prot_P-fluviatile_contig66.13227.1 (polypeptide) Porterinema fluviatile SAG_2381

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: D7FSN6_ECTSI (Calcium-transporting ATPase n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FSN6_ECTSI)

HSP 1 Score: 1551 bits (4017), Expect = 0.000e+0
Identity = 820/951 (86.23%), Postives = 867/951 (91.17%), Query Frame = 0

Query:    1 MDTDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTVCGRRVTSQSSPAVATLLEAACLCNNAVLGDRAAGGGGDSSAES-AVEGSARRGQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRCLDSAGVETCYVKGSVESVLEDCTTFRGSQGPAA-EMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARKLLFPDRQGEAPAWAGSTFLRTVGREKLSTA 949
            MDTDSAARL PEEV RHLGVDV+ GLS LEVSVRQGLVPPNEL++EEEDPLYK+YLEQFKDPLILLLLGSAVLSLLIKQ+DDAVSIFMAVTIV TVAFVQEYRSEQSLQALTTLLPP ATC RGGK +DVMARELVPGDVVLVKSGDR+PADCRLV+AADLFVDESSLTGEGHAREK TA LG V   G GR   AGPVSHG RA PLAECKN+VFMGTLACGGHAKA+V+ATGMKTEFGKTFEDMKD+E RRTPLQMKMDELGKQLS+LSFGII       ++QGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLT+N+MTVKEVFVLSE++V+ V GVGY+P G+FTVCGR VT QS PAVA+LLEAACLCNNA LGD AAGG   SSA+  A + +A RGQPTEICLLVAAQK FGV DPRPT ER+ EVAFSSS+KKMEVRCLDSAG ETCYVKGSVE+VL +CTT +  +G AA EMGETERRRVLD A ALGSKGRRVMAVA G   DSLFFCGLVGIMDPPRASAI FAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSG EIE MS SELE FVHEV VFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMG+SGSDVAKEAAD++LMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTA+AALSIVAIAT +GFKCPINAMQILWINIIMDGPPAQSLGVEPV GAIV+RPPRKA DPVISTRLMWRV++SG LIVVGTLWVFSLGMTQNGVL RS+ PTRRD TMTFTTFVMFDMFNALCCRSADKIV QMDMFANKAF+YS GGSLVGQMLV+Y+PWLQ IFQTEALSL DLAFI FVASSMVALDTARK+LFPDRQGEAP WAGS   R++GREKLS A
Sbjct:    1 MDTDSAARLAPEEVGRHLGVDVQSGLSLLEVSVRQGLVPPNELEKEEEDPLYKRYLEQFKDPLILLLLGSAVLSLLIKQYDDAVSIFMAVTIVATVAFVQEYRSEQSLQALTTLLPPHATCFRGGKASDVMARELVPGDVVLVKSGDRIPADCRLVQAADLFVDESSLTGEGHAREKVTAALGAVA-SGDGRLEGAGPVSHGHRAIPLAECKNMVFMGTLACGGHAKAIVVATGMKTEFGKTFEDMKDIESRRTPLQMKMDELGKQLSLLSFGIIGVIALVGVLQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTRNKMTVKEVFVLSEEEVLAVGGVGYDPAGEFTVCGRGVTPQSCPAVASLLEAACLCNNAALGDAAAGGARVSSADPVAADDAATRGQPTEICLLVAAQK-FGVPDPRPTHERIHEVAFSSSRKKMEVRCLDSAGKETCYVKGSVEAVLINCTTCQVQRGSAAAEMGETERRRVLDVANALGSKGRRVMAVACGTRADSLFFCGLVGIMDPPRASAIKFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGAEIESMSTSELEVFVHEVGVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGISGSDVAKEAADMILMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTALAALSIVAIATCMGFKCPINAMQILWINIIMDGPPAQSLGVEPVHGAIVKRPPRKAGDPVISTRLMWRVVTSGCLIVVGTLWVFSLGMTQNGVLSRSMEPTRRDRTMTFTTFVMFDMFNALCCRSADKIVPQMDMFANKAFIYSAGGSLVGQMLVVYVPWLQQIFQTEALSLNDLAFIVFVASSMVALDTARKVLFPDRQGEAPVWAGSALTRSLGREKLSMA 949          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A836CGC1_9STRA (Calcium-transporting ATPase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CGC1_9STRA)

HSP 1 Score: 1011 bits (2613), Expect = 0.000e+0
Identity = 558/929 (60.06%), Postives = 673/929 (72.44%), Query Frame = 0

Query:    3 TDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTVCGRRVTSQSSPAVATLLEAACLCNNAVLGDRAAG---GGGDSSAESAVEGSARRGQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRCL----DSAGVETC----YVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGK-SEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARK 919
            T+ A  +  E+  +HL  D K GL+  EV VR+ + P NEL  ++ +PLY K+L+ FKDPLI+LLL S V+S +++QFDDA+SI  AV IVGTVAFVQEYRSE+SL AL  L+PP AT +R G+   +MA ELVPGDVV+V +GDRVPADCR++EA  L  D+SSLTGE H  +K  A L                   G    PLAEC N+VFMG+LAC GH +A+V ATGM+TEFGK F D++ VE RRTPLQ+KMD LGK LS LSF II       + QG++LLDMF IGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVK+LPAVEALGCATV+C DKTGT+T+N+MTVKEV++  E ++++V+G GY+P GDF++ G  + +    A++ LLEAACLCNNA +    +G    GG SS +         GQPTE+ LLVAA K +G+ DPR   ER+ EVAFSS +K MEVRC+      +G   C      KG++E++L  C            + + ER R+  AAGALG +GRRV+AVA+G    + L F GLVGIMDPPR  A A  E MQ C TR+CMITGDAE+TAVA+ASAVGFFDPS HRTLSG E+E MS  ELE+ +H+VAVFYRTSPRHKL I      IGEVV MTGDGVNDAPALKAADIGVAMG SG+DVAKEAAD++LMDDD ATI AA+EEGK IFYNIKNFL FQLST+VAAL +VA++TF G   P+NAMQILWINIIMDGPPAQSLGVEPVQ  ++ RPPR+  DP+I+  L+ RVLSS  LIV+GTL+VF   +    V       T RDTTMTFTTFV FDM NA CCRSADK V QM + AN+ F Y+VGGS++GQ+ VIY+P LQ +FQTEALS  DLAFI  +ASS+  LDT RK
Sbjct:    4 TNEAVHMAAEQAVQHLNSDPKSGLTLAEVEVRKTMYPLNELDADDPEPLYMKFLDTFKDPLIMLLLASCVVSAVMRQFDDAISILAAVVIVGTVAFVQEYRSEKSLAALNELVPPRATVVREGRAQALMASELVPGDVVVVAAGDRVPADCRILEAVQLMTDDSSLTGEDHPHDKHAATL----------------PHDGRGELPLAECCNMVFMGSLACSGHCRALVTATGMRTEFGKVFADLRGVEQRRTPLQLKMDGLGKHLSALSFCIIGVIALAGVAQGRQLLDMFTIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKKLPAVEALGCATVVCVDKTGTITQNQMTVKEVYLSCETELVEVSGGGYDPTGDFSLGGTLLQTHEHAALSQLLEAACLCNNAAVAPSDSGRRRNGGSSSIQ---------GQPTELALLVAAAK-WGLADPRLKHERLGEVAFSSERKCMEVRCVPVSDSGSGGGGCAARVIAKGTLEAILPRCARALDRAAEPVPLTDAERERIAHAAGALGRRGRRVIAVAFGVVGTEGLVFGGLVGIMDPPRRGARAAVEEMQLCRTRLCMITGDAEETAVAIASAVGFFDPSLHRTLSGPEMERMSAVELESIIHDVAVFYRTSPRHKLGI-----SIGEVVAMTGDGVNDAPALKAADIGVAMGRSGTDVAKEAADMILMDDDFATIVAAVEEGKGIFYNIKNFLAFQLSTSVAALGLVALSTFSGLPSPLNAMQILWINIIMDGPPAQSLGVEPVQSTVISRPPRRPDDPIINRALLLRVLSSATLIVLGTLFVFHRELVDGAV-------TSRDTTMTFTTFVAFDMVNAYCCRSADKTVLQMPLLANRPFAYAVGGSILGQLAVIYLPPLQRVFQTEALSPWDLAFIACLASSLALLDTLRK 894          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A4D9DE14_9STRA (Cation_ATPase_N domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9DE14_9STRA)

HSP 1 Score: 907 bits (2344), Expect = 6.900e-315
Identity = 547/1030 (53.11%), Postives = 678/1030 (65.83%), Query Frame = 0

Query:    6 AARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKA---------------------------TAP-LGPVVP--------------------------EGGGRDGDAGPVSHGLRAT-----PLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDD------VIDVAGVGYEPVG-DFTVCGRRVTSQSSPAVATLLEAACLCNNAVLG-----DRAAGGG--GDSSAESAV---------------EGS--------------ARRGQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRCLDSAGV-------ETCYVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARKLLFPDRQ 926
            A+RL+  EV     VD   GL++ EV  R  +  PNE+++ E + L +KY++Q K+PLI++LL SA++S L++QFDDA+SI  AV IV TVAF+QEYRSE+SL+AL  L+PP    LR G+   +MARELVPGDVV +  GDRVPADCR++   DL VDESSLTGE    EK                            TAP L    P                          + G   G A    HG  A      P+AE  N+VF GTL C GH KAVV+ TGMKTEFGKTFE+M+D+E RRTPLQ KMD L KQ+SV+SFG+I       L QGK LL MF IGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAI+K+LP+VEALGCATV+C DKTGTLT+N+MTV+EVF L           I  +GVGY+ VG   T+ G  V + S P V  LL+AACLCNNA L      D + GGG  G S  +S+                EG+              A RGQPTE  LLVAA K FGV DPRP  ERV E AFSS KK MEV C  S          +  YVKG VE+VL  C T+ G       + E ER ++ + A ++  +G RV+AVA+G  +D+L   GLVG++DPPR         M+    R+ MITGDA++TA ++A+ +GF+DP   +TLSG+E+E MS ++LE+ +  VAVFYRTSPRHKL+IV+ALQ +GEVV MTGDGVNDA ALK +DIGVAMG SG+DVAKEAAD++++DD+ +TIT A+EEGK+IFYNIKNFLTFQLST+VAAL+IVA+AT +G  CP+NAMQILWINIIMDGPPAQSLGVEPV   +++RPPR+ASDP+++  L  RVLS+ ALI  GTL+V+   M  +G++      +RRDTTMTFTTFV FDMFNAL CR A+K V  +  F+NK F+ ++GGSLVGQ LVIY   LQ IFQTEALS  DL +I  +ASS++ LDT RK++F   Q
Sbjct:    7 ASRLSVIEVLEKHKVDAVTGLTSEEVRARMRIHGPNEMEEGERETLCQKYMDQLKEPLIVMLLCSALISALMRQFDDALSIAAAVLIVSTVAFIQEYRSEKSLEALNKLVPPKCHALRDGRLLHIMARELVPGDVVHIGVGDRVPADCRVLSCTDLLVDESSLTGEALPAEKTATLLLFNELSGAPSRRRLSTGGSGLSITAPCLASAAPXXXXXXXXXXXXXXXXXXXMFSLSASKSGPEPGHAS-YGHGQTAPEEQEIPIAERTNMVFQGTLVCNGHGKAVVVGTGMKTEFGKTFEEMRDMEHRRTPLQAKMDALAKQISVVSFGVITVIGLLGLAQGKGLLSMFQIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIIKKLPSVEALGCATVVCVDKTGTLTQNQMTVQEVFCLGVGPGVHGGGEIRFSGVGYDVVGCRVTLNGSTVPANSLPPVVQLLQAACLCNNAHLDGPGAEDASPGGGVEGGSYKQSSSSLQELEPPHGPKEDREGTGPRTPPNKRVGSKVAIRGQPTEAALLVAAAK-FGVEDPRPCHERVYESAFSSEKKFMEVVCRHSGDGGRRRGRGDIAYVKGVVEAVLPLCKTYAGGH-EELPLREKERVQISEKALSMARQGLRVLAVAWGHHKDALTLGGLVGMLDPPRPGVRDSISVMRQSKIRVAMITGDAKETAESIAAELGFYDPDVDQTLSGSEMERMSAAQLESIIKRVAVFYRTSPRHKLAIVRALQAVGEVVAMTGDGVNDAAALKQSDIGVAMGQSGTDVAKEAADMIMVDDNFSTITYAVEEGKSIFYNIKNFLTFQLSTSVAALTIVAVATLMGLDCPLNAMQILWINIIMDGPPAQSLGVEPVDPVVMRRPPRRASDPILNRALGVRVLSNAALITAGTLYVYWKEMGHDGIV------SRRDTTMTFTTFVFFDMFNALSCRHAEKPVFSLSPFSNKPFLIAIGGSLVGQFLVIYFRPLQEIFQTEALSFSDLLYIFLLASSLLVLDTIRKVMFRPAQ 1027          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A6H5KAR0_9PHAE (Cation_ATPase_N domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KAR0_9PHAE)

HSP 1 Score: 891 bits (2302), Expect = 2.710e-314
Identity = 502/694 (72.33%), Postives = 535/694 (77.09%), Query Frame = 0

Query:    1 MDTDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTVCGRRVTSQSSPAVATLLEAACLCNNAVLGDRAAGGG---------------------------------------------------GDSSAESAVEGS------ARRGQPTEICLLVAAQKKFGVTD--------PRPTRERVRE----VAFSSSKKKMEVRCLDSAGVETCYVKGSVESVLEDCTTFRGSQGPAA-EMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELE 624
            MDTDSAARL PEEV RHLGVDV+ GLS LEVSVRQGLVPPNEL++EEEDPLYK+YLEQFKDPLILLLLGSAVLSLLIKQ+DDAVSIFMAVTIV TVAFVQEYRSEQSLQALTTLLPP ATCLRGGK +DVMARELVPGDVVLVKSGDR+PADCRLV+AADLFVDESSLTGEGHAREK TA LG V   G  R   AGPVSHG RA PLAECKN+VFMGTLACGGHAKAVV+ATGMKTEFGKTFEDMKD+E RRTPLQ+KMDELGKQLS+LSFGII       ++QGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLT+N+MTVKEVFVLSEDDV+ V GVGY+P G+FTVCGR VT QS PAVA+LLEAACLCNNA LGD A GG                                                     D S  + +EG       A R  P     L +A       D         RP    +      +   S  +  +VRCLDSAG ETCYVKGSVE+VL++CT  +  +G AA EMGETERRRVLDAA ALGSKGRRVMAVA G   DSLFFCGLVGIMDPPRASAI FAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSG EIE MS SELE
Sbjct:    1 MDTDSAARLAPEEVGRHLGVDVQSGLSMLEVSVRQGLVPPNELEKEEEDPLYKRYLEQFKDPLILLLLGSAVLSLLIKQYDDAVSIFMAVTIVATVAFVQEYRSEQSLQALTTLLPPHATCLRGGKASDVMARELVPGDVVLVKSGDRIPADCRLVQAADLFVDESSLTGEGHAREKVTAALGAVA-RGDDRPDGAGPVSHGHRAIPLAECKNMVFMGTLACGGHAKAVVVATGMKTEFGKTFEDMKDIETRRTPLQIKMDELGKQLSLLSFGIIGVIALVGVLQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTRNKMTVKEVFVLSEDDVLAVGGVGYDPTGEFTVCGRGVTPQSCPAVASLLEAACLCNNASLGDTAVGGARASRRVWLQIGNDGRKKMEMVRLWLFSSQTPPFAPIPHYMGLERLKLECVMADLSLGATIEGCGCISVLAFRVWPFGSTFLESASAWCLARDFTLRALVCVRPPHHLINSWFVLLHTVSVIRHAQVRCLDSAGKETCYVKGSVEAVLDNCTICQVQRGSAAAEMGETERRRVLDAASALGSKGRRVMAVARGTRADSLFFCGLVGIMDPPRASAIMFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGAEIESMSTSELE 693          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A6U0ZXV7_9STRA (Hypothetical protein n=1 Tax=Rhizochromulina marina TaxID=1034831 RepID=A0A6U0ZXV7_9STRA)

HSP 1 Score: 886 bits (2290), Expect = 2.190e-308
Identity = 524/987 (53.09%), Postives = 654/987 (66.26%), Query Frame = 0

Query:    3 TDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTV---------------------------KEVFVLSEDD----------VIDVAGVGYEPVGDFTVCGRRVTSQSSPAVATLLEAACLCNNAVL----------------GDRAAGGGGDSSAESAVEGSARR------GQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRC---LDSAGVETCYVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQM--DMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARKLLFPDR 925
            +D  A L   E+    GVD   GLS  E + R+ +   NEL++EE++P+Y K+L QFKDPLI LLL SAV+SLL+KQ+DDA+SI +AV IV TVAFVQEYRSEQSL  LT L+PP   C+RGG+   + ARELVPGDV ++ +GD        + A DL VDESSLTGE    +K+  P          +DG+            L++C  ++FMGT    GHA+A+V+ATGM+TEFGKTF++MKDVE R+TPLQ+ MD+LG++LS++SF +I        ++G+KLL+MF IGVSLAVAAIPEGLPICVTVTLALGVMRMA R+AIVK+LPAVEALGCATV+C DKTGTLT+NEMTV                           ++  + +  D          V  + GVG    G   + G  V  Q  PA+A LLE ACLCNN+ L                G      G  SS     + +AR+      GQ TE  LLVAA K  G+ DPRP   RV EVAFSS +K+MEV C   +D AG E CYVKG+V  VL  CT    ++G    + E +RRRV DA   L  +G RV+A+A+G S + L   GLVG+ DPPR        ++Q    R+CMITGDA+DTA+A+A+ +GFF+   H  LSG+E+E  S  ELE  +  V VFYRT+PRHKL+IV+ALQ  GEVV MTGDGVNDAPAL AADIGVAMG++G+DVAKEAAD+V++DD+  TI  A+EEGK+IFYNIKNFLTFQLST+V+ALSIVAIA   G   P+NAMQILWINIIMDGPPAQSLGVEPV  A+V RPPR+  +P+I++ +++RVLSS  LIV GTL+V    +    +       TRRDTTMTFTTFVMFDM NALCCRS D  + ++    FANKAF+++ GGSLVGQ LV+Y   +Q IFQTEALSL DL FI  + SSM+ LDTARK+L   R
Sbjct:    9 SDDQASLPLAELLAVHGVDPAIGLSLSEAAEREEVYGGNELEEEEDEPMYMKFLGQFKDPLIGLLLISAVVSLLLKQYDDAISIALAVVIVSTVAFVQEYRSEQSLAELTKLIPPQCHCIRGGQVQALEARELVPGDVTVLSTGDXXXXXXXXISATDLLVDESSLTGESMLADKSELPHP--------QDGE------------LSKC--MLFMGTTVNHGHARALVVATGMRTEFGKTFQEMKDVEKRKTPLQVSMDDLGQRLSIVSFAVIGVIALVGFLRGQKLLNMFTIGVSLAVAAIPEGLPICVTVTLALGVMRMAARSAIVKKLPAVEALGCATVVCVDKTGTLTQNEMTVTCVVCPGMAPPTSGSDPGSPGARGLGFRDAAIPTAKDASRKLEEAMPVFRLDGVGLNFFGHVRLRGEAVDLQEHPALAKLLEVACLCNNSDLSPTDPEDSSPNPVWEDGASPVSPGVLSSWSLVPDTTARQAYMRVVGQKTEAALLVAAVK-CGLRDPRPAHNRVSEVAFSSERKRMEVTCRSRMDPAGHEVCYVKGAVNGVLGHCTAIATARGERP-LTEADRRRVEDAEHLLACQGLRVLALAHGSSPEQLCLDGLVGMSDPPRKGVRGAIHKLQESRARVCMITGDAKDTAIAIATELGFFEADRHLALSGSEVEQASAPELEEQISNVTVFYRTTPRHKLAIVQALQKCGEVVAMTGDGVNDAPALSAADIGVAMGLTGTDVAKEAADMVILDDNFVTIVDAVEEGKSIFYNIKNFLTFQLSTSVSALSIVAIANLTGMPNPLNAMQILWINIIMDGPPAQSLGVEPVDAAVVTRPPRRHDEPIINSLVLYRVLSSALLIVTGTLYVHMREVADGEI-------TRRDTTMTFTTFVMFDMMNALCCRSMDTPIYRLAQGFFANKAFLWATGGSLVGQCLVVYWAPMQRIFQTEALSLGDLGFITLITSSMLVLDTARKVLIGSR 964          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A7R9U9C9_9STRA (Calcium-transporting ATPase n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9U9C9_9STRA)

HSP 1 Score: 814 bits (2102), Expect = 6.540e-281
Identity = 472/955 (49.42%), Postives = 623/955 (65.24%), Query Frame = 0

Query:    1 MDTDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTVCGRRVTSQSSPAVATLLEAACLCNNAVLGDRAAGGGGDSSAESAVEGSARRGQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRCLDS----AGVETCYVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFD--PSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARKLLFPDRQGEAPAWAGSTFLRTVGREKLSTA 949
            M+T SA+++ PEEV   + V    GLS+  V   +     NE+++E E+ L +K+  QFKDP+ILLLL SA +SLL++QFDDA+SI +AV IV TVAFVQEYRSEQ+L AL  L+PP    LR G   +V A+++VPGD+  + SGD V AD R++ +  L  DESSLTGE +   K    +  +   G                  +AEC N+VFMGTL   G+A+AVV ATGM+TEFG TF +++D+E  +TPLQ+KMDELGK LS++SFG+I        ++G+ LL MF IGVSLAVAAIPEGLPICVTVTLALGV+RMAKR AIVK+LPAVEALGC   IC DKTGTLT+N   V E+F+ SE   IDV GVGY   G  T+    +T++    +  LLEAA LCNNA L   A GG      E  V G     Q TE  +LV A K  G+TDPR   +R++E  FSS KKKM V C  S      V   ++KG+ + +LE CT F    G    M       +   A  +GS+G RV+AVA G     L F GL+G+ DPP++      E M+    R+ M+TGDA +TA+++ S +  +D   S HR +SG E+E MS  E E  + +V +FYR SPRHK  IVKALQ  G VV MTGDGVND+ ALKAA+IGVAMG+ G++VAKEAAD+VL+DD+ +TI  A+EEGKAI+YNIKNFLTFQLST+VAALS+++ +T  G+  P+NAMQILWINIIMDGPPAQSLGVEPV   + +RPPR   +P+++++L++RVL++  L+V GTL VF     ++  +      T R+TTMTFT FV FDM NA CCRS  K   Q+ +F N  F+ +VG S++GQ+ VIY+P+ Q IFQTEAL++ DL ++  +AS ++ LD  RK++       +     ++ L  +G  ++  A
Sbjct:    1 METASASQMMPEEVLHAMDVIASEGLSSERVFQLRDRHGRNEMEKEPEETLVQKFFGQFKDPMILLLLASAGVSLLLRQFDDAISITLAVIIVSTVAFVQEYRSEQALAALEDLVPPRTNVLRSGVVINVEAKDVVPGDIFELVSGDLVAADARVISSNGLMTDESSLTGESNPCTKKADRIDVLTKSG--------------EKVAIAECSNMVFMGTLVTAGNARAVVTATGMQTEFGTTFAELRDMEDPKTPLQLKMDELGKSLSIMSFGVIGLISLIGYLRGRSLLSMFQIGVSLAVAAIPEGLPICVTVTLALGVIRMAKRKAIVKKLPAVEALGCTNAICVDKTGTLTQNRQVVTEIFLPSERAKIDVTGVGYHLEGTLTLENAPITAERHGGLRRLLEAAYLCNNAQLKGAAKGG------EPGVIG-----QSTEGAILVVATKA-GMTDPRLRWQRIKEEPFSSEKKKMMVSCRTSNSFGESVVEHFMKGAPDFILEKCTHFVSLSGEPRRMDAGSTSEISSIAKEMGSRGLRVLAVARGVEVSRLEFVGLLGMRDPPKSGVKEAVEVMRKSGVRVIMVTGDAYETAISIGSDLKIYDGDASGHRAVSGGELEGMSEVEREQLMRDVTIFYRLSPRHKRLIVKALQTTGHVVGMTGDGVNDSSALKAAEIGVAMGLHGTEVAKEAADMVLLDDNFSTILPAVEEGKAIYYNIKNFLTFQLSTSVAALSLISFSTLFGYANPLNAMQILWINIIMDGPPAQSLGVEPVDEMVRKRPPRDLREPIVTSKLLFRVLTTALLVVAGTLHVFLTEYAEDQQV------TNRETTMTFTVFVAFDMVNAYCCRSESKPFWQLPVFGNHMFLGAVGFSVLGQLAVIYVPFFQRIFQTEALTMGDLLYVCSIASLLLLLDAVRKIMQRRYDSTSGGTGSNSGLALLGGPRVKVA 923          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A6U4FFK6_9STRA (Calcium-transporting ATPase n=2 Tax=Phaeomonas parva TaxID=124430 RepID=A0A6U4FFK6_9STRA)

HSP 1 Score: 813 bits (2099), Expect = 2.050e-280
Identity = 476/932 (51.07%), Postives = 613/932 (65.77%), Query Frame = 0

Query:    1 MDTDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTVCGRRVTSQSSPAVATLLEAACLCNNAVLGDRAAGGGGDSSAESAVEGSARRGQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRCLDSAG------VETCYVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGKS---EDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFD--PSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARKLL 921
            MDT  AA +  EE    + V+   GLS+  V   + L   NE+++E+E+ L +KYL+QFKDP+ILLLL SA +SLL++QFDDA+SI +AV IV TVAFVQEYRSEQ+L AL  L+PP    LRGG T +V AR++VPGD++++ +G           +A L  DESSLTGE   + K+ A L         RDG          A  LA+C+N+VFMGTL   G+ +AVV ATGMKTEFG TF +++D+E  +TPLQ+ MDELGK LSV+SF II        ++G+ LL MF IGVSLAVAAIPEGLPICVTVTLALGV+RMA R AIVK+LPAVEALGC  VIC DKTGTLT+N   V EVF+  E + I+V G GY   G   + G  +   S  AV  L EAACLCNNA L  + AG GG+             GQ TE  +LVAA K  G+ DPR    RV E  FSS +KKM V C    G      VET ++KG  + VL     + G  G    +  T    + + A  +GS+G RV+ VA+  S   E ++ F GL+G+ DPP+A        M+    R+ M+TGDA +TAV++   +G +D     H+ +SG E+E MS  E E  + +V VFYR SPRHK  IVKALQ  G VV MTGDGVND+ ALKAA IGVAMG++G++VAKEAAD++L+DD+ +TI  A+EEGKAI++NIKNFLTFQLST+VAALS+V+ +T  G+  P+NAMQILWINIIMDGPPAQSLGVEPV   + +RPPR   +P++S +L+ RVLS+  L+V GTL VF      +      +  T+RDTTMTFT FV FDM NA CCRS  K   ++  F N+ F+ +VG S++GQ+ VIY+P+ Q+IFQTEALSL DL ++  +AS++  LD+ RK+L
Sbjct:    1 MDTAKAAEMMAEEALHAMRVEASAGLSSEAVFQARDLYGRNEMEKEDEETLLQKYLDQFKDPMILLLLASAGVSLLVRQFDDAISIALAVVIVSTVAFVQEYRSEQALAALEDLVPPRTNVLRGGVTINVEARDVVPGDILVLSAGXXXXXXXXXXASAGLMTDESSLTGESDPKSKSPARLDVR------RDG--------ATAVALADCRNMVFMGTLVTAGNGRAVVTATGMKTEFGATFAELRDMEDPKTPLQLTMDELGKNLSVMSFAIIGVISVVGWLRGRPLLSMFQIGVSLAVAAIPEGLPICVTVTLALGVVRMAARKAIVKKLPAVEALGCTNVICVDKTGTLTQNRQVVTEVFLPCEHNRIEVTGEGYHLEGSVILDGAPLRVDSHTAVTRLFEAACLCNNAQL--KQAGRGGEPGVV---------GQSTEGAILVAATK-LGLADPRLRWHRVSEEPFSSEQKKMSVTCRLGVGGDAEARVET-FMKGGPQLVLGKSKYYLGRSGELLPLDHTATGNITEVAREMGSRGLRVLGVAFRSSDELESNMCFLGLLGMRDPPKAGVREAVGVMRDAGVRVIMVTGDAYETAVSIGGDLGLYDGEAGGHKAISGGELEGMSDIEREALIRDVTVFYRLSPRHKRIIVKALQATGHVVGMTGDGVNDSSALKAAQIGVAMGLNGTEVAKEAADMILLDDNFSTILPAVEEGKAIYHNIKNFLTFQLSTSVAALSLVSFSTAFGYANPLNAMQILWINIIMDGPPAQSLGVEPVDNTVRKRPPRDMREPIVSRKLLTRVLSTALLVVAGTLHVFLSEYYAD-----DMQVTKRDTTMTFTVFVAFDMVNAYCCRSDSKPFWELQPFNNRMFLVAVGLSILGQLAVIYVPFFQAIFQTEALSLGDLVYVSSIASTLFVLDSVRKVL 900          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A0D2X1U9_CAPO3 (Calcium-transporting P-type ATPase n=2 Tax=Capsaspora owczarzaki (strain ATCC 30864) TaxID=595528 RepID=A0A0D2X1U9_CAPO3)

HSP 1 Score: 813 bits (2101), Expect = 3.510e-280
Identity = 475/939 (50.59%), Postives = 623/939 (66.35%), Query Frame = 0

Query:    2 DTDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTVCGRRVTS-------QSSPAVA----TLLEAACLCNNAVLGDRAAGGGGDSSAESAVEGSARRGQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRC---------LDSAGVETCYVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARKL 920
            D  + A +T EE    L V   RGL A  V+ R+GL   NEL+ ++++PL++K+L+QFK+PLILLLL SA +SLL+ QFDDA+SI +AV IV TV FVQEYRSE+SL+AL  L+P    CLR GK   + ARELVPGD+V++  GDRVPAD R++E+ +L +DES+LTGE     K T  +               P + GL+   + + KN+ FMGTL   G    VV A    TEFG  F  +++VE R+TPLQ+KM ELG+ LS LS G+I       L QG+ +L+ F +GVSLAVAAIPEGLPI VTVTLALGVMRMAK NAIVK+LP+VE+LGCA V+C DKTGTLT+NEMTV  VF ++   V+ V+G GY   G   V G  +T         ++P +A     +L    LCNNA +          S+A   V      GQPTE  L+ AA K  G+TD R   ERV E  F+S  K M V+C         +DS G +T YVKG++++VL+ C+    + G    +  +++  +   A  +   G RV+A+AYG   DSL F G VGI+DPPR       +++      + MITGDA++TAVA+   +G FD + H  +SG ++E M   EL   +H   +FYRTSP+HK++IV A Q  G+VV MTGDGVNDAPAL+ ADIGVAMG SG+DV+KEAADV+L+DD+  TI AAIEEGK+IFYNIKNFL FQLST+VAALS++AI+TF+G++ P+NAMQILWINIIMDGPPAQSLGVEPV   ++++PPRKA DP+I+  L+ RVL S   I+VGTL+V+   M  + V+        RD TM FTTFV+FDMFNAL  RS +K +  +  F N AF+YSVGGSL+GQ+ VIY+P+LQSIFQTEAL+L D+ +I  +AS++   + ARK+
Sbjct:   61 DAWTFALMTSEETLARLDVHRDRGLDAAAVNHRRGLRGFNELEVKDDEPLWRKFLDQFKEPLILLLLASATISLLLGQFDDAISIALAVIIVVTVGFVQEYRSEKSLEALNKLVPHKCHCLREGKVQQIYARELVPGDIVVLALGDRVPADIRMIESVELEIDESNLTGETIPMPKHTGAI---------------PHAPGLQKPSIHDRKNMGFMGTLVRNGRGVGVVTAISEDTEFGHVFFMLQEVEDRQTPLQIKMQELGQSLSWLSLGVIGVICLLGLAQGRNMLETFTVGVSLAVAAIPEGLPIVVTVTLALGVMRMAKHNAIVKKLPSVESLGCANVVCVDKTGTLTQNEMTVTRVFTVARG-VLPVSGQGYSGHGAVLVDGAPITVGNANASFSAAPVIAHDVLRVLVVGNLCNNAHI----------SAAGELV------GQPTEGALIAAAMK-VGLTDQRRCYERVAENPFNSDNKWMAVKCRRPTGGPSVMDSTG-DTYYVKGALDAVLDRCSFAVAANGNIVALSPSDKALITRTAAEVAGTGLRVVAMAYGFPLDSLVFTGFVGIIDPPRVGVREAVQQLLGSGVAVVMITGDAQETAVAIGEQIGIFDRNFHTAISGQQVEAMDQHELAHVIHRARIFYRTSPKHKMTIVAAYQENGDVVAMTGDGVNDAPALRLADIGVAMGRSGTDVSKEAADVILVDDNFLTIMAAIEEGKSIFYNIKNFLRFQLSTSVAALSLIAISTFMGYQNPLNAMQILWINIIMDGPPAQSLGVEPVDHDVMKKPPRKAKDPIITKMLIQRVLISALFILVGTLYVYIHEMKVDNVV------DARDNTMAFTTFVLFDMFNALASRSEEKSIFTIGFFTNSAFLYSVGGSLIGQLAVIYVPFLQSIFQTEALALGDVVYITVLASTVFWAEEARKM 959          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A1S3I5B6_LINUN (Calcium-transporting ATPase n=2 Tax=Lingula unguis TaxID=7574 RepID=A0A1S3I5B6_LINUN)

HSP 1 Score: 808 bits (2087), Expect = 2.040e-278
Identity = 467/923 (50.60%), Postives = 604/923 (65.44%), Query Frame = 0

Query:    1 MDTDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTVCGRRVTSQSSPAVATLLEAACLCNNAVLGDRAAGGGGDSSAESAVEGSARRGQPTEICLLVAAQKKFGVTDPRPTRERVREVAFSSSKKKMEVRCLDSAGV--ETCYVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARKLL 921
            M ++ AA     EVARH  VDVK GLS  E   RQ     NE +  EE+ L KKYL QFKDPLI+LLLGSA++S+L+KQFDDA+SI +A+TIV TVAF+QEYRSE+SL+AL  L+PP   CLR G     +AR LVPGD+V +  GDRVPAD RL E  DL +DESS TGE     K +A  G  +  G                  +A+ +N+ FMGTL   G  K +VI T   +EFG+ F+ M+  E  +TPLQ  MD LGKQLS  SF II        +QGK +L+MF IGVSLAVAAIPEGLPI VTVTLALGVMRMAKR AIVK+LP VE LGC  VIC+DKTGTLTKNEMTV  ++  S+    +V GVGY   G+    G  V   + P+++ L+E +CLCNNA +                 E +   GQPTE  LL AA K   + + R   +R++E  F+S  KKM V+C+   G   E  +VKG++E +L+ C T+     P    G  +    L+A+  +G  G RV+A+AYG S D+L F G+VG++DPPR       E + +    + M+TGDAE+TA A+ S +G +    H TLSG +++ M  SEL+  ++ VAVFYR SPRHK  IVKALQ    +V MTGDGVNDA AL++ADIG+AMG  G+DV KEAAD++L+DD+ +TI +AIEEGK IFYNI+NF+ FQLST++AAL+++ ++T  G   P+NAMQILWINIIMDGPPAQSLGVEPV   ++++PPR+ +D ++S +L+  V+ S  +IV GTLWVF   M+ N +       T RDTTMTFT FV FDMFNAL CRS  K V  + +F+N+ F+ +VGGSL+GQ+LVIY P LQ+IFQTEAL L D  F+  + SS+  +   RKL+
Sbjct:   44 MTSEHAAGEDYTEVARHFNVDVKTGLSHAEAEARQKAHGYNEFEIIEEETLLKKYLGQFKDPLIMLLLGSALVSVLMKQFDDAISITVAITIVVTVAFIQEYRSEKSLEALKQLVPPKCHCLRDGHLETFLARNLVPGDIVHLTIGDRVPADIRLFETTDLSIDESSFTGETQPANKTSAVQGAKINNG------------------IADRRNIGFMGTLVRCGRGKGIVIGTAENSEFGEVFKMMQAEEPPKTPLQRSMDTLGKQLSFYSFCIIAVIMLIGWLQGKHMLEMFTIGVSLAVAAIPEGLPIVVTVTLALGVMRMAKRKAIVKKLPIVETLGCVNVICSDKTGTLTKNEMTVTHIYT-SDGLHAEVTGVGYNGNGEIRCNGNLVKDYTHPSISKLMEVSCLCNNAEI-----------------ENNTLLGQPTEGALLAAAMK-MNLYNLRDGYDRLQEWPFTSDTKKMVVKCVPKQGPRQEMYFVKGALERLLQQCKTYYSRGAPLPLTGAQQHAYTLEAS-RMGVAGLRVLAMAYGPSMDNLMFVGMVGMIDPPRPGVRESVEVLVSSGVAIKMVTGDAEETAAAIGSRLGLYSLGGH-TLSGEQLDQMDISELQRIINRVAVFYRASPRHKHKIVKALQNNKYIVGMTGDGVNDAVALRSADIGIAMGTVGTDVCKEAADMILVDDEFSTIMSAIEEGKGIFYNIRNFVRFQLSTSIAALTLITLSTVFGLPNPLNAMQILWINIIMDGPPAQSLGVEPVDHDVIRQPPRRVNDSILSRKLLSNVVLSALIIVTGTLWVFWREMSDNKI-------TPRDTTMTFTCFVFFDMFNALSCRSQKKSVFSIGLFSNRMFLLAVGGSLLGQLLVIYFPPLQAIFQTEALYLTDFLFLIALTSSVFVVTEIRKLI 920          

BLAST of mRNA_P-fluviatile_contig66.13227.1 vs. uniprot
Match: A0A0A9XTD2_LYGHE (Calcium-transporting ATPase n=7 Tax=Miridae TaxID=30083 RepID=A0A0A9XTD2_LYGHE)

HSP 1 Score: 801 bits (2069), Expect = 8.140e-275
Identity = 467/926 (50.43%), Postives = 603/926 (65.12%), Query Frame = 0

Query:    1 MDTDSAARLTPEEVARHLGVDVKRGLSALEVSVRQGLVPPNELQQEEEDPLYKKYLEQFKDPLILLLLGSAVLSLLIKQFDDAVSIFMAVTIVGTVAFVQEYRSEQSLQALTTLLPPSATCLRGGKTADVMARELVPGDVVLVKSGDRVPADCRLVEAADLFVDESSLTGEGHAREKATAPLGPVVPEGGGRDGDAGPVSHGLRATPLAECKNVVFMGTLACGGHAKAVVIATGMKTEFGKTFEDMKDVEVRRTPLQMKMDELGKQLSVLSFGIIXXXXXXXLIQGKKLLDMFNIGVSLAVAAIPEGLPICVTVTLALGVMRMAKRNAIVKRLPAVEALGCATVICADKTGTLTKNEMTVKEVFVLSEDDVIDVAGVGYEPVGDFTV--CGRRVTSQSSPAVATLLEAACLCNNAVLGDRAAGGGGDSSAESAVEGSARRGQPTEICLLVAAQKK--FGVTDPRPTRERVREVAFSSSKKKMEVRCLDSAGV---ETCYVKGSVESVLEDCTTFRGSQGPAAEMGETERRRVLDAAGALGSKGRRVMAVAYGKSEDSLFFCGLVGIMDPPRASAIAFAERMQACSTRMCMITGDAEDTAVAVASAVGFFDPSHHRTLSGTEIEHMSPSELETFVHEVAVFYRTSPRHKLSIVKALQGIGEVVVMTGDGVNDAPALKAADIGVAMGVSGSDVAKEAADVVLMDDDIATITAAIEEGKAIFYNIKNFLTFQLSTAVAALSIVAIATFLGFKCPINAMQILWINIIMDGPPAQSLGVEPVQGAIVQRPPRKASDPVISTRLMWRVLSSGALIVVGTLWVFSLGMTQNGVLLRSLTPTRRDTTMTFTTFVMFDMFNALCCRSADKIVAQMDMFANKAFVYSVGGSLVGQMLVIYMPWLQSIFQTEALSLKDLAFIGFVASSMVALDTARK 919
            M T  A+ L  EEVA  L VD++ GL   E  +R+ L   NE   +EEDPL+KKYLEQFK+PLILLLLGSA +S+ +KQFDDAVSI +A+ IV TVAF+QEYRSE+SL+ LT L+PPS TC+RGG     + R+LVPGD+V +  GDRVPAD RL EA DL +DESS TGE     K TAP+                    L++   +  KN+ FMGTL   G+ K +V+ TG K+EFG+ F+ M+  E  +TPLQ  MD LG QLS  SF II        IQG+ +L+MFNIGVSLAVAAIPEGLPI VTVTLALGVMRMA+R AI K+LP VE LGC  V+C+DKTGT+TKNEMTV  +   S+  + +V+G GY   G+  +  C    T + S  +  LLE   +CNNAV+                  G    GQPTE  LL AA K   +G++D      R++E  FSS +K M V+C+   G    E  +VKG+ E +L+ CT +   +G    +   + +  L  A  +G KG RV+ VA G S   L F G+VGI DPPR         +     ++ ++TGDA++TAVA+A  +G  D  H +TLSG EI+ MS  +L+  VH V VFYR +PRHKL+IVKA Q  G +V MTGDGVND  ALK ADIG+AMG  G+DV KEAAD++L+DDD  TI AAIEEGK I+YNI+NF+ FQLST++AALS++A+AT      P+NAMQILWINIIMDGPPAQSLGVEPV   IV++ PR    P+I+  L+  VL S A+I++GTLWVF+  M+ +G+       T+RDTTMTFT FV FDMFNAL CRS  K V  + +F+NK F+ +V GS++GQ++V+Y P LQS+FQTEAL+ +DLAF+  + S++      +K
Sbjct:  113 MTTGEASWLGAEEVAARLRVDLRTGLWGREPELRRQLAGYNEFSVKEEDPLWKKYLEQFKNPLILLLLGSAFVSICMKQFDDAVSITVAILIVVTVAFIQEYRSEKSLEELTKLVPPSCTCVRGGVLESFLGRDLVPGDIVHLNVGDRVPADIRLFEAIDLAIDESSFTGETEPAAKITAPV--------------------LKSNGHSSMKNIGFMGTLVRCGNGKGIVVNTGEKSEFGEVFKMMQAEEAPKTPLQKSMDVLGTQLSFYSFIIIGLIMLIGWIQGRNILEMFNIGVSLAVAAIPEGLPIVVTVTLALGVMRMARRKAIAKKLPTVETLGCVNVLCSDKTGTITKNEMTVTCILT-SDGYLAEVSGAGYNDHGEIHIHQCDNLETGRDS--IYRLLEVGVVCNNAVI-----------------NGETLLGQPTEGALLAAAMKHGMYGISDKYI---RLQEYPFSSEQKMMAVKCVPKYGESKEEIFFVKGAPEIILQQCTKYSW-KGQYQSLNTKKEQEFLAEAHEIGRKGLRVVGVASGSSLQDLVFMGIVGICDPPRPHVRESIHTLLGMGVKVKLVTGDAQETAVAIAQLIGL-DTLHSQTLSGDEIDSMSEYQLDQIVHNVTVFYRVTPRHKLTIVKAFQRSGAIVAMTGDGVNDGVALKKADIGIAMGKCGTDVCKEAADMILVDDDFNTIIAAIEEGKGIYYNIRNFVRFQLSTSIAALSLIALATLFRIPNPLNAMQILWINIIMDGPPAQSLGVEPVDKDIVKQGPRDVKQPMITKHLIINVLLSAAIIIMGTLWVFNREMSTDGI-------TKRDTTMTFTCFVFFDMFNALSCRSQTKSVFSIGLFSNKMFLLAVTGSVIGQLMVVYFPPLQSVFQTEALTWRDLAFLTGLTSTVFIFSEIKK 986