mRNA_P-fluviatile_contig20.4420.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig20.4420.1
Unique Name	mRNA_P-fluviatile_contig20.4420.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: D7FKW9_ECTSI (Similar to Ubiquitin carboxyl-terminal hydrolase 15 (Ubiquitin thiolesterase 15) (Ubiquitin-specific processing protease 15) (Deubiquitinating enzyme 15) (Unph-2) (Unph4) isoform 11 n=2 Tax=Ectocarpus TaxID=2879 RepID=D7FKW9_ECTSI)

HSP 1 Score: 2502 bits (6485), Expect = 0.000e+0
Identity = 1418/2097 (67.62%), Postives = 1582/2097 (75.44%), Query Frame = 1

Query:  562 MGCCSSQPSAQAPTGRGAFPAPLPPPMQDNMNELLNRWRHAEVNLLQRRFRLARAQSVKHTIASKIRSSLAGPSSNTNXXXXXXXXTSVNRDTDSGSAIFGEEKDKDNGSTASPASRDGA---TAEVDSRRSGESSSVSTTALPVPAGPAKATPNGTSPHSGGAAAGQG-QVLSLGDAGGARAGMDKEAFLRVFPDLQELPVEVQRSSFRLFDCVGRGSLDFRNFCRALALCCRGSREERLRFLFDLFSGASQPKHFGTQRGPDGGPRDATSSSGAPAVASLSETEFSGLKKQLGLSAGDADHTRFKAAPGVPGLLLSEYFEWAEVHASDEALDRALRPFYLLPSPQQEKDKVLAHLMEYKIEEGQSMCLVAAPWWAYWSSYVALTKADVLRVPERVALGLHKTEECLGQAPAEEPI-----HGKEVKAEGEGVVGTSV-SLNVAASSNNAGVVGAEAXXXXXXXXXXXAAPAGGQTTDSSGGAGKERVVPTMLARRPHEIDNSSLQGGAEWEVAPNLFLGDDYIMLPKSLWDIMVEWYGGGPVFSRKVVKVSSSPSRLLQLPERAQESAPGLVPGMKETEAGPSSSSLTVDLYPLALHVSVSDAAGRPSGRERLVLTSHHVHIREMLQEALSNSSTYGNTRGLSMTPEALNAQAENRAVSAAANAEQEHDMQQLSEQGASGSDASLGKQHMPPRHEGSS-NPTEDVRLWVLETSTSGLLDTPRMHTAASTPGARRPRFSYGGGQALGSVDPQSGLHRWKLVQREEEEMTLAELGLIGGEKVMLEHKNQHGKWPRFRYIEDPGFRHFHEGDRVDAMDYQGRWFRGQVVEVGSKSSSKNVDSDGPIGRKKSNRRHRLELDPPLREPIREVATQRGHESEGGIDYPDPAVGSSEVLGAEVRSAGKPGAPRSSSSDSQRQRRASGREASRSGDTSSSESGRSLMGGDREGGSGSSRRRTRVRIHFDRFAPQWDEWYDSKSLKLAPEGSYTAPVVPTQPLLRPRDEANGETEASQDASPNSTVAADGPGAHSSGPSKAGGGAYLPPVGRFPGDASSS--WNARSQNSARTNGTNGGADGISNYGGGALNRRSNTPGKPPLPGACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDE-AESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVGAENDNGKSKACNTLSAAAEFTNPRELVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGV--DVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGASGGRSSKAESKDRMAKATSDSSSQRPDFSVTAAWVARAAVGLESGISDEELRQLLPFTVKFVLRQNPLSEVGSVELVPDRWRAASSLLCPKLILALEWKDASRDYLDVLAATFDHPSYLELENKSQSVHSGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEVTGWGLEHPWLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNVINMTI 6804
            MGCCSSQP AQ P+G   FP PLP PMQDNMNELLNRWRH EVNLLQR FRL RAQ+VKHTIASK+  SLA PSSN+         TS NRD    SA FGE+       +ASPASRDGA   TAE+D ++ G+ ++          GP K           GA +G+G QV+SLGD+GGARAGMDKEAFLRVFPD+Q LPVEVQRS+F LFDCVGRGSLDFRNFCRALALCCRGSREERLRFLFDLFSGASQPKH+GT  G DGG RDA+S+SGA   A LS+ E  GLKKQLGLSAGDA+H  F+   GV GLLLSEYFEWAE+HASDEALDRALRPFYLLPSPQQEKDKVLAHLMEY IEE Q MCLVA+PWW+YWS+Y ALTK DVLRVPER ALGL KT   L Q PA+EP       G +V      VVG  V S+ V   + +A                   +PA     +   GAGKER VPT LARRPHEIDNSSLQGGAEWEVAPNL LG+DY+MLPKSLWD+MV+WYGGGPVF+R+VV VSS+    L+LPE+A+        G  + EA PS++ L VDLYPLALHVS+ D AGRP GRERLVLTSHHVH+R+ML + L +S   G +RGLSMT   +    +   V   A+  QE   Q+LSE+G       +G    P R + SS N T  VRLWVLE STSGL+DTPR+H  +S PG  RPRFSYGGG+ LG VDPQSGL RW+LV+ EEE MTL+ LGLIGGEKVM+E+KN  GKW R +YIE PGFR F E DRVDAMDYQGRWFRGQVVEVGSKSSSK VDS+GP+GRKKSNRR RLELDPP  EP+RE A Q        +++ +P   S    G   RSA K GA RS         R+SG+E  R G     E       G R+GG   SRRR RVR+HFDRFAPQWDEWYDSKSLKLAPE S+TAP VP  P LRP +E NG+TEA ++ASP++T    G GA +   SK GG  + PPVGRFPGDAS+   W ARSQ+  RTNGT   ADGISNYGGGALNRRSNTPGKPP+PGACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNK NPLGTQGKLVEDFASLLKSLWSQEYLC+FPSKFKRGLIK KPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAP++D+ AESGRSDQ+LADEAWDRHVQRNRSVIVDLFQGQLKM CRCTVC+KKSVTFDPFMYLSVPIPVRNEKMVAVVM+PRIRT YLV +   NG+  A  +    A+F+NPR+LVPVQYG+MLPRLGELSDLKRALSDLCGIP  S+VVAILQQNQ KV+QDK+LLTELRDD  V+ALEM  GE      RR   + +  + +  +PV   T +            XX    A+ S  ++  GT   PT      +     + V   E+G  +  AKG+     S E       G GV+P     T           AAE RS+ SED  + EE         TDL++DR PTS+ D RTPDERC +SFP  LRDLE+GWRLDALDGQGGW+AATVVEI+P+A +L R G+K SKA  +  G+D  KRKTEYLV+VHFD FTS+WDESYGEQEWREKKLQPLFTKT  Q RT DIPVVHRKTIRV TSGA         STR+G G  S  +    D ++P   ++TAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAG+SGGRS KA  KDR A+A+S S +QRPD  VTAAWVARAA GLE  I+DE+L QLLPFTVKFVL+QNPL+EV SVELVPDRWRAASSLLC KLILALEWKD  RDYLDVLAATF+HPSYLELEN +QSV SGLTLEQCL+AYTREET E EDSWYCS+CQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLV+FPHSGLDMSGFVSSNSAH+NQAGGGQAGMVYDLFGVVNHMGGMTGGHYTA CRSSPCSKDGVEEVTGWGLEHPWLNFDDEFVEEMAPDKIVS+AAYVLFYRRRRLTPSNVINMTI
Sbjct:    1 MGCCSSQP-AQPPSG--GFPTPLPAPMQDNMNELLNRWRHGEVNLLQRSFRLGRAQAVKHTIASKMFGSLAAPSSNSGTATSAA--TSANRDR---SASFGED------GSASPASRDGAATATAELDGKKPGDGAT---------GGPLKV----------GAGSGEGGQVVSLGDSGGARAGMDKEAFLRVFPDVQGLPVEVQRSAFLLFDCVGRGSLDFRNFCRALALCCRGSREERLRFLFDLFSGASQPKHYGT--GADGGARDASSASGAT-TARLSDAELVGLKKQLGLSAGDANHAHFQKTSGVSGLLLSEYFEWAELHASDEALDRALRPFYLLPSPQQEKDKVLAHLMEYAIEEAQCMCLVASPWWSYWSNYAALTKEDVLRVPERTALGLDKTPGYLDQRPADEPAVTLGAEGGDVAVRPGDVVGDGVASMGVGNGNGHA----------------QGESPA----MERLAGAGKERAVPTTLARRPHEIDNSSLQGGAEWEVAPNLDLGEDYVMLPKSLWDVMVDWYGGGPVFARQVVNVSSN----LELPEKARG-------GGDDAEAEPSTARLAVDLYPLALHVSMCDPAGRPGGRERLVLTSHHVHVRDMLADVLDSSRLQGMSRGLSMTAATI---PQEDPVLENADVVQE---QRLSEEGDV-----VGDGETPLRRDVSSQNRTGQVRLWVLEISTSGLIDTPRVHAPSSAPGFCRPRFSYGGGRELGGVDPQSGLDRWRLVKTEEEGMTLSALGLIGGEKVMVENKNPDGKWQRRKYIESPGFRQFRENDRVDAMDYQGRWFRGQVVEVGSKSSSKIVDSEGPVGRKKSNRRQRLELDPPTEEPVREGANQE-------VEHLEPGDASDRNEG---RSAAKAGAGRSXXXXXXXXXRSSGKE--RDGGVGGKE-------GPRQGGP--SRRRLRVRVHFDRFAPQWDEWYDSKSLKLAPEFSHTAPAVPAPPALRPTNEGNGDTEAEEEASPDATAIRGGVGAPAPSSSKPGGNTFPPPVGRFPGDASNGNGWGARSQSMPRTNGTGSTADGISNYGGGALNRRSNTPGKPPVPGACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNKYNPLGTQGKLVEDFASLLKSLWSQEYLCIFPSKFKRGLIKYKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPDDDDDAESGRSDQDLADEAWDRHVQRNRSVIVDLFQGQLKMECRCTVCNKKSVTFDPFMYLSVPIPVRNEKMVAVVMLPRIRTRYLVRSSGLNGEDGAMASDGGGAQFSNPRQLVPVQYGMMLPRLGELSDLKRALSDLCGIPTVSIVVAILQQNQIKVMQDKELLTELRDDTWVVALEM-QGEINLN--RRAKPSTSASRQATVSPVPTPTSSGPTKPEAATAAGXXXXXXAALSEEELPVGTEAEPTEPSNTTSGTPAPNVVVPVENGGSTTAAKGEGGAAESAEE------GQGVSPEPLKETLKEGLGVPETAAAEARSDGSED-EEAEE---------TDLDNDRPPTSTPDNRTPDERCMSSFPTRLRDLEIGWRLDALDGQGGWYAATVVEINPRAKALDRGGDKPSKASLSGKGEDQ-KRKTEYLVRVHFDAFTSRWDESYGEQEWREKKLQPLFTKTRRQERTNDIPVVHRKTIRVPTSGAH----PQPASTRDGPGMRSEGDADRRDTKEPPPGFVTAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGSSGGRSFKAGGKDRTARASSGSRTQRPD--VTAAWVARAAAGLERDITDEKLAQLLPFTVKFVLKQNPLTEVCSVELVPDRWRAASSLLCTKLILALEWKDPGRDYLDVLAATFEHPSYLELENNAQSVLSGLTLEQCLDAYTREETFEEEDSWYCSSCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVLFPHSGLDMSGFVSSNSAHRNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTAYCRSSPCSKDGVEEVTGWGLEHPWLNFDDEFVEEMAPDKIVSDAAYVLFYRRRRLTPSNVINMTI 1972

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BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: A0A7S3JRX2_9STRA (Hypothetical protein n=2 Tax=Aureoumbra lagunensis TaxID=44058 RepID=A0A7S3JRX2_9STRA)

HSP 1 Score: 512 bits (1318), Expect = 4.510e-146
Identity = 549/2110 (26.02%), Postives = 829/2110 (39.29%), Query Frame = 1

Query: 1099 GMDKEAFLRVFPDLQELP-VEVQRSSFRLFDCVGRGSLDFRNFCRALALCCRGSREERLRFLFDLFSGASQP------KHFGTQRGPDGGPRDATSSSGAPA-----VASLSETEFSGLKKQLGL-----SAGDADHTRFKAAP-----GVPGLL-----------------LSEYFEWAEVHASDEALDRALRPFYLLPSPQQEKDKVLAHLMEYKIEEGQSMCLVAAPWWAYWSSYVALTKADVLRVPERVALGLHKTEECLGQAPAEEPIHGKEVKAEGEGVVGTSVSLNVAASSNNAGVVGAEAXXXXXXXXXXXAAPAGGQTTDSSGGAGKERVVPTMLARRPHEIDNSSL--QGGAEWEVAPNLFLGDDYIMLPKSLWDIMVEWYGGGPVFSRKVVKVSSSPSRLLQLPERAQESAPGLVPGMKETEAGPSSSSLTVDLYPLA--------LHVSVSDAAGRPSGRERLVLTSHHVHIREMLQEALSNSSTYGNTRGLSMTPEALNAQAENRAVSAAAN-----AEQEHDMQQLSEQGASGSDASLGKQHMPPRHEG------------------------SSNPTEDVRLWVLETSTSGLLDTPRMHTAASTPGARRPRFSYGGGQAL---------------GSVDPQS---GLH--RWKLVQREEEEMTLAELGLIGGEKVMLEHKNQ-HGKWPRFRYIEDPGFRHFHEGDRVDAMDYQGRWFRGQVVEVGSKSSSKNVDSDGPIGRKKSNRRHRLELDPPLREPIREVATQRGHESEGGIDYPDPAVGSSEVLGAEVRSAGKPGAPRSSSSDSQRQRRASGREASRSGDTSSSESGRSLMGGDREGGSGSSRRRTRVRIHFDRFAPQWDEWYDSKSLKLAPEGSYTAPVVPTQPLLRPRDEANGETEASQDASPNSTVAADGPGAHSSGPSKAGGGAYLPPVGRFPGDASSSWNARSQNSARTNGTNGGADGISNYGGGALNRRSNTPGKPPLPGACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYL------------------VGAENDNGK--------------------------------SKACNTLSAAAEFTNPRELVP--VQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVA-ILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRK--TIRVSTSGAQGLTLTHSVSTREG----------------AGRGSGSEGVDV----------RDP----RARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGASGGRSSKAESKDRMAKATSDSSSQRPDFSVTAAWVARAA-VGLESGI--SDEELRQLLPFTVKFVLRQNPLSEVGSVELVPDRWRAASSLLCPKLI------LALEWKD--ASRDYLDVLAATFDHPSYLELENKS---QSVHSGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSA----HKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEVTGW------GL-EHPWLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNVINMT 6801
            GM+K   L +  D + +    V  + F LFD    G + FR+FCRALA CCRG+R ERLRFLF LF+   Q       K  G +   +      T++   P      ++   +T    +K Q  L     + GD D T   ++P     G+  LL                  +++ EW++ H SD  +D+AL P  +L +P+ E+  +   L    ++ G ++  + + WW  W+ YV L+      +P  +                                    + ++   ++N      AE                                  +   +RP EIDNS +  + GA           D +++LP+S+W+++  WYGGGP   R +V   +     + +   A +    +      T     ++++ ++ +  A         H +  D AG         +T+H  +  + +   + NS+T        +TP       + R V+  AN     A+ E D +          D     +    RH                          S +P   V L   E  ++   D  ++ +     G R  RFS      L                S +  S     H  RW+L+       +L  +G+   + +++E  +   G+WPR +  E     H   GDR+DA DY+G+WF G V+E+                                         +R  E +     P                      PR                                                RVR+ FD F P+WDEWYD  S  LAP G+              +++AN   +     SP                        LP + +     SS   A+S    RTN  NG  +  SN GG   ++      K  LPG+ GLVN+GNTCY+NSA+QCLSHTPL+RAY+LS+ ++ EVN+ NPLGTQG++VE+FAS+LK LWS++Y  + P+KFKR L K KPQFAGN+Q DSQEFLAEMLD LHEDVNRV++KPYV  P++DE +   S  + A EAWDR++ RNRSVIVDLFQGQL     C VC K+S+ F+ FMYLSVP+P   +++V +V++ R   S L                  V    DNG                                 S+   +++       P+ +VP  V+Y   +PRLG +++LK+A++   GI A  LV+  + +    K+  D + L  + D+  ++A E                                                                TPEPP                                                                                                       P +  D          +FP T   L +G R+DALD +G WF   VV I+              ++G  R               V FD F SKWDE YG  ++   KL P +T +  + R ++I V+HR+  T    T   Q  ++ +    ++G                      SE ++           R P    R       +LFG PF+VR         L+  ++ QA  FV           + ++ +   T++ +  +  F +  A +A+   V + + I  S EE ++         +    LS        PD + +   +L   ++      + L+W D  A  D  +   A  D      L+++    Q+    ++L  CL+A+++EETL  ++ W+C  C+ +R  + +I  WK+PD+LVIHMKRF  SA WREKI T V FP + LDMS +V  +++    H + A      M YDLFGV+NH+GGMTGGHYT+  R+ PC++DGVEEV         GL ++ WL+ DD+ VEE+ P +IV+EAAYVLFYRRR LTP+ VIN++
Sbjct:   68 GMEKSVLLALLNDDRLIRNAAVGDAVFGLFDSSSSGFVSFRDFCRALAWCCRGTRLERLRFLFCLFAMYEQQQLQQQVKEKGIKAEKEIVHNGETNNKSRPVPTYNGLSPDPKTSPRFVKDQRELLHEELALGDLD-TEGDSSPKLGRQGLEALLDFCCTNHHHIDLNLQLSFNKFIEWSQTHLSDTIVDQALEPLCVLSTPRSERQAIFTALQAAPLQPGDTVFAIDSDWWQRWAKYVQLSSP----LPSAII----------------------------------QLQVDTGNNNNKYNCTSAE--------------------------------YSSSSQQRPDEIDNSLVIKKDGA--------LKADAFLLLPRSVWELLSRWYGGGPALPRTIVSCGNVDLHPILVRVSACDRNGEVSLKAATTRIERFAANVNLNNFAKAENVLRAYFFHAACQDKAG--------FITNHESNQSDQVDPLVINSNT--KIDDAELTP------GQRRRVTILANRLFAGAKAEMDAEIRLALRLDDEDKLYLAKRQAERHAXXXXXXXXXXXXXXXXXXXXXXXXXSESPPTGVALAYPEDESAK--DDQQLFSTYGA-GERALRFSKKNQVRLWYRRAARSNKDITISASTNKASRTISQHPLRWRLLDAS----SLDAVGIKSMDDILIEFCDPVTGEWPRAKISEISA--HLKVGDRLDACDYRGKWFPGSVIEL-----------------------------------------ERSPEEQNNATSP----------------------PR------------------------------------------------RVRVRFDHFHPKWDEWYDVSSSGLAPLGTRAN-----------QEQANSRKDGIPANSP------------------------LPMIKKSLSTDSSESTAQS---GRTNQNNGLDE--SNKGGIQRSKNKELAVKDVLPGSTGLVNLGNTCYINSALQCLSHTPLLRAYILSEGYSGEVNRTNPLGTQGRMVEEFASILKQLWSEQYRYIAPNKFKRTLAKLKPQFAGNDQHDSQEFLAEMLDMLHEDVNRVVEKPYVVEPDDDEVDKLTSI-DAAREAWDRYLLRNRSVIVDLFQGQLMSERTCAVCSKRSLKFETFMYLSVPLPAPRDRLVKLVLLTRAEGSKLDLSRLEVPTNRPASTAISVDMPPDNGAISDKTTEINASKIEKRSSWSAMLSKPIEKNETSEEDKSIALNGALLQPKLVVPRVVKYVFEIPRLGTVAELKKAIAKRSGIAASDLVIGDVFRHRFIKLWHDTEPLARMADEDFLVAYES---------------------------------------------------------------TPEPP-------------------------------------------------------------------------------------------------------PDAPED----------TFPNTFDALRVGSRVDALDLRGHWFVGMVVAIN--------------ESGQRR---------------VSFDHFASKWDEWYGPNDFS-TKLAPPYTYSKRKARIMEIQVIHRRLRTKPTKTETQQKNSIDYDDDVKQGDNEVCTKEESKELAPCTAETENSEKMNTVSADENEKVRRQPTIPRRPSNPNGVELFGTPFVVRIESDMQVEKLYSKIMNQAQAFV---------NPKWRNSLTTLTTEKAGPKRPFEIRLAALAQPTLVRVVNNIKTSAEEKKE--------TVEAQSLSSQEHFSSAPDIFYSGRKVLVTDILDEARGAVTLDWLDPTAYDDCFEASEAARDPSCNEHLDDEGRLRQNNGQNVSLATCLDAFSKEETLSDDNFWFCPKCKVNRHAISRILPWKLPDILVIHMKRFLYSANWREKINTRVDFPLTSLDMSTWVHPDASGCDVHHHGA------MTYDLFGVINHLGGMTGGHYTSYVRAVPCTRDGVEEVASSFPTEEDGLVDYRWLHVDDDLVEEVGPQQIVTEAAYVLFYRRRSLTPATVINLS 1692

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BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: F0YH03_AURAN (Ubiquitin carboxyl-terminal hydrolase n=1 Tax=Aureococcus anophagefferens TaxID=44056 RepID=F0YH03_AURAN)

HSP 1 Score: 480 bits (1235), Expect = 1.600e-143
Identity = 354/1032 (34.30%), Postives = 479/1032 (46.41%), Query Frame = 1

Query: 3793 PGKPPLPGACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVGAENDNGKSKACNTLSAAAEFTNP--RELVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQ-TKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGASGGRSSKAESKDRMAKATSDSSSQRPDFSVTAAWVARAAVGL--ESGISDEELRQLLPFTVKFVLRQNPLSEVGSVELVPDRWRAASS----LLCP-----------KLILALEWKDASRDYLDVLAATFDHPSYLELE---------NKSQSVHSGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEVTGWGLEHPWLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNVINMT 6801
            PG   LPGA GLVN+GNTC++NSA+QCLSHTPL+RAY+LS+ +AAE+N+ NPLG+QG++V++FA++L+ LWS  Y  V PSKFKR L + KPQFAGN+QQDSQEFL EMLD LHEDVNRV++KPYV  P++D+  +  + +  A +AWDR++ RNRSVIVDLFQGQLK   +C  C KKSV F+PFM+LSVP+P   EK                              L  AA    P  ++L    +G+ +PRLGE+ DLK ALS++ G+P   + V  + +++  ++L+D + L  +RDD +V+A E                 K+   PSA+     S +A                A A AS +                                                               +G+A            AAE                                             +  FP  L  + +G R+DALD +G WF   VV ID              ++G  R               VHFD F+++WDE YGE EW++ KL    T++    R +++  VHR+        A G +L                                +LFG PF+VR    RS R L+R VV+QA  FV                           + D         RAA G   + G +D+E    LPF V      NP +      LVP+  RA       L  P           ++ LAL+    +  + D L     H S LELE           +     G+ L  CL+A+++EETL   D+W C  C+  R    KI+ WK+PD+LVIH+KRF CSA+WREKIRT V+FP S LDM+ +V    A   Q G     M YDLF V NH+GGMTGGHYT+  R+              G ++ WL+ DD+ VEE  P  +V++AAYVLFYRRRRLTPS VI+++
Sbjct:   77 PGARDLPGATGLVNLGNTCFMNSALQCLSHTPLLRAYVLSEQFAAEINRANPLGSQGRMVDEFANVLRMLWSDRYRSVAPSKFKRALARAKPQFAGNDQQDSQEFLNEMLDVLHEDVNRVVEKPYVEEPDDDDV-AKLTYEVAARDAWDRYLLRNRSVIVDLFQGQLKSEKQCCACGKKSVKFEPFMHLSVPLPSTQEKR-----------------------------LKHAASKKRPGEKQLRAAIFGVSVPRLGEVGDLKSALSEVTGVPRADIAVGDVYRHRFARILEDDEPLAAVRDDDVVVAYE-----------------KSEAPPSATAGKRPSKRATGDAY-----------ADADASDD---------------------------------------------------------------DGAA------------AAE---------------------------------------------SADFPGDLDGVRVGTRVDALDHRGQWFVGQVVAID--------------ESGCRR---------------VHFDRFSARWDEWYGENEWKQGKLAAPKTRSRHTVRVIELQCVHRR------PAAGGASL--------------------------------ELFGSPFVVRVASDRSCRSLFRAVVRQAWLFV---------------------------KRDH--------RAAAGFPRDGGAADDES---LPFKVAVGSTANPSTNARRAALVPEDQRAGRDCEMLLATPTAAVGDAVDDRRMCLALDCTHVTA-FDDPLRHAPKHKSCLELEAAELRDRAEESAGDDDGGIPLSHCLDAFSKEETLSEADAWICPQCKEPRSATSKIEPWKLPDILVIHVKRFLCSAKWREKIRTKVLFPLSALDMAPWVHEE-ARSLQRGA----MTYDLFAVTNHLGGMTGGHYTSYVRAD-------------GGDYRWLHVDDDVVEEAGPKSVVTDAAYVLFYRRRRLTPSTVISLS 806

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BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: A0A1Z5KMG2_FISSO (Uncharacterized protein n=1 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5KMG2_FISSO)

HSP 1 Score: 354 bits (909), Expect = 1.450e-94
Identity = 320/1114 (28.73%), Postives = 485/1114 (43.54%), Query Frame = 1

Query: 3814 GACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAA--EVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVGAENDNGKSKACNTLSAAAEFTNPRE--------LVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFV-------AGASGGRSS----------KAESKDRMAKATS---------DSSSQRPDFSVTA-----AWVARAAVGLESGISDEELR-----QLLPFTVKFVLRQNPLSE---VGSVE--LVPDRW-RAASSLLCPKLILALEWKDASRDYLDVLAATF------------DHPSYLEL---------ENKSQSVH---SGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNS-AHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEV--------------------TGWGLEHP-------------------------WLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNV 6789
            GACGL N+GNTCY+NSA+QC+S+ PL+RAYLLS+M+ A  ++N+ NPLGT GK +E+ A L+K +W   +    P +FK  L K  PQF+G +QQD+QEFL  MLD LHED NRV  KPYV A ++D     + ++ + +E+W R ++RNRSV+ D+  GQ+     C  C+  S  FDPF  LS+PIP   + +       R   +      N + +  + +T  +      PR+         V  QY I + RL +  DL+  L +LCGI +  L +  L++ +    Q + +L+         +L  ++ + GP S   +   + +   ++ TP+                        A  SS +    T +P           E     TL E+ A +  A   + H L    + G+                          AE R  DS                     D  +      RR         +P + +D  +G R+DA D +G WF+ +VV++   A     +G +S          D + + T   V VHFD F+SKWDE+Y  ++++E  +Q LF+  +P+ +  D+ V HR                                          Y      FGLPF   C    +       ++ Q SRF+           G ++S          ++   D++ +  S         D    R    +T        + +  + LE  +S+ EL+      LLPF ++ +   +P++     GS E  L P    R  ++ +  + ++ L W+  ++D L    ++F             H +  E+         EN+++  H    G+ L  CL+ + +E+ L   D+W C  C+  R G   ++LW++PD L  H+KRF+ SARWREKI T V FP +GLDMS +    S A +N     +   +YDL GVVNH G MTGGHY A C+ S C KDG EEV                    +GW L  P                         WL FDDE VE + PD + +E AYVLFYRRR L+ SN+
Sbjct: 1073 GACGLTNLGNTCYMNSALQCISYMPLLRAYLLSNMFKATGDLNRDNPLGTGGKFLEESAELMKIMWCSRFGEKSPIRFKAHLGKFNPQFSGADQQDAQEFLNYMLDVLHEDSNRVRKKPYVEALSDDYVRQHQLNR-VGEESWRRFLRRNRSVVSDVAMGQVLNTVTCPACNYSSRNFDPFNLLSIPIPTIADVIFQCTFYRRATPATCPWVLNRSRRESSSSTRYSFR--AGPRKGSGPPLETYVAEQYAITMSRLADSGDLRLQLQNLCGIASARLHLFRLEEVENDGFQPESVLSHRA------SLIPLNDKEGPCSQLMKKRGQNDASAASVTPII-----------------------AFESSLRPRQWTDKP-----------ELSGDSTLNENTATANAAH--SDHFLRCLDSYGDD-------------------------AECRVYDS---------------------DPLVLVKEASRRM--------WPESAQDFTIGLRVDAKDQRGNWFSGSVVKVFDDATC--NEGNESC---------DEVVKDTR-RVSVHFDNFSSKWDETYSIRDFQEGNIQSLFSHATPKTKPTDLLVYHR------------------------------------------YDNTSVYFGLPFYASCRNEWTNARAGAQILAQVSRFLYYPPVDPEERKGPQTSADPFVERALHESRYYDKIQRTVSELIDILLEYDRKYVRLGLGLTTDDTETVKLTKLTIPLEQLVSELELKVADYLALLPFEIR-ISSMDPVNADKTQGSPEEELFPFLLNRTIANFVTARSVVVLCWRPHNKDKLCTPKSSFARSVAYVLPPVQTHKTSAEILKKASLNDSENEAKKDHIDSGGVGLGSCLKEFCKEQKLSLSDNWRCPRCKDFREGKQDMNLWRLPDFLTFHIKRFNMSARWREKITTKVNFPLTGLDMSEWCHGTSPALRNLHPDSR---IYDLIGVVNHYGSMTGGHYIATCKVSNCGKDGREEVGYSFNGVGVINVQSDELDVPSGWRLSRPKAELNQNKQAALISAKAVAESAEPTWLQFDDELVEPIPPDVVATEMAYVLFYRRRELSSSNI 2029

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BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: A0A1Z5KNS6_FISSO (Uncharacterized protein n=1 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5KNS6_FISSO)

HSP 1 Score: 353 bits (907), Expect = 2.480e-94
Identity = 324/1113 (29.11%), Postives = 480/1113 (43.13%), Query Frame = 1

Query: 3814 GACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAA--EVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVGAENDNGKSKACNTLSAAAEFTN-----PREL-VPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEI-DPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFV----AGASGGRSSKAESKDRMAKATSDS----SSQRPDFSVTAAWVA--RAAVGLESGISDEELRQ--------------------------LLPFTVKFVLRQNPLSE-----VGSVELVPDRW-RAASSLLCPKLILALEWKDASRDYLD------------VLAATFDHPSYLEL-----------ENKSQSVHSG-LTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNS-AHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEV--------------------TGWGLEHP-------------------------WLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNV 6789
            GACGL N+GNTCY+NSA+QC+S+ PL+RAYLLS+M+ A  ++N+ NPLGT GK +E+ A L+K +W   +    P +FK  L K  PQF+G +QQD+QEFL  MLD LHED NRV  KPYV A ++D     + ++ + +EAW R ++RNRSV+ D+  GQ+     C  C+  S  FDPF  LS+PIP   + +    +  R   +      N + +  + +T  +    T      P E  V  QY I + RL +  DL+  L +LCGI A  L +  L++ +    Q + +L+         +L  ++ + GP S       K  G+  AS   A+ TQ                   A  +S +    T +P T      ++D+  +  T   +  DS        H L    + G+                          AE R  DS                     D  +      RR         +P +  D  LG R+DA D +G WF+ +V+++ D +  +           G   +GD+  K   +  V VHFD F+SKWDE+Y  ++++E  +Q LF+  +P+ +  D+ V HR                                          Y      FGLPF   C    +       ++ Q SRF+          +  +A +   + +A ++S      QR    +    V   R  V    G+S +E++                           LLPF  + +   +PL+          E+ P    R   + +  + ++ L W+  S+D               VL     H +  E+           E K  ++ SG + L  CL+ + +E+ L   D+W C  C+  R G   ++LW++PD L+ H+KRF+ SARWREKI T V FP +GLDMS +    S A +N+    +   +YDL GVVNH G MTGGHY A C+ S C KDG EEV                    +GW L  P                         WL FDDE VE + PD + +E AYVLFYRRR L+ SN+
Sbjct: 1068 GACGLTNLGNTCYMNSALQCISYVPLLRAYLLSNMFKATGDLNRDNPLGTGGKFLEESAELMKIMWCSRFGEKSPIRFKSQLGKFNPQFSGADQQDAQEFLNYMLDVLHEDSNRVRKKPYVEALSDDYVRQHQLNR-VGEEAWRRFLRRNRSVVSDVAMGQVLNTVTCPACNYSSRNFDPFNLLSIPIPTVADVIFQCTLYRRATPATCPWVLNRSRRENSSHTRYSFKAGTTRGNGPPSETYVAEQYAITISRLADSGDLRLQLQNLCGIAAARLHLFRLEEFENDGFQPESVLSHRA------SLIPLNDKEGPCSQLM----KKRGQNDAS--AASVTQII-----------------AYETSLRPRQLTDKPET------SDDKSSTENTAPGNATDS-------DHFLDCLESYGDD-------------------------AECRVYDS---------------------DPLVLAKEVSRRM--------WPESAEDFILGLRVDAKDQRGNWFSGSVIKVFDDETAN-----------GGTDNGDETFKDTRK--VSVHFDNFSSKWDETYSIRDFQEGNIQSLFSHATPKTKPTDLLVYHR------------------------------------------YDDTSVYFGLPFYASCRSEWTNARAGAHILAQVSRFLYYPPVDPEERKGPQASADPVVERALNESRYYDKIQRTVSELIDILVEYDRKYVRFGLGLSADEVKTVKLSKPPSTFEQLAGELEAKVTDYLALLPFEFR-ISSMDPLNADKTQGAPEEEMFPFSLNRTIGNFVTARSVVVLCWRPFSKDRSSSQKSSIARSVAYVLPPIQTHKASAEILKKASMNDRSNETKKDNIDSGGVGLGSCLKEFCKEQKLSLSDNWRCPRCKDFREGKQDMNLWRLPDFLMFHIKRFNMSARWREKITTKVNFPLTGLDMSEWCHGTSPALQNRHPDSR---IYDLIGVVNHYGSMTGGHYIATCKVSNCGKDGKEEVGYSFNGVGVMNVQFDELDAPSGWRLSRPKAEVNHSKQAATVSAKAVAESAEPLWLQFDDELVEPIPPDIVATEMAYVLFYRRRELSSSNI 2024

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BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: A0A448Z904_9STRA (Uncharacterized protein n=1 Tax=Pseudo-nitzschia multistriata TaxID=183589 RepID=A0A448Z904_9STRA)

HSP 1 Score: 353 bits (906), Expect = 4.600e-94
Identity = 329/1119 (29.40%), Postives = 482/1119 (43.07%), Query Frame = 1

Query: 3805 PLPGACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPR---IRTSYLVGAENDN-GKSKACNTLSAAAEFTNPRE-LVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIA--LEM-VSGESGPRSS-RRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNR-GNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGAS--------GGRSSKAESKDRMAKATSDSSSQRPDFSVTA-AWVARAAVGLE----------------SGISDEELRQL------LPFTVKFVLRQNPLSEVGSVELVP--DRWRAASSLLCPKLILALEWKDASRDY--LDVLAATFDHPSYL-------------------------ELENKSQSVH--SGLTLEQCLEAYTREETLE---GEDSWYCSNCQAHRRGVMK-IDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEV----------------------TGW--------------------------GLEHPWLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNV 6789
            P  GACGLVN+GNTCY+NSA+QC+ + PLVR+YLLS  +  ++NK NPLGT+G L+E+F  LL+ +WS +     P + ++ + K +P FAG +QQD+QE L+ +LDAL ED NRVI KPYV    ED+     S   + +EAW R  +R+RS+I D+  GQ      C VC+  S  FDPF  LS+PIP   + +    +I R     T +++       GK+K   + + +   T+P + L+  QY I + RL + SDL+  +  +CGI A +L++   ++          L T+ +DD  V+    E+ +  + GP S   R+ +       SA++P                       A  S   ++ ++G      R +     +                         L K + + GN                           E R  D+E                       LP +    R+        +P   ++L+LG R+DA+D +  W+  +VVEI      L  D            G D  K      VK+HFD F+SKWDE Y  + +   ++QPL++  +P+ +  +  V HR   R               STR                         +LFG  F V+C    ST      ++ QASRF+   S         G   +    DR+   T    S+  D  V A       A+GL                 S IS   +R++      LPF V+    ++PL+   S E        R   + L  +  + L+W++   D   ++ L +   + +YL                         +   KS S    +G+ L +CL  + + + LE   G+  W C  C+  R G  + + LW++PD+L IHMKRF  S +WREKI T V FP +GLDM  +    S          +  VYDL GV+NH GGMTGGHY A C+++PCSKDG EEV                      +GW                           +E  WL FDDE VE +AP  +VSE+AYVLFYRRRRLTP+NV
Sbjct: 1266 PGYGACGLVNLGNTCYINSALQCIGYFPLVRSYLLSGDFRDDLNKDNPLGTKGVLLEEFVELLRFMWSAKAGEKSPFQLRKLIAKLRPDFAGADQQDAQELLSYVLDALMEDSNRVIKKPYVEGL-EDDWVKVTSLSRVGEEAWRRERRRSRSIITDVHTGQTISTTTCPVCNFASQKFDPFNLLSLPIPTVTDVIFKCKVIRRANSFNTPWILNRPKHRLGKAKIRFSPNKSMNSTSPSDNLIVEQYIIAMSRLADSSDLRXKIQSMCGISATNLIICSAEEK---------LATKEKDDGSVVRRITELTIINKKGPCSQFARQRNTNDESNTSATSPA-------------------LLVAFESTLQSRPLDG------RVDXGSETNYDDXXXXXXXXXXXXXXXXXXXXXXLEKMIMQYGNEE-------------------------ECRLYDTE----------------------TLPIAQAVSRS-------LWPTRHQELKLGLRVDAIDHKKHWYPGSVVEI------LEND------PANGEVGQDETK------VKIHFDNFSSKWDEIYSIEHFNNGQVQPLYSHATPRAKPTEFIVYHRYMDR---------------STR-----------------------IPNLFGQSFYVQCRSEWSTARAGAQILAQASRFLRQGSIQTGPVDVDGAQEREMKIDRLYDRTQSIISELIDLLVEADKEYLMGALGLTDDTPMARRFRNPGFDASTISSTLVRRVNEKLHRLPFEVRVCTAESPLAGNASEECAYPFSLMRTIGNYLSARHAVVLQWREPPSDKKAINSLPSNTKYSNYLNAPVMYVPPKEFMDEASAEILTKANQKAKKSLSARGSAGMPLGKCLTEFCKTQKLENDEGDTHWRCPRCKDFRPGAKQNLVLWQLPDILTIHMKRFRSSQKWREKITTKVNFPLTGLDMRKWCHQESPVLETTVTDDS-YVYDLIGVLNHYGGMTGGHYVATCKATPCSKDGREEVAFDFNGVGASMPIATEDEAGTPSGWKPFGRSKVEVNENKVSALATAKFQRESVEPLWLQFDDEVVEPIAPKNVVSESAYVLFYRRRRLTPANV 2238

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BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: A0A7S4QV73_9STRA (Hypothetical protein n=7 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4QV73_9STRA)

HSP 1 Score: 350 bits (899), Expect = 3.240e-93
Identity = 318/1132 (28.09%), Postives = 477/1132 (42.14%), Query Frame = 1

Query: 3805 PLPGACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAA--EVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVGAENDNGKS-KACNTLSAAAEFTNPR-ELVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRK----TEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGASGGRSSKAESKDRMAKATSDSSSQRPDFSVTAAWVA----------------RAAVGLESGISDEE----------------------------------LRQLLPFTVKFVLRQNPLSE----VGSVELVP-DRWRAASSLLCPKLILALEWKD-----------ASRDYLDVLA---ATFDHPSYLEL------------ENKSQSVHSGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEV--------------------TGWGL-------------------------EHP---WLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNV 6789
            P  GACGL N+GNTCY NSA+QC+S+ PL+R+YLLS  +    ++NK NPLGT G+L+E+F+ LL+ +WS +Y    P++F+  L K + Q++G +QQD+QE L +MLD LHED N+V  KPYV A  +D  +     + +  EAW R ++RNRS+I ++  GQ+     C VC   S  FDPF  LS+P P   E +    +I R       G    NG++ K+    +   E + P  +L+  QY I + RL ++ DLK  + ++ GIP   L   + +  +  V  D D     R  V V AL     + GP     +    + G    STP  A TQ                A++    +N    G     +  E             + E+G         ++  L + +                                +  +D E  +                + D  P S    R+        +P +  + +LG R+DA+D +  WF  +VVEI                 G   SG+D+   +     E  V++HFD F+SKWDE+Y   +++  +++PL++  +P+ +  +  +VH +                                        R I    LFG  + ++C    ST      ++ QASRF+   +  +  K+ SK+   K   DS+ +R   S+  A                    AA+     I++E                                   L   LPF V+     +PL      V    + P    R   + +  +  + L WKD           +S +Y  + +   A+    S   L            + K+ +VH G+ L  CL  + +E+ L   D W C  C+  R G   + +W++PD+L  H+KRF+CSARWREKI T V FP +GLDMS +    S       G     VYDL+GVVNH GGMTGGHY A C+++ CS DG EE+                    +GW L                         E P   WL FDD+ VE + P  +VSE AYVLFYRRRR++ SN+
Sbjct: 1279 PGYGACGLSNLGNTCYANSALQCISYMPLLRSYLLSGQYKTNGDLNKDNPLGTGGRLLEEFSDLLRIMWSGKYGSRAPTRFRSQLGKARSQYSGADQQDAQELLNDMLDVLHEDSNKVKKKPYVEALEDDWVKKNHLPR-VGQEAWRRFLRRNRSIIANVAMGQVLNRVTCPVCHHSSTNFDPFNMLSIPFPTVAEVVFRCTVIRRGTALNCKGTLRPNGRNGKSEKEKNMDMEPSPPSTKLIFEQYVIAMSRLADIGDLKLRIQNISGIPVNRL--KLCKSEEIVVNNDIDKSFPTRTYVKVSALP---DKEGPCVQLAK---PSTGPEDLSTPAVAPTQIVAFESTLHPRPPRG-ASNKICQTNACTRGHTHDESSREDXXXXXXXXXXXXIPENGG--------SKRTLMENLG-------------------------------LYGDDQECVL---------------YDTDPTPLSKAMSRS-------LWPKSSSEFKLGLRVDAIDHRDHWFPGSVVEIIE---------------GVDDSGEDDESMRDIPPVETKVRIHFDNFSSKWDETYSIDQFKRGQVRPLYSHANPRAKPTEF-MVHNRHFN-------------------------------------RAIKGNALFGQAYYLQCQNEWSTARAGAHILAQASRFLQ--TPRKMDKSSSKNEEDKRREDSNLKRFYQSIEEAKTVLAEVIQILIESDRDYVEAAISNGGDITEERWTHSNRSRQQRSVNSSQVFNASQMSTTLSKRLSTLLPHLPFEVRVCTADSPLGAPQGGVSDEVIFPYSLVRTIGNYMNARHAVVLHWKDKSPGRTSSKKTSSSEYTILYSPPVASVHKQSRALLNGSKGGEASKNGQGKNNAVHGGMHLGVCLTEFCKEQHLPATDCWRCPRCKDVREGKQCMTMWRLPDLLTFHVKRFNCSARWREKITTKVNFPLTGLDMSEWCDKESPAMQ---GPDGSCVYDLYGVVNHYGGMTGGHYVATCKATVCSPDGSEELGYNFNGTCNGESGAGVETVQSGWRLGRNKDKESTTSQAKLIAAASARAAAESPEPLWLQFDDDLVEPIPPKNVVSEMAYVLFYRRRRISSSNI 2281

[Close]

BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: A0A8J2SJY2_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SJY2_9STRA)

HSP 1 Score: 335 bits (860), Expect = 3.060e-91
Identity = 290/1000 (29.00%), Postives = 416/1000 (41.60%), Query Frame = 1

Query: 3817 ACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNE-DEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVGAENDNGKSKACNTLSAAAEFTNPRELVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTL---DIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGASGGRSSKAESKDRMAKATSDSSSQRPDFSVTAAWVARAAVGLESGISDEELRQLLPFTVKFVLRQNPLSEVGSVELVPDRWRAASSLLCPKLILALEWKDASRDYLDVLAATFDHPSYLELENKSQSVHSGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEVT-GWGLEHPWLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNVINMT 6801
            A GL N+GNTC+LN+AVQCLSH P++RAY LS+M+A ++N+ + LG+QG++VE FA LL+ L + + +CV P  FK+ L KCKPQFAG+EQQDSQEFL E+LD LHEDVN + +KPYV  P + DEA  G      A +A  R   R++S+I DLFQGQL     C VC + SV F+PF  LS+P+P    +   V ++ R+       A++ NG               +P   V V+     PRLG++ DLK A++    +   SL +  + +++   + D+D L                                        P+ A                       + +S +++     P                                                                  ++E+A                                        +TP    +  FP++  +L +G RLDALD +  W+  TVV+          D E        + G           +++ FD F++KWDE +   +W   KLQP ++K+  +G  L   +I VVHR                                       R      K LFG PFL R    RS R L R V++QAS +                                            G E  +S              V+ ++ LS+V       D  R     L  +  +AL W  +S         T+  P  L+      +      L  CL++++REETL   DSW C  C+        I LW+ PDVLVIH+KRF C+ARWREK+RT V FP  GLD+S F+ +++             VYDLFGV+NH+G ++GGHYTA  + SPCS  G EE +  +     W + DD+ VE   P+ +V++ AYVLFYRRRRL+   V+  T
Sbjct:  490 ATGLANLGNTCFLNAAVQCLSHAPILRAYCLSEMYAQDINRTSRLGSQGRVVEAFADLLRQLHASQ-ICVRPEGFKKVLGKCKPQFAGSEQQDSQEFLTELLDVLHEDVNLIQEKPYVPEPEDADEARDGLV--VAARDALRRSRLRDKSLISDLFQGQLVAKKTCKVCARSSVKFEPFTSLSLPVPAPASRSFVVAVL-RL-------AKHANG---------------HPSLTVRVEA----PRLGDVRDLKSAIAAEVKLTPDSLTLCDVARHRIYRVLDEDTL----------------------------------------PLGALGDFP----------------QVTDASKRLLIAYERP------------------------------------------------------------------QLELA----------------------------------------KTP----SIDFPSSFEELAVGQRLDALDHKRQWYVGTVVD----------DTEPCRDKNFGKPG----------YIRIRFDRFSAKWDECFCRDDWP-AKLQPPYSKS--KGNRLAAFEIGVVHR---------------------------------------RRAASPKKGLFGTPFLARVASDRSCRALKRAVLRQASLY--------------------------------------------GYEGSVS--------------VISRDSLSDVDIDLDASDSCRC----LADRFYIALNWDSSS---------TYREPLSLQKLPPVPTSPRHYDLASCLQSFSREETLSQNDSWRCPRCKKSVEATSSIGLWRTPDVLVIHLKRFLCTARWREKLRTDVSFPRRGLDLSKFLPADAY-----------AVYDLFGVINHLGSLSGGHYTAHVKVSPCSSFGEEEASIAFEESERWFHVDDDLVEAAKPEDVVTDGAYVLFYRRRRLSGRLVVGHT 1149

[Close]

BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: A0A7S2UJL0_9STRA (Hypothetical protein n=1 Tax=Attheya septentrionalis TaxID=420275 RepID=A0A7S2UJL0_9STRA)

HSP 1 Score: 320 bits (819), Expect = 2.010e-87
Identity = 302/1073 (28.15%), Postives = 449/1073 (41.85%), Query Frame = 1

Query: 3946 PLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPR-IRTSYLVGA------------ENDNGKSKACNTLSAAAEFTNPRELVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTS--FPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGASGGRSSKAESKDRMAK--ATSDSSSQRPDFSVTAAWV---------------ARAAVGLE------------SGISDEELRQLLP---FTVKFVLRQNPLS--EVGSVELVPDRW---RAASSLLCPKLILALEWK-------DASRDYLDV---------------LAATFD----HPSYLELENKSQSVHSGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEV--------------------TGWGL---------------------------EHPWLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNV 6789
            PLGT GKL+E++A LL+++WS  Y    PS+F+  L K + Q++G +QQD+QE L +MLD LHED N+++ KPYV AP++D   +    + +  EAW R ++RNRSV+ D+  GQ+     C +C+  S  FDPF  LS+P P   E +    ++ R   T+ L+              E+   K ++ N    + E     ELV  QY I + RL ++ DLK  L ++ GI +  L +   +     V++D DL                  +S P S+    + K +  P    P                               ++VN    P   A+ A+A     + +   E+      A    +   +K V+  + +G G    E S T   N   +       R+N      D             D ++ RL  +     TP  R  +   +P    D +LG R+DA+D +  WF  +VVEI    V +          G   + D+ L  + +  V++HFD F+SKWDE+Y  ++++  +++PL++  +P+ R  +  V HR                                       R R   A  LFG  F ++C    ST      ++ QASRF+      +       D      +T D   Q  D SV    V                 +A+ L+            S +  ++L  LLP   F V+      PL     G  E V   +   R   + +  +  + L W+        AS   L                 L + FD     P+  +L+ K   VH G+ L  CL  + +E+ L   D W C  C+  R G+  + LWK+PD+L  H+KRF+CSARWREKI T + FP +GLDMS +    S  +   G      +YDL GVVNH GGMTGGHY A C+++ C  DG EEV                    +GW L                           E  WL FDD+ VE + P  +VSE AYVLFY+RR  TPSN+
Sbjct:    1 PLGTGGKLLEEYAELLRTMWSGRYGVKAPSRFRSQLGKARSQYSGADQQDAQELLNDMLDVLHEDSNKILKKPYVEAPDDDWVTNTELPR-VGLEAWRRFLRRNRSVVADIAMGQVLNRVTCPICNHTSRNFDPFNMLSIPFPTVAEVIFRCTVVRRGTATNCLISLGKVKKSQKRSSNESRAQKKRSSNDDGKSHESPPSNELVFEQYIIAMSRLADIGDLKLRLQNISGISSDRLKLCKTEN----VVEDADL-----------------EKSNPLST----YVKVSALPDKEGPCV-----------------------------QLVNFGTTPEDLAKSAKAP----THIIAFENTISPRPASSIEESPTAKGVSEESGHGEG---DESSTTDEENENDQKFTMNRRRANSIHKAKDN-------LKSFGDRKECRLFDTDP---TPIARAMSRSLWPRADSDFKLGLRVDAIDHRDHWFPGSVVEIIEDVVDV----------GVETTEDEELVNEPQMKVRIHFDNFSSKWDETYSIEQFKRGQVRPLYSHATPRARATEFLVHHRY--------------------------------------RNRTTKANILFGQAFFLQCENEWSTARAGAHILAQASRFLQPPLNYKPGVPVDNDVPVDELSTQDLERQMYDASVEPRAVISEIIDILLVSDRQYVESALALDDANDQQFNAAGMSSVLSKKLSSLLPRLPFDVRVCTADQPLGGHPGGPSEEVAFPFSLVRTIGNYMNARHAVVLHWRLNSSQSPKASVTSLTTHYVPPTIVMHKQGLNLLSEFDLDDADPAKRDLKRKPSDVHGGMHLGVCLTEFCKEQQLPATDCWRCPKCKEVREGLQSMALWKLPDMLTFHIKRFNCSARWREKITTKINFPLTGLDMSEWCDEESPAQIHRGS----FIYDLIGVVNHYGGMTGGHYVATCKATACGADGSEEVAYNFNGAGVSGFETGEMKRQSGWRLGRSKEKDVTSAQSQAALSASRSVASSTEPLWLQFDDDLVEPIPPKNVVSEMAYVLFYQRRGTTPSNI 949

[Close]

BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Match: K0TET2_THAOC (USP domain-containing protein n=1 Tax=Thalassiosira oceanica TaxID=159749 RepID=K0TET2_THAOC)

HSP 1 Score: 318 bits (815), Expect = 6.360e-86
Identity = 299/1071 (27.92%), Postives = 428/1071 (39.96%), Query Frame = 1

Query: 3814 GACGLVNVGNTCYLNSAVQCLSHTPLVRAYLLSDMWAAEVNKCNPLGTQGKLVEDFASLLKSLWSQEYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDKPYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRCTVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVG----AENDNGKSKACNTLSAAAEFTNP-RELVPVQYGIMLPRLGELSDLKRALSDLCGIPAPSLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSHAKANGKPSASTPVAASTQAXXXXXXXXXXXXXXTAASASASSNKVVNGTPEPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNGNGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDXXXXXGTDLEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAATVVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKWDESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTLTHSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTRYLWRLVVQQASRFVAGASGGRSSKAESKDRM--AKATSDSSSQRPDFSVTAAWVARAAVGLESGISDE----------ELRQLLPFTVKFVLRQNPL----SEVGSVELVPDRWRAASSLLCPKLILALEWKDASRDYLDVLAATFDHPSYLELENKSQSV--------------HSGLTLEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKRFHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLFGVVNHMGGMTGGHYTACCRSSPCSKDGVEEVT----------------------GWGL----------------------EHPWLNFDDEFVEEMAPDKIVSEAAYVLFYRRRRLTPSNV 6789
            GACGL N+GNTCY+NS +QCLS+ PL+R+Y+LS             G  G                    V P KF+  L KC+ Q++G +QQD+QE + +M D LHED NRV  KPYV A  EDE  +      + +EAW R  +RNRS + DL  GQ+     C  C   S  FDPF  LS+P P   E +   +++ R      +G    +E+  G+ +   T S++     P +EL+  +Y + + RL ++ DLK  L  + G+ A  L   + +  +       D LT++   V  +       + GP     ++ A  +     STP  A   A                 S + S          PP R          G+  T +E   D A      +  LSK   RG      +    G         T   + A++ S                                           + +P +     LG R+DA+D +  WF  +V+EI  +                 +  DD +    E  VKVHFD F SKWDE Y  + + E ++ PL++  S + +  +  V HR                       G    SG                K LFG  F ++C    ST      ++ QASRF+  +S    SK   + R    K          DF        +AAV +    SDE           L  LLPF ++     +PL    S V       +  R   + +  +  L L+WK  + +    L      P  +    +S  +               SGL +  CL  + +E+ L+G   W C  C+  R G   + LW +PD+L  HMKRF+ S+RWREKI T V FP +GL+M  + +  S     +   +   VYDL GVVNH GGMTGGHY A C+++ CS +G E+                        GW                        E  WL FDDE VE + P  +VSE AYVLFY+RRR+ PSN+
Sbjct:  185 GACGLDNLGNTCYMNSGLQCLSYLPLLRSYILS-------------GHTGN-------------------VHPKKFRNLLAKCRNQYSGADQQDAQELVNDMFDMLHEDGNRVTKKPYVEAL-EDEFIAKTPLPRVGEEAWRRFQRRNRSAVSDLLMGQVYNQVTCPKCSHTSRNFDPFNMLSLPFPTMPEVIFRCIVVRRGTALNCLGTLKLSESQIGRLR---TRSSSTSMMPPSKELIFEEYIVPMSRLADIGDLKMKLQHMTGVSAARL--RMCKHEEIASTSTNDPLTKIHSKVTALP-----DKEGPCVKLLQNAALDD----TSTPTVARIMAFETTLNARHIDVSSVEESTTVS----------PPQR---------DGNESTADEMSDDEATMSAPNRTALSKADERGVQE---ILKVYGDEKECFLYDTNPTLLAKVISR------------------------------------------SLWPESAEGFNLGLRVDAIDHRNRWFPGSVIEIVTE----------------GKKDDDGVVGPKEVKVKVHFDNFASKWDEEYTLESFTEGRVCPLYSHASARSKPSEFVVHHR-----------------------GTNAKSGE---------------KYLFGQSFYIQCYNEWSTARAGAHILSQASRFIESSSPLDCSKHSDRSRRDARKVIKTLIRDLIDFDRQNV---QAAVKMGGRQSDEISFALQEKVKALLPLLPFEIRVTAATDPLGISHSSVDEHRYPFNLVRTIGNYMTARQSLVLDWKGNNLN--QALERILYSPPPIVQHKQSHKLLKAHLKETGGNDPRRSGLNIGVCLTEFCKEQQLDGTGCWRCPVCKKDREGRQSMTLWNLPDILTFHMKRFNASSRWREKITTRVDFPLTGLNMREWCAKESPQYMDSN--EEDFVYDLVGVVNHYGGMTGGHYVATCKATKCSPNGNEDFAYDFSGSGLAETDSLPEVEPSSGGWAKIGRSKEKDSLSNGASKAVSESSEPLWLQFDDELVEPLPPRNVVSETAYVLFYKRRRMRPSNI 1083

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig20.4420.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D7FKW9_ECTSI	0.000e+0	67.62	Similar to Ubiquitin carboxyl-terminal hydrolase 1...	[more]
A0A7S3JRX2_9STRA	4.510e-146	26.02	Hypothetical protein n=2 Tax=Aureoumbra lagunensis...	[more]
F0YH03_AURAN	1.600e-143	34.30	Ubiquitin carboxyl-terminal hydrolase n=1 Tax=Aure...	[more]
A0A1Z5KMG2_FISSO	1.450e-94	28.73	Uncharacterized protein n=1 Tax=Fistulifera solari...	[more]
A0A1Z5KNS6_FISSO	2.480e-94	29.11	Uncharacterized protein n=1 Tax=Fistulifera solari...	[more]
A0A448Z904_9STRA	4.600e-94	29.40	Uncharacterized protein n=1 Tax=Pseudo-nitzschia m...	[more]
A0A7S4QV73_9STRA	3.240e-93	28.09	Hypothetical protein n=7 Tax=Ditylum brightwellii ...	[more]
A0A8J2SJY2_9STRA	3.060e-91	29.00	Hypothetical protein n=1 Tax=Pelagomonas calceolat...	[more]
A0A7S2UJL0_9STRA	2.010e-87	28.15	Hypothetical protein n=1 Tax=Attheya septentrional...	[more]
K0TET2_THAOC	6.360e-86	27.92	USP domain-containing protein n=1 Tax=Thalassiosir...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig20	contig	P-fluviatile_contig20:2365071..2389822 -

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	2548.1
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D7FKW9
EggNOG free text desc.	ubiquitinyl hydrolase activity
EggNOG OGs	COG5560@1,KOG1870@2759
COG Functional cat.	O
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
Hectar predicted targeting category	other localisation
Exons	33
Model size	7924
Cds size	6246
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
1622815918.8880975-UTR-P-fluviatile_contig20:2365070..2366187	1622815918.8880975-UTR-P-fluviatile_contig20:2365070..2366187	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig20 2365071..2366187 -
1693563727.5645773-UTR-P-fluviatile_contig20:2365070..2366187	1693563727.5645773-UTR-P-fluviatile_contig20:2365070..2366187	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig20 2365071..2366187 -
1622815919.284376-UTR-P-fluviatile_contig20:2389261..2389822	1622815919.284376-UTR-P-fluviatile_contig20:2389261..2389822	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig20 2389262..2389822 -
1693563728.06426-UTR-P-fluviatile_contig20:2389261..2389822	1693563728.06426-UTR-P-fluviatile_contig20:2389261..2389822	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig20 2389262..2389822 -

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_contig20.4420.1	prot_P-fluviatile_contig20.4420.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig20 2366188..2389261 -

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig20:2365071..2389822-
coding sequence from alignment at P-fluviatile_contig20:2365071..2389822-

protein sequence of mRNA_P-fluviatile_contig20.4420.1

>prot_P-fluviatile_contig20.4420.1 ID=prot_P-fluviatile_contig20.4420.1|Name=mRNA_P-fluviatile_contig20.4420.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=2082bp
MGCCSSQPSAQAPTGRGAFPAPLPPPMQDNMNELLNRWRHAEVNLLQRRF
RLARAQSVKHTIASKIRSSLAGPSSNTNTGTATSAATSVNRDTDSGSAIF
GEEKDKDNGSTASPASRDGATAEVDSRRSGESSSVSTTALPVPAGPAKAT
PNGTSPHSGGAAAGQGQVLSLGDAGGARAGMDKEAFLRVFPDLQELPVEV
QRSSFRLFDCVGRGSLDFRNFCRALALCCRGSREERLRFLFDLFSGASQP
KHFGTQRGPDGGPRDATSSSGAPAVASLSETEFSGLKKQLGLSAGDADHT
RFKAAPGVPGLLLSEYFEWAEVHASDEALDRALRPFYLLPSPQQEKDKVL
AHLMEYKIEEGQSMCLVAAPWWAYWSSYVALTKADVLRVPERVALGLHKT
EECLGQAPAEEPIHGKEVKAEGEGVVGTSVSLNVAASSNNAGVVGAEAGG
AGGGNGNGHAAPAGGQTTDSSGGAGKERVVPTMLARRPHEIDNSSLQGGA
EWEVAPNLFLGDDYIMLPKSLWDIMVEWYGGGPVFSRKVVKVSSSPSRLL
QLPERAQESAPGLVPGMKETEAGPSSSSLTVDLYPLALHVSVSDAAGRPS
GRERLVLTSHHVHIREMLQEALSNSSTYGNTRGLSMTPEALNAQAENRAV
SAAANAEQEHDMQQLSEQGASGSDASLGKQHMPPRHEGSSNPTEDVRLWV
LETSTSGLLDTPRMHTAASTPGARRPRFSYGGGQALGSVDPQSGLHRWKL
VQREEEEMTLAELGLIGGEKVMLEHKNQHGKWPRFRYIEDPGFRHFHEGD
RVDAMDYQGRWFRGQVVEVGSKSSSKNVDSDGPIGRKKSNRRHRLELDPP
LREPIREVATQRGHESEGGIDYPDPAVGSSEVLGAEVRSAGKPGAPRSSS
SDSQRQRRASGREASRSGDTSSSESGRSLMGGDREGGSGSSRRRTRVRIH
FDRFAPQWDEWYDSKSLKLAPEGSYTAPVVPTQPLLRPRDEANGETEASQ
DASPNSTVAADGPGAHSSGPSKAGGGAYLPPVGRFPGDASSSWNARSQNS
ARTNGTNGGADGISNYGGGALNRRSNTPGKPPLPGACGLVNVGNTCYLNS
AVQCLSHTPLVRAYLLSDMWAAEVNKCNPLGTQGKLVEDFASLLKSLWSQ
EYLCVFPSKFKRGLIKCKPQFAGNEQQDSQEFLAEMLDALHEDVNRVIDK
PYVAAPNEDEAESGRSDQELADEAWDRHVQRNRSVIVDLFQGQLKMVCRC
TVCDKKSVTFDPFMYLSVPIPVRNEKMVAVVMIPRIRTSYLVGAENDNGK
SKACNTLSAAAEFTNPRELVPVQYGIMLPRLGELSDLKRALSDLCGIPAP
SLVVAILQQNQTKVLQDKDLLTELRDDVLVIALEMVSGESGPRSSRRRSH
AKANGKPSASTPVAASTQATPSPASTRTLPGPATAASASASSNKVVNGTP
EPPTRAEVAQAEDEHGSRVTLEESGADSAKAKGKAQHVLSKEVNRGNSNG
NGVTPTEGSATATVNTATKVEIAAEIRSNDSEDGVDGEEDGDDDDGEGTD
LEDDRLPTSSRDRRTPDERCTTSFPATLRDLELGWRLDALDGQGGWFAAT
VVEIDPQAVSLRRDGEKSSKAGAARSGDDNLKRKTEYLVKVHFDGFTSKW
DESYGEQEWREKKLQPLFTKTSPQGRTLDIPVVHRKTIRVSTSGAQGLTL
THSVSTREGAGRGSGSEGVDVRDPRARYITAKDLFGLPFLVRCPPARSTR
YLWRLVVQQASRFVAGASGGRSSKAESKDRMAKATSDSSSQRPDFSVTAA
WVARAAVGLESGISDEELRQLLPFTVKFVLRQNPLSEVGSVELVPDRWRA
ASSLLCPKLILALEWKDASRDYLDVLAATFDHPSYLELENKSQSVHSGLT
LEQCLEAYTREETLEGEDSWYCSNCQAHRRGVMKIDLWKMPDVLVIHMKR
FHCSARWREKIRTLVVFPHSGLDMSGFVSSNSAHKNQAGGGQAGMVYDLF
GVVNHMGGMTGGHYTACCRSSPCSKDGVEEVTGWGLEHPWLNFDDEFVEE
MAPDKIVSEAAYVLFYRRRRLTPSNVINMTI*

mRNA from alignment at P-fluviatile_contig20:2365071..2389822-

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig20.4420.1 ID=mRNA_P-fluviatile_contig20.4420.1|Name=mRNA_P-fluviatile_contig20.4420.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=24752bp|location=Sequence derived from alignment at P-fluviatile_contig20:2365071..2389822- (Porterinema fluviatile SAG_2381)
CCTGAGGCAACCGCAGTAGTTTCGCGTGATTGTGCCCCGTGCCAAAATGT
TTCCTGCCGGCTCGCGGAAGAGCGAGCAAAGACGTCCAAGGTTGTTTACC
CTGCGCTAGGGGCGCTAAAAGAGAGCCGGTGTACACCAGATCTCTATCGC
CCGAAACACCGAGCTCGAGCGAGAGCTGTAGCTGGAGAGAAGAGTTGACG
TATTTCCCGGCACATTCCTTTTTTTATTTTCGCCGCGCACCATTGCTCGG
CATGACTGACCGTAGTGAAAGAAGTGGGTGCCTTCTGTAGCAGATTCGTC
CATTCCCGCTTTCCCAGACATTTTATCTGCTCTCCGATTGACGTGCTCGG
GCAGTGTCGAAGTGCAGCAGCCCAGAGTTTCAGGTTGCATCTCTGTCATC
GCGTCAAGTGGCATCTCCTGGTGTTCCGACTGCAGGAGAGGGGGAGGGGG
GAGAGCAGCGGAGAGTGAAGCAACACGCCGCGCTTTCTGTCGCCAAGTCT
CCAGCTAGTAGGCGTGCCCCGCTGGGGCGTCGGGGTTCATCCCTGAATCG
ATCGGATCAGGATGGGATGCTGCTCGTCGCAGCCAAGCGCCCAGGCGCCA
ACGGGCCGGGGCGCTTTTCCCGCCCCGCTCCCGCCGCCCATGCAAGACAA
CGTGAGCCAACCTTGGACACTTGATACTTTTAGGTCCATATGTGTACAGC
TTGTTTCACGGCCCGTCGAGTGTTGACAGACTGTGCCTCACTTGTGGGAT
GACGGGATGCACGGTGCATGTCATGGCATTAAACGCCGGCGTAAGGCTAA
TGGTTTCCAAATCCTCTCCGGATAACATGACTCTTAGCACTGCGAGGGTC
TCTTGGTCAATTTATACTTGAGCACTCCGCGTAAGTTTTCGATCGCCCCA
CGACCCGATGGGGCTGTTCAGAAAAGTGTTGCGGTTCTGTTGCGGCAGCG
ATCTCCAGAAAAACCACTACTGCTGTCCGAGTCTGTGCACGCCAGGCAAT
CCCAACGCCGGGGCAATTTCTCTCGACGAAACTAGCCCTCTCGCCACCGC
CACCATGAATTCCGACTGATCACAAGAAACAGAACCTTTCCTTCTCCATG
TACTTACGAATCTTATCCGCAGCTTAGCCGGCAACTTGAAAACGAGGTAC
CCTTTCCGCGCCGCTCATCTCTAGCAGGATGTAACTCCGTGCGTGTGCTA
TTTTTTCGCATGACATCATTAATGTGTGCTCGTACATGACATCATTAATG
TGTGCTCGTACGGCGTCTTCGCGTCGCTCGCCCAGATGAATGAACTGCTC
AACCGGTGGCGCCACGCTGAGGTGAACCTCTTGCAGAGGAGATTCCGCCT
GGCGAGGGCGCAGTCTGTCAAGCACACCATCGCGTCCAAGATACGGAGCA
GCCTGGCGGGGCCGTCCTCCAACACCAACACGGGGACGGCCACGTCGGCC
GCCACCAGCGTCAACCGCGACACGGACAGCGGCAGCGCCATTTTCGGCGA
AGAAAAGGACAAGGACAACGGGAGCACCGCGTCTCCGGCGTCCCGCGACG
GGGCGACAGCGGAGGTGGATAGCAGGAGGTCGGGGGAGAGCAGCTCTGTG
TCGACCACGGCTCTGCCCGTTCCCGCCGGCCCGGCGAAGGCGACGCCAAA
CGGGACCTCTCCGCATTCTGGTGGCGCTGCGGCCGGTCAAGGGCAGGTTC
TGTCGCTCGGGGACGCCGGTGGCGCGCGCGCTGGCATGGATAAGGAGGCG
TTTCTGAGAGTGTTTCCTGATCTTCAGGTTAGGAGGGGGGGCGGGTCGCA
TGTTCTCGTTGCGACACCCCCTGGAATTGATTTCGGAAAGGGTGCCGAGC
ATTACTATGTTGTTTAGTGTGTGTGTTGTCCTTCGACCCAAACTGCAAGG
TAGGTATACTCTCACTCGAGATGATGGCTTGCGGCCGACCAGGTGAGACC
CACGATGATATGATTCTATTCTTTATCCCCTGGAGTTTCAACACATGGAG
GTGAATCTACAAGCGCCGTTGGTCTAGGTTTTCACGCGCCTTGACGAAGT
GAATGTATTCCGATGGACACTAGGCAAGGATTTTGGCGGGAGACTGTTGT
GCAACGTTGTGCGTTGTGGTCTACAGAGGCAGGTTGATCGTCCATTGAAC
GCACGTGGCAGATCTCATGCTTTCTATGGCACACAGGTCATCCGTATCAT
CACATCTACACCACCTGCTTCTATGGGTACCGTCGTCTGTTGGGCTGCCT
TTCTTGGCCGTCTTTAGGAACTACCCGTGGAGGTTCAGCGCTCATCTTTC
AGGCTTTTCGACTGTGTCGGTCGAGGCTCTCTCGACTTCCGAAACTTCTG
CCGCGCCCTCGCGCTATGCTGCCGCGGCTCTCGAGAAGAGCGCCTTCGGT
TTTTGTTCGATCTATTTTCGGGAGCATCCCAGCCAAAGCACTTCGGCACC
CAAAGGGGACCTGACGGAGGCCCGCGGGATGCCACTTCGTCCTCCGGTGC
ACCCGCTGTTGCGTCGTTGTCGGAGGTGAGCCTGAACGAGGGATGTAACA
GGGGAGATTGTAGTCCACACGAGAACTAGACTAAGAGGAAGAAGACAATG
GTGATGATGATGGTGATGATTGAGTGAAGCTTATGGTCTCGTCGCGTTTG
TTCGAGCTTCATTTCGCGTTGATTACACGCTCGTTGGGTTTTAAGTTATG
TGTATCGGGTTCTAATATATAGTCGTTTGTGTACCCAACCCTTCGATCAT
GGTTGCCGAAAATACGCCGCCGCTACTGCTCCGTCTTGCACAGACTGAAT
TTTCTGGCCTGAAGAAGCAGTTGGGCCTTTCCGCTGGAGATGCAGATCAC
ACTCGCTTCAAAGCGGCGCCTGGAGTTCCCGGGCTACTGTTGTCGGAGTA
CTTCGAGTGGGCGGAGGTGATATTTCGGCTTCTTCGTCCTACGTTGCTGT
AACGAGGACGAAGAGTCAGTTTTCACCCATCGTCTTGAAGTTGTGTTCCA
CTTCATGTCCCGAACCCGGGGCTAAGGCCACCAGACTAGATCGGATCGAT
GTTACTTGTACCGCTTTCGGAACTTATGTCCGCCATTTGCCGCACTAAAC
TTGTTCTGTGCTGAGAAGGAAGGCGGGAGGGAGGGAACTCAAGCTTGAAC
TTGTCTACGATAGTTATAGCTCTCTCGTGTGCATGACTCAGTCCGATTGG
GGCGCATTAACGCTTGATGTGCCGTCGCGACGTCAACAATCCTCCCTTCC
CGAAACACATGCGAAGGCACATACAAATTTGGTGGGCCCACAGTTGTGGC
GCGTGTACAACGTATGAGGCAAGGCTATTCACGACGCAAGGGCCGTTACA
CCCCGGCGCCCAAGACGTGCGAATTTTCAAAGAGAAAATGTACTAAACGC
GTCACCTATCATCCACCGGATCACCGGTTGGATTTGTGCAATCTGTCGCC
CGCTTCTCCCTTTACAGGTCCATGCATCGGATGAGGCTTTGGACCGGGCA
CTTCGGCCATTCTACCTGCTGCCGTCACCGCAGCAGGAGAAGGACAAGGT
ATGCATGTAGACAGGGTCCATGTATATCGATTGTTTTCAGCTTTGGCGTC
GCGTTGGCTATCCTCAAGGACGTGCAGTTCGGACCGTGCTGAACAGATGA
GTTTCGCCCGATGTGGGTGCGTTGGTTGCCCCCTTTCTGTTTGAATCGTG
CTAAACGGGGGTGTCTCAAAAATGGCAGGAGCGAGGGGGGCGCGTAGATT
TGCTAGAGCCAGCGCGCCCCACACATTTCCCTCTACCAATTTTTTTGCCA
CAGCAAGCGAAAGCCCAAACGCTAGCCAAAAATTTCAAACACAGCGCCGA
CCGTGATGGGGGACAGCCTTATGGTGATATCTGCAGCGGAAAAGTCAGCT
ACTCAAGTCAGCTACTCAAGTCTACTAATCGAATTGCAGGTCAGGAAGGC
CCTCGTTTTGCCTTCCCGAACCCCAAACTTGACTCTCTCTAGATTCGCCG
AGACGAGAGAGACAGGAGCGAGGTGCTGTGCTGCGTTGACTCGCTAGCTG
TCAGCTCACACGCAACTGCTGCACGAGAAACTCCCACGAACCCTTCTTGC
GGAGTGTGAGAGTGGTTGAGCGCAGCAGTACGTCGCTATACGCCGTGCTT
GAGGTCATGTTGTGGGCGCGGGAGAGGGCTTGTTCGAGCCCAAAACGCGG
GAAAACAGCACGAGAGCTCAGGTTGACTCCTCCACGCTAAACGGCCGACA
CACTGAGCCAGTCCGGAAATGAAGCTCACCCGCCGGTCCTGTCTTTCTGT
AGCTCTTATCTTTCTAGCTTGCCAGCGGAGCTGACCCTGCGGGCAGTAGT
TGTTAGACTCTTCAGGGGTGTTGCTGCATTTGGGCGCAAAACTCCAAACT
CGAGTCTCATTTTTGGTGGTTTTGATTCTTCCTTACAAGTACCCATCTCC
AAGTCAAGGTCCCCAGGGGTTTGTCAGCGTGTTCCTTCCTTTTTTTTTTG
CTCCCGAGGGATGCTCTCTTTCTGAAGGCTTGAGACATCGAGCTCGACTT
GGTTTGTCGGTCGAAGATCGGACTGGCCTGAATTGCCTGCTTATGTGTTT
GTTTTGCACGGCGAGCGGCCGAAAGTCCAAGCTGTTTGATTGTTTGGTTG
ATGACTAATTGAGATTTGGTCATTAGTTTAGATTGCAGTTCCCTCGAAAG
CGGTCGCCTTCCGGTCAAAAGTATGACTGACGTTTTGGTCTGTAACCTTG
GATTGGATTGGTGGACCTCTTCATGTGGTCCACATAGTCTTGTTGTAGTT
GCGGACTGTACAGGAAGTACGAGGTTAGAGCGTAAACGGTGTTTCTGGCT
GCCCATCTATCATATATCTGGGTCGGTCGAGCAACGCACAGTTCCGCCTC
CGGTCATCCCCAGCATTCACTCAAGGAGGGCCCCTGACGCATCATGGTGC
GCTTCTTTTCGATATTTTGGGCTGTGTGGAGCAGGTGCTGGCCCATCTGA
TGGAGTACAAGATCGAAGAGGGACAGTCGATGTGTCTCGTCGCTGCCCCG
TGGTGGGCGTACTGGTCCAGTTACGTCGCCCTCACGAAAGCTGACGTTCT
TCGTGTGCCGGAGCGAGTGGCCTTGGGACTGCACAAGACCGAAGAGTGCT
TGGGTCAGGCGCCCGCAGAAGAGCCCATCCATGGAAAGGAGGTCAAGGCG
GAGGGAGAAGGCGTAGTGGGTACATCGGTGTCGTTGAATGTGGCGGCCAG
CTCGAACAATGCCGGGGTCGTTGGGGCAGAAGCTGGAGGTGCAGGCGGCG
GCAACGGCAATGGACACGCCGCGCCAGCAGGAGGGCAAACCACGGACAGC
TCAGGGGGTGCAGGGAAAGAGAGGGTAGTGCCGACGATGCTAGCCAGGCG
ACCACACGAAATAGATAATAGCAGCTTGCAGGTGAGGCGATACTGCTCGA
AGTGCTGGTTTTCGCGCGACGAGAATGTGTCGGGCAAAGCCGAAGATAGC
TTAGCTGCAGCTACGAAATCGTCGATGATGTTTGCGAGGTCGTCAGATTC
TTGCCCCGATAGGTATTGACGAGAGTCTGTCAGACGTTTGTGTGTCCGTA
CGCCCCATCCCGCTTTCCCCTCAATATCTCGATCTCCTTGCCCCACCGCC
CACCTTTTTTCATTCCCATACCTCCTGAAACAAATTGGCGTGCAGCGAGA
GGGCATATGTGTGTATTCCCGAAGACTGTGGCGCTAGCCGCACAGAGAGA
AGCCAGAGGTCCACAAATCATGCCCGGCGTTTTGTTACCGTGCGGGCATG
CGGGGGCGACTGCTGCGTAGCAGCGAAAATTCGCTGTAAAATCCTCCGAG
GATTTTAGCTCGAACGCGGCAGCCGTTGGATTCGACACATAAAGCGCACA
TATATTCCGCATGTCCACACGCTCCATCGCTTTGCCTTCACACACATACC
CGAGCAACCGTCGAAGCTTACTCTGAGTGTTTTTGCAACTCTCCAGGAGG
AGGGTACGCCGTTGGTTGCTCTCTATGCTGTCCCGCTCTGCGTGCCTGCT
GTGCTTTTTCCCGAGAGGGGAGCACAACACGCAGGCACATATTTTACTCG
TGCCGTGTACCGCACCCAAAGCAGGCTAGATAAAATACGCACTTGCATCG
CCATCCCACTATTGAAGAAGGGCTGCAGCACGACTACCATGGGACAGCTG
CCACTCTCACCTCTCACCTCTCACCTCGGATGTGTGATACGTGTGCGCAT
GTACTTTTTCCAGTCTCGTGCGTTCAGTTTTTTTGCATACTCTCAGCTCC
CCGGCGAGCCTCCATTTTGAGTGTCGTCAGAAGTTAGAGAAGTTGCGCCG
CTCTTGACAAGAAGGTCCCTGCTGATTGCCTTCTTTCCTACTTTGGTTCC
TTCCTTCCTCCCTTCCTTCCTTCCCTCCTTCCTTCCCTCCTTCCTCCCTT
CCTTCCCTCCTTCCTTCCTTCCTTCCTCCCTTCCTTCCCTCCTTCCTTCC
TTCCCTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTT
CCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCC
TTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCCTTCTCGCGAACGTGGATT
TGATCGTTCACCTTACCTTTGCTCTTTCCAACCTCGTAGGAAAAAGCGAA
CCCGAAACTTTGTATTGAATCAATCCAGCCAGCACAAGATAACGATTGCG
GCAGGCGCATTGTGGATTTTGTTGGAAAAAGCTCTAACCTGCAACAAAAA
AAGTGATCTGTATGTTCTGACGCTTCGTAGGAAAGCAATCTCGAAATGTT
TTTGTTTTGCGTACCCCGGGATCGCTATCATGCCGATGGTGCTGTCGGAG
CTTTCACTTCCCTCGTGTTGGCATCATCGTATTGATAACATGCACAGTGC
ACGATAGATGAGGCATGAAGTGTGGATCAACACAAGAGCCTACGTACTCC
TTCAAGTACGTACAAAGCAAGAGTTGAGATAAGATTTTTGTTCCACGAGA
TACACCACCCAGCGTACAGTATCACATCAAATCGTACCAAGGGTGACGTC
GGGTCGCACAATGTAATGCGTTGTATCCTCGTGGGTCATGCTGCGTTTTC
TCCTTGTCTCTTGGTCCCCTGGTGGACAGATCGATCAATCGGTCTACAGA
TTCGCTTGCCTACAGATCTTACCTAAAAAGTCTCGATGGCCATGTTCCAA
ACACTCCCGATGGCCGTGTTCCAAACACTCTCGATGGCATGTTGCAAACA
CTCTCGATGGCCATGTTCCAAACACTCTCGATGGCAATGTCCCAAAAACG
TTCGGAACACGCCAGGGGGGAGCTGAGTGGGAAGTTGCTCCAAATCTGTT
CCTTGGCGATGACTACATCATGCTGCCGAAGTCGCTGTGGGATATCATGG
TGGAATGGTACGGCGGCGGGCCCGTATTCAGCCGAAAAGTGGTAAAGGTT
TCTTCGAGCCCTTCGCGCCTGCTCCAACTCCCAGAGAGGGCGCAGGAATC
AGCCCCAGGATTAGTGCCAGGGATGAAGGAGACCGAGGCGGGACCGTCAT
CTTCGAGGTGGGTTGCCAATACTACCATCACTAGCAGCTTCACGAATAGG
GCCCGTCACTCGTGAGAGGGCGGTCGTCTGCTTTGGGTTCATATCTAGCA
CTCCAAAGGCGTGCTTGTGCGGCACGTGTGGCGACGCCATGCCACTAACG
AATCTATGCACGCCCCAGCCTTTCTGGCAGTAACGGACGCCCCGGATGCA
TTCAGCTTCCGGCTTATTTTCGCCCCCCACTAGTGATGTACACTCTTCGA
ATGGCTTGCGCGACGTAGACGACGAAAACTGAATAATATTGGCGGGTGGT
GGTGGTGGTCCTGCTGCTTCTGTGTTTGGCCGATGAATTGTAGAGCGGCT
TTATCATGACCGACTGCGGCGATTTTCATTGTTCCTGAGAAACACGAAAC
CTTTCCTTGCTTCAACGGGAGCTTTCCCCATGGCTAGATCTTCTTCTTGG
TGTCGTTTTTGGACCGCGTGTAATCTCCACCTGCCGTGGTAATCCTTTAC
CCCTCCCCCTGCGCTTCTTGCCCCCCTGATCACCAGCCTCACGGTGGACT
TGTACCCGCTAGCCCTGCACGTGAGCGTGAGCGATGCCGCGGGGAGACCG
AGTGGGCGAGAACGGCTTGTGTTGACGTCACACCACGTGCACATTAGGGA
GATGCTGCAAGAGGCGCTGAGTAACTCGAGCACGTACGGCAACACCCGAG
GGCTGTCGATGACGCCTGAAGCTCTGAACGCGCAAGCGGAGGTTAGAACT
AATATACTCGGAGTATATTAATCACGTCGCAGCTCTCCCCTTGTCCACCC
TGTACACATAGCAACGGGTCTGATTTGTTGGCCTGACAGTTGCCGGTCTT
GGCGGGTGCATGTTTGTGCTGTGCGACAGTTGCGCAGGTTGGCATTTGCA
AGCATTCCGATTTATGAGGTCCGGTAGACAGACCCACGCAAAAAGTTAGA
AATTAGAAGTTAGAAGTTAGAATACCTGACGACGGGCAGAAGAAGCAACG
GGGTCACAACACATCAACACATCATGTCACTCACTTCACTGCGTGTCTTG
CTCTCATTGGTGTAGATTCTGACCTGTGTGACGACATCGTTAGTACATAT
ACCCGTCGAGGGTGCGAGGGAAACTATGCATAAGCAGTACCCGGCTGACG
TCCGTGTGTTCTGCGCTTGTTGCACCGCTCAGAATCGAGCGGTGTCGGCC
GCTGCGAACGCCGAACAGGAACATGACATGCAGCAGCTCTCTGAGCAGGG
CGCAAGCGGCAGTGATGCTAGCTTAGGCAAACAGCACATGCCACCAAGGC
ATGAGGGAAGTTCCAATCCAACAGAGGACGTGCGACTGTGGGTCCTGGAG
ACCAGTACAAGCGGCTTATTGGATACTCCTCGTATGCATACGGTGAGACG
TGGGGACAAATATCACCTTCGGGGTGACAATATCACCACGACGCTCATGA
CTTGTGTCACGTCGCGTGAACCGTCCACTCAGGAGCCGGTTCTTTGTTGT
AGTCTATGAGGAGTATACGTCATGGCGTATCCCCCCGATGTTGTCAGGCC
CATTCTACCGAGGAGAAGGCATCAGGTTGACAAAAAAAGTCTCAAACTCC
ATCCTAAGTTCGGCTTGCCTGCTGTCTCAGGCTGCTTGTCATTTTTGGAA
GGCTGATGTCGTGCATACCAGCCAGCGATCGTTTCATTTTCGCAATGTCG
ATGAAAAAATGACGCCCGTTTGTGCGTTCCTTTCCACCTCAGACATGACC
AGATTGTGCGGTTACAGTGATCCTCGAGCCTGCGCGTCGACACAAGTACT
ATCCACTCCCTCTGAATGTTTCCCCAGACGTCATATCGGGTTATGGTGTT
GTGGAATCGAATCGCTGCCGTGACCACTGATGTCTTTCCCAGGCGGCCTC
CACACCGGGGGCGCGTCGACCTCGTTTCAGTTACGGCGGAGGTCAGGCAT
TGGGCAGTGTGGACCCTCAATCGGGCCTGCATCGGTGGAAGCTGGTCCAG
CGGGAAGAAGAGGTGAGGGTCCGGTCGGATTCGGTGTTTCCGTGGGATAA
TGTGGCGTGATCGGAGAGCAAGGAGGAGGCCTGCTTTCACAAACGCGAAT
GATGTGGCAAAGTCTTGCTTCCTTATTGGAAGGAGCGAGGGCTTTCAAGT
TGGTGTTGGTAGGTTGTTGACAGGACTCTCGACGTGTTCAGTGAAAAGGC
CACCGATTGGTCGTTCTTGTGTAGCTTAGGCCGGTCATGTAATGAGATGT
GATGTGATGGAGCTGTGCGTCGCTGCCTGAGTTTCGCTGTCAACTTTGTA
AACTGCACATGTGGTCCCTTCCCCGTGTTTTGTACTGGTCTTGGCGCGAA
TTGATTCCAGTATCAAAAGCATACATGGACTACAGTGGTCGGTGCAAGAG
TTTTCTGAACCCCGAGTGGTTCGCGTCCTTCTGATCTCGCTCGAATCGAA
CGCAGGAGATGACGCTGGCGGAGTTAGGTCTTATCGGTGGTGAGAAGGTA
ATGCTTGAGCACAAAAATCAGCACGGCAAGTGGCCTCGATTCAGGTACAT
CGAGGATCCAGGGTTCCGGCACTTCCACGAAGGCGATCGAGTGGACGCGA
TGGACTACCAGGGCCGCTGGTTTCGAGGGCAGGTAAAAGCCATCCAATTC
CTCTCCATTCCTCTCATTTCGTCTGGTTTTGATTTGCTCGCTTGGGACCC
GTGCTTCTCGGATGTTGGTGGTATGATCATCGGGACTTCCGCCCCATCGC
TTATTGGTATCGAGTCGCTTACCCGCGTTCCTCGGCGTTGTATATCTCAC
TTGTGGATGGAAAAGTAGCAAGAGGCATGTGGAGTGTGAAGTGCTCTTAC
TCTTGTTTGAGTAGATCCATCACAAGATATGTGGATAAAGCTTGGCATTT
TCCTCTTCTGTTTCTCTTTCATGTTCGCACCGTATTATTGATTTGCGAGC
CGCCTCCCATCGTTTGTACAGAGGTGACCAGACCATAGTCGTTACGGCGT
ATACTTCTCGCTCGTTCACCGCGTCGCAGGTGGTAGAGGTGGGATCCAAA
AGCAGCTCTAAGAACGTGGACTCGGACGGACCCATTGGGAGGAAGAAGAG
CGTGAGTGTCAATATTTCCCGAAGCATCGCGAGATTATGTATGTCGGGCG
TGCTGAATTCGGATCAGTATGTCAGACACCAGTTTCTTGCGTTGAACCTT
TTCGCTTCGATTATTGCTATCATTTTTTTATTTTGGTTTGGTTTTGGCAA
TTACCTCGAAGGTCTGGCTACTTAAAACCGTATCACAAGAGAATGCTATT
ATCGACGCACATCAGCTAGCGCCGCATGGTATGTCATTGTAGAAAATATC
CCGACCTGCAGGACACGGTCATTCCAGGACGTTCGAGACAAGTTTGATCA
GTTCTCGAAACGAACCTGCAGTCGTTCATGGCCCATGATCTAGCGGTCGA
CGGCCCCCTTATTACCGTTTACCTACCGCATTTTCCTCTCGTTGTTTTTG
TGCTTTTTTCTCTTCCTTTCAACAGAACCGCCGCCATCGACTCGAGCTTG
ACCCGCCTCTTCGAGAGCCCATTCGTGAGGTTGCCACACAACGCGGACAT
GAGAGCGAGGGAGGAATCGATTATCCCGATCCCGCTGTTGGTTCGTCGGA
GGTGCTCGGGGCCGAGGTCAGATCAGCTGGAAAACCCGGCGCACCGAGGT
CATCGTCGAGCGACTCTCAGCGTCAACGCAGGGCGTCTGGTAGAGAGGCG
AGCAGGTCGGGCGATACCAGTTCGAGTGAGAGCGGGAGGAGCCTTATGGG
GGGGGACAGAGAAGGCGGCAGCGGTTCCTCTCGAAGGAGGACGCGAGTCC
GGATACACTTCGATCGATTCGCACCGCAATGGGACGAATGGTGAGCAGAG
CACGGTGTGTGGCTTGCTTTCCTGGTTTTGCCCGAATATTCCACAGCTCT
CCCCGCGAGACTGACGACGAAGATAGTGACAGTAGTGCTGCCGATATTTT
ATCGTCCCGAGTAGCTTGAACCTCTCGATTGCTTGGTCTAACATGCACAT
CGTTCTCGGCATTCGATCGGCAAGATGACATTTTGCTTATATGGAAAGGC
CGCCCCGAGAATTGACTTCAGATGGCAGTGATACAGGAAACAAAGCGGTG
TTTTTCGGCACAGCCGCACAACAGCGGGTGGGTGTTAAACTTCCTACACG
GGCGCCTTCTATGACTCAATTTGCCTTACTCGATGGGTATCTTTGTAGAA
AGGCATTTTTGACCGCGACGTCGCCCCAATGGCGTATGCTCCTGTTCCCC
ACATTCCGCCAGGTATGACAGTAAGAGCTTGAAGCTTGCGCCGGAGGGTA
GCTACACTGCCCCCGTCGTCCCGACTCAGCCGTTACTTCGCCCGAGGGAC
GAGGCCAACGGAGAAACGGAGGCGAGCGTGGCATAGTTGTTAAGATCAGA
GAGATACTCGTCTATGCCATCCAAGCATGCATCTTTGTAGGCAATGCTAG
TGATACTCTTCGAAAACAAGGTTTGTGCGTGCATCTGACCACTCAATCTG
ACGGCGGGTCTATTGCTGCTCTCAGCACACAAATGCATTCGCATGATAGC
TCACACTGCAACAAGACACCCCTGTCCACCTTGCTTGTCACGCCACTTTT
GTCGCGGTCAGCAGGACGCGTCCCCGAACTCGACGGTTGCCGCCGACGGA
CCAGGCGCACACTCGTCCGGCCCCTCTAAGGCTGGAGGTGGCGCCTATCT
GCCGCCGGTAGGACGGTTCCCCGGCGACGCCTCGAGTAGCTGGAACGCGC
GCTCTCAAAACTCAGCTCGAACAAACGGGACCAACGGGGGTGCGGATGGG
ATATCCAACTACGGTGGGGGCGCGTTGAACAGGAGAAGCAACACGCCGGG
AAAGCCTCCACTGCCGGGCGCTTGCGGGCTGGTGAACGTCGGAAACACGT
GCTACCTGAACTCGGCCGTGCAGTGCTTGTCTCACACGCCGCTCGTAAGA
GCGTACCTGTTGTCTGACATGTGGGCGGCGGAAGTCAACAAGTGCAACCC
GCTGGGCACTCAGGTGAGGTGGAACGTCACATTACGACGTGGCGAGACAT
ACGACATGATGGAACATCACGACGTGGTGTGCGCTAGCAGGCCTTGGCGC
GGGAAACCGACGCAGCCTCTACCGTTTGTTTGTGGCTGTTTCCTGCACGC
AGCTCGCGGCCAAAACGGCAACGGTCTATCGCTATATGTGCTTGATCGTG
TCCGCACGGGCATGCCGAAATTTCAGTGGAGAATACGCCGTCTTCCGCTT
CAAACCGTAACGATCGTTCCCCGTCTGACACACGCTTCTGTCACAATTTG
GTGAATCATGCGACGCAGGGCAAGCTCGTGGAAGACTTCGCGTCGCTGTT
GAAATCTCTGTGGTCTCAGGAGTACCTTTGCGTCTTCCCCAGCAAGTTCA
AGAGAGGCCTCATCAAGTGCAAGCCGCAGTTCGCTGGCAACGAGCAGCAG
GATTCTCAGGTGAAGGGTAGTGAGTGCAGTGCTACGGTGTTGGACCGGTA
CGTATGGTGGAATTGCTCATTCATGCGGCTAGCGTCACCTCCATCGTGTG
ATCACGACAGAGCAGTACATCTCTACATCGCATGGTGTGCTGAAGGCCCT
TGGTGGTGGCTGAACTTGATATGTTTTTAGGGGTGGACTGAGTCATTCAG
TAAAAGGAAAATAGCCTGCAAAAAGCGGTACCTTGGTGTCACAGGCTGGT
GCTGGGCTTTCATTTATTGCCCTTATTGCCCTTAGGGCAAGCCCGAGCAA
TTTCATCAGTTCATTGCTTTTCTCCGCTTCGTGCGTCCTCATGCGAACGA
CGGACGTCCATTTTCGCCGTCATGCAGGAGTTCTTGGCGGAGATGCTGGA
CGCCCTTCACGAGGATGTCAACAGGGTCATCGACAAGCCCTACGTCGCCG
CCCCTAACGAAGACGAGGCGGAATCAGGTCGATCGGACCAGGAACTGGCC
GATGAGGCATGGGATCGACACGTGCAGAGGAACCGGAGTGTCATCGTGGA
TCTTTTCCAGGGTCAGCTCAAGATGGTTTGCCGTTGTACCGTGTGCGACA
AGAAGGTAGGTTTGGTGTAGGTGGACGAGGGGCATCGGAAGGGTGTAGTT
ATGCTACTCTCGCTACGGCTTTCACTTGCTCACTCGCTTTACGAACCGTC
CGCGCTTGTCACGTCCCACAATACCAACAGGCCCACTCCACTCCCACGTA
ACTCGACTCGACTCCCGCGCCCCCCCTCCCCACTGCCTCCGTTCCCTCTC
GTCCCTCGTGCTTTTTCGACCCTGCTGCGATGTGACCGGGCAGTCGGTCA
CGTTCGACCCCTTCATGTACCTGTCGGTGCCAATTCCAGTCCGCAATGAG
AAGATGGTTGCTGTGGTGATGATCCCGAGAATACGGACTAGCTACTTGGT
CGGGGCTGAAAATGATAACGGTAAGAGTAAGGCTTGCAACACCTTGTCGG
CTGGTCACCATACTTGTCGAGTGGAACATTAGACTTTTTTGGCCGGTTGT
CTTTCCTTGACTTTCCTTGACTTTCCTAGCCTTTCCTTGAGCGTGTTTGG
TTGGGATTCCACGGTGAAATTGGCCTTGACGTCTAATGGAACCGTTACTC
AGGCCTCGTGTACCCCCATCTGCCTCTCGATTGTGGATGCAAAGCTCACT
CTCGCTTTTTCAGTCGACCACTATTTCTTGCGGGGTCAGGTGTACACGGG
TACACTTCTCCGAGCGCTACGCAATCGACTATTGTGGAGTACGCGAATTC
GGCAGCTAACTCCGTGGGCCGCTCGGGCAGTTGCTGGCACTTCCATGTGT
CAGCCGTATGTCTTATTGTCTTATTTCGGCAACATTCTTGAGCCCATCGA
ACGGCTTTTGACAAAAATTACGCATTTGGTTGTCCACTCGCTCACCCATC
GCACCACACGACAGTCGGGGAAGCAGCTGAATTTACCAATCCGAGGGAGT
TGGTGCCTGTGCAGTACGGGATCATGCTGCCGAGGCTGGGAGAGGTGAGT
GACATTCTCGAATTCCGCCAAACATGTTCCCGACTGCGTTGCAGCACCAA
TCGACAATCTTAGCCAACGCCTGCCTCACAGAGTACGATCAATCAACCAA
TGTGGCGGCTCTCACCATAGTGCCCCACTCCGTGTGCTGCTGACCCACTG
CTGCCGCCCTTGATGCCTCGATGTTGGCGCGCTTTCCTGGTGCTGGTGTC
ATTTCTTTCCCTTCTGCCAGCTGAGCGATCTCAAACGGGCGCTATCGGAT
CTATGTGGGATACCTGCACCGTCGCTGGTAGTGGCGATCCTGCAACAAAA
TCAGTGAGTGGCTGGATTAGGCAGCACTTCCCATTGTCCTCTGCGGTTGG
AGACCTTGCGTGGTCCTCAGATACGTGCCATATAGTTGTGTAGGGTTGGA
ATGTTAAACCATCCAATCACCAGGCATCATGCCCCTGGCCAACGCGCATT
CACCAAGTGTGTCTTTCAACCTTTCCAACGTCGGCGCGTGCGTTTTTTTT
CTTATCCGCGATCGATGGCTGGCTGGCTGCGTTGACGATTATTTCGGCAG
GACGAAGGTACTGCAAGACAAGGACCTGCTCACGGAATTGCGGGACGACG
TCCTAGTCATCGCTCTAGAGATGGTGAGTGTTGACTCCGTCTACGTTCCC
TCGCGGGCACAACCTTAAAGAGTATGAGACACAGGTATTGGCACGATTTT
GTTGAGGGTAGTGAATACGCTGTGATCTGGCACACTGGCTGGGTTGCGAT
TGTGCCGTTGCTGGCTTCACGGGGCTGAGGACAGGATCATTCCGGCAGGC
AGCCTTCTCATGCGGCGATAAGTTCACGCGTAGACTGCTGGTATGGTGTC
CTTTCACGTTCGACCACATTCATCTACGTTCACTTCCCGCAATTGGATAC
GCAGGGGGAAAGTGGTCCTCGCAGCAGTAGACGAAGAAGCCATGCGAAGG
CCAACGGAAAACCGAGCGCCAGCACCCCTGTCGCCGCTTCTACCCAAGCT
ACGCCTTCTCCAGCATCAACACGAACGCTTCCAGGACCAGCAACTGCAGC
ATCAGCATCCGCCAGCAGCAACAAGGTGGTCAACGGGACGCCGGAGCCCC
CTACTCGGGCCGAGGTGGCGCAAGCGGAGGATGAGCATGGCAGCAGAGTG
ACGCTTGAAGAGAGTGGTGCAGATTCTGCAAAGGCCAAGGGCAAGGCTCA
GCATGTTTTGTCGAAAGAAGTGAACCGCGGCAACAGCAACGGCAATGGTG
TGACGCCGACCGAGGGATCGGCCACGGCTACCGTCAATACCGCAACCAAG
GTCGAAATCGCTGCTGAAATACGCTCAAATGACAGCGAGGACGGGGTGGA
CGGGGAGGAGGACGGCGACGATGACGACGGAGAGGGCACCGACTTGGAAG
ACGACAGGTGATGGATCGTTGTATCGATCGCCAAACATGAATGTAGTCAA
TTGTCGACGTCAGCTATCGAACTGCACTTCTTCAGCTACACGTCCGTCGC
CGAGAGTGGAAATTTGTCAGAAATGGTGCTGAATACCAAAAGATTTTCTT
GTGGTTTGACTTTGTCGAACAGCTTGCACTGGTTCGAATTTGTTCCTGCC
GATTCTCCAAAAATCCGGAAGGCTCTCTACCTGCGATCATGGCATGCACA
GAAAACTCCGGCATGTGCCCACGAGGCCGCTGGTGGTCCGTTTTTTCTCC
AATATTTCATCGCGCGTTTGATTAGTATCACCTCCAGTTCAGGTCGTCGC
TGCACAACCTACGTGATTTCGTACCCACCCACTGGCCCACCATCACCACT
TAATCTCACGTTTGATTGACGCGTTGCACCGTGCCAGACTTCCAACTTCC
AGTAGGGACCGTCGAACCCCGGACGAGAGATGCACCACATCATTCCCGGC
CACGCTCAGAGACTTGGAGCTTGGGTGGAGACTAGACGCTCTCGATGGCC
AGGGGGGCTGGTTCGCTGCCACGGTTGTGGAGGTGAGCTCTTTGGCTTAT
CCTGTGGACAGACAATCTATCGTGTCTTTCATTTCATGACTCGACCCACA
CACACCGATTCATGTGATATCATCTGATCTGATCTGATTGGTCTTGATAG
GCGCAAACCGGCAATTTATTCAATCGTCGTCACCACCTCCCCGTTACCAG
AGTCTCAAGCGATGGTTCGGCCGTCGCAGCCTTGTGGTGTTTAAGGTAGT
CGAGACACGCACACCCTTCCTTTCCTTCATTTCTCCTCAACCCGGCCTTT
GTCCCGGCCGCGCGAGTTGCTGGGTAGACTTAAGCTCAACATGAGCAGTA
GCGCATGATAAATGTACTTATCGACGCGAATCGGATGGAAGTTTAGACCA
CTCGTTCGCCTGAGAGCCGGTTGGCAGCACAGATTTTATCGTGTTTGCTT
TCAGGCAGTGCGTCATAGTCCACTCCTCTGTCCTTCGACTCCTGTACACG
CTTATGGAATCATTGATCCACCGAGTGACTGAGCGGCTGAGTATGCATGA
CGATAGCTGTCCCTTCCCCCGGTTTCTAATGCTACTCATGACGTTTCTGG
CTGAAATAACACCCATGTGCAGATTGATCCTCAGGCGGTATCCTTGCGAA
GAGACGGTGAAAAATCGTCTAAGGCCGGGGCAGCGAGAAGCGGGGACGAT
AACCTCAAGCGCAAAACGGAGTACTTGGTGAAGGTCCACTTCGACGGTTT
CACTTCCAAGTGGGATGAGAGCTACGGGGAGCAGGAATGGAGGGAAAAGA
AACTCCAGCCCCTCTTCACCAAGGTACGAAAGGGTGGGCAGACGACAGAA
AGGTGTCTCGCTCGCGGCCATGGTTTGTGTGTCGAAGGCCGGCTATCGAT
CTTGTTGGATTTTTTTCGTCTACAGCCTACAGGAGAGGAGTCAAGCTGCG
CCTCGTTTTTGCGAGTCTACCAAGTGCAGATTTACATTAGCTGCACACTT
TCCGAACCCGTGGCATTTGGAGTTCTTTATGGATCGATGCAATGCCGTGA
CGCCGTGCATGCTTGGCGCTGGTCTCGACACCAGTCAAATTTACGTTGTT
GGATGGAAATATACTCTGGCTGTGTGGACGTTTCCCGTCAAACCACCATG
GTTGAAACACATACTCCTATCTGTCTCTTGTCCTTGATTTGGCGATCGAA
AAATTCCGCAGACCAGTCCGCAGGGACGCACACTGGATATCCCGGTTGTA
CATCGCAAAACGATCAGAGTGTCCACTTCGGGTGCCCAGGGGCTGACCTT
AACCCACTCTGTTTCCACGAGGTGAGGGAAGCGAAGGGCTGAAGTTCCCG
TTGCCTCCGGCTCGCCTTCTCACTCAGAGACGACGAAGGTTGGTCTTCCA
TTAAATATCATGGCTTGCTTCGACTGTTTGTTTATGGGTGAAGACAAAGA
CAATGATTTGAACAGCGCAGGCGGCAGGTCTACAGCAGTAGGTCGCGCTC
TGAAAGTTCGGAGCGTACAAGAGTCCCATTTTTGAATACCAAGCTGGATT
ACAGGCGGAGGACACCAGCGAAAATCTGCGGAGATTTTTTTTCGGCCTAC
GCTGGTGCCGTGCACTTTGTGTTTGCTTGTGCGCAATGTTGCTTCAAGCC
ATCGACCTTTTTTTTGTAGCTTGGCCCGTTCGTTATTTGCAGCCGCCTTT
ATTCCTCACTTTGGAATATACTTGACCCACAAACTAGCGCTGTTGCGCGT
CCGTACTAGCCTGCTAGGTCTTGCCACCCTATGGGAGTGCCTTACTTCAT
TGTGCTTTGGTATTGCACGTGTTGATGTTGTACCGATCTTTGATCTTGGA
CCGTTGCAGGGAGGGCGCTGGCCGTGGCAGTGGCTCGGAGGGAGTGGACG
TTCGGGACCCACGAGCTAGATACATTACAGCCAAGGTAGGTCCGATTGAT
GGTTCATTCCACCTGTCACCTGTGCCTTGGCGCTTGTTAACACGACTCAT
GGACATGTCACTCATTGCCGTCATTTTGCAACGGAATGGGTCCGTCGCGA
AATTAGCGTGATCCCTCCGCTGCGGCAGTTTGTCGTCAAGCAGGTCGGAC
CGTATTCGAGCATGAACCTCGGAGGATATTTTGTGTCTGTCGGTGGACGT
CAGCGTATGTGAGAGTGATATAAACGGCAACTGCTTGTTTGCCGCTGCTA
AGTTGTAGTGTCGTGCGAGTCTCATCAGGCCGTGCGTCGTTAATCATGCT
GTCATTTGTCCGTGTTTGGCGGCCCCAGCGCTGTTCATCAGCGTTGTAGA
TTGTCGATCCCTCTAATCACGTCTGGTACAGCCACTCGGACATGCGCCGT
GCTTCACTCCTGCCTTGTTATATCGTTCGTGGCGACAACGAAAATCGCTC
GCATTTCCCTCTAAATACCCGTTTGACCAATGATCGTAGCGTTCTAGTGC
TTTCATGAGGTCAGGGGAAAAGTCTTCTTGTTTTTCTTGATCCTGCATTC
TACACCCACGCCCGACAGCCGTCAGCTTGGCATGTGGTGTTTATTGTTGT
TCGCGAGCTCATGTTCGGAAGGACGAGTGCACGTTTGTCTACTCTGCCGT
CTACTGCGGATCGCGCGATCTGCACCAAGTCTGTCGGTCTGCTGTTGATG
ATGCACTCGGTCGTCCGGTCGATTCTTCTTTGCACACGATCTCACATCAC
GACATGTTCCACCACGTCATGCCACTTTTATCTTAGATCATGTCGCGTAG
ATGAGGGTCATGTTTGTGTCCTCTTTCCCGCCATATCTTCGTGGTTACGA
TGTTCCTCGATGTTGCTCACCGATATTTCGATGAAATCCTGGCGTGGCCT
TGAATTCCCTTGCAGGACCTGTTCGGGCTACCCTTCCTTGTGAGATGCCC
TCCTGCAAGATCTACCCGATATTTGTGGCGGCTTGTGGTGCAGCAAGCCT
CAAGATTTGTTGCGGGTGCTTCTGGGGGCAGAAGCTCCAAGGCAGAGAGC
AAGGATAGGATGGCCAAGGCCACTTCGGACTCAAGGTATGCATCTCAGTA
AAATCGACAGCGGTTCGAATTATCGGTCTAGGTGGTGTTTCATCATGAGG
GCAATACTCGACCCATATGAAAGTCTAGCTTCGGTCGTCGCCATGTCGCA
CATAGTGGCAGGCCAAGCTTTGAAGAATATATTTCAACGGGATCCGATCG
ACCGATCGGTCAAGGGCCTGTTCGGTCCGCTCTCACGATCATGCCGTGAG
ATGGTCGTCGCGAGCAGGCGCTGATGCTTCCGCTGCTCTTGTGTCTTTGT
GTCTCGCGAACGAGCAGCCAGCGGCCAGATTTCTCTGTCACTGCGGCCTG
GGTAGCACGTGCCGCGGTGGGGTTGGAGAGCGGCATCTCGGACGAGGAAC
TGAGGCAGCTGCTCCCTTTCACTGTCAAGTTCGTCCTAAGACAAAATCCA
CTCTCGGAAGTGGGTTCGGTGGAATTAGTCCCCGACAGATGGAGAGCGGC
ATCGTCTCTCCTGTGTCCGAAGGTGCGTGTATGTTCATTTTTATTTTCGT
CCGTGAGCTGCTGTTGTGAAGCTGTGTAATTATCGTCCATGATGAATGGG
GAACTGATGTCTGGGGCGCCCGCTTCTCACATATAGTGATTGCGTTCACA
CCTTGCTTCAGCTTATTTTGGAAGCGGTAACCCTTCGCGCCTAACTTGTA
CAAGGTGTCGACGATTTGCGGCTTTGCTTGACCGGGCGTGGTATCTTGCG
TCATCCAGACTGATGAAAGGCGATTTCTCCGATATTGAATAAAATAGGTC
ATGGGCGTGGTTTTGTGTACATTTTCAGAAGGCATTGCGTTTTTTTTGTA
CGGTATGCTTTGTCGGGCGGTATGCGTGTTGTACGGCACGGGTTCGGCGG
CCTGTGTAGATGTGTCACCCCCCCGCCCCCTTTTCCCCCAAGAACCGACG
ATGCCTCACTTGCTTGCTTTCGCTTGCTTCACGGACGTCACACAGTCATC
GACCTTGTCCATTAAAGCGCTATATCGCACATCTCTGTTGCCTTGCTTTC
TCTCATTCTTCCTCCATCTGCTTCATTCTGCCTTGGCATGGTGTCGACTG
TCGAGCGAAGCTCATCCTGGCGCTGGAATGGAAAGATGCATCGCGGGACT
ACCTCGATGTCCTCGCAGCAACCTTTGATCACCCGTCGTATCTAGAGCTC
GAGAACAAGTCGCAGGTGATACCATTGATTGTACATGTTCTTCGGTCTGT
CTGTCTGTGTGTTTCATGGCATGTGAACGAAGGATGACATGATTCTCAAC
CGCGCCACTGTGTTGAGGAGGCACCGATGCGTAGAGGTGACTACCAGGCG
TGACCTTTGGGATTGAGAGACGGCCGGCTGCTAGTAGTTGAGGACAGATT
TGAAATGGGTGTTCAGCAAACAAAATCACCGCCATACCAGGCTGCTTACA
CAGAAAAGCCCAGTGCTGTCCTGGTGGAGCACCGACGCGCCGAGAAGTAT
TTCGGGTTGTGTACTGGTGCAAACGTGGAAAACGGAAAAAGTACGAACAA
CAGGTTTTGATCAGTGGAATTTTCGAGGAAAGTGATCATTGGTGCATTCA
GTTCGAGATTTTGCGTCAACTTCGTGTATCTTCATCGCAACGATGAATAT
TGCAAGGTGCATTTTTTGGCTGCGTGAACCTTGAAGCTACTTGCTCTGGA
CGAATTTTCGCCATCTCTTGGTGCTCTTCACGCGGTCGATCTGACCACCA
ATTGTTCGCATTACGACGAATGGTGATTAATCAACAATGGATGCAGTCGG
TCCACTCCGGGCTAACGCTGGAGCAGTGTTTGGAGGCCTACACTAGAGAA
GAAACGCTAGAGGGGGAGGACTCGTGGTACTGCTCTAATTGCCAAGCGCA
CAGGAGAGGCGTCATGAAAATCGACCTCTGGAAGATGCCCGACGTGTTGG
TGAGCACTCTACGCTGTGCGTGACTATGCTTGACTGTATTTTCCTGTACG
CTATTTGAAGTAAATGCGTTGTGGCCTCGGGTGATTTGAATCGCCTGCAG
TATAGCTCTGTCAAATCTGTACGCCTGAACGTTCCGGCGCCATTAACTCA
CATGGTGCTATAAAGCTGGGGTATGTGCCTCATCTTGCTGACAGAGATGA
GGTCGGCGAAGGTTAGGAGCGATAGTGTTCGGAGTCACGAAAGGGACGTT
GGTGCAGAGCCAGTATTGGTAGCCGGCCATCGCGTTTTGCAATAGTTGTG
CCGTACTAGCACCGATTGGATCCATTTGTCAGGCAAGGTCCATGGAAAAT
TATTTTCCGCGCCCTTCTCGTGCGCACATGAAAGGTCCGTTTCTTGTTTA
TTCCAGACAGTCGATCTGCCGCGGTTTCAACCTAGTCGCATCCTCGTGCG
ATACTTAACTAGGTCATCCACATGAAGCGCTTCCACTGCTCTGCCCGGTG
GCGCGAGAAGATTCGGACCTTAGTGGTCTTTCCGCACTCCGGTCTCGACA
TGTCGGGGTTCGTGTCGTCCAATTCTGCGCACAAGAACCAGGTCAGTCGA
TACTTCGAAGTGTGTTCTCAATATCCACGCTTAGTGCCCCTCAAATGCTT
TCTGTATTGCGATGGTTTTGTCATCAAAATGTTGAAGAAAAATTATTATT
TTTCTCTTTTCTAGGGTGTGTTTTGCGCTTCGATTGATTTGGGCGTTGGA
TCACCCGGCATAGAGAGCGGTTCTCGCACGGAGTTTGTTCACGTTGAGAT
GAGACGCACGCTCCTTTGTCGATGTTGTTCCCTCCACGCCTCGATCCTCC
CGATCGTTTACGATCACTCTTGAATCTGTGCTGCCTGATGGAAGCGACGG
GAGAGATATTCCCTGATGCTGCCAGCGCAAGCTAATCACCAAAACAGTGT
TTATTTATAAACATCCGACGGAGAAATATTCACCGAGAAGAGTTTATTAT
TCTTCAAAATTTACAAAAACGACTTGACAACGGATACAGCAGTAACGCCC
ATCGCTTCCCGAGAGATCAAAATTCAGTCGTGAATATCAAGATTCACATT
TAAGAAGGAGGATTGTTCACGGTGGAGTGCATGGTAAGTCGGACCCTTTT
GTGTCAGAGCACAGTTGTTATTCGAGTACTCTGCAGTATATCAGTACTGT
CAAAAGCTTTTGCGAGAATCAACAGGTCGATGTGATAATTCGTTTGTTTC
AACAGGGGAATGGGGTTTTCATACCACAGCATTTATATTTTGACATCTGG
CTTTTCGCTTTGCCCCCTAATTTGTGATGTAACTCCTTCGATGTTTGTGC
AACCCGCGTTCTCTTGGGATACCGTGTCAACCGTATCAATGTATTGTCGG
GCTCTGCTGCAGGCGGGAGGAGGGCAGGCAGGCATGGTGTACGACCTCTT
CGGTGTGGTGAACCATATGGGCGGCATGACAGGAGGCCACTACACGGCTT
GCTGCCGCTCTTCTCCATGCAGCAAGGATGGGGTCGAGGAGGTCACTGGG
TGGGGGCTGGAGCACCCGTGGCTCAACTTCGACGACGAATTTGTGGAGGT
GACCGAACTGTCATCGACCGTTGCATATTTGTACCCTGGTTTATTTCAAA
GGATTGCCCACATGATACCAATGCAAGTCCGTTCGTGCATTGAGCCGCTC
GATCGCTCGTCACATGGAACAAGCTCCGAAGCTCAAGCAGGACTTGATAC
GCCTACTAGACGAGACCCGAGACTAGCGCAGAAGGCAAAGTTGCTGGCTT
CAGTGTGCTTGGAAATGAGGTTTTCATTCCACAGACTTTGCTCAACCCCG
ACCCGCAATTCATGCCCGCAACGCGAAACTGGACGCAACTTGCACGGTCA
AGTCACCCTCGAAGGTCATCTGGTGTTGTTCCTGTCGAACCACGTTTTTT
GGTACCTTGATGCTTCACATTAATCTTGCCCTGCAGGAGATGGCTCCAGA
CAAGATCGTTTCCGAAGCAGCCTACGTCCTCTTCTATCGAAGGCGGCGGC
TTACTCCCAGCAACGTCATCAACATGACCATTTGATTTGATTTTGCGCTT
GTGGTGCATGCTGAACTCCTGCAATCCAACTAGCGTGTGTAACCGTTTTT
TTAGCAGGCGTGTAAATGTTCGGCGATCGATTCCTCTATTGCGAGGGCCG
GCACGTGCCGGATCGGACCATGTAGATATGGTATGGTTCGTGTTCGCGAC
GGGTGCATATGCATTGCAAGAGCGTAGGAGATGAGACTCCTTGCGTGTGA
CTGGAGTGCCAGACACGCGGCATTTTTTCCCGTAGATGATGAGTTGACCG
TTTCCATGGAACCGGCTTGGCTGGAGCACAGCGAAGACGACGCGATTTCA
CTGCAGCTGGGCTTCGCTTGTTCCTGCGGCGTCTTTTACCTGATTATTTC
GGTGTTCAGTAGAGGAAACCACACACTGCGACTTGCCAAAGCTTGTGAAA
CAATCGGCACTACCGCCCTAGTCAAAGACCTCAGCCTGATTAAAGGGTCG
ACCTCTGAAGCGAAGAGAAGCGGTAGATAGAGCAAGGAAAATCACTAATA
TTTGAGTGATTGGAGACCCATGTCTTATCTCCCACCTCCCCAGACGTCGT
AGTAATAAGAAGCTATGTTGAGAGTGCCTTTTGTGCGGGCTGCGAGGCTG
TTGGTTTGCTCTGACCGCATTTTGATTTATGCAGAGAGGATTGCGTTGGA
TGCACATATGACACCTTTCCAGAAAATTCCCAGAAAATCCTTAGAAAATT
GGTACCGCTGGCTGGAAAACCTTTCCGAACCTTAGCTCCCATTCTAGAAT
CAGATTCGTTCATTTGGGATGTCAGCTTTCGTCCCGATTTCACATGTTAG
CTCCTATGGCGACTTCACAAACGAATCTCTGGAGGTATGTGTACTTACTT
CGAAGTATTAGATGACCAAACCTGACATTTGTCGAGCCACATAGGTTTGT
GCCAAGAGCAGGATACGACAGTAGTCAGTGACTAGACCGTTGTCCCCCCA
TTACCTGCTGGACCCGGGTTTTTAGGGTGTGAGCGGGTTCGGAAACCACT
TGTACCCTATCCAACCGAATGAAAGATATTTGGAGTGTTCCACCGAACGA
ACCGACATCAGTAAACGCATATGATTTGATCGCCTAGTTTTACGTTTCCG
AC

Coding sequence (CDS) from alignment at P-fluviatile_contig20:2365071..2389822-

>mRNA_P-fluviatile_contig20.4420.1 ID=mRNA_P-fluviatile_contig20.4420.1|Name=mRNA_P-fluviatile_contig20.4420.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=12492bp|location=Sequence derived from alignment at P-fluviatile_contig20:2365071..2389822- (Porterinema fluviatile SAG_2381)
ATGGGATGCTGCTCGTCGCAGCCAAGCGCCCAGGCGCCAACGGGCCGGGG
CGCTTTTCCCGCCCCGCTCCCGCCGCCCATGCAAGACAACATGGGATGCT
GCTCGTCGCAGCCAAGCGCCCAGGCGCCAACGGGCCGGGGCGCTTTTCCC
GCCCCGCTCCCGCCGCCCATGCAAGACAACATGAATGAACTGCTCAACCG
GTGGCGCCACGCTGAGGTGAACCTCTTGCAGAGGAGATTCCGCCTGGCGA
GGGCGCAGTCTGTCAAGCACACCATCGCGTCCAAGATACGGAGCAGCCTG
GCGGGGCCGTCCTCCAACACCAACACGGGGACGGCCACGTCGGCCGCCAC
CAGCGTCAACCGCGACACGGACAGCGGCAGCGCCATTTTCGGCGAAGAAA
AGGACAAGGACAACGGGAGCACCGCGTCTCCGGCGTCCCGCGACGGGGCG
ACAGCGGAGGTGGATAGCAGGAGGTCGGGGGAGAGCAGCTCTGTGTCGAC
CACGGCTCTGCCCGTTCCCGCCGGCCCGGCGAAGGCGACGCCAAACGGGA
CCTCTCCGCATTCTGGTGGCGCTGCGGCCGGTCAAGGGCAGGTTCTGTCG
CTCGGGGACGCCGGTGGCGCGCGCGCTGGCATGGATAAGGAGGCGTTTCT
GAGAGTGTTTCCTGATCTTCAGATGAATGAACTGCTCAACCGGTGGCGCC
ACGCTGAGGTGAACCTCTTGCAGAGGAGATTCCGCCTGGCGAGGGCGCAG
TCTGTCAAGCACACCATCGCGTCCAAGATACGGAGCAGCCTGGCGGGGCC
GTCCTCCAACACCAACACGGGGACGGCCACGTCGGCCGCCACCAGCGTCA
ACCGCGACACGGACAGCGGCAGCGCCATTTTCGGCGAAGAAAAGGACAAG
GACAACGGGAGCACCGCGTCTCCGGCGTCCCGCGACGGGGCGACAGCGGA
GGTGGATAGCAGGAGGTCGGGGGAGAGCAGCTCTGTGTCGACCACGGCTC
TGCCCGTTCCCGCCGGCCCGGCGAAGGCGACGCCAAACGGGACCTCTCCG
CATTCTGGTGGCGCTGCGGCCGGTCAAGGGCAGGTTCTGTCGCTCGGGGA
CGCCGGTGGCGCGCGCGCTGGCATGGATAAGGAGGCGTTTCTGAGAGTGT
TTCCTGATCTTCAGGAACTACCCGTGGAGGTTCAGCGCTCATCTTTCAGG
CTTTTCGACTGTGTCGGTCGAGGCTCTCTCGACTTCCGAAACTTCTGCCG
CGCCCTCGCGCTATGCTGCCGCGGCTCTCGAGAAGAGCGCCTTCGGTTTT
TGTTCGATCTATTTTCGGGAGCATCCCAGCCAAAGCACTTCGGCACCCAA
AGGGGACCTGACGGAGGCCCGCGGGATGCCACTTCGTCCTCCGGTGCACC
CGCTGTTGCGTCGTTGTCGGAGGAACTACCCGTGGAGGTTCAGCGCTCAT
CTTTCAGGCTTTTCGACTGTGTCGGTCGAGGCTCTCTCGACTTCCGAAAC
TTCTGCCGCGCCCTCGCGCTATGCTGCCGCGGCTCTCGAGAAGAGCGCCT
TCGGTTTTTGTTCGATCTATTTTCGGGAGCATCCCAGCCAAAGCACTTCG
GCACCCAAAGGGGACCTGACGGAGGCCCGCGGGATGCCACTTCGTCCTCC
GGTGCACCCGCTGTTGCGTCGTTGTCGGAGACTGAATTTTCTGGCCTGAA
GAAGCAGTTGGGCCTTTCCGCTGGAGATGCAGATCACACTCGCTTCAAAG
CGGCGCCTGGAGTTCCCGGGCTACTGTTGTCGGAGTACTTCGAGTGGGCG
GAGACTGAATTTTCTGGCCTGAAGAAGCAGTTGGGCCTTTCCGCTGGAGA
TGCAGATCACACTCGCTTCAAAGCGGCGCCTGGAGTTCCCGGGCTACTGT
TGTCGGAGTACTTCGAGTGGGCGGAGGTCCATGCATCGGATGAGGCTTTG
GACCGGGCACTTCGGCCATTCTACCTGCTGCCGTCACCGCAGCAGGAGAA
GGACAAGGTCCATGCATCGGATGAGGCTTTGGACCGGGCACTTCGGCCAT
TCTACCTGCTGCCGTCACCGCAGCAGGAGAAGGACAAGGTGCTGGCCCAT
CTGATGGAGTACAAGATCGAAGAGGGACAGTCGATGTGTCTCGTCGCTGC
CCCGTGGTGGGCGTACTGGTCCAGTTACGTCGCCCTCACGAAAGCTGACG
TTCTTCGTGTGCCGGAGCGAGTGGCCTTGGGACTGCACAAGACCGAAGAG
TGCTTGGGTCAGGCGCCCGCAGAAGAGCCCATCCATGGAAAGGAGGTCAA
GGCGGAGGGAGAAGGCGTAGTGGGTACATCGGTGTCGTTGAATGTGGCGG
CCAGCTCGAACAATGCCGGGGTCGTTGGGGCAGAAGCTGGAGGTGCAGGC
GGCGGCAACGGCAATGGACACGCCGCGCCAGCAGGAGGGCAAACCACGGA
CAGCTCAGGGGGTGCAGGGAAAGAGAGGGTAGTGCCGACGATGCTAGCCA
GGCGACCACACGAAATAGATAATAGCAGCTTGCAGGTGCTGGCCCATCTG
ATGGAGTACAAGATCGAAGAGGGACAGTCGATGTGTCTCGTCGCTGCCCC
GTGGTGGGCGTACTGGTCCAGTTACGTCGCCCTCACGAAAGCTGACGTTC
TTCGTGTGCCGGAGCGAGTGGCCTTGGGACTGCACAAGACCGAAGAGTGC
TTGGGTCAGGCGCCCGCAGAAGAGCCCATCCATGGAAAGGAGGTCAAGGC
GGAGGGAGAAGGCGTAGTGGGTACATCGGTGTCGTTGAATGTGGCGGCCA
GCTCGAACAATGCCGGGGTCGTTGGGGCAGAAGCTGGAGGTGCAGGCGGC
GGCAACGGCAATGGACACGCCGCGCCAGCAGGAGGGCAAACCACGGACAG
CTCAGGGGGTGCAGGGAAAGAGAGGGTAGTGCCGACGATGCTAGCCAGGC
GACCACACGAAATAGATAATAGCAGCTTGCAGGGGGGAGCTGAGTGGGAA
GTTGCTCCAAATCTGTTCCTTGGCGATGACTACATCATGCTGCCGAAGTC
GCTGTGGGATATCATGGTGGAATGGTACGGCGGCGGGCCCGTATTCAGCC
GAAAAGTGGTAAAGGTTTCTTCGAGCCCTTCGCGCCTGCTCCAACTCCCA
GAGAGGGCGCAGGAATCAGCCCCAGGATTAGTGCCAGGGATGAAGGAGAC
CGAGGCGGGACCGTCATCTTCGAGGGGGGAGCTGAGTGGGAAGTTGCTCC
AAATCTGTTCCTTGGCGATGACTACATCATGCTGCCGAAGTCGCTGTGGG
ATATCATGGTGGAATGGTACGGCGGCGGGCCCGTATTCAGCCGAAAAGTG
GTAAAGGTTTCTTCGAGCCCTTCGCGCCTGCTCCAACTCCCAGAGAGGGC
GCAGGAATCAGCCCCAGGATTAGTGCCAGGGATGAAGGAGACCGAGGCGG
GACCGTCATCTTCGAGCCTCACGGTGGACTTGTACCCGCTAGCCCTGCAC
GTGAGCGTGAGCGATGCCGCGGGGAGACCGAGTGGGCGAGAACGGCTTGT
GTTGACGTCACACCACGTGCACATTAGGGAGATGCTGCAAGAGGCGCTGA
GTAACTCGAGCACGTACGGCAACACCCGAGGGCTGTCGATGACGCCTGAA
GCTCTGAACGCGCAAGCGGAGCCTCACGGTGGACTTGTACCCGCTAGCCC
TGCACGTGAGCGTGAGCGATGCCGCGGGGAGACCGAGTGGGCGAGAACGG
CTTGTGTTGACGTCACACCACGTGCACATTAGGGAGATGCTGCAAGAGGC
GCTGAGTAACTCGAGCACGTACGGCAACACCCGAGGGCTGTCGATGACGC
CTGAAGCTCTGAACGCGCAAGCGGAGAATCGAGCGGTGTCGGCCGCTGCG
AACGCCGAACAGGAACATGACATGCAGCAGCTCTCTGAGCAGGGCGCAAG
CGGCAGTGATGCTAGCTTAGGCAAACAGCACATGCCACCAAGGCATGAGG
GAAGTTCCAATCCAACAGAGGACGTGCGACTGTGGGTCCTGGAGACCAGT
ACAAGCGGCTTATTGGATACTCCTCGTATGCATACGAATCGAGCGGTGTC
GGCCGCTGCGAACGCCGAACAGGAACATGACATGCAGCAGCTCTCTGAGC
AGGGCGCAAGCGGCAGTGATGCTAGCTTAGGCAAACAGCACATGCCACCA
AGGCATGAGGGAAGTTCCAATCCAACAGAGGACGTGCGACTGTGGGTCCT
GGAGACCAGTACAAGCGGCTTATTGGATACTCCTCGTATGCATACGGCGG
CCTCCACACCGGGGGCGCGTCGACCTCGTTTCAGTTACGGCGGAGGTCAG
GCATTGGGCAGTGTGGACCCTCAATCGGGCCTGCATCGGTGGAAGCTGGT
CCAGCGGGAAGAAGAGGCGGCCTCCACACCGGGGGCGCGTCGACCTCGTT
TCAGTTACGGCGGAGGTCAGGCATTGGGCAGTGTGGACCCTCAATCGGGC
CTGCATCGGTGGAAGCTGGTCCAGCGGGAAGAAGAGGAGATGACGCTGGC
GGAGTTAGGTCTTATCGGTGGTGAGAAGGTAATGCTTGAGCACAAAAATC
AGCACGGCAAGTGGCCTCGATTCAGGTACATCGAGGATCCAGGGTTCCGG
CACTTCCACGAAGGCGATCGAGTGGACGCGATGGACTACCAGGGCCGCTG
GTTTCGAGGGCAGGAGATGACGCTGGCGGAGTTAGGTCTTATCGGTGGTG
AGAAGGTAATGCTTGAGCACAAAAATCAGCACGGCAAGTGGCCTCGATTC
AGGTACATCGAGGATCCAGGGTTCCGGCACTTCCACGAAGGCGATCGAGT
GGACGCGATGGACTACCAGGGCCGCTGGTTTCGAGGGCAGGTGGTAGAGG
TGGGATCCAAAAGCAGCTCTAAGAACGTGGACTCGGACGGACCCATTGGG
AGGAAGAAGAGCGTGGTAGAGGTGGGATCCAAAAGCAGCTCTAAGAACGT
GGACTCGGACGGACCCATTGGGAGGAAGAAGAGCAACCGCCGCCATCGAC
TCGAGCTTGACCCGCCTCTTCGAGAGCCCATTCGTGAGGTTGCCACACAA
CGCGGACATGAGAGCGAGGGAGGAATCGATTATCCCGATCCCGCTGTTGG
TTCGTCGGAGGTGCTCGGGGCCGAGGTCAGATCAGCTGGAAAACCCGGCG
CACCGAGGTCATCGTCGAGCGACTCTCAGCGTCAACGCAGGGCGTCTGGT
AGAGAGGCGAGCAGGTCGGGCGATACCAGTTCGAGTGAGAGCGGGAGGAG
CCTTATGGGGGGGGACAGAGAAGGCGGCAGCGGTTCCTCTCGAAGGAGGA
CGCGAGTCCGGATACACTTCGATCGATTCGCACCGCAATGGGACGAATGA
ACCGCCGCCATCGACTCGAGCTTGACCCGCCTCTTCGAGAGCCCATTCGT
GAGGTTGCCACACAACGCGGACATGAGAGCGAGGGAGGAATCGATTATCC
CGATCCCGCTGTTGGTTCGTCGGAGGTGCTCGGGGCCGAGGTCAGATCAG
CTGGAAAACCCGGCGCACCGAGGTCATCGTCGAGCGACTCTCAGCGTCAA
CGCAGGGCGTCTGGTAGAGAGGCGAGCAGGTCGGGCGATACCAGTTCGAG
TGAGAGCGGGAGGAGCCTTATGGGGGGGGACAGAGAAGGCGGCAGCGGTT
CCTCTCGAAGGAGGACGCGAGTCCGGATACACTTCGATCGATTCGCACCG
CAATGGGACGAATGGTATGACAGTAAGAGCTTGAAGCTTGCGCCGGAGGG
TAGCTACACTGCCCCCGTCGTCCCGACTCAGCCGTTACTTCGCCCGAGGG
ACGAGGCCAACGGAGAAACGGAGGCGAGCGTATGACAGTAAGAGCTTGAA
GCTTGCGCCGGAGGGTAGCTACACTGCCCCCGTCGTCCCGACTCAGCCGT
TACTTCGCCCGAGGGACGAGGCCAACGGAGAAACGGAGGCGAGCCAGGAC
GCGTCCCCGAACTCGACGGTTGCCGCCGACGGACCAGGCGCACACTCGTC
CGGCCCCTCTAAGGCTGGAGGTGGCGCCTATCTGCCGCCGGTAGGACGGT
TCCCCGGCGACGCCTCGAGTAGCTGGAACGCGCGCTCTCAAAACTCAGCT
CGAACAAACGGGACCAACGGGGGTGCGGATGGGATATCCAACTACGGTGG
GGGCGCGTTGAACAGGAGAAGCAACACGCCGGGAAAGCCTCCACTGCCGG
GCGCTTGCGGGCTGGTGAACGTCGGAAACACGTGCTACCTGAACTCGGCC
GTGCAGTGCTTGTCTCACACGCCGCTCGTAAGAGCGTACCTGTTGTCTGA
CATGTGGGCGGCGGAAGTCAACAAGTGCAACCCGCTGGGCACTCAGCAGG
ACGCGTCCCCGAACTCGACGGTTGCCGCCGACGGACCAGGCGCACACTCG
TCCGGCCCCTCTAAGGCTGGAGGTGGCGCCTATCTGCCGCCGGTAGGACG
GTTCCCCGGCGACGCCTCGAGTAGCTGGAACGCGCGCTCTCAAAACTCAG
CTCGAACAAACGGGACCAACGGGGGTGCGGATGGGATATCCAACTACGGT
GGGGGCGCGTTGAACAGGAGAAGCAACACGCCGGGAAAGCCTCCACTGCC
GGGCGCTTGCGGGCTGGTGAACGTCGGAAACACGTGCTACCTGAACTCGG
CCGTGCAGTGCTTGTCTCACACGCCGCTCGTAAGAGCGTACCTGTTGTCT
GACATGTGGGCGGCGGAAGTCAACAAGTGCAACCCGCTGGGCACTCAGGG
CAAGCTCGTGGAAGACTTCGCGTCGCTGTTGAAATCTCTGTGGTCTCAGG
AGTACCTTTGCGTCTTCCCCAGCAAGTTCAAGAGAGGCCTCATCAAGTGC
AAGCCGCAGTTCGCTGGCAACGAGCAGCAGGATTCTCAGGGCAAGCTCGT
GGAAGACTTCGCGTCGCTGTTGAAATCTCTGTGGTCTCAGGAGTACCTTT
GCGTCTTCCCCAGCAAGTTCAAGAGAGGCCTCATCAAGTGCAAGCCGCAG
TTCGCTGGCAACGAGCAGCAGGATTCTCAGGAGTTCTTGGCGGAGATGCT
GGACGCCCTTCACGAGGATGTCAACAGGGTCATCGACAAGCCCTACGTCG
CCGCCCCTAACGAAGACGAGGCGGAATCAGGTCGATCGGACCAGGAACTG
GCCGATGAGGCATGGGATCGACACGTGCAGAGGAACCGGAGTGTCATCGT
GGATCTTTTCCAGGGTCAGCTCAAGATGGTTTGCCGTTGTACCGTGTGCG
ACAAGAAGGAGTTCTTGGCGGAGATGCTGGACGCCCTTCACGAGGATGTC
AACAGGGTCATCGACAAGCCCTACGTCGCCGCCCCTAACGAAGACGAGGC
GGAATCAGGTCGATCGGACCAGGAACTGGCCGATGAGGCATGGGATCGAC
ACGTGCAGAGGAACCGGAGTGTCATCGTGGATCTTTTCCAGGGTCAGCTC
AAGATGGTTTGCCGTTGTACCGTGTGCGACAAGAAGTCGGTCACGTTCGA
CCCCTTCATGTACCTGTCGGTGCCAATTCCAGTCCGCAATGAGAAGATGG
TTGCTGTGGTGATGATCCCGAGAATACGGACTAGCTACTTGGTCGGGGCT
GAAAATGATAACGGTAAGAGTAAGGCTTGCAACACCTTGTCGGCTGTCGG
TCACGTTCGACCCCTTCATGTACCTGTCGGTGCCAATTCCAGTCCGCAAT
GAGAAGATGGTTGCTGTGGTGATGATCCCGAGAATACGGACTAGCTACTT
GGTCGGGGCTGAAAATGATAACGGTAAGAGTAAGGCTTGCAACACCTTGT
CGGCTGCAGCTGAATTTACCAATCCGAGGGAGTTGGTGCCTGTGCAGTAC
GGGATCATGCTGCCGAGGCTGGGAGAGCAGCTGAATTTACCAATCCGAGG
GAGTTGGTGCCTGTGCAGTACGGGATCATGCTGCCGAGGCTGGGAGAGCT
GAGCGATCTCAAACGGGCGCTATCGGATCTATGTGGGATACCTGCACCGT
CGCTGGTAGTGGCGATCCTGCAACAAAATCACTGAGCGATCTCAAACGGG
CGCTATCGGATCTATGTGGGATACCTGCACCGTCGCTGGTAGTGGCGATC
CTGCAACAAAATCAGACGAAGGTACTGCAAGACAAGGACCTGCTCACGGA
ATTGCGGGACGACGTCCTAGTCATCGCTCTAGAGATGGTGAGTGACGAAG
GTACTGCAAGACAAGGACCTGCTCACGGAATTGCGGGACGACGTCCTAGT
CATCGCTCTAGAGATGGTGAGTGGGGAAAGTGGTCCTCGCAGCAGTAGAC
GAAGAAGCCATGCGAAGGCCAACGGAAAACCGAGCGCCAGCACCCCTGTC
GCCGCTTCTACCCAAGCTACGCCTTCTCCAGCATCAACACGAACGCTTCC
AGGACCAGCAACTGCAGCATCAGCATCCGCCAGCAGCAACAAGGTGGTCA
ACGGGACGCCGGAGCCCCCTACTCGGGCCGAGGTGGCGCAAGCGGAGGAT
GAGCATGGCAGCAGAGTGACGCTTGAAGAGAGTGGTGCAGATTCTGCAAA
GGCCAAGGGCAAGGCTCAGCATGTTTTGTCGAAAGAAGTGAACCGCGGCA
ACAGCAACGGCAATGGTGTGACGCCGACCGAGGGATCGGCCACGGCTACC
GTCAATACCGCAACCAAGGTCGAAATCGCTGCTGAAATACGCTCAAATGA
CAGCGAGGACGGGGTGGACGGGGAGGAGGACGGCGACGATGACGACGGAG
AGGGCACCGACTTGGAAGACGACAGGGGGAAAGTGGTCCTCGCAGCAGTA
GACGAAGAAGCCATGCGAAGGCCAACGGAAAACCGAGCGCCAGCACCCCT
GTCGCCGCTTCTACCCAAGCTACGCCTTCTCCAGCATCAACACGAACGCT
TCCAGGACCAGCAACTGCAGCATCAGCATCCGCCAGCAGCAACAAGGTGG
TCAACGGGACGCCGGAGCCCCCTACTCGGGCCGAGGTGGCGCAAGCGGAG
GATGAGCATGGCAGCAGAGTGACGCTTGAAGAGAGTGGTGCAGATTCTGC
AAAGGCCAAGGGCAAGGCTCAGCATGTTTTGTCGAAAGAAGTGAACCGCG
GCAACAGCAACGGCAATGGTGTGACGCCGACCGAGGGATCGGCCACGGCT
ACCGTCAATACCGCAACCAAGGTCGAAATCGCTGCTGAAATACGCTCAAA
TGACAGCGAGGACGGGGTGGACGGGGAGGAGGACGGCGACGATGACGACG
GAGAGGGCACCGACTTGGAAGACGACAGACTTCCAACTTCCAGTAGGGAC
CGTCGAACCCCGGACGAGAGATGCACCACATCATTCCCGGCCACGCTCAG
AGACTTGGAGCTTGGGTGGAGACTAGACGCTCTCGATGGCCAGGGGGGCT
GGTTCGCTGCCACGGTTGTGGAGACTTCCAACTTCCAGTAGGGACCGTCG
AACCCCGGACGAGAGATGCACCACATCATTCCCGGCCACGCTCAGAGACT
TGGAGCTTGGGTGGAGACTAGACGCTCTCGATGGCCAGGGGGGCTGGTTC
GCTGCCACGGTTGTGGAGATTGATCCTCAGGCGGTATCCTTGCGAAGAGA
CGGTGAAAAATCGTCTAAGGCCGGGGCAGCGAGAAGCGGGGACGATAACC
TCAAGCGCAAAACGGAGTACTTGGTGAAGGTCCACTTCGACGGTTTCACT
TCCAAGTGGGATGAGAGCTACGGGGAGCAGGAATGGAGGGAAAAGAAACT
CCAGCCCCTCTTCACCAAGATTGATCCTCAGGCGGTATCCTTGCGAAGAG
ACGGTGAAAAATCGTCTAAGGCCGGGGCAGCGAGAAGCGGGGACGATAAC
CTCAAGCGCAAAACGGAGTACTTGGTGAAGGTCCACTTCGACGGTTTCAC
TTCCAAGTGGGATGAGAGCTACGGGGAGCAGGAATGGAGGGAAAAGAAAC
TCCAGCCCCTCTTCACCAAGACCAGTCCGCAGGGACGCACACTGGATATC
CCGGTTGTACATCGCAAAACGATCAGAGTGTCCACTTCGGGTGCCCAGGG
GCTGACCTTAACCCACTCTGTTTCCACGAGACCAGTCCGCAGGGACGCAC
ACTGGATATCCCGGTTGTACATCGCAAAACGATCAGAGTGTCCACTTCGG
GTGCCCAGGGGCTGACCTTAACCCACTCTGTTTCCACGAGGGAGGGCGCT
GGCCGTGGCAGTGGCTCGGAGGGAGTGGACGTTCGGGACCCACGAGCTAG
ATACATTACAGCCAAGGGAGGGCGCTGGCCGTGGCAGTGGCTCGGAGGGA
GTGGACGTTCGGGACCCACGAGCTAGATACATTACAGCCAAGGACCTGTT
CGGGCTACCCTTCCTTGTGAGATGCCCTCCTGCAAGATCTACCCGATATT
TGTGGCGGCTTGTGGTGCAGCAAGCCTCAAGATTTGTTGCGGGTGCTTCT
GGGGGCAGAAGCTCCAAGGCAGAGAGCAAGGATAGGATGGCCAAGGCCAC
TTCGGACTCAAGGACCTGTTCGGGCTACCCTTCCTTGTGAGATGCCCTCC
TGCAAGATCTACCCGATATTTGTGGCGGCTTGTGGTGCAGCAAGCCTCAA
GATTTGTTGCGGGTGCTTCTGGGGGCAGAAGCTCCAAGGCAGAGAGCAAG
GATAGGATGGCCAAGGCCACTTCGGACTCAAGCAGCCAGCGGCCAGATTT
CTCTGTCACTGCGGCCTGGGTAGCACGTGCCGCGGTGGGGTTGGAGAGCG
GCATCTCGGACGAGGAACTGAGGCAGCTGCTCCCTTTCACTGTCAAGTTC
GTCCTAAGACAAAATCCACTCTCGGAAGTGGGTTCGGTGGAATTAGTCCC
CGACAGATGGAGAGCGGCATCGTCTCTCCTGTGTCCGAAGCAGCCAGCGG
CCAGATTTCTCTGTCACTGCGGCCTGGGTAGCACGTGCCGCGGTGGGGTT
GGAGAGCGGCATCTCGGACGAGGAACTGAGGCAGCTGCTCCCTTTCACTG
TCAAGTTCGTCCTAAGACAAAATCCACTCTCGGAAGTGGGTTCGGTGGAA
TTAGTCCCCGACAGATGGAGAGCGGCATCGTCTCTCCTGTGTCCGAAGCT
CATCCTGGCGCTGGAATGGAAAGATGCATCGCGGGACTACCTCGATGTCC
TCGCAGCAACCTTTGATCACCCGTCGTATCTAGAGCTCGAGAACAAGTCG
CAGCTCATCCTGGCGCTGGAATGGAAAGATGCATCGCGGGACTACCTCGA
TGTCCTCGCAGCAACCTTTGATCACCCGTCGTATCTAGAGCTCGAGAACA
AGTCGCAGTCGGTCCACTCCGGGCTAACGCTGGAGCAGTGTTTGGAGGCC
TACACTAGAGAAGAAACGCTAGAGGGGGAGGACTCGTGGTACTGCTCTAA
TTGCCAAGCGCACAGGAGAGGCGTCATGAAAATCGACCTCTGGAAGATGC
CCGACGTGTTGTCGGTCCACTCCGGGCTAACGCTGGAGCAGTGTTTGGAG
GCCTACACTAGAGAAGAAACGCTAGAGGGGGAGGACTCGTGGTACTGCTC
TAATTGCCAAGCGCACAGGAGAGGCGTCATGAAAATCGACCTCTGGAAGA
TGCCCGACGTGTTGGTCATCCACATGAAGCGCTTCCACTGCTCTGCCCGG
TGGCGCGAGAAGATTCGGACCTTAGTGGTCTTTCCGCACTCCGGTCTCGA
CATGTCGGGGTTCGTGTCGTCCAATTCTGCGCACAAGAACCAGGTCATCC
ACATGAAGCGCTTCCACTGCTCTGCCCGGTGGCGCGAGAAGATTCGGACC
TTAGTGGTCTTTCCGCACTCCGGTCTCGACATGTCGGGGTTCGTGTCGTC
CAATTCTGCGCACAAGAACCAGGCGGGAGGAGGGCAGGCAGGCATGGTGT
ACGACCTCTTCGGTGTGGTGAACCATATGGGCGGCATGACAGGAGGCCAC
TACACGGCTTGCTGCCGCTCTTCTCCATGCAGCAAGGATGGGGTCGAGGA
GGTCACTGGGTGGGGGCTGGAGCACCCGTGGCTCAACTTCGACGACGAAT
TTGTGGAGGCGGGAGGAGGGCAGGCAGGCATGGTGTACGACCTCTTCGGT
GTGGTGAACCATATGGGCGGCATGACAGGAGGCCACTACACGGCTTGCTG
CCGCTCTTCTCCATGCAGCAAGGATGGGGTCGAGGAGGTCACTGGGTGGG
GGCTGGAGCACCCGTGGCTCAACTTCGACGACGAATTTGTGGAGGAGATG
GCTCCAGACAAGATCGTTTCCGAAGCAGCCTACGTCCTCTTCTATCGAAG
GCGGCGGCTTACTCCCAGCAACGTCATCAACATGACCATTTGAGAGATGG
CTCCAGACAAGATCGTTTCCGAAGCAGCCTACGTCCTCTTCTATCGAAGG
CGGCGGCTTACTCCCAGCAACGTCATCAACATGACCATTTGA