mRNA_P-fluviatile_contig13.1923.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig13.1923.1
Unique NamemRNA_P-fluviatile_contig13.1923.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A6H5KE77_9PHAE (NAD(P)-bd_dom domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=A0A6H5KE77_9PHAE)

HSP 1 Score: 458 bits (1178), Expect = 5.240e-154
Identity = 260/356 (73.03%), Postives = 293/356 (82.30%), Query Frame = 3 
Query:   27 MMAIQTMTVLLLSIAPAGVVGFF----------VARPSGLSMSATEGSPSTAFDRRALVDRCAAGLLGTA----TAA-------LVVGNGVAGAAAAEAGTQESPIAVVGAGGK---TGKLAVEGLMRRGKAVRAVTRTGDFAL-GGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPKGVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPLQGSLPKTSGYERSGDDYSAMFKGLEAGVGL 1019
            M A++  TVL+ +  PA VVGF           + +P+GL MSATE +  + FDRR+LV+R AAGLLGTA    TAA       L+ G   A A+A+E GT++SPIAVVGAGGK   TGKLAVEGL++RG+ VRAVTRTG+F+L GGDG  L+TTAAGDVTK DTLKQALAGC AVLFCASASKKGGNAEAVD  GVLNTA+ACVELGVPRLVV+SSGAVTKPDSLG+KVTN+FGNIMT KRKGEVGLEEIYA+APKGVTYTIVRPGGLTDG VIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPA EN +FE+YDKKS  PLQG LPKTSGYERSG+ Y A+FKGL+ G+GL
Sbjct:    1 MPAVRISTVLMAAAVPAAVVGFLAPSVHTSARRLQQPAGLRMSATEDTSPSPFDRRSLVNRVAAGLLGTAAVVTTAAGTGEELRLLTGVDTA-ASASEPGTKQSPIAVVGAGGKCRKTGKLAVEGLLKRGRNVRAVTRTGEFSLRGGDGGDLMTTAAGDVTKTDTLKQALAGCGAVLFCASASKKGGNAEAVDNQGVLNTAQACVELGVPRLVVISSGAVTKPDSLGFKVTNVFGNIMTLKRKGEVGLEEIYAAAPKGVTYTIVRPGGLTDGAVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPATENTIFEIYDKKSRAPLQGGLPKTSGYERSGESYEAIFKGLQGGIGL 355
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A4D9D2R3_9STRA (NAD(P)-bd_dom domain-containing protein n=2 Tax=Monodopsidaceae TaxID=425072 RepID=A0A4D9D2R3_9STRA)

HSP 1 Score: 216 bits (549), Expect = 7.920e-61
Identity = 134/262 (51.15%), Postives = 171/262 (65.27%), Query Frame = 3 
Query:  243 AAAAEAGTQESPIAVVGAGGKTGKLAVEGLMRRGKAVRAVT-------RTGDFALGGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGN-IMTFKRKGEVGLEEIY-ASAPKGVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPLQGSLPKTSGYERSGDDYSAMFKGL 1001
            A AA   + ++P+AV+GA GKTG+L V+ L+  GK VRA++          D  +  D   LL+ A GDVTK DTL  A+ G SAV+F +SASKKGGNA+AVD  GV N ARA +   +PRL+V+SSGAVTKPDS GYKVTN+F   IM  K +GE  L  +Y +SAP GVTYT++RPGGL++   +G  G+ELNQ DTI G + R DVA V V A  +P A +  FEVY+     PLQ   PK SG ER  + +  +FKGL
Sbjct:   56 ALAASRPSSDAPVAVLGARGKTGRLIVQQLLAEGKHVRALSYQPFEYDAKKDLPVNVD-LSLLSYAIGDVTKYDTLPDAIRGSSAVIFASSASKKGGNAQAVDCDGVENIARAAISEKIPRLLVISSGAVTKPDSFGYKVTNMFARGIMGLKLEGEDRLRALYRSSAPAGVTYTVLRPGGLSNDKGLGVNGLELNQKDTIIGEISRNDVAAVAVHAITAPEAADVTFEVYEIGRRTPLQPEFPKESGMERRAEKWEDIFKGL 316
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A0G4FGS8_VITBC (NAD(P)-bd_dom domain-containing protein n=1 Tax=Vitrella brassicaformis (strain CCMP3155) TaxID=1169540 RepID=A0A0G4FGS8_VITBC)

HSP 1 Score: 211 bits (536), Expect = 5.020e-59
Identity = 134/298 (44.97%), Postives = 178/298 (59.73%), Query Frame = 3 
Query:  159 RRALVDRCAAGLLGTATAALVVGNGVAGAAAAEAGTQESP----------IAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTGDFALGGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIF----GNIMTFKRKGEVGLEEIYASAPK-GVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPLQGSLPKTSGYERSGDDYSAMFKGLEA 1007
            RRAL++R  +  LG      +    VA   AAE+    +P          + V+GAGG+TG+L VE L + G+AVRA TR    A   D   L++T+A DV    +++Q + GCS V+F ASASK GG A AVDYLGV N A+AC+E GV RLV++SSGAVT+PDS+GYK+TN      G+IM  KRKGE  L  +Y S+ K   +YTI+RPGGL D    GP+ +E+NQGD     + R DVA   V A  SP       EVY  +   PL+G  P  SG+ER G+ +  +F GL++
Sbjct:   13 RRALLERSMSAGLGLLVLDQMRAPAVAAEEAAESAATATPPAAVKPSAASVCVLGAGGRTGRLIVELLAQEGRAVRAGTRGPPPASSSD---LVSTSAIDVKDLPSVRQGVRGCSGVIFAASASKAGGKAAAVDYLGVENVAKACLEEGVERLVLLSSGAVTRPDSVGYKLTNFLTLDKGDIMGNKRKGEDALRALYKSSAKPNQSYTIIRPGGLRDAEPAGPSQLEINQGDYFFSEIPRADVAATAVSALFSPYTRGVTMEVYKAEGRFPLEGGFPPNSGFERRGNSFDELFSGLKS 307
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A7S0HMC0_9CRYP (Hypothetical protein n=1 Tax=Hanusia phi TaxID=3032 RepID=A0A7S0HMC0_9CRYP)

HSP 1 Score: 206 bits (523), Expect = 1.670e-56
Identity = 127/271 (46.86%), Postives = 167/271 (61.62%), Query Frame = 3 
Query:  279 IAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTG------DFALGGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPK-----GVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPLQGS------LPKTS---------GYERSGDDYSAMFKGLEAGV 1013
            +AVVGAGG TGK  V+ L+RRG  VRA+ R        DF L GD + L++   GD+T  DTL+  L GC A++F ASASKKGG+ + VDY G+LN A+ C++  + RLVVVSSGAV++PDS  YK  N+FG+IM +K +GE  ++ +Y +A         +YTIVRPGGLT+G  +G + IELNQGDT  G + R DVAE+ VE+  S  A +  FE Y K +  PL+G         KTS         G ER GD +  +F GLE  V
Sbjct:  104 VAVVGAGGGTGKECVDALIRRGIPVRAIIRAKTNSKGKDFVLEGDSS-LVSEIVGDITAPDTLRDPLKGCKALIFAASASKKGGDPQKVDYQGLLNCAQLCIDQNIERLVVVSSGAVSRPDSAVYKFLNLFGSIMYWKIQGENEMKSMYKAAKAKNPSFSGSYTIVRPGGLTEGPSLGVSSIELNQGDTKSGRIARADVAEICVESIFSKDAADTTFECYYKDTAKPLEGVGLSNLFKKKTSDTEAQSNLTGKERQGDSWPKLFSGLEKDV 373
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: L1IPP0_GUITC (NAD(P)-bd_dom domain-containing protein n=2 Tax=Guillardia theta TaxID=55529 RepID=L1IPP0_GUITC)

HSP 1 Score: 202 bits (515), Expect = 3.240e-56
Identity = 125/271 (46.13%), Postives = 166/271 (61.25%), Query Frame = 3 
Query:  279 IAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTG------DFALGGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPK-----GVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPLQGS------LPKTS---------GYERSGDDYSAMFKGLEAGV 1013
            IAVVGA G TGK  V  L+RRG  VRA+ R        DF L GD + L++   GD+T  DTL+ +L GC A++F ASASKKGG+ + VDY G+LN A+ C++  + RLVVVSSGAV++PDS  YK  N+FG+IM +K +GE  ++ +Y SA +       +YTIVRPGGLT+G  +G + +ELNQGDT  G + R DVAE+ VE+  S  A +  FE Y K +  PL+G         KTS         G ER  D +  +F GL+  V
Sbjct:   33 IAVVGASGGTGKECVNALVRRGIPVRAIIRAKTNSKGKDFVLEGDSS-LVSEVIGDITSPDTLRDSLKGCKALIFAASASKKGGDPKQVDYQGLLNCAQLCIDQNIERLVVVSSGAVSRPDSAVYKFLNLFGSIMYWKIQGENEMKGMYKSAREKNPSFACSYTIVRPGGLTEGAALGVSSVELNQGDTKSGRIARADVAEICVESIFSKDAADTTFECYYKDTAKPLEGVGLSNLFKKKTSDTEAQSIMTGKERQADSWPKLFAGLDKDV 302
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A7S2P9W4_9STRA (Hypothetical protein n=1 Tax=Leptocylindrus danicus TaxID=163516 RepID=A0A7S2P9W4_9STRA)

HSP 1 Score: 205 bits (521), Expect = 3.320e-56
Identity = 134/304 (44.08%), Postives = 177/304 (58.22%), Query Frame = 3 
Query:  132 EGSPSTAFDRRALVDRCAAGLLGTATAALVVGNGVAGAAAAEAG---TQESPIAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTGDFALGGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASA-PKGVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVY---------DKKSGGPLQGSLPKTSGYER-SGDDYSAMFKGL 1001
            E +PS   +RR   D     +L  A+   V G     A A E G   + E PI V+GAGG+ G L  + L ++G  V+AVTR+G   L  +    ++  AGDVTK  +L  A++G S V+F ASASK GG+A  VDYLGV NTA AC+   VP+L V+SSGAVT+P S+G+K+TN+FG IM +K  GE  L   YA+A    + YT+VRPGGL+D    GPAG+E++QGD +   +GR DVAEV V A LS A +N   E Y          K     L   LP  S Y+  SG+ Y  +F G+
Sbjct:   48 EDAPSNVMNRR---DALRNSVLALASGIAVSGMTPPKAFAEEGGMGSSPEHPIVVLGAGGRCGLLCTKILAKKGLYVKAVTRSGRSVLD-ESNKFVSYGAGDVTKPSSLADAVSGSSGVIFAASASKNGGDAAHVDYLGVANTADACIAKKVPKLAVISSGAVTRPTSIGFKITNVFGRIMDYKIAGETELRNAYAAANDASLKYTVVRPGGLSDEASKGPAGVEVSQGDILSAEIGREDVAEVTVAALLSSATDNATLECYGSGGETLFGQKTGPSKLAKDLPDPSQYKHLSGESYERLFDGV 347
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A8J2SSP8_9STRA (Hypothetical protein n=1 Tax=Pelagomonas calceolata TaxID=35677 RepID=A0A8J2SSP8_9STRA)

HSP 1 Score: 201 bits (512), Expect = 8.010e-56
Identity = 127/291 (43.64%), Postives = 169/291 (58.08%), Query Frame = 3 
Query:  150 AFDRRALVDRCAAGLLGTATAALVVGNGVAGAAAAEAGTQESPIAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTGDFALGGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPKGVTYTIVRPGGLTD---GGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPLQGSLPKTSGYER----SGDDYSAMFKGL 1001
            A +RR  +   AA  L T   AL  G                PIAV+G+GG+TG L V   ++RG AV+A++R+G    G D  PLL+ AA DV    T+   + G  AV++ AS SKKGG+   VD LGV+N A+ACV   VPRLVV+SS AVT+P SLGYK T+++G IM  K+ GE G+   YA +   + YTI+RPGGL +     V GP  +E++QGD + G + R D+AEV VEA  SPA  +  FE+Y  K   P +G   K    E      GD Y+A+FKG+
Sbjct:   18 ALNRRQALGGSAAAALATGGPALAAGK---------------PIAVIGSGGRTGSLCVAACLKRGLAVKALSRSGSAPPGVDADPLLSIAACDVRDPSTID--VTGAGAVIYAASGSKKGGSPHEVDNLGVVNAAKACVAAKVPRLVVISSTAVTRPQSLGYKFTDVYGKIMGEKKLGEDGVYATYAGSD--LAYTIIRPGGLEEPKENVVQGPGALEISQGDALAGIISRKDLAEVAVEACASPALRDATFELYYTKGAQPCEGKFKKLLADESFPRLHGDSYAALFKGV 289
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A7S2HEC2_9STRA (Hypothetical protein n=1 Tax=Helicotheca tamesis TaxID=374047 RepID=A0A7S2HEC2_9STRA)

HSP 1 Score: 192 bits (489), Expect = 1.910e-51
Identity = 121/271 (44.65%), Postives = 157/271 (57.93%), Query Frame = 3 
Query:  264 TQESPIAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTGDFALGGD-------GTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPKG---VTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPL----QGSLPKT-------SGYERSGDDYSAMFKGLEAGV 1013
            + +SP+ ++GA G+TG   V+ L   G  V A +R+G +    +        + LL  AA DVTK +TL   + G  AV+F ASASK GG A AVD  G++N A+AC+E  VPRLV+VSSG V+KPDS  Y   NIFGNIM  K +GE  + E+Y S P G   ++YT+VRPGGLT     G A +ELNQGDT  G + R DVA + VE   S AA    FE YD  +  PL      ++ K        SG ER G+ + A+F GLE  V
Sbjct:  122 SSQSPVIIIGANGRTGTECVKYLASSGMPVVATSRSGTYNALEEVSSTLPPSSTLLREAACDVTKPETLTSTIQGSKAVIFAASASKAGGTAAAVDNTGLVNVAKACIECNVPRLVIVSSGGVSKPDSPVYLFLNIFGNIMEEKIRGEDAVREMYKSLPSGKNGLSYTVVRPGGLTTDPPRGVAAVELNQGDTKSGRISRADVAAICVECLSSDAAAGTTFECYDADTAAPLASVGMSNIMKAKTREAFVSGKERRGETWGALFSGLEKDV 392
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A7S3Q5A4_9STRA (Hypothetical protein n=1 Tax=Chaetoceros debilis TaxID=122233 RepID=A0A7S3Q5A4_9STRA)

HSP 1 Score: 188 bits (477), Expect = 2.880e-50
Identity = 118/266 (44.36%), Postives = 151/266 (56.77%), Query Frame = 3 
Query:  252 AEAGTQESPIAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTGDFALGGDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPKGVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAAL-SPAAENRVFEVYDKKSGGPL--------------QGSLPKTSGYERSGDDYSAMFKGLE 1004
            AE+    SPI V+GA GKTG   V+  + RG  VRA +R G +         L+TA  DVT + T+  A+ G  AV+F ASASK GG A AVD +G+ N A +C+  G+P LV+VSSGAVTKP S  YK  N+FGNIM  K KGE  + E+Y  A    TYT++RPGGLT     G + +ELNQGDT  G + R DVA + +EA L S  + +  FE YD  +  PL                S    SG ER G+ +  +F GLE
Sbjct:   77 AESNISNSPICVIGANGKTGSECVDACISRGINVRATSRGGVYTGEYSSEQFLSTAPCDVTISSTVDAAIKGSQAVIFAASASKAGGTAAAVDNIGLTNVASSCIRQGIPHLVIVSSGAVTKPSSPVYKFLNLFGNIMAEKIKGEDTVRELYKDASSPCTYTVIRPGGLTQELARGVSALELNQGDTKSGRISRADVAALCIEATLHSKDSGSTTFECYDADTSKPLGTVGVSNIVKAKNKSDSEVFMSGKERRGETWGDIFVGLE 342
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BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Match: A0A836CLV1_9STRA (NADH(P)-binding-domain-containing protein n=2 Tax=Tribonema minus TaxID=303371 RepID=A0A836CLV1_9STRA)

HSP 1 Score: 186 bits (473), Expect = 3.210e-50
Identity = 130/308 (42.21%), Postives = 169/308 (54.87%), Query Frame = 3 
Query:  120 MSATEGSPSTAFDRRALVDRCAAGLLGTATAALVVGNGVAGAAAAEAGTQESPIAVVGAGGKTGKLAVEGLMRRGKAVRAVTRTGDFALG-GDGTPLLTTAAGDVTKADTLKQALAGCSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTKPDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPKGVTYTIVRPGGLTDGGVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKSGGPLQGS-----LPKTSG-------YERSGDDYSAMFKGLE 1004
            M+A+ GS S    RR  +D  AA       + L  G   A A  A        + V+GA GKTG   V+ L+ +G A  A +R+G       D + LLT AA DVT   ++  A+ G   V+F ASASK GGNAEAVDY GV+N A+AC+E  VPRLV+VSSG V+KP+S  YK  N+FG IM FK  GE  +  +YA +     YTIVRPGGLT    +G   +E+NQGD I G + R DVA + VEA  S A  +  FE Y   +G PL        L +T+G           G  ++ +F+GLE
Sbjct:    1 MTASSGSAS----RREALDSTAAAACAAVLSFLSPGTVFAAAGGA--------VTVLGANGKTGTECVKQLLAKGIACTATSRSGSLKSEFEDPSALLTAAAVDVTNLSSVSAAVKGAKGVIFAASASKGGGNAEAVDYKGVVNAAKACLENNVPRLVIVSSGGVSKPNSPVYKFLNLFGEIMKFKALGEEEVRALYAQSDAPCYYTIVRPGGLTLAPPLGVEQLEINQGDAISGRIARADVAAICVEAIYSDATRDTTFECYGADTGKPLDSVGVSNILKQTAGPGTPAPSSAHRGSTWAQLFQGLE 296
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig13.1923.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
A0A6H5KE77_9PHAE5.240e-15473.03NAD(P)-bd_dom domain-containing protein n=2 Tax=Ec... [more]
A0A4D9D2R3_9STRA7.920e-6151.15NAD(P)-bd_dom domain-containing protein n=2 Tax=Mo... [more]
A0A0G4FGS8_VITBC5.020e-5944.97NAD(P)-bd_dom domain-containing protein n=1 Tax=Vi... [more]
A0A7S0HMC0_9CRYP1.670e-5646.86Hypothetical protein n=1 Tax=Hanusia phi TaxID=303... [more]
L1IPP0_GUITC3.240e-5646.13NAD(P)-bd_dom domain-containing protein n=2 Tax=Gu... [more]
A0A7S2P9W4_9STRA3.320e-5644.08Hypothetical protein n=1 Tax=Leptocylindrus danicu... [more]
A0A8J2SSP8_9STRA8.010e-5643.64Hypothetical protein n=1 Tax=Pelagomonas calceolat... [more]
A0A7S2HEC2_9STRA1.910e-5144.65Hypothetical protein n=1 Tax=Helicotheca tamesis T... [more]
A0A7S3Q5A4_9STRA2.880e-5044.36Hypothetical protein n=1 Tax=Chaetoceros debilis T... [more]
A0A836CLV1_9STRA3.210e-5042.21NADH(P)-binding-domain-containing protein n=2 Tax=... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig13contigP-fluviatile_contig13:2868726..2879576 -
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
Diamond blastx: OGS1.0 vs UniRef902022-09-19
OGS1.0 of Porterinema fluviatile SAG_23812021-02-24
Properties
Property NameValue
Taxonomic scopeEukaryota
Seed ortholog score449.5
Seed ortholog evalue1.4e-123
Seed eggNOG ortholog2880.D7G1A3
EggNOG free text desc.divinyl chlorophyllide a 8-vinyl-reductase activity
EggNOG OGsCOG0702@1,KOG1203@2759
COG Functional cat.GM
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categorysignal peptide
Ec32 ortholog descriptionNAD(P)-binding domain
Ec32 orthologEc-12_005240.1
Exons9
Model size2027
Cds size1005
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622815581.86664-UTR-P-fluviatile_contig13:2868725..28697301622815581.86664-UTR-P-fluviatile_contig13:2868725..2869730Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2868726..2869730 -
1693562338.2941327-UTR-P-fluviatile_contig13:2868725..28697301693562338.2941327-UTR-P-fluviatile_contig13:2868725..2869730Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2868726..2869730 -
1622815582.0101933-UTR-P-fluviatile_contig13:2879559..28795761622815582.0101933-UTR-P-fluviatile_contig13:2879559..2879576Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2879560..2879576 -
1693562338.7354157-UTR-P-fluviatile_contig13:2879559..28795761693562338.7354157-UTR-P-fluviatile_contig13:2879559..2879576Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 2879560..2879576 -


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

Feature NameUnique NameSpeciesTypePosition
1622815581.877648-CDS-P-fluviatile_contig13:2869730..28698461622815581.877648-CDS-P-fluviatile_contig13:2869730..2869846Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2869731..2869846 -
1693562338.3068633-CDS-P-fluviatile_contig13:2869730..28698461693562338.3068633-CDS-P-fluviatile_contig13:2869730..2869846Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2869731..2869846 -
1622815581.8889816-CDS-P-fluviatile_contig13:2871336..28714561622815581.8889816-CDS-P-fluviatile_contig13:2871336..2871456Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2871337..2871456 -
1693562338.3262124-CDS-P-fluviatile_contig13:2871336..28714561693562338.3262124-CDS-P-fluviatile_contig13:2871336..2871456Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2871337..2871456 -
1622815581.9027717-CDS-P-fluviatile_contig13:2872378..28725071622815581.9027717-CDS-P-fluviatile_contig13:2872378..2872507Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2872379..2872507 -
1693562338.3400474-CDS-P-fluviatile_contig13:2872378..28725071693562338.3400474-CDS-P-fluviatile_contig13:2872378..2872507Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2872379..2872507 -
1622815581.9210906-CDS-P-fluviatile_contig13:2874189..28742451622815581.9210906-CDS-P-fluviatile_contig13:2874189..2874245Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2874190..2874245 -
1693562338.349059-CDS-P-fluviatile_contig13:2874189..28742451693562338.349059-CDS-P-fluviatile_contig13:2874189..2874245Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2874190..2874245 -
1622815581.9389296-CDS-P-fluviatile_contig13:2875935..28760331622815581.9389296-CDS-P-fluviatile_contig13:2875935..2876033Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2875936..2876033 -
1693562338.3573182-CDS-P-fluviatile_contig13:2875935..28760331693562338.3573182-CDS-P-fluviatile_contig13:2875935..2876033Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2875936..2876033 -
1622815581.953322-CDS-P-fluviatile_contig13:2876422..28766251622815581.953322-CDS-P-fluviatile_contig13:2876422..2876625Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2876423..2876625 -
1693562338.6746428-CDS-P-fluviatile_contig13:2876422..28766251693562338.6746428-CDS-P-fluviatile_contig13:2876422..2876625Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2876423..2876625 -
1622815581.968199-CDS-P-fluviatile_contig13:2877090..28772681622815581.968199-CDS-P-fluviatile_contig13:2877090..2877268Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2877091..2877268 -
1693562338.6939988-CDS-P-fluviatile_contig13:2877090..28772681693562338.6939988-CDS-P-fluviatile_contig13:2877090..2877268Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2877091..2877268 -
1622815581.9811983-CDS-P-fluviatile_contig13:2879000..28790901622815581.9811983-CDS-P-fluviatile_contig13:2879000..2879090Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2879001..2879090 -
1693562338.7098-CDS-P-fluviatile_contig13:2879000..28790901693562338.7098-CDS-P-fluviatile_contig13:2879000..2879090Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2879001..2879090 -
1622815581.9958382-CDS-P-fluviatile_contig13:2879544..28795591622815581.9958382-CDS-P-fluviatile_contig13:2879544..2879559Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2879545..2879559 -
1693562338.7188113-CDS-P-fluviatile_contig13:2879544..28795591693562338.7188113-CDS-P-fluviatile_contig13:2879544..2879559Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 2879545..2879559 -


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig13.1923.1prot_P-fluviatile_contig13.1923.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig13 2869731..2879559 -


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig13.1923.1

>prot_P-fluviatile_contig13.1923.1 ID=prot_P-fluviatile_contig13.1923.1|Name=mRNA_P-fluviatile_contig13.1923.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=335bp
MMIMMAIQTMTVLLLSIAPAGVVGFFVARPSGLSMSATEGSPSTAFDRRA
LVDRCAAGLLGTATAALVVGNGVAGAAAAEAGTQESPIAVVGAGGKTGKL
AVEGLMRRGKAVRAVTRTGDFALGGDGTPLLTTAAGDVTKADTLKQALAG
CSAVLFCASASKKGGNAEAVDYLGVLNTARACVELGVPRLVVVSSGAVTK
PDSLGYKVTNIFGNIMTFKRKGEVGLEEIYASAPKGVTYTIVRPGGLTDG
GVIGPAGIELNQGDTIGGTVGRGDVAEVVVEAALSPAAENRVFEVYDKKS
GGPLQGSLPKTSGYERSGDDYSAMFKGLEAGVGL*
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mRNA from alignment at P-fluviatile_contig13:2868726..2879576-

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig13.1923.1 ID=mRNA_P-fluviatile_contig13.1923.1|Name=mRNA_P-fluviatile_contig13.1923.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=10851bp|location=Sequence derived from alignment at P-fluviatile_contig13:2868726..2879576- (Porterinema fluviatile SAG_2381)
TCTTTCTCGTGGACCATATGATGATCATGATGGTGAGTGACGACAAGAGA
CATTTCTTTAGCGAGAGAGCGAGAGAAATTTTACTGCTGTGTGCGCTTTG
CAAATCGCCAACGCCAACGAGCACTTCGCGAAATGCTGCTGCTCACCAGC
TTTGTGCGCATGTTTCACTGTGGTCGGCGCGGGTTCAGCCTGCTTGTTGT
GGTCTGTGCTGCCTAGTCCTACTCTGCTGTGTTCGACTATTGGGCTTTCG
AGATAGTCTTCGCCTTAACAGTAAGGCCCCACAATGGAGCTTTGCGAGAG
GCCCTTGATACCAAGAACCAAGAGGGGACAAAACGGTCGCCCTCTTCGTC
TCTGCGGCAAACCACCATATGACTCCTCTGCATAGGGAGATAGGATTGGT
TCTGGGTACATAGAGTCGGTTTCGTCAGCCGAGAGAACCCCTCCCCCAAT
GCCTGTTGCTGCTGCTGTGTATTCTGACGCCTGCAGGCGATTCAAACCAT
GACTGTTCTGCTGTTGTCGATTGCGCCCGCTGGGGTGGTAGGGTTCTTCG
TCGCCCGTCCGTCAGGCCTTAGCATGGTGAGCGTCTGCCTGAACCAACCA
GCTGCGGAGAGTTGGGTAGACAGACAGAGCTATCTCCGTGCGCTGCTGTG
CAAACAAGTGGAAAGGAGGCATCCCGTCGTTTGTTGCTCAGGCGGCGTCG
ATGTGGGTGTGTGTGTCGTTGTCACGTCCGCGCGGTGCGACTGTCCTCCT
TTCCGGCTGAGGCAGGGGCTCGACTCCGGGTTTGAGGGCGAAGCGTTGCG
TTGATGAACGGCATGTTTCACATGACAACAAGCTCCGGTTGCGTGCAAAG
TAAGCTAGAGTTACAATAAACAGCGGTTGCGTGCACAGCGAGCTAGTTAT
CCTGCAGTTTTGATGTTTTGATGTTCGCTGCTTCGCCGTGGCTTGTTGCC
TGTCAGCCATCCCCACATCTACTGTACCTGGCACCAACCGCTGCAGGCGC
GCCATGTAAGACTCGCAGCCTGCGGCACTTTTTCTGCTTGCGGGCGCTCA
CATTTTGGTCAAATCACCTTCTCCTTGGTTGTATATCAGCCGAGTGGGTG
GAATCCGGACTTCATTCGCGTTTCCAAACAATAACCCATACATCAGTTTG
GCTGTCCGCAATGCACACGAGTAGTTTCCGCTTCGTCGGTGTGATCCGCC
AGAGGACAGCATTTCTTGGATGCTCCATCCCACTTATGGAGAGCGCTCGG
TAAGTCAGCGCCCGTTGCTGCACATTCCCCACTCGGCCGCCAGTATTCGC
AAGCACACCTCTCAGTAGCACTCTTGACGGCTGTTTTTTGTTGGGACGAC
GCGGTCGTCGTGTTGCTCATTATCAACCATCTTCCGTCTTAATGCTCAGT
ATCCTTGCCGAGCTCCCTGTCAACCGCGGTCGGGGCTGTGAAGCGAACGA
ACACACCTCTTTGGTCGATTCCCCAAGAATCATTCTCCCGTTCTTGAAGT
CAGGGTCTCCGGAAGCATCCAGCTTTCCTGTGAGCCAGCGGCCGCCAGCA
GCCGTGCTTAAGTTATGTTTTCCCTCAGAAGCTGGTTGTTGCTATCACGA
GCGTACGCTCCGCTCAACACAGCTGCTGCTGCTTTTGCTGCTGCTACTGT
GCGCTGGCTCTGCCGCTGGTTCGCATGTGCATTTCCAAGAGGCGACTTGT
GCTCGTTTTTAGTCGACATGGAATGCTCAAATTACCCTACCTCCTCTCTT
CATGATGCTGAAGCACCAGACGCGCGTTGGTACGACTGAGCGGGCGTGTG
CTACCTCCAGGAATCGTCGAAGTCGATCTTCACACGAGTCACCGTAAATT
GCGAAGCAGACACCCATACGAAGCGGTGACCCCGGGAACGCTCAAATCGA
GCGTTCGCGGCGGCACTCGAAACCTGGTGTGCGAAAACGCGTGGCCGCAC
GGCCTCTGCAGGCAAAGCGTGATAGTTGGAGAGTGCAAAACGTGTTTCAA
GCGGCTTGATCCCCTATTTTCCGTGTTTCGGTGGTACTAAGAAGAGGGAC
AGCGCCATCAGCACGCGCTCCCTTGTCGGGCGGAACTCTCTCTTCTATGA
GACGCACGAAAACACGCAGACCGGCGCCGTCCGCTCTCCGACCAAAGCAA
CGTCAACAACTCACCGCTTTTCAAATGATCCGGCTGGTGCCCCGTCCCCC
CCCTCCCTCCCCCCTCGCGCGCCCATGGATGCTCCTCCCGCCGCCACGCC
GCTACTGCCTTCCCGTCCCCCCGCCCCTCCTCGGAATCAACCACCGTCTC
AACGAAAGTCGGCGACGGAAGGTAGCCCCTCCACGGCCTTCGATCGCCGG
GCTCTCGTCGACCGCTGCGCGGCGGGCCTACTCGGCACCGCCACCGCGGC
GTTGGTCGTCGGAAACGGCGTCGCTGGTGCCGCCGCCGCAGAAGCGGGCA
CGCAGGAGAGCCCCATCGCCGTGGTCGGAGCGGGAGGCAAGTGCGGAATG
GAAGAGATCCCGCGTCCAGTGATTTTCGTCGTTAGGTGGCGAGCGCCCGC
CTTCGATTCCTTGCAATATCGCAGTAGCAATGCGCTGCTGTGCAGTTGGA
ACTCCGCACGGCCGCCGAGTGCTACTCTTTAACCGCTTCAGAATATACAA
CACTAGGAGATCGAGTTCGTGTATCTACGCGCACGCACGCAATTTTCCGC
GTCTGAGTCGTGCCCATTTCATCATTCGGGCACGTTGCCTCAAATGCAGC
CTCTGCGCCATGCCTTAGGTGAAGGCATGTTTCACTATCTACATCGAGGT
CGATCCACTCGCTTTTTCTTCTGCTGTGAAAAATCCTTCCCGATCTCTCT
GTTCCCCCTCCCTCCACTTTCCCTTCCCCACCCTGGAGCGGTCAAGAAGA
TAACGCGACAATCCCCCTCCCTCCTCTTCTCGAGAATTCTTGCCTCATCA
GGGAAGACGGGGAAACTGGCCGTGGAGGGTTTGATGAGGCGGGGGAAGGC
GGTGAGGGCGGTCACCCGGACCGGCGACTTTGCCCTCGGCGGGGACGGCA
CGCCGCTCCTGACTACGGCCGCGGGGGACGTGACGAAGGCCGACACGCTC
AAGCAGGCGCTCGCGGGGTGCAGCGCGGTGCTCTTCTGCGCCAGCGCCAG
CAAGGTGCGTGTGTGTATGTGTTGGGCGGCGGGGGATGCGAGTGCGTGGT
GTGCGCTTGCTCTGCGTGCTCGCTTGCTTACTTTCTAGCTCCCTCGCTGG
CTCGCTGGCTGGCTAGCTGGCTCGCTCGCTCGCTTGCTTCACTCGTCGCT
TTTTTGTGTTTTGTTTGGCATGTTACACATTTTTGGTGTTCGCTTGCAGC
ATTTGTGTCTGCGTTTGCTCACCCGCGCGTAGGTTTCATTTGATCTCAGT
TTGGTGTGTGCGTACGTGCGTCCTGCCGGACTCCTGACCCCTTCAGCGTG
TGGAAGACGACCGCTGCCTATTTCGCAATTCTGTGCCTGTGGACGCATTG
AATGTATGTAACCCCGGCGGCGGCGTTCTCTGACGATCGGCAGAAAGGCG
GGAATGCGGAGGCGGTTGATTACCTGGGAGTTTTGAACACAGCGCGGGCA
TGCGTCGAGCTGGGTGTGCCGCGGCTCGTCGTAGTCTCCAGGTGGGTAGG
AATGAGAAGCGCGTCACTGCGAACGATCAGCTCGTTTATTCGCGAACAAG
TGTCTACTCCCCTATGAAGAATGTGCTTGGAAGCTGCCGTTTCGCCAATC
GGACACCATTTCTTAACCATGAATCTCTAACCCGAATCAGGGGGTTTCTA
CAAAGCCTACATAAGTGATGGCCACACAAGTGCGAGCAGTTTTCCACTCC
GTAAGTTTTGCAGCGTATAGACAAGCGGAATCGAAGAATCGCGACGGGTG
CGGAGCCTCGGACCACATCCCAGTTCGGCCCTCAGCAAACAGCAGTTTGC
CAATTTCGGTGTCCTCACCCACCATGATAGTTGGCTCGTCTTCAGCTTGT
CCCATCCGCCGCTTGAAAGCAGTGTTCACGAACACTTTGAGGCAAGGCGA
ACCGTCGATTGTTGTCCTTTGATGAGTAAATGTAAGTAGAGGCAGAGAGC
TGCGAGGTGCTGCGTTGCCCCTGCAGGTCGCCGCTCACGAAAAACTGCAG
GCCACGAGCCTGCTGGTGTGGAGGGTGAGGGCTATTGCCCTCGGGAGTAG
CAATGAATGGCTAACACGCGTGAGATGAAATAGTGACGTTGAGGGTTCAT
TCTTGTTTTCGTCCACAGCGTGGGGAAACGGCAGCCAACCGTCGGTTATC
CCGTCCTTGCCTCCCGTCATCAACACCAAGCCAACCCACAAACGGAAGTG
ACACGATTTGAGCTGCTTCCCCTGAGGAGTTTTTTGAAGGCTTCAAGTGC
TTAAAAGCGACCGCTGCGGATGGACGCTTTTTTATCCCGGGAGAAGTGCT
TATAGATTGGGATTTGGTCGAATAATCTGCATTTCCGGTCGCTAATTTCA
CTTAAAAGCTGCTCAGCTTAATGATAAGGCATCCTGCGATTTTTGGGGAA
ACATTTTTGTACGCAGTAGCTGCACCACAAATTCGATGGAGGTGAGACCG
ACGCATGACAGGCCCCCTCCACTTATAGGGCTCTGCACCTTTCCCTTCGG
TGGGTCAGCAGCGGGGTGACCTCAAGACAAAACCTGTGGAGAGAACACTC
GCGAGATAGCGTTGTACTACTCCCCCCCCCTGCTGTAGGGCGATGAGGAG
ATACAGGATACCACCGCTCTGCCTTGTACCAGAGCCGCCGGCGAGCCGCC
GATTACGACGCTGACGATTCGCGACCGAGTGAAAGTAGCACGGTCCCTTG
CTGCGGTCGTTCTGTTCCAGAACGGCGCCCAGGTTGTGTCGTACCGAGTG
TGCATTGAAATCAACGAGACGCTCTCTGAACGTGGCAACATTTGACGACT
TGCGCCGCCGTGGGTGCTCCGAGACCCTTCGCTGTCCGAACTATTTGTCG
CCCGACTTGTTCGCCGCTTTGAGGAGCGCTGCGGAAACAGGAACCTTTCG
TGCGCCCTGCCCCCTGCCTAACCTTCGCCCACACCTGTCGTCTTCGCCCT
TGTTGGATGTAGCTGCTGCGTCCCCGACGTCGTTTTCCCTGGGTGTTTTA
TTCTCGGCCGCCACATGGGAAGCACAAAACGTCCGCGCTGCCTTGATTAA
CCGCATAATATTGCGCGCTCGCTCTGCTGCTGCTGTTGCTGCTGCTGTCG
CTGTGGTCGTTGTCGATGTTGGTGTTGATGATGGTTGTGGTGGTTGTGTG
GTCGTGGTGGTGGTATATGCTCTCTCTTCAGCGGAGCTGTCACCAAGCCG
GACAGCCTTGGTTACAAGGTCACCAATATCTTCGGAAGTGAGTAAACACT
TTCTCTCCTCGTTTGCTAACCAGATCCCGCGAGCGTGAGGACATACAGAT
GTGCACAAAGCCCAATCATTTTTTGCTGGCGCAATCAGCGTACACGGACT
ATTTCCTCCGCTTTAATGTATGTTCCTCCTTGATGGGGGAGTCCTTTTAA
GAAAGTCCCAGTGTCGACAAGTAGAGTGTGGCTAATTCGCCTTCTGTTTC
ACTTTTTTGTTCTTCTAATTTTCGTTTGTTTGCCTGTTTGATGGTTGCCT
CCCGACCTTACTGCGTGACCTACACATTTACCTGACCTACCCATCTACCT
CGCTTGCCTATCGGCCTCGCTTGCATAGCTCCCTAGTCTACCGGCCCCCC
TTGCTTCGCTGACTGCGTCTCAGAATGGCGAGGAGGGACAGGTAGTGCTC
TACCTTGCGCCTTCTCTTTCGCGTATCGAATTTTTCTTGAAAGAAGCGGG
GGTGGCGGATTTCAATTCCGTCGGCTACCTGAACCTGGCGGCACCTGTCC
GTCGTAGATTGGCGTGTCCATCGTAGGTAGGCCTCTCAATCGTAGATAGG
CCGGTCCATCGTAGATTGGCTTGCCCGCCGTAGATTGAAATGCGCGTCGT
AGGTTGGGCCGAACGGAGTCGAAAGCCACTTGTTTTGAAGCTGTACATTT
TCGATTTCCGATCCGGGTGTAAATTGCGCGGTTTCACCCCCAGAAAAGTC
ACTCTCTAGATCGTCTTCTCGATCCGGCCTGCAGCACACAATCATTCCCT
TTCGTCGGAAACCCGCGATGTTGATTAAATGGTCGCCGATACACAAAAAG
GCACAGCTTGACGAAAAGGCCAGCTTGTTGCGCAGACACGTCCGAATACG
CGGTGGCTGGGCAGACTGTGGCGGGTGTCTTGCCGATGGCCGGAGCACAT
GCGTATTGCTAGCCTTAAAGGTCTGCCCATGAACTTGCAAGATGCGATAA
GTAGTGTTCGCTTGAGCGGCCGACGTGACGGCTATCATACAAGCGTTGAA
GAAGTCATGATCTCCGCACTTGGCGAAACCCCAAGCGATTGTGTATATTT
TACGACGGCGAGTTGCCGCGCAGCTTTTGGTGCGAACAGCTGCCCAACGT
ATTACACAGCGCTTTCATTTGTGTTGGCGCGGGAATTGTGATGATTGGAG
CTACCCAAGCTTCCAAAAAGAGCGCGTACAACGCGGTAAGCTGAAAATCT
CGCGCTGATATCAAAGCGAGTAATGGCCTGTGCGAGGAGGGCCAGGTGTG
ATACAACACGTTGGCCAGATGCTCCCAGCGGTAACAAAACGAAGGGGCAC
TTGCCGGACGAGGAACCTCTTGCGCATTTTTTTGTTGACGCGCAAGGGCG
AAAAATAATTTTCACCTAATGTCACCTTCCTTAAAGTATTGTCCGTATTG
CTTTTTTTTTGGCGTTCTTATCTCGTTTTTCGTTCTTGTCTAGACGAATT
TCGGCGGCGCAGCTCATGCTCATGCTCGATACAATCATCTTTTCCTTGCT
GACGCCTTCCCCCAATCCTCTCCATACTTCGATCTCTGGCTGCGTCCGTG
CCCGATGTCTCTGGCTGTGCTCCTCTCTAATCCCCCATTGCCTTCACGCC
GCCCCTGCTTCCTACCGTGGTGTTTCTTGTGCTTGGCTTGCGCTGTCGCC
GTCGTTTTCTTAATTGCAGACATCATGACATTTAAGCGGAAAGGGGAGGT
TGGTCTGGAGGAGATCTATGCCAGCGCCCCCAAGGGCGTGACGTACACGA
TCGTGCGGCCGGGGGGGCTCACCGACGGCGGTGTCATCGGACCCGCAGGT
TCGTGCTGGGGGTAGTCATTGTTTGTTGCGGCGATGCCCCTGCTGTCGTT
GATACTACGTGCGCGTATGATGTTCGATTGGCGTTTCTCGATCTCATGGC
CTCACTGATGATGATGCGCTGGTCGCGATGTGTACAGAAGGGCGGAAGCC
CCCACGCGACTCCGAACCCCCTCTCGTTACCATCTTCACTTCCAATGAAT
GACCTGCACAGTTTCAATGGATAACCGCTCCGAATGCTGCGGCATGACGT
TTCCTTACAATCCGTGCATGCAGTGATTTCTTCAACTTCCACATCCTTGC
CCCCGACTTCGTACACGCTCACTTTCGCACCCGGAAACGCGACCACGAGC
AACAGCAATCATTCGTCTCAAGGGTAGCACGAAAAAGCGTGCCACCGAGG
TCGGCTGAAAGCACGCAGCCGTGCTCATCCAGCGATCGAAAGTTCTGTAT
TCCAGGACATGATGCCTTGTGTCGCGCGGGGGGGCTCCCGCGCGCGATCT
CGGACCCCAGAATTCATCATCCGCGTTCCCTTCCATCTGCGTGTGTACAC
TGAAACGACACCACTGCTGCGTGACCCGAGCGATAGGTGTTTGTTTTTCT
TCTTCATCCCATGCGGGGCCCCGATATTTCGCCGACTTGTGTGCGTGCCT
GTCCGCAGAAAAGCCGGGGCTGACGAAGTACGGAATTGGCGGAGTTTGGT
ACGGCTTGCGAGTGGGCCAGTTTTTTCTTGTCGAGAGGTTTTGCAGCCGT
TTTGCATTGCGACCACGACCGCACCTGGACCCCCGTATTTCTCCGGAACA
ACACGACATTTTTACCGAATTTTTTTGGGCCGGAGTTGTACAGGTTCCCC
CAAGTAAAAATCTACTTTCAGCGGACGCATCGCAAGACGCACCTCTCGTG
CGCAAATCCAACGCCTTCAGGTATCGAGCTGAATCAGGGCGACACGATCG
GCGGGACTGTAGGGCGGGGGGATGTGGCGGAAGTGGTCGTGGAGGCGGCT
TTGAGCCCGGCCGCGGAAAACAGAGTCTTCGAGGTCTACGGTGAGAGACA
CGCGGTTACGACAGGGAGGAAAGACACGAAGAGAGAAAAATGCTTGAGAT
GACAGACAGAGAGAGAGAGCGCGAGAGATAAAGGGGGGGGAGGAGAGGGA
GAGAAATGCTGGAGACGAGCGACCAGAGGGAGGGGGAGAGCGAGAGAGAG
CGAGAGAATCAAGGTGGAGATACTCTAGGACGCGGAGCAGGAAGATGAAA
GTCGACAGGGCGAAAGAGAAGTATGTTGACGGCTGATTTCGACGGAACCA
AAGCAGACCGGAAGGCGTCGACCACAGCCTCATCCGTCCTTCGCGTCTGG
GGGCAGGGAGGCTTGCTCGCCCCCGACTCCCCGCCCCACACTGCCTGCAG
ACGGTGTTGGATGCACTTGCCGACACACATAGCCGACGCGGACGGTCGTG
TAAATCAGCTTACAGGGGGGTGTACTCATAGTCGTGCATGCCGTAGTCGT
TAGACCATTGACCTCGCATCCCTACAAAGCCGGGACGAAGCACGCCGGGT
TCTCACCGGACCAGGCTCTCACACCACCAAGCGCGAAGCTCCGTGAGGTA
TTCGGCGAGTCGCATGAAGGGTGCGCTGCATCCTGCTAAGGGTATTCGGC
ATCTTGTGCTTACTCTCTTGCATACGGATGACAGCTGCGTATGGCTTAAT
TTATTTTCTGGTGCTTTCACTTCCAGAGACAGTTGTAAGCACTGTGTAAC
TGCCTCGAGGGTGCTTGACCATTTTAACACAACGTGGTGCGATCATCCCC
CTTGCGCGGAGTGAGGGTTCTCCACCCCGCACAACATGATCTTTTCGACC
ACCATTGTGGTTACCGCCAAAAAAACCAGAGGAAAAAAAAAGACGGTAAC
CTGGTTGCCGAGTTCACGAAGTGAATTGGCTTGTTTTACAACGTCGTTGC
CAAGAGACGAAAACCCAATCCCGATGGCAAACACCGAGGTGAGAGCCAGC
GGGAGGGCCGAGGGGGGGAGCGAAAAAGTGTGGGTATGGGATAAGCTATT
TCACCCGCACTGTAGCAGACAACCGCACTATTCAGGATGGGTATTTTACA
GGTTTTACTACGTGAGAACGCTTTCATGCCAAGTGATTTCACCCGCAGTA
TATCGCCCGCCCCCCTGTACCTGTTCTGCGACTGATCCCTTTGTCATTGC
GTGAATTCAAGCCACAAAGGCCGTGAATCCAAGTCTGCCATCGCCGCTGC
CACCGCTACCATCGTCACCCACCTCACAAACGAGACCCCACACGTGCACA
ACTTTGTTGAGCTTGAATTTGCAGTAGGCGCCAAGCAAACGGTCGGCAAG
GATGGAGGTCAACCCACATCGCACCATTTGATCTTCGTCCCCCCCCACCC
TCCGCCCTCCATGGCCTCACGGCTAAGGCATTCGTGACTTAAGTACATCC
CCCACATCCCTCCCCCACCCTCCCGTTCCACCACGCTTTCCCGCTTTCCC
GCTTTACCGCTTTACCGCTTTCTTCGACAGACAAAAAGAGCGGCGGTCCC
CTTCAGGGAAGCTTGCCGAAGACCTCTGGTTACGAGCGAAGCGGCGACGA
CTACTCAGCGATGTTTAAGGGTCTTGAGGCTGGGGTCGGGCTCTGAATGG
CCGAAGTACGCCCGGTGCCCCCTGGCGTGACGGAAAAGCTAGCATTTCTC
GCAGCCGTCTTGTTTTAATTAAGGACTCGAACGAAACTGGGTGTGCGCGT
TTTTGTTTTGCTTCCGCTAGAACGCAGGGGAGTTTTTTTTTTTTTAATGT
ACAAGTATTCACCCACATGCGTGGAACGCTGCATTTCCCGCGGGTGGTGG
GATACGTTTCTGTTTTGCAATTGGTGATGACAACTTCATGATCGATCGCT
CGGACGTCTCCGCTCCTCGAAAACTTTCACCGGGACTTGGTGCCGCCGCA
ACCGAACCGTTTGCCAATGTTCCCGTGTGGAGCTAGCTGAGATCCGGAAT
GCCCATTGGCTACCTGGCTAATGCCCGTACATATCTTTGGAGAGGTGGCG
TGGGGTCTGGTACGCTTCTTTTCTTTCGAAAAACGGGCGAACGGCCGTCG
GGGGATGCCTTCTTATGCACAAGTTTGTGTGCAAAATATCCGAGCTTGCT
CAGTGGCAGACTCTGGAATTTTCGAGCCGCTCGCAAGTAGTACGAGTGTC
GTCTCTCAAGATGGACTCTCCTCGCCTTCTGGCTCCGCGTCGGCGTAGGT
TCCAACGTTTTTCGGGGCTGAAAGACTCGAACACTCATGTGCTACTTGCA
GCAGAGGGTGGAACGGGTGCCACATATTGGCGAACAGTCGGGTGCATTAG
ACCGGTTTCGCGGCCTCTTAACCAGGCGAAGTAGAAGTTATGATGTAGGG
GAGAACAGGAAAAGGAATGTGCATGCTTACATGGATCGATGCTCGAGGCG
GAGCGGAGCGAACTTGCCCATTCGGGCGAAAAAGTCGAGAGACCCATCCA
CCCATGCGTCCGGCATGCATCATTTTTTGAAGAAGCATGGAGCTAGAGCT
AGAAACACGACGACGGTCGCCGGTAGTTTTTGTCGCATGCGTTTGGATCA
ATGTAGAAAAAAATCTTGTACTTTTTGGGGGCTAAATGCTGGTTTTTATT
T
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Coding sequence (CDS) from alignment at P-fluviatile_contig13:2868726..2879576-

>mRNA_P-fluviatile_contig13.1923.1 ID=mRNA_P-fluviatile_contig13.1923.1|Name=mRNA_P-fluviatile_contig13.1923.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2010bp|location=Sequence derived from alignment at P-fluviatile_contig13:2868726..2879576- (Porterinema fluviatile SAG_2381)
ATGATGATCATGATGATGATGATCATGATGGCGATTCAAACCATGACTGT
TCTGCTGTTGTCGATTGCGCCCGCTGGGGTGGTAGGGTTCTTCGTCGCCC
GTCCGTCAGGCCTTAGCATGGCGATTCAAACCATGACTGTTCTGCTGTTG
TCGATTGCGCCCGCTGGGGTGGTAGGGTTCTTCGTCGCCCGTCCGTCAGG
CCTTAGCATGTCGGCGACGGAAGGTAGCCCCTCCACGGCCTTCGATCGCC
GGGCTCTCGTCGACCGCTGCGCGGCGGGCCTACTCGGCACCGCCACCGCG
GCGTTGGTCGTCGGAAACGGCGTCGCTGGTGCCGCCGCCGCAGAAGCGGG
CACGCAGGAGAGCCCCATCGCCGTGGTCGGAGCGGGAGTCGGCGACGGAA
GGTAGCCCCTCCACGGCCTTCGATCGCCGGGCTCTCGTCGACCGCTGCGC
GGCGGGCCTACTCGGCACCGCCACCGCGGCGTTGGTCGTCGGAAACGGCG
TCGCTGGTGCCGCCGCCGCAGAAGCGGGCACGCAGGAGAGCCCCATCGCC
GTGGTCGGAGCGGGAGGGAAGACGGGGAAACTGGCCGTGGAGGGTTTGAT
GAGGCGGGGGAAGGCGGTGAGGGCGGTCACCCGGACCGGCGACTTTGCCC
TCGGCGGGGACGGCACGCCGCTCCTGACTACGGCCGCGGGGGACGTGACG
AAGGCCGACACGCTCAAGCAGGCGCTCGCGGGGTGCAGCGCGGTGCTCTT
CTGCGCCAGCGCCAGCAAGGGAAGACGGGGAAACTGGCCGTGGAGGGTTT
GATGAGGCGGGGGAAGGCGGTGAGGGCGGTCACCCGGACCGGCGACTTTG
CCCTCGGCGGGGACGGCACGCCGCTCCTGACTACGGCCGCGGGGGACGTG
ACGAAGGCCGACACGCTCAAGCAGGCGCTCGCGGGGTGCAGCGCGGTGCT
CTTCTGCGCCAGCGCCAGCAAGAAAGGCGGGAATGCGGAGGCGGTTGATT
ACCTGGGAGTTTTGAACACAGCGCGGGCATGCGTCGAGCTGGGTGTGCCG
CGGCTCGTCGTAGTCTCCAGAAAGGCGGGAATGCGGAGGCGGTTGATTAC
CTGGGAGTTTTGAACACAGCGCGGGCATGCGTCGAGCTGGGTGTGCCGCG
GCTCGTCGTAGTCTCCAGCGGAGCTGTCACCAAGCCGGACAGCCTTGGTT
ACAAGGTCACCAATATCTTCGGAACGGAGCTGTCACCAAGCCGGACAGCC
TTGGTTACAAGGTCACCAATATCTTCGGAAACATCATGACATTTAAGCGG
AAAGGGGAGGTTGGTCTGGAGGAGATCTATGCCAGCGCCCCCAAGGGCGT
GACGTACACGATCGTGCGGCCGGGGGGGCTCACCGACGGCGGTGTCATCG
GACCCGCAGACATCATGACATTTAAGCGGAAAGGGGAGGTTGGTCTGGAG
GAGATCTATGCCAGCGCCCCCAAGGGCGTGACGTACACGATCGTGCGGCC
GGGGGGGCTCACCGACGGCGGTGTCATCGGACCCGCAGGTATCGAGCTGA
ATCAGGGCGACACGATCGGCGGGACTGTAGGGCGGGGGGATGTGGCGGAA
GTGGTCGTGGAGGCGGCTTTGAGCCCGGCCGCGGAAAACAGAGTCTTCGA
GGTCTACGGTATCGAGCTGAATCAGGGCGACACGATCGGCGGGACTGTAG
GGCGGGGGGATGTGGCGGAAGTGGTCGTGGAGGCGGCTTTGAGCCCGGCC
GCGGAAAACAGAGTCTTCGAGGTCTACGACAAAAAGAGCGGCGGTCCCCT
TCAGGGAAGCTTGCCGAAGACCTCTGGTTACGAGCGAAGCGGCGACGACT
ACTCAGCGATGTTTAAGGGTCTTGAGGCTGGGGTCGGGCTCTGAACAAAA
AGAGCGGCGGTCCCCTTCAGGGAAGCTTGCCGAAGACCTCTGGTTACGAG
CGAAGCGGCGACGACTACTCAGCGATGTTTAAGGGTCTTGAGGCTGGGGT
CGGGCTCTGA
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