prot_P-fluviatile_contig14.2049.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: D7FQ93_ECTSI (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FQ93_ECTSI)

HSP 1 Score: 1713 bits (4437), Expect = 0.000e+0
Identity = 939/1087 (86.38%), Postives = 978/1087 (89.97%), Query Frame = 0

Query:   55 ATAAIPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITE--------------------------------------------------PMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTG-------DKEKFQIDYKDEAIRGVLAVDAGNVTWPAPQKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGIV----VKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGYGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVKAHYSHK 1080
            A  AIPYS+MS+GVPKEITPLE+RVAQTPDTVAKLVK+GITVNVEAGAGEASKCSDKGYEAAGA IVGK++VWKSDLV+KVNPPT EEAA+LESRAIMSLFWPAQNKELL+QMAKQ ATVLAMDQLPRTLSRGQ+FDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVD+ EDGSGAGGYAKEMSKEWF AAERM AAE+K ID+VIGTALIPG+ APRLITE                                                  PMV SMKVGSVTVDLAAA+GGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTAS LFSNN  KLF+SAGPF  G       DKEKFQIDY DEA+RGVLAVD G VTWPAPQKPXXXXXX KD+  E VEAVPID++ +Y+KSA+RTTA S  VLGLG +SPNLAFSNMM TFALSGIV    VKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVP + AELLGA AVLIST+NISGGFL  VT KMLDMFKRPDDPPEYY+MY LPAG LLGGYAV K AGY +MDHL+SMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGT+APGPAQLXXXXXXXXXXXXXXYQ+AK+VGPSELPQTVAAFHSLVGLAACGTAVGDY HHMHDPAATADAVRMSAVYLASFIGGATATGS+VAFGKLQGLLPS ALKLPGRDPMNA VGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFM+DKPLLTVVGALIGSSGAILTDIMCKAMNRDI SVLLGGFGTKAT GGEAMAIEGEATMTT+ DVATALTEAN+VVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFA+HPVAGRMPGQLNVLLAEAGVPYDIVHEME+INDEMSSADVCLVVGANDTVNSAAE+DPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLL  VKAHYSHK
Sbjct:   83 AQRAIPYSEMSVGVPKEITPLEKRVAQTPDTVAKLVKLGITVNVEAGAGEASKCSDKGYEAAGANIVGKDKVWKSDLVMKVNPPTTEEAALLESRAIMSLFWPAQNKELLEQMAKQGATVLAMDQLPRTLSRGQSFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDLQEDGSGAGGYAKEMSKEWFQAAERMLAAEMKGIDVVIGTALIPGRPAPRLITEVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDLQPMVDSMKVGSVTVDLAAATGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASALFSNNVVKLFSSAGPFQHGGKPLAVSDKEKFQIDYNDEAVRGVLAVDGGTVTWPAPQKPXXXXXXXKDEVEE-VEAVPIDIEAMYKKSAMRTTATSATVLGLGMISPNLAFSNMMTTFALSGIVGYQVVKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPHTTAELLGAGAVLISTVNISGGFL--VTKKMLDMFKRPDDPPEYYQMYLLPAGTLLGGYAVTKAAGYPQMDHLVSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTLAPGPAQLXXXXXXXXXXXXXXYQVAKRVGPSELPQTVAAFHSLVGLAACGTAVGDYTHHMHDPAATADAVRMSAVYLASFIGGATATGSVVAFGKLQGLLPSAALKLPGRDPMNAGVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMLDKPLLTVVGALIGSSGAILTDIMCKAMNRDIVSVLLGGFGTKATAGGEAMAIEGEATMTTAPDVATALTEANSVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAVHPVAGRMPGQLNVLLAEAGVPYDIVHEMEEINDEMSSADVCLVVGANDTVNSAAEEDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLGEVKAHYSHK 1166          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A835ZE55_9STRA (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZE55_9STRA)

HSP 1 Score: 1350 bits (3495), Expect = 0.000e+0
Identity = 737/1044 (70.59%), Postives = 835/1044 (79.98%), Query Frame = 0

Query:   50 EVPKAATAAI-----PYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQ---IDYKDEAIRGVLAVDAGNVTWPAPQKPXXXXXXKKD---KAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGIV----VKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGYGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVKAHYS 1078
            E P+AA AA      PY  +++GVPKE   LE+RV QTP TV KL  +G+ V VEAGAG A   +D+ Y AAGA IV   +VWKSDLVIKV  PT EEAA LE+RA++SLFWPAQNKELLD +  Q ATVLA+D LPRTLSRGQAFDVLSSQANI GYRAVLEAAH FDRFFAGQTTAAGR+PPA+VLVLGGGVAGLAA+QAA+ MGAVVKAFDVR AVKEQ++SLGGEFLEV   E+GSGAGGYAKEMSKEWFDAA ++ A E+K++DI+I TALIPGK APRLIT  MV +MK GSVTVDLAA SGGNI TTRADE Y+T NGV CIGYTDM SRLA TASTLF+NN  K F S GP +T D+ K+Q   +D  DEA++G L +D GN+ WP     XXXXXX      K   TVEAV +D ++ ++K A+R +A SGA++ LG  SPN  FS+M+ TFALSG+V    VKGV+HSLHSPLMAVTNAISGLTA+GG+YL+GPGL P + A+ LGA AVLIST+NISGGFL  VT KMLDMFKRPDD PEYY+ Y +PA   +GGY + K  GY +MD + S  +A CCIGGIGGLSSQ TARLGNVLGMSGV  GV AT+GTIAP   QL              Y LAKKVGP+ELPQTVAAFHSLVG+AA G AVGDY+H +HDP+   D VR+ ++YLA+FIGGATATGS+VAFGKLQGLL S  L +  RD MNAA GLACL G+  F   PS PA G ALLG++ AGS FLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFM+DKPLLTVVGALIGSSGAILTDIMCKAMNRDI SVLLGG+GTKATGGGEAM I GE T+TT  +   ALT A +VVIVPGYG+AVAGAQYA AE VK L++HG+ VKFAIHPVAGRMPGQLNVLLAEA VPYDIVHEMEDIN E+ + DV LV+GANDTVNSAAE+DPNS IAGMPVIRVWEAKRVVVMKR++ +GYAGVDNPVF KPNTDMLLGDAK T+E LL  VKAHY+
Sbjct:   46 ETPEAAAAATILQSKPYGDITVGVPKETMRLEKRVGQTPQTVKKLTAVGVKVRVEAGAGAACDFADEQYRAAGAAIVSAAEVWKSDLVIKVRAPTKEEAAKLENRALLSLFWPAQNKELLDLLKAQGATVLALDCLPRTLSRGQAFDVLSSQANITGYRAVLEAAHAFDRFFAGQTTAAGRVPPARVLVLGGGVAGLAAIQAARGMGAVVKAFDVRAAVKEQVQSLGGEFLEVSTGEEGSGAGGYAKEMSKEWFDAAAKVLAREVKDMDIIIATALIPGKPAPRLITAEMVATMKPGSVTVDLAAESGGNIGTTRADEAYRTANGVFCIGYTDMASRLAATASTLFANNTSKFFLSMGPITTKDQTKWQARVLDTADEAVKGCLVLDRGNLRWPXXXXXXXXXXXXXXXXXKEVPTVEAVVVDYEQEFKKRAVRLSAGSGALVLLGMASPNAPFSSMVTTFALSGLVGVQVVKGVTHSLHSPLMAVTNAISGLTAVGGLYLLGPGLYPTNAAQALGAGAVLISTVNISGGFL--VTKKMLDMFKRPDDAPEYYQYYAIPAAVFVGGYGLAKGMGYAQMDAIASTVAATCCIGGIGGLSSQKTARLGNVLGMSGVGIGVVATLGTIAPTLPQLLQATGLMGAGGALGYALAKKVGPTELPQTVAAFHSLVGMAAMGGAVGDYLHCLHDPSIVLDGVRLVSIYLATFIGGATATGSLVAFGKLQGLLKSAPLAIKARDQMNAATGLACLAGLGIFAAHPS-PATGIALLGVAGAGSSFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMLDKPLLTVVGALIGSSGAILTDIMCKAMNRDIVSVLLGGYGTKATGGGEAMKIIGEHTVTTVPETTDALTSAKSVVIVPGYGMAVAGAQYACAEIVKILSQHGVDVKFAIHPVAGRMPGQLNVLLAEAKVPYDIVHEMEDINHEIKNTDVVLVIGANDTVNSAAEEDPNSIIAGMPVIRVWEAKRVVVMKRSMRSGYAGVDNPVFVKPNTDMLLGDAKDTLEKLLHDVKAHYA 1086          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A6V2UXD4_HETAK (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V2UXD4_HETAK)

HSP 1 Score: 1253 bits (3241), Expect = 0.000e+0
Identity = 685/1056 (64.87%), Postives = 810/1056 (76.70%), Query Frame = 0

Query:   29 TASGGRRGSALLQRRWESSAPEVPKAATAAIPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWPAP--QKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGIV----VKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGYGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPA-QLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVKAHY 1077
            T + G R      +  E SAP  P     +IPY +MSIG+PKE+   E RVA  PDTVAK VK G+TVNV+ GAGE S+ SD+ Y AAGA +V ++ VWKSDLV+KV PPT EEAA+LE RA +S  +PA N EL+ Q+ KQ AT L +D L RTLSR QA+D LSSQANIAGYRAV+EAA  FDRFFAGQ TAAGR+PPAKVLV+GGGVAGLAAVQAAKNMGA+V+AFDVRPA KEQIES+GGEFL V+  EDGS AGGYAKEMSKEWFDAA RM   + + +DI++GTALIPGK AP+LI++ MV  MK GSVTVDLAA SGGNIA TR DEVY TPNGVTC+GY++M S LANTAS L +NN  KL  +AGPFST  +  FQ+D+ DEA+RG L V+ G + WP P  Q+P      K ++  E    VP+D + +YRKSA    A +   L LGA SP  AFS+M+ TFAL+ +V    V GV+HSLHSPLM+VTNAISG+TA+GGM     GL+P + ++ L A+AV +S +NI GGFL  VT KMLDMFKRPDDPPEYY  Y  PAGA +GGYA+ K  G  E+D + S+A+ +CC+GGIGGLSSQ TAR+GNVLGMSGV+FG+AAT+G +AP  A                 YQ+AK+VGP+ELPQTVAAFHSLVGLAA GTA  DY+HHMHDPAA  DA+R+ ++YLA++IGG TATGS+VAFGKLQGLL S  L LPGRD MN A G A L  +A F+  PS P  G A LG +A  SG LGAHMTASIGGADMPVVITVLNSYSGWALCAEGFM+D+P+LTVVGALIGSSGA+LT++MC AMNRDI SVLLGG+G  A G   AM + GEAT+  +  VA  LT+A  V IVPGYGLAVA AQYAIA+ VK L+ HGIKV F IHPVAGRMPGQLNVLLAEAGVPYDIV EME+IN+ +  ADV LV+GANDT+NSAAE+DPNS IAGMPVI+VW++KRVVVMKR++A+GYAGVDNPVF K NTDMLLGDAKA++++LL  VK HY
Sbjct:   26 TTNNGLRARVFSSKAPEDSAPPAP-VVKVSIPYEKMSIGIPKELDHREFRVAGIPDTVAKFVKAGMTVNVQKGAGEKSQFSDEKYAAAGANLVDQKAVWKSDLVLKVKPPTPEEAALLEDRASLSFLYPAVNTELVAQLQKQGATALGIDSLHRTLSRAQAYDALSSQANIAGYRAVIEAASRFDRFFAGQMTAAGRVPPAKVLVIGGGVAGLAAVQAAKNMGAIVRAFDVRPAAKEQIESMGGEFLMVEHTEDGSAAGGYAKEMSKEWFDAAARMLKKQCQEVDIIVGTALIPGKKAPQLISQDMVDVMKAGSVTVDLAAESGGNIAATRCDEVYTTPNGVTCVGYSNMASHLANTASFLLANNFAKLVLAAGPFSTKQQGVFQLDHNDEAVRGCLVVERGELMWPPPALQQPTFVPVPKLEE--EKKAPVPVDYEALYRKSAQLYGAGAAGTLALGAASPAPAFSSMLGTFALANVVGYQVVHGVAHSLHSPLMSVTNAISGMTAVGGMLXXXXGLLPSNGSQALAAAAVGMSAVNIGGGFL--VTKKMLDMFKRPDDPPEYYHYYAAPAGAFVGGYALAKGLGCAEVDTVASVAAGLCCVGGIGGLSSQKTARMGNVLGMSGVSFGLAATLGMMAPADAGTYGQLALLAGAGGATGYQIAKRVGPTELPQTVAAFHSLVGLAAAGTAAADYLHHMHDPAAL-DAIRLGSIYLATWIGGITATGSVVAFGKLQGLLKSAPLALPGRDQMNMAAGAASLAALAGFMAQPS-PETGLACLGAAALLSGGLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMLDQPMLTVVGALIGSSGAMLTNVMCDAMNRDIGSVLLGGYGQAAKG--PAMEVVGEATVVDNPTVAEYLTDAKKVCIVPGYGLAVAKAQYAIADLVKILSHHGIKVVFGIHPVAGRMPGQLNVLLAEAGVPYDIVEEMEEINEHIDEADVTLVIGANDTINSAAEEDPNSPIAGMPVIQVWKSKRVVVMKRSMASGYAGVDNPVFVKENTDMLLGDAKASVDELLQNVKKHY 1072          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A7S4EXX0_CHRCT (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Chrysotila carterae TaxID=13221 RepID=A0A7S4EXX0_CHRCT)

HSP 1 Score: 1117 bits (2888), Expect = 0.000e+0
Identity = 628/1021 (61.51%), Postives = 756/1021 (74.05%), Query Frame = 0

Query:   58 AIPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWP-APQKPXXXXXXKKDKAA--ETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGI----VVKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGYGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLA 1071
            ++PYS+++IGVPKE  PLERRVAQTP++VAKLVK G  V V  GAGE +  +D  Y A+GA IV +E+ + + LV KV  PT EEA M+  R ++S  +PAQNKELL+Q+  QKATV AMD +PRTLSRGQAFD LSSQANIAGYRAV+EA++ F RFFAGQ TAAG++PPAKVLVLGGGVAGLAAVQ AKNMGAVV+ FDVR AVKEQ +SLG EFLEVD +E G G GGYAKEMSKEW  AA  M   +++ +DIVI TALIPGK AP+L+ E MV+++K GSVTVDLAA++GGN+ATT  D+   TPNGVTCIGYTD+ SRLA T+STL++NN  K   SAGP +T  K +F +D +D A+RG++ + +G + WP +P   XXXXXX + K A  +T E    D K  +  S+ R T  + A+LG+G VSPN AFS+M +TFALSG+    VV GV  +LHSPLMAVTNAISG+TA+GGMY MG G+ P S AE+LG +A  IS INISGGF+  VT KMLD+FKRP DPPE+YE+Y +P  A +GGYA   L G+ E   +   ASA+ CIGGI GLS+Q TARLG V GMSGVAFG+AAT+G++    A                Y +AK+V P+ LPQTVAAFHSLVGLAA   A  D++ H+       DAVRMS+V LA+ IGG TATGS+VAFGKL G L S  L LP RD +NA    + LG    FV  P+      AL G+S   SG LG HMTASIGGADMPVVITVLNSYSGWALCAEGFM++KPLLT VGALIGSSGAILT IMC AMNRDI SVLLGG+GT   G   AM  EGEA MT    V   L +A  V+IVPGYGLAVA  QYA+A+  K+L   G+ V+F IHPVAGRMPGQLNVLLAEAGVPYDIV EME+IN++  + D+ +VVGANDTVNSAAE+DPNS IAGMPV++VW++K VVVMKR++A GYAG +NPVF K NTDMLLGDAK  ++++ A
Sbjct:   28 SVPYSEITIGVPKETVPLERRVAQTPESVAKLVKEGFVVRVAKGAGERADFNDSAYVASGASIVSQEEAFGASLVTKVMGPTPEEAKMIGDRMLLSFIFPAQNKELLEQLQAQKATVFAMDCIPRTLSRGQAFDALSSQANIAGYRAVIEASNVFGRFFAGQMTAAGKVPPAKVLVLGGGVAGLAAVQTAKNMGAVVRLFDVRAAVKEQAQSLGAEFLEVDHEESGEGGGGYAKEMSKEWHAAANAMLLKQMEEVDIVITTALIPGKPAPKLVDETMVKALKPGSVTVDLAASAGGNVATTVKDKAIVTPNGVTCIGYTDLNSRLAQTSSTLYANNQMKWILSAGPTTTKKKGEFALDEEDIAVRGMMVLKSGEMMWPWSPXXXXXXXXXXEVKVAPPKTEE----DYKAEFMTSSRRATYGALALLGVGVVSPNAAFSSMFSTFALSGVIGYQVVWGVVPALHSPLMAVTNAISGMTAIGGMYTMGGGIFPTSTAEVLGLTATTISAINISGGFI--VTKKMLDLFKRPTDPPEFYELYGIPVAAFVGGYATTALLGFTETSSIACTASALGCIGGIAGLSTQETARLGAVSGMSGVAFGIAATIGSLEWPMANYVQLAAALGGGGAAGYAIAKRVDPTSLPQTVAAFHSLVGLAAVFAASADFLEHVRHAPEMLDAVRMSSVGLATMIGGVTATGSLVAFGKLNGNLGSAPLALPQRDMINAVTAASMLGCFGLFVANPTPMTSVAALAGMSVL-SGGLGWHMTASIGGADMPVVITVLNSYSGWALCAEGFMLEKPLLTTVGALIGSSGAILTHIMCVAMNRDIVSVLLGGYGTAPKG--PAMVFEGEAKMTDVDTVVDRLKDAKEVIIVPGYGLAVANGQYAVADIAKSLKASGVNVRFGIHPVAGRMPGQLNVLLAEAGVPYDIVLEMEEINEDFPNTDLTIVVGANDTVNSAAEEDPNSVIAGMPVLQVWKSKHVVVMKRSMAAGYAGAENPVFLKENTDMLLGDAKKMLDEIRA 1039          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A6V2B5X5_9STRA (Proton-translocating NAD(P)(+) transhydrogenase n=6 Tax=Ditylum brightwellii TaxID=49249 RepID=A0A6V2B5X5_9STRA)

HSP 1 Score: 1115 bits (2884), Expect = 0.000e+0
Identity = 623/1021 (61.02%), Postives = 754/1021 (73.85%), Query Frame = 0

Query:   60 PYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWPAPQKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGI----VVKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAG-YGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPS-SPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVK 1074
            PYS++ IGVPKE  PLE+RV+ TP+TV+KL   G +V +E+GAG AS  SDK YEAAGAKIV  + VWKSDLV+K+ PPT EEA  LE R+++S  WP QNKEL+ Q+  Q ATV AMD +PRTLSRGQ +D LSSQANI+GYRAVLEA++ F RFFAGQ TAAG++PPAKVLV+G GVAGLAA+Q AKNMGA+V+AFDVRP  KEQ+E++GG+FLEVD  EDGSGAGGYAKEMSKEW  AA  M + + + +DIVI TALIPG+ AP++IT+ M+  MK GSVTVDLAA +GGNI TT  D+ + T NGV C+GYTD+ SRL  T+STL+SNN  K   S GP +T  K+ + ID++DEA+RG+L ++ G + WPAP   XXXXXX+    A+ VE   ID +  Y   A +   L+G+ L +G  +PN AFS+M  TFALS I    VV GV+H+LHSPLMAVTNAISG TALGGM+L+     P   A  LGA+A  +ST+NI GGF+  VTTKMLDMFKRP DPPEYY +Y +PA   +  Y  G ++G + E+D   +  S + CIGGIGGLSSQSTARLG   G +GVA G+A+T+G ++P   Q        XXXXXXX     +V P+ LPQTVAAFHSLVG+AA   A+GDYM+  +  A   D V ++++YLA+ IG  T TGS+VAFGKL G L S  +K   RD +NA +G A LG  A  + GP     +GC  LG +   SG LG HMTASIGGADMPVVITVLNSYSGWALCAEGFM+D P++T VGALIG SGA LT IMC AMNRDI SV+LGG+GTK++G G AM  EGEAT T    V + L EA +V+IVPGYGLAVA  QY + + V TLTK G KV+F IHPVAGRMPGQLNVLLAEAGVPYDIV E+E+IND+    D+ LV+GANDTVNSAAEDDPNS IAGMPV+RVW +K+V+VMKR+LA GYAGVDNPVF K NTDMLLGDAK T E L   VK
Sbjct:   48 PYSKIKIGVPKETFPLEKRVSATPETVSKLTAPGFSVLIESGAGAASHFSDKDYEAAGAKIVAADDVWKSDLVMKLRPPTPEEATKLEDRSLISFVWPGQNKELVQQLQDQNATVFAMDCIPRTLSRGQTYDALSSQANISGYRAVLEASNEFGRFFAGQMTAAGKVPPAKVLVVGTGVAGLAAIQTAKNMGAIVRAFDVRPVTKEQVEAMGGQFLEVDYQEDGSGAGGYAKEMSKEWHAAAAAMLSKQCEEVDIVITTALIPGRPAPKMITKDMIAKMKSGSVTVDLAAENGGNIETTVKDQKFITDNGVICLGYTDLPSRLPTTSSTLYSNNISKFLLSTGPMTTKVKDHYYIDHEDEAVRGMLVLEKGQMMWPAPLXXXXXXXXE---TAKEVEVEVIDYRAPYVDGAKKAAYLAGSCLAMGMAAPNPAFSSMFTTFALSNIIGVQVVLGVTHALHSPLMAVTNAISGTTALGGMHLLAHANSPSVYA--LGAAATTLSTVNIVGGFI--VTTKMLDMFKRPTDPPEYYHLYGIPAAGTMAIYGAGTMSGKFPEIDAAAATLSGLLCIGGIGGLSSQSTARLGAASGQAGVALGIASTLGHLSPTMGQTASMAGMMXXXXXXXXXXXXRVEPTSLPQTVAAFHSLVGIAASSAAIGDYMNVTN--ATELDKVHLASIYLATVIGSVTTTGSLVAFGKLDGRLDSSPMKHAARDQINAGLGAATLGAGAVIMGGPELGTGLGC--LGGALTTSGILGWHMTASIGGADMPVVITVLNSYSGWALCAEGFMLDMPVMTTVGALIGCSGAALTKIMCDAMNRDILSVILGGYGTKSSGKGVAMQFEGEATTTNVDSVVSLLAEAQSVIIVPGYGLAVAKGQYPLKDMVDTLTKAGKKVRFGIHPVAGRMPGQLNVLLAEAGVPYDIVEELEEINDDFDETDLVLVIGANDTVNSAAEDDPNSEIAGMPVLRVWNSKQVIVMKRSLAAGYAGVDNPVFLKENTDMLLGDAKETCEKLALGVK 1057          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A7S3PZT4_9STRA (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Chaetoceros debilis TaxID=122233 RepID=A0A7S3PZT4_9STRA)

HSP 1 Score: 1111 bits (2873), Expect = 0.000e+0
Identity = 610/1023 (59.63%), Postives = 743/1023 (72.63%), Query Frame = 0

Query:   59 IPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGK-EQVWK-SDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWPAPQKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGI----VVKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAG-YGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVK 1074
            + YS+++IGVPKE  PLE+RVA TP+TV KL + G  V +E  AG AS  S+  YEA GA IV K + +WK SD+++K+ PP+ +EA  L  + ++S  +P QN+EL+ Q+  QKATV AMD +PRTLSRGQ +D LSSQANI+GYRAV+EA++ F RFFAGQ TAAG++PPAKVLVLG GVAGLAA+Q AKNMGA+V+AFDVRP  KEQ+E++GG+FLEVD  EDGSGAGGYAKEMSKEW +AA +M A +    DI+I TALIPG+ APR+IT+ MV +MK GSVTVDLAA +GGN+ TT  DE++ T NGV CIGYTD+ SRL  T+S+L+SNN  K   SAGP +T DK  + ID+ DEA+RG+L ++ G + WPAP  P       K++  + VE  PID ++ Y   A     L+ + L  GA++PN AFS+M  TFALS I    VV GVSH+LHSPLMAVTNAISG TALGGM+L+       + A  LGA+A  +ST+NI GGF+  VTTKMLDMFKRP DPPE+Y +Y +PA   +G Y +G ++G Y EMD      + + CIGGIGGL+SQ TARLG V G +GVA GVA+T+G ++P                   + +  +V P+ LPQTVAAFHSLVG AA   AVG+Y++  +      D V ++++YLAS IG  T TGS+VAFGKL G L S  LK P RD +NA +GLA LG  AAF+ GP     G A LG S A SG LG HMTASIGGADMPVVIT+LNSYSGWALCAEGFM+D PLLT VGALIG SGA LT IMC AMNRDI SV+LGG+GTKA+GGGEAM  EGE T T   D    L E+ +++IVPGYGLAVA  QY + + V  L K G KV+FAIHPVAGRMPGQLNVLLAEAGV Y IV E+E+IND+    DV LV+GANDTVNSAAEDDPNS IAGMPV+RVW AK+V+VMKR+LA GYAGVDNPVF K NTDMLLGDAK T E L A +K
Sbjct:   46 VEYSKLTIGVPKETFPLEKRVAATPETVGKLAQPGFKVAIEKDAGLASHFSNADYEAVGATIVEKSDDIWKNSDIILKLRPPSTDEATALGDKTLISFLYPKQNEELVKQLQDQKATVFAMDCIPRTLSRGQTYDALSSQANISGYRAVIEASNQFGRFFAGQMTAAGKVPPAKVLVLGTGVAGLAAIQTAKNMGAIVRAFDVRPVTKEQVEAMGGQFLEVDFKEDGSGAGGYAKEMSKEWHEAAAQMLARQAAECDIIITTALIPGRPAPRMITKEMVANMKPGSVTVDLAAENGGNVETTVKDELFITDNGVKCIGYTDLPSRLPTTSSSLYSNNISKFLLSAGPMTTKDKGYYDIDHADEAVRGMLVLENGKMMWPAPLPPRPAVSATKEEE-KAVEPAPIDYRQPYVDGAKTAAYLATSCLAFGAIAPNPAFSSMFTTFALSNIIGVQVVLGVSHALHSPLMAVTNAISGTTALGGMHLLAHS--QSATATALGAAATTLSTVNIVGGFI--VTTKMLDMFKRPTDPPEFYHLYGIPAVGTMGLYGLGSMSGAYPEMDSAAGTLAGLLCIGGIGGLASQKTARLGAVSGQAGVALGVASTLGHLSPSMGTTASIAGLMAAGGAVGHYIGHRVEPTSLPQTVAAFHSLVGFAASSAAVGEYLNCANP--VELDKVHLASIYLASVIGSVTTTGSLVAFGKLDGRLDSSPLKHPARDQINAGLGLATLGAGAAFMGGPEM-GTGLAALGGSLATSGVLGWHMTASIGGADMPVVITILNSYSGWALCAEGFMLDMPLLTTVGALIGCSGAALTKIMCDAMNRDIVSVILGGYGTKASGGGEAMKFEGETTTTNVDDTVKLLMESESIIIVPGYGLAVAKGQYPLKDMVDHLIKAGKKVRFAIHPVAGRMPGQLNVLLAEAGVDYSIVEELEEINDDFGETDVALVIGANDTVNSAAEDDPNSEIAGMPVLRVWNAKQVIVMKRSLAAGYAGVDNPVFIKDNTDMLLGDAKDTAEKLAAGIK 1060          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A7S0LNL4_9EUKA (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Coccolithus braarudii TaxID=221442 RepID=A0A7S0LNL4_9EUKA)

HSP 1 Score: 1104 bits (2856), Expect = 0.000e+0
Identity = 619/1020 (60.69%), Postives = 741/1020 (72.65%), Query Frame = 0

Query:   57 AAIPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWPAPQKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGI----VVKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGYGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAA 1072
            A IPYSQ+SIGVPKE+   ERRV+QTP++V+KLVK G +V VE GAG ++   D  YE AGAK+V +E+ +K+ L+ KV  PT EE  ++E+R ++S  +PAQN  LL+Q+  QKAT  AMD +PRTLSRGQAFD LSSQANI+GYRAV+EA+H F RFFAGQ TAAG++PPAKVLVLGGGVAGLAAVQ AKNMGAVV+ FDVR AVKEQ +SLG EFLEVD  E G G GGYAKEMSKEW  AA  M   ++  +DIVI TALIPGK AP+L+   MV ++K GSVTVDLAAA+GGN+ATT  DEV  T NGVTCIGYTD+ SRLA+T+S L++NN  K   +AGP ST  K +  +D +D A+RG++ V  G + WP    P XXXXX   + A  V     D K +Y KSA +TT  + A+LG+G +SP  AFS+M  T ALSG+    VV GV+ +LHSPLMAVTNAISG+TA+GGMY MG GL P S +E+LG +A  IS INI+GGFL  VT KMLD+FKRP DPPE+YE+Y LP  A + GY+   L G+ E   +   ASA+ CIGGI GLS+Q+TAR+         AFG+AAT+G++    A                Y +A++V P+ LPQTVAAFHSLVGLAA   A  DY+ H+       D VR+++V LA+ IGG TATGS+VAFGKL G L S  L LPGRD MN A GLA LG    FV  PS PA G A L   +  SG LG HMTASIGGADMPVVITVLNSYSGWALCAEGFM+DKP+LT VGALIGSSGAILT +MC AMNRDI SVLLGG+GT A G   AM  EGEAT T        +  A  +++VPGYGLAVA  QYAIAE  KTL   G+ V+F IHPVAGRMPGQLNVLLAEAGVPYD+V EME+IND+    D+ LVVGANDTVNSAAE+DPNS IAGMPV++VW++K+V+VMKR++  GYAG DNPVF K NTDMLLGDAK T+ DL+ A
Sbjct:   32 AGIPYSQLSIGVPKELADRERRVSQTPESVSKLVKEGFSVLVERGAGASADFGDSMYEDAGAKLVSREEAYKASLITKVTVPTSEEVKLIENRMLLSFLFPAQNAPLLEQLKAQKATAFAMDCIPRTLSRGQAFDALSSQANISGYRAVVEASHVFGRFFAGQMTAAGKVPPAKVLVLGGGVAGLAAVQTAKNMGAVVRLFDVRAAVKEQAQSLGAEFLEVDFHESGEGGGGYAKEMSKEWHAAANAMLLKQMSEVDIVITTALIPGKPAPKLVDAEMVAALKPGSVTVDLAAANGGNVATTVKDEVIVTDNGVTCIGYTDLNSRLASTSSALYANNQMKWILAAGPTSTKTKGELNLDEEDVAVRGMMVVREGELKWPW-TPPAXXXXXXXXEVAAPVALTEDDYKAMYMKSAKQTTVGALALLGVGIISPTAAFSDMFTTLALSGVIGYQVVWGVAPALHSPLMAVTNAISGMTAVGGMYTMGGGLAPTSFSEVLGLTATTISAINITGGFL--VTKKMLDLFKRPTDPPEFYELYGLPTAAFVAGYSTTALLGFPETTTIACTASALGCIGGIAGLSTQATARMXXXXXXXXXAFGIAATIGSLDWPAATYVQLAAALGGGGAAGYAIAQRVDPTSLPQTVAAFHSLVGLAAVFAASADYLEHVAHHPEILDGVRLTSVALATMIGGVTATGSLVAFGKLNGNLASAPLALPGRDQMNMAGGLAMLGCFGLFVSNPS-PATGIAALAGMSLLSGALGGHMTASIGGADMPVVITVLNSYSGWALCAEGFMLDKPILTTVGALIGSSGAILTHVMCVAMNRDIGSVLLGGYGTAAKG--PAMVFEGEATFTDVDSTVELMKSAKEMIVVPGYGLAVANGQYAIAEITKTLQAQGVNVRFGIHPVAGRMPGQLNVLLAEAGVPYDVVLEMEEINDDFPKTDLTLVVGANDTVNSAAEEDPNSVIAGMPVLQVWKSKQVIVMKRSMGAGYAGADNPVFIKDNTDMLLGDAKKTL-DLIRA 1044          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A7S3FJK0_9EUKA (Proton-translocating NAD(P)(+) transhydrogenase n=2 Tax=Haptolina ericina TaxID=156174 RepID=A0A7S3FJK0_9EUKA)

HSP 1 Score: 1101 bits (2847), Expect = 0.000e+0
Identity = 615/1025 (60.00%), Postives = 740/1025 (72.20%), Query Frame = 0

Query:   58 AIPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWPAPQKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGI----VVKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGYGEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEA---TMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVKA 1075
            +IPYS++SIGVPKE   LERRVAQTP+TV +L K G TV VEAGAG  +  SD+ Y AA            + LV KV  P+ EEAA++E R ++S+ WP+QN ELL+Q  KQKAT+ AMD +PRTLSRGQAFD LSSQANIAGYRAV+EAA+ F RFFAGQ TAAG++PPAKVLVLGGGVAGLAAVQ AKNMGAVV+ FDVR AVKEQ +SLG EFLEVD +E G GAGGYAKEMS EW +AA +M   + +++DIVI TALIPGK AP+LI + MV +MK GSV VDLAA +GGN+A+T  D+   TPNGVT IGYTD+ SRLA+T+S+L++NN  K   SAGP +T  K +  +D+ D AIRG++ V  G + WP  Q P XXXXX      E       D K +Y  SA   +A + A LGLG ++PN AFS M +TFALSG+    VV GV  +LHSPLMAVTNAISG+TA+GGMY MG G+ P + A+ L A+AV IS +NISGGFL  VT KMLD+FKRPDDPPE+YEMY +P   L+GGY+V  LAG+ E+  + + ASA+CCIGGI GL++QSTAR GNV GM+GVAFG+A+ +G++    A                Y++A  V P+ LPQTVAAFHSLVGLAA  T + DY+   H      D VRM +V LA+ IGG TATGS++AFGKL   L S    LPGRD +N   GL  LG M  F +  S      +L+G++   SG LG HMTASIGGADMPVVITVLNSYSGWALCAEGFM++KP+LT VGALIGSSGAILT IMC AMNR I SVLLGG+GT +T    A   + E    T T        L E+ +VVIVPGYGLAVA  QYAIAE  K L + G+ V+F IHPVAGRMPGQLNVLLAEAGVPYD V EME+IND+    DV LVVGANDTVNSAAEDDP S IAGMPV++VW+AK+V+VMKR++  GYAG +NPVFFK NTDMLLGDAK T++++   + A
Sbjct:   39 SIPYSELSIGVPKETVALERRVAQTPETVKRLTKEGFTVRVEAGAGALADFSDEAYSAAXXXXXXXXXXXXASLVTKVAVPSAEEAALIEDRMLLSMIWPSQNSELLEQFQKQKATIFAMDCIPRTLSRGQAFDALSSQANIAGYRAVIEAANEFGRFFAGQMTAAGKVPPAKVLVLGGGVAGLAAVQTAKNMGAVVRLFDVRAAVKEQAKSLGAEFLEVDFEESGEGAGGYAKEMSAEWHEAANKMLKKQCEDVDIVITTALIPGKPAPKLIHQDMVDAMKPGSVVVDLAAQTGGNVASTVKDQKIITPNGVTLIGYTDINSRLASTSSSLYANNQMKWILSAGPTTTKTKGEMALDHDDVAIRGMMVVQDGELMWPW-QPPAXXXXXXXXPVVEAKVLTESDYKAIYMDSAKMVSAGAAATLGLGMLAPNAAFSGMFSTFALSGVIGYQVVWGVVPALHSPLMAVTNAISGMTAVGGMYAMGGGIFPTNTAQTLAATAVAISAVNISGGFL--VTKKMLDLFKRPDDPPEFYEMYGIPVAGLVGGYSVANLAGFTEVSSVTATASALCCIGGIAGLANQSTARAGNVSGMAGVAFGLASAIGSVDWPMATYIQLAGALGGGGLVGYKIAAGVSPTSLPQTVAAFHSLVGLAAMFTGIADYLEVAHLHPELLDGVRMGSVALATVIGGLTATGSLIAFGKLNENLSSAPTSLPGRDMINMTAGLGMLGCMGTFCMNMSHETNVASLMGMALISSG-LGLHMTASIGGADMPVVITVLNSYSGWALCAEGFMLNKPVLTTVGALIGSSGAILTHIMCVAMNRKIGSVLLGGYGTASTVAAPAAGGDIEVADPTFTNVEQTVELLKESKSVVIVPGYGLAVANGQYAIAEITKILREDGVNVRFGIHPVAGRMPGQLNVLLAEAGVPYDYVLEMEEINDDFPETDVALVVGANDTVNSAAEDDPTSIIAGMPVLQVWKAKQVIVMKRSMGAGYAGAENPVFFKDNTDMLLGDAKKTLDEIRTKLSA 1059          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A7S2LQP6_9STRA (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Skeletonema marinoi TaxID=267567 RepID=A0A7S2LQP6_9STRA)

HSP 1 Score: 1097 bits (2836), Expect = 0.000e+0
Identity = 607/1032 (58.82%), Postives = 742/1032 (71.90%), Query Frame = 0

Query:   50 EVPKAATAAIPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWK-SDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWPAPQKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGI----VVKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVPQSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGY-GEMDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTIAPGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVGPSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVKA 1075
            E PK     IPYS++++GVPKE  PLE+RVA TP++V+KLVK G  V +E GAG +S  SD  Y +AGAKIV  E+VWK SD+V+K+ PPT EEA+ LE R ++S  +PAQNKEL+ Q+  QKAT  AMD +PRTLSRGQ +D LSSQANI GYRAV+EA++ F RFFAGQ TAAG++PPAKVLV+G GVAGLAA+Q AKNMGA+V+AFDVRP  KEQ+E++GG+FLEVD  EDGSGAGGYAKEMSKEW  AA +M + + + +DIVI TA IPG+ AP +IT+ MV  +K GSVTVDLAA +GGNI TT  DE   T NGVTC+GYTD+ SRL  T+S+L+SNN  K   S GP +T  K+   ID+KD+A+RG+L V+ GN+ WPAP  P       K +  + +E   ID +  Y + + +   L+  VLG G +SP+ AFS M  TFALS I    VV GVSH+LHSPLMAVTNAISG TALGGM+L+       + A  LGA A  +ST+NI GGF+  VT KMLDMFKRP DPPEYY +Y +PA   +  Y  G ++G+  E+D   +  + + CIGGIGGLSSQSTARLG   G +GVA GVA+T+G + P  A                  +  +V P+ LPQTVAAFHSLVG+AA   AVGD+++      +  D V ++++YLA+ IG  T TGS+VAFGKL G + S  +  P RD +N  +G A LG  A  + GP    +G A LG + A SG LG HMTASIGGADMPVVITVLNSYSGWALCAEGFM+D P++T VGALIG SGA LT IMC AMNRDI SV+LGG+GTK++G GEAM  EGE T T   +V   L E+ +V+IVPGYGLAV+  QY + + V  L   G KV+F IHPVAGRMPGQLNVLLAEAGVPYDIV E+E+IND+    DVCLV+GANDTVNSAAEDDPNS IAGMPV+RVW +K+V+VMKR+LA GYAGVDNPVF K NTDMLLGDAK T E L A VKA
Sbjct:   42 ETPKG----IPYSKLTLGVPKERFPLEKRVAATPESVSKLVKPGFNVLIEKGAGSSSHFSDAEYASAGAKIVEAEEVWKNSDIVMKLRPPTTEEASKLEDRTLISFIYPAQNKELVQQLQDQKATAFAMDCIPRTLSRGQTYDALSSQANITGYRAVIEASNEFGRFFAGQMTAAGKVPPAKVLVVGTGVAGLAAIQTAKNMGAIVRAFDVRPVTKEQVEAMGGQFLEVDYKEDGSGAGGYAKEMSKEWHAAAAQMLSKQCEEVDIVITTAAIPGRKAPLMITKEMVAKLKAGSVTVDLAAETGGNIGTTVKDERIITDNGVTCLGYTDLASRLPTTSSSLYSNNISKFLLSMGPQTTKVKDYLYIDHKDDAVRGMLTVEKGNLMWPAPLPPPPVA---KKEEVKVIEPEVIDYRLPYVQGSKQAGYLAAGVLGAGCISPDPAFSAMFTTFALSNIIGVQVVLGVSHALHSPLMAVTNAISGTTALGGMHLLAHS--NSASATTLGALATTLSTVNIVGGFI--VTKKMLDMFKRPTDPPEYYHLYGIPAAGSMAFYTAGSMSGHVPEIDSAAATLAGLLCIGGIGGLSSQSTARLGAASGQAGVALGVASTLGHLHPDAATTAKIAGLMAIGGAAGKYIGDRVEPTSLPQTVAAFHSLVGVAASAAAVGDFINA--PVVSELDKVHLASIYLATVIGSVTCTGSLVAFGKLDGRMGSAPMSHPARDQINLGLGAATLGAGAIVMGGPEF-GIGIAALGGALATSGALGWHMTASIGGADMPVVITVLNSYSGWALCAEGFMLDMPIMTTVGALIGCSGAALTKIMCDAMNRDILSVILGGYGTKSSGKGEAMKFEGEVTQTNVDEVCNLLMESESVIIVPGYGLAVSKGQYPLKDMVDHLKNAGKKVRFGIHPVAGRMPGQLNVLLAEAGVPYDIVEELEEINDDFDETDVCLVIGANDTVNSAAEDDPNSEIAGMPVLRVWNSKQVIVMKRSLAAGYAGVDNPVFLKDNTDMLLGDAKDTCEKLAAGVKA 1059          

BLAST of mRNA_P-fluviatile_contig14.2049.1 vs. uniprot
Match: A0A4D9DBW7_9STRA (Proton-translocating NAD(P)(+) transhydrogenase n=1 Tax=Nannochloropsis salina CCMP1776 TaxID=1027361 RepID=A0A4D9DBW7_9STRA)

HSP 1 Score: 1094 bits (2830), Expect = 0.000e+0
Identity = 624/1037 (60.17%), Postives = 741/1037 (71.46%), Query Frame = 0

Query:   57 AAIPYSQMSIGVPKEITPLERRVAQTPDTVAKLVKMGITVNVEAGAGEASKCSDKGYEAAGAKIVGKEQVWKSDLVIKVNPPTLEEAAMLESRAIMSLFWPAQNKELLDQMAKQKATVLAMDQLPRTLSRGQAFDVLSSQANIAGYRAVLEAAHHFDRFFAGQTTAAGRIPPAKVLVLGGGVAGLAAVQAAKNMGAVVKAFDVRPAVKEQIESLGGEFLEVDVDEDGSGAGGYAKEMSKEWFDAAERMFAAEIKNIDIVIGTALIPGKAAPRLITEPMVQSMKVGSVTVDLAAASGGNIATTRADEVYKTPNGVTCIGYTDMTSRLANTASTLFSNNAFKLFASAGPFSTGDKEKFQIDYKDEAIRGVLAVDAGNVTWPA-----PQKPXXXXXXKKDKAAETVEAVPIDVKEVYRKSALRTTALSGAVLGLGAVSPNLAFSNMMNTFALSGIV----VKGVSHSLHSPLMAVTNAISGLTALGGMYLMGPGLVP-QSKAELLGASAVLISTINISGGFLASVTTKMLDMFKRPDDPPEYYEMYKLPAGALLGGYAVGKLAGYGE-MDHLMSMASAVCCIGGIGGLSSQSTARLGNVLGMSGVAFGVAATVGTI-APGPAQLXXXXXXXXXXXXXXYQLAKKVGPSELPQTVAAFHSLVGLAACGTAVGDYMHHMHDPAATADAVRMSAVYLASFIGGATATGSIVAFGKLQGLLPSRALKLPGRDPMNAAVGLACLGGMAAFVVG---PSSPAMGCALLGLSAAGSGFLGAHMTASIGGADMPVVITVLNSYSGWALCAEGFMMDKPLLTVVGALIGSSGAILTDIMCKAMNRDITSVLLGGFGTKATGGGEAMAIEGEATMTTSSDVATALTEANTVVIVPGYGLAVAGAQYAIAETVKTLTKHGIKVKFAIHPVAGRMPGQLNVLLAEAGVPYDIVHEMEDINDEMSSADVCLVVGANDTVNSAAEDDPNSSIAGMPVIRVWEAKRVVVMKRTLATGYAGVDNPVFFKPNTDMLLGDAKATIEDLLAAVKAHYS 1078
            A +PY+Q+ +GVP+E  P E RVA TP+TV+KLV  GI+VNVE GAG  +  +D  Y AAGA +V    VW+S +V KV PP++EEA +LE RA++S+  PAQN  LL    K KATVL +DQLPRTLSRGQAFDVLSSQANIAGY+AVLEA + F RF  GQ TAAGR+ PAKVLVLG GVAGL+A+Q AKN+GAVV+AFDVRP VKEQ+ESLGGEF+EV   EDGSGAGGYAKEMS  W +AA R  A + +  DI+I TALIPGK APRLI E MV  +K GSV VDLAA SGGN+A +  + VY T  GVT +G+TD+ SRL  TASTLF+NN  K   S GP +T +K  F+ID++DEA RG L  D G + WP      P          K KA E  + V +D ++ +   AL  +  +G ++ LG   P  AF++M+ TFALS ++    V+GV+HSLHSPLM+VTNAISG TALGGM L+  G+      A++LGA A LIS +NI GGF   VT  MLDMF+R +D PEY  +Y +PAG L  GY  G  AG+GE +  L+               SSQ TARLGNVLGMSGV  G  AT+G++ AP P  L               ++A KVGPSELPQTVAAFHSLVGLAA GTAVGD   ++ +P    D+ RMSAVYLAS IG  TATGS+VAFGKLQG L S+AL LPGRD +N  +G+    G AA  VG     SP    A LG  +  SG LGAHMTASIGGADMPVV+TVLNSYSGWALCAEGFM++ PLLT VGALIGSSGAILT IMCKAMNRDI SVLLGG+GT +TG GEAM IEGE TMT  +     LT +  VVIVPGYGLAVA AQYAIAE V+ L  HGIK  F IHPVAGRMPGQLNVLLAEAGVPYD+V EM++IN+ +  +D CLV+GANDTVNSAAE+DPNS +AGMPVIR WE+K VVVMKR++A+GYAGVDNP+F KPNT MLLGDAK T++ +LAA K HY+
Sbjct:  101 AGVPYAQLIVGVPRETYPGECRVAGTPETVSKLVSQGISVNVEKGAGARAGYTDAAYLAAGATVVDTGAVWRSHIVTKVRPPSVEEAQLLEDRALISIVQPAQNPALLQTFQKNKATVLGLDQLPRTLSRGQAFDVLSSQANIAGYKAVLEAFNAFQRFVPGQITAAGRVQPAKVLVLGAGVAGLSAIQHAKNLGAVVRAFDVRPVVKEQVESLGGEFVEVAHQEDGSGAGGYAKEMSAAWHEAARRALAEQCRECDIIIATALIPGKKAPRLIHEDMVALLKPGSVVVDLAAESGGNVAGSEPNRVYTTEQGVTMVGFTDLPSRLPTTASTLFANNVSKFLLSLGPQTTKEKGVFKIDHQDEAARGCLITDHGELAWPPXXXXXPVVATGTTPAGKAKA-EDAQVVAVDPRQAFLTKALWGSVGAGGMVALGMAGPGPAFNSMLTTFALSTMLGYHTVQGVAHSLHSPLMSVTNAISGTTALGGMILLSHGIHDGHLTAQVLGAGATLISAVNIGGGF--KVTGAMLDMFRRKEDAPEYNHLYAIPAGTLAAGYLYGLHAGHGEDLTSLVXXXXXXXXXXXXXXXSSQQTARLGNVLGMSGVGLGTLATLGSLQAPMPV-LAGVMGLLGGGGLMGLRIAAKVGPSELPQTVAAFHSLVGLAALGTAVGDATLYLGNPEIM-DSTRMSAVYLASVIGSITATGSVVAFGKLQGWLHSKALSLPGRDAINLGLGV----GTAASAVGFGLAGSPEGALACLGAGSLLSGALGAHMTASIGGADMPVVVTVLNSYSGWALCAEGFMLNSPLLTTVGALIGSSGAILTHIMCKAMNRDIVSVLLGGYGTTSTGKGEAMKIEGEPTMTDVAQTVELLTNSKKVVIVPGYGLAVAKAQYAIAELVEKLHHHGIKTTFGIHPVAGRMPGQLNVLLAEAGVPYDVVQEMDEINEHIHESDACLVIGANDTVNSAAEEDPNSPLAGMPVIRAWESKNVVVMKRSMASGYAGVDNPLFVKPNTQMLLGDAKKTVDAILAATKEHYA 1128