mRNA_P-fluviatile_contig8.14501.1 (mRNA) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: D8LIP1_ECTSI (Phosphoribosylformylglycinamidine synthase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D8LIP1_ECTSI)

HSP 1 Score: 2146 bits (5561), Expect = 0.000e+0
Identity = 1106/1340 (82.54%), Postives = 1177/1340 (87.84%), Query Frame = 2

Query:   71 MHVAALAFLAPLASKK-----KQKQLQRKQVVRAGLPSDRSASTRFGWFSLPHSSATSNSILHQRPPSPGPLPWWSRNADWLHPNRHHQPPASGPSGTSETSNIPMSATTESSPPSAKKIKTGSTHEVMHFYRTPGVLPSTAAGLLSKAKAACPGAGVESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPEQTSESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEEDWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIP---PTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLKGTGRLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGGG---VLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEESIYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAWK-DARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTEGLSEETQPRFVHNTSGRFESRWSTVK 4054
            MHVAA AFLAPLAS++     KQ+Q Q    V    P+ R       W   P++++TS S       S    PWWSR+  WLH         +GP  +S +S+  MSAT E + PS KK+KTGSTHE                     AK ACP AGVESIATEHCFNVE DK RP+DAGQK  LQWLLRETFEPE+TSESSFLS  EQG   SKS+LLVEVGPRLSFESA+SSNAKS+CRASG++GVTRLE+SRRFLVSSA PL ++ER SFVALVHDRMTEMEYP+PL+TFHSG+E EPVVVVPILA+GREALVAIN TRGLGFDDWDL+FYE LFK KLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQ KTLF+LVK+TLPKG ANNS+IAFHDNSSAIRGP+C VA+PS  GKPS ++SGER LHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEEDWPYASNLATPL+IEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGG+R EYVKPIMFSAGIGQMD  HA KGDP VGMWVVKVGGPAYRIGLGGGAASSRVGDAKT++LDFDAVQRGDAEMENRLNRLMRACVELGD NPIISIHDQGAGGNGNVLKEIV+PAGATYDIRKV VGDETMSVLEIWGAEYQENNALLI+P STE FLAMAKRENCPASLLGKVSGDG+VTVKDSRDGSVPYDLPLK           EVLGDLPQKTFTDV+VPI++SPL +P   P PA   GGKGNPAAM ALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLA+CGVVASSHLATTGIAT+CGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECA+MWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTC DITKTVTPDLKLKGTGRL+Y+DLG GKARVGG+CLAQVY QLGETPPD++DFK LVAAFKATQ LLD+GAISAGHDRSDGGLASLLLEMAFAGEVGCGL+V VP   GG   VL+ LFSEE GFVVEVSEERL EV++AYK +G+ AVDIGRVTDDGKVSIKVGGEE I GTT+ LR VWEATSFQLERLQCDP+CVEQEESSMA RTGPDYKLTF P+ATP AWK  ARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLD FQGVVFVGGFSYADVLDSAKGWAATIK+NP+VWEQF+AFKAR DTFSLGVCNGCQLMALLGWIPKTEG++ E QPRFVHNTSGRFESRWSTVK
Sbjct:    1 MHVAAFAFLAPLASRQQAAAPKQQQQQGPVFVAKEYPATR-------WLRRPYAASTSTSSSSFEEGSGSRSPWWSRSTGWLHRR-------AGPQISSPSSSTSMSATAEVTSPSEKKMKTGSTHE---------------------AKTACPEAGVESIATEHCFNVEVDKARPMDAGQKDALQWLLRETFEPEKTSESSFLSG-EQGGDSSKSVLLVEVGPRLSFESAVSSNAKSVCRASGIEGVTRLEVSRRFLVSSARPLGEAERASFVALVHDRMTEMEYPEPLQTFHSGEEAEPVVVVPILAEGREALVAINETRGLGFDDWDLEFYEKLFKEKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQAKTLFKLVKETLPKGAANNSIIAFHDNSSAIRGPLCPVALPSTPGKPSAIKSGERTLHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEEDWPYASNLATPLDIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGERFEYVKPIMFSAGIGQMDAVHADKGDPGVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTSSLDFDAVQRGDAEMENRLNRLMRACVELGDDNPIISIHDQGAGGNGNVLKEIVDPAGATYDIRKVHVGDETMSVLEIWGAEYQENNALLIKPESTETFLAMAKRENCPASLLGKVSGDGKVTVKDSRDGSVPYDLPLK-----------EVLGDLPQKTFTDVSVPIKSSPLDVPLAPPAPAAGNGGKGNPAAMGALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLADCGVVASSHLATTGIATSCGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECARMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCDDITKTVTPDLKLKGTGRLVYIDLGGGKARVGGSCLAQVYGQLGETPPDVEDFKPLVAAFKATQGLLDSGAISAGHDRSDGGLASLLLEMAFAGEVGCGLEVDVPVVAGGEGGVLDALFSEEVGFVVEVSEERLSEVMEAYKVAGINAVDIGRVTDDGKVSIKVGGEEGIEGTTSGLRDVWEATSFQLERLQCDPSCVEQEESSMAGRTGPDYKLTFAPDATPAAWKVTARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDAFQGVVFVGGFSYADVLDSAKGWAATIKFNPKVWEQFEAFKARSDTFSLGVCNGCQLMALLGWIPKTEGMAAEQQPRFVHNTSGRFESRWSTVK 1293          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: A0A835ZAY9_9STRA (Phosphoribosylformylglycinamidine synthase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZAY9_9STRA)

HSP 1 Score: 1818 bits (4708), Expect = 0.000e+0
Identity = 945/1361 (69.43%), Postives = 1061/1361 (77.96%), Query Frame = 2

Query:  428 THEVMHFYRTPGVLPSTAAGLLSKAKAACPGAGVESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPEQTSESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSAS----PLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEE-------DWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDV--TVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLK-LKGTGRLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGGG---VLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEESIYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAWKD---ARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDG-FQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKT----EGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCDEH 4435
            T +V+HFYRTPGVLP  A  +L+ A+AA P AG+ S+ TEHCFNVE   T PL A Q +TL WLL ETFE ++T+ +SFL+  +  +  + S  +VEVGPRLSFESALSSNA++ICRASG+  V+R+E+SRR+ V+++      L    R  FVAL+ DRMTE EY  PL +F +   P+ V  V +L  GR AL  IN  RGL FDDWD+++Y  LFK KLGR+PTDVELFDMG ANSEHSRHWFF GKMVIDG E+ KTLF+LVKDT+PK   +NS+IAFHDNSSAIRG V     P   G PS +     + HPILTAETHNFP+GVAPF GAETGTGGRLRDVMATGRGA  IAGISSY VGNL IPGYPLPWEE        W YASNLATPL+I I ASNGASDYGNKFGEPVVHGF RSFGQRLPGG+R EYVKPIMFSAGIGQM+  H  KG PEVGMWVVKVGGPAYRIGLGGGAASSRVGDA TAALDFDAVQRGDAEMENRLNRLMRACVELG+ NPIIS+HDQGAGGNGNVLKEIVEP GA YDIR ++VGDET+SVLEIWG+EYQENNALLIRP STE+FLAMA+RENCP +LLG+V+GDGRVTV DSRDG+ PYDLPL            EVLGDLPQKTFTD     P   +PL +P           +    AALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANC V+A  H  TTGIATACGEQP+KGL+ PAAMAR+TVAE+LTNIMWAK+++L DIKASGNWMWA+KLPGECA+M+ AC ALR ALL CGVGIDGGKDSLSMAARCG ELVKSPGTLVMTLY    DIT TVTPDLK   G   LLYVDLG G+AR+GGT LAQVY+Q+G   PD++DF  LVAAF  TQ L+    ISAGHDRSDGGLA+ L+EMA AG VG  L V VPAA GG    L+TLFSEEAGFV++V      EVV AY A+GVA   IG V D   +SI VGGEE I G    LR +WEATSFQLER QC+P CV QEE+S+ +R GP Y LTF P  TPPA      ARP+VCVLRQEGSNGDREML+AFH AG EAWDVNM DLL+G   LD  FQGVVFVGGFSYADVLDSAKGWAATIK+NP V+ QFQAF+AR DTFSLGVCNGCQLMALLGW+P      + + E+ QPRFVHN SGRFESRWSTVKI  SP+++  GMEG+S+G+WVAHGEG+A FPD +  K   E  LAP+RYV+D N  TEAYP NPNGSP GI  LCSEDGRHLA+MPHPERCF TWQWPYMP +W+  LT  PWL+MFQNAR WC  H
Sbjct:   10 TKQVLHFYRTPGVLPHKAHAVLAAAQAALPAAGITSLDTEHCFNVEV--TEPLSAAQTATLTWLLSETFEADKTAPTSFLAPSDGSDATASSSSIVEVGPRLSFESALSSNARAICRASGLACVSRVEVSRRWRVATSGGKGGALPPDARARFVALISDRMTETEYAAPLASFAAHGAPDAVETVRVLEDGRAALEDINARRGLVFDDWDMEYYLELFKTKLGRNPTDVELFDMGNANSEHSRHWFFGGKMVIDGVEKPKTLFQLVKDTIPKDKPSNSIIAFHDNSSAIRGCVAPTLAPETPGGPSRMVPRNPLHHPILTAETHNFPTGVAPFNGAETGTGGRLRDVMATGRGAHAIAGISSYSVGNLNIPGYPLPWEEAAKAGPEGWEYASNLATPLDIAIQASNGASDYGNKFGEPVVHGFVRSFGQRLPGGERAEYVKPIMFSAGIGQMNDMHTAKGAPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAGTAALDFDAVQRGDAEMENRLNRLMRACVELGEGNPIISLHDQGAGGNGNVLKEIVEPMGAKYDIRNIIVGDETLSVLEIWGSEYQENNALLIRPESTEMFLAMARRENCPCALLGQVTGDGRVTVFDSRDGTTPYDLPLS-----------EVLGDLPQKTFTDARDATPSSLAPLSLP----------SDATPQAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCAVIAQGHAGTTGIATACGEQPIKGLVSPAAMARMTVAEALTNIMWAKVSALGDIKASGNWMWASKLPGECARMYDACEALRGALLACGVGIDGGKDSLSMAARCGTELVKSPGTLVMTLYVCSPDITLTVTPDLKPAPGGSALLYVDLGAGRARLGGTALAQVYNQVGNESPDVEDFAPLVAAFNVTQDLIAKKLISAGHDRSDGGLATCLIEMAIAGNVG--LTVDVPAAEGGSASALDTLFSEEAGFVMQVEAAAEAEVVAAYAAAGVAVTRIGAVADGRDISISVGGEEVIRGDCGGLRAIWEATSFQLERRQCNPDCVAQEEASLRTRAGPAYALTFTPAPTPPALLADGAARPRVCVLRQEGSNGDREMLAAFHHAGFEAWDVNMMDLLEGGFKLDERFQGVVFVGGFSYADVLDSAKGWAATIKFNPAVFAQFQAFRARKDTFSLGVCNGCQLMALLGWVPGETADGDAIKEDHQPRFVHNDSGRFESRWSTVKIEPSPALMFKGMEGTSMGIWVAHGEGKALFPDSSILKRVTEKNLAPLRYVNDDNEATEAYPDNPNGSPLGITALCSEDGRHLAMMPHPERCFTTWQWPYMPADWKRELTVGPWLQMFQNARAWCVTH 1345          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: K0RWG2_THAOC (Phosphoribosylformylglycinamidine synthase n=1 Tax=Thalassiosira oceanica TaxID=159749 RepID=K0RWG2_THAOC)

HSP 1 Score: 1613 bits (4176), Expect = 0.000e+0
Identity = 840/1358 (61.86%), Postives = 1004/1358 (73.93%), Query Frame = 2

Query:  434 EVMHFYR---TPGVLPSTAAGLLSKAKAACPGAG------VESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPEQTSESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWE-EDWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLK----GTGRLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAA--GGGVLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEESIYGTTAE--------LRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPA--WKDARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTEGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCD 4429
            +++H+YR   TP  L  +    L+ A+    G G      + SI TE CFNV+      LDA   + L+WLLRETFE +        S  E    P+ +++  E GPR++F SA SSNA SIC A G+  VTRLE SRR+  + +S  SD+       ++HDRMTE EY KP++TF SG + E  V VPI+A+GR+AL  IN  RGLGFD++DLDFY  LFK KLGRDPTDVE FDMGQ+NSEHSRHW+FSGKM+IDGE +  TLF++VK TLPK   NNS+IAFHDNSS+IRG      +P+   K S +  G R LHPILTAETHNFPS VAPFPGAETGTGGRLRDVMATGRGA  +AG+ +YCVGNL +PGY LPWE E + Y SNLA+PLEIE+ AS+GASDYGNKFGEPV+HGFTRSFGQRLP G+R E+VKPIMF+AG+G MDG HA KG+PE GM +VKVGGPAYRIG+GGGAASSRV  ++ AALDFDAVQRGDAEMENR+NRLMRAC +LG+ NPI+S+HDQGAGGNGNVLKEIVEPAGA YDIRKV VGD T+SVLEIWGAEYQENNALLIRP S  LF  MA RENCP  +LG+V+GDGRV V+DS DGS   DLPL+            VLG +PQKTFTD  +  +  PL +P                +ALDRVLRLL VGSKRFL +KVDRSVTGLVAQQQCVGPLQ PL+N GV A +H  TTG A ACGEQP+KGL+D AAMAR+TVAE++TN+MWA+++ +EDIKASGNWM+AAKLPGE AKM+ AC ALR +LL  G GIDGGKDSLSMAA+CGDE+VK+PG L +T Y TC D+ KTVTPDLK      G   LL+VDLG GKAR GG+ LAQVY Q+G   PD++DF  L   F A Q L++ G + +GHDRSDGGL + LLEMAFAG   C ++V VP    G G + TLF+EEAG V+EV+ + +   + A++A+GV  ++IG    DG  SIK+       GT A         LR +WE TSF+LER Q +P CV QEE  + SR  P++KLT+ PE T       DA+ KV V+RQEGSNGDREMLSAFH AGLE WDV ++DL+ G +TLDGF+GVVFVGGFSYADVLDS KGWA  IK+N  V +QF  F+ R DTFSLGVCNGCQLMALLGWIP  +GL EE QPR + N SG+FESR+S+VK+++ PSVLL GM GSSLGVWVAHGEGR HFPD      ++   LAP+RYV+D+N  T+ YPFNPNGSP+GIA LCS+DGRHLA+MPHPERCF TWQWP+MP++W     A PWL+MFQNAR++CD
Sbjct:    3 KIVHYYRRTDTPHSLLPSLVEQLALAEGGDKGDGPSSPSIIASIETESCFNVQLSSD--LDADSTARLEWLLRETFERDGLKLEG--STFETCTSPTSAVM--EFGPRMTFTSAFSSNATSICAACGLSAVTRLERSRRYRFTFSSAPSDATLGLLKKMLHDRMTEEEYAKPIDTFESGAKTEQTVRVPIMAEGRKALERINEERGLGFDEFDLDFYTELFKEKLGRDPTDVECFDMGQSNSEHSRHWYFSGKMIIDGETKPNTLFQMVKATLPKDKPNNSIIAFHDNSSSIRGYEVPGLIPAEFTKASKMVEGSRTLHPILTAETHNFPSAVAPFPGAETGTGGRLRDVMATGRGAYAVAGVCAYCVGNLNVPGYALPWEDESFVYPSNLASPLEIEVEASDGASDYGNKFGEPVIHGFTRSFGQRLPSGERFEWVKPIMFTAGVGSMDGRHADKGEPEKGMLIVKVGGPAYRIGIGGGAASSRVQSSENAALDFDAVQRGDAEMENRMNRLMRACCDLGEGNPIVSVHDQGAGGNGNVLKEIVEPAGAEYDIRKVYVGDNTLSVLEIWGAEYQENNALLIRPASRALFQEMADRENCPIRILGEVTGDGRVVVRDSSDGSTHVDLPLEL-----------VLGKMPQKTFTDSHLDGKLVPLTLP----------DGTTVRSALDRVLRLLSVGSKRFLVHKVDRSVTGLVAQQQCVGPLQLPLSNVGVTALTHFGTTGTAVACGEQPIKGLVDSAAMARMTVAEAMTNLMWARVSKIEDIKASGNWMYAAKLPGEGAKMYDACEALRDSLLALGAGIDGGKDSLSMAAQCGDEVVKAPGELTLTCYVTCPDVRKTVTPDLKCPRRCGGKTALLFVDLGCGKARCGGSSLAQVYGQIGNESPDVEDFGPLKGTFLAVQDLIEKGTVLSGHDRSDGGLVTTLLEMAFAGN--CSVNVVVPETCPGAGEVGTLFNEEAGIVLEVASDDVGAAIGAFEANGVTCIEIGTAVADGTDSIKIA-----VGTNAPCVDEPMTALRDLWEETSFRLERRQRNPECVRQEEVGLKSRKAPEWKLTYAPEPTAEGVMGSDAKHKVAVIRQEGSNGDREMLSAFHAAGLEPWDVTVSDLVGGNVTLDGFRGVVFVGGFSYADVLDSGKGWAGVIKFNEGVRKQFDDFRKRKDTFSLGVCNGCQLMALLGWIPNGDGLPEERQPRLLENESGKFESRFSSVKVVDGPSVLLKGMAGSSLGVWVAHGEGRFHFPDSTVLDSSLSSNLAPLRYVNDSNEVTQEYPFNPNGSPEGIAALCSDDGRHLAMMPHPERCFATWQWPWMPEDWAG-YEAGPWLRMFQNAREFCD 1325          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: A0A7S3Q0D6_9STRA (Phosphoribosylformylglycinamidine synthase n=1 Tax=Chaetoceros debilis TaxID=122233 RepID=A0A7S3Q0D6_9STRA)

HSP 1 Score: 1612 bits (4175), Expect = 0.000e+0
Identity = 836/1342 (62.30%), Postives = 1001/1342 (74.59%), Query Frame = 2

Query:  437 VMHFYR---TPGVLPSTAAGLLSKAKAACPGAGVESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPEQTS-ESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEED-WPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLKG--TGRLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGG-GVLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEES-IYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAW--KDARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTEGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCD 4429
            ++HFYR    P  L  +    L     A     ++SIATE CFNV+   T  L     S L WLL ETFE E    E+S   A ++     K+++ +E GPR+SF SA SSNA SIC A G+  + RLE SRRF +S    L+     +   ++HDRMTE +Y +P+ TF    E E V  VPI+A+GR+AL  IN  +GLGFDD+DLD+Y NLFK+KL RDPTDVE FDMGQ+NSEHSRHWFF GKMVIDG E+ KTLF++VK+TL + +  NS+IAFHDNSS+IRG  C    P+  GK SP+   E+ LHPILTAETHNFP GVAPF GAETGTGGRLRDVMATGRGA P+AGIS+YCVGNL+IP Y LPWE+  + Y SNLA PL+I+I ASNGASDYGNK+GEPV+ G++RSFGQRLP  +R E+VKPIMFSAGIGQ+DG H  KG PE GM VVK+GGPAYRIG+GGGAASSRV  ++ A LDFDAVQRGDAEMENR+ RLM+AC +LGD NPIIS+HDQGAGGNGNVLKEIVEPAGA YDIRKV +GD+TMSVLEIWGAEYQENNALLI     E F A+AKRENCP   LG+V+GDG+V V+DS+DGS P +LPL+            VLG +PQKTF D  V I+  PL  P         +G    M  +DRVLRL+ VGSKRFL +KVDRSVTGL+AQQQCVGPLQ PLAN GV A +H   TG A ACGEQP+KG +D AAMAR+TVAES+TN++WAK++ + DIKASGNWM+AAKLPGE AKM+ AC ALR AL+  G GIDGGKDSLSMAA+CGDE+VK+PG + MT Y TC DITKTVTPDLK     T +LLYVDLGNG AR+GG+  AQV+SQ+G+  PD+ DF +   AF+ TQ L++   I AGHDRSDGGLA  L+EMAFAG   C ++V +P A G G + TLF+EEAG V+EVSE   + V+ AYKASG+  VDIG  +    + + VGG+++ I   T  LR VWEATSFQLE  Q +P CV QEE+ + SR  P++KLT+ PE T       + + KV V+RQEGSNGD+EMLSAF  AG EAWDV+++DLL G +TLD F+G+VFVGGFSYADVLDS KGWA  IK+N  V++QFQ F+ R DTFSLGVCNGCQLMALLGWIP +EGL EE QPR +HN S +FESR+S+VKI E P+++  GMEGSSLGVWVAHGEGR HFPD +  +  +   LAPVRYV+D+N  T+ YPFNPNGSPDGIA LCSEDGRHLA+MPHPER F TWQWP+ P+EW+D     PWLKMFQNARK+CD
Sbjct:    4 IIHFYREIEAPHSLLPSVKEQLKSLHLANDAESIQSIATESCFNVQT--TSDLTDEDTSRLTWLLAETFEKENLRRETSVFQANDE-----KNVVDLEFGPRMSFASAFSSNAVSICHACGLTTIDRLERSRRFRISGEKELTARAMTAIRDILHDRMTEQQYTEPISTFEINVETEKVTTVPIMAEGRKALEKINNEKGLGFDDFDLDYYTNLFKDKLKRDPTDVECFDMGQSNSEHSRHWFFGGKMVIDGVEKPKTLFKMVKETLTEESKQNSIIAFHDNSSSIRGYKCNALKPTIVGKASPMVVEEQTLHPILTAETHNFPCGVAPFAGAETGTGGRLRDVMATGRGAYPVAGISAYCVGNLQIPEYELPWEDKTFVYPSNLAKPLDIQIEASNGASDYGNKYGEPVIVGWSRSFGQRLPNKERFEWVKPIMFSAGIGQLDGRHTTKGAPEKGMVVVKLGGPAYRIGIGGGAASSRVQSSENADLDFDAVQRGDAEMENRMGRLMKACCDLGDNNPIISVHDQGAGGNGNVLKEIVEPAGAEYDIRKVYLGDKTMSVLEIWGAEYQENNALLINACDKESFAAIAKRENCPIRFLGEVTGDGKVVVRDSQDGSTPVNLPLEL-----------VLGKMPQKTFIDDHVKIDLKPLVFP---------EGT-TVMNVVDRVLRLVTVGSKRFLVHKVDRSVTGLIAQQQCVGPLQLPLANVGVTAHTHFGKTGTAVACGEQPIKGFIDSAAMARMTVAESMTNLVWAKISKIADIKASGNWMYAAKLPGEGAKMYDACEALRDALMTLGAGIDGGKDSLSMAAQCGDEVVKAPGEITMTNYVTCPDITKTVTPDLKCPSGTTTKLLYVDLGNGNARLGGSAAAQVFSQIGDESPDIADFSEFKKAFEVTQDLIEERTILAGHDRSDGGLAVTLMEMAFAGN--CAIEVDIPEANGSGEIGTLFNEEAGLVLEVSEANAESVIAAYKASGIPCVDIGSASPGDSIKVSVGGKDACINEKTTVLRDVWEATSFQLEHRQRNPECVAQEEAGLKSRKSPEWKLTYTPEPTDEGLMKSEKKHKVAVIRQEGSNGDKEMLSAFLSAGFEAWDVSVSDLLGGEVTLDMFKGIVFVGGFSYADVLDSGKGWAGVIKFNESVYKQFQDFRERKDTFSLGVCNGCQLMALLGWIPNSEGLPEENQPRLLHNHSAKFESRFSSVKITEGPAIMFKGMEGSSLGVWVAHGEGRFHFPDKSIHENVMTNNLAPVRYVNDSNEITQEYPFNPNGSPDGIAALCSEDGRHLAMMPHPERVFTTWQWPWTPEEWKD-YKVGPWLKMFQNARKFCD 1314          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: B7FQE5_PHATC (Phosphoribosylformylglycinamidine synthase n=2 Tax=Phaeodactylum tricornutum TaxID=2850 RepID=B7FQE5_PHATC)

HSP 1 Score: 1612 bits (4174), Expect = 0.000e+0
Identity = 839/1343 (62.47%), Postives = 999/1343 (74.39%), Query Frame = 2

Query:  437 VMHFYRTPGVLPSTAAGLLSKAKAACPGAG---VESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPE--QTSESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEE-DWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKL-KGTGRLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGGGVLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEES-IYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAWKDA--RPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTEGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCDEH 4435
            ++H+YR      S    +  + K    GA    +E++ TE CFNV       L A Q+  L+WLL ETF+ +  Q  +SSF +++  G    K    VE GPR++F SA SSNA  IC+A  +  ++RLE+SRR+L +++  LSD    +  A++HDRMTE EY  PL++F SG   +PV  +PI+A+GR AL  IN   GLGFDD+DLD+Y NLFK KLGRDPTDVE FDMGQ+NSEHSRHWFFSGKMVIDG+E+  TLF++VKDTLPK   NNS+IAFHDNSS+IRG  C    P +     P+  G + LHPILTAETHNFPSGVAPFPGAETGTGGRLRDV ATGRGA P+AGISSYCVGNL+IPGY LPWE+  + Y SNLA+PL IE+ AS+GASDYGNKFGEPV+HGFTRSFGQRL  G+R E+VKPIMFSAG+GQ+DG H  KG PE GM VVK+GGPAYRIG+GGGAASSRV  A+ A LDFDAVQRGDAEMENR+NRLMRAC +LG+ NPI+S+HDQGAGGNGNVLKEIVEPAGA+YDIRKV VGDET+SVLEIWGAEYQENNALLIRP    LF A+AKRENCP  +LG+V+GDG+V V DS+D S P DLPL+            VLG +PQKTF D  +  +  PLR+P T              +ALDRVLRLL VGSKRFL +KVDRSVTGL AQQQCVGPLQ PL+N GV A +H   TG A ACGEQP+KGL+D AAMAR+TVAE++TNIMWAKL+ +EDIKASGNWM+AAKLPGE AKM+ AC ALR ALL  GVGIDGGKDSLSMAARCG+E+VK+PG L MT Y TC DITKTVTPDLK   G   L+YVDLGNGK R+GG+ LAQVYSQ+G+  PD+DDF  L  A   TQ L++   + +GHDRSDGGL   L+EMA +G   C +D+ +P AG    + LF+EEAG V+EVS E    V++AY    +    IG V+    + + +G E   I      LR VWEATSFQLE+ Q +P CV QEE  +  R  P +KLTF P  T  +  ++  + KV ++RQEGSNGDREM+SAF  AG E+WDV ++DLL G ITLD F+G+VFVGGFS+ADVLDS KGWA  IK+N  V+ QFQ F+ R DTFSLGVCNGCQLMALLGWIP T+GL EE QPR +HN SG+FESR+S+VKI  SP+V+  GMEGSSLGVWVAHGEGR HFPDP+ ++   E  LAP+RYV+D N  T+ YPFNPNGSPDGIA LCSEDGRHLA+MPHPER F TWQWP+ P EW+D     PWL MFQNAR +CDE+
Sbjct:    4 IVHYYRKTEPPHSLFPSITEELKVLGLGADGNKIEAVETESCFNVLLGTE--LVAEQQEKLEWLLAETFDRDSLQIGKSSFDTSV--GTDTWK----VEFGPRMTFTSAFSSNAVGICQACNLP-ISRLELSRRYLFTTSEALSDEAIVAVKAMLHDRMTEEEYAAPLKSFDSGAHAKPVRTIPIMAEGRGALEIINKEMGLGFDDFDLDYYTNLFKEKLGRDPTDVECFDMGQSNSEHSRHWFFSGKMVIDGKEKPHTLFQMVKDTLPKDIPNNSIIAFHDNSSSIRGYECSALRPVSLDSAGPVHVGNQTLHPILTAETHNFPSGVAPFPGAETGTGGRLRDVTATGRGAYPVAGISSYCVGNLQIPGYDLPWEDKSFVYPSNLASPLNIELRASDGASDYGNKFGEPVIHGFTRSFGQRLSNGERFEWVKPIMFSAGVGQLDGDHTTKGAPEKGMLVVKIGGPAYRIGIGGGAASSRVQSAENADLDFDAVQRGDAEMENRMNRLMRACCDLGERNPIVSVHDQGAGGNGNVLKEIVEPAGASYDIRKVYVGDETLSVLEIWGAEYQENNALLIRPTDRNLFEAIAKRENCPVRILGEVTGDGKVVVHDSKDNSTPVDLPLEL-----------VLGKMPQKTFVDDHIANKLEPLRLPETAT----------VASALDRVLRLLSVGSKRFLVHKVDRSVTGLCAQQQCVGPLQLPLSNVGVTAHTHFGITGTAVACGEQPIKGLVDSAAMARMTVAEAMTNIMWAKLSKIEDIKASGNWMYAAKLPGEGAKMYDACEALRDALLTLGVGIDGGKDSLSMAARCGNEVVKAPGELTMTCYVTCPDITKTVTPDLKCPSGGSTLIYVDLGNGKTRLGGSALAQVYSQIGDESPDIDDFGVLKNAMVVTQDLIEKRTLLSGHDRSDGGLIVTLVEMAISGN--CAIDIALPPAGANAFDVLFNEEAGIVLEVSNEDGGAVMKAYADVNIPVFKIGTVSCGDSIKVSIGNESPCIDSKMTVLRDVWEATSFQLEKRQRNPKCVHQEEVGLKLRHAPHWKLTFEPLPTDISIMNSTSKHKVAIIRQEGSNGDREMISAFLSAGFESWDVTVSDLLSGCITLDMFRGIVFVGGFSFADVLDSGKGWAGVIKFNESVFHQFQKFRTRKDTFSLGVCNGCQLMALLGWIPSTDGLVEENQPRLLHNDSGKFESRFSSVKIQSSPAVMFKGMEGSSLGVWVAHGEGRFHFPDPSVQEMVKEKDLAPLRYVNDTNDVTQEYPFNPNGSPDGIAALCSEDGRHLALMPHPERVFTTWQWPWTPAEWKD-FKVGPWLHMFQNARIFCDEN 1313          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: A0A1Z5JW35_FISSO (Phosphoribosylformylglycinamidine synthase n=2 Tax=Fistulifera solaris TaxID=1519565 RepID=A0A1Z5JW35_FISSO)

HSP 1 Score: 1603 bits (4152), Expect = 0.000e+0
Identity = 832/1349 (61.68%), Postives = 988/1349 (73.24%), Query Frame = 2

Query:  434 EVMHFYRTPGVLPSTAAGLLSKAKAACPGAGVE-------SIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPEQTS-ESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEE-DWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLKGTG-RLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGGGVLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEESIYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAWKD--ARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTEGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCDEHPRE 4444
            ++ H+YR      S    LL   K      G+E       +I TE CFNV+   +  L + QK  L+WLL ETFE +    E+S+   +     P     +VE GPR++F SA SSNA SIC    +  + RLE+SRR+      PL+        +L+HDRMTE EYP PL+TF SG    PV  +PI+ +GR AL  IN   GLGFDD+DLD+Y NLFK KLGRDPTDVE FDMGQ+NSEHSRHWFF GKM+IDGEE+ +TLF +VK TLPKG  NNS+IAFHDNSSAIRG  C    PS+  K  P+  G+++LHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGA  +AGISSYCVGNL IPGY LPWE+  + Y +NLA+PL I I ASNGASDYGNK+GEPV+HGF RSFGQRLP G+R E+VKPIMFSAG GQMDG HAVKG+PE GM VVKVGGPAYRIG+GGGAASSRV  ++ A LDFDAVQRGDAEM NRLNRLMRAC +LGD NPI+S+HDQGAGGNGNVLKEIVEPAGA YDIRKV +GD T+SVLEIWGAEYQENNALLIRP   ELF  +A+RENCP  +LG V+GDG+V V+DS+DGS+  DLPL+            VLG +PQKTF D  V     PL +P           +     ALDRVLRLL VGSKRFL +KVDRSVTGL AQQQCVGPLQ PL+N GV A SH   TG A ACGEQP+KGL+D  AMAR+ VAE++TNIMWAK++++EDIKASGNWM+AAKLPGE AKM+ AC AL+++LL  GVGIDGGKDSLSMAA+CG+E+VK+PG L +T Y TC DITKT+TPDLK    G RLL++DLGNGKAR+GG+ LA VY Q+G   PD++DF  L  A   +Q L+D   I AGHDRSDGG+   L+EMAFAG   C +DV++   G    E LF+EEAG V+EV+E  ++ V++AY ++ V   D+G V+    + I V     I      LR VWEATSF LE+ Q +PACV QEE  +  R  P +KLT+ P  T  A     A+ KV ++RQEGSNGDREMLSAF  AG EAWDV ++DL+ G ITLD F+G+VFVGGFS+ADVLDS KGWA  IK+N  V  QF+ F+ R  TFSLGVCNGCQLMA+LGWIP T GL +E QPR +HN SG+FESR+S+V+I ESP+++  GMEGSSLG+WVAHGEGR HFPDP+ +    E  L P+RYV+D N  TEAYPFNPNGSPDGIA LCSEDGRHLA+MPHPER F  WQWP+MP EW+D   A PWL+MFQNAR +CDE  R+
Sbjct:   10 KITHYYRKTEASHS----LLPSVKEELKDLGLEDDLAKIINIETESCFNVQA--SADLSSLQKERLEWLLAETFEKDNLRLETSYFDLV-----PQSGAWVVEFGPRMTFTSAFSSNATSICNKCDLP-IDRLELSRRYRFVLTQPLTVQALTVMKSLLHDRMTEQEYPTPLQTFDSGATAAPVRTIPIMKEGRAALERINQEMGLGFDDFDLDYYTNLFKEKLGRDPTDVECFDMGQSNSEHSRHWFFGGKMIIDGEEKTETLFEMVKATLPKGVPNNSIIAFHDNSSAIRGYECDSLRPSSVEKAGPVHVGKQLLHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAYTVAGISSYCVGNLNIPGYELPWEDKSFIYPNNLASPLNIMIHASNGASDYGNKYGEPVIHGFARSFGQRLPNGERFEWVKPIMFSAGAGQMDGGHAVKGEPEPGMLVVKVGGPAYRIGIGGGAASSRVQSSENAELDFDAVQRGDAEMANRLNRLMRACCDLGDRNPIVSVHDQGAGGNGNVLKEIVEPAGAKYDIRKVYLGDNTLSVLEIWGAEYQENNALLIRPADRELFEKIAERENCPIRILGTVTGDGKVVVEDSKDGSLAVDLPLEL-----------VLGKMPQKTFVDDHVDTTLQPLVLPE----------DLTVANALDRVLRLLSVGSKRFLVHKVDRSVTGLCAQQQCVGPLQLPLSNVGVTAHSHFGITGTAVACGEQPIKGLVDSKAMARMVVAEAMTNIMWAKMSNIEDIKASGNWMYAAKLPGEGAKMYDACGALKESLLALGVGIDGGKDSLSMAAKCGEEVVKAPGELTLTCYVTCPDITKTITPDLKCPAEGSRLLFIDLGNGKARLGGSSLAHVYGQIGNESPDVEDFALLKRAIIVSQDLIDKRLILAGHDRSDGGIIVTLVEMAFAGN--CAIDVKLSKCGKNDFEILFNEEAGIVIEVAENNVKSVIEAYTSASVPIADVGAVSAGDSIKIAVDSTTLIDDKMTALRDVWEATSFHLEKRQRNPACVLQEEEGLKLRQAPHWKLTYQPVKTDDAIMKSAAKHKVAIIRQEGSNGDREMLSAFLAAGFEAWDVTVSDLIAGNITLDIFRGIVFVGGFSFADVLDSGKGWAGVIKFNDNVLSQFEEFRKRKGTFSLGVCNGCQLMAVLGWIPSTAGLPQEKQPRLLHNDSGKFESRFSSVQIQESPAIMFKGMEGSSLGIWVAHGEGRFHFPDPSVKDMVTENKLIPLRYVNDTNEVTEAYPFNPNGSPDGIAALCSEDGRHLALMPHPERVFTPWQWPWMPSEWKD-YEAGPWLQMFQNARIFCDESKRK 1322          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: B8CE77_THAPS (Phosphoribosylformylglycinamidine synthase n=1 Tax=Thalassiosira pseudonana TaxID=35128 RepID=B8CE77_THAPS)

HSP 1 Score: 1599 bits (4141), Expect = 0.000e+0
Identity = 823/1346 (61.14%), Postives = 1010/1346 (75.04%), Query Frame = 2

Query:  437 VMHFYR---TP-GVLPSTAAGLLSKAKAACPGAGVESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPE--QTSESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEE-DWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLKGTGR--LLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAA--GGGVLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDG-KVSIKVGGEES-IYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAWKDA--RPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTEGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCD 4429
            ++H+YR   TP  +LPS    L + + ++     + SI TE CFNV+ +    L+   K+ L+WLLRETF  +  +   S+F + +      +K  +++E GPR++F SA SSNA SI  A G+  ++RLE S+R+ ++ +SP + +   +  +L+HDRMTE  Y  P+ +F SG + EPVV V I+ +GREAL  IN  RGLGFDD+DLDFY  LFK KLGR+PTDVE FDMGQ+NSEHSRHW+FSGKM+IDG E+  TLF++VK TLPKG  NNS+IAFHDNSS+IRG  C+V +PS+      +E   + +HPILTAETHNFPS VAPFPGAETGTGGRLRDVMATGRGA  +AG+ +YCVGNL +PGY LPWE+  + Y SNLA+PLEIEI ASNGASDYGNKFGEPV+HGFTRSFG RL  G+R E+VKPIMF+AGIG +DG H  KG+PE GM VVK+GGP YRIG+GGGAASSRV  ++ AALDFDAVQRGDAEMENR+NRLMRAC +LGD NPI+S+HDQGAGGNGNVLKEIVEPAGA YDIRKV VGD T+SVLEIWGAEYQENNALLIRP    +F  +A+RENCP  +LG V+GDG+V VKDS DGS P DLPL+            VLG +PQKTFTD    I+   L +P         +G    M A+DRVLRLL VGSKRFL +KVDRSVTGL+AQQQCVGPLQ PLAN G+ A SH   TG A +CGEQP+KGL+D AAMAR+TVAE++TN+MWAK++ +EDIKASGNWM+AAKLPGE AKM+ AC ALR +LL  G GIDGGKDSLSMAA+CGDE+VK+PG L MT Y TC DITKTVTPDLK  G  +  LL+VDLG GKAR+GG+ LAQ Y+Q+G   PD++DF  L   F   Q L++ G I AGHDRSDGGLA++L+EMAFAG   C +   +P    G G + TLF+EEAG V+EV+++  + VV+A+ A  V  ++IG  +  G  + I VG     I      LR +WE TSF LE+ Q +P CV QEE+ +  R  P++KLT+ P  T  A  +A  + KV ++RQEGSNGDREMLSAF  AG E+WDV ++DL+ G +TLD F+G+VFVGGFSYADVLDS KGWA  IK+N  V++QF+AF+ R DTFSLGVCNGCQLMALLGWIP  +GLSEE+QPR + N SGRFESR+S+VKI+ESP+++  GMEGSSLGVWVAHGEGR HFPD    + A+   L+P+RYV+D+N  T+ YPFNPNGSPDG+A LCSEDGRHLA+MPHPER F TWQWP+MP+EW+D  T  PWL+MFQNAR +CD
Sbjct:    4 IIHYYRKTETPHSLLPSLKEQLSTSSSSST--VDITSIETESCFNVQIEGA--LNEEDKNRLEWLLRETFCKDGLRLETSAFANVVNDDNTNNK--VVLEFGPRMTFTSAFSSNATSITSACGLSKISRLERSKRYCITFSSPPTSTLIATLESLLHDRMTEQRYEVPITSFESGAKVEPVVWVKIMEEGREALERINAERGLGFDDFDLDFYTELFKEKLGRNPTDVECFDMGQSNSEHSRHWYFSGKMIIDGVEKPHTLFQMVKATLPKGIPNNSIIAFHDNSSSIRGYECQVLVPSSVSTAGKMEVVRKTMHPILTAETHNFPSAVAPFPGAETGTGGRLRDVMATGRGAYAVAGVCAYCVGNLNVPGYELPWEDKSFVYPSNLASPLEIEIEASNGASDYGNKFGEPVIHGFTRSFGMRLANGERFEWVKPIMFTAGIGALDGRHTTKGEPEKGMLVVKIGGPCYRIGIGGGAASSRVQSSENAALDFDAVQRGDAEMENRMNRLMRACCDLGDKNPIVSVHDQGAGGNGNVLKEIVEPAGAEYDIRKVYVGDNTLSVLEIWGAEYQENNALLIRPADEAVFKEIAERENCPIRILGVVTGDGKVVVKDSSDGSTPVDLPLEL-----------VLGKMPQKTFTDSHTEIKLEALSLP---------EGT-TVMDAVDRVLRLLSVGSKRFLVHKVDRSVTGLIAQQQCVGPLQLPLANLGITAHSHFGITGTAVSCGEQPIKGLVDSAAMARMTVAEAMTNLMWAKISKIEDIKASGNWMYAAKLPGEGAKMYDACEALRDSLLALGCGIDGGKDSLSMAAQCGDEVVKAPGELTMTCYVTCPDITKTVTPDLKCPGGSKTTLLFVDLGGGKARMGGSSLAQTYNQIGNESPDIEDFGVLKNTFLVVQDLIEAGTILAGHDRSDGGLATVLMEMAFAGN--CSVSAVIPETCDGAGEIGTLFNEEAGIVMEVADDNAKSVVEAFAAKNVPCIEIGTASAGGDSIKIAVGASAPCIDEKMTVLRDLWEETSFHLEKRQRNPECVVQEEAGLKLRKAPEWKLTYTPAPTDAAIMNAPNKHKVAIIRQEGSNGDREMLSAFLSAGFESWDVTVSDLVTGRLTLDDFRGIVFVGGFSYADVLDSGKGWAGVIKFNENVFKQFEAFRQRKDTFSLGVCNGCQLMALLGWIPSNDGLSEESQPRLLENDSGRFESRFSSVKIVESPAIMFKGMEGSSLGVWVAHGEGRFHFPDSKIHEHALASNLSPLRYVNDSNEVTQEYPFNPNGSPDGMAALCSEDGRHLAMMPHPERVFTTWQWPWMPEEWKD-YTVGPWLQMFQNARSFCD 1319          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: A0A7S0KAP8_9STRA (Phosphoribosylformylglycinamidine synthase n=1 Tax=Leptocylindrus aporus TaxID=1398097 RepID=A0A7S0KAP8_9STRA)

HSP 1 Score: 1598 bits (4139), Expect = 0.000e+0
Identity = 824/1343 (61.36%), Postives = 1003/1343 (74.68%), Query Frame = 2

Query:  437 VMHFYRTPGVLP-----STAAGLLSKAKAAC---PGAGVESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPEQTSESSFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEED-WPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLKGTGRLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGGGVLETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEESIYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPP--AWKDARPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIP-KTEGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCD 4429
            ++H+YR   +LP     +  +G++SK + A      A + S+  E+CFNVE    + L   Q   L+WLL ETF+    S+ S  S  +  EG   S+++ E GPR++F SA SSNA  IC+A G+  V+RLE SRR+ +S ++ LSD+      + +HDRMTE EYP P  TF     PEPV  VPI+++GR AL  IN  +GLGFD++DLD+Y NLFK KLGRDPTDVE FDMGQ+NSEHSRHWFF GKMVIDGEE+  TLF++VK TLPK   NNSVIAFHDNSS+IRG  C    P+  GKP  +   ++ LHPILTAETHNFPSGVAPFPGAETGTGGRLRDV ATGRGA P+AG+SSYCVGNL IPGY LPWE+  + YASNLA PL+IE+ ASNGASDYGNKFGEPV+HGFTRSFGQRLP G+R E+VKPIMF+AG+GQ+DG H  KGDP+ GM V+K+GGPAYRIG+GGGAASSRV  ++ A LDFDAVQRGDAEMENR+ RLMRAC +LGD NPIIS+HDQGAGGNGN+LKE+VEP GA YDIR V VGD+T+SVLEIWGAEYQENN LL+      LF A+AKRE CP  ++GKV+GDG+V V+DS DG+ P DLPL+            VLG +PQKTFTD  V     P  +P + A+V  G+       ALDRVLRLL VGSKRFL +KVDRSVTGL+AQQQCVGPLQ PLANCGV A +H   TG   ACGEQP+KGL+D AAMAR++V E++TN++WAK++S+EDIKASGNWM+AAKLPGE AKM+ AC AL+ + L  G GIDGGKDSLSMAA+CG+E+VK+PG L +T Y T  D+TKTVTPDLK  G+ +LL+VDL  GK R+GGT LAQVY+Q+G   PDM+DF  L  AF  TQ L+    I AGHD+SDGG+   LLEMAFAG  G  +D+     G   + TLF+EEAG + EV   R++ ++QAY  +GV+   +G V  +  VSI VGG+  + G   E R VWEAT FQLE++Q +  CV QEE+ + SR  P +KL++ P+AT      K+ + KV +LRQEGSNGDREM++AF  AG +AWDV ++DLL G++TLD F+G+VFVGGFSYADVLDS KGWA  IK+N +V+EQFQAFKAR DTFSLGVCNGCQLMALLGWIP   + LSE+ QPR + N SGRFESR+S+V+I +SP+++  GMEGSSLG+WVAHGEGR HFPD +      E  L P+ YVDD N  T AYPFNPNGSPDGIA LCS DGRHLA+MPHPERCF TWQWP+MP+EWR  L   PWL+MFQNAR +C+
Sbjct:    4 IIHYYR---LLPLSHNETVRSGIISKLEGAGYKEDAARISSVDMEYCFNVE---AKSLTEEQTKRLEWLLSETFDKTGFSKGS--SNFKCCEG---SIIVFEFGPRMTFTSAFSSNATQICQACGIKSVSRLERSRRYRISISAKLSDAGITMVKSYLHDRMTEEEYPTPKTTFDVNNAPEPVQHVPIMSEGRSALEKINEEKGLGFDNFDLDYYTNLFKEKLGRDPTDVECFDMGQSNSEHSRHWFFGGKMVIDGEEKSDTLFQMVKATLPKDQPNNSVIAFHDNSSSIRGYECTGMKPTV-GKPGSVTLQKQTLHPILTAETHNFPSGVAPFPGAETGTGGRLRDVTATGRGAYPVAGVSSYCVGNLNIPGYNLPWEDKTFEYASNLALPLDIEVEASNGASDYGNKFGEPVIHGFTRSFGQRLPNGERFEWVKPIMFTAGVGQLDGRHTTKGDPKPGMLVIKIGGPAYRIGIGGGAASSRVQTSENADLDFDAVQRGDAEMENRMVRLMRACCDLGDKNPIISVHDQGAGGNGNILKELVEPVGAEYDIRNVYVGDKTLSVLEIWGAEYQENNGLLLDEKDLPLFEAIAKREACPFRIIGKVTGDGKVIVRDSSDGTTPVDLPLEL-----------VLGKMPQKTFTDNHVKANLLPFSLPDS-ADV--GE-------ALDRVLRLLSVGSKRFLVHKVDRSVTGLIAQQQCVGPLQIPLANCGVTAHTHFGITGTVVACGEQPIKGLVDAAAMARMSVVETMTNMVWAKVSSIEDIKASGNWMYAAKLPGEGAKMYDACEALKDSFLSLGCGIDGGKDSLSMAAKCGNEVVKAPGELTITAYVTTPDVTKTVTPDLKCPGSSKLLFVDLNPGKCRLGGTSLAQVYNQIGNESPDMEDFSVLKKAFNITQELIGKEEILAGHDKSDGGIVVTLLEMAFAGNCGISVDLD----GSCPISTLFNEEAGLIFEVEGVRVKSIIQAYADAGVSCKLVGSVNPEDMVSISVGGKSCVDGKMTEYRDVWEATGFQLEKMQRNVECVLQEEAGLKSRKAPSWKLSYEPKATSEDAMSKETKYKVAILRQEGSNGDREMIAAFLAAGFDAWDVTVSDLLSGSVTLDIFRGIVFVGGFSYADVLDSGKGWAGVIKFNSKVFEQFQAFKARADTFSLGVCNGCQLMALLGWIPFSNQALSEDKQPRLLENDSGRFESRFSSVQIQKSPAMMFKGMEGSSLGIWVAHGEGRFHFPDSSVYDHVKENNLVPMCYVDDNNKITTAYPFNPNGSPDGIAALCSTDGRHLAMMPHPERCFTTWQWPWMPKEWRGKLEVGPWLRMFQNARSFCE 1309          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: W7UC18_9STRA (Phosphoribosylformylglycinamidine synthase n=3 Tax=Monodopsidaceae TaxID=425072 RepID=W7UC18_9STRA)

HSP 1 Score: 1584 bits (4101), Expect = 0.000e+0
Identity = 819/1360 (60.22%), Postives = 989/1360 (72.72%), Query Frame = 2

Query:  407 KKIKTGSTHEVMHFYRTPGVLPSTAAGLLSKAKAACPGAGVESIATEHCFNVEFDKT-RPLDAGQKSTLQWLLRETFEPEQTSES-SFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSASPLSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWEE-DWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLKGTGRLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGGGV----LETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEESIYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAWKDA--RPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTE-GLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTAS---PWLKMFQNARKWCDEHPREN 4447
            K++KT +  +V+HF+R PG        L  K KAA P   VE++ TE CFNV+   T  PL   ++  L W+LRETFEP  T    SFL+ +           + EVGPRL+F +A SSNA S+C A G+ G+ RLE SRR+LV + + L+D++  +F+A VHDRMTEM YP+PL+TF +G  P+P  VVPIL +GR AL  +NGT GLGFDDWDLD+Y NLF N+L R+PTDVE FDMGQ+NSEHSRHWFF GK++IDG EQ  TLF++VKDTLPK   NNSVIAF DNS AIRG       P   G PS +       HP LTAETHNFP+GVAPFPGAETGTGGRLRDV A GRG   +AG+S+YCVGNLRIPGY LPWE+  + Y  ++A+PL IEI ASNGASDYGNK+GEPVV G+TRSFGQRLP GDR E++KPIMFSAG+G ++  HA K +P+ GM VVK+GGPAYRIG+GGGAASSR      A LDF+AVQRGDAEMEN+LNR++R+C+EL + NPI+SIHDQGAGGNGNVLKEIVEP GA+YD+RK+ +GD T+S LEIWGAEYQEN+  L       + LA AKRENC  + +G+V+ DGRV V+DS+ G+   DLPL             VLG +PQK F  + VP+   PL +P              A AALDRVLRLL VG KRFLTNKVDRSVTGLVAQQQCVGPL  PLAN  V+A SHL+TTG A  CGEQP+KGL+DPAAMAR+TVAE++TNIMWAKL+SL DIK +GNWMWAAK  GE  KM+  C ALR  L+  GVGIDGGKDSLSMAAR   E+VKSPG L +  YCT +DITKTVTPDLK      L++V+L   KAR+GGT LAQVY+QLG+  PD++D  +LV+ F  TQ L++  A+ AGHDRSDGGL ++LLEMAFAG  G  +D+ +PA   GV    L TLF+EE G V+EV       V  AY A G+A+  IG+ T + K  ++V GE  +  +   LR VWEAT F+LE+LQC+P C  QE   +ASRTGP + LT+ P  TP A  +A  +PKV V+RQEGSNGDREM+SAFH AG E +DV++NDLL  T+ LD FQG+VFVGGFSYADVLDSAKGWAA +KYNP V  Q +AFKAR DTFSLGVCNGCQLMALLGW+P  +  ++E  QPRF+ N S RFESR+S+V+I  S +++ AGM GSSLGVWVAHGEGR HF    T+   V   LAP++YVDD N+PTE YPFNPNGSP GIA LCSEDGRHLA+MPHPERC+L WQWPY+P+EW +    S   PWL+MFQNAR WC+ H   N
Sbjct:    7 KRLKTDT--DVLHFFRAPGYAEPNIKKLNFKIKAALPE--VEAVETEFCFNVQLSSTSNPLTEQEQERLLWILRETFEPTHTRPGGSFLTEVLAAGREGLVGQIFEVGPRLTFSTAYSSNAVSVCVACGLTGINRLERSRRYLVWTKTALTDAQASAFLAQVHDRMTEMPYPEPLQTFETGLTPKPTQVVPILEEGRSALETLNGTLGLGFDDWDLDYYTNLFTNRLQRNPTDVECFDMGQSNSEHSRHWFFGGKIIIDGVEQADTLFKMVKDTLPKDRPNNSVIAFFDNSRAIRGYPITTLKPEKPGHPSKMVPYSNTFHPTLTAETHNFPTGVAPFPGAETGTGGRLRDVQACGRGNATVAGMSAYCVGNLRIPGYTLPWEDPSFKYPGSMASPLNIEIEASNGASDYGNKYGEPVVSGYTRSFGQRLPNGDRYEFIKPIMFSAGLGNLNALHARKEEPKAGMVVVKIGGPAYRIGMGGGAASSRASGEADAELDFNAVQRGDAEMENKLNRVLRSCIELAERNPIVSIHDQGAGGNGNVLKEIVEPLGASYDLRKIPLGDPTLSALEIWGAEYQENDCFLTTKEDLPMVLAFAKRENCTIAAVGEVTEDGRVVVEDSKTGTTVVDLPLDL-----------VLGKMPQKEFPMIRVPMPLRPLALP----------DGLTAEAALDRVLRLLAVGCKRFLTNKVDRSVTGLVAQQQCVGPLHIPLANVAVLAQSHLSTTGAAITCGEQPIKGLIDPAAMARMTVAETITNIMWAKLSSLTDIKVAGNWMWAAKFEGEGPKMYDCCKALRDILIAMGVGIDGGKDSLSMAARVESEVVKSPGNLTVPAYCTVSDITKTVTPDLKRPDESSLVFVELDASKARLGGTALAQVYNQLGDQSPDVEDPAKLVSLFTVTQQLIEDRALLAGHDRSDGGLITVLLEMAFAGNCGIDVDLTLPA---GVEHTALATLFNEEVGIVLEVPTAAADGVAAAYAAQGLASSVIGKSTSEKKCVVRVDGETVVDASMPVLRDVWEATGFELEKLQCNPECAIQEHEGLASRTGPTWHLTYSPAPTPVALMEASNKPKVAVIRQEGSNGDREMISAFHAAGFEVFDVHVNDLLAETVALDAFQGIVFVGGFSYADVLDSAKGWAAVLKYNPSVLAQLEAFKARPDTFSLGVCNGCQLMALLGWVPYPDHNVAEAAQPRFIENNSARFESRFSSVQIQPSAAIMFAGMAGSSLGVWVAHGEGRVHFSTHETQDFVVAKQLAPMKYVDDDNNPTEVYPFNPNGSPLGIAALCSEDGRHLAMMPHPERCYLGWQWPYLPREWEEKGMRSGVGPWLRMFQNARTWCETHKTTN 1338          

BLAST of mRNA_P-fluviatile_contig8.14501.1 vs. uniprot
Match: A0A7S1G295_9STRA (Phosphoribosylformylglycinamidine synthase n=1 Tax=Corethron hystrix TaxID=216773 RepID=A0A7S1G295_9STRA)

HSP 1 Score: 1575 bits (4079), Expect = 0.000e+0
Identity = 823/1357 (60.65%), Postives = 988/1357 (72.81%), Query Frame = 2

Query:  428 THEVMHFYRT---PGVLPSTAAGLLSKAKAACPG---AGVESIATEHCFNVEFDKTRPLDAGQKSTLQWLLRETFEPEQTSES-SFLSAMEQGEGPSKSLLLVEVGPRLSFESALSSNAKSICRASGVDGVTRLEISRRFLVSSA--SP----LSDSERDSFVALVHDRMTEMEYPKPLETFHSGQEPEPVVVVPILAKGREALVAINGTRGLGFDDWDLDFYENLFKNKLGRDPTDVELFDMGQANSEHSRHWFFSGKMVIDGEEQKKTLFRLVKDTLPKGTANNSVIAFHDNSSAIRGPVCRVAMPSASGKPSPLESGERILHPILTAETHNFPSGVAPFPGAETGTGGRLRDVMATGRGAKPIAGISSYCVGNLRIPGYPLPWE---EDWPYASNLATPLEIEIGASNGASDYGNKFGEPVVHGFTRSFGQRLPGGDRCEYVKPIMFSAGIGQMDGAHAVKGDPEVGMWVVKVGGPAYRIGLGGGAASSRVGDAKTAALDFDAVQRGDAEMENRLNRLMRACVELGDANPIISIHDQGAGGNGNVLKEIVEPAGATYDIRKVLVGDETMSVLEIWGAEYQENNALLIRPGSTELFLAMAKRENCPASLLGKVSGDGRVTVKDSRDGSVPYDLPLKASRGGGRRAAREVLGDLPQKTFTDVTVPIETSPLRIPPTPAEVVGGKGNPAAMAALDRVLRLLQVGSKRFLTNKVDRSVTGLVAQQQCVGPLQTPLANCGVVASSHLATTGIATACGEQPMKGLLDPAAMARLTVAESLTNIMWAKLTSLEDIKASGNWMWAAKLPGECAKMWKACVALRQALLDCGVGIDGGKDSLSMAARCGDELVKSPGTLVMTLYCTCADITKTVTPDLKLKGTG-RLLYVDLGNGKARVGGTCLAQVYSQLGETPPDMDDFKQLVAAFKATQALLDTGAISAGHDRSDGGLASLLLEMAFAGEVGCGLDVRVPAAGGGV---LETLFSEEAGFVVEVSEERLQEVVQAYKASGVAAVDIGRVTDDGKVSIKVGGEESIYGTTAELRGVWEATSFQLERLQCDPACVEQEESSMASRTGPDYKLTFVPEATPPAWKDA--RPKVCVLRQEGSNGDREMLSAFHEAGLEAWDVNMNDLLQGTITLDGFQGVVFVGGFSYADVLDSAKGWAATIKYNPRVWEQFQAFKARGDTFSLGVCNGCQLMALLGWIPKTEGLSEETQPRFVHNTSGRFESRWSTVKIMESPSVLLAGMEGSSLGVWVAHGEGRAHFPDPATRKGAVEGGLAPVRYVDDANSPTEAYPFNPNGSPDGIAGLCSEDGRHLAVMPHPERCFLTWQWPYMPQEWRDTLTASPWLKMFQNARKWCDE 4432
            T  ++H+YR+   P  L S     +      C G   A V S+  E CFNV   +  PL  G  + L WLL ETF+PE T +S SFLS+   G        ++E GPR++F SA SSNA SIC A G++ V RLE SRR+L+  A  SP    +  + R++ V L+HDRMTE  YP PL  F  G E  PV  V ++ +GR AL   N   GLGFD  DL++Y  LF NKLGR+P+DVE FDMGQ+NSEHSRHWFF GKMVIDG E+  TLF++VKDTLP    NNS+IAFHDNSS+IRG   +   PS   + SP +     LHPILTAETHNFP GVAPFPGAETGTGGRLRDV ATG+GA P+AGIS+YCVGNL +PGY LPWE   E   Y  NLA PL+I + ASNGASDYGNKFGEPV+HGF RSFGQRLP G R E+VKPIMFSAG+G MD AHAVKG PE GM VVK+GGPAYRIG+GGGAASSRV  A+ A+LDFDAVQRGDAEMENR+ RLMRAC +LG  NPI+S+HDQGAGGNGNVLKEIVEPAGA YD+RK+ VGD T+SVLEIWGAEYQENNALLIRP   ELF ++A RE CP  +LG V+GDGRV ++DS DGS P DLPL+            VLG +PQKTF D    +  SPL++PP          +    A LDR+LRL+ VGSKRFL +KVDRSVTGLVAQQQCVGPLQ PL+N  V A ++L  TG A ACGEQP+KGLLD AAMAR+TVAE++TN++WAK++S++DIKASGNWM+AAKLPGE AKM+ AC ALR + L  G GIDGGKDSLSMAARCG+ELVK+PG L +T+Y TC DITKTVTPDL+    G RLLYVDLG GKAR GGT LAQVY Q+G+  PD++DF  L   F+ TQ LLD   I AGHDRSDGG+A  LLEMAFAG   C +DV +P A       +ETLF+EEAG V+EV+  +  +V+  Y A+ V  +DIG      ++ I+VG    I   T+ LR +WEATSF+LERLQ +P CV QEE+ +  RT P ++L +VP+ T      +  +P+V V+RQEGSNGDREM++AF  AG EAWDV + DL++G + L  FQG+ FVGGFSYADVLDS KGWA  IK+NP V++QF+ F+ R DTFSLGVCNGCQLMALLGW+P  +G+ E  QPRFVHN S +FESR+S+VKI+ SP+++   M GSSLGVWVAHGEGR HFP    R       LAP+RYVDD N+ T  YPFNPNGSP+G+A LCS+DGRHLA+MPHPER F TWQWPYMP +W+D + A PWLKMFQNAR++C++
Sbjct:   36 TMTIIHYYRSQSPPHNLVSLVCDAVRPHLEGCDGDVSALVASVDHELCFNVGLSE--PLTVGSATRLLWLLSETFDPECTRQSVSFLSSEAAG-------AVLEFGPRMTFTSAFSSNATSICGACGIEEVARLERSRRYLIRDAQGSPSLLKMPTAAREAVVQLLHDRMTEELYPSPLSIFSVGSESVPVKYVDLMGRGRAALEEANDQMGLGFDGHDLEYYTELFLNKLGRNPSDVECFDMGQSNSEHSRHWFFGGKMVIDGIEKPHTLFQMVKDTLPSDVPNNSIIAFHDNSSSIRGYEVQCLRPSDPTRASPAKVEMATLHPILTAETHNFPCGVAPFPGAETGTGGRLRDVSATGQGATPVAGISAYCVGNLHLPGYDLPWEQMGEAEIYPPNLAAPLDILVSASNGASDYGNKFGEPVIHGFARSFGQRLPHGGRVEWVKPIMFSAGVGYMDAAHAVKGAPEPGMLVVKIGGPAYRIGIGGGAASSRVQAAEHASLDFDAVQRGDAEMENRMIRLMRACCDLGTKNPIVSVHDQGAGGNGNVLKEIVEPAGAEYDVRKIYVGDSTLSVLEIWGAEYQENNALLIRPEDKELFSSLANRERCPIRILGTVTGDGRVVLRDSHDGSTPVDLPLEL-----------VLGKMPQKTFVDAQEIVPLSPLQLPP----------DVTVSAVLDRILRLVSVGSKRFLVHKVDRSVTGLVAQQQCVGPLQLPLSNVAVTAHTYLGITGTAVACGEQPIKGLLDSAAMARITVAETITNLVWAKVSSIQDIKASGNWMYAAKLPGEGAKMYDACEALRDSFLALGCGIDGGKDSLSMAARCGEELVKAPGELTITMYVTCPDITKTVTPDLRCPEAGSRLLYVDLGGGKARCGGTALAQVYGQIGDACPDLEDFALLKRTFETTQELLDAQLILAGHDRSDGGIAVTLLEMAFAGN--CSIDVCIPPASSSTKCRIETLFNEEAGLVLEVATAQASQVMATYAANNVPCLDIGSTGPGDRIHIRVGDRTCIDDATSSLRDLWEATSFRLERLQRNPTCVAQEEAGLKRRTRPQWQLAYVPKPTTLEIMASIKKPRVAVVRQEGSNGDREMIAAFVAAGFEAWDVAVGDLVEGKVHLQDFQGIAFVGGFSYADVLDSGKGWAGVIKFNPAVFKQFEDFRHRPDTFSLGVCNGCQLMALLGWVPGLDGIPETDQPRFVHNESEKFESRFSSVKILPSPAMMFKDMAGSSLGVWVAHGEGRVHFPAQNVRNHVETHNLAPLRYVDDTNTITTEYPFNPNGSPEGMAALCSKDGRHLALMPHPERVFTTWQWPYMPDDWKD-MEAGPWLKMFQNAREFCEQ 1359