mRNA_P-fluviatile_contig1.211.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig1.211.1
Unique NamemRNA_P-fluviatile_contig1.211.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: D7G072_ECTSI (HpcH_HpaI domain-containing protein n=2 Tax=Ectocarpus TaxID=2879 RepID=D7G072_ECTSI)

HSP 1 Score: 546 bits (1408), Expect = 1.020e-188
Identity = 272/285 (95.44%), Postives = 279/285 (97.89%), Query Frame = 1 
Query:  313 LRSVLYTPGSSRHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGAYDTDLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALEAGQD 1167
            +RSVLYTPGSSRHLYKIREIACDASL+DLEDGVAPEAKD ARERVCSE+ KGGYGRKAVVVRINSLDSPWGEDDIREVAKLT+DAVVIPKVESAADVKRVADLLR HGA DTDLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSR ILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVV+AHEEAAARGEGCAVLDGSLVERLHAENARR+IELHESIAALEAG +
Sbjct:    1 MRSVLYTPGSSRHLYKIREIACDASLIDLEDGVAPEAKDNARERVCSEVAKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTVDAVVIPKVESAADVKRVADLLRHHGAKDTDLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRCILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVEAHEEAAARGEGCAVLDGSLVERLHAENARRIIELHESIAALEAGHE 285
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BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: A0A835ZHS4_9STRA (Pyruvate/Phosphoenolpyruvate kinase-like domain-containing protein n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZHS4_9STRA)

HSP 1 Score: 327 bits (838), Expect = 9.680e-103
Identity = 166/298 (55.70%), Postives = 215/298 (72.15%), Query Frame = 1 
Query:  274 SSTGGSGKPLL--KPLRSVLYTPGSSRHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLT-LDAVVIPKVESAADVKRVADLLRQHGAYD-TDLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALE 1155
            S+  GS    L  +PLRSVLYTPG  +HL K++    D +L+DLEDGVAP +K  AR+ V      GG   + + VR+N LD+ WG DD++ VAKL  +DA+ +PKVES A+V+ VA  L + GA   T +W +IETP GV   + IA+AH   S LV+GTSDL R+L   HT DR PLLYSLS+ ++AAR   L  LDGVHLD+ D+ GFE+AC+QG+++GMDGKTLIHPSTVAVANWFFGP+A +VEQ+YR+V+A +EA ARG+G  +LDG L+E LHA+NA R+I LHE+I A E
Sbjct:    6 STVAGSAAQKLQGRPLRSVLYTPGFGKHLAKVKTSVADCALIDLEDGVAPSSKVAARKAVAELFQAGGLSNRMLTVRVNGLDTEWGWDDLKAVAKLERVDAIALPKVESPAEVQEVAAYLEKEGASQHTTIWSLIETPKGVQNVDAIAAAHPRQSALVMGTSDLCRELHCLHTKDREPLLYSLSKCVVAARANDLLILDGVHLDLEDSTGFEQACKQGKELGMDGKTLIHPSTVAVANWFFGPSAEDVEQSYRIVEAMQEAMARGQGACLLDGKLIENLHADNALRIIALHEAIQAFE 303
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BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: A0A3S0HXF6_9PROT (CoA ester lyase n=2 Tax=Azospirillum TaxID=191 RepID=A0A3S0HXF6_9PROT)

HSP 1 Score: 314 bits (805), Expect = 4.430e-98
Identity = 160/286 (55.94%), Postives = 206/286 (72.03%), Query Frame = 1 
Query:  304 LKPLRSVLYTPGSS-RHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGAYDT-DLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALE 1155
            ++P RSVLY PGS+ R L K R +  D  ++DLED VAP+AK +AR+ +   I  GGYG + +V+R N L++PWG DD+R  A    DAV++PKVESA  V++   LLR  GA D+  LWCM+ETPLG+  A EIA A  T+  LVLGTSDL +DL A HT DR P+L SL   +LAAR YGL  LDGVHLD+ D EGF ++CRQGR++G DGKTLIHP T+A  N  FGP+A E+ QA+R++ AH EAAA+G+G  ++DG LVE LH ENARR++ L ++IAALE
Sbjct:    5 VRPRRSVLYMPGSNARALDKGRSLPADGLILDLEDAVAPDAKAQARDTIAQAIAAGGYGGRELVIRTNGLNTPWGYDDLRMAATSGADAVLLPKVESADAVRQAESLLRAAGAPDSLRLWCMMETPLGMLNAKEIAGASPTLGALVLGTSDLAKDLHAAHTRDRLPMLTSLGLCLLAARAYGLAVLDGVHLDLNDEEGFAQSCRQGRELGFDGKTLIHPKTIAACNAVFGPDAEEIAQAHRLIAAHAEAAAQGKGVVLVDGKLVENLHVENARRLVALSDAIAALE 290
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BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: A0A2E6QIK9_9PROT (CoA ester lyase n=1 Tax=Rhodospirillaceae bacterium TaxID=1898112 RepID=A0A2E6QIK9_9PROT)

HSP 1 Score: 308 bits (790), Expect = 7.140e-96
Identity = 151/285 (52.98%), Postives = 204/285 (71.58%), Query Frame = 1 
Query:  307 KPLRSVLYTPGSS-RHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGA-YDTDLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALE 1155
            +P RSVLY PGS+ R L K R +  DA ++DLED V P+AK +AR+R+   +G GGYG++ +VVR+N+L +PWG DD+  +A    DAV++PKVESA +V++   +L ++GA  D  +WCM+ETP G+    EIA+AH  V+CLV+GTSDLT+DL ANHTP R PL+ S+   +LAAR +GL  LDGVHLD+ D  GF  ACRQGRD G DGKTLIHP T+A AN  FGP+  E+  + R++ AHEEAA  G+G  ++DG L+E LH   A+R++ + E IAA+E
Sbjct:    5 RPRRSVLYMPGSNQRALEKGRTLPADALILDLEDAVTPDAKAEARDRIAEAVGTGGYGKREIVVRVNALSTPWGYDDLAGLAGCGADAVLLPKVESAGEVRQAVAVLEENGAPEDLAVWCMMETPRGILAVAEIAAAHPRVACLVMGTSDLTKDLHANHTPGREPLMTSIGLCLLAARAHGLAILDGVHLDLDDEAGFAAACRQGRDWGFDGKTLIHPKTIAAANAAFGPSDDEIAWSRRIIAAHEEAAREGKGVVLVDGKLIENLHVAEAQRLVVMAEMIAAME 289
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BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: UPI000E5D605A (CoA ester lyase n=1 Tax=Algihabitans albus TaxID=2164067 RepID=UPI000E5D605A)

HSP 1 Score: 308 bits (790), Expect = 7.380e-96
Identity = 158/286 (55.24%), Postives = 201/286 (70.28%), Query Frame = 1 
Query:  307 KPLRSVLYTPGSS-RHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGAYDT-DLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALEA 1158
            +P RSVLY PGS+ R L K R I  DA ++DLED VAP+AK +AR  V + + +GGYGR+ ++VR+N LDSPWG DDI  +A    DA++IPKVESA  V+ V  L+   GA     + CM+ETP G+  A EIA A   ++CLV+GTSDL +DL A HTP+R P+L SLS  +LAAR YGL  +DGVHLD+ DAEGF+  C QGR++GMDGKTLIHP TVA AN  F P+  +V QA R+++AH EA   G+G  VLDG L+E LH E+A+R + L ESI  LEA
Sbjct:    7 RPRRSVLYMPGSNTRALEKGRGIPADALILDLEDAVAPDAKAEARANVVAALAEGGYGRREIIVRVNGLDSPWGRDDIAAIAPTGADAILIPKVESAEMVQEVERLMVSAGAAGAMGIMCMMETPRGILHAGEIAGASARLTCLVMGTSDLVKDLNAKHTPERLPVLTSLSLCVLAARAYGLAVVDGVHLDLNDAEGFDAQCNQGRELGMDGKTLIHPKTVAAANTAFAPSEDDVAQAKRIIEAHSEATRAGKGVVVLDGKLIENLHVEDAQRTVALAESITDLEA 292
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BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: A0A3B8ZVP8_9DELT (CoA ester lyase n=3 Tax=Desulfuromonadales TaxID=69541 RepID=A0A3B8ZVP8_9DELT)

HSP 1 Score: 307 bits (786), Expect = 3.520e-95
Identity = 154/287 (53.66%), Postives = 202/287 (70.38%), Query Frame = 1 
Query:  304 LKPLRSVLYTPG-SSRHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGAYDT-DLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALEA 1158
            ++P RS+L+ PG ++R L K RE+  D  + DLED VAP AK +AR  V + +  GGYGR+ +VVR+N LD+PWG DD+   A+   DAV++PKVES A V+R  DLL +  A D  ++WCM+ETP G+ RA EIA+A   V+ LV+GTSDLT++L+A HTPDR PLL SL   +L AR YGL  LDGVHLD+ D  GF  ACRQG D+G DGKTLIHP T+AVAN  F P+A+ +  A +V+  H  A  RGEG  V+DG L+E LH ++ARR++ L  +I+ALEA
Sbjct:    5 MRPRRSLLFMPGVNARALAKARELPADGLIFDLEDAVAPAAKGEARAAVGTALAAGGYGRRELVVRVNGLDTPWGRDDLAAAARCGCDAVLLPKVESGASVRRTLDLLEEFAAPDNLEIWCMLETPRGILRAEEIATASTRVAALVMGTSDLTKELRARHTPDRRPLLASLGHCLLVARAYGLTALDGVHLDLHDDTGFAAACRQGVDLGFDGKTLIHPKTIAVANSLFAPDAAALAWARKVITVHSAAMERGEGIVVVDGQLIENLHVDDARRLVALAAAISALEA 291
[Close]
BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: A0A2S2CSW4_9PROT (CoA ester lyase n=1 Tax=Azospirillum thermophilum TaxID=2202148 RepID=A0A2S2CSW4_9PROT)

HSP 1 Score: 301 bits (771), Expect = 4.460e-93
Identity = 157/288 (54.51%), Postives = 199/288 (69.10%), Query Frame = 1 
Query:  304 LKPLRSVLYTPGSS-RHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGAYDTD-LWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALEAG 1161
            ++P RSVLY PGS+ R L K R +  D  ++DLED VAP+AK  AR  +   I  GGYG + +V+R N L++PWG DD+   A    DAV++PKVESA  V++   +LR  GA D   LWCM+ETPLG+  A EIA+A   +  LVLGTSDL +DL A HTPDR P++ SL   +LAAR YGL  LDGVHLD+ D EGF  +CRQGR++G DGKTLIHP T+A  N  + P A EV+ A R++ AH EA AR +G  ++DG LVE LH ENARR++ L E+IAALEAG
Sbjct:    5 VRPRRSVLYMPGSNARALEKGRSLPADGLILDLEDAVAPDAKAAARTTIREAIAAGGYGGRELVIRSNGLNTPWGYDDLVMAAASGADAVLLPKVESADMVRQAEAVLRAAGAPDGQRLWCMMETPLGILNAREIAAASPRLGALVLGTSDLAKDLHAAHTPDRLPMITSLGLCLLAARAYGLAVLDGVHLDLNDDEGFAASCRQGRELGFDGKTLIHPKTIAACNAAYAPAAEEVDHARRIIAAHAEAVARDQGVVLVDGRLVENLHVENARRLVALAEAIAALEAG 292
[Close]
BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: G7Z9B5_AZOL4 (Citryl-CoA lyase n=7 Tax=Azospirillum TaxID=191 RepID=G7Z9B5_AZOL4)

HSP 1 Score: 301 bits (770), Expect = 5.480e-93
Identity = 152/285 (53.33%), Postives = 198/285 (69.47%), Query Frame = 1 
Query:  304 LKPLRSVLYTPGSS-RHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGAYDTD-LWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAAL 1152
            ++P RSVLY PGS+ R L K R +  D  ++DLED VAP+AK  AR+ +   +  GGYG + +++R+N L++PWG DD+R  A    DAV++PKVESA  V++   +LR  GA  +  +WCM+ETPLGV  A EIA A   V  LVLGTSDL +DL A HT  R P++ SL   +LAAR YGL  LDGVHLD+ D EGF  +CRQGR++G DGKTLIHP T+A  N  F P+A E+  A+R++ AH EAAA G+G  ++DG LVE LH ENARR++ L E+IAAL
Sbjct:    5 VRPRRSVLYMPGSNARALEKGRSLPADGLILDLEDAVAPDAKAAARDTIAQALAAGGYGGRELIIRVNGLNTPWGYDDLRMAAASGADAVLLPKVESADSVRQAEAVLRTAGAPASQTIWCMMETPLGVLNAKEIAGASPAVGALVLGTSDLAKDLHAAHTAQRLPMITSLGLCLLAARAYGLAVLDGVHLDLNDDEGFAASCRQGRELGFDGKTLIHPKTIAACNAAFAPDADEIAHAHRIIAAHAEAAASGKGVVLVDGKLVENLHVENARRLVALAEAIAAL 289
[Close]
BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: UPI0018723A97 (CoA ester lyase n=1 Tax=Pelagibius sp. NBU2595 TaxID=2762760 RepID=UPI0018723A97)

HSP 1 Score: 300 bits (769), Expect = 8.520e-93
Identity = 144/286 (50.35%), Postives = 208/286 (72.73%), Query Frame = 1 
Query:  307 KPLRSVLYTPGSS-RHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGAYDT-DLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAALEA 1158
            +P RSVLY PGS+ R L K R +  D  ++DLED VAP+AK+ ARE++ + + +GGYG++ + VR+N LDSPWG+DD++ +A    DA+++PKVE+AA +  +  L+   GA  +  + CM+ETPLG+  A E+A A + ++CLV+GTSDL +DLQA HTP+R P+L SL   ILAAR YG+   DGVHLD++D EGF  +CRQG+++G DGKTLIHP T+A AN  F P+ +E++ +++++ AH EA A G+G  V+DG L+E LH E+A+R++ L E+I  LEA
Sbjct:    5 RPRRSVLYMPGSNARALEKGRSLPADGLILDLEDAVAPDAKETAREQIVAALKEGGYGKREIAVRVNPLDSPWGKDDVKAMATSGADAILLPKVETAAMIHELEKLMDAAGAPQSMGIQCMMETPLGMLNAQEVAGASKRITCLVMGTSDLVKDLQAAHTPERLPVLTSLGLCILAARAYGIAITDGVHLDLSDEEGFAASCRQGKELGFDGKTLIHPKTIAAANEVFAPSQAEIDWSHKIIAAHAEATAEGKGVVVVDGKLIENLHVESAQRLVALSEAIKELEA 290
[Close]
BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Match: D3NT03_AZOS1 (Citrate lyase beta chain n=17 Tax=Alphaproteobacteria TaxID=28211 RepID=D3NT03_AZOS1)

HSP 1 Score: 300 bits (767), Expect = 1.520e-92
Identity = 153/285 (53.68%), Postives = 198/285 (69.47%), Query Frame = 1 
Query:  304 LKPLRSVLYTPGSS-RHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKGGYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVADLLRQHGA-YDTDLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGRDMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCAVLDGSLVERLHAENARRVIELHESIAAL 1152
            ++P RSVLY PGS+ R L K R +  D  ++DLED V PEAK  AR+ +   +  GGYGR+ ++VR+N L++PWG +D+R  A    DAV++PKVESA  V++   +LR  GA     +WCM+ETPLG+  A EIA A + V  LVLGTSDL +DLQA HT  R PL+ SL   +LAAR Y L  LDGVHLD+ D EGF  +CRQGR++G DGKTLIHP T+   N  F P+A E+ QA+R++ AH EAAA G+G  ++DG LVE LH ENARR++ L E+IAAL
Sbjct:    5 VRPRRSVLYMPGSNPRALEKGRGLPADGLILDLEDAVTPEAKTAARDGIAQALAAGGYGRRELIVRVNGLNTPWGYEDLRMAAASGADAVLLPKVESADAVRQAEAVLRAAGAPAGQAIWCMMETPLGILNAKEIAGATQAVGALVLGTSDLAKDLQAAHTAGRLPLITSLGLCLLAARAYRLAVLDGVHLDLNDDEGFAASCRQGRELGFDGKTLIHPKTIGACNAAFAPDAGEIAQAHRIIAAHAEAAAAGKGVVLVDGKLVENLHVENARRLVTLAEAIAAL 289
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig1.211.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7G072_ECTSI1.020e-18895.44HpcH_HpaI domain-containing protein n=2 Tax=Ectoca... [more]
A0A835ZHS4_9STRA9.680e-10355.70Pyruvate/Phosphoenolpyruvate kinase-like domain-co... [more]
A0A3S0HXF6_9PROT4.430e-9855.94CoA ester lyase n=2 Tax=Azospirillum TaxID=191 Rep... [more]
A0A2E6QIK9_9PROT7.140e-9652.98CoA ester lyase n=1 Tax=Rhodospirillaceae bacteriu... [more]
UPI000E5D605A7.380e-9655.24CoA ester lyase n=1 Tax=Algihabitans albus TaxID=2... [more]
A0A3B8ZVP8_9DELT3.520e-9553.66CoA ester lyase n=3 Tax=Desulfuromonadales TaxID=6... [more]
A0A2S2CSW4_9PROT4.460e-9354.51CoA ester lyase n=1 Tax=Azospirillum thermophilum ... [more]
G7Z9B5_AZOL45.480e-9353.33Citryl-CoA lyase n=7 Tax=Azospirillum TaxID=191 Re... [more]
UPI0018723A978.520e-9350.35CoA ester lyase n=1 Tax=Pelagibius sp. NBU2595 Tax... [more]
D3NT03_AZOS11.520e-9253.68Citrate lyase beta chain n=17 Tax=Alphaproteobacte... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig1contigP-fluviatile_contig1:2679817..2693974 +
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 score547.7
Seed ortholog evalue4.2e-153
Seed eggNOG ortholog2880.D7G072
EggNOG free text desc.regulation of cobalamin metabolic process
EggNOG OGs2QQPK@2759,COG2301@1
COG Functional cat.G
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
Hectar predicted targeting categorymitochondrion
Ec32 ortholog descriptionPyruvate/Phosphoenolpyruvate kinase-like domain
Ec32 orthologEc-05_004060.1
Exons8
Model size2259
Cds size1164
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig1.211.1prot_P-fluviatile_contig1.211.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig1 2679835..2692897 +


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

Feature NameUnique NameSpeciesTypePosition
1622815305.1563663-UTR-P-fluviatile_contig1:2679816..26798341622815305.1563663-UTR-P-fluviatile_contig1:2679816..2679834Porterinema fluviatile SAG_2381UTRP-fluviatile_contig1 2679817..2679834 +
1693561454.0641265-UTR-P-fluviatile_contig1:2679816..26798341693561454.0641265-UTR-P-fluviatile_contig1:2679816..2679834Porterinema fluviatile SAG_2381UTRP-fluviatile_contig1 2679817..2679834 +
1622815305.2640595-UTR-P-fluviatile_contig1:2692897..26939741622815305.2640595-UTR-P-fluviatile_contig1:2692897..2693974Porterinema fluviatile SAG_2381UTRP-fluviatile_contig1 2692898..2693974 +
1693561454.157561-UTR-P-fluviatile_contig1:2692897..26939741693561454.157561-UTR-P-fluviatile_contig1:2692897..2693974Porterinema fluviatile SAG_2381UTRP-fluviatile_contig1 2692898..2693974 +


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

Feature NameUnique NameSpeciesTypePosition
1622815305.170391-CDS-P-fluviatile_contig1:2679834..26802181622815305.170391-CDS-P-fluviatile_contig1:2679834..2680218Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2679835..2680218 +
1693561454.0762267-CDS-P-fluviatile_contig1:2679834..26802181693561454.0762267-CDS-P-fluviatile_contig1:2679834..2680218Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2679835..2680218 +
1622815305.1858976-CDS-P-fluviatile_contig1:2685378..26854201622815305.1858976-CDS-P-fluviatile_contig1:2685378..2685420Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2685379..2685420 +
1693561454.0838647-CDS-P-fluviatile_contig1:2685378..26854201693561454.0838647-CDS-P-fluviatile_contig1:2685378..2685420Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2685379..2685420 +
1622815305.1952798-CDS-P-fluviatile_contig1:2686162..26863001622815305.1952798-CDS-P-fluviatile_contig1:2686162..2686300Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2686163..2686300 +
1693561454.0918014-CDS-P-fluviatile_contig1:2686162..26863001693561454.0918014-CDS-P-fluviatile_contig1:2686162..2686300Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2686163..2686300 +
1622815305.2051282-CDS-P-fluviatile_contig1:2686558..26866321622815305.2051282-CDS-P-fluviatile_contig1:2686558..2686632Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2686559..2686632 +
1693561454.100342-CDS-P-fluviatile_contig1:2686558..26866321693561454.100342-CDS-P-fluviatile_contig1:2686558..2686632Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2686559..2686632 +
1622815305.2192242-CDS-P-fluviatile_contig1:2687706..26878561622815305.2192242-CDS-P-fluviatile_contig1:2687706..2687856Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2687707..2687856 +
1693561454.123554-CDS-P-fluviatile_contig1:2687706..26878561693561454.123554-CDS-P-fluviatile_contig1:2687706..2687856Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2687707..2687856 +
1622815305.2324336-CDS-P-fluviatile_contig1:2688618..26887721622815305.2324336-CDS-P-fluviatile_contig1:2688618..2688772Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2688619..2688772 +
1693561454.133823-CDS-P-fluviatile_contig1:2688618..26887721693561454.133823-CDS-P-fluviatile_contig1:2688618..2688772Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2688619..2688772 +
1622815305.242909-CDS-P-fluviatile_contig1:2689547..26896161622815305.242909-CDS-P-fluviatile_contig1:2689547..2689616Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2689548..2689616 +
1693561454.1420393-CDS-P-fluviatile_contig1:2689547..26896161693561454.1420393-CDS-P-fluviatile_contig1:2689547..2689616Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2689548..2689616 +
1622815305.2547333-CDS-P-fluviatile_contig1:2692744..26928971622815305.2547333-CDS-P-fluviatile_contig1:2692744..2692897Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2692745..2692897 +
1693561454.1499195-CDS-P-fluviatile_contig1:2692744..26928971693561454.1499195-CDS-P-fluviatile_contig1:2692744..2692897Porterinema fluviatile SAG_2381CDSP-fluviatile_contig1 2692745..2692897 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig1.211.1

>prot_P-fluviatile_contig1.211.1 ID=prot_P-fluviatile_contig1.211.1|Name=mRNA_P-fluviatile_contig1.211.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=388bp
MKVLTAVARRTRAVRNVPPSGRSTNVAYGGVSREMSSMWSCAAGSPTHAP
SLNPQQGVPGNSRLPAASKELYARRLCGSRWRYSSSSTGGSGKPLLKPLR
SVLYTPGSSRHLYKIREIACDASLVDLEDGVAPEAKDKARERVCSEIGKG
GYGRKAVVVRINSLDSPWGEDDIREVAKLTLDAVVIPKVESAADVKRVAD
LLRQHGAYDTDLWCMIETPLGVTRANEIASAHETVSCLVLGTSDLTRDLQ
ANHTPDRTPLLYSLSRVILAARTYGLRCLDGVHLDMTDAEGFERACRQGR
DMGMDGKTLIHPSTVAVANWFFGPNASEVEQAYRVVQAHEEAAARGEGCA
VLDGSLVERLHAENARRVIELHESIAALEAGQDTNES*
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mRNA from alignment at P-fluviatile_contig1:2679817..2693974+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig1.211.1 ID=mRNA_P-fluviatile_contig1.211.1|Name=mRNA_P-fluviatile_contig1.211.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=14158bp|location=Sequence derived from alignment at P-fluviatile_contig1:2679817..2693974+ (Porterinema fluviatile SAG_2381)
TTTCTCGCAACAAGACAGATGAAGGTCCTGACTGCTGTTGCTCGTCGGAC
AAGAGCAGTACGGAACGTACCACCAAGTGGTCGCAGCACAAACGTTGCTT
ATGGCGGCGTTTCTAGAGAGATGTCATCTATGTGGTCATGTGCTGCGGGC
TCTCCTACTCACGCTCCTTCACTTAATCCCCAACAAGGAGTGCCCGGCAA
CAGCCGCTTGCCGGCTGCTTCAAAGGAATTATATGCCCGACGCTTATGCG
GATCCCGATGGAGATACAGCAGCAGCAGCACCGGGGGTTCAGGGAAGCCG
CTGCTGAAACCCCTTAGGTCTGTCCTCTATACGCCGGGATCATCGAGACA
TCTCTACAAGATCAGAGAGATTGCTTGCGATGCTTCTCTAGTTGATCTCG
AGGTAAGATACATGTCCAGCCCTAAACAGCAGCTGTTGCTGGGTTGCAGC
AATCCCCAAGAATACAAAAGAGAGCGAGGAAATATTCGTTTTCGCGCCCT
TTTTCAGCTTGGGCGCTCCTCACTGCCTCGACCAAACATCAGCTCGTACA
TTAGTGCATACAAGTAGATGCACAACACATCTGACGCTGTCGTCAATCCC
AACCGTAGACTAGTTCGCCGGTCTCGCCTGTTGCAGTCCCCTCCTTTAAT
TAGTTTCCAAGTGCTGTGCACACCTGAACTGTATTGATAGGGCTCTCCCT
TCTGGGTGCCGGACATGATATTTATGTCCAGCTATCTCGTCGAGCAGTGC
GAGCCTCTCCCAACGCCAACACGAACTACCGTTAGAAGCGGGTCTTGTTG
GATCCGCGGCCCTGGCAATTGGACTGTCCTCGGGTGACTGAACGTTCCAG
AGCTCCGATGTGTTTTGCTCTGCGCGTCATTCACGCCGGGGTGTGTACGA
CGTGCAGCAATTGCCTCGTGAACGGGGATCGGATTATAGGTGCAAGTCTG
GAGTCTGCACGCCATGTTACCACGTTGTTGTGTTGAACGCACGACTTCGC
GCGGCATGGCGCGTGTACGAAGCAGATAGCAGATAAGTTATCCTCCTTCG
AACGAGGCAGCGGGCCGGTATTGATATTGAAACGGAGGAGCGGAACCATC
CGACACTTGCGGTAGGTATTATGTACCACACCCACCGCCGGCACGGGCCT
ACCTCGTCTGGTAGAATGCGGGCAAGTGTGGACCTACGGGAGAGAGCTCG
AGTAGCTCCCAGGAAGAGACAAGGATTTCGGACGAAAGGGGCGAGAGCCG
AAATACTCATCTTCCCGTTCGCTTGTGCGCCATCACGTGGCGCTTAGAAG
CATTGCAGTAGCCTACGCAGGTTTCGATGAGCAGACGGGATAAAGTTTGG
GGTTAGTGTTTTTTTGGGGTCCCAGTAGCCTCCGCAAGGTTTCATCAAGC
AAACTTGTTGGATAGAGTGTAGGATTCGTGTTCTTTGGGGTCGTGTTCTT
TGGGGTTCGGGTGTAGGGTTAGCGTTAGATCCCACTTGCCCTTTTCATAT
GCACCAAACTCGAATTTCTTTGCTTGGCCGGTCCAAGCATTGGGTTTGCG
GAAGGAGTTTCTTTGTATGACTTCCTGCGGTGCGGAGCGGAGTAACAACA
TACCCAAGCCGGATACATGAAGCAACCCTTTGCCAGCGCTTTCATGTGCT
TGCCCCATGTCTGACACCTATCATCGGCATAGCAACCCTCTGTGTAAATT
CTGTCCAAATGCATCTCGCTGGACACATGCCTGAGGGGACATGATTCGAT
GGGTCTGAGTCGTCTCTGACATCTGTCACTATCTGATACAGGAGTGGTTT
GAGGCGATAGCCCTGCGCTTGACATGCGCGCGGTAGCATGACGTCCCGTC
CTCGATCGATCACACTATACTTTGATTCTAGCCACAAAACTAGCTTGTTT
AGGTATTCCGCCACGAATTTTTATAGAAATGTACGTGCTCGCACGAGAGG
GAAGTGCAAAAAATCGCACACATTTTACGGGCCAGGCGAATGTTCGACGC
GTGCACTTCACTTTGAAACGGTCACATGGAAAGAAATCTCCGCCGGCTAC
GAATTCCATTAACGTCACCACCGGTGCTTTCACTTCTATTGTTTGCTCAC
CCAGCTCTCCAGATGCGCGTGATTTTTCTTTGAGCACCAGCTTTTGACAC
ACCACTTTTGCGTGCCCTTTTTTGTTTTACTGCTACCAGTACGTCGGCGT
TATGAACGGCGTGTCTTCCCTTCCTCGAGGGGAAAGTCCTCACAACACTA
GGTTTTCGGAGATGATTCGTGATTGACGTTGAGTGGGGGAACATTCTTGC
CTTCCATCTCCCCAGAGAAATCACCGACTGTCTTCCTTCCGCATCGACCC
CATCGAATCCCCCCCGCCCCCCCAAACAGTGGCAATACCGTACAGCTTCT
GCGTCGCCTTGAAATCAGCACCGTGGATGCATTGCAGTGGTCAAAACAAC
TGAAGCAAGAAATGACCTATACCGTCCCCCCCCCCTCTCCTAGACGTTCA
GAAAGCGTATGATACAGTATGGAGAAATGGGCTTTGGAAAAAGTTGGCGA
AGTATGGGGTAAACGGGAAGATGTGGAGAATGATTAAGTTGACAGAGAGC
ACGAAAAGCGCCGTGATGTTAGATGGAGAACTCTCGAGGTTCTTCGACAT
TGAGCAGGGGGTCCCACAGGGGTGCACAATGTCACCAACGTTGTTCCAGG
TATTCATCAACGACTTACTGAAAGAGGTAGAGGCGGTAGGGAAGGGAGTA
GAAGTAGGGGAAACCTCGGTATCGGGACTGCTGTTTGGAATGCAGACAGC
GTAGAACAAGTAAGGGAACTGATGGGGAAAGCGGGAGAGGAAGAAGACAT
CCAAGTAAAAGGGGACAGAGTAATCGCAGGATGGGAAAACATAGTGAACA
CAACCGCAGAGGAAGTGGTAGGAAAAAAGATGGTCCGGTGTGGTCAGGCG
GTTAAGTGGTGGGACGAAGAATTAAGGGAAGAAATAGGGGAACGAAGAGA
ACTGTTTAAGCGGCACATGGATGAGAAGACAGAGGAGAGTTGAGAAACCT
ACAGAGCCAAGAGGAAACATGTGAATAGAGTAGTGAAAAAGACGAAGAAA
GGCATCTGGGACGAAGTGGTGCAGGAAGCGAACGGGGGTTGGAGGGTAGC
GTAAAACAGATGTGGCAGGGAATTAATGGATTGGTaAAAAAGAATGAACA
TGGGGGGGAAACAGGAGTAGCAACATTGCGAAGCGTAGACGGTAAACTAG
TCAGCAGTGGCAAGGGTAAGAGACAGGTACTAGCAGGACACTATAGGAGA
CTCGGGGTGCCGTCGGAAAAGGCAGACTTCGACCAAGTATTCAAGGAAGA
GGTAGACGCGTGGGCCCAAGCAGAAGAGAGAGCTTCGATGGAGGACGTCG
GGAATGCAGAGCTCCAAAAGAAGTTCACCGAGGAAGAGGTTGAGAATTGT
GTGAAAAAACTACAGTGTCACAAGGCCGCAGGGGTAGACGGGATAGTGAA
CGAAATCATGATGTTCGGGGGGGAGGGGATGATTCAGATGATGGTGCTGT
TGTTCAACTGGGTATGGGAAAGCGAATACGCACCGAGTAGATGGAGGGAA
GGGGTGGTGGTGAACCTATTTAAGAAAGGAGATAAGACTGACCCAGGAAA
CTATAGGGAAATCACCCTGTTGAGCACAGTGGGGAAAGTGTTCTTCAAGA
TCCTCAACAACAGAATAGTACGAGTACTGGAGATGGAAAAGAGAATTAGT
GAGGGTCAAGCAGGTTTCAGGGAGGCTAGGGGGTGTGGAGATCACCTATA
CACGGTAGGGAGAATCATACAAGGTCGGAAGAGGGTGGGAAAGCCGACAT
ATTGTTTTTTCCTAGACGTTCAGAAAGCGTATGATACAGTATGGAGAAAT
GGGCTCTGGAAAAAGTTGGCGAAGTATGGGATAAACGGGAAGATGTGGAG
AATGATTAAGAAGATGACAGAGAGCACGAAAAGCGCCGTGATGTTAGATG
GAGAACTCTCGAGGTTCTTCGACATTGAGCAGGGGGTCCCACAGGGGTGC
ACAATGTCCCCAACGTTGTTCCAGGTATTCATCAACGACTTACTGAAAGA
GGTAGAGGCGGTAGGGAAGGGAGTAGAAGTAGGGGAAACCTCGGTATCGG
GACTGCTATTTGCTGACGACTTTGTTGGGATGTCGGACACGCCTGAGGGG
CTCCAACTACAGATTAACGCAGCGAAGACCTGCGCTGATAAGTGGAGCTT
CTCGGCCAACGTCCCAAAGTGTGCCGTAATGGTATGCAATGAAGATGGTG
ACGAGGAAGTAGGTACCGAGTGGACGTGGGGGGACAAGGAGCTGCCAAGA
GCGGAAAAATACACATACCTTGGAGTAGAGATAGCAAAAGACTGTAAATG
GGATGCACACATGCACAAAATAGCGGACAAGGGCAAAGCAAGGGCAGGGA
AGTTGCACCCAATCCTAGCAGACCGGCACCTTGATACACGCGTCAAAATG
ACCATTCTGAAAAGTGTTATCATCCCGCCACTAGAGTACGCGGGAGAAGT
TTGGGAAGGGAACAAGAAAGTAGTAGCAGAGTTGGAGGCAGCGCAGATGA
AAGCAGCGAAGATCATTCTAGGATGCTCCCAGCGCACAAGTAACGCAGCA
GTAAGAGCAGAGTTGGGGATCTACTCCTGAAGAACGGGAAGAGACAGGAG
GAAGTTGACATGGCAATACCGTATGGAAAACATGGGAAAGGAGAGGTTAC
CGAGAATAGCTTGGGAGGCGAGATGGGTAAACAAGGCCAAGGGTAGACAA
CCCATTGAGTGGGCGAAGGTTGTACAGGGAGTGTGGAGTGGGTTAGATAT
TGACGAACGGGAGACGACGGGAGCGGAAAGCTTAGAAGGGTACAAGAAGA
GCATCTCAGAAGCCTTTGAAAATAGAGAAGACCAAAGCTTGCGGAAAGAG
ACCAAGGAAAAGGAGGTTCTAGAAGTGTACGGAAGGCTGAACGAAGGAAT
AGGGTTCAAGGAGTACCTGAACGGACCATTGGATGAAGGGACAAAGATGA
AGGTCAAATTTAGAACGGGCGACATTGACCTACGGGAACGTAGAAGGAGG
TTTAGGAAGGTAGACGACGAAGACAAGTTCAAATGTGACTGCGGCGCCGA
ATGCGAAGACCGGGTACATGTAGTTGCGGAATGCCCGTTGTACGATCAGG
AGAGAGAAGGGTACATGGTTGAGCTGGAAATAGTAGACAGTCGGTATAGA
GAGAAGTTTGAGGCATGGAACAAAGAGGAGAAGACGGTAGCGGTACTCGG
GTGTAAGATGTGGCCCAGGACGGACATGTATAAAGTAGACAGCTTAGGGA
AAACATTTTTGAGCCACCTTTGGCAAAGTAGGAAGGAACGATTGGCCATC
GGTGGTCGATCCTGCGGGAACAATGCTCCGTCCTCTCGAGGACGCGTGGT
CAATGGTCTAACAACTAAGGCATGCAAAACATGAGTACGCCCCCCCTCTC
CGTTTTTTTGCACCTCGTCTACACGTGTCTCTCTTGATATTTGTGCGACT
GTCGCTCGACAGGACGGCGTTGCCCCGGAGGCGAAGGACAAGGCGCGCGA
GAGGGTGAGCGCTTTTTGTGGCCTTTCTGTGATAAAAAGGCGCGTCGTTC
GAGATCACTCGTGATTGTGCGGCGTGTGGTACGTGGGGTGTGCGTGGTAT
GTGTGAAACCGAACTGGTGTCGACCGCGTGAATCGGCTGGCCCCATGGAT
TGACGCCCTAGTCTTAGCGGGGGAAGAAAAACTACGACGATGATATTCCT
AAGAGTGACGCCAAGTCTCAGCGGAAAAAAAACACAATGGCGATTATTGC
TAAATATTGTACCTCGCCCGCGTGGGGCTTGCTCGCGAACGGACACTCGA
CGGGTTCGTCTGGGCAACCTGAGAGGAGCGTTGTTTTACCCTTGCGTGCG
CTCGTTGTGCGTGTGTTTCTATGGTTGCTGCTGTCCATGCCATTCATCCG
CGCAGAGCATCCAAACGATTCAAGGAGAGCGACTAAGACATGCACACACG
TGGAACAGACGGCGGTCTTACACACCTGCACACCGCGTATTTTCCTAGCG
GATTTTGAGTGTCGAAAACGCACTCGGCTGAATTGTGTGTGCGCGCGTCG
AGGATGCTTCGAATCTCGTCCACCCTTGATTTCTGCCATTTATCTTGTTC
AAGCTACCGCCCTGAGTCACAATCCTCCAATTCATCGAATTCACTGCGCC
GTCGCTCCTCATTTTCCTTGCCAATACTTTTTCTTCATGTATTGTTGCTC
TCCGGACGCCCGGTTCGGACAAAAAAATATGGTGTAATGGGAGAAGGTGT
GCTCGGAAATTGGCAAAGGGGGCTACGGTCGAAAAGCCGTGGTGGTGAGA
ATCAACTCTCTTGACTCGCCCTGGGGGGAAGACGACATCAGGGAGGTGGC
CAAGCTCACGCTGGACGCCGTCGTCATCCCCAAGGCAAGAGAGTGAGCAC
CTTGATATGAGTAACACGCTTGCTTTGCGTTTGTTTTCACCAGTGATTTT
TTTTTGCTACGGGTCGTGCTGCTTGCTTGATTGCTTGCTTACACCCCCGC
CCCGGGCCCTGTTCATCTCGTTCTCGCGAAGGGAACAAGCTTATCTCACG
CGTTGCTCGCTTTCCAAAGCCTTTGCGCGTTGTAACCCTCTCTGCCCTCC
CTGTGTGGCACCCTCGATGCCGCCGCTGCATCACGAAAAAAGGTGGAGAG
TGCGGCGGACGTGAAGCGGGTGGCAGATCTCCTCCGCCAACACGGGGCCT
ACGACACCGATTTGTGGTGAGTCAAGGGACTGGAAGGACGAACATGAGAC
GGGCAGGACGAACAACCCTTTCCTGTCCTGGCGGGACTTACCCAGAAAGG
GGTGCAGGCGTGTCTTTCGCACTTGTAGGTTCATCCTCACATCTGCCGCC
CGCACGAAACGGGATACTTGAGCGTTGCTCGCGTTGCTCGCTTCACGATC
ATCGGAGTGCCGTATCCGACATGCTTGTGTACGGTCTACACGCGCATTGT
CGCTGAGGGCTGTCCGCTCCGCGGTGTGTCGGATCTTGGATACCCGTGGA
ATTTCAACAGGTAATTCGTATAATACTCAAGACAGCTTTTGCTGGGGAGG
AGTTGATGCACAAACATGCACATCGTGCATGTAGGATATTGCAAATGCGT
TAGTAAAAATATCAAGGAGATCAGGAACCTGGCTTGCATTTTCGTTCAAT
ACAACAACGGCGGCTTTCGATGACGACTTATCACACCTCGCGCCAAGTCG
TGCCCTGGTGTAATGATCGCCCAAGTCGTCCATCTTGATGACCCCATGCC
CTCGTAGGCCAGCCCTGCTGTGCTCACCGGCTGCGAATTTCTTTGTCGCG
AAAAGACTATTAATAGCAGCTATTTCGAGCACCCAGGCGAGGGCATCAAG
CAGCGAAGCTACCCAAGCTGATTACTCTCGATGCCAGCGCCGCGTCCCAT
GCTCGTTGTTCAAAGATTTCGAACAAAAATGGAAAAAACACTTTCGCGCA
AATTACGCCTCGTACTACTGAGGCGTCTCGTGCTGAAAGGAGCCGAGAGG
AGACCGACTTCGCGAAGGCATCCTGTTAATTCATCGCATTGCTTCGAACA
TGCCCGCTCGCTGCTTCTGCCGAGGTGCCCTGCGGGCGACCTTCCTGCTG
TATCCTCCCTAACGAACGAAGCGTAGCCCCGTATCTCCGTTGGCTCGGTA
CTCCCCCCCGTAGCCTCCGTTTTCCAGTACCCTCCTCCCCCCCTCGCCTA
CCACTCTACTGATTTTGACGCCGAACGTCGACTACGGCGGAATTTCGGGT
TGCTCGTGTGCGCTGACTGACGTAACAATAATCCAATCAGGTGCATGATT
GAAACGCCCCTAGGCGTCACTAGAGCCAACGAAATCGCCTCCGCGCACGA
GACGGTGTCGTGCCTGGTGCTGGGGACGTCGGACCTGACGCGAGACCTAC
AGGCGAACCACACCCCCGACCGCACCCCGCTCCTCTACAGGTGTGCCGGG
TGCCGGGGGGAGGGGGGCGGCGGGGAGAGGGGCAACGGGGGTGGGGCAGG
GGGCGACGAGAAATGAGGCGTCTTCGTTTTTTTCTGTTTCATCTCGTCAC
AGCCGTCGCCCAGGCAGCAAAGCAAGCTGCTTATTTCCAGAGAAAAGCAT
TTAATGCTTTAGAGTCGTTCGCCGGTGTGTGTGGCTGTGGCACATGATTT
CTTCTCAGGGTTCAGAGGGAGCCGAGCTCTCTTTTTTGAGGGGGTGCGGT
CGGTATTCGTGAACGTAAAAGGCAATCCCGATGACAGTGAGCGATCGTTT
CAACGACGAAGGGAAACCGATAAAGCCGTCGTTCGCAATGGTATTGGGGG
TATCCGTTGGAGGTTAAGTTAGGTTAGGACGTGTGACAGACCCTACAAAC
AACATGCAACTTGTGAACAAGATTTCTTACCGGTGTACACCACGCGTTTG
GTTGCAAGTAGCAGCACACTCGTACTGTTTAGGCCTCGAGTCATTTTTTG
GGTTTGCCCTCTTCGAGCACCTGCGGGGTGTGTTTGAGGACACATCGCGA
CTTTGCTTATGCGTACAATCGCCCCCTCACCACCACCATTGTCAACGGCA
ATCCTTACGAGACACCGTGGCGGCGTTGTGATGAACCTTACGCCCCCGTC
CCTCCTGTCCCCCCTTCATGGTCCGTGCCCGCCGCCGCTTCCCTGCTCCT
TCCGTCGTTCGTCCCTCTTGCGTTTTGCCACCGCCGCCGCGCGGGGTCGC
AGCCTGTCTCGCGTGATCTTGGCGGCGCGCACTTACGGCCTTCGCTGCCT
TGATGGCGTCCACCTGGACATGACCGACGCCGAGGGCTTCGAGCGCGCTT
GCCGCCAGGGGAGGGACATGGGCATGGACGGGAAGACGCTCATCCACCCC
AGCACGGTGAGAGAGAGAGAGAGAGAGAGAGAGAGAGAGACAGACAGACA
GACAGACAGACAGAGAGAGAGAGAGAGAGAGAGACACACAGAGACATAGA
GAGACAGAGGAAGGGTGTGAAAGGAGAAGTAATTTGTGAGCGAAGGAGAT
AGGAGAGACGTAGAGTACGATTGAGGGAGAGAGTGCGTCCCGATCCCCTC
GTTCTCCCTCTTTGTTATCATCATCCCTGCGGTGCTCCTCCGCCTCCCCT
TGCCTTTCCCGTCCCTGGTGGGCTTAAATTTTTTTTCTTTTTTTTTCTTT
CTCATATCGGGCTAGCGTAAAGTTGATAAGCTTTTTGAGTTTCGAAGTCC
TGAAGTAGGATTTGGGACGTGTTTTTTCTCAGCCGTGCGTGTCATCGGGG
TGTGTATCGACTCATGGGTTTTCTCTCTGAATCGACCTTCCCGAGTTTCC
CTCGCTCTCTCTCTTTCCCGTCCATCCCACATGTGCATGGTGACCCCACT
GCTGCCGTTTGTGTCATCGTTTGTCGTGTCTGTCTGGTCCCCTGTCTGTC
TAATTGCCTCCCTCCCCTCTCTTTCTCCCTCTGCTTTCGAACTCTCTCTC
TCTTTCTCCCTCTGCTTTCGAACTCTCTCTCCCTCTCTCTCTCTCTCTCT
CTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCGCTCTCGCGCTCTCTCGCG
CTCGCTCTCGCTCTCGCTCTCGCTCTCGCTCTCGCTCTTGCTCTCTCTGT
CCCTGTCTCTCTCATCCTTGTCGTAATTCAGGTCGCCGTGGCGAACTGGT
TTTTCGGCCCCAACGCCAGCGAAGTGGAGCAGGCTTACAGGGTAGTCCAG
GTGAGAACGGCGAGCGTGGTATTATTATTGCTGCTGCTGCGCTGCCCTTC
CCGCCCCCCCGATCTTCACATGAGGGCTCGTTGGGATCCGGACAGCAGCT
GCCTTCGCCACTGACACCAACATTGTCGTTTTGTCAGCTCCTTCCTGCTA
CGTCCAAGGCGAGCACTTTCGATTTGTGGGCACGTCTGGTGACCACAATC
CCGTCGGACCCCGTCCCTCGAGTCTAGCGACCCTGATCCTAGAGATACTT
TCACGGTGGCACACAAGTACCAGGAGCAAATTCTCCCTTGTCTTGGCGCC
TGTTTTTTTTTATGGAGGCGTCAACAACTTCTTTTTCTCCAAAGCAGAAA
AAAAGCTTTTGCTTTGAAGAGGCGTACTTCAATATATATGCACCGCAAAC
CAATGACCAGTATACCCAATGAAAGAAGAGTGTAGCGTTCGAACACACCT
AGTATTGATTTCGTCAGATGACCACAACGTACACCAGCCGCTGGCGAATA
CAGGGTACTTTTTCGTTTTATTGAACGGGCATGGTAGTGTGGGTTCGGGA
GGACCAAATAATTGTGGCGCGTGGAACCAGATATTTTCTCTGTGGTCCCG
CGGCCCGGAGCAGCATCTCAAGCCTTTTGAACAACCCAGCCGTTCTCGAG
GAACACGCGATCAAAGAGGGGCTTGTCAGCTATCAGCCTATGACACCCCA
AAGGGTAGGCGGAAGCCAACCGGCGGTCCCATTGGAAACCTGGATAAGGG
GAAGAAGAGGGCCAAAACAGCGGCGGCGAGAAGGGCGGCGGACGTTGATA
TGATCCAGACAGCGAGAATGTAGCGCTCGCGGCAGCCGCAGCAAAGATGG
CTGCAAGGGAGAGAGAGAGCTCCTAAAGCGAACGAGTCTGCCCTCGCCAA
GGAGAAGGAAGAGCTGGAGCGCTCTGCTGCCAAGCGGAAAGCGACGGAAC
AGCGGCAGCAGCAGCGTGTCGAAGAAGCTGCTGATGCCGCGGCGTGGAAA
ATATCGCAGCGAACATTGGAATTCATACTCAAATCTCATCTCAGCAGGAG
GTGAAGCCCAAGGTTGGCGAAGTCCTGTCCAAAGTGCAGTCCAGGGCGGT
CCTCATGTCACTCTTCGATCTTCGGAAGCAAGGTCACTCTGAGAACTCGG
CGGCGTTGAAGGTCAGTACAGCAGGGACAGTCGGATGCTTTTTTTGTTGA
AGTGAGCATAAAACAAGTACAGCAGTATAGTTTACAGCAGTTTATGTTGC
GGCTGCACTTCGTGGTGGAAAATACTCTCAGGATGTGTCGTTCAACAACT
GCGGCCGAAATGACATCGCACAAGACTGACGTTGTCATTTTTCTTCTCTG
GAAGTATCTATGCTGGAAGGTGGCACAAATCTTCCAGATCGGACATGCGA
AGATCAGAGTCGTGAACAACCACTAGTGGGAGCTCCGACAGTTGTGCGAG
ACCACCACCGCTGGGAGAGGGAAGACGACGAAGAAGGACGACGGGCGACG
CCGTCTCAGCGACGAGCAAGAGGATCGACTTCGAGAGTTCATCGACAGCA
AGCACAAGGCCATGCGTCAAATCTTCTGACGCACGGTGGCGGAGTGGATG
CGCAGGACGTGAGATGGAGAAGCAGCCGTCGAATCGTTTGGCAGAAGGGC
TGCTGTGTAGGCTCGGCTACCGCCGTTGTTGAGGCAGGATCAAAACTCCA
CCATTGGATGCCAAGAGGCTTGCTCGTATTCGCCTGTTTCTTGTTGAAAT
GGACATCGCAAAGAGGGCCGAGGATGCTGGACTGGCAGTCGTTGTGGTCG
AATCCATGGTTGTTGACCACTCCGACCTTCGCATGTCCGATCTGGAAGAT
TTGTGCCACCTTCCAGCATAGATACGTCCAGAGAAAAGAATGGCAACCTC
AGTCTTGTGCGATGTCATTTCGGCCGCAGTTGTTGAACGACACATCCTGA
GAGTATTTTCGTCCGCGAAGTGCGGCTGCAACATAAACTGCTGTAAACTA
TACTGCTGTACTTGTTTTATGCACACTTCAACAAAAAAAGCATCCGACTG
TCCCTGCTGTACTGAGCTTCAACACCGCCGAGTTTACAGAGTGACCTTGC
TTCCGAAGTTCGAAGAGTGACATGAGGACCGCCCTGGACTGCACTTTGGT
CAGGACTTCGCCAACCTTGGGCTTCACCTCCTGCTGAGATGAGATTTGAG
TATGAATTCCAATGTTCGCTGCGATATTTTCCACGCCGCGGCATCAGCAG
CTTCTTCGACACGCTGCTGCTGCCGCTGTTCCGTCGCTTTCCGCTTGGCA
GCAGAGCGCTCCAGCTCTTCCTTCTCCTTGGCGAGGGCAGACTCGTTCGC
TTTAGGAGCTCTCTCTCTCCCTTGCAGCCATCTTTGCTGCGGCTGCCGCG
AGCGCTACATTCTCGCTGTCTGGATCATATCAACGTCCGCCGCCCTTCTC
GCCGCCGCTGTTTTGGCCCTCTTCTTCCCCTTATCCAGGTTTCCAATGGG
ACCGCCGGTTGGCTTCCGCCTACCCTTTGGGGTGTCATAGGCTGATAGCT
GACAAGCCCCTCTTTGATCGCGTGTTCCTCGAGAACGGCTGGGTTGTTCA
AAAGGCTTGAGATGCTGCTCCGGGCCGCGGGACCACAGAGAAAATATCTG
GTTCCACGCGCCACAATTATTTGGTCCTCCCGAACCCACACTACCATGCC
CGTTCAATAAAACGAAAAAGTACCCTGTATTCGCCAGCGGCTGGTGTACG
TTGTGGTCATCTGACGAAATCAATACTAGGTGTGTTCGAACGCTACACTC
TTCTTTCATTGGGTATACTGGTCATTGGTTTGCGGTGCATATATATTGAA
GTACGCCTCTTCAAAGCAAAAGCTTTTTTTCTGCTTTGGAGAAAAAGAAG
TTGTTGACGCCTCCATAAAAAAAAACAGGCGCCAAGACAAGGGAGAATTT
GCTCCTGTTACTTGTGTGCCAACGTGATAGCAATCATTCCAAAAGGAAGC
CGTTGTTGAGGACGGGTGACTTGCAGCGTGTGGTGGCAAAGTCGAGCCCC
CACCCCCTCCCCTTCCCCGCCCCGTCACACCCGTGCTGCGCGCACTCCCC
TTGGCCCTCTTGCTTCTTCTGGGGCTAGGCACACGAGGAGGCAGCAGCGA
GAGGCGAAGGGTGCGCCGTCTTGGACGGAAGCCTGGTGGAAAGATTGCAC
GCCGAAAATGCCCGGAGAGTGATCGAGCTGCACGAGTCCATCGCCGCGCT
CGAGGCTGGCCAGGACACCAACGAGTCGTAGCCGTTTCCTGCCTCTCCTT
CCGCAGCGGCTACGATTGTAGAGAGAGTTCGACTTGCCATGCCGGGCATT
CATCAGTGGGGCTTTCTCGCCAATCGAACGGAGGAGCTGTTTTTACTTTT
TACGGGTTCGTGACAAGCCGTTCTTACCCACCTCAGCCGGCGATGTTCCT
TTTCCTAAGGAATGTTTAATCGTGGCCACTACCGACAAGTCGTAGCCCTT
TCCAGCATCTCCCGATCCTCGACCGGGAGTCCAATCAACTGCTGTAATTC
GACTTTGTCCCTTATCATGGTGTGATTGTTGAGCTGCGTTGCGGATGGGT
AAGCTTAAGGGTAGGGGGTATGGGTGGCGTTCGCAACCAACAGCAATGTT
TTTGATCGTTGGTTTTGTTTCACGTGTTAATGCACAAGTCGGTCATCGGC
CGCGTACGTGCTGCCGCAGTGGAGAGGATTCGAGCGCCTTGTCATTTGGA
CGACACTTTGTCGCAGTTTTGCGGAGCTTACGCGCACGGCGGGCGTGGGG
CTTGATCGACCTCTTTGTTTTTTTGGACGAAATGATGTCGAAGTTTGGGA
AGAGCGGGAAGTCAGGTTTGTCGTGATTGATGGGGAGGGAGGGAATCGAA
GCGCTTCCTTTTCGGTCACACTGCTTGGGATCGGCAAAGCCAGCAGCTAG
CCGTCGCAAACAAGGTGCCCACAGCAGAGGGGTCGCGCTGAGGGCTGAGA
AAAGGGCTCCGGGATTGAGAGAGCAAGGGGGTAGCGGAACCCCAGAGCTG
GAGGGAGCAGACTATCGTACTTTCATCGGGGAACACATGACAAGGCGGCC
ACAGGGTTGTAGGCGGTATACGGGAAGTGTGTCTTGACAGCATTTTCTTT
TGTAATTTTGCAGTGGTTCCGTTGTTGAGCTGCTTCAACCAGTGACGCAA
AGCCAAGTTGTTAACATTAATTGTCGTCTTTTTCTGGGCTGAGAGAGGCA
CGGATGATGCAAGTACCAAGGTCGCCCATGTTGGGCTGAGGATGGTGGAA
GCTGCACATGGCGGCCGGCCGACTGAGACAGCGCGTTACATCCAGCACGC
AGCGTGGG
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Coding sequence (CDS) from alignment at P-fluviatile_contig1:2679817..2693974+

>mRNA_P-fluviatile_contig1.211.1 ID=mRNA_P-fluviatile_contig1.211.1|Name=mRNA_P-fluviatile_contig1.211.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2328bp|location=Sequence derived from alignment at P-fluviatile_contig1:2679817..2693974+ (Porterinema fluviatile SAG_2381)
ATGAAGGTCCTGACTGCTGTTGCTCGTCGGACAAGAGCAGTACGGAACGT
ACCACCAAGTGGTCGCAGCACAAACGTTGCTTATGGCGGCGTTTCTAGAG
AGATGTCATCTATGTGGTCATGTGCTGCGGGCTCTCCTACTCACGCTCCT
TCACTTAATCCCCAACAAGGAGTGCCCGGCAACAGCCGCTTGCCGGCTGC
TTCAAAGGAATTATATGCCCGACGCTTATGCGGATCCCGATGGAGATACA
GCAGCAGCAGCACCGGGGGTTCAGGGAAGCCGCTGCTGAAACCCCTTAGG
TCTGTCCTCTATACGCCGGGATCATCGAGACATCTCTACAAGATCAGAGA
GATTGCTTGCGATGCTTCTCTAGTTGATCTCGAGATGAAGGTCCTGACTG
CTGTTGCTCGTCGGACAAGAGCAGTACGGAACGTACCACCAAGTGGTCGC
AGCACAAACGTTGCTTATGGCGGCGTTTCTAGAGAGATGTCATCTATGTG
GTCATGTGCTGCGGGCTCTCCTACTCACGCTCCTTCACTTAATCCCCAAC
AAGGAGTGCCCGGCAACAGCCGCTTGCCGGCTGCTTCAAAGGAATTATAT
GCCCGACGCTTATGCGGATCCCGATGGAGATACAGCAGCAGCAGCACCGG
GGGTTCAGGGAAGCCGCTGCTGAAACCCCTTAGGTCTGTCCTCTATACGC
CGGGATCATCGAGACATCTCTACAAGATCAGAGAGATTGCTTGCGATGCT
TCTCTAGTTGATCTCGAGGACGGCGTTGCCCCGGAGGCGAAGGACAAGGC
GCGCGAGAGGGACGGCGTTGCCCCGGAGGCGAAGGACAAGGCGCGCGAGA
GGGTGTGCTCGGAAATTGGCAAAGGGGGCTACGGTCGAAAAGCCGTGGTG
GTGAGAATCAACTCTCTTGACTCGCCCTGGGGGGAAGACGACATCAGGGA
GGTGGCCAAGCTCACGCTGGACGCCGTCGTCATCCCCAAGGTGTGCTCGG
AAATTGGCAAAGGGGGCTACGGTCGAAAAGCCGTGGTGGTGAGAATCAAC
TCTCTTGACTCGCCCTGGGGGGAAGACGACATCAGGGAGGTGGCCAAGCT
CACGCTGGACGCCGTCGTCATCCCCAAGGTGGAGAGTGCGGCGGACGTGA
AGCGGGTGGCAGATCTCCTCCGCCAACACGGGGCCTACGACACCGATTTG
TGGTGGAGAGTGCGGCGGACGTGAAGCGGGTGGCAGATCTCCTCCGCCAA
CACGGGGCCTACGACACCGATTTGTGGTGCATGATTGAAACGCCCCTAGG
CGTCACTAGAGCCAACGAAATCGCCTCCGCGCACGAGACGGTGTCGTGCC
TGGTGCTGGGGACGTCGGACCTGACGCGAGACCTACAGGCGAACCACACC
CCCGACCGCACCCCGCTCCTCTACAGGTGCATGATTGAAACGCCCCTAGG
CGTCACTAGAGCCAACGAAATCGCCTCCGCGCACGAGACGGTGTCGTGCC
TGGTGCTGGGGACGTCGGACCTGACGCGAGACCTACAGGCGAACCACACC
CCCGACCGCACCCCGCTCCTCTACAGCCTGTCTCGCGTGATCTTGGCGGC
GCGCACTTACGGCCTTCGCTGCCTTGATGGCGTCCACCTGGACATGACCG
ACGCCGAGGGCTTCGAGCGCGCTTGCCGCCAGGGGAGGGACATGGGCATG
GACGGGAAGACGCTCATCCACCCCAGCACGCCTGTCTCGCGTGATCTTGG
CGGCGCGCACTTACGGCCTTCGCTGCCTTGATGGCGTCCACCTGGACATG
ACCGACGCCGAGGGCTTCGAGCGCGCTTGCCGCCAGGGGAGGGACATGGG
CATGGACGGGAAGACGCTCATCCACCCCAGCACGGTCGCCGTGGCGAACT
GGTTTTTCGGCCCCAACGCCAGCGAAGTGGAGCAGGCTTACAGGGTAGTC
CAGGTCGCCGTGGCGAACTGGTTTTTCGGCCCCAACGCCAGCGAAGTGGA
GCAGGCTTACAGGGTAGTCCAGGCACACGAGGAGGCAGCAGCGAGAGGCG
AAGGGTGCGCCGTCTTGGACGGAAGCCTGGTGGAAAGATTGCACGCCGAA
AATGCCCGGAGAGTGATCGAGCTGCACGAGTCCATCGCCGCGCTCGAGGC
TGGCCAGGACACCAACGAGTCGTAGGCACACGAGGAGGCAGCAGCGAGAG
GCGAAGGGTGCGCCGTCTTGGACGGAAGCCTGGTGGAAAGATTGCACGCC
GAAAATGCCCGGAGAGTGATCGAGCTGCACGAGTCCATCGCCGCGCTCGA
GGCTGGCCAGGACACCAACGAGTCGTAG
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