prot_P-littoralis_Contig1.23.2 (polypeptide) Pylaiella littoralis U1_48

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: A0A6H5KKP9_9PHAE (DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KKP9_9PHAE)

HSP 1 Score: 1573 bits (4074), Expect = 0.000e+0
Identity = 862/1018 (84.68%), Postives = 905/1018 (88.90%), Query Frame = 0

Query:    1 MKHARHKGSRQQRRRSSLSIRVGSAAAMLAAAWSLPHRGCHALRVA------SGPGCQYSRGCLGTAAQGARRTTASLAAGFVPGGGRARRMGVAADVTGAGWPSFSSXXXXXXXXXGFFVRNRLGXXXXXXXXXXXXAAAHVSGAMRMVSGGDSDEGKFFTDPDAPEVVDGVGPPGPLAGGDQVVNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYELSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPRE--------DGDAEDQGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQLEDTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDGIKDVALVPEIDEHEAA 1004
            MK ARHK SRQQR+R  ++ RVG+AAA+LAAAWSLPHR C ALR        SG G QY R  +GTAAQ ARRTTASL  GFVPG                       XXXXXXXXX         XXXXXXXXXXXX                SDE +FFTDPDAP  VDGVGPPGPL GGDQVVNVGLEAEIK+SFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNL PEGTHRKCARVVGEVLGKYHPHGD AVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLS VA+DTLLTDINLDTVDM TNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIR+P+LPD++LFR+LPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIE KGR +RNAVVVTELPYQVNKS+LLQ+MAEMVNDKKL+GISDLRDESDRDGVRVV+ELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRF LRAAIQSFVDFRFTTVRRR+AFELGKVRAREHIVQGML+ALGMIDAVI+LVRASTDT MARDGLMA PY LS EQADAILALRLGRLTSMEEGKL+AEA DLK TMERL+GVM EDSKVMDIIVEELTEAKNKHAVPRRT+IKPDEGEL EEDLLAND SVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSD+GVAYGIRAFQVPVGSRTAKGVPVPQVLP+AGDEEIASVLAVDDFREDE+LVLLTQKGYIKRTPLAAF+STSSRGLIIISLGEDDTLRWVKRC D+DGI++GSKQGYATRFLAN +DLRPSGR+SRG KAMNFR+ DVPVDIGV+PRE        D   +++G SLLVLTTRGYGKRV +NEFKTTRRGGKGVIALKLR++LEDTLACFRIVGADDEIMLST QGTIVRQRAGAIA+QSRTATGVIVQKLD NDGIKDVALVPEI E  AA
Sbjct:    1 MKPARHKVSRQQRQRRWMTARVGNAAAVLAAAWSLPHRSCQALRAPCSSSAISGAGYQY-RSYVGTAAQRARRTTASLTGGFVPG-------------------XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXSDESQFFTDPDAPSEVDGVGPPGPLVGGDQVVNVGLEAEIKTSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLNPEGTHRKCARVVGEVLGKYHPHGDMAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSSVAKDTLLTDINLDTVDMTTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRNPELPDDQLFRLLPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEAKGRSRRNAVVVTELPYQVNKSSLLQKMAEMVNDKKLEGISDLRDESDRDGVRVVVELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFSLRAAIQSFVDFRFTTVRRRTAFELGKVRAREHIVQGMLQALGMIDAVIELVRASTDTPMARDGLMAEPYGLSQEQADAILALRLGRLTSMEEGKLKAEAEDLKATMERLEGVMNEDSKVMDIIVEELTEAKNKHAVPRRTMIKPDEGELQEEDLLANDSSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDKGVAYGIRAFQVPVGSRTAKGVPVPQVLPIAGDEEIASVLAVDDFREDEYLVLLTQKGYIKRTPLAAFRSTSSRGLIIISLGEDDTLRWVKRCCDDDGIVIGSKQGYATRFLANKKDLRPSGRTSRGVKAMNFRDEDVPVDIGVVPREAAAATAGDDAGVKEEGHSLLVLTTRGYGKRVALNEFKTTRRGGKGVIALKLRQKLEDTLACFRIVGADDEIMLSTAQGTIVRQRAGAIARQSRTATGVIVQKLDANDGIKDVALVPEISEDAAA 998          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: A0A836CKD9_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CKD9_9STRA)

HSP 1 Score: 1074 bits (2777), Expect = 0.000e+0
Identity = 544/808 (67.33%), Postives = 658/808 (81.44%), Query Frame = 0

Query:  193 MQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYELSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPREDGDAEDQGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQ---LEDTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDGIKDVALVPE 997
            MQYAMS ILGRALPDVRDGLKPVHRRILYAM+GL L PE  +RKCARVVGEVLGK+HPHGD AVYDALVRMAQDFVM+APLI GHGNFGSID DP AAMRYTE KL+ VARD LL D+ +DTVD + NFDGNE+EPVVLP+RLP+LL+NGATGIAVGMATNIPPHNLGE+  A +ALI+DP+LP+  LF+I+PAPDFP+GG IMGLAGARK+YTTSNG VTLRATTHIE I  + RP RNAV+VTE+PY VNK+ALL+++A +VN+KKLDGI+DLRDESDRDG+RVVIELKRDA PQVV+NNL+KKTQLQTSFSGNMLA+G+DG +P RF LRA + SF+ FRF TVRRR+A+EL KV+AR+HIV+GML AL  ++ VI+LVR S D   AR  L    + LS EQADA+LALRLGRLT  EE KL+ E  DL + ++RL G+M++D  V  ++V+EL E K KHAVPRR++IK DEGEL++EDLLAND S++V+T +GYIKRMPLEEF AQ RGTRGKAGAK+S   D V  FFTC+DH+T+LFVSDRGVAYG+RAFQVP  SRTAKGVPVPQVLPL+ DE I+SV+ V++F++DE+LVLLT++G+IK+T LAAF+S ++RGL IISL + D L WVK C + D II+G++QG A RF A+   LRPSGR+SRG KAM F+ GD PVDI +LP  D      G+SL+ +T +GYGKRV  +EFK  RRGG GVIA K + +    +D L   R++   D+++LST QGTIVRQ A  +++Q RTATGV VQKLDE D I  +A+V E
Sbjct:    1 MQYAMSTILGRALPDVRDGLKPVHRRILYAMHGLGLQPESGYRKCARVVGEVLGKFHPHGDVAVYDALVRMAQDFVMAAPLIAGHGNFGSIDADPPAAMRYTESKLAPVARDALLADVAMDTVDFVPNFDGNEQEPVVLPARLPILLLNGATGIAVGMATNIPPHNLGELTDACVALIKDPELPEADLFKIVPAPDFPSGGTIMGLAGARKMYTTSNGSVTLRATTHIESIAQRTRPPRNAVIVTEMPYMVNKAALLEKIAALVNEKKLDGIADLRDESDRDGIRVVIELKRDAVPQVVQNNLYKKTQLQTSFSGNMLAIGADGLQPQRFTLRALLDSFLAFRFKTVRRRTAYELAKVQARDHIVEGMLIALARVEEVIELVRGSKDNATARQHLTNKDFGLSTEQADAVLALRLGRLTKAEEIKLKKEHTDLTKEIKRLLGLMQDDESVRQVMVKELLELKAKHAVPRRSIIKKDEGELNDEDLLANDNSIIVITRSGYIKRMPLEEFQAQRRGTRGKAGAKLSDPGDEVAQFFTCRDHNTVLFVSDRGVAYGLRAFQVPTASRTAKGVPVPQVLPLSADERISSVIPVEEFKDDEYLVLLTKRGWIKKTSLAAFQSLTARGLTIISLEDGDELLWVKTCTEADSIIIGTQQGMAVRFAASADQLRPSGRTSRGVKAMKFKPGDYPVDIDILPGADDQELPDGKSLVAVTVQGYGKRVGADEFKIQRRGGMGVIATKFKTKRGAAQDALCALRVIANGDQLLLSTAQGTIVRQPAATVSEQGRTATGVRVQKLDEGDEIASIAVVHE 808          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: W7TLA9_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7TLA9_9STRA)

HSP 1 Score: 1019 bits (2636), Expect = 0.000e+0
Identity = 521/832 (62.62%), Postives = 654/832 (78.61%), Query Frame = 0

Query:  176 GDQVVNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKG-RPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYELSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAV-DDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPRE-----DGDAE----DQGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQLEDTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDGIKDVALVP 996
            GD+V+   L  E+ SSFMQYAMS ILGRALPD RDGLKPVHRRIL+AM+ LNL PE ++RKCARVVGEVLGKYHPHGD +VYDALVRMAQDFVMSAPL+ GHGNFGS+D+DPAAAMRYTECKLS +ARD LL DINLDTVD   NFDGNE EP+VLP+R+P+LL+NGATGIAVGMATN+PPHNLGEV+  T+ALI DP L D+KL R++PAPDFPTGG IMGL G RKLYT  +G + +RA TH+E I + G R  RNA+VVTELPYQVNK++LL+++A+MVN+KK++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++LVR + DT  A+  LM + Y++S  QA AILAL LGRLT++E+ KLRAE   L+  +E    +M++D KV D++ +EL E + KHAVPRR+ I+   G L E DLLANDRSV++VT AGYIKRMPL++F  Q RGTRGKAGA+MS D D+V HFF C DHD ++F+S++GVA+GIRAFQVPV SR +KGVP+PQVLPL+ D+ ++SV+ + + F+ DEFLVLLT++G+IK+TP+ AFK  +SRGLI ISLGE DTL W +RC D+D I++ +++GY+ RF +   DL+P+GR+SRG  A+  R+ D  VDI VL  +     DG  +      GQ LL +TT GYGKRV  + FK  RRGG GVIA+K +    D+LAC R    D E++LST +GTIVRQR  AIA QSRTATGV VQ+LDE + IK VA++P
Sbjct:  129 GDKVLPTELNLELSSSFMQYAMSTILGRALPDARDGLKPVHRRILFAMHVLNLQPESSYRKCARVVGEVLGKYHPHGDASVYDALVRMAQDFVMSAPLVAGHGNFGSVDDDPAAAMRYTECKLSLLARDALLKDINLDTVDFAPNFDGNEVEPLVLPARVPMLLLNGATGIAVGMATNVPPHNLGEVLDGTLALIEDPSLSDDKLLRLIPAPDFPTGGDIMGLEGPRKLYTNGSGSIVMRAKTHMETIPMGGGRQVRNAIVVTELPYQVNKASLLEKIADMVNEKKMEGISDLRDESDREGIRVVIELKRDAMPSVVENNLFKKTALQSSFPGNFLALANDGRQPQRLTLRESLQSFIDFRFKTIRRRTQHELSKLESRDHVVEGLIRALDRIDDVVELVRRAKDTAAAKATLMGSQYDMSEAQAQAILALTLGRLTALEDAKLRAEREQLRGQIEDFQAMMRQDEKVFDVMKQELREIRAKHAVPRRSSIRAHAGALTELDLLANDRSVMMVTEAGYIKRMPLDDFEQQRRGTRGKAGARMSQD-DLVNHFFACNDHDHVVFISEKGVAFGIRAFQVPVASRVSKGVPLPQVLPLSSDDHVSSVIPLGESFQADEFLVLLTKQGFIKKTPVDAFKKLTSRGLIAISLGEGDTLGWARRCTDQDDILISTRKGYSMRFASA--DLKPTGRTSRGCSAIKLRKTDEMVDITVLRPDAAVDVDGPGDCGSGSNGQYLLAVTTAGYGKRVSADSFKVQRRGGMGVIAIKFKAGSGDSLACMRACSDDYEVVLSTQKGTIVRQRVAAIALQSRTATGVRVQRLDEGNIIKSVAMLP 957          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: A0A0G4ESH9_VITBC (DNA topoisomerase (ATP-hydrolyzing) n=2 Tax=Vitrella brassicaformis TaxID=1169539 RepID=A0A0G4ESH9_VITBC)

HSP 1 Score: 981 bits (2537), Expect = 0.000e+0
Identity = 496/856 (57.94%), Postives = 646/856 (75.47%), Query Frame = 0

Query:  178 QVVNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRP-----KRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYELSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPREDGDAEDQGQS-----LLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQLE---------------------DTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDGIKDVALVPEIDEHE 1002
            QV++V LE+E+ +SFM YAMSIILGRALPD RDGLKPVHRRIL+AM GLNL+PE + RKCARVVGEVLGKYHPHGD AVYDALVRMAQDFVMS PL+ GHGNFGS+D DP AAMRYTECKL+ ++RD LL D+++DTVD + NFDGNE EP +LP++LP LL+NGATGIAVGMATNIPPH LGE+V A IALI++P L DE+LF ++PAPDFPTG  I+GL G RKLY T NG V +RA TH+E I+   R       R A+VVTELPY VNKS LL+RMA MVN+KKL+GI+DLRDESDRDG R+VIELK+DA   VV+NNLFKKTQLQTSF+GN+L+LG DG +P R  LR+A+Q ++DFRF T+RRR+ FELG+ + R H+V+G+LKAL  ID VID+VR + D + AR+ L  +P++LS EQA+A+L L L RLT++EE KL+ E  +L+  +  L+ +M+EDSKV  ++  EL E K K+   RR+ I  +  +L EEDL+ NDRSV++VT +GY+KR+P+EEF  Q+RGTRGK GAK+S D D V HFF C DHDT+LFVS+RGVA+ ++A+QVP+ SRTA+GVP+PQVLP+A D+ I SVL +  F+EDE+LVLLT+KG+IK+TPLAAF + S+RGL +I+L  DD LR+V+RC D+D +I+ ++ GYA RF  +   LRP+ R+SRG K++  R+GD   D+ +LP   G+ +D G+      LL +T  G GKR+  + F+   RGG GVIA K + Q +                     D ++C R+   +DEIMLST  GT++RQ+AG I+ Q RTATGV+VQ+L + D ++ V++VPE ++ +
Sbjct:   24 QVMDVELESELSASFMSYAMSIILGRALPDARDGLKPVHRRILWAMQGLNLSPESSFRKCARVVGEVLGKYHPHGDVAVYDALVRMAQDFVMSGPLVNGHGNFGSVDGDPPAAMRYTECKLTPLSRDALLADVSMDTVDFVANFDGNEVEPTILPAKLPFLLLNGATGIAVGMATNIPPHQLGELVDACIALIKNPSLSDERLFSLIPAPDFPTGALIVGLEGVRKLYKTGNGAVVMRARTHVEEIKKTNRKGGQLGSRTAIVVTELPYMVNKSVLLERMATMVNEKKLEGIADLRDESDRDGTRIVIELKKDARATVVQNNLFKKTQLQTSFAGNLLSLGDDGKQPVRLTLRSALQIWLDFRFRTIRRRTNFELGRRKQRAHVVEGLLKALAQIDDVIDVVRQAKDANQAREALQGSPFDLSEEQAEALLRLTLARLTALEEEKLKTELEELRARISELEALMREDSKVYHLMETELKELKRKYGGQRRSEIIHEAADLTEEDLIPNDRSVLIVTHSGYVKRLPVEEFDPQSRGTRGKLGAKISDD-DSVAHFFACNDHDTLLFVSNRGVAFTVKAYQVPLSSRTARGVPLPQVLPIAADDRITSVLPITQFKEDEYLVLLTKKGWIKKTPLAAFANVSNRGLTLIALEPDDVLRFVRRCTDDDSVIIATRGGYAIRFRTDGEQLRPTSRTSRGVKSLKIRDGDQVADLDILP---GNEDDDGKGANKFFLLAVTENGCGKRIKPSHFRLQSRGGLGVIATKFKPQGKGNGGNTSGNKASSAEKKKLGGDAVSCMRVCRLNDEIMLSTAGGTVLRQKAGEISLQGRTATGVLVQRLPDGDEVQSVSVVPEAEQDD 875          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: A0A7S4MTJ4_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4MTJ4_9STRA)

HSP 1 Score: 928 bits (2399), Expect = 0.000e+0
Identity = 483/857 (56.36%), Postives = 629/857 (73.40%), Query Frame = 0

Query:  173 LAGGDQVVNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIR-----DPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYE----LSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKM-------SSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPRE---DGDA-----EDQGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQLEDT-LACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDG--IKDVALVPEIDEHE 1002
            +A      ++ L  EI +SFMQYA+SIILGRALPD RDGLKPVHRRILYAM+GLNL P  +HRKCARVVGEVLGKYHPHGD AVYDALVRMAQDF    PLI GHGNFGS+D DPAAAMRYTEC+L+ V+ + LL D+  D VD + NFDGNE EP VLP+RLP+LL+NG  GIAVGMATN+PPHNLGE++ A +AL         +L D  L+R++P PDFPTG RIMG +G++KLY+T NGGV +RA TH+E I  KG   R+A+VVTELPYQVNK+ALL+R+A+MVN+KK++G++DLRDESDRDG+RVVIELKRDA   VV+NNLFKKT LQTSFSGN LAL   GT P RF LR+A+ +F+DFRF T+RRRSA++L KV AR HIV+G+LKAL   D VI+ VR++ D   ARD LM    +    LS +QADA+L L+LG+LT + + KL  E   L  +   L+ +++ DS V  ++++E  + K+K  VPRRT I+P+EGEL+E DL+ N RSV+VVT  GY+KRMPL+ F +Q RGTRGK G          S++ + V H FTC DHDT+L V+ RG+AYG+RAF+VP G+RTAKGVP+P VLP+  D+ + SVL +  F EDE+ VL T++G+IK+TPLAAF+  +SRGLI  +L + D LRW + C D+D I++GS +G ATRF A    LR +GR+SRG ++M  REGD   D+ VL ++   D D+     +D  + +L +T+ GYGKR+  ++F+TT RGG GVIA+K +   ED  ++C RIV  DDE+++ T +G +VRQ+   I+ QSR+ATGV+VQK+D   G  I  V++VP+ +E +
Sbjct:  114 MASDPSAPSIDLSDEISNSFMQYALSIILGRALPDARDGLKPVHRRILYAMHGLNLGPSSSHRKCARVVGEVLGKYHPHGDGAVYDALVRMAQDFSTGTPLIDGHGNFGSVDADPAAAMRYTECRLTPVSNEALLGDLGRDAVDFIPNFDGNEAEPTVLPARLPVLLLNGCAGIAVGMATNVPPHNLGELMDACVALTHAAEDGQDELSDGALYRLVPGPDFPTGARIMGTSGSKKLYSTGNGGVVVRAVTHVEQIVSKGGKPRSAIVVTELPYQVNKAALLERIADMVNEKKIEGVADLRDESDRDGIRVVIELKRDAVAAVVQNNLFKKTSLQTSFSGNFLALMGSGTIPQRFTLRSALDTFLDFRFKTIRRRSAYQLKKVDARIHIVEGLLKALARADDVIETVRSAPDQASARDALMDDTGDDGLGLSRDQADAVLKLQLGQLTRLNKSKLLDEKDTLSRSKAELEELLEVDSAVRSLMMDEFRDLKDKFGVPRRTQIEPEEGELNEIDLVKNSRSVIVVTRGGYVKRMPLKTFGSQKRGTRGKKGTSSAATAGSASAEDNEVSHCFTCNDHDTLLMVTQRGIAYGVRAFEVPTGTRTAKGVPIPSVLPVKADDVVTSVLTLSSFSEDEYAVLATERGWIKKTPLAAFEKLTSRGLIAATLEDGDRLRWCQICTDDDDILIGSTKGMATRFEAEK--LRATGRTSRGVRSMKLREGDTIADMNVLTKKKKGDDDSPSSASKDGSEYVLAVTSSGYGKRIATDDFRTTARGGVGVIAMKFKAANEDDHISCLRIVHEDDEVLVITARGIMVRQKVRDISCQSRSATGVLVQKVDVEGGDHISSVSIVPKYEESD 968          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: A0A7S4VAS9_9STRA (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A7S4VAS9_9STRA)

HSP 1 Score: 908 bits (2346), Expect = 2.640e-316
Identity = 469/826 (56.78%), Postives = 608/826 (73.61%), Query Frame = 0

Query:  184 LEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALI--RDP--DLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYE---LSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHD-VVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPREDGDAEDQGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQLEDT--LACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDG--IKDVALVPE 997
            L  EI +SF+QY++SIILGRALPD RDGLKPVHRRILYAM GL L  +  HRKCARVVGEVLGKYHPHGDTAVYDALVRMAQ F    PLI GHGNFGSID DP AAMRYTEC+L+ VA + LL DI  DTVD ++NFDGNE EP VLP++LPLLL+NG +GIAVGMATN+PPHNL E++ A IA+I  RD   ++ D++L RI+P PDFPTG  IMG++  ++LYTT NGG+ +RA TH+E      +  + A+VVTELPYQVNK+ LL+++A +VNDKKL+GISDLRDESDRDG+RVVIELKRDA P VV+NNLFKKT LQT+FSGN LAL   GT P RF LR+A+  F+DFR  T+RRRSAF+L +V+ R HIV G+L AL +ID VI+++R++ D   AR  LM    E   LS EQADA+L L+LG+LT + +GKL  E   L+ + + L+ ++ +D+ V D++ +E    K    +PRRT I+ DEGEL++ DL+ N RSV+VVT  GYIKR+PL+ F +Q RGTRGK     ++  D  V H FTC DHDT+L V+ +G+AYG+RAFQVP  SRTA+GVP+P VLP+  D+ I S+L V +F +DEF VL T+ G+IK+TPLAAF++ +SRGLII +L + D LRW ++C D + I+VGS+ G AT F A    LRP+GR+SRG ++M  +EGD   D+ +L +   D + +G+ +L +T+ GYGKR+  +EF+T  RGG GVIA+K +   ++T  ++C RIV  DDE++  T QG IVRQ+   I  Q R ATGV+VQK+D   G  I  V++VP+
Sbjct:  131 LPDEISNSFLQYSLSIILGRALPDARDGLKPVHRRILYAMNGLGLYSDSGHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQSFSTGTPLIDGHGNFGSIDADPPAAMRYTECRLTKVATNALLDDITSDTVDFISNFDGNEMEPTVLPAKLPLLLLNGCSGIAVGMATNVPPHNLNELMDACIAMIDARDEGEEVSDQELVRIVPGPDFPTGASIMGMSNIKQLYTTGNGGIVVRAVTHVETGGDGRKSGKTAIVVTELPYQVNKAGLLEKIATLVNDKKLEGISDLRDESDRDGIRVVIELKRDAVPAVVQNNLFKKTPLQTTFSGNFLALMGSGTVPRRFTLRSALDCFLDFRIETIRRRSAFQLRRVKNRAHIVDGLLLALNVIDEVIEIIRSAPDQMTARVELMDPGNERLSLSREQADAVLRLQLGQLTRLNKGKLTDERKTLEASRKELEKLLSDDNAVRDLMRDEFENLKGTFGIPRRTKIEADEGELNDIDLIRNSRSVIVVTRGGYIKRLPLKTFESQGRGTRGKKSTTSNASQDNEVAHCFTCNDHDTLLMVTQKGIAYGLRAFQVPAASRTARGVPIPSVLPVKADDVITSILPVAEFTKDEFCVLATENGWIKKTPLAAFENLTSRGLIIATLEDGDRLRWCEKCTDNENILVGSRHGMATTFEAAK--LRPTGRTSRGVRSMRLKEGDTVADVSILKQSGTDKDQRGEFVLAVTSNGYGKRIRTDEFRTQARGGVGVIAMKFKTNQKETDQISCLRIVKEDDEVLFITAQGVIVRQKVADIPSQGRAATGVLVQKVDIEGGDHISSVSIVPK 954          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: B8BXG7_THAPS (DNA topoisomerase (ATP-hydrolyzing) n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8BXG7_THAPS)

HSP 1 Score: 886 bits (2289), Expect = 1.000e-309
Identity = 466/822 (56.69%), Postives = 596/822 (72.51%), Query Frame = 0

Query:  193 MQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRD-----PDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEV---KGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYE---LSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMS-SDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPREDGDAEDQGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRK-QLEDTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLD--ENDGIKDVALVPEID 999
            MQYA+SIILGRALPD RDG+KPVHRRILYAM GL L+P G++RKCARVVGEVLGKYHPHGDTAVYDALVR+AQ F  + PLI GHGNFGSIDNDPAAAMRYTEC+L+ +A +TLL DI +DTV+ + NFDG+E EP VLP+++P+LL+NG  GIAVGMATN+PPHNLGE++ A +AL +       ++ D KL +I+PAPDFPTG  I+G +G+R LYTT NGGV +RA  H+E +     K +  RNA++VTELPYQVNK+ALL+R+A +VN+KKL+GI+DLRDESDRDG+R+VIELKRDA   VV+NNL KKT LQT+FSGN LAL   GT P RF LR A+  F+DFRF T+R + AF+L KV  R HIV G+L AL   D VI +VR + D   AR  LM+T      LS  QADA+L L+LG+LT +   KL  E   L E+   L  ++  D+ V D ++EE    K +   PR+T I PDE +  + DL+ N+RSV+VVT  GYIKRMPL+ F +QNRGTRGK G   + SD + V H FTC DHDT+L  +  GVAYG+RA+QVP G RTA+G P+P VLP+  D+ I SVL V +F ++EF+VL T+ G+IK+TPLAAF+  + RGLII +L + D L W ++C D D I+VGS +G ATRF A   DLRP+ R+SRG K+M  ++GD   D+ VL +ED       + +LV+TT GYGKRV   EF+TT RGG GVIA+K +  +++D ++  R+V  DDEI+L T+QG IVRQ+   I+ Q R ATGV+VQK+D    D I  V++VP+ D
Sbjct:    1 MQYALSIILGRALPDARDGMKPVHRRILYAMNGLGLSPSGSYRKCARVVGEVLGKYHPHGDTAVYDALVRLAQPFSTNIPLIDGHGNFGSIDNDPAAAMRYTECRLTRIAAETLLDDILMDTVEFLPNFDGSEYEPSVLPAKVPILLLNGGAGIAVGMATNVPPHNLGELMDACVALTKGRNEGGEEVTDGKLLQIIPAPDFPTGACIIGKSGSRSLYTTGNGGVVMRAVMHLEEVPTSSGKKKSTRNAIIVTELPYQVNKAALLERIAILVNEKKLEGIADLRDESDRDGIRMVIELKRDAVAAVVQNNLLKKTSLQTTFSGNFLALFGGGTNPQRFTLREALDCFLDFRFQTIRNKCAFQLDKVENRAHIVAGLLIALESTDEVIAIVRNAPDQASARAALMSTDNPKLGLSSAQADAVLKLQLGQLTRLNGDKLNDEKKTLDESQTNLRNLLTNDAAVRDTMLEEFMAMKKRFGTPRKTKILPDEEDKADIDLVQNERSVIVVTRGGYIKRMPLKTFESQNRGTRGKRGTSNTISDDNAVAHCFTCNDHDTVLMTTQSGVAYGLRAYQVPEGGRTARGAPIPSVLPVKSDDVITSVLPVSEFSKNEFIVLATEYGWIKKTPLAAFEKLTQRGLIIATLADGDRLNWCEKCTDNDDILVGSTRGQATRFKAA--DLRPTARTSRGVKSMTLKKGDTIADMNVLRKED-------KFVLVVTTEGYGKRVLTEEFRTTARGGSGVIAIKFKAGRVDDRISTMRVVNEDDEILLITSQGVIVRQKVSDISCQGRAATGVLVQKVDVRSGDSISTVSIVPKED 813          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: B0CDP0_ACAM1 (DNA gyrase subunit A n=5 Tax=Acaryochloris TaxID=155977 RepID=B0CDP0_ACAM1)

HSP 1 Score: 887 bits (2291), Expect = 2.980e-309
Identity = 463/855 (54.15%), Postives = 617/855 (72.16%), Query Frame = 0

Query:  177 DQVVNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYELSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGD--VPVDI-----------------------GVLPREDGDAEDQ------GQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRK-QLEDTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDGIKDVALVPEID 999
            D+++   L  E+  S+++YAMS+I+GRALPD RDGLKPVHRRILYAMY L LTP+   RKCARVVGEVLGKYHPHGDTAVYDALVRMAQDF M  PLI GHGNFGSIDNDP AAMRYTEC+L  ++ D+LL DI  +TVD   NFDG+++EP+VLP+R+P LLING++GIAVGMATNIPPHNLGEV+   +ALI +P++ D +L +I+P PDFPTGGRI+G AG R+ YTT  G +T+R    IE +E  GRP R A+++TELP+Q NK+AL++R+AE VNDK+L+GISD+RDESDRDG+R+VIELKRDA PQVV NNL+K+T +QT+F  NMLAL   G  P    LR  +  F++FR   + RR+ F+L K + R+H++QG+L AL  +DAVI L+R + D+ +AR  LM   + LS  QADAIL ++L RLT++E  K+  E  DL+E +  L+ ++    +V++II  E+TE K K A PRRT+I+ +  +L + DL+AND++V++VT  GY+KRMP++ F AQ+R TRG+AGAK+  D D V+HFF C DHD++LF SDRGV Y +RA+Q+PV SRTA+GVP+ Q+LP+  +E+I SV+ V +F EDE+LV++T  G+IK+T LAAF +  + GLI ISL E D LRWV+  R ED I++GS++G +  F A+ + LRP GR++RG +AM  REGD  + +DI                        VL  +DG+ E+       G  +LV+TT G+GKRV + +F+   R GKGV A K +K +  D LA  RIV A+DE+ML T++G ++RQ    I+ QSR ATGV VQ+LDE+D I  VALVP  D
Sbjct:   10 DRIILTDLRDEMSRSYLEYAMSVIVGRALPDARDGLKPVHRRILYAMYELGLTPDRPFRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFSMRMPLINGHGNFGSIDNDPPAAMRYTECRLQALSTDSLLPDIEQETVDFGDNFDGSQQEPLVLPARIPQLLINGSSGIAVGMATNIPPHNLGEVIDGLVALIHNPEITDLELMKIIPGPDFPTGGRILGTAGIREAYTTGRGSITMRGVAEIETLEQSGRPDREAIIITELPFQTNKAALIERIAENVNDKRLEGISDIRDESDRDGMRIVIELKRDAYPQVVLNNLYKQTPIQTNFGANMLALV--GGDPQLLTLRQFLSVFLEFREDAILRRTRFQLRKAQERDHLLQGLLIALDNLDAVIQLIRQAADSAVARQELM-DGFGLSDTQADAILQMQLRRLTALEAEKIEREHQDLQERIADLEDILARRERVLEIIETEVTELKTKFASPRRTLIEANLADLDDIDLIANDQAVILVTEQGYVKRMPVDTFNAQSRATRGRAGAKIKED-DAVEHFFGCCDHDSVLFFSDRGVVYCLRAYQIPVSSRTARGVPLVQLLPIPREEKITSVIPVSEFSEDEYLVMMTAGGFIKKTALAAFSNIRANGLIAISLEEGDLLRWVRLTRAEDSIVIGSRRGMSIHFRADHQQLRPLGRATRGVRAMRLREGDEFIGMDILSSAVVETLGNATDADDEETDDPDVLVEDDGNEEESETVEQPGPWVLVITTNGFGKRVPVAQFRLQNRAGKGVTATKFKKLKTPDQLAALRIVNAEDELMLVTSRGIVIRQAVTDISSQSRAATGVRVQRLDEDDYIAAVALVPPED 860          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: B1WTN4_CROS5 (DNA gyrase subunit A n=11 Tax=Oscillatoriophycideae TaxID=1301283 RepID=B1WTN4_CROS5)

HSP 1 Score: 885 bits (2287), Expect = 8.770e-309
Identity = 452/851 (53.11%), Postives = 617/851 (72.50%), Query Frame = 0

Query:  177 DQVVNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYELSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPRED----GDAED------------------QGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQLEDTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDGIKDVALVP---EIDEHE 1002
            D+++   L  E+  S+++YAMS+I+GRALPD RDGLKPVHRRILYAMY L LTP+   RKCARVVGEVLGKYHPHGDTAVYDALVRMAQDF M +PLI+GHGNFGS+DNDP AAMRYTEC+L  ++ + LL DI  DTVD   NFDG+++EP+VLP+R+P LL+NG++GIAVGMATNIPPHNLGE++  TIALI +PDL +++L +I+P PDFPTGG+I+G +G    Y T  G +T+R    IE IE +GRP R A+++T+LPYQ NK+AL++R+A++VN+K++DGISD+RDESDRDG+RVVIELKRDA P+VV NN++K+T +Q +F  NMLAL +   +P    ++  +Q F+DFR  T+ RR+ +EL K   R+H++QG+L AL  +DAVI L+R + DT  A+D L+   + LS  QADAIL ++L RLT++E  K+ AE  +L+  +  L  ++    ++  II +ELT+ K  HA PRRT I  D+GE+ + DL+AN+++++++T  GYIKRMP+  F AQ R TRGKA AK+  D DVV+HF TC DHD +LF SDRGV Y + A+Q+P  SRTA+G+P+ Q+LP+  DE+I S++AV +FRED FLV+LT+ GYIK+T L+AF +  + GLI ISLG+ D LRWV+  R+ED II+G+++G A  F A+ + LRP GR++RG KAM  ++GD  + + VLP +     GDA +                  +G  +L +T  GYGKRV +++F+  RR G GV A+K + +  D LA   +V A+DE+M+ + +G I+RQ   AI+ QSR ATGV VQ+LD++D I  VALVP   E DE E
Sbjct:    6 DRIIPTDLSNEMSRSYLEYAMSVIVGRALPDARDGLKPVHRRILYAMYELGLTPDRPFRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFSMRSPLIEGHGNFGSVDNDPPAAMRYTECRLQALSTNALLRDIEADTVDFADNFDGSQQEPIVLPARVPQLLLNGSSGIAVGMATNIPPHNLGELIDGTIALIHNPDLSEKELIKIIPGPDFPTGGQILGRSGIHDAYMTGRGSITMRGVAQIETIEQRGRPDREAIIITQLPYQTNKAALIERIADLVNEKRIDGISDIRDESDRDGMRVVIELKRDAYPRVVLNNIYKQTPVQGNFGANMLALVNG--EPQLLTIKDFLQVFLDFRVETITRRTQYELRKAEERDHLLQGLLIALDNLDAVIQLIRRAADTSSAKDELVQE-FGLSPVQADAILQMQLRRLTALEAEKIHAEHEELQLKIADLKDILARRERIEAIIEDELTQIKTIHATPRRTEIVHDDGEIVDTDLIANEQAIILLTEQGYIKRMPVSTFEAQQRATRGKAAAKIKDD-DVVEHFLTCCDHDQVLFFSDRGVVYAVNAYQIPSSSRTARGIPIVQMLPIPKDEKITSIVAVSEFREDVFLVMLTRNGYIKKTALSAFSNIRTNGLIAISLGDGDQLRWVRLTREEDSIILGTRKGMAIHFQADNQQLRPLGRATRGVKAMKLKKGDELISMDVLPAQVTAGIGDAAEDEDVLENETEELTEEETTEGPWILAITNGGYGKRVPISQFRLQRRAGMGVRAIKFKSKT-DCLASLHVVNAEDELMIVSNRGIIIRQAVDAISMQSRAATGVRVQRLDDDDAIAAVALVPPAPETDEGE 851          

BLAST of mRNA_P-littoralis_Contig1.23.2 vs. uniprot
Match: A0A6J4VPV5_9CYAN (DNA gyrase subunit A n=1 Tax=uncultured Synechococcales cyanobacterium TaxID=1936017 RepID=A0A6J4VPV5_9CYAN)

HSP 1 Score: 884 bits (2284), Expect = 1.820e-308
Identity = 452/846 (53.43%), Postives = 612/846 (72.34%), Query Frame = 0

Query:  177 DQVVNVGLEAEIKSSFMQYAMSIILGRALPDVRDGLKPVHRRILYAMYGLNLTPEGTHRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFVMSAPLIQGHGNFGSIDNDPAAAMRYTECKLSHVARDTLLTDINLDTVDMMTNFDGNEKEPVVLPSRLPLLLINGATGIAVGMATNIPPHNLGEVVAATIALIRDPDLPDEKLFRILPAPDFPTGGRIMGLAGARKLYTTSNGGVTLRATTHIEVIEVKGRPKRNAVVVTELPYQVNKSALLQRMAEMVNDKKLDGISDLRDESDRDGVRVVIELKRDANPQVVENNLFKKTQLQTSFSGNMLALGSDGTKPHRFVLRAAIQSFVDFRFTTVRRRSAFELGKVRAREHIVQGMLKALGMIDAVIDLVRASTDTHMARDGLMATPYELSHEQADAILALRLGRLTSMEEGKLRAEAADLKETMERLDGVMKEDSKVMDIIVEELTEAKNKHAVPRRTVIKPDEGELHEEDLLANDRSVVVVTAAGYIKRMPLEEFTAQNRGTRGKAGAKMSSDHDVVQHFFTCQDHDTILFVSDRGVAYGIRAFQVPVGSRTAKGVPVPQVLPLAGDEEIASVLAVDDFREDEFLVLLTQKGYIKRTPLAAFKSTSSRGLIIISLGEDDTLRWVKRCRDEDGIIVGSKQGYATRFLANTRDLRPSGRSSRGAKAMNFREGDVPVDIGVLPR--------EDGD------------AEDQGQSLLVLTTRGYGKRVDMNEFKTTRRGGKGVIALKLRKQLEDTLACFRIVGADDEIMLSTTQGTIVRQRAGAIAQQSRTATGVIVQKLDENDGIKDVALVPEIDEHE 1002
            ++++   L  E+  S+++YAMS+I+GRALPD RDGLKPVHRRILYAM+ L L PE   RKCARVVGEVLGKYHPHGDTAVYDALVRMAQDF M +PLI GHGNFGSIDNDP AAMRYTEC+L  + RD LL DI  +TVD   NFDG+++EP+VLP+R+P LL+NG++GIAVGMATNIPPHNLGE++   +ALI +P+L D +L + +P PDFPTGG I+G  G R+ YTT  G +T+R    IE +E +GRP R A+++TELPYQ NK+A+++++AEMVN+K+L+GISD+RDESDRDG+RVVIELKRDA P+VV NNLFK+T LQT+F  NMLAL +   +P    L+  ++ F+DFR   + RR+ +EL K + R+H++QG+L AL  +DAVI L+R + DT  AR GL+ + + LS  Q+D IL ++L RLT++E  K+  E  DL+  +  L+ ++   +++++II  EL E +  HA PRRT+I+  EGE+   DL+AN+++V++VT  GYIKRMP+  F AQ+R TRGK+G +M  D D V HFFTC DHD+ILF SDRGV Y ++A+Q+P GSRT++G+PV Q+LP+  DE+I S++ V +F +DE+LV++T  GYIK+T LAAF +  + GLI I+L   D LRWV+R +D D II+GS+QG A  F  +   LR SGR++RG +AMN R GD  + + +LP         ED D               QG  +LV+TT GYGKRV +++F+   R G G++A+K R+  +D LA  ++V  D+E+M+ T++G I+RQ   AI+ QSR ATGV VQ+LDE+D I  VALVP   E E
Sbjct:    6 ERIIPTDLRNEMSRSYLEYAMSVIVGRALPDARDGLKPVHRRILYAMHELGLGPERPFRKCARVVGEVLGKYHPHGDTAVYDALVRMAQDFSMRSPLINGHGNFGSIDNDPPAAMRYTECRLQTLTRDALLQDIEQETVDFGDNFDGSQQEPLVLPARVPQLLLNGSSGIAVGMATNIPPHNLGELIDGLVALIHNPELSDIELMQYIPGPDFPTGGHILGTTGIREAYTTGRGSITMRGVATIETLEQRGRPDREAIIITELPYQTNKAAMIEKIAEMVNEKRLEGISDIRDESDRDGMRVVIELKRDAYPRVVLNNLFKQTPLQTNFGANMLALVN--AEPQLLSLKKFLEVFLDFRTEAITRRTRYELRKAQERDHLLQGLLIALENLDAVIHLIRQAADTTSARQGLIDS-FGLSEAQSDGILQMQLRRLTALEAEKIHQEHNDLQSRITDLEDILARRARILEIIETELAELRAVHATPRRTIIEVAEGEIDPTDLIANEKAVILVTEQGYIKRMPVNTFEAQSRATRGKSGTRMKDD-DGVDHFFTCCDHDSILFFSDRGVVYSLKAYQIPPGSRTSRGMPVVQLLPIPRDEKITSIIPVTEFSQDEYLVMMTAGGYIKKTALAAFSNIRANGLIAITLEAGDQLRWVRRAQDGDSIIIGSRQGMAIHFKIDPERLRASGRTARGVRAMNLRNGDQLIGMDILPAATIADLVDEDSDEPTDEVADLVATGPQQGPCVLVITTGGYGKRVPVSQFRLQNRAGMGLVAIKFRRP-QDQLASLQVVNLDNELMMVTSRGIIIRQAVQAISLQSRMATGVRVQRLDEDDSIAAVALVPPSAEEE 846