCGCAGGAG
ATCCGTTTGCACGGTAAGTGCGTGTGCGCGTGTGGTGAGCTGGTATCGGC
GCGGACCAGGCACCGAAAGTTGAGTCGAGTAGCCAGATGTACACTCTACA
CAGGGAGTGACGATTGCTCCAGTATCACATGGGTATTGGGGAGGGCCTTG
CGCTTATGAGGCACCATGGCAGTCTCGGTGAGTTCTATGGTGGGCCCGTC
CGCATAGTGCGGGTGGAAATGTGCGGATCCCCGGTAAAGCGCGCGGGTGA
AATCAGTTGACATGAAGCTCGTTCACAACTCGAAATCCATATTCACCCAC
GTGTGAAAAGTGCGGGTACCCGCTATCGTGCTGGTGGAAATTTGCAATCC
CATCTCCTCACTTTACCGGGCCCCGCTGTAGTGATCGGAAGCCGTCATCC
ATGTGCCACAAACCAGTTGCCCAGGATACGTGGAGAATCCGCGGTCTTGA
TTTTTCTGACAAGGGGACAGCCTCTTTGGTGTTGCACATACGGGGTCGCT
TGCATTCGCTCTGTCATGCCAACGAGCTAGACTTAGTTCAAGTTGTCAGG
TGTTAATATTCCCCCCCCTCTCGAAATACTCTCTCCCTCCTGGTGGCTAT
CTCACCTCGGTGTTTGCAATCGGGATCGGGTTTTCGTCGCTTGGCAACGA
CGTTGTAAAACAAGCCAATTCACTTCGTGAACTCGGCAACCAGGTTACCG
TCTTTTTTTTTCCTCTGGTTTTTTTGGCGGTAACCATAATGGTGGTCGAG
AAGATCATGTTGTGCGGGGTGGAGAACCCTCACTCCGCGCAAGGGGGATG
ATCGCACCACGTTGTGTTAAAATGGTCAAGCACCCTCGAGGCAGTTACAC
AGCGCTTACAACTGTCTCTGGAAGTGAAAGCACCAGAAAATAAATTAACC
CATACGCAGCTGTCATCCGAATGCAAGGAAGTAAGCACAAGATGCCGAAC
ACCCTTAGCAGGATGCAGCGCACCCTTCATGCGACTCGCCGAATACCTCA
CGGCGCTTCGCGCTTGGTGGTGTGAGAGCCTGGTCCGGTGAGAACCCGGC
GTGCTCCGTCCCGGCTTTGTAGGGATGCGAGGTCAATGGTCTAACGACTA
CGGCATGCACGACTATGAGTACACCCCCCTCTCGAAAGGAGGCGTGACGG
CGGATGGCAGGATTGCCTGTCGCGGCAACGGCGTCACCGTGAGAGTGGAG
GGACCGCTAGCGGGAGCGGGAGGGCTTCGACGGATCCAATACTTTCAATG
AATTGGGGGGGGGTATAGCGCGGGTTGAAAACTGCGGATCCCCGGACAAG
TGCGGGTGAAAATGACTACCTCTGTCGCGATTCGTCCCTCCCCCCCGGCC
GATACTGCGACGGTAGCATAACCTCCCTTGGCGCTTCGTTGGTCTTCGTA
GGCGTTAGTGCTCGGCGGGCGATTGACTGATTTTTGGAAGGGGGAGGAGC
GTGTTTCTGAAATTTGTACGGAATCAAAGTGAATCGAAATTGAAAAGAAA
ACGCCCACCGAGTACAAGCCCAGCTCGCCGTGACAGTACGCTCCAGCCAC
TTGAGTTGATAGTCCAGGTACGTCGTCCCTTTCGGCTCCGTTGCAGGGTT
TCTGGCTTTGTGCTTCAGGCAGGGTATTCCCCCCATCCTCGTGCTTACTC
CTTTTTTTGTATCGTCTCCTTTTCTTTCCCCCTTTTTCTTTCGAGCGATG
TGGTCGACTGCCTCACCACGGCAGGCGTCTTCACAAACTCCACACCAACA
CTTTCCGCCCGTGCCTTGCCTCTTTCTCTCGCCTCCGCCTACACGTCCGT
CTCCGTCTCCGTCTATTTCTTCCGACAACATCCAGGTGGTGGCTGCGCTG
GACATCATCATCGAAAAGTTCCAGGAACACATCGCACCCCACGCCGCGGC
GCTCACGCAGCAGCTCACCAGATGTTTCTTGGAATATGCCAAGGTGAGTT
TGTTCAAAATAACGGACAATGGATGACGGATTATTTTTTTTATTGTCCTC
CGTATTTTTTTTCGGGAAGGGGTCGAAACGAGGACGAGGACACCGAGGAT
CTGGAAAGCCACTTGGTGCACCCAAAGCTCTAGAGTTGTTGAAACTTGCA
TGTTGGAAAACCAAACGTCCAAAGTACGCGTGTGCTACGATGTTGCAACT
TTCTCGTTTTTTGTCTGAATTTGTAACCGTTGTTAAGAGCCTCAGCTTCG
CTTGTTCCAAGCCACCCCAACAGCAGCCTGGCGCAAATGGATCAACCCAC
TCTTTCCTCCTTCTCCCCCACTACATCCACATCTAATTGACGCACGTGCC
AGGGGGGCAATGATGATGACGAGGCCATGGCAGCCAGCCAGGCCATCGCG
GGAGTTAGTCACCCACCCTGCCCCCGCCTCGATACCCTGACTTCGCAGGA
AAATTAAGGTTTAGTAGGAAAAAAACAGTGGAGGTTTACGTGACATATAT
CGCGAACCCTAAGCCTAACCCTAAACCTCCACTAATTCTGACGAAACTGA
ATTTTTTTCTACTCATGCGTAGGCTACTGCGATCCCCATTCTCCCCTCCA
TCTTCCCCCCCCCCCTTCCCCCCCCCCTCCTCCCCTGTCCCCCCAAATCT
GCCAGGCGGGCGACGACGACGACGACGCGGCCATGGCGGCCAGCCAGGTG
ATCGAGGCGGTTTCCACCGTGCTGGTCAGCACGAAGGCGGTCCCGGAGCT
GTTCCCGGCGATGGAAGCGCACCTGTTGCCCATGCTCGCGGAGGTATGTG
CCGCAGGCGGCGTTTCCAGATACTCCGGAGTATAACACCCCCTTGGTCGA
TTTTCAACGCTGGATTCCCCCGCAGTAATAGAGGTAGAGCTTGTCAAATG
GAGCGGCTATTGAGAGATGATGTCGAGAAATCGGGAGTGACGCACCGTTG
GATATTGGTAGATAGCTGTCGAGATATTTAGCCTAAACCATCGACCTAGG
GGGTTTGATGTCTTCTGCGACGTAACGGTACGTGTCTGCGTGTGGAGTCG
ACCAAGCGGTCCTGGGAAGCGCGACACAGAATGGAGACCAGAGGGCAGGG
GTTAGGCACAGGGGAAAGTAAGGGGGGAGGGGGCGCAGTGCTCTTTGCAC
GCGCTCTCGCGGATGCATGCGTGTACGCGGACGCAAAGTCTGTGTGCGTC
GCCCCTTTACCGCTCGATCGGGCGGCTTAAGAGGTGATGGAGAGTGAAGG
CAACAGTCAACTTTAGCCCAAAACAAATCTTGTGCCTGAACAGAGTCGTC
GCTGTCTTCTCAAGCTAGGCGTAACTTCCAGAAATCTCAGGCGAGTTGTC
ACAAAACCAGGTAACCATCACTCCAGGAACATCCGTGTGCGACACTTCCA
ATTTTTCTCACATGCAACAAGAAATATCCTTTTTCCCTAGCACGGTAGGG
CCAGTAGGCTCGCGCATACTCGGAGCCCTTGCAAACCGTACAGTCCCCCC
CTTCCATCCCAATCTTTTCTTTTGGGAATATATCGTCAACACAAGAGGAG
GTATGACACCCTGAGACGGGACTCCATGCGCCCCGTTGAACAGAGGGTTC
CTTACAGTGAAATTTAGTTTCTGCCGGCCGGTTGTAGAAGCACCTTCTGT
TTGGTAAAATCGTACAGCGGCCCAATGCTTGGTGGTGCATCAACCTTGGC
TGTCAAGGGTTGAATCGGATGCTCCACAACGGAAGGACGTGGGTTTAGTG
GTCACTTGCTTGAGGTGGGCCACAAACATCCCTTCCTTCCCTCCTTCCCT
CCCTCCCTCCCTCTTTCCCTCTCTCCCTCCCTCCCTCCCTCCTTCCCTTC
CCCCTTCCCGCCGATTCCATGTGCCATCAGATTTTTTCGGAGTCGGGAGA
CCTGATGGAATACTTCGAGCACGCGTGCGACGTGCTTAGTTTCCTCACCT
ACTACGGGTGAGCTTTGTCACATGCGACAACGCTCCCACTGCATCTGCCT
TGTCCTTCGGGGTTCGTTCGGGTGTTTGTTTCATTCGCCTGTGCTGCACG
CAGTACATCCTGTCCTCCATGCAGCGGCTATTGCCTTTTCATTCCTCCCA
TTGCTTGCACAGTCTGCTTTTTTTTTCCCCCCGTGGATCGGCATCGTTGT
TTCCTGGCGTAGGTAAGACACGGCTCATTTTTTATTCGTGGCCCTCGGCG
TGTTCACGTACCACCGTTGCTTTTGGCTTCATGCTACCCGAGGGCTTGTT
GTGTTTGCCATCGATTTCTTGGCTTATTGGGGTCATCGCTGTAGCTGTTT
CACTTTACTCATCCAGTCCTTCTTGTGGCGCATTTTTCGTTGGGCGTCTT
GCTTCGTGTCCCCCTTTGTTTTTTCTATCGTTTCTACTCGCCGTTGAAGG
CGTTTCTACTCACCGTCGAAGGCGTTTCTACTCGTCGTTGACGTTTCTGT
CACGCCTCCAGCCCGCGGTTCAACAGTCGAAAAGTCTTGACGCGTTCGTA
AAGGGTGCAGTGGGTACCCCGCCCACAGCGGTGCCCTGAATGGCGGAGTC
GCCTGTAAAAAAAGAAGAGAAAAGCATCCACATCGTGTGTCACCGCAAAG
CATCGCAATATAAACCATGCCTGACTTTAGCGGCGTTGCCGGTAGGGCGG
GATGACCTTTTTTTGCCTGCAACAGCGTATCGGCTACCCACTGCACTGGC
TACGCTGCGTGTATCTCGAAACGCTCCAATGTCTGCAACTGTTCGCCGTT
CTTTTAATGATCTTAACCGTAGCGACACACGATGGCACTCCAGCGTGACA
ACATCTTACATGTTGAAGAGGCAGCACACGTGCTCCCGTCTAATTTCGGC
GCGGGGTGTGTTGTCTCAAGTTTGTGGCGCTCAACTTTGGGTTGCGCGAG
TGTATTGTTTCGTGTAATTCTTGGGAGGGGGAATGCTTTTTTCTGTCAAT
TGGGGTGGTTATCGTTTCTCCGCTTCCCCTCCTCTTCCTGTGCTTCCCTC
TCAACGCTTTCCGCTCATCGTTTCTGTCAAAGGTATTCCTGCGCCTCGCG
TTCCGTTTCCATTCTGAGTCGCTATCCAGTTGCGCCTTCTTCCCTGTCAC
CACCGTCCACGTGTGCGTGCGCTCCTCGAAACTCCCCCTTCCACCCCACC
TTTCTCTCAAACACCGCTCGCTCATCAGCTCTGGCATCAGCCCGCAGCTG
TGGGGCCTCTTCCCGCTGCTCCACAACTCCTGGGACAAATGGGCGTTCGA
CTTGATCTCGAACATGGCCGTGCCGATCGACAATTACATCAGCCGGGGCA
CGGACGTGTTCGTGGCGGGACGGGCACCGGACGGGCGCAGGTATGTGACG
TCATCGAATCCTACTCGCATCCCTAACCCTTTCTCTATAGACCTCACTCC
AACCGATGTGCTCGTGACGGGACGGGCACCGGACGGGCGAAGGTATGTCA
ACAGACGGGTGAAGGTATGTGAAACCAACACGTTAAACATTGTGGGCGCC
CTGTGCTTGGAGGGGCCTATCGTTGCAAAACAAAGCAGGGTCAGCGACTG
CTCCAAAGCAACTGCTCCCTGCGCGTTGATGCAAGCCTCTGTCAGCTCGT
CAAGGACATCCCCTAGCTGCCCGAAGTGTGCCTTCCCCTGAGCATCGGAT
CAGTCCCTCCCGTTCCCTGCAGGAAGCATACCGACCGTGCAGGCAGTCAC
CTGTGCAGGCGCAGAAACATTTTTTGTTGCAAGGAAATATAACTATTGAC
GCGAAATACGACATTGCCTGCTGTATTGCAGCCCGAGTTTGTAGTATACA
GGTGCGGTGCGACGCCATTCAAAGAGAGAGAAGAAACGGGCACTTGAGAG
AGAGGTCCTATAGTTTAAGTGATGGAGGATCCACGCTACGGGCAGGTACG
TGGCCGTTGCTCGACAGCTGACAACGGCGTTGGACGACGACCACTACGAA
AACGATGAAGCTTACCTGAGCGCGATTCCGGCAGGGTTCTTGTGTGCTTG
GAACAGAAAAAAATTCCAGCAAAAACTAATATTCCAGAAAATAATGGTGC
ACAACTCAACTCCACCTCGTCTACACCATCCACTCACTATAACCACCGCC
AGATACGTGGAGCTGTTGCTGGACATGTGCCAGCGCGTGCTGAAGGACGA
CAACCAGTCTGAGAAGGAGGCCAGGACGGCGGCCCAGCTGTGCATGGTGG
TGCTGCACAACTGCAAGGGACGGGTCGACGAGTACGTCCCCCCCATGCTC
GCGATGCTCTGCGAGCGCGTCAAGACGGCAAGTGGAGAGGGAGGAGCAAA
AAGAGCTTAAAAACTTCTGGGAGGGCGGGAGTTTTTATTCAGTCAGCCCG
CGTCTCTGGCTTGCTGCCCTTTCTCTGATCCTGTGCTGCCCGAAGTGTCC
ATTGATCCAAAGATCCACAACTGCGAACCTTCGTCCCGGTCCGCTTCCCC
CCCGTCAGCTGTCCTGCATCCTGGAACCGCATGTCTGTGTGTTCCATTCC
ATTCTGTCCCGCTTCTCAAACCCCAGATTCCGTGCACTCAATCTTCGCAT
TCGGAGGACGTGATTGACGTGGACAGTGATGGGAGGGCAGGTCGGGTTGC
CTGTCTGGAGATAGCTGTATTGATCGATTTTGTCGTCCGTTTCTTTTTTT
TGATAGATTTTGCAGAAGAGTGGGTGGAAGTGAAGGCGTCTGGAGAGAGA
TTTGTGAGCCATGCCAGCCTTCCTTCTCTTCACGGCCACGTACAGTTGAA
CGTGTTGGCTCTTCAGCGGTGGGGTGTCTTGAGACTCGGGACGATGAAGC
CGACATGATGGCCGGCATTCAGCGGGGAAATGTGCGGTGTTTGCGAGTGC
GCATGGAGCGAGCGGAGGTGGATAACGGAAGGAAGACGTTTCATGCAGGC
GTCTCGATACTTCGTCCAGTGTGGTGTCAAGAAGGTCGCGTTTCTCCAGC
GGAAATCGAGCGATCGCGAAGCGGGCGCCCCCCCGGTTCCCCTAGACTTG
AAGTAATCGGTAGGCGATGTTTCCCCCGATTGTGATACACGGTCTTCGAT
TCCATGCCGAACTCCGTACAAAATTTCAATCGCTTGCCGAGCACAGGAGC
CTAGGTTTCCCGCTCCGTCCATCGACCCCTCCCTTTTTTTTGTGTGTGTG
AAGTCAAAAAAAAAAAAAACACGGTTGGCTTCGGGTAGCAATCGCATGGG
AGAAGCCACAAAGTCTACATAGCCAGCCAAGCACGTTTCACATGCCCCTG
GTTAGCGTTTCCCGCTATGCCTTCCCTTCCCTTCTCTGGCGCCCCTTAAT
CGAACGACTTTTCTCTTCTCCTCTTTACATCTCCCTTCTTGATCAGGCTG
AGAAGGCGGAGTTGAAATCGGCGTTGCTGGAGTCGATTGCAAGCGGGTTG
TTTTATAACGCGCAGCTCACCCTGCAGTGGATGGAGGCCAACGGAGCCAC
ACAGGTTGGTTTGCGCCAGCCTTTCGTGTTTTATCGCCGCCACGAATCGG
GAACTTCTGCTGTTGTCCTAGAATTGTCGTTTAGATGGTGCTTCTGGTCA
TGCTGCTGCTGCTGCTGCTGTTGTTGTTGCCGCCGCTCGCACTCGTGTTC
GGGGGGTCGCGGGACTCTCACCGCTTGCTCCCGCTTGCCCCCGCTTGCGA
ATCGTCACGTGCACTGCAGGGCGTGCTGACCCAGCTGTTCGTGTGTCTTG
AGGCGGAGGTCTTCGACACCAACCTGTCCAAGAAGATCATCGCCTTGGGG
CTCACGTCGCTGCTGTCCCTCCCGTCTGCGACCTTGCCGCCTTCGGTAGT
GCAGATCTTACCGCACGCCTTCAGTACCGTTGTAAAGGTGAGAAGTTTGT
ACGGAGTGGTAATGTATTCAAGTACAAGAAAAGGCCGAATTAGAGATTTA
CCAAAAGAGCCGAAGTACGCGTTCGCAGCATGTTAACCGAAGACCCCAAA
TCATTCTGCTATTCTTTCAAGCAATGGTGCACTCAGGGTTTTGTGTTTCC
TATCAGAGAGAGTTCCAGCTGGCGGGCTGCATGTCGCGAACATTTGAGAG
TTTTTTTTTTTTGAGGTTTTTTGAGTGAAGATGAAAGATGAGCAAATCGT
TGCTGTGTTCGTGCTCTCGCCAAGACTGTGGTACTACCGACGGAGTGAGA
GACCTGGCGACATCCGTCCAAGTGTGCACGAATCACGTGCCGTCCTTCTC
CCGTGCCCCTTTTACCCTGGGATGTGCTTTCTTCCGCTCTATTTGTTACT
GTGTGTCTACTCGCGCTCCTCCCTTCGTATTGTACTTTATTATTGTTATT
TTCCGTTGAAACGCGCGTGTGTCCTTCCCGCACCCCCCCTGCCCTTGGGT
TGCGTTTGCTTTTGCTCCTTCGCGTGTGCGTGTGCGTGTCCTTTCCGCGC
CCCTCGCTCTGAAACGTGCTTGCCTCCGCTCTTTATTTTTCTGCTTTCCT
TGCCCTCTCCGCTCTGCTGCAGCTCGTGACCGAGGACGTAAGGCACCAGG
CCGAGGCCGCCGAGGAAGAGAAAGAGGGCGACGGCGACGACGACGAGGAG
GAAGAAGAGGAGGACGACATGGATAACGAGGAGGAGGAGGACGAGGACGG
GTTCGATGACGACCAAGATGTGAAGAACGAGGAGGACGTGGCGTACATGA
AGAGTTTCAGCGCCACGGACAAGGTCAGCGGGGATGGAAGTTTGATCCTA
GTGGCCCACCCAGAAGTCGGGAGAAAGGATTATGTTTCGGTCGCGAAAAA
ACAACTCGCGTCACCACGCAAAACGTCGATGTTTGGCCGTTCACGAGAAC
TACTGTCTCGCCCAGAAGTCGAGTAGAGACACGTTCCGTGGGCGAAGAAC
TTCGACTTCACTGGCCGGGTCAGCGAGTTTAAGCCTTACATCTCTTTCTG
CACCAGCCAAAAGTCGGGTAGCAATATGTCCGATGAGGCGCACACAAGTT
CACCCTCCACGAACACGCGACCAAGATGAACACCGAAAAAACCCTCTCGT
GTTGTTGTTGTTGTTGTTGTTGTTGTTATTTATCGACATAAAAACATTCC
CGATCATCTCCAGTCCGTGGTCACAGGCTAAGTCCCTCAATGGAGGTGAA
AAAAAGAAAATACGAAAGTCAAGGTGGATCCTCTTTCGTCAGCCATAGCC
CCTTCATCTTTCCGACAGTGGCTGCAAATACCTCGACGCGATGCTGTTTT
CGCTGAGATTTCAAGAGTGACTATTTGGTTTCTATGACTCCTCTCGATGA
TGTATGTATGTGCAACATCAAAACAGGTGCGTTCGACGTTTGTGGTCGAG
AGCCTGCATGTTACACCCACCTTTGGATGAAGACCCTGGCTCCCAAGAGA
AACTGACCATGTTTTCTCTAGACCCAAAGAGAAAAATTTCCGCTTTACCT
CCACGCGGTGCATGCCTCGGAACGTGCAGCATTACCTCTAGTTTTGTTTG
CTCTTGTAGTCAAGACCAAATTGGAGCGAATGGAAAGAGCCTTTTGAATG
TAGCGGTTGTACTAAATGCACGTCTTGATTCTTCCGTTGTTTTGCATTCG
AGTTTCCGACATCGTGCCGTCGGTTTTAGCTTTTACAATGTTCTACTAAA
GATCGTGCTGCACGAGTTTTAAATACGTCTCCCCGGTTTTCCCATTTACG
TCTGTATTAGGACGGGATCGAGGAGTACCTGAGCGGCTGGGCTGACGACG
AGGATGAGAGCGAGCAGTTTTCTACGCCGATAGACGACGTCGACCTGAGG
ATATTCTTTTACGAGGCGAGTGCCTGCTTGCCACCCACCCGCCTACCGCT
TTCCCCTCATTGCGTGTGTGACGTACTCGCCATTTCTAATTTTTTAATGC
TCAAGAGTGGAGAAACTCCCTTTCGCGCACAATTCCTGTCTCTGCTGGCG
GTGCGATTAAAGAATCAGCATCCCGCCGGTGTTCATAAAAAATGCCCCCT
CTTCCCCCCTCCCCCCCGCTGCCTTTCCTCTCCCCAAACCCCTGGAATGC
CCGCCTCGTCGTTTCTCTTTGATTTCGTTTTTTTTTTTTTTTTTTTTGTC
AGTCGTTCTCATCGGCGAACGCTCGGGAGCCGGAAACTATGGCCAGGCTG
CAGCAGCACCTCAACCCGGAGACGCTGGCGGAGTGCCAGGGGCACTTCGC
GGAGGCGCACAAGCAGCAGGCTGCGGCGGCTGGGGCGGCTGCGGCGGGC

Coding sequence (CDS) from alignment at P-fluviatile_contig12:1336695..1362343+

>mRNA_P-fluviatile_contig12.1414.1 ID=mRNA_P-fluviatile_contig12.1414.1|Name=mRNA_P-fluviatile_contig12.1414.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=7092bp|location=Sequence derived from alignment at P-fluviatile_contig12:1336695..1362343+ (Porterinema fluviatile SAG_2381)
CTGCAACGGAACACACTTGGGCTGTCGCTGGTGAACAAAGGAGACCAGAG
CTGCAACGGAACACACTTGGGCTGTCGCTGGTGAACAAAGGAGACCAGAG
GACTAATCAAGAGCGGCAAACCCAGCCGGCCTTTGTGTTTTTCCCTTCGC
GCGCGGGAGAGATGGAGGCGAACGGGACGATGCCGGGCGCTCCGGGAGCG
GTAGCAGTAGGACCCTCCCTCCTCTCGGCTGAGGGGCTCCATTCGGTGCT
GCTGCACACCTTCACGCCCGAACCCACTCAGCGCAAGGACTAATCAAGAG
CGGCAAACCCAGCCGGCCTTTGTGTTTTTCCCTTCGCGCGCGGGAGAGAT
GGAGGCGAACGGGACGATGCCGGGCGCTCCGGGAGCGGTAGCAGTAGGAC
CCTCCCTCCTCTCGGCTGAGGGGCTCCATTCGGTGCTGCTGCACACCTTC
ACGCCCGAACCCACTCAGCGCAAGGCAGCCGAGGCTCAGCTGGAAGCCCT
GTGCCAGGCGCCGGAGTGTCTGATGCTGCTGCTGCAAATCGTCGTCGAGC
CCCAGGCAGCCGAGGCTCAGCTGGAAGCCCTGTGCCAGGCGCCGGAGTGT
CTGATGCTGCTGCTGCAAATCGTCGTCGAGCCCCAGGTGGACAGGGCCGT
GCGGCAGGCGGCGGCGATCGCCCTCAAGAACACGGTGAGAAGAAAGTGGT
CCCCCGAGCCTCAGGAGGACAAGCCGACCACCTTTCTCCCAGAGCACAAG
GCGACATTCAGGCACGTACACGTGCAACGGTGGACAGGGCCGTGCGGCAG
GCGGCGGCGATCGCCCTCAAGAACACGGTGAGAAGAAAGTGGTCCCCCGA
GCCTCAGGAGGACAAGCCGACCACCTTTCTCCCAGAGCACAAGGCGACAT
TCAGGCACGTACACGTGCAACGGGTTAACCTCTTCGAGGCGCTTCTGAGG
GAGACTGACACCAGCGTTCGGGACCTGCTTGCGGAAACATTGAGACTAGT
TGTCTCGCACGACTTTCCGGAGCAGTGGCCGGACCTGATCCCCGCCATCG
TGGCTCAGCTTCAGACGGGCGAAGTTTTGCGGGTTAACCTCTTCGAGGCG
CTTCTGAGGGAGACTGACACCAGCGTTCGGGACCTGCTTGCGGAAACATT
GAGACTAGTTGTCTCGCACGACTTTCCGGAGCAGTGGCCGGACCTGATCC
CCGCCATCGTGGCTCAGCTTCAGACGGGCGAAGTTTTGCGCGTGCACAAC
GCCATGCTGGCGCTGCGGAAGGTGGTGAAGCGGTTCGAGTACAAGCCCAA
GGAGTCACGAGGCCCCCTGCTCGACGTTATGCGCGTCACGCTGCCGCTGC
TTCACGGCATGTCCATGCAGCTTCTCGCCGAAGATTCCATCGAGGCAGCA
CAGCGTGCACAACGCCATGCTGGCGCTGCGGAAGGTGGTGAAGCGGTTCG
AGTACAAGCCCAAGGAGTCACGAGGCCCCCTGCTCGACGTTATGCGCGTC
ACGCTGCCGCTGCTTCACGGCATGTCCATGCAGCTTCTCGCCGAAGATTC
CATCGAGGCAGCACAGGTGCTGAAGCTCATCCTCAAAGTGTTCTGGTCGT
GCACGCAATTCGCGGTGCTGAAGCTCATCCTCAAAGTGTTCTGGTCGTGC
ACGCAATTCGCGATCCCGTCGGGAAAAGACTTGGAGAATCTCAATGTGCC
GGCGTGGATGGACCTCTGCGCCAAGATCCCGTCGGGAAAAGACTTGGAGA
ATCTCAATGTGCCGGCGTGGATGGACCTCTGCGCCAAGGTGCTAGCCAAA
CCGCTGGTCGGGCAGCCGGAATCGGAGGATGATCGGACCGCGTGGCCGTG
GTGGAAAGCAAAGAAGGTGCTAGCCAAACCGCTGGTCGGGCAGCCGGAAT
CGGAGGATGATCGGACCGCGTGGCCGTGGTGGAAAGCAAAGAAGTGGGCG
GGAAACATCGCGCAACGGTTCTTCACCCGATACGGACAGCCTCACTTCGC
AGAGGAGGGCCTGACCGACTTCGCCGAGGCGTTCTCCAAGCAGCTTGCAC
CGAAGCTGCTCGAGCAGTGGGCGGGAAACATCGCGCAACGGTTCTTCACC
CGATACGGACAGCCTCACTTCGCAGAGGAGGGCCTGACCGACTTCGCCGA
GGCGTTCTCCAAGCAGCTTGCACCGAAGCTGCTCGAGCAGGTGATGAACA
CGCTGGCCATGCGGCCGAGGGGGGAGTTCTGCACTAACCGGGTGGTGCAT
GCGTGCCTGACATTCGTCGGGCCGGCAACCGAGCTGTCGCACACGTACAA
GCTGCTCAAGCCTCATCTGGACTTCCTCCTGTTCCAGGCCGTGTTCCCGG
AGCTGGGTCTCTCCGAGAGCGACGTCGAGGTGATGAACACGCTGGCCATG
CGGCCGAGGGGGGAGTTCTGCACTAACCGGGTGGTGCATGCGTGCCTGAC
ATTCGTCGGGCCGGCAACCGAGCTGTCGCACACGTACAAGCTGCTCAAGC
CTCATCTGGACTTCCTCCTGTTCCAGGCCGTGTTCCCGGAGCTGGGTCTC
TCCGAGAGCGACGTCGAGACGTTCGACACGGACCCGCACGAATTCATCCA
CAAGTGCAACGACCCGGCGGAAGACTACCTATCGCCGCGGGTGCCGGCGA
TGAACTGCATCATCGACCTCGCCAAGTACAGGGGCAAGGACATCCTTCCC
AGGACGTTCGACACGGACCCGCACGAATTCATCCACAAGTGCAACGACCC
GGCGGAAGACTACCTATCGCCGCGGGTGCCGGCGATGAACTGCATCATCG
ACCTCGCCAAGTACAGGGGCAAGGACATCCTTCCCAGGATGTTGAGCTAC
ACCCAGAACGTGTTGACAACCTACGCGGCGGCGCCCTTGGATCAGCGAGA
CCACCGAGCCAAGGACTCGTCTCTGGTCGCCCTCGGATGTTGAGCTACAC
CCAGAACGTGTTGACAACCTACGCGGCGGCGCCCTTGGATCAGCGAGACC
ACCGAGCCAAGGACTCGTCTCTGGTCGCCCTCGGGAGCCTCGCCGAGGTG
CTCCTCAAGTCAAAGAAATACAGCAAGTCCTTGGAGACGCTGGTGGTGCA
GCACGTTCTCCCGGAGTTTCAGAGCCCTGTAGGGAGCCTCGCCGAGGTGC
TCCTCAAGTCAAAGAAATACAGCAAGTCCTTGGAGACGCTGGTGGTGCAG
CACGTTCTCCCGGAGTTTCAGAGCCCTGTAGGGTTCATGAGATACCGCGC
GTGCTGGATGATCGAGAGGTTCGCCTCAATGAGCGTTACGGACCCCAACA
CCATCCTGCACTGCCTCAACTGCACACTGCGGGTTCATGAGATACCGCGC
GTGCTGGATGATCGAGAGGTTCGCCTCAATGAGCGTTACGGACCCCAACA
CCATCCTGCACTGCCTCAACTGCACACTGCGGTGCTTGCAAGACAGTGCG
CTTCCCGTCCAGATCGAGGCGGCCGCTTCCCTCCGCTACCTCATCGAGCT
GGACGAGACGGAAGAGCCGGTTCTGAAGATGCTGCCCGACATCCTCAACC
AATACTTCCGCATTATGCAGGAGATCGGCCTGGACGAGTGCTTGCAAGAC
AGTGCGCTTCCCGTCCAGATCGAGGCGGCCGCTTCCCTCCGCTACCTCAT
CGAGCTGGACGAGACGGAAGAGCCGGTTCTGAAGATGCTGCCCGACATCC
TCAACCAATACTTCCGCATTATGCAGGAGATCGGCCTGGACGAGGTGGTG
GCTGCGCTGGACATCATCATCGAAAAGTTCCAGGAACACATCGCACCCCA
CGCCGCGGCGCTCACGCAGCAGCTCACCAGATGTTTCTTGGAATATGCCA
AGGTGGTGGCTGCGCTGGACATCATCATCGAAAAGTTCCAGGAACACATC
GCACCCCACGCCGCGGCGCTCACGCAGCAGCTCACCAGATGTTTCTTGGA
ATATGCCAAGGCGGGCGACGACGACGACGACGCGGCCATGGCGGCCAGCC
AGGTGATCGAGGCGGTTTCCACCGTGCTGGTCAGCACGAAGGCGGTCCCG
GAGCTGTTCCCGGCGATGGAAGCGCACCTGTTGCCCATGCTCGCGGAGGC
GGGCGACGACGACGACGACGCGGCCATGGCGGCCAGCCAGGTGATCGAGG
CGGTTTCCACCGTGCTGGTCAGCACGAAGGCGGTCCCGGAGCTGTTCCCG
GCGATGGAAGCGCACCTGTTGCCCATGCTCGCGGAGATTTTTTCGGAGTC
GGGAGACCTGATGGAATACTTCGAGCACGCGTGCGACGTGCTTAGTTTCC
TCACCTACTACGGATTTTTTCGGAGTCGGGAGACCTGATGGAATACTTCG
AGCACGCGTGCGACGTGCTTAGTTTCCTCACCTACTACGGCTCTGGCATC
AGCCCGCAGCTGTGGGGCCTCTTCCCGCTGCTCCACAACTCCTGGGACAA
ATGGGCGTTCGACTTGATCTCGAACATGGCCGTGCCGATCGACAATTACA
TCAGCCGGGGCACGGACGTGTTCGTGGCGGGACGGGCACCGGACGGGCGC
AGCTCTGGCATCAGCCCGCAGCTGTGGGGCCTCTTCCCGCTGCTCCACAA
CTCCTGGGACAAATGGGCGTTCGACTTGATCTCGAACATGGCCGTGCCGA
TCGACAATTACATCAGCCGGGGCACGGACGTGTTCGTGGCGGGACGGGCA
CCGGACGGGCGCAGATACGTGGAGCTGTTGCTGGACATGTGCCAGCGCGT
GCTGAAGGACGACAACCAGTCTGAGAAGGAGGCCAGGACGGCGGCCCAGC
TGTGCATGGTGGTGCTGCACAACTGCAAGGGACGGGTCGACGAGTACGTC
CCCCCCATGCTCGCGATGCTCTGCGAGCGCGTCAAGACGATACGTGGAGC
TGTTGCTGGACATGTGCCAGCGCGTGCTGAAGGACGACAACCAGTCTGAG
AAGGAGGCCAGGACGGCGGCCCAGCTGTGCATGGTGGTGCTGCACAACTG
CAAGGGACGGGTCGACGAGTACGTCCCCCCCATGCTCGCGATGCTCTGCG
AGCGCGTCAAGACGGCTGAGAAGGCGGAGTTGAAATCGGCGTTGCTGGAG
TCGATTGCAAGCGGGTTGTTTTATAACGCGCAGCTCACCCTGCAGTGGAT
GGAGGCCAACGGAGCCACACAGGCTGAGAAGGCGGAGTTGAAATCGGCGT
TGCTGGAGTCGATTGCAAGCGGGTTGTTTTATAACGCGCAGCTCACCCTG
CAGTGGATGGAGGCCAACGGAGCCACACAGGGCGTGCTGACCCAGCTGTT
CGTGTGTCTTGAGGCGGAGGTCTTCGACACCAACCTGTCCAAGAAGATCA
TCGCCTTGGGGCTCACGTCGCTGCTGTCCCTCCCGTCTGCGACCTTGCCG
CCTTCGGTAGTGCAGATCTTACCGCACGCCTTCAGTACCGTTGTAAAGGG
CGTGCTGACCCAGCTGTTCGTGTGTCTTGAGGCGGAGGTCTTCGACACCA
ACCTGTCCAAGAAGATCATCGCCTTGGGGCTCACGTCGCTGCTGTCCCTC
CCGTCTGCGACCTTGCCGCCTTCGGTAGTGCAGATCTTACCGCACGCCTT
CAGTACCGTTGTAAAGCTCGTGACCGAGGACGTAAGGCACCAGGCCGAGG
CCGCCGAGGAAGAGAAAGAGGGCGACGGCGACGACGACGAGGAGGAAGAA
GAGGAGGACGACATGGATAACGAGGAGGAGGAGGACGAGGACGGGTTCGA
TGACGACCAAGATGTGAAGAACGAGGAGGACGTGGCGTACATGAAGAGTT
TCAGCGCCACGGACAAGCTCGTGACCGAGGACGTAAGGCACCAGGCCGAG
GCCGCCGAGGAAGAGAAAGAGGGCGACGGCGACGACGACGAGGAGGAAGA
AGAGGAGGACGACATGGATAACGAGGAGGAGGAGGACGAGGACGGGTTCG
ATGACGACCAAGATGTGAAGAACGAGGAGGACGTGGCGTACATGAAGAGT
TTCAGCGCCACGGACAAGGACGGGATCGAGGAGTACCTGAGCGGCTGGGC
TGACGACGAGGATGAGAGCGAGCAGTTTTCTACGCCGATAGACGACGTCG
ACCTGAGGATATTCTTTTACGAGGCGAGTGCCTGCTTGCCACCCACCCGC
CTACCGCTTTCCCCTCATTGCGTGTGTGACGTACTCGCCATTTCTAATTT
TTTAATGCTCAAGAGTGGAGAAACTCCCTTTCGCGCACAATTCCTGTCTC
TGCTGGCGGTGCGATTAAAGAATCAGCATCCCGCCGGTGTTCATAAAAAA
TGCCCCCTCTTCCCCCCTCCCCCCCGCTGCCTTTCCTCTCCCCAAACCCC
TGGAATGCCCGCCTCGTCGTTTCTCTTTGATTTCGTTTTTTTTTTTTTTT
TTTTTGTCAGTCGTTCTCATCGGCGAACGCTCGGGAGCCGGAAACTATGG
CCAGGCTGCAGCAGCACCTCAACCCGGAGACGCTGGCGGAGTGCCAGGGG
CACTTCGCGGAGGCGCACAAGCAGCAGGCTGCGGCGGCTGGGGCGGCTGC
GGCGGGACGGGATCGAGGAGTACCTGAGCGGCTGGGCTGACGACGAGGAT
GAGAGCGAGCAGTTTTCTACGCCGATAGACGACGTCGACCTGAGGATATT
CTTTTACGAGGCGAGTGCCTGCTTGCCACCCACCCGCCTACCGCTTTCCC
CTCATTGCGTGTGTGACGTACTCGCCATTTCTAATTTTTTAATGCTCAAG
AGTGGAGAAACTCCCTTTCGCGCACAATTCCTGTCTCTGCTGGCGGTGCG
ATTAAAGAATCAGCATCCCGCCGGTGTTCATAAAAAATGCCCCCTCTTCC
CCCCTCCCCCCCGCTGCCTTTCCTCTCCCCAAACCCCTGGAATGCCCGCC
TCGTCGTTTCTCTTTGATTTCGTTTTTTTTTTTTTTTTTTTTGTCAGTCG
TTCTCATCGGCGAACGCTCGGGAGCCGGAAACTATGGCCAGGCTGCAGCA
GCACCTCAACCCGGAGACGCTGGCGGAGTGCCAGGGGCACTTCGCGGAGG
CGCACAAGCAGCAGGCTGCGGCGGCTGGGGCGGCTGCGGCGG