mRNA_P-fluviatile_contig12.1451.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig12.1451.1
Unique Name	mRNA_P-fluviatile_contig12.1451.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: A0A6H5KKP9_9PHAE (DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KKP9_9PHAE)

HSP 1 Score: 1456 bits (3768), Expect = 0.000e+0
Identity = 815/1035 (78.74%), Postives = 888/1035 (85.80%), Query Frame = 2

Query:  212 MNPAHCKGSGQQQXXXXSRRRSLPARVGNASAMIAAAVSLTYRCCYALRVLSYSPATTTAPGAGFQFRSYVGTAAQRASRTSVTRAGTFVPAGAGRRKLAXXXXXXXXXXXXXXXXXXXXXXXXXXDAGSLQMVSGGS----TDEGQFFVDPDQAVEVDGVGPPGPLVGGDHVLNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEPYGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGDAEDQEQL------LLVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPREKLGDTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARVPVLDDEASKSTG----AVSKRT-AGSEGARSVAEKLRG 3271
            M PA  K S QQ+     +RR + ARVGNA+A++AAA SL +R C ALR    S A +   GAG+Q+RSYVGTAAQRA RT+ +  G FVP         XXXXXXXXXXXXXXXXXXXXXXXXXX                +DE QFF DPD   EVDGVGPPGPLVGGD V+NVGLEAEIK+SFMQYAMSIILGRALPDVRDGLKPVHRRILYAM+GLNLNPEG+HRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLS+VA+DTLLTDINLDTVDM TNFDGNE+EPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIR+P LP++QLFRLLPAPDFPTGG IMGLAGARKLYTTSNGGVT+RATTHIE+I+AKGR++RNA+VVTELPYQVNKS+LLQ+MAEMVN+KKL+GISDLRDESDRDGVRVV+ELKRDANP+VVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRF TVRRR A+ELGKVRAREHIVQGML+AL  IDAVIELVRAS DT MAR+GLMAEPYGLS +QADAILALRLGRLTSMEEGKLK EAE+LKAT+ERLEGVM EDSKVMDIIVEELTE K KHAVPRRT+IKPDEGEL EEDLLAND S VVVTAAGYIKRMPLEEF AQNRGTRGK GAKMSSDHDVVQHFF CQDHDTILFVSDKGVAYG+RAFQVP  SRTAKGVPVPQVLP+AGD EIASVLAVDDFREDEYLVLLTQ GYIKRTPL AF+STSSRGL II LG+DD+LRWV+RC   DGIVIG+++GYA R  AN  D RPSGRTS+GV  MN+R EDVPVD+ V+PR      A D   +      LLVL+T+GYGKRV  NEF+TT+R   GVIAL+ R+KL DTLAC R+VGADDEI+LSTAQGTIVRQRAGAI +QSR A+GVIVQK+ AND IKDVA VP + ++A+ +TG    +VS    AGS  A  VA  LRG
Sbjct:    1 MKPARHKVSRQQR-----QRRWMTARVGNAAAVLAAAWSLPHRSCQALRAPCSSSAIS---GAGYQYRSYVGTAAQRARRTTASLTGGFVPGXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSDESQFFTDPDAPSEVDGVGPPGPLVGGDQVVNVGLEAEIKTSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLNPEGTHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSSVAKDTLLTDINLDTVDMTTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRNPELPDDQLFRLLPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEAKGRSRRNAVVVTELPYQVNKSSLLQKMAEMVNDKKLEGISDLRDESDRDGVRVVVELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFTTVRRRTAFELGKVRAREHIVQGMLQALGMIDAVIELVRASTDTPMARDGLMAEPYGLSQEQADAILALRLGRLTSMEEGKLKAEAEDLKATMERLEGVMNEDSKVMDIIVEELTEAKNKHAVPRRTMIKPDEGELQEEDLLANDSSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDKGVAYGIRAFQVPVGSRTAKGVPVPQVLPIAGDEEIASVLAVDDFREDEYLVLLTQKGYIKRTPLAAFRSTSSRGLIIISLGEDDTLRWVKRCCDDDGIVIGSKQGYATRFLANKKDLRPSGRTSRGVKAMNFRDEDVPVDIGVVPREAAAATAGDDAGVKEEGHSLLVLTTRGYGKRVALNEFKTTRRGGKGVIALKLRQKLEDTLACFRIVGADDEIMLSTAQGTIVRQRAGAIARQSRTATGVIVQKLDANDGIKDVALVPEISEDAAATTGRPGFSVSDAVGAGSGDAGGVAASLRG 1027

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: A0A836CKD9_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CKD9_9STRA)

HSP 1 Score: 1039 bits (2687), Expect = 0.000e+0
Identity = 531/812 (65.39%), Postives = 653/812 (80.42%), Query Frame = 2

Query:  758 MQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEPYGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGDAEDQE----QLLLVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPREKLG---DTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARV 3172
            MQYAMS ILGRALPDVRDGLKPVHRRILYAMHGL L PE  +RKCARVVGEVLGK+HPHGD+AVYDALVRMAQDFVM+APLI GHGNFGSID DP AAMRYTE KL+ VARD LL D+ +DTVD + NFDGNE+EPVVLP+RLP+LL+NGATGIAVGMATNIPPHNLGE+  A +ALI+DP LPE  LF+++PAPDFP+GG IMGLAGARK+YTTSNG VT+RATTHIE I  + R  RNA++VTE+PY VNK+ALL+++A +VNEKKLDGI+DLRDESDRDG+RVVIELKRDA P+VV+NNL+KKTQLQTSFSGNMLA+G+DG +P RF+LRA + SF+ FRF TVRRR AYEL KV+AR+HIV+GML AL+ ++ VIELVR S D + AR+ L  + +GLS +QADA+LALRLGRLT  EE KLK E  +L   ++RL G+M++D  V  ++V+EL ELKAKHAVPRR++IK DEGEL++EDLLAND S +V+T +GYIKRMPLEEF+AQ RGTRGK GAK+S   D V  FF C+DH+T+LFVSD+GVAYGLRAFQVPTASRTAKGVPVPQVLP++ D  I+SV+ V++F++DEYLVLLT+ G+IK+T L AF+S ++RGL II L D D L WV+ C + D I+IGT++G A+R  A+    RPSGRTS+GV  M ++  D PVD+ ++P       A+DQE    + L+ ++ +GYGKRV  +EF+  +R  MGVIA + + K G   D L  LR++   D++LLSTAQGTIVRQ A  + +Q R A+GV VQK+   D I  +A V
Sbjct:    1 MQYAMSTILGRALPDVRDGLKPVHRRILYAMHGLGLQPESGYRKCARVVGEVLGKFHPHGDVAVYDALVRMAQDFVMAAPLIAGHGNFGSIDADPPAAMRYTESKLAPVARDALLADVAMDTVDFVPNFDGNEQEPVVLPARLPILLLNGATGIAVGMATNIPPHNLGELTDACVALIKDPELPEADLFKIVPAPDFPSGGTIMGLAGARKMYTTSNGSVTLRATTHIESIAQRTRPPRNAVIVTEMPYMVNKAALLEKIAALVNEKKLDGIADLRDESDRDGIRVVIELKRDAVPQVVQNNLYKKTQLQTSFSGNMLAIGADGLQPQRFTLRALLDSFLAFRFKTVRRRTAYELAKVQARDHIVEGMLIALARVEEVIELVRGSKDNATARQHLTNKDFGLSTEQADAVLALRLGRLTKAEEIKLKKEHTDLTKEIKRLLGLMQDDESVRQVMVKELLELKAKHAVPRRSIIKKDEGELNDEDLLANDNSIIVITRSGYIKRMPLEEFQAQRRGTRGKAGAKLSDPGDEVAQFFTCRDHNTVLFVSDRGVAYGLRAFQVPTASRTAKGVPVPQVLPLSADERISSVIPVEEFKDDEYLVLLTKRGWIKKTSLAAFQSLTARGLTIISLEDGDELLWVKTCTEADSIIIGTQQGMAVRFAASADQLRPSGRTSRGVKAMKFKPGDYPVDIDILP------GADDQELPDGKSLVAVTVQGYGKRVGADEFKIQRRGGMGVIATKFKTKRGAAQDALCALRVIANGDQLLLSTAQGTIVRQPAATVSEQGRTATGVRVQKLDEGDEIASIAVV 806

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: W7TLA9_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7TLA9_9STRA)

HSP 1 Score: 991 bits (2561), Expect = 0.000e+0
Identity = 506/837 (60.45%), Postives = 641/837 (76.58%), Query Frame = 2

Query:  707 GDHVLNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELID-AKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEPYGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAV-DDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRG-----EGKGD--AEDQEQLLLVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPREKLGDTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARVPVLDDE 3190
            GD VL   L  E+ SSFMQYAMS ILGRALPD RDGLKPVHRRIL+AMH LNL PE S+RKCARVVGEVLGKYHPHGD +VYDALVRMAQDFVMSAPL+ GHGNFGS+D+DPAAAMRYTECKLS +ARD LL DINLDTVD   NFDGNE EP+VLP+R+P+LL+NGATGIAVGMATN+PPHNLGEV+  T+ALI DPSL +++L RL+PAPDFPTGG IMGL G RKLYT  +G + +RA TH+E I    GR  RNAIVVTELPYQVNK++LL+++A+MVNEKK++GISDLRDESDR+G+RVVIELKRDA P VVENNLFKKT LQ+SF GN LAL +DG +P R +LR ++QSF+DFRF T+RRR  +EL K+ +R+H+V+G+++AL  ID V+ELVR + DT+ A+  LM   Y +S  QA AILAL LGRLT++E+ KL+ E E+L+  +E  + +M +D KV D++ +EL E++AKHAVPRR+ I+   G L E DLLAND S ++VT AGYIKRMPL++F  Q RGTRGK GA+MS D D+V HFF C DHD ++F+S+KGVA+G+RAFQVP ASR +KGVP+PQVLP++ D  ++SV+ + + F+ DE+LVLLT+ G+IK+TP+ AFK  +SRGL  I LG+ D+L W  RC   D I+I T +GY+MR  + D   +P+GRTS+G   +  R+ D  VD+ V+        +G GD  +    Q LL ++T GYGKRV  + F+  +R  MGVIA++ +   GD+LAC+R    D E++LST +GTIVRQR  AI  QSR A+GV VQ++   + IK VA +P   D+
Sbjct:  129 GDKVLPTELNLELSSSFMQYAMSTILGRALPDARDGLKPVHRRILFAMHVLNLQPESSYRKCARVVGEVLGKYHPHGDASVYDALVRMAQDFVMSAPLVAGHGNFGSVDDDPAAAMRYTECKLSLLARDALLKDINLDTVDFAPNFDGNEVEPLVLPARVPMLLLNGATGIAVGMATNVPPHNLGEVLDGTLALIEDPSLSDDKLLRLIPAPDFPTGGDIMGLEGPRKLYTNGSGSIVMRAKTHMETIPMGGGRQVRNAIVVTELPYQVNKASLLEKIADMVNEKKMEGISDLRDESDREGIRVVIELKRDAMPSVVENNLFKKTALQSSFPGNFLALANDGRQPQRLTLRESLQSFIDFRFKTIRRRTQHELSKLESRDHVVEGLIRALDRIDDVVELVRRAKDTAAAKATLMGSQYDMSEAQAQAILALTLGRLTALEDAKLRAEREQLRGQIEDFQAMMRQDEKVFDVMKQELREIRAKHAVPRRSSIRAHAGALTELDLLANDRSVMMVTEAGYIKRMPLDDFEQQRRGTRGKAGARMSQD-DLVNHFFACNDHDHVVFISEKGVAFGIRAFQVPVASRVSKGVPLPQVLPLSSDDHVSSVIPLGESFQADEFLVLLTKQGFIKKTPVDAFKKLTSRGLIAISLGEGDTLGWARRCTDQDDILISTRKGYSMRFASAD--LKPTGRTSRGCSAIKLRKTDEMVDITVLRPDAAVDVDGPGDCGSGSNGQYLLAVTTAGYGKRVSADSFKVQRRGGMGVIAIKFKAGSGDSLACMRACSDDYEVVLSTQKGTIVRQRVAAIALQSRTATGVRVQRLDEGNIIKSVAMLPADSDD 962

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: A0A0G4ESH9_VITBC (DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4ESH9_VITBC)

HSP 1 Score: 950 bits (2456), Expect = 0.000e+0
Identity = 489/851 (57.46%), Postives = 630/851 (74.03%), Query Frame = 2

Query:  716 VLNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRT-----KRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEPYGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGDAEDQEQLLLVLSTKGYGKRVDTNEFRTTKRRSMGVIALR--------------------PREKLG-DTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARVPVLDDE 3190
            V++V LE+E+ +SFM YAMSIILGRALPD RDGLKPVHRRIL+AM GLNL+PE S RKCARVVGEVLGKYHPHGD+AVYDALVRMAQDFVMS PL+ GHGNFGS+D DP AAMRYTECKL+ ++RD LL D+++DTVD + NFDGNE EP +LP++LP LL+NGATGIAVGMATNIPPH LGE+V A IALI++PSL +E+LF L+PAPDFPTG  I+GL G RKLY T NG V +RA TH+E I    R       R AIVVTELPY VNKS LL+RMA MVNEKKL+GI+DLRDESDRDG R+VIELK+DA   VV+NNLFKKTQLQTSF+GN+L+LG DG +P R +LR+A+Q ++DFRF T+RRR  +ELG+ + R H+V+G+LKAL+ ID VI++VR + D + ARE L   P+ LS +QA+A+L L L RLT++EE KLKTE EEL+A +  LE +M EDSKV  ++  EL ELK K+   RR+ I  +  +L EEDL+ ND S ++VT +GY+KR+P+EEF  Q+RGTRGK+GAK+S D D V HFF C DHDT+LFVS++GVA+ ++A+QVP +SRTA+GVP+PQVLP+A D  I SVL +  F+EDEYLVLLT+ G+IK+TPL AF + S+RGL +I L  DD LR+V RC   D ++I T  GYA+R + +    RP+ RTS+GV ++  R  D   D+ ++P  E        +  LL ++  G GKR+  + FR   R  +GVIA +                     ++KLG D ++C+R+   +DEI+LSTA GT++RQ+AG I  Q R A+GV+VQ++   D ++ V+ VP  + +
Sbjct:   25 VMDVELESELSASFMSYAMSIILGRALPDARDGLKPVHRRILWAMQGLNLSPESSFRKCARVVGEVLGKYHPHGDVAVYDALVRMAQDFVMSGPLVNGHGNFGSVDGDPPAAMRYTECKLTPLSRDALLADVSMDTVDFVANFDGNEVEPTILPAKLPFLLLNGATGIAVGMATNIPPHQLGELVDACIALIKNPSLSDERLFSLIPAPDFPTGALIVGLEGVRKLYKTGNGAVVMRARTHVEEIKKTNRKGGQLGSRTAIVVTELPYMVNKSVLLERMATMVNEKKLEGIADLRDESDRDGTRIVIELKKDARATVVQNNLFKKTQLQTSFAGNLLSLGDDGKQPVRLTLRSALQIWLDFRFRTIRRRTNFELGRRKQRAHVVEGLLKALAQIDDVIDVVRQAKDANQAREALQGSPFDLSEEQAEALLRLTLARLTALEEEKLKTELEELRARISELEALMREDSKVYHLMETELKELKRKYGGQRRSEIIHEAADLTEEDLIPNDRSVLIVTHSGYVKRLPVEEFDPQSRGTRGKLGAKISDD-DSVAHFFACNDHDTLLFVSNRGVAFTVKAYQVPLSSRTARGVPLPQVLPIAADDRITSVLPITQFKEDEYLVLLTKKGWIKKTPLAAFANVSNRGLTLIALEPDDVLRFVRRCTDDDSVIIATRGGYAIRFRTDGEQLRPTSRTSRGVKSLKIRDGDQVADLDILPGNEDDDGKGANKFFLLAVTENGCGKRIKPSHFRLQSRGGLGVIATKFKPQGKGNGGNTSGNKASSAEKKKLGGDAVSCMRVCRLNDEIMLSTAGGTVLRQKAGEISLQGRTATGVLVQRLPDGDEVQSVSVVPEAEQD 874

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: A0A7S4MTJ4_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4MTJ4_9STRA)

HSP 1 Score: 903 bits (2333), Expect = 2.520e-307
Identity = 485/892 (54.37%), Postives = 624/892 (69.96%), Query Frame = 2

Query:  590 DAGSLQMVSGGSTDEGQFFVDPDQAVEVDGVGPPGPLVGGDHVLNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIR-----DPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEP----YGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKM-------SSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGD-------AEDQEQLLLVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPRE-KLGDTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGAN--DRIKDVARVPVLDD 3187
            D   +   S GS + G +  D     E +       +       ++ L  EI +SFMQYA+SIILGRALPD RDGLKPVHRRILYAMHGLNL P  SHRKCARVVGEVLGKYHPHGD AVYDALVRMAQDF    PLI GHGNFGS+D DPAAAMRYTEC+L+ V+ + LL D+  D VD + NFDGNE EP VLP+RLP+LL+NG  GIAVGMATN+PPHNLGE++ A +AL          L +  L+RL+P PDFPTG  IMG +G++KLY+T NGGV VRA TH+E I +KG   R+AIVVTELPYQVNK+ALL+R+A+MVNEKK++G++DLRDESDRDG+RVVIELKRDA   VV+NNLFKKT LQTSFSGN LAL   GT P RF+LR+A+ +F+DFRF T+RRR+AY+L KV AR HIV+G+LKAL+  D VIE VR++ D + AR+ LM +      GLS  QADA+L L+LG+LT + + KL  E + L  +   LE ++E DS V  ++++E  +LK K  VPRRT I+P+EGEL+E DL+ N  S +VVT  GY+KRMPL+ F +Q RGTRGK G          S++ + V H F C DHDT+L V+ +G+AYG+RAF+VPT +RTAKGVP+P VLP+  D  + SVL +  F EDEY VL T+ G+IK+TPL AF+  +SRGL    L D D LRW + C   D I+IG+ +G A R +A     R +GRTS+GV +M  R  D   DM V+ + + KGD       ++D  + +L +++ GYGKR+ T++FRTT R  +GVIA++ +     D ++CLR+V  DDE+L+ TA+G +VRQ+   I  QSR A+GV+VQK+     D I  V+ VP  ++
Sbjct:   78 DYAVIDGYSDGSGELGSYDPDKGDLTEAEQALLANQMASDPSAPSIDLSDEISNSFMQYALSIILGRALPDARDGLKPVHRRILYAMHGLNLGPSSSHRKCARVVGEVLGKYHPHGDGAVYDALVRMAQDFSTGTPLIDGHGNFGSVDADPAAAMRYTECRLTPVSNEALLGDLGRDAVDFIPNFDGNEAEPTVLPARLPVLLLNGCAGIAVGMATNVPPHNLGELMDACVALTHAAEDGQDELSDGALYRLVPGPDFPTGARIMGTSGSKKLYSTGNGGVVVRAVTHVEQIVSKGGKPRSAIVVTELPYQVNKAALLERIADMVNEKKIEGVADLRDESDRDGIRVVIELKRDAVAAVVQNNLFKKTSLQTSFSGNFLALMGSGTIPQRFTLRSALDTFLDFRFKTIRRRSAYQLKKVDARIHIVEGLLKALARADDVIETVRSAPDQASARDALMDDTGDDGLGLSRDQADAVLKLQLGQLTRLNKSKLLDEKDTLSRSKAELEELLEVDSAVRSLMMDEFRDLKDKFGVPRRTQIEPEEGELNEIDLVKNSRSVIVVTRGGYVKRMPLKTFGSQKRGTRGKKGTSSAATAGSASAEDNEVSHCFTCNDHDTLLMVTQRGIAYGVRAFEVPTGTRTAKGVPIPSVLPVKADDVVTSVLTLSSFSEDEYAVLATERGWIKKTPLAAFEKLTSRGLIAATLEDGDRLRWCQICTDDDDILIGSTKGMATRFEAEK--LRATGRTSRGVRSMKLREGDTIADMNVLTKKK-KGDDDSPSSASKDGSEYVLAVTSSGYGKRIATDDFRTTARGGVGVIAMKFKAANEDDHISCLRIVHEDDEVLVITARGIMVRQKVRDISCQSRSATGVLVQKVDVEGGDHISSVSIVPKYEE 966

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: A0A7S4VAS9_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4VAS9_9STRA)

HSP 1 Score: 877 bits (2266), Expect = 2.170e-297
Identity = 461/835 (55.21%), Postives = 602/835 (72.10%), Query Frame = 2

Query:  731 LEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALI--RDPS--LPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMA---EPYGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMSSDHD-VVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGDAEDQEQLLLVLSTKGYGKRVDTNEFRTTKRRSMGVIALR--PREKLGDTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIG--ANDRIKDVARVPVLDDEASK 3199
            L  EI +SF+QY++SIILGRALPD RDGLKPVHRRILYAM+GL L  +  HRKCARVVGEVLGKYHPHGD AVYDALVRMAQ F    PLI GHGNFGSID DP AAMRYTEC+L+ VA + LL DI  DTVD ++NFDGNE EP VLP++LPLLL+NG +GIAVGMATN+PPHNL E++ A IA+I  RD    + +++L R++P PDFPTG  IMG++  ++LYTT NGG+ VRA TH+E      ++ + AIVVTELPYQVNK+ LL+++A +VN+KKL+GISDLRDESDRDG+RVVIELKRDA P VV+NNLFKKT LQT+FSGN LAL   GT P RF+LR+A+  F+DFR  T+RRR+A++L +V+ R HIV G+L AL+ ID VIE++R++ D   AR  LM    E   LS +QADA+L L+LG+LT + +GKL  E + L+A+ + LE ++ +D+ V D++ +E   LK    +PRRT I+ DEGEL++ DL+ N  S +VVT  GYIKR+PL+ F +Q RGTRGK     ++  D  V H F C DHDT+L V+ KG+AYGLRAFQVP ASRTA+GVP+P VLP+  D  I S+L V +F +DE+ VL T++G+IK+TPL AF++ +SRGL I  L D D LRW E+C   + I++G+  G A   +A     RP+GRTS+GV +M  +  D   D+ ++   +   D + + + +L +++ GYGKR+ T+EFRT  R  +GVIA++    +K  D ++CLR+V  DDE+L  TAQG IVRQ+   IP Q R A+GV+VQK+     D I  V+ VP    E SK
Sbjct:  131 LPDEISNSFLQYSLSIILGRALPDARDGLKPVHRRILYAMNGLGLYSDSGHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQSFSTGTPLIDGHGNFGSIDADPPAAMRYTECRLTKVATNALLDDITSDTVDFISNFDGNEMEPTVLPAKLPLLLLNGCSGIAVGMATNVPPHNLNELMDACIAMIDARDEGEEVSDQELVRIVPGPDFPTGASIMGMSNIKQLYTTGNGGIVVRAVTHVETGGDGRKSGKTAIVVTELPYQVNKAGLLEKIATLVNDKKLEGISDLRDESDRDGIRVVIELKRDAVPAVVQNNLFKKTPLQTTFSGNFLALMGSGTVPRRFTLRSALDCFLDFRIETIRRRSAFQLRRVKNRAHIVDGLLLALNVIDEVIEIIRSAPDQMTARVELMDPGNERLSLSREQADAVLRLQLGQLTRLNKGKLTDERKTLEASRKELEKLLSDDNAVRDLMRDEFENLKGTFGIPRRTKIEADEGELNDIDLIRNSRSVIVVTRGGYIKRLPLKTFESQGRGTRGKKSTTSNASQDNEVAHCFTCNDHDTLLMVTQKGIAYGLRAFQVPAASRTARGVPIPSVLPVKADDVITSILPVAEFTKDEFCVLATENGWIKKTPLAAFENLTSRGLIIATLEDGDRLRWCEKCTDNENILVGSRHGMATTFEAAK--LRPTGRTSRGVRSMRLKEGDTVADVSILK--QSGTDKDQRGEFVLAVTSNGYGKRIRTDEFRTQARGGVGVIAMKFKTNQKETDQISCLRIVKEDDEVLFITAQGVIVRQKVADIPSQGRAATGVLVQKVDIEGGDHISSVSIVPKSMIEMSK 961

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: A0A2T1C6M2_9CYAN (DNA gyrase subunit A n=1 Tax=Merismopedia glauca CCAP 1448/3 TaxID=1296344 RepID=A0A2T1C6M2_9CYAN)

HSP 1 Score: 853 bits (2205), Expect = 6.120e-290
Identity = 437/841 (51.96%), Postives = 600/841 (71.34%), Query Frame = 2

Query:  710 DHVLNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEPYGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRG-----EGKGDAEDQEQLL---------LVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPREKLGDTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARVPVLDDE 3190
            + ++   L  EI  S+++YAMS+I+GRALPD RDGLKPVHRRILYAMH L L PE   RKCARVVGEVLGKYHPHGD AVYDALVRMAQDF M +PLI GHGNFGS+DNDP AAMRYTEC+L  +  + +L DI  +TVD + NFDG+++EPVVLP+R+P LL+NG++GIAVGMATNIPPHNLGE+V   IALI +P + + QL + +P PDFPTG  I+G +G ++ YTT  G +T+R    IE ++++GR  R AI++TELPYQ NK+AL++R+A++VN+KKL+GI+D+RDESDRDG+R+VIELKRDA PKVV NNL+K+T +Q +F  NMLAL +   +P   +LR  +Q F+DFR   + RR  YEL K   R+ I+QG+L AL+ +D +IEL+R +ADT  AR+ +M + YGL   QADAIL ++L RLT++E  K++ E EEL+A +  L+ ++ + S++++II  E  E++A HA PR+T+I+P E +L + DL+AN+ SA+++T  GYIKRMP++ F AQNR TRGK G KM  D DVVQHFF C DHD++LF SD+GV Y L+A+Q+P +SRTA+G P+ Q+LP+    +I S+++V +F ++EYLV+LT  GY+K+T L AF S  + GL  I L + D LRWV R +  D I+IGT +G  +  + +    RP GR ++GV +M+ + +D  + M +IP           + E  E+ +         LV++T G GKRV  + FR   R  +GV+A++ R K GD LA LR+V ADDE+++ T++G I+RQ   AI  QSR A+GV VQK+  +D I  VA VP  + E
Sbjct:    6 ERIIPTDLRQEISRSYLEYAMSVIVGRALPDARDGLKPVHRRILYAMHELGLTPERPFRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFSMRSPLINGHGNFGSVDNDPPAAMRYTECRLQTLTSNAMLRDIESETVDFIDNFDGSQQEPVVLPARIPQLLVNGSSGIAVGMATNIPPHNLGEIVDGLIALIENPEITDIQLMQYIPGPDFPTGALIIGGSGIKEAYTTGRGSITMRGVAQIETVESRGRPDREAIIITELPYQTNKAALIERIADLVNDKKLEGIADIRDESDRDGMRIVIELKRDAYPKVVLNNLYKQTPIQANFGANMLALVNG--EPQVITLRQFLQVFLDFRIECITRRTQYELKKAEDRDIILQGLLIALANLDRIIELIRRAADTPTARQEMM-DSYGLLEVQADAILQMQLRRLTALEAEKIRLEHEELQAQINDLKDILAKRSRILEIIQAEAKEIRASHATPRQTIIEPGEDDLLDIDLIANEKSAILLTEQGYIKRMPVDTFEAQNRATRGKAGTKMKED-DVVQHFFTCCDHDSVLFFSDRGVVYCLKAYQIPVSSRTARGTPIVQLLPIPPAEKITSIVSVSEFTDEEYLVMLTGKGYVKKTALSAFSSIRANGLIAISLEEGDRLRWVRRAKPEDSIIIGTRQGMTIHFRTSHEQLRPLGRATRGVKSMSLKPKDELISMDIIPSQILNTISDTTEEETSEETVVPAGEGPWVLVITTGGLGKRVPVSRFRLQNRAGLGVLAIKFR-KSGDKLAALRIVNADDELMIVTSRGIIIRQAINAISPQSRMATGVRVQKLDDDDAIAAVALVPPSNGE 841

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: B8BXG7_THAPS (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8BXG7_THAPS)

HSP 1 Score: 851 bits (2198), Expect = 2.580e-289
Identity = 449/824 (54.49%), Postives = 588/824 (71.36%), Query Frame = 2

Query:  758 MQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPS-----LPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELI---DAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEP---YGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMS-SDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGDAEDQEQLLLVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPRE-KLGDTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIG--ANDRIKDVARVPVLD 3184
            MQYA+SIILGRALPD RDG+KPVHRRILYAM+GL L+P GS+RKCARVVGEVLGKYHPHGD AVYDALVR+AQ F  + PLI GHGNFGSIDNDPAAAMRYTEC+L+ +A +TLL DI +DTV+ + NFDG+E EP VLP+++P+LL+NG  GIAVGMATN+PPHNLGE++ A +AL +  +     + + +L +++PAPDFPTG CI+G +G+R LYTT NGGV +RA  H+E +     K ++ RNAI+VTELPYQVNK+ALL+R+A +VNEKKL+GI+DLRDESDRDG+R+VIELKRDA   VV+NNL KKT LQT+FSGN LAL   GT P RF+LR A+  F+DFRF T+R + A++L KV  R HIV G+L AL + D VI +VR + D + AR  LM+      GLS  QADA+L L+LG+LT +   KL  E + L  +   L  ++  D+ V D ++EE   +K +   PR+T I PDE +  + DL+ N+ S +VVT  GYIKRMPL+ F +QNRGTRGK G   + SD + V H F C DHDT+L  +  GVAYGLRA+QVP   RTA+G P+P VLP+  D  I SVL V +F ++E++VL T++G+IK+TPL AF+  + RGL I  L D D L W E+C   D I++G+ RG A R +A D   RP+ RTS+GV +M  ++ D   DM V+ +         +++ +LV++T+GYGKRV T EFRTT R   GVIA++ +  ++ D ++ +R+V  DDEILL T+QG IVRQ+   I  Q R A+GV+VQK+   + D I  V+ VP  D
Sbjct:    1 MQYALSIILGRALPDARDGMKPVHRRILYAMNGLGLSPSGSYRKCARVVGEVLGKYHPHGDTAVYDALVRLAQPFSTNIPLIDGHGNFGSIDNDPAAAMRYTECRLTRIAAETLLDDILMDTVEFLPNFDGSEYEPSVLPAKVPILLLNGGAGIAVGMATNVPPHNLGELMDACVALTKGRNEGGEEVTDGKLLQIIPAPDFPTGACIIGKSGSRSLYTTGNGGVVMRAVMHLEEVPTSSGKKKSTRNAIIVTELPYQVNKAALLERIAILVNEKKLEGIADLRDESDRDGIRMVIELKRDAVAAVVQNNLLKKTSLQTTFSGNFLALFGGGTNPQRFTLREALDCFLDFRFQTIRNKCAFQLDKVENRAHIVAGLLIALESTDEVIAIVRNAPDQASARAALMSTDNPKLGLSSAQADAVLKLQLGQLTRLNGDKLNDEKKTLDESQTNLRNLLTNDAAVRDTMLEEFMAMKKRFGTPRKTKILPDEEDKADIDLVQNERSVIVVTRGGYIKRMPLKTFESQNRGTRGKRGTSNTISDDNAVAHCFTCNDHDTVLMTTQSGVAYGLRAYQVPEGGRTARGAPIPSVLPVKSDDVITSVLPVSEFSKNEFIVLATEYGWIKKTPLAAFEKLTQRGLIIATLADGDRLNWCEKCTDNDDILVGSTRGQATRFKAAD--LRPTARTSRGVKSMTLKKGDTIADMNVLRK---------EDKFVLVVTTEGYGKRVLTEEFRTTARGGSGVIAIKFKAGRVDDRISTMRVVNEDDEILLITSQGVIVRQKVSDISCQGRAATGVLVQKVDVRSGDSISTVSIVPKED 813

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: B1WTN4_CROS5 (DNA gyrase subunit A n=11 Tax=Oscillatoriophycideae TaxID=1301283 RepID=B1WTN4_CROS5)

HSP 1 Score: 852 bits (2202), Expect = 2.800e-289
Identity = 436/842 (51.78%), Postives = 600/842 (71.26%), Query Frame = 2

Query:  710 DHVLNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEPYGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGAKMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRG--EGKGDAEDQEQLL------------------LVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPREKLGDTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARVP 3175
            D ++   L  E+  S+++YAMS+I+GRALPD RDGLKPVHRRILYAM+ L L P+   RKCARVVGEVLGKYHPHGD AVYDALVRMAQDF M +PLI+GHGNFGS+DNDP AAMRYTEC+L A++ + LL DI  DTVD   NFDG+++EP+VLP+R+P LL+NG++GIAVGMATNIPPHNLGE++  TIALI +P L E++L +++P PDFPTGG I+G +G    Y T  G +T+R    IE I+ +GR  R AI++T+LPYQ NK+AL++R+A++VNEK++DGISD+RDESDRDG+RVVIELKRDA P+VV NN++K+T +Q +F  NMLAL +   +P   +++  +Q F+DFR  T+ RR  YEL K   R+H++QG+L AL  +DAVI+L+R +ADTS A++ L+ E +GLS  QADAIL ++L RLT++E  K+  E EEL+  +  L+ ++    ++  II +ELT++K  HA PRRT I  D+GE+ + DL+AN+ + +++T  GYIKRMP+  F AQ R TRGK  AK+  D DVV+HF  C DHD +LF SD+GV Y + A+Q+P++SRTA+G+P+ Q+LP+  D +I S++AV +FRED +LV+LT++GYIK+T L AF +  + GL  I LGD D LRWV   R+ D I++GT +G A+  QA++   RP GR ++GV  M  ++ D  + M V+P     G GDA + E +L                  L ++  GYGKRV  ++FR  +R  MGV A++ + K  D LA L +V A+DE+++ + +G I+RQ   AI  QSR A+GV VQ++  +D I  VA VP
Sbjct:    6 DRIIPTDLSNEMSRSYLEYAMSVIVGRALPDARDGLKPVHRRILYAMYELGLTPDRPFRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFSMRSPLIEGHGNFGSVDNDPPAAMRYTECRLQALSTNALLRDIEADTVDFADNFDGSQQEPIVLPARVPQLLLNGSSGIAVGMATNIPPHNLGELIDGTIALIHNPDLSEKELIKIIPGPDFPTGGQILGRSGIHDAYMTGRGSITMRGVAQIETIEQRGRPDREAIIITQLPYQTNKAALIERIADLVNEKRIDGISDIRDESDRDGMRVVIELKRDAYPRVVLNNIYKQTPVQGNFGANMLALVNG--EPQLLTIKDFLQVFLDFRVETITRRTQYELRKAEERDHLLQGLLIALDNLDAVIQLIRRAADTSSAKDELVQE-FGLSPVQADAILQMQLRRLTALEAEKIHAEHEELQLKIADLKDILARRERIEAIIEDELTQIKTIHATPRRTEIVHDDGEIVDTDLIANEQAIILLTEQGYIKRMPVSTFEAQQRATRGKAAAKIKDD-DVVEHFLTCCDHDQVLFFSDRGVVYAVNAYQIPSSSRTARGIPIVQMLPIPKDEKITSIVAVSEFREDVFLVMLTRNGYIKKTALSAFSNIRTNGLIAISLGDGDQLRWVRLTREEDSIILGTRKGMAIHFQADNQQLRPLGRATRGVKAMKLKKGDELISMDVLPAQVTAGIGDAAEDEDVLENETEELTEEETTEGPWILAITNGGYGKRVPISQFRLQRRAGMGVRAIKFKSKT-DCLASLHVVNAEDELMIVSNRGIIIRQAVDAISMQSRAATGVRVQRLDDDDAIAAVALVP 842

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BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Match: A0A448Z6V5_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Pseudo-nitzschia multistriata TaxID=183589 RepID=A0A448Z6V5_9STRA)

HSP 1 Score: 853 bits (2204), Expect = 9.550e-288
Identity = 466/879 (53.01%), Postives = 602/879 (68.49%), Query Frame = 2

Query:  722 NVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDINLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPS----------------LPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNGGVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKKLDGISDLRDESDRDGVRVVIELK-RDANPKVVENNLFKKTQLQTSFSGNMLAL---------------------GSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGMLKALSTIDAVIELVRASADTSMAREGLMAEP--------------YGLSHQQADAILALRLGRLTSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVPRRTLIKPDE-GELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRGKVGA---KMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAKGVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKSTSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRPSGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGDAEDQEQLLLVLSTKGYGKRVDTNEFRTTKRRSMGVIALRPREKLG-----DTLACLRLVGADDEILLSTAQGTIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARVP 3175
            NV L +E+++SF+QYA+SIILGRALPD RDGLKPVHRRIL+AM  L LNP+GSHRKCARVVGEVLGKYHPHGDM+VYDALVRMAQDF  S  LI GHGNFGS+D DPAAAMRYTEC+L+++A + LL +++LDTVD   NFDGNEEEP VLPS+LPLLL+NG++GIAVGMATNIPPHNL E+VAA  ALI                    L +++LF L+P PDFPTG  I+G + A+KL TT NG V VRA TH+E I   G+  RNAI+VTELPYQVNK+ALL+++A +VN+KKL+GISDLRDESDRDG+R+V+ELK RDANPK+V  NL+KKT+LQTSFSGN LAL                      S    P RF+LR A+  F+DFRF T+RR+ + +LGKV+AR HIV G+L AL  ID VIEL+R   D +  R  LM                  GLS  QAD++L L+LG++T +   KL  E +EL++  +  + +++ED+ V ++++EE+ +L  K+ V R++ I  DE GE+ E D++ N  S +VVT  GYIKRM L+ F +Q RGTRGK G      SS  D V H   C D DT+L +S  GVAYGLRA+QVP+ SRTAKG P+P VLP+     + +VL V +F E+EYLVL T+ G IK+TPL AF+  S+RGLRI  L DDD L+W   C   D I+IG+ RG A R +A+    RP+GR SKGV  M  R  D   DM ++  G G G    +E+ +L ++ +GYGKRV T+ FR+T R ++GVIA++ ++K       D ++C  +V   DEIL  T++G +VRQ+   IP QSR A+GV+VQK+  +DRI  ++ VP
Sbjct:  106 NVDLRSELENSFLQYALSIILGRALPDARDGLKPVHRRILFAMQQLKLNPKGSHRKCARVVGEVLGKYHPHGDMSVYDALVRMAQDFSTSYRLIDGHGNFGSVDADPAAAMRYTECRLTSLATEGLLEELDLDTVDFAANFDGNEEEPTVLPSKLPLLLLNGSSGIAVGMATNIPPHNLREIVAACKALIETERMSTETQTKSKKVKKGILSDDELFELVPGPDFPTGATILGTSDAKKLXTTGNGRVLVRAITHLEQIKGSGKKSRNAIIVTELPYQVNKAALLEQIANLVNDKKLEGISDLRDESDRDGIRIVLELKQRDANPKIVLANLYKKTKLQTSFSGNFLALMKPDSVSTSVESTTKGSSAKASSFALTPQRFTLRDALDYFLDFRFETIRRKTSXQLGKVQARTHIVDGLLLALDRIDDVIELIRTMPDQAACRAALMKIDESASSGKNKNSELALGLSRIQADSVLKLQLGQMTRLSHDKLSEERDELESRRKGFQRILDEDNAVYELMIEEMADLDRKYGVERQSKIIYDEDGEVQELDMVKNSRSVIVVTRGGYIKRMELKTFESQRRGTRGKRGTFAGDSSSIDDEVMHCITCNDRDTLLMISQDGVAYGLRAYQVPSGSRTAKGTPLPSVLPINIGELVTAVLPVTEFTEEEYLVLATKQGMIKKTPLDAFEKISARGLRIATLADDDKLKWCHICTDKDDILIGSSRGMASRFEASK--LRPTGRXSKGVKAMKLRDGDTIADMNILG-GAGAGAKHKKEEFVLCITEQGYGKRVSTDAFRSTSRGAVGVIAIKFKKKSSAENDSDKVSCFSIVNESDEILAITSKGVMVRQKVAQIPCQSRSATGVMVQKVNDSDRITTISLVP 981

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig12.1451.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
A0A6H5KKP9_9PHAE	0.000e+0	78.74	DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Ectoca...	[more]
A0A836CKD9_9STRA	0.000e+0	65.39	DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Tribon...	[more]
W7TLA9_9STRA	0.000e+0	60.45	DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Monodo...	[more]
A0A0G4ESH9_VITBC	0.000e+0	57.46	DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Vitrel...	[more]
A0A7S4MTJ4_9STRA	2.520e-307	54.37	DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Odonte...	[more]
A0A7S4VAS9_9STRA	2.170e-297	55.21	DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Ditylu...	[more]
A0A2T1C6M2_9CYAN	6.120e-290	51.96	DNA gyrase subunit A n=1 Tax=Merismopedia glauca C...	[more]
B8BXG7_THAPS	2.580e-289	54.49	DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Thalas...	[more]
B1WTN4_CROS5	2.800e-289	51.78	DNA gyrase subunit A n=11 Tax=Oscillatoriophycidea...	[more]
A0A448Z6V5_9STRA	9.550e-288	53.01	DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Pseudo...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig12	contig	P-fluviatile_contig12:1840940..1866170 +

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	1472.6
Seed ortholog evalue	0.0
Seed eggNOG ortholog	2880.D8LPZ0
Preferred name	GYRA
KEGG ko	ko:K02469,ko:K03164
KEGG Pathway	ko01524,map01524
GOs	GO:0005575,GO:0005622,GO:0005623,GO:0005634,GO:0005654,GO:0005737,GO:0005739,GO:0009295,GO:0009507,GO:0009536,GO:0016592,GO:0031974,GO:0031981,GO:0032991,GO:0043226,GO:0043227,GO:0043229,GO:0043231,GO:0043233,GO:0044422,GO:0044424,GO:0044428,GO:0044444,GO:0044446,GO:0044451,GO:0044464,GO:0070013
EggNOG free text desc.	DNA topoisomerase type II (ATP-hydrolyzing) activity
EggNOG OGs	COG0187@1,KOG0355@2759
EC	5.99.1.3
COG Functional cat.	L
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko01000,ko03032,ko03036,ko03400
Hectar predicted targeting category	other localisation
Ec32 ortholog description	DNA gyrase subunit A
Ec32 ortholog	Ec-15_001600.1
Exons	24
Model size	4520
Cds size	3210
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig12.1451.1	prot_P-fluviatile_contig12.1451.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig12 1841151..1865071 +

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


Feature Name	Unique Name	Species	Type	Position
1622815513.0247774-UTR-P-fluviatile_contig12:1840939..1841150	1622815513.0247774-UTR-P-fluviatile_contig12:1840939..1841150	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 1840940..1841150 +
1693562102.4406168-UTR-P-fluviatile_contig12:1840939..1841150	1693562102.4406168-UTR-P-fluviatile_contig12:1840939..1841150	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 1840940..1841150 +
1622815513.3318062-UTR-P-fluviatile_contig12:1865071..1866170	1622815513.3318062-UTR-P-fluviatile_contig12:1865071..1866170	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 1865072..1866170 +
1693562102.923538-UTR-P-fluviatile_contig12:1865071..1866170	1693562102.923538-UTR-P-fluviatile_contig12:1865071..1866170	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 1865072..1866170 +

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

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig12:1840940..1866170+
coding sequence from alignment at P-fluviatile_contig12:1840940..1866170+

protein sequence of mRNA_P-fluviatile_contig12.1451.1

>prot_P-fluviatile_contig12.1451.1 ID=prot_P-fluviatile_contig12.1451.1|Name=mRNA_P-fluviatile_contig12.1451.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=1070bp
MNPAHCKGSGQQQQQRRSRRRSLPARVGNASAMIAAAVSLTYRCCYALRV
LSYSPATTTAPGAGFQFRSYVGTAAQRASRTSVTRAGTFVPAGAGRRKLA
AAVAATSSSRMQQANRATTAGGGGGGDAGSLQMVSGGSTDEGQFFVDPDQ
AVEVDGVGPPGPLVGGDHVLNVGLEAEIKSSFMQYAMSIILGRALPDVRD
GLKPVHRRILYAMHGLNLNPEGSHRKCARVVGEVLGKYHPHGDMAVYDAL
VRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSAVARDTLLTDI
NLDTVDMMTNFDGNEEEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLG
EVVAATIALIRDPSLPEEQLFRLLPAPDFPTGGCIMGLAGARKLYTTSNG
GVTVRATTHIELIDAKGRTKRNAIVVTELPYQVNKSALLQRMAEMVNEKK
LDGISDLRDESDRDGVRVVIELKRDANPKVVENNLFKKTQLQTSFSGNML
ALGSDGTKPHRFSLRAAIQSFVDFRFNTVRRRAAYELGKVRAREHIVQGM
LKALSTIDAVIELVRASADTSMAREGLMAEPYGLSHQQADAILALRLGRL
TSMEEGKLKTEAEELKATVERLEGVMEEDSKVMDIIVEELTELKAKHAVP
RRTLIKPDEGELHEEDLLANDLSAVVVTAAGYIKRMPLEEFRAQNRGTRG
KVGAKMSSDHDVVQHFFICQDHDTILFVSDKGVAYGLRAFQVPTASRTAK
GVPVPQVLPMAGDAEIASVLAVDDFREDEYLVLLTQHGYIKRTPLQAFKS
TSSRGLRIIGLGDDDSLRWVERCRQGDGIVIGTERGYAMRIQANDWDFRP
SGRTSKGVMTMNYRREDVPVDMCVIPRGEGKGDAEDQEQLLLVLSTKGYG
KRVDTNEFRTTKRRSMGVIALRPREKLGDTLACLRLVGADDEILLSTAQG
TIVRQRAGAIPKQSRRASGVIVQKIGANDRIKDVARVPVLDDEASKSTGA
VSKRTAGSEGARSVAEKLRGGEGGGKGEAGLGGEKLHKEEEEGGGEVGDR
RALGWISSMVRSVLYPNAR*

mRNA from alignment at P-fluviatile_contig12:1840940..1866170+

Legend: UTRpolypeptideCDS

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

>mRNA_P-fluviatile_contig12.1451.1 ID=mRNA_P-fluviatile_contig12.1451.1|Name=mRNA_P-fluviatile_contig12.1451.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=25231bp|location=Sequence derived from alignment at P-fluviatile_contig12:1840940..1866170+ (Porterinema fluviatile SAG_2381)
GACGGAAATCCGCTGGAACACTGCATTACGTACGTAAGAAGGGGAGATGT
GCGTTGAGCCCCCATCCCCCATCGATTGCCGATTGCCATTGATTGCGGCA
TAACTGATAGTCGTGCACGCTTACACTTACCGCTCTGTGTACTTTTAGAG
CGAGAGTTACCGTAAACACGTGCCAGAGAGCACAGACAGCGCGACTTTGG
AGCAGCAGCACATGAATCCCGCGCACTGCAAGGGTTCTGGTCAGCAACAG
CAGCAGAGACGAAGTAGAAGGCGATCGCTGCCGGCCCGTGTGGGCAACGC
TTCTGCGATGATCGCCGCCGCGGTGTCCCTGACCTACAGGTGCTGCTACG
CTCTGCGAGTGCTCTCCTACTCCCCGGCCACTACTACCGCACCTGGGGCG
GGTTTCCAGTTTCGGAGCTACGTGGGAACCGCCGCCCAGCGAGCCAGCAG
GACGAGCGTGACGCGGGCCGGAACCTTCGTGCCCGCAGGTGCTGGCAGGA
GAAAGCTTGCGGCTGCCGTTGCTGCAACAAGCAGCAGCAGGATGCAGCAG
GCGAATCGAGCAACGACGGCCGGCGGCGGCGGCGGCGGCGATGCCGGGAG
CTTGCAGATGGTGTCGGGCGGAAGCACCGATGAGGGTCAGTTTTTCGTCG
ACCCCGACCAGGCCGTAGAGGTGGATGGGGTAGGCCCGCCAGGCCCGCTG
GTGGGAGGTGACCATGTGAGTTGAGCTCTATCTGCGCCCTGTGTTGAGAG
CCGCACCCTTTGTCTGAACCAGCATTATCGCAGGCAGAGGGCATTGTTTG
TGTCGCCTGCACAGGAGGAAGCTGGACAGATACGCAGGACAATGTAGGGG
ACCATCACCCGCTGAGCTGCTCTGTCTCGTGAAGCGACGGCGAAGCTTTT
GAAAGGCGTTCTAAGGTTTTACTCTCCCGCTTTTTTTTTTTAAGGGTGAA
CTCACAAGTCCCGAAGTCAGTGTGTTCTCAACTCTCAAATCAACCGTAAC
ATGCACACATGCACCACACATCGCACCTCACAGCAGCTTTGAGCAGAACG
CAAGGTTCTTTCTCCAAAGGGATTGCATGATGGACAAGTCACATGTGAAA
GCAGACACTTCGCAATTCAATTTGTCGAATCGATATGTCCGTTGCAATGT
TTTCCCTTCCACAAAGTAGTGTCTATTGTGCTTCGTTTCCGACTGCACAA
AAATTGGACTGCTGGGTGGTGGAGGATTCGTTCAGGAATGATCGTCGCGG
CAAACGTTGTCCACTCTGAAGCCCGAGAGCCCGAGCTTGATAACCCGATA
CCATTTAGCAACAGGCATCGCACGAGAAAACACATCGAATGGCCCGTCAC
GTCGCAGCGGCATGGGTGTTGGTTGTCGCATGTCACACTTACGGTAGCTC
TGCCGAGGGGCCATGAGTTCGACGATATTGGATTCTCGCGATTCGAATAT
GCACCTCTCAAAAATGGCTGCCTCGGATCCAGGAGCCTGACACATCGCGC
CGGCCGAACCCACCCGCATGAAGCTAGAATATCCCGCGCTGCGGACGTTT
TTGATGAGAGGGCACTCGATGCAGCAGTTCGAGAAAGCCAACGGAAATGG
CTGGTTTTTTCTCAGCTCGAGGGCTTGCGAGTCGAATGCCAGTGCTCGAC
CGGTTCAGGTCGACCAAGGCAGCTGCGCTATTGGGCATGTAACACTAAGC
CCGACCCGCTGATCGTGTCTGCCCCCACCGATGACCTGGCTCAGCCCGGT
GATTTGCTTTCCGTATCTTTTCAAGATGTCTCGGGCATTATTCGCTCGAC
CCTCACTCCGTCTGGCATCGTGCGCCGGTATTCACCGTGTCCGGCACAAG
TACCGACAGCCTCCTGAACCGTTTTCCTTGATCACCCCTCATCCGTTAGG
GGGTCATGAGCGACGAACACATCTGTGGAGAGACATCGATTCCGTGTTTT
TGAATGCCCCGCTTTTCGGCAAAAGAATTCAGAGGGTGTGGTAGCTTGTG
CCGTATACGATAGCGGGGCCCATGCGGCACCACAAGCAGATGGTGATGCT
GGCAATCACAACCAGCCGACGAATCCGAACTTAAACCGCTTGCGATTTGC
AGGATCGATTTGATCGGGTGTTCGTGTACTCAGAGTGTCCGCATTCAAAA
GGGGCGGCGTCACAAAGAGGTTTCGTCGAGAAACGAAGCATTTTATGTTC
ACTCACCAACATCAAGGGGCACCGCGTGCGACAAGATTCACGGGTTCCCA
CGAAAACGCTCTTGCAGAGAAAAGATAGTGCTCGTTTTCCCGTTTTTCCG
GGCCGATGTACAAACACACCGAAATCATCAAATGAAAACGGCACACGCCT
ACCTCGCGGAAACCTGTCATGTCTAGCAGAACCACCACCAGGGATACCCC
CGTCGTTGAGCTGTGAACCACGTACTCTTTCACGTCAGGATGTGCTCGCT
CTGTGTTTGATGGAAAAATACAAGATAGATCATTTGAGTCAGAAAGAACG
AGGAAGTCAACTTCTATCGAACAAGTTTTGGGTGACTGCGGGATCTTCCA
CGTCCCCAGCAAACGGGCTCATACGCCAACAATGTTATGTTGCCCCCCGC
GCGTACGTTGTACCCACGAGGGCGGCCAGTAGAAGCGCCTCCACACGGAC
TTCCCACCACGCACGCCAAACGCAACCCATGCTCCTCTTGTCACGCAGAC
TTTTGAAGCGCGAACATTAATTCGGTGGCCTGCTGAAACATACCGGCACA
GCCTTTGGAATAGCCACCGCAGCATTCGTGTCCATTGTTGCGCTTCTCGC
TTGTCGAACGATCGTTCAGTAATTGTAGATCATCGGACATTTGACGGTAC
GAGCATGTTCGTGTGGTTCTCCAAATATTTGGATGGCAATATGACGTGCC
AACAATAATACAATCGTTTGCTGCAGGTGTTGAACGTGGGATTGGAGGCG
GAGATCAAGAGCTCCTTTATGCAGTACGCGATGAGCATCATATTGGTGAG
CGGGAACGCGGGCAAACCTCAGACCGCTCACGCGGTTACACCGACTCGCA
TTCGAAGGCTTGAGCTGCGGGGGCGAAGCACATCAGTAGTGTTAGTTGAT
CCTGCTGGTCGAGGTGCTCCTACGGTCACGGCAACTGCTCAAGTTTCAAG
ATTTTCATCTCGATATTTTTTTTCCTTGAATATCATTTCATTAGGTCCAA
ATTTGTGTGCATGGGGTGCGTTTATGTAGATGTGCGCGGCGGACCGTGGC
GCGTTCAGGCGGTATTCGGAAGGTGAAGGTTTCTATATTTCGCTGCTGGC
CTCGGCCCAGGTCTAGGAGGGTTGCACTTCAAGATCTTCGAAATCGCACT
TTCACATCTCCGAACGTTCCTCGAGACAACCCCCCATACGAGTAGTGGCC
GAATCCAATCAAAACCAAACTTGGATAGTTTGTTCACTCTACAGCACAAC
ACCCCTCCGCCCCCTCGCGCGGTCGGCTTGGCTTCCCGCCACCAGGGCCG
AGTGCCACCGCACGTGTGGGGGATATCTTGGATGCTTGCTTCTTTTGTTT
CTTGTGCCGCCCATTCCTCCTTCTTGTCGGCTGAACCAAACCATTCTCTT
GGCTTGGATTGTTTGCACGCCCTCACCATCCCCCCTCCCCTTTTCTCGCC
GTTTGATTTGACCCACCCACTATCTATCGTAGCTTGGTGTAGCTTCTTGA
CTCTCCTACCCCCTCCTCTCTTGTTGCCGTCGGATGAACCCACCCGCTCT
TACCAGAATATTCGGGTGGTTTTGTTCAATTTCCTTCCCCCTGTCCATTA
GCCCCCTTACGCCGTTGGCTTAACGAAACCACTCGCTGTCTTGGATGCTT
CGTTCACCCTCTTCGACCCTTCGAATGTTTGTCGTTGGCTTGGCTCTCCG
CGCCAGGGCCGAGCACTGCCGGACGTGCGGGACGGCCTCAAGCCAGTGCA
CCGACGCATCCTCTACGCCATGCACGGCCTCAACCTCAACCCGGAGGGGT
CGCACAGGAAGTGCGCGAGGGTCGTCGGGGAGGTGCTGGGAAAGTACCAT
CCACACGGTGAGCTTTGACGTAGGGTCAGGAAAAATCGGCGTTGGTCTGT
GAGATAAGAGAAGCACGCAAACACACCTGGACGCGAAAGTCTGGGGAAAC
GCTAGCTCTCTCCAGGGAGCGAACTTCAACAAATATTTACGCGTTTGTCG
TGACGGGGTGGCAATAGCGGTGCAAAACCCGAATTACAGCAGCATTTTCA
GTCCTGATCTGTCTTTGATTTGGCGGCCGGCTTGCAGTGTTTAGAAAAAG
GGCTTTAGATTCACGGCTGAATTTGATGTCGCGGTTGCAGTAGTCGTGAC
CGTCCGATTGATCGTCAATCGTGATCGCGGCGGCTGCCTTAGAAGACACG
TGGTCGAAGTGGTCGTGATCGCCCACTTGATCGTGAATCGTGATCGAGTC
CAATGGGTGGCCGATAAAATGTGACTCTCGTCAGGCGACATGGCCGTCTA
CGACGCGCTGGTGCGCATGGCGCAGGACTTTGTGATGAGCGCGCCGCTGA
TCCAGGGTCACGGCAACTTCGGCAGCATTGACAACGACCCGGCGGCCGCG
ATGCGTTACACCGAGGTTCGGCTCGTCGAAATTTCTCAACATTTTCTCGC
GTTTTTTCGTGTCAGCCTGTCTGGCGGCCGGGCGGATGGATCTTGTAATG
TTGATGCTCGTGCCTATTGAACAGCCTTGGCATTTTTTCACTTGTCATCC
GAACATTCGTGCGATGGAAACGAGCGTATTGTACGCCTATGGTTCAGGTG
ACCCACAATCAATCCTCTCAGGTATCTCTGTCCAGCCAACGCGATGCCTT
GTACAAGCGGGTTCGTTGGATTGGTCATGTCTCGTTGCGTTGTATGTTGT
TGATTGCTACCACTCCCTTTTTCGGTGTTGATAGCTTCCCGAGAACGACT
GCCTCAGCATTTGAGCTAGGTCTTCTCCCCCGTACTTTTCATGCGATCAC
TTATTCCTCTTGTTTGTTCTTGGTACCGTGGTTCCGTGTCGGGATAATTA
CGTAGTGATGTGCTGGTCTCAAGTCTCGCAATTGTATTCGCTTTTCGCGG
GTTCGATCTTGTTTGTGACTTGTCGAGCTCCGACCCTGCCAACGCTGCCG
TGATCGCTGTGAGCCACACCCTCGGTATTTGCACAACAGGCTGCTGAATT
CACCCTCGTGCCATCTAGCCGTTATCGCCCAGCAAGCCGGGCTCGCTAAT
ATTCGTTTATGTTGCTTTTGGCTTGAAACCGCGCGCGGTGTGTCAATGAT
GCTGTGTATCGGTTCCTGCGTCGAGGGGGAGATGCTCGCCGCAAGCTCCC
TACTCATACCTGTGAATCACGTATCCAAGATGTAGATCCTCGTTGGATCA
CCAGGCGTGGAATGGTAGAACGATCTGCAGGGTCTCAGTACTATTGGCGG
ACACGCATCGATGGTACATCATGTCCTTATCAAAGACATTTGTACGCGCT
GGCGTGTTTTGCCGTGCCCTTGTTTTGCTGCGTCAGTGCAAACTGTCCGC
GGTGGCAAGGGACACCCTGCTGACGGACATCAACCTCGACACGGTCGACA
TGATGACCAACTTCGACGGCAACGAGGAAGAGCCGGTCGTGCTGCCCTCC
CGGCTGCCGGTACGTAGGCAGTCCTCCGGAGACCTTGTTGTCACTTTATT
TCTCATCCTTCTCTGCTCGTCACCGTGGTCATCGTCGTCGGTGTTTCCGC
TGTTGTTGTTGCTGACGTTGTCGTTGTTGTTGGTATTTTGCTTGTTTTGT
TGTTGCTGTGGTTGATGTCGTTGTTGGTGGTGTTTTTCGTTTTGTTGCTG
TTGTTCACCATGCATTTGTCATGGCCATGGCTGTGGTGGCCGTTGTTTTT
TGCCTCTACTAGTTATGCTGGGCGGGTTTTTCTGGCCTCTGTCCACGCCA
CGACACACGATCTGCGGATCCACGTCTCCGTAGGTCCGACCGGTCGATTC
TGGCTCTCCCACGTGAACCGTAACCGCAGAAAGATAAGACGGGAGCGCGG
CGGTGCCTCTGCAAGGGAGTACGAGCGATGCTTCCCCTTAGAAGGGAGGC
GGTAAAGCTTAGCGGCCAATGACTGAACGGGTTGAGATTCAAATGTCTCG
GGGAAGATACGCGTGGTCGATTGTCGAAATAGCCGAACAAAGTGCTTTTT
TTCTCCCAGGTTTTGAAGCGTTTCTTTTCCTTGAATTGGAGGTTGTGACT
ATGGCGGCCAAGGACTCAACGGCCTGCGGTCGAAATCGAGAATGGTGTGT
GGTCGATTGCAAAGTAGCCGAAAGAAGCCCGCAGTCTCGCAAGGGATGTG
CGATGGTTTGCCTTGTGTAACATACGTTGGATGCCACCAACGAGTTCCCT
TCCGGTGCTAAGAATTTCCTTCTTCCCCCCTCCCCCCCTTCATTGTGCTG
CAGCTCCTGCTGATCAACGGGGCCACCGGCATCGCCGTCGGCATGGCAAC
CAACATTCCGCCGCACAACCTCGGCGAGGTGGTGGCGGCGACGATCGCCC
TCATCCGGGACCCGAGCCTCCCGGAGGAACAGCTCTTCCGGCTGCTGCCC
GCCCCCGACTTCCCGACCGGAGGTGTGCAAGCGGGATCAAAGTAGCTAAG
CTTCATTGATAGGTCGGACAGTTGCCGCACGTTCTGTTTCAGAGGGACAA
CGAGCGAAGAGTGGGGGGGACTGGGATCAACGCACGCGAAGGGAGGGAAA
TCGAACTAATGCACCTACTCGCAAGCGAGCTAGGGGAGGGGTGAACATTG
GTGCATGTTCGACTACCGTAATTTGCGTCGCTTCGATTTCCCCCCCCGCA
AAAGATTCCCCCCCCCTCCCCCCGAAGTTTCGGCCGAAAATGGGTCCAAT
TTAGATTTCCTAATTGGGTGTAGGGCTACTTAACAAAGACAAAGATACCC
CGTTCGTTTTTAACACCGCCTTGAGTGGAAACTGCTGCCCGCGTCCGACT
TCCTGGCCGGAGGCACGTTCTCTCAGTCGCATGAGATATCACACTCCCTG
GTTCGATGTGCAGCGGTCAGTTTCTCCGCGCGTCAGAGGTAGTCGTGTCA
AGTGAAAGTGGCTTTCGGGAGAAAATGTCGAGAGCTTCGTAAGAATGCAC
AGTTCCGTATTGGTCAACCCTTCGCTATCGAGATATTGGGCTTCAAAATC
GACCCAGGGGTTTGTGATACATTGAGCCACCTACGGTAGACCGGATCAAA
TCAGCTGAGCGTATTAGATATTAAATCGGGCAGACGCGACACGATTTATC
GATAATGTGTTACAGAGAGGCAGAGCGGTGGAGGTGCGACGGGGATCAAC
GCACTCCAGGGGGGGACCGACCAAATGGATTGTGCACACCAGCGTGACAG
GCGGGAAAGGGGGAATTGTTGCATGTTCCACTAGAGTCCTGGGAAGAAAA
AAAATGTGATTCAGATATGGAGGGTGTGCAGGGGGGTATGGGCGGAAAGG
GGACCATGGCTTGTCCGTCGTCCCAGACGCTGTGCGCTAATGCCCGTGAC
AAGCAACATTGCAGATGGCCGTTGGTTTCCGACGTTCTCTTTTTGGCGTA
CCATGAACGCCATGCTATCTTCTCAAGCACTTCAGTGCCTTCAAACGTCG
CGATGCGGCGGAAGCCTCCGGCCGCATGGACTTCTGATTGCTGTTGCGGG
TGCTGGGCACTCGGATATTCCGTAGGTTTTCTGCCCGCGTTGTTCAATTG
TGTTCCATGACATTCCTGGTCCCTAGCGCTCAAGTATTTGCTGGCATCTT
ACGCCCTCATACAAATGTTTCAAAGTACAAATGACCGATGGTGCATCGTG
TCCTGTCCCGCGACGCTCCAGTGTTTCATGGATGTTCCTGGTCCCTGGCG
CTCATATGTCCGCTGTCATACCTCCGCCCTTACACCCGAATATTCCGTAG
TTCCAAATGCCCAATGGTGCATCGCGTCCTCGTCGTTTTGTCCTCAGGCT
GCATCATGGGTCTTGCCGGTGCGCGAAAGCTGTACACCACTTCCAACGGA
GGCGTGACCGTCCGGGCCACCACCCACATCGAGGTAGCTCCTGTTGTCTC
GGGGGTACATGTTTGACTCGAAAACGGAGGGGGGGGGTGTACTCATAGTC
GTGCATGCCGTAGTCGTTGGACCATTGACCTCGCATCCCTACAAAGCCGG
GACGGAGCACGCCGGGTTCTCACCGGACCAGGCTCTCACACCACCAAGCG
CGAAGCGCCGTGAGGTATTCGGCGAGTCGCATGAAGGGTGCGCTGCATCC
TGCTAAGGGTGTTCGGCATATTGTGCTTACTTCCTTGCATACGGATGACA
GCTGCGTATGGCTTAATTTATTTTCTGGTGCTTTCACTTCCAGAGACAGT
TGTAAGCACTGTGTAACTACCTCGAGGGTGCTTGACCATTTTAACACAAC
GTGGTGCGATCATCCCCCTTGCGCGGAGTGAGGGTTCTCCACTCCGCACA
ACATGATATACTCGACAACCATTATGGTTACCGCCAAAAAAAAACAGAGG
AAAAAAAAGAGCACGGAGGGGGGGGGTGTACTCACAGTCGTGCATGCCGT
AGTCGTTAGACCATTGACCTCGCATCCCTACAAAGCCGGGACGGAGCACG
CCGGGTTCTCACCGGACCAGGCTCTCACACCACCAAGCGCGAAGCGCCGT
GAGGTATTCGGCGAGTCGCATGAAGGGTGCGCTGCATCCTGCTAAGGGTG
TTCGGCATCTTGTGCTTACTTCCTTGCACACGGATGACAGCTGCGTATGG
GTTAATTTATTTTCTGGTGCTTTCACTTCCAGAGACAGTTGTGAGCACTA
TGTAACTGCCTCGAGGGTGCTTGACCATTTTAACACAACGTGGTGCGATC
ATCCCCCTTGCACGGAGTGAGGGTTCTCCACtCCGCACAACATGATCTTC
TCGGCCACCATTATGGTTACCGCCAAAAACCAGAGGAAAAAAAAAAGACG
GTAACCTGGTTGCCGAGTTCACGAAGTGAATTGGCTTGTTTTACAACGTC
GTTGCCACGCGACGAAAACCCAATCCCGATGGCAAACACCGGGATGAGGG
GGGGCACGGAgggGGGGGGTAATAAGTAGCGTCTTACGGGAAGGGAACCG
AAGAAGGGATGGGGAAGAGGAATGAAGTTTCCCGATATTTTCCGCGCCCA
CTCCACGTTCGTGTCAGGAGTGCACGAGCTTTCTCCAACAGCGTTCTTGA
TGTGGCCATGCATCCTCTTGTCCGTGAAAATGACGATTGGAAGTATCGCA
GGCCAAACCCAGCAGGCCACAAAGAGGTACATTCCGCCTTTGTTTGCCTT
GGGAAGTTTGACACAATGTATGGTGTGGTACAGCTCCCATGTCAGGGGCG
GGAAGGGACGATCGAGAGGCAAAGTTGTTCCAGAAGAGACAATACACGAC
TGGGTTTGTTTGTTCCGCACTTGAGTTAGTGCCTAGGAAAGCAATCCGCG
ATATTGTGGGAAATTGTTCCAGCGACAGCAGTGTCACGAAACCATCAACT
TCATTCACAGGAAAAGCTCAAGCTGCGACAGAGACGGCAGGGACAAATGC
ACCGGCGCGTCCCGATGCTTTACGTGGAGAGCCTTGTTCCCGGTGTAGCG
GTACATAGCGCCACGCGATTTTTTCAGCGGTATTCAGGCCATATAGCTAT
TCCCAAGAAGGCTTCGCATACCCAGTAGGCATACGGTTTAGCGCGGCTTT
GAAAACCGCGGACTTGGAACTTCTCCAGGCAGGGAACCGCTAGACCGAAA
CCGTAACTACTCGTCCCCTTTACTCGTTGCTTTGCCCGTGTGATTCGCAG
CTGATCGACGCGAAGGGCAGGACGAAGCGAAACGCCATCGTGGTAACCGA
ACTCCCGTACCAGGTCAACAAATCCGCCCTCCTGCAAAGGATGGCGGAGA
TGGTGAACGAGAAGAAGGTGGGTCCTGTACCTCCGTGCGTCCACTGCGAG
GTGTCTGTCCCAGAAATTGCACCTCACTTTGCCCACGAGAACCTCCCTCC
TGCAGGGGATCACGGAAATGTTGAACGAGAAGAAGGTAAACCCTGCACCT
CGTTGTGTCCAAGGCAAGCTGTCTGTGCCGGAAATTGCTCCCCATTTCAT
GCGGAGGTTGTTGTTCGTCTGCCGGAGTGTCTCCAAAATGGCGTGCGTGC
ACATCAGGCGCTGTTCCTCAGCACGTTGCTTCACCCGCGGGGGCTATGGC
AACGACGGTGGGGCACCAGATCGAAAGTGCTTGACATGAGTTCAGATTCA
AACCACTGCAACTGCGGCTCGCGGCACGGGTGTCCGACAGTGTTGTTTGT
ATGGATGGATCAACCAAGCTACAGAGAGAATGGAAGAACAGCGGGGGCCT
GCAAAATGTCCAGCTTGCTTGCTGTTCATACGTCCGCATTTGAACCTCCC
GCATACACTGCCACAATAGTCCCTGCTTCATCCTCGGATTGTTCTTCCAA
TTGCTGCTTGGCCTCGCGTTGTCTCACATCGCATGCGCTTCCTGAGGTCC
ATGTTTTGAGCGTATTCTCACGCATCTCTGCCCCCCCCCCCCCTTTTCCT
CTCTCTGCCTCCCTCTGTCCCTCTCCTTCTCCCGTCCCCGTCGCTCCCAC
GACATTCCCTGGGGACGCTTCTTACCTCTCCAATATTTTCAATGCCTGGG
CGGCAGCTGGATGGCATTTCGGACCTGAGAGATGGTGAGCGCCTCAAAAC
CCAAAGCTCGGCTCTTGTGCAGCGTCTCTAGACTTGTCTTCGTGGTTTTC
TTACGTCATTGTTTTCTCTCTGCCCCCCCGGTCTGTTCGCGTTTCCTCCA
GTATTCTTGCAGGCCGGACTATTCGCACATGTGCGCAGGTGCGCGCGCGC
GGCGTCACGTGTTTGCTATTGAATGAATGGTGTTCAAAGCCGGTGTTTCC
CCCCCCCCTACCGATCGCCTGCCTTTGACCGAGCGAAGATCCCACAAGCA
TAAAAAAATCTGCACATTATTGTCACAATTTGTGTTCTCTGGTCGTAACC
CAGACCGAAATGCGAACGGGCCAAGAACTATCGGATTTGCGGGGGACAGG
CGTGAAGACGAGCGCCTTTAGGTCTTGTCGGGCGAGTGTCGATTTCTGGC
CTGCGAACTGGCCCTATGGGTCCTACACTGCACAACACGCACGACGTTTG
CGTGTACGCAGGATTTTTTCTTCTTCTTTTTTACCCGCTTCTCTGCGGAC
GCACAAACTGTCCTTTCCCTGCGCCGACTGCCAATCTTCTACCTCTGGAC
CCTCCCTTCCGTTGCGTCTTCTTCGCGTGCTTTGTCAGAGAGCGACCGCG
ACGGAGTCAGGGTGGTGATCGAGCTGAAGCGAGACGCCAATCCCAAGGTG
AAGCACGAACGAGACATTCACCCCACACGACCATCTGTCTCCTGCTTCGA
AGCTAGCCTTTGCTTTTCAATTTTCAGTTTTTTTTTTTTCCTAACTTTTA
TTTTTTTCTTTTCCAAAAATTCTTTCCGCACAAATCAACTTACTGCTGAC
TTCGTGGATGAGTACGTAGCCTAGACCGCCGAAATTTGGGACAAACGTCT
CATTCATTAAGCCCGGACAATGTGGTAAAGCATTCCGGGTTCACAGGCGC
AGAAACATGCACCAATCGTCGTTTCATGCACACACCACCCACCCAAATTT
ACCGCTTCTTTTTGAGAAGGAACGGCTCTTGCTCTCAACATGAGCCATGT
GCTGTCGTCTTGAATGACCAAGGCCAGCGAAGACAGGCCTCTCCCTACCC
CCCTCTCTCCTTTCCCTCCCCACGTCTCGCTCCGGCTCGGACTACTCAGG
TGGTGGAGAACAACCTCTTCAAGAAGACCCAGCTGCAGACGTCCTTCAGC
GGCAACATGCTGGCGCTGGGCAGCGATGGGACCAAGGTACAGTGGCCGCC
GGCACAGTTGTACCACTTTTCTCCCAATGAGAATTTTTGGGCCTACGGTG
CCTGTGGCCGCAGCGGCAGGCGACCGTGAAAAGCGGTAGGAATGGAGGAG
GCCCACGGCCAGAAGAAGGTGTAGTTTTGTGGTTCTTTGGCCAGAATGGG
GTGTGTCCTTATTTTGCCACTGTCAAACGGAGGGCGTAAATTCAGCGACG
TCCTCATCACACCTGTGCTCACGTGCCGAAAGGCGTGATTCTGACGTTCA
TGTCACGATGACGGTGCACTACACGCTTGAAGGGCGAACCGAACTTCATC
AGGCGACGGCGCTCAGGTCTCCCCTGTCGCATGCCGTTCTTGTCCATTTC
TTCCTGGCTCTAACCCCCGCCTGTGCCTTGCCTCCGTTCCCTCGCGTCCT
CCCTCTCACGATTGCACCGATCGCCCACGTGCGCTTCAAAAGCCACACCG
GTTCAGCTTGAGGGCCGCAATCCAATCCTTCGTGGACTTCCGCTTCAACA
CCGTCAGAAGAAGGGCGGCGTACGAGCTCGGAAAGGTGCGCCTGTGTTCT
GTCCCCCCGCTTGAGGTCGGAGGGGTGCACCCCATGTCGAGTCTCTTCGC
TTTCTCTCTTCTACCACTTGCTTTCCCGATTCTTCGTAGCCTGTTTTACG
CACTTTTCGACGCGCACAAGAGTTAGAAAACGCAAGTCCCAAAGATGTAG
TTTCTCCCTTGAGATCGTCGTCCTCCTTTTACAACGCCGACGGGCAAAAC
GAGTCCTACACGACGCTCGCACCCGGAAGTACACAAACTCTGCAGATTGG
TAGAGTCAGACCTTTGGAGTGCCTCTTCCTTCTCACCCTGGGGCCACGCC
GGAGCGCATTTGCTGGCAACCAGTCATGACGTCGCCCGATTTCGCCGTTG
CTGGCGAGTTCATAACAGCCCCGTGCGAACCTGCGTGAACACACTTGAGT
TTGCTGATTTCCCCCCAACTCTCACGCCAAGCCGCCTGCCTGTGCCGAGA
CGTCCATCCACGGCCAGACCCCGATTCCTGCGTACATTATTCTTCAACTC
AGAACCGTCTTCTTTTTATCTGAAGGCCGTGCGCTATACACACAGTATAG
CATCACGTGGGTGCTGTTTTTCCCCCTCCCTCTTCGTGCTAGGACGCCGG
GGTGTGCCAACACTCCGATTATTCGTTTCGGCAGCCTCGAGCTCGTCCCG
TGGCCATGCCGAAGGCGCTTCCAGCATAATCTTGTTGCCGTCCTCCGATG
GGTGTTGGGTTTCTGCCCTGGGATTACAATTCTCCTACTTCGGAGACACT
TTTTTTTTTTTTTGTTGGGGTGGCCGTCCGAAGCGCGATTTGGGCCTCAC
AAATGGTAATGCTGGCAGGCTGTGTGTCGCCGGTGTTCGGTGGGTCATTT
CGAGAAGTTGAGTGTTGGATTAATTGCTTCATTTGACGCCCACGCGTTCA
TGAAATGTCTTTTTCTGTGGTATTCAAACGAGCTCCAGGCACTGGGCTTG
TCTTGGCGGCTTCAAGCGGTTCACAACCTACAGTTTGAAGGAGCGACAAA
AGAGAAAAATAAAGGGCAGTGACGCGTTCGAAATGTCGGAGCGGAGAACC
TTCTTTTTTGTGCGTGAAACGAAAGATACATTGGAAAATGGGCGGGGGGG
TATGATTGGCCCAATCTGAGCAAATGTCGCGAGAGGCTAGAGATTATCCG
AGAAAAATTGCAGGTACATAGACTTCAGACCTTCAGAGCTTGAGTTTACC
GTGTCTCGGAATTTACAAAACCTTGTCTGCGGAAAAAGGTGAGGGCGAGA
GAGCACATCGTGCAGGGGATGCTGAAAGCGCTGAGCACGATCGACGCCGT
CATCGAGCTCGTCAGAGCCAGGTGAGTGTAGACGTAGTGGGCTGTTCCTT
CCGTGGGGGCTGGGGTGTAGGGGTCAGGTTGCAATCGTACCACGTGGTCG
TATGTTCTTGGGTAGGGGGTACGACGTTCTTGTGTGCTGAGAGTACGTGA
GCTGAGCCGTGTCCACGACCTCGCCAGTGCTAGCCAAGGAACTTGTCAGA
TGCATCCCTTTGTTGACCATGGGCGAAACACGTTCAGCGAATGGTATCCG
TTTGCACCGATAACACCAACGCGTTTTTGAATGCTGTCGAGTCGGCCGAC
GCGTATATTGCCTTGTGCTATGCTGCTGTTGCAGCAGGCCTGCTAAGCAG
CATCTTGACCAGGTTTTTGGGGTCTGATCTTGTTGCCGACCTGCTGTACT
ATGGCGATTGGGTTCGATAATGCCGTCGCTGGAGTTCCTGATGCGTTGCC
GACCTGCTTTTAGAATCGCTTTACATGCCCGATCGACGAACCCGATCGAC
AAGTCCCATTGACAGTCCCGCTGATGTTTCCTTTGCTGCGGCCGGCCCTT
ACGCGCCGCGCCAGCGCCGACACCTCAATGGCCCGCGAAGGGCTGATGGC
CGAGCCGTACGGGCTGTCCCACCAGCAGGCCGATGCCATCCTCGCGCTGC
GCCTCGGGCGGCTGACCTCCATGGAGGAGGGGAAGCTTAAGACGGAGGCG
GAGGAGCTCAAGGCCACGGTGGAAAGGTGAGGAAGAAGACGAGGAGCTAT
GAGACTTCTCGTTGGTGTGATTCCTCTGAGGTGTAACTCGATCGAATTTC
GAGCCAGCAGTGACTACTTGTTGGGATGGCTCCCCCATTGCGGTAACTTG
GGGGTGAATCTCGAGCCATCCGTGCATGAACTTCACAAACGCAAACCCCA
TAGCGGCGGGATGAAATTGCCAGAACTGAACGCGAAATGCGTATGCCGTG
GTGAGGCTTTTGGCGCCAAGTCGATCTTCAACGGTCAAATCAGTTTGGCA
TAACCTTACGTTCAAGGCGGCCCCGCCACCAGAGTTCGATCAGCGTAAAC
AACCCTCTGGTTCTATTCGCGCACCTCTTGGAGTCAGGCGGGCAAAAAAT
TGGGGTTGGAAATGACCACTCCAGTGTTTGGCACGCGCAATAGCCTGCCG
ACATGAACACGTCCACTTTGTGCAGAGCCTTTCGTCTGCCCTCGCTACCC
TTCCCTCGGCGTACGCGTGTTCAGGCTGGAGGGTGTGATGGAGGAAGACT
CCAAGGTGATGGACATCATCGTGGAGGAGCTGACGGAGTTGAAGGCAAAG
CACGCGGTGCCCCGCAGGACCCTCATTAAGCCGGACGAGGGTGAGGAGAT
CAATGGAATCCGTTTGGTCTTTTCGTCCTTTTGCCATCCGTCCTTTCCCA
TCGCATCCCATCCCACCCCATCCCGTCTCATCCCACCCCACCTCATCTTA
TCCCGTGACGGTCTTCGGTGGGACATTTGCTGATCAAGTCAGACGAGGGC
CAAACGTTGAAGTTTTCACGCGGTACGCTGTAAACGCCGGAGCAATGCTT
GAGCCAATCATCCTATCGCTTCCCTTCTCGACCCATCTGATTCCATCCCA
TCCCGTTTTGTCTCGGGACTGTATCCCGAGTATCTTATCCCAATAATGCG
AGACGACGGCCAGCATTGGTAAATCTCAGCTGGCAAGAATGGGTTTATGT
CGTGACAGTGCCAAAGACAAGCTTGAGCCATGAAGACAGGCGCAACATCG
TTTTCTGTGTTGCTTATGTCATGCCGCAAGCTTTGAAATCCACAACCAAA
AGCTTTCCCAGGTTGAGGGTCGTTTTTGTCATCTCGTTCCGCTTTTGAGC
TCTTCGGTTGCTGGTGCCGGAGCATGTCCTTGCCTCGCCTCAAGAGCCAT
CACTGTCTCATCGAGAGATGTTTCTCGATGCTTGTTCCCTTGCATCAGGC
GAGCTTCACGAGGAGGACCTCCTAGCGAACGACCTCTCAGCGGTGGTGGT
CACCGCTGCCGGCTACATCAAGCGAATGCCGCTGGAGGAGTTCCGCGCTC
AGAACAGGTGATTGGTTGCTTAGGCGTTGCACCCTTGCCTTGTCTGTTGT
TGTCCTTGTCGACTGGGGGTCTGTCGGTTTCATTTCGGTTTTTGGTTTTG
TTTCCTTTCGTATTATTTTTTCCCTCCCTTCGATTGCGCTTCCTTGCCGC
CTTTGTTTGTACCGCTTTTGCCGCATGGTTGTTGCTTTAGTTCGCGTCGT
AGTCGCCTCAATGGGCGCTTAGTCCGACATGGCTAGGTTTGTTTGAAAGC
TTTGACACATTCCCGGGAGCTCATCTCTCACGTCATTCACTGCATCAATA
GGGAATCTGAGGCATGACGCAGCGTAAAAGTGGAGTCCGTACATTCTAGG
GAAAGCAGCGTTCTCGATGGGAGCGAGCAAGCAAAGGCCATCAGCGGTAC
ATGAAACGGGAGTGCCCGAAGGAGCGGCCGGCGGTATGCGTCTGGAGTGT
TGGGGCGCGTGGGACGAAACGAGCGTGTTGAGAAAGGCTGTGCATCGACC
CAAGTCGGCACCCACTGAACAGCAAGCAAGCTTTTGAGTTTTGCTTCCAA
CGATCGTCGGCAGCATCTTGCGTTCATCCCCTTTCTTCACTTGAAACGCG
ACCTTGAAACGCTATGCTCCGAGCACATCAAGGCCTTGTTGGAACAGCAA
AAGCGCAAGGACATCACATATTCTGGAAATGAGACCCTAAACTTCGCACC
TGGAATAAATGCGACTCGATGCCAGGGGGACGCGTGGCAAGGTCGGAGCG
AAGATGTCTTCCGATCATGACGTGGTGCAGCACTTCTTCATTTGCCAGGT
GCTGTACGGATGTTGTAGCTTTTCAGCTCTTGCGGTCAGCAGTTTTGCGT
TCGAAGACGTATTGCGTAACGGTTGTGAGTGAAAACGCTGCTTTGCAGCC
GTGTGTCTCCCGGATATGTATATATATATGTATACATGTGCTACACTCCT
GAGTATATATGCTTGTCTCCGGAATTTCGGCACCGAAGACCCCTATTCTT
GCCTTTCTTCCGACTTGAGCGGCCAGCTGGTACCGTGTGCCCACATTGCA
AACTGTGTGCCCACATTGCACTGGTGGGGCACAGACAGCAACAGCAGCAA
TCGCATCCCACGACGCACCCTTTGCTGAGCAGAAAAAATAGCTCGCATCC
GAGTGTACGAGCCGCGCCCCTTATCCCCGGGTACGTTTATCGTCGTTTTC
TCGCTTACAGTAGCGCCACCTCTGAGCGTTTTCGTGACCACGCTCTCTGC
TCGTCGACAACCGAAAGGAAACCCCCATTCAGGAAGGCCTCCACCTTGTA
CACCTTTCCTTGTCATGGATTTCGTTGTCGACGTGCCGGCGGCAGGCGGA
GCATTCCAGCTTCGCTACTCGGCACAATGGCTCGTGCGCAGCAGTATTTC
ACGCGCCGGGGTGCTCGGTGTACCCCTTGCCTTTCTCCTGTGCGCTGTTC
GTGGAGCTTGCGCGATTATTTCGCCTAAATTTTTTGTTGTGTGTCCTTGT
ATTGACACGCCCTCCGCGCCATACTCCTGACCGACGAACGAGAATCGCGT
GGGCGCCGCGTTGCGCTCGGGTCTGAAGCGTTTTGGTTACGGCCCTTCCA
ATAGGTTGAGGCTTTCCTCTGGGTGTGCATGACTAAACGTGTGCGTGTCA
TGTACGGCCTTCACAAAATGTGCCCCTGACGCGATCCCTAACCCACCCAC
CCCACCCTTCCACCCACCGACCTACCTTTTTCATCTTTCGAAAACGTGTT
GCACAGGATCACGACACGATCCTCTTCGTCTCGGACAAAGGGGTAGCGTA
CGGCCTTCGAGCCTTCCAGGTCCCGACCGCCTCCCGCACTGCCAAGGGTG
TACCGGTCCCCCAGGTGCCAACCGATTGACGGTCAAATTGCAGCGGTGTA
TCGTTCAGGAACAATTTTCAGGCATTCCGTCGCCGGGATCGTTCGTCCGG
CCTCGTTGCAGCAGCTGCCGTTTTGGTATGGGCTCCACCAATCGTACAAA
TGTTATGGTTGATCGCCCTCCGCTAGCTTTGGTCAGGCACATGGTTCAGG
CAGACCGTCGCCAACCGCCGCACAGGGAGTCTCGGCTAAAACTTCCCAGC
CGTGAGCGCGGGTTTCGAGCCTTTCTGCATGGTGCCGAACCCCCTCCCCA
GCGCTTGCATCGCCTTGACTTCCAGGTCCTGCCAAAGTTGTGCAGTTAAG
CGAAGAGATCGCCACAGAGATGTTGTCGTGACGCTCTATCAACGGTATTC
GATAAGCTTCGTGGTCGACTAGCCGCAATTCAGCTCCACCACTTCACAGA
AATCACCACCGATGCAAAAAGTACAAACCGGGTGGAGAGTCTTCGGCGAA
GAGATAAGAGGGCAAGGCAGCAGTGTTGTTTTGCGTAAATCATGCGCGGA
AAAGCGAGGACCAGGCTTTACTCACCTACCGGTTGCCGTACGCACGTGGC
ATGGATAACGCAGTTCGCCCTTGACGGTACATCGACTTTTCAACAGGGAC
GGAACGCCGCTTCTACCCTCTGAGGTACCCCGTAAGCGATCCGGGGAAGG
ATGTTCTTGGATGCTGCCTGCCTTACCCGCGTGCCATGCGTCCCGTCCTT
AACGGAACACCAACTTTCCCATTAGCTTGGACGAAAATATATCGGGTACG
CCGAGTTATCATCACAAATGGTGGTTTCACTCACAAATTCAGCACCTTTT
AGTTGTCGCCTGCCCTTGCGACCTGTCGCCGAAACATTCCAAGATCGCCC
TCGCACCTATTTCCGCGCACTGAAATCATCGTTAGGTTCGTTCATCACTT
GGCATGTCTCGGGGGCATTTTGTCCAACAACTCGTGAATAGAGGAAGACA
CAGCCCACAGCTCGATCTTGTATGCTTGCCGCCTCCTCCCCATGCTCGGT
TGGACGTCCAACCGCGGAACACGCCTGGGTGTGCTGCAGGGGCGCGTCCT
CAGCAGCGGACTATTCGAACCCTTCGTGCGTGGGTGTGTATTGGTGTGGT
GGGTCTTCTCCACCCGCAGTCGTTGCAAGTTTTTTTCATGCTTACTTGTC
CCTATGCCCCTCCATCCGGCACCACTGTGGCATCCACATGCTGATAGTCT
TGTAGTAGTGTCGATTTCGGACTGCAAAGTGTTATCTTAACATCGTTTTG
AATAATTTGCTATTTTTTTCTGGGTGTTACAGGTGCTGCCCATGGCCGGG
GACGCGGAAATCGCGAGCGTGCTGGCCGTGGACGACTTCAGGGAAGACGA
GTACCTCGTGCTTCTCACGCAGGTACGTTTCCGTGCGCGGGGCCCCTTCG
TCGCCGATACACAGCGCCCGATACCAACCTACGAAACCCTGCAGCCGACA
GAATTCCCACGAGCGTCTCGTGCTCACCTTTTGCGACCCTCAGAACCTTT
TTCGGTTTTAATATTTTTCCTCATTTTACTCTCGTTCCTCTCCGGTCGGT
AACTTGCTGGCCTGCCCAGCGAGGGCAACAAGTGCCCAAAGCTTCGCCTT
TCAGTTACTGCACGTAACGCAAGCCCCCTCCCCCCCCTCCCCACAATTGA
ACCATGTCTCAATTTGATTCCTTGGTCGTCCCGATGGCTTCGCCCTTCCA
TCTCTACCCGCCCCGCTCCAAGTCGGAGATTGTTTGCGAGGCTCGCGGCG
GAAATTTGAAGTCTGCCGCGCGGTTGAAGTCAGGCCTCGGCTGTGCACGT
GTGTGATGCTCGTCTGTTTTTTTTCGATTTAGCTTGCAGACTCCCGCTGG
CGCCTCCTTTCTTGCCTTGCTGGCTCATGGGCCGGTTGGGTCTTGGGCCT
TTCGTCAACATGTGTGCAAGCAGTAAGGCTTCGATACGGCTTTGCCGGTT
CCTCAGCCTTTCGCGATGCGTTTTTTTCTCTCGGCGCCCGTCCTTGCGGA
CCGTCGTTTACATCGCTCCCCCAGTATTTTCGCGTCTGGATTGGTGTCTC
ATGCACCTTGTGGTGGTCAATACTACAAGCAAGAATACATCATGGGTCCG
AGTGCTGGGGGATTTTGGCGATGGGTGCTGTCTCCTGCCTCTCGGCAGCG
GGCCCATTTAGCAGAAATTATGAAAATATTAGCGTTGTTCTTGTGAAATG
CTCATGTTCTAGTAACGCCGTCGCCGCCTTGTTCGTCCAGCCTTGATGAC
GATTCGAGTTCCGTTACTTGTTGATGTCCAGTGCGTGGTCGATATGACGC
CAAAATTGTGGTAAAATGGCTTGAATAACGGTGACTGGCGGCGGCTGCAT
ATGGGAAGACACATCGTCATTGCTGTCGTGGACAATCATCAAGAAGATAT
GACGAGATTGCATTTGTGACGGCCCCCTTTCCCCCGCCTCTCTTGTTTAT
CTCTTGGTTGTTCTCCCTGCATGCGAATTATCAGCACGGGTACATCAAGC
GGACTCCATTGCAAGCCTTCAAGTCGACGTCCAGCAGGGGGTTGAGAATC
ATTGGTCTCGGAGACGACGACTCACTTCGATGGGTGGAGAGGTGAGATGA
GAGGGAGGCACAGGCAGGTGAATTAGGGAGGGGGGTGCACTCATAGTCGT
GCATGCCGTAGTCGTTAGACTATTGACCTCGCATCCCTACAAAGCCGGGA
CGGAGCACGCCGGGTTCTCACCGGACCAGGCTCTCACACCACCAAGCGCG
AAGCGCCGTGAGGTATTCGGAGAGTCGCACGAAGGGTGCGCTTCATCCTG
CTAAGGGTGTTCGGCATATTGTGCTTACTTCCTTGCATACGGATGACAGC
TGCGTATGGCTTAATTTATTTTCTGGTGCTTTCACTTCCAGAGACAGTTG
TGAGCACTGTGTAACTGCCTCGAGGGTGCTTGACCATTTTAACACAACGT
GGTGCGATCATCCCCCTTGCGCGGAGTGAGGTTCTCCACCCCGCACAACA
TGATCTTCTCGACCACCATTATGGTTACCACCACAAAAAACAGAGGAAAA
AAAGACGGTAACCTGGTTGCCGAGTTCACGAAGTGAACTGGCTTGTTTTA
CAACGTCGTTGCCAGGCGACGAAAACCCAATCCCGATGGCAAACACCGAG
GTGAGAGCCAGCGGGAGGGGGAGGTGAACCAGGGAGGGGGGAGGTAAGAG
AGAAAAAGAGCGAGAGGGGGGCAGAGCGGGACAGAAAGGGAGAGAGGAAG
GGGGGGGAGAGAGCGAGAGAGCGAGGGAGTGAGAGAGAGGGTATTGTAGG
GAACAGGGAGATATACATGAACGCCGACACAGTGTTTCTGGTGCATGCAC
ACAAAACGCGCCTGTGTGTTGGTCAAGAATTTTGCCTACACTAGCACTTA
GAAGGGTTTGATGTGAAAGGTTCAATATGTTGGTTGTTTCTCATGAAAGG
CCCTCCCACACAAGGAATACGAAGGCAGGTTTCAGTGCTCGGATCCATAT
CTCTAGCATGCTACCACTAACGCGAAAAATGTCGTCTGTCGCGCCCTCTT
CGTTGTTCTCGCTCGCTGGTTCTCCCCCCCTTTTTGCGGTTGCCGTTGCC
CACTGTTGTCCACTGAACTCTCGACCACCCTCATGTGTCTGCCTTACCTT
TTCTCCAATCTTGTCCCCAAGATGTCGCCAAGGTGACGGGATAGTCATCG
GAACGGAGCGGGGCTACGCCATGCGCATCCAGGCCAATGACTGGGACTTC
AGGCCATCGGGAAGAACCTCTAAGGGCGTCATGGTCAGTCCAGATCGGCC
ATGCCCGCGCTGCTTTTCCACATGTTGAAAATGTTCACACACGTGATGAC
GAGCCTTTTCATGTTCGTGTGTGTGAGGAAAGCACATGAAGCCGTTTCTC
GCACGTCAACCGCAGCTACTTGCGCACATTTTCCCGACAATTTTGTTGGG
CCTTTCTTTATGCAACGTCGCTCTTGCTGTCCTCTTGTTGATATTATTGT
GTTGTCTTGATGTTGCTCTCGCTATCTGCACGTCAAGGAACCTTCAGCAC
CCGGTGCAGCTGCGTCATCCTCCACCATTTCTGTACAACATTCTTTGGTG
CACATGTTTTCGAAATCGCTTTCAGACGATGAATTACCGCCGAGAAGACG
TCCCGGTCGACATGTGCGTCATTCCGCGGGGGGAAGGAAAAGGGGACGCT
GAGGACCAGGAGCAGCTCTTGCTGGTTCTATCCACCAAGGGATACGGAAA
ACGTGTTGACACGAACGAGTTCAGGACGACTAAGAGGTGGGGGTTGACGA
GGATCGAATGAAGTTGAGGATTTCACGGGGCGGACGGGGACGAAAAATGC
GCCCCTCCCTTGTTTCTCGTCAATTTCTCGATCTGTTCGTCACGTCCGTT
TGGAGACAGGACTCAAGTCACTGTGCTCGCAACCAGTCACGAAGTTACAA
AGTTAAAGCTTTCGTGAAGCGACGACATGAAGACTATAGGAATTCCGCGA
CGTCGAAATGAACGCTAGTTTCCGAGAAGGGGACCCCCACAATCCGCGCC
CGCTTGCCGCGCATGGGAAAACTCGTATTTTGGGCATTTCTCGTCGCGCA
CGCGTAGGCATAGGTCTGCGCGAGTTGAATTCGTGCTTTTTTAAAGGCGC
TTCAACGCCGGAGGGTTGCGAGGCGTGCCGTCGCATGGCCAACTCAACGC
CGTCGGCTTTTGCCTTGCAGCGCTCTGGCTGGCCCATTTGACCGTCATTG
AGGCGGCAATAGGTCTTTTTTTTTCTTTCGTTCCTGCATCATCTCCACGA
TGGCGCCCTTATCTCGGATCATTTATCCGTTGGGAGCACCCCAGTTTGAT
CGACTAAAAAGTGGTTCTGGTTTGAACATCCCCGACGGAGTTGGTTTACA
ACGGGAGCCATGCATGAGCTCTCGAGCGGGAATGTACACGATCGGATGAA
GGCCGAACGAAAGAATCGTCGAAACGTCGATGACACAAGCTATAACAACT
ATGACAGGCGCAGCATGGGGGTCATCGCCCTCAGGCCGAGGGAGAAGCTC
GGAGACACGCTGGCCTGCTTAAGGCTGGTCGGGGCGGACGACGAGATTTT
GCTTTCGACGGCCCAGGTAAAACAATTACTCCATATTTTTTGTTTTGAAT
GAGCCGAGTCCGCGCCGAATGCGCTGTCGTTGCTTGTCTCTTGCATTGCT
TGCAACGATGTGCTTAGCTTTTTTCGTCTCTTGTTTCCTCCACTATTACC
ACACACTCGGTCGAAATCTCGACCCTGCCAAGGAGTGGAGCAGGTGAAAA
CTTTCGAGACCTGCAGAAGGGAAGTCAATGGCTTGTTTTGGAAGCGCCCG
ATGTAGTTGCGATACGCAAATGTCAGAGGTCGACCTTCCTTGTCGTCCCT
TCTCCATTGGGCGATGGCGAGGTATGACAGCGGAATGATGATTACCGGGC
AGATTTCGAAGCGCATGACTGACCCAACGCGAATCACATCTGGGATGCTG
GGATCGAGTTGACGGCTTTTCCTAACCCAACCATCGGGACCAACTACCAT
TGTGAAGCCAGCCCGGCTGAGTGGTGCACAATCTGTCACCACCAGGATTT
TGTTTGACGGGAGCAGACTGGAGCATGGGAAATTTTCGTGAGCATGGGGA
TGGCGTTCGACGGAAAGATAACCGAGGGAACAAATTCTTAGCGACCCGGC
GACTGTCATGCTTGGTTTGGTGTGCAACTTTGGGGGGAGCCGGGGCTCTA
AATTTCCCTCTATTCGGTTCGTATTTTGACCAGTGTGCCTCGTTTTTGTC
TCTATTATCACATATTCCCTCGTTGTACAGTCAATGTTTGTTCCGCGGTG
ACCACGCGCCTTCTCATCCCGTCTTGTGGTTGGTATTTTTTTCGTCCGTC
CTTTGTGTGAGCGTGTGATTGTTTTGTACGCCAACATCGAGCCAGAATCA
AGGTGAAATCAGCGGGGGCGAACTCTCTTCATCATTCGCCGTTCGCCGGT
TCGCTGTCCTTGGCCGCAGGGGACCATCGTGCGGCAGCGCGCGGGGGCGA
TCCCGAAACAGAGCCGCCGTGCCTCCGGAGTGATCGTGCAGAAGATCGGC
GCCAACGACCGCATCAAGGACGTCGCGCGAGTGCCCGTACTAGACGACGA
AGCCTCGAAGTCTACCGGTGCCGTATCAAAACGAACTGCCGGGTCGGAGG
GTGCCCGCAGCGTCGCCGAGAAACTACGGGGCGGTGAGGGGGGGGGGAAG
GGGGAGGCTGGGTTGGGAGGCGAGAAGCTGCACAAGGAGGAGGAGGAAGG
AGGGGGAGAGGTGGGGGATAGGCGAGCCTTGGGGTGGATATCGTCGATGG
TGCGCAGCGTACTGTACCCGAATGCTAGATAGGTGGTTAGTGTCTGTGCT
AGATAAATAAGTGGGTGGTGCGCTGTCGGCTATTGATTTCGCTCGCGGCC
GACGGCGTCCGCGCCTGCGTGCCTTGCCTATCTGCAATACAGGGCACATG
TGCAGCCATTGCAGCGACGTTGAGTCCGAGCGCGAGCTCCGAGGAGGAAG
CTTGCTCCTTTACTCACTTCTGTCTGGAGATGCTCGCGCGAGTGCGCAAT
GCATTGCAATAAACACTGGTTCGAGAGCCAACGCGCTCCCGAGTTGCCGT
TCTTTCTATTATGTTCGACTTCCGCAACATCCATGTTGCGTGACTCACGC
GACAGGAGCGAGTTCTGTTCGTTTGGAAAGGAATCAATCAGGCCATGCAA
TGGCTGGAGAGCGCCGTCCCGTCAATGGAGATCTAGCTTCAAATCTGGCG
GCATGAATATTTTGGAACGTGATGCTTGACCGCCCCCGTAAAACCTGCCG
GCGTTTGGCGCGTTCGTGACCGCTTGTCCTCGGCCGGGGTTCCTTCATTG
TTTGCGAGAAGTTCGCTCGGAGGCATCACTGCGGCGCCAAAGCTTCGGGC
TATCGTGACCTACGATTGATGGGGATCAGGAGGGAATGACGGGAATATTT
GACAGAATTTGTATGTATGTTCCTCTAATTGCCCAGGATGGTGCGCAAAA
GTGTTGATTTTGGTGCCGTTGCTGGCGGGGGCGAGGCGATTGTAGGAGGG
GGGGGCTCGTTTTCGGTTAAAGGAGGCAAGACGCGTCGCCGCGTCGGCCC
AGCTCAGAGATGAAGTAGCAGAGCCGCAATGGTCAACACGCAGGAATCGT
TGGGGAGGCCAGAAGTTGCCGGGCCAAGCATCATGCGTCCGGTCTCGTAC
GAGCTCCCAGCATGCAGCGTGATCTGCTCATGTCAAGGACCTGCCCTCCA
GATGAAAAGGCGACTTCCTTGTTGTACATTTGCACATCGGGTGCAACAGT
TCACAAGCCACCGCGTGGCGTCAAATCCGTGCGAGACGTTTGCGAAAGCG
GTAGCAAAATGAATGTTTCCAAGACGGATCCCAGCAGGTGGGGGAATCGT
CACACGTCGACCGATGAAAGTTAAGATGGAG

Coding sequence (CDS) from alignment at P-fluviatile_contig12:1840940..1866170+

>mRNA_P-fluviatile_contig12.1451.1 ID=mRNA_P-fluviatile_contig12.1451.1|Name=mRNA_P-fluviatile_contig12.1451.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=6420bp|location=Sequence derived from alignment at P-fluviatile_contig12:1840940..1866170+ (Porterinema fluviatile SAG_2381)
ATGAATCCCGCGCACTGCAAGGGTTCTGGTCAGCAACAGCAGCAGAGACG
AAGTAGAAGGCGATCGCTGCCGGCCCGTGTGGGCAACGCTTCTGCGATGA
TCGCCGCCGCGGTGTCCCTGACCTACAGGTGCTGCTACGCTCTGCGAGTG
CTCTCCTACTCCCCGGCCACTACTACCGCACCTGGGGCGGGTTTCCAGTT
TCGGAGCTACGTGGGAACCGCCGCCCAGCGAGCCAGCAGGACGAGCGTGA
CGCGGGCCGGAACCTTCGTGCCCGCAGGTGCTGGCAGGAGAAAGCTTGCG
GCTGCCGTTGCTGCAACAAGCAGCAGCAGGATGCAGCAGGCGAATCGAGC
AACGACGGCCGGCGGCGGCGGCGGCGGCGATGCCGGGAGCTTGCAGATGG
TGTCGGGCGGAAGCACCGATGAGGGTCAGTTTTTCGTCGACCCCGACCAG
GCCGTAGAGGTGGATGGGGTAGGCCCGCCAGGCCCGCTGGTGGGAGGTGA
CCATATGAATCCCGCGCACTGCAAGGGTTCTGGTCAGCAACAGCAGCAGA
GACGAAGTAGAAGGCGATCGCTGCCGGCCCGTGTGGGCAACGCTTCTGCG
ATGATCGCCGCCGCGGTGTCCCTGACCTACAGGTGCTGCTACGCTCTGCG
AGTGCTCTCCTACTCCCCGGCCACTACTACCGCACCTGGGGCGGGTTTCC
AGTTTCGGAGCTACGTGGGAACCGCCGCCCAGCGAGCCAGCAGGACGAGC
GTGACGCGGGCCGGAACCTTCGTGCCCGCAGGTGCTGGCAGGAGAAAGCT
TGCGGCTGCCGTTGCTGCAACAAGCAGCAGCAGGATGCAGCAGGCGAATC
GAGCAACGACGGCCGGCGGCGGCGGCGGCGGCGATGCCGGGAGCTTGCAG
ATGGTGTCGGGCGGAAGCACCGATGAGGGTCAGTTTTTCGTCGACCCCGA
CCAGGCCGTAGAGGTGGATGGGGTAGGCCCGCCAGGCCCGCTGGTGGGAG
GTGACCATGTGTTGAACGTGGGATTGGAGGCGGAGATCAAGAGCTCCTTT
ATGCAGTACGCGATGAGCATCATATTGGTGTTGAACGTGGGATTGGAGGC
GGAGATCAAGAGCTCCTTTATGCAGTACGCGATGAGCATCATATTGGGCC
GAGCACTGCCGGACGTGCGGGACGGCCTCAAGCCAGTGCACCGACGCATC
CTCTACGCCATGCACGGCCTCAACCTCAACCCGGAGGGGTCGCACAGGAA
GTGCGCGAGGGTCGTCGGGGAGGTGCTGGGAAAGTACCATCCACACGGGC
CGAGCACTGCCGGACGTGCGGGACGGCCTCAAGCCAGTGCACCGACGCAT
CCTCTACGCCATGCACGGCCTCAACCTCAACCCGGAGGGGTCGCACAGGA
AGTGCGCGAGGGTCGTCGGGGAGGTGCTGGGAAAGTACCATCCACACGGC
GACATGGCCGTCTACGACGCGCTGGTGCGCATGGCGCAGGACTTTGTGAT
GAGCGCGCCGCTGATCCAGGGTCACGGCAACTTCGGCAGCATTGACAACG
ACCCGGCGGCCGCGATGCGTTACACCGAGGCGACATGGCCGTCTACGACG
CGCTGGTGCGCATGGCGCAGGACTTTGTGATGAGCGCGCCGCTGATCCAG
GGTCACGGCAACTTCGGCAGCATTGACAACGACCCGGCGGCCGCGATGCG
TTACACCGAGTGCAAACTGTCCGCGGTGGCAAGGGACACCCTGCTGACGG
ACATCAACCTCGACACGGTCGACATGATGACCAACTTCGACGGCAACGAG
GAAGAGCCGGTCGTGCTGCCCTCCCGGCTGCCGTGCAAACTGTCCGCGGT
GGCAAGGGACACCCTGCTGACGGACATCAACCTCGACACGGTCGACATGA
TGACCAACTTCGACGGCAACGAGGAAGAGCCGGTCGTGCTGCCCTCCCGG
CTGCCGCTCCTGCTGATCAACGGGGCCACCGGCATCGCCGTCGGCATGGC
AACCAACATTCCGCCGCACAACCTCGGCGAGGTGGTGGCGGCGACGATCG
CCCTCATCCGGGACCCGAGCCTCCCGGAGGAACAGCTCTTCCGGCTGCTG
CCCGCCCCCGACTTCCCGACCGGAGCTCCTGCTGATCAACGGGGCCACCG
GCATCGCCGTCGGCATGGCAACCAACATTCCGCCGCACAACCTCGGCGAG
GTGGTGGCGGCGACGATCGCCCTCATCCGGGACCCGAGCCTCCCGGAGGA
ACAGCTCTTCCGGCTGCTGCCCGCCCCCGACTTCCCGACCGGAGGCTGCA
TCATGGGTCTTGCCGGTGCGCGAAAGCTGTACACCACTTCCAACGGAGGC
GTGACCGTCCGGGCCACCACCCACATCGAGGCTGCATCATGGGTCTTGCC
GGTGCGCGAAAGCTGTACACCACTTCCAACGGAGGCGTGACCGTCCGGGC
CACCACCCACATCGAGCTGATCGACGCGAAGGGCAGGACGAAGCGAAACG
CCATCGTGGTAACCGAACTCCCGTACCAGGTCAACAAATCCGCCCTCCTG
CAAAGGATGGCGGAGATGGTGAACGAGAAGAAGCTGATCGACGCGAAGGG
CAGGACGAAGCGAAACGCCATCGTGGTAACCGAACTCCCGTACCAGGTCA
ACAAATCCGCCCTCCTGCAAAGGATGGCGGAGATGGTGAACGAGAAGAAG
CTGGATGGCATTTCGGACCTGAGAGATGCTGGATGGCATTTCGGACCTGA
GAGATGAGAGCGACCGCGACGGAGTCAGGGTGGTGATCGAGCTGAAGCGA
GACGCCAATCCCAAGAGAGCGACCGCGACGGAGTCAGGGTGGTGATCGAG
CTGAAGCGAGACGCCAATCCCAAGGTGGTGGAGAACAACCTCTTCAAGAA
GACCCAGCTGCAGACGTCCTTCAGCGGCAACATGCTGGCGCTGGGCAGCG
ATGGGACCAAGGTGGTGGAGAACAACCTCTTCAAGAAGACCCAGCTGCAG
ACGTCCTTCAGCGGCAACATGCTGGCGCTGGGCAGCGATGGGACCAAGCC
ACACCGGTTCAGCTTGAGGGCCGCAATCCAATCCTTCGTGGACTTCCGCT
TCAACACCGTCAGAAGAAGGGCGGCGTACGAGCTCGGAAAGCCACACCGG
TTCAGCTTGAGGGCCGCAATCCAATCCTTCGTGGACTTCCGCTTCAACAC
CGTCAGAAGAAGGGCGGCGTACGAGCTCGGAAAGGTGAGGGCGAGAGAGC
ACATCGTGCAGGGGATGCTGAAAGCGCTGAGCACGATCGACGCCGTCATC
GAGCTCGTCAGAGCCAGGTGAGGGCGAGAGAGCACATCGTGCAGGGGATG
CTGAAAGCGCTGAGCACGATCGACGCCGTCATCGAGCTCGTCAGAGCCAG
CGCCGACACCTCAATGGCCCGCGAAGGGCTGATGGCCGAGCCGTACGGGC
TGTCCCACCAGCAGGCCGATGCCATCCTCGCGCTGCGCCTCGGGCGGCTG
ACCTCCATGGAGGAGGGGAAGCTTAAGACGGAGGCGGAGGAGCTCAAGGC
CACGGTGGAAAGCGCCGACACCTCAATGGCCCGCGAAGGGCTGATGGCCG
AGCCGTACGGGCTGTCCCACCAGCAGGCCGATGCCATCCTCGCGCTGCGC
CTCGGGCGGCTGACCTCCATGGAGGAGGGGAAGCTTAAGACGGAGGCGGA
GGAGCTCAAGGCCACGGTGGAAAGGCTGGAGGGTGTGATGGAGGAAGACT
CCAAGGTGATGGACATCATCGTGGAGGAGCTGACGGAGTTGAAGGCAAAG
CACGCGGTGCCCCGCAGGACCCTCATTAAGCCGGACGAGGGCTGGAGGGT
GTGATGGAGGAAGACTCCAAGGTGATGGACATCATCGTGGAGGAGCTGAC
GGAGTTGAAGGCAAAGCACGCGGTGCCCCGCAGGACCCTCATTAAGCCGG
ACGAGGGCGAGCTTCACGAGGAGGACCTCCTAGCGAACGACCTCTCAGCG
GTGGTGGTCACCGCTGCCGGCTACATCAAGCGAATGCCGCTGGAGGAGTT
CCGCGCTCAGAACAGGCGAGCTTCACGAGGAGGACCTCCTAGCGAACGAC
CTCTCAGCGGTGGTGGTCACCGCTGCCGGCTACATCAAGCGAATGCCGCT
GGAGGAGTTCCGCGCTCAGAACAGGGGGACGCGTGGCAAGGTCGGAGCGA
AGATGTCTTCCGATCATGACGTGGTGCAGCACTTCTTCATTTGCCAGGGG
GACGCGTGGCAAGGTCGGAGCGAAGATGTCTTCCGATCATGACGTGGTGC
AGCACTTCTTCATTTGCCAGGATCACGACACGATCCTCTTCGTCTCGGAC
AAAGGGGTAGCGTACGGCCTTCGAGCCTTCCAGGTCCCGACCGCCTCCCG
CACTGCCAAGGGTGTACCGGTCCCCCAGGATCACGACACGATCCTCTTCG
TCTCGGACAAAGGGGTAGCGTACGGCCTTCGAGCCTTCCAGGTCCCGACC
GCCTCCCGCACTGCCAAGGGTGTACCGGTCCCCCAGGTGCTGCCCATGGC
CGGGGACGCGGAAATCGCGAGCGTGCTGGCCGTGGACGACTTCAGGGAAG
ACGAGTACCTCGTGCTTCTCACGCAGGTGCTGCCCATGGCCGGGGACGCG
GAAATCGCGAGCGTGCTGGCCGTGGACGACTTCAGGGAAGACGAGTACCT
CGTGCTTCTCACGCAGCACGGGTACATCAAGCGGACTCCATTGCAAGCCT
TCAAGTCGACGTCCAGCAGGGGGTTGAGAATCATTGGTCTCGGAGACGAC
GACTCACTTCGATGGGTGGAGAGCACGGGTACATCAAGCGGACTCCATTG
CAAGCCTTCAAGTCGACGTCCAGCAGGGGGTTGAGAATCATTGGTCTCGG
AGACGACGACTCACTTCGATGGGTGGAGAGATGTCGCCAAGGTGACGGGA
TAGTCATCGGAACGGAGCGGGGCTACGCCATGCGCATCCAGGCCAATGAC
TGGGACTTCAGGCCATCGGGAAGAACCTCTAAGGGCGTCATGATGTCGCC
AAGGTGACGGGATAGTCATCGGAACGGAGCGGGGCTACGCCATGCGCATC
CAGGCCAATGACTGGGACTTCAGGCCATCGGGAAGAACCTCTAAGGGCGT
CATGACGATGAATTACCGCCGAGAAGACGTCCCGGTCGACATGTGCGTCA
TTCCGCGGGGGGAAGGAAAAGGGGACGCTGAGGACCAGGAGCAGCTCTTG
CTGGTTCTATCCACCAAGGGATACGGAAAACGTGTTGACACGAACGAGTT
CAGGACGACTAAGAGACGATGAATTACCGCCGAGAAGACGTCCCGGTCGA
CATGTGCGTCATTCCGCGGGGGGAAGGAAAAGGGGACGCTGAGGACCAGG
AGCAGCTCTTGCTGGTTCTATCCACCAAGGGATACGGAAAACGTGTTGAC
ACGAACGAGTTCAGGACGACTAAGAGGCGCAGCATGGGGGTCATCGCCCT
CAGGCCGAGGGAGAAGCTCGGAGACACGCTGGCCTGCTTAAGGCTGGTCG
GGGCGGACGACGAGATTTTGCTTTCGACGGCCCAGGCGCAGCATGGGGGT
CATCGCCCTCAGGCCGAGGGAGAAGCTCGGAGACACGCTGGCCTGCTTAA
GGCTGGTCGGGGCGGACGACGAGATTTTGCTTTCGACGGCCCAGGGGACC
ATCGTGCGGCAGCGCGCGGGGGCGATCCCGAAACAGAGCCGCCGTGCCTC
CGGAGTGATCGTGCAGAAGATCGGCGCCAACGACCGCATCAAGGACGTCG
CGCGAGTGCCCGTACTAGACGACGAAGCCTCGAAGTCTACCGGTGCCGTA
TCAAAACGAACTGCCGGGTCGGAGGGTGCCCGCAGCGTCGCCGAGAAACT
ACGGGGCGGTGAGGGGGGGGGGAAGGGGGAGGCTGGGTTGGGAGGCGAGA
AGCTGCACAAGGAGGAGGAGGAAGGAGGGGGAGAGGTGGGGGATAGGCGA
GCCTTGGGGTGGATATCGTCGATGGTGCGCAGCGTACTGTACCCGAATGC
TAGATAGGGGACCATCGTGCGGCAGCGCGCGGGGGCGATCCCGAAACAGA
GCCGCCGTGCCTCCGGAGTGATCGTGCAGAAGATCGGCGCCAACGACCGC
ATCAAGGACGTCGCGCGAGTGCCCGTACTAGACGACGAAGCCTCGAAGTC
TACCGGTGCCGTATCAAAACGAACTGCCGGGTCGGAGGGTGCCCGCAGCG
TCGCCGAGAAACTACGGGGCGGTGAGGGGGGGGGGAAGGGGGAGGCTGGG
TTGGGAGGCGAGAAGCTGCACAAGGAGGAGGAGGAAGGAGGGGGAGAGGT
GGGGGATAGGCGAGCCTTGGGGTGGATATCGTCGATGGTGCGCAGCGTAC
TGTACCCGAATGCTAGATAG