mRNA_P-fluviatile_contig12.1373.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview


Name	mRNA_P-fluviatile_contig12.1373.1
Unique Name	mRNA_P-fluviatile_contig12.1373.1
Type	mRNA
Organism	Porterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)

Homology

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: D8LDI6_ECTSI (Glycolate Oxidase n=2 Tax=Ectocarpus TaxID=2879 RepID=D8LDI6_ECTSI)

HSP 1 Score: 724 bits (1868), Expect = 9.800e-254
Identity = 362/394 (91.88%), Postives = 381/394 (96.70%), Query Frame = 1

Query:    1 MSDPITAPVGPAQEIPKAPEAAGWEPVNIREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            M+DP+TAPVGPAQ+  KAPEAAGWEPVN+REFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVS VDT+T VLG+K++SPICIAPTAMQRMAHDSGECATA AAA +G LMTLSSWSTT+LE+VAKAGGPGGARWFQLYVYKDRKIT QLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLP HLTMGNF S GGAHASGTKDGGNDSGLAAYVASLID+TLDWNDIKWLRTICGSMKIVVKGVMTAEDA+E+VRQG DGIW+SNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGV+KVLKLL+DELVMALQL GCTRVS+A+RSMVTHQTSYYSKL
Sbjct:    1 MNDPMTAPVGPAQDTSKAPEAAGWEPVNVREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSMVDTSTSVLGQKISSPICIAPTAMQRMAHDSGECATAGAAAKAGALMTLSSWSTTSLEDVAKAGGPGGARWFQLYVYKDRKITEQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPEHLTMGNFVSAGGAHASGTKDGGNDSGLAAYVASLIDRTLDWNDIKWLRTICGSMKIVVKGVMTAEDAAESVRQGVDGIWVSNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVSKVLKLLHDELVMALQLTGCTRVSSASRSMVTHQTSYYSKL 394

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: A0A836CMB2_9STRA (Glycolate oxidase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A836CMB2_9STRA)

HSP 1 Score: 577 bits (1488), Expect = 2.550e-196
Identity = 291/390 (74.62%), Postives = 333/390 (85.38%), Query Frame = 1

Query:    7 DPITAPVGPAQEIPKAPEAAGWEPVNIREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYS 1176
            D +  PVGP+ + P AP+ AGWEPV++RE+E+ A++ML KNAFDYYASGANDM+TLRENRAAF+RLR+RPRI+RDVS     T VLG  V SPICIAP+AMQRMAHD GE AT+AAA  S TLMTLSSWSTT LEEVA A  PGG RWFQLYVYKDRK+TA+LVKRA A+GYTALAVTVDTPVLGRREAD+RNRFKLP HLTMGNF   GGAHA GTKDGG DSGL+AYVASLID+TL W+DI+WLR+I   + IVVKGVMTAEDA EA+R G D IW+SNHGARQLDT  +TIE LPEVVAAV+G+ E+YLDGG+ RGTDVFKALA+GA+AVFIGRPVLWGLAHSGE+GVA VL+L+N+EL MALQLAGCT V    +SMV HQT+YY+
Sbjct:    6 DAMVLPVGPSTQAPMAPQMAGWEPVSVREYEKAAEMMLPKNAFDYYASGANDMITLRENRAAFSRLRIRPRIMRDVSSTSNKTTVLGIPVNSPICIAPSAMQRMAHDDGEKATSAAAGKSNTLMTLSSWSTTPLEEVA-AAYPGGPRWFQLYVYKDRKLTAELVKRAEASGYTALAVTVDTPVLGRREADVRNRFKLPVHLTMGNFIGAGGAHAEGTKDGGKDSGLSAYVASLIDRTLSWDDIRWLRSIT-KLAIVVKGVMTAEDAREALRYGVDAIWVSNHGARQLDTVSSTIEALPEVVAAVAGKVEVYLDGGVTRGTDVFKALAMGARAVFIGRPVLWGLAHSGEDGVAAVLRLMNEELTMALQLAGCTSVDEIQKSMVVHQTAYYT 393

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: A0A6V1QYU9_HETAK (Hypothetical protein n=2 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1QYU9_HETAK)

HSP 1 Score: 547 bits (1409), Expect = 1.670e-184
Identity = 280/390 (71.79%), Postives = 318/390 (81.54%), Query Frame = 1

Query:   22 PVGPAQEIPKAPEAAGWEPVNIREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGG---PGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            P+GPA E  K P  +GWEPVN+RE+E HA   + KNAFDYYASGANDM+TLRENRAA+ RLR+RPRILRDVSKVD +T +LG+K++SPIC+AP+AMQRMAH+ GE ATA A A SGTLMTLSSWST ALEEVA+AG    P   RWFQLYVYKDR +   LV+RA AAGY A AVTVDTPVLGRREAD+RNRFKLP+HLTMGNF S+GGAHASGTKDGG DSGLAAYVA LID+TL+W DI WL+     MK+VVKGVMTAEDA  A     DGIW+SNHGARQLDT  ATIE++PE+VAAV+ RCEIY+DGG+ RGTD FKALALG  AVFIGRPVLWGLAHSGEEGVA VL+LL  E  MA+QL GCTRV    R+MV H  S ++KL
Sbjct:    6 PIGPASEAIKGPAKSGWEPVNVREYEAHAAEYMPKNAFDYYASGANDMITLRENRAAYQRLRMRPRILRDVSKVDISTTILGDKISSPICVAPSAMQRMAHEDGENATARACAKSGTLMTLSSWSTIALEEVAQAGAAAEPSAPRWFQLYVYKDRDVVLDLVRRAEAAGYKAFAVTVDTPVLGRREADVRNRFKLPTHLTMGNFASKGGAHASGTKDGGKDSGLAAYVAGLIDRTLNWEDIAWLKRNT-FMKVVVKGVMTAEDARMACEANVDGIWVSNHGARQLDTCLATIEMVPEIVAAVNKRCEIYVDGGVLRGTDAFKALALGCTAVFIGRPVLWGLAHSGEEGVAHVLQLLRAEFEMAMQLNGCTRVGEIQRAMVCHA-SEFAKL 393

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: W7UBQ6_9STRA (Peroxisomal glycolate oxidase n=2 Tax=Monodopsidaceae TaxID=425072 RepID=W7UBQ6_9STRA)

HSP 1 Score: 539 bits (1389), Expect = 1.520e-181
Identity = 273/390 (70.00%), Postives = 319/390 (81.79%), Query Frame = 1

Query:   13 ITAPVGPAQEIPKAPEAAGWEPVNIREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            +  P+G A+E  + P  AG EPVNIREFE +A+  L KNAFDYYASGANDM+TLRENRAAF RLR+RPRILRDVS VDT T VLG+ VA PIC+APTAMQRMA   GE ATA A A   TLMTLSSWSTT++E+VA A      +WFQLYVYKDR++TA+L +RA  AGY ALA+TVDTPVLGRREAD+RNRFKLP+HLTM NF   GG+HA GTKDGG DSGLAAYVASLID+TL W D++WLR+IC ++ IVVKGVMT EDA  A++ G D IW+SNHGARQLDT  +TIE+LP++V AV+GRCE+YLDGG+CRGTD FKALALGA+AVFIGRPVLWGLAHSGE+GV +VL+LL  E  MA+QL GCT++S   RSMVTH  SY SK+
Sbjct:    4 VNHPMGAAEETVRTPTGAGPEPVNIREFEAYAKATLPKNAFDYYASGANDMITLRENRAAFERLRMRPRILRDVSHVDTRTTVLGDPVAFPICVAPTAMQRMASPEGELATARACARQQTLMTLSSWSTTSVEDVAAAAPI--PKWFQLYVYKDRELTAELARRAERAGYKALAITVDTPVLGRREADVRNRFKLPAHLTMANFAGAGGSHAEGTKDGGKDSGLAAYVASLIDRTLQWKDVQWLRSIC-NLPIVVKGVMTPEDALVAMQCGVDAIWVSNHGARQLDTVASTIELLPDIVKAVNGRCEVYLDGGVCRGTDAFKALALGARAVFIGRPVLWGLAHSGEDGVYQVLELLKKEFEMAMQLTGCTKLSDIQRSMVTHVVSYQSKI 390

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: A0A7R9UGG8_9STRA (Hypothetical protein n=1 Tax=Pinguiococcus pyrenoidosus TaxID=172671 RepID=A0A7R9UGG8_9STRA)

HSP 1 Score: 506 bits (1304), Expect = 9.520e-169
Identity = 264/395 (66.84%), Postives = 305/395 (77.22%), Query Frame = 1

Query:    1 MSDPITAPVGPAQEIPKAPEAAGWEPVNIREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGND-SGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            M+D  + P+GPAQE    P  AG  PVN++E+E  A+  + +NA+DYYASGA DM+TLRENRAA+ RLR RPRILRDVS +DT T VLG+KV+ PICIAPTAMQ+MAH  GE ATA AA   G LMTLSSWST +LEEVA+   P   RWFQLYVYKDR +T  LV+RA   GY ALAVTVDTPVLGRREAD+RNRF LPSHLTMGNF   GGAH+SGTK  G + SGLA+Y ASLID+TL W D++WLR    S+KIVVKGV TAEDAS AVR+G D IWISNHGARQLDTTPAT E++PE++AAV GRCE+Y+DGGI RG D  KA+ALG +AVFIGRPVLWGLAHSG +GV  VL LL  EL MA+ L G   V    R MVTH T Y+S+L
Sbjct:    1 MADQESGPMGPAQEPRYTPTGAGPTPVNLKEYEAFAKNNMPRNAWDYYASGALDMITLRENRAAWGRLRFRPRILRDVSSIDTATTVLGQKVSMPICIAPTAMQQMAHPDGERATARAARKKGALMTLSSWSTLSLEEVAEEA-PDSFRWFQLYVYKDRDVTLDLVRRAERNGYKALAVTVDTPVLGRREADVRNRFSLPSHLTMGNFAGVGGAHSSGTKSSGAEGSGLASYCASLIDRTLTWEDLRWLRANT-SLKIVVKGVSTAEDASVAVREGVDAIWISNHGARQLDTTPATCEMIPEIIAAVGGRCEVYVDGGITRGADALKAVALGCRAVFIGRPVLWGLAHSGSDGVEHVLDLLKAELEMAMMLCGAVTVKDIKREMVTHNTKYFSRL 393

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: A0A7S1UI71_9STRA (Hypothetical protein n=1 Tax=Phaeomonas parva TaxID=124430 RepID=A0A7S1UI71_9STRA)

HSP 1 Score: 499 bits (1286), Expect = 4.900e-166
Identity = 257/388 (66.24%), Postives = 304/388 (78.35%), Query Frame = 1

Query:   22 PVGPAQEIPKAPEAAGWEPVNIREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGND-SGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            P+GPA+E    P  AG EPVN++EFE +A+  + +NA+DYYASGA DM+TLRENRAA+ RLR RPRILRDV+ VD +T VLG+KV+ PICIAPTAMQ+MAH  GE A   AA   G LMTLSSWST ++EEVA+   P   RWFQLYVYKDR++T  L++RA  AGY A AVTVDTP+LGRREAD+RNRF LPSHLTMGNF ++GG H+SGTKD G + SGLA+Y ASLID++L W D++WLR    S+KIVVKGV TAEDA+ AVR+G D IWISNHGARQLDTTPAT E++PEVVAAV GRCE+Y+DGGI RG D  KA+ALG  AVF+GRPVLWGLAHSG+ GV KVL LL  E  MA+ L GC  V    R MVTH T +YS+L
Sbjct:    9 PLGPAEEPVLTPTGAGPEPVNLKEFEAYAKNNMPRNAWDYYASGALDMITLRENRAAWGRLRFRPRILRDVTHVDASTTVLGKKVSMPICIAPTAMQQMAHPEGERANVLAAKNKGCLMTLSSWSTLSMEEVAEVA-PDHPRWFQLYVYKDREVTMDLIRRAERAGYLAFAVTVDTPLLGRREADVRNRFSLPSHLTMGNFANKGGDHSSGTKDAGAEGSGLASYCASLIDRSLTWEDLRWLRANT-SLKIVVKGVATAEDAAIAVREGVDAIWISNHGARQLDTTPATCEMIPEVVAAVGGRCEVYVDGGITRGADALKAVALGCTAVFVGRPVLWGLAHSGQAGVEKVLDLLKAEFEMAMMLCGCVTVDDIKREMVTHATKFYSRL 394

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: A0A7S2V919_9STRA (Hypothetical protein n=1 Tax=Fibrocapsa japonica TaxID=94617 RepID=A0A7S2V919_9STRA)

HSP 1 Score: 492 bits (1267), Expect = 4.470e-164
Identity = 251/340 (73.82%), Postives = 285/340 (83.82%), Query Frame = 1

Query:  163 MVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            M+TLRENRA + RLRLRPRI+RDVS+ D++T VLG+KV+SPIC+AP+AMQRMAHD GECAT+ A A +GTLMTLSSWSTTALEEV+ A  PGG RWFQLYVYKDR +T  LV+RA AAGY ALAVTVDTPVLGRREAD+RNRFKLP HLTMGNF  +GG+HA GTKDGG DSGLAAYVASLID+TL+W DI+WLR++  S+KIVVKGV TAEDA  AV    DGIW+SNHGARQLDT  ATIE+LPEVV AV+G CE+Y+DGGI RGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGV   L LL +E  MA+QL GC +V    R+ V H  S Y+KL
Sbjct:    1 MITLRENRAGYTRLRLRPRIMRDVSQTDSSTTVLGDKVSSPICVAPSAMQRMAHDDGECATSKACAKTGTLMTLSSWSTTALEEVSDAA-PGGLRWFQLYVYKDRVVTLDLVRRAEAAGYKALAVTVDTPVLGRREADVRNRFKLPPHLTMGNFVGKGGSHAEGTKDGGKDSGLAAYVASLIDRTLNWEDIQWLRSVT-SLKIVVKGVQTAEDAKVAVENKVDGIWVSNHGARQLDTVAATIEMLPEVVRAVNGACEVYVDGGILRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVTNALTLLQNEFTMAMQLTGCVKVDDINRAHVCHA-SEYAKL 337

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: A0A7S2FX59_9STRA (Hypothetical protein n=1 Tax=Dictyocha speculum TaxID=35687 RepID=A0A7S2FX59_9STRA)

HSP 1 Score: 484 bits (1245), Expect = 1.870e-160
Identity = 247/355 (69.58%), Postives = 288/355 (81.13%), Query Frame = 1

Query:  112 LMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYS 1176
            + L KNAFDYYASGANDM+TLRENRAAF RLR+RPRILR+V  V+  T +LG+KV+ PI ++PTAMQ+MAH  GE ATA AA  +GTLMTLSSWST  LEEVA A  PGG RWFQLYVYKDR++T  L+KRA AAGY ALAVTVDTPVLGRREAD+RN+F LP+HLTMGNF + GG HASGTK     SGLA YVASLIDKTL+W+DI+WLR +  +MKIVVKGVM+AEDA  A + G DGI +SNHGARQLDT PATIE+LPEVV  V+GRCE+YLDGG+ RG D FKA+A+GAKAV IGR  +WGL HSGEEGV+ VL LL+DEL MAL+L GC  ++     MVTHQ+ YY+
Sbjct:    1 MKLDKNAFDYYASGANDMITLRENRAAFTRLRMRPRILRNVEHVNMETTILGDKVSMPILLSPTAMQQMAHADGELATARAAQKAGTLMTLSSWSTLPLEEVA-AAAPGGLRWFQLYVYKDREVTLDLIKRAEAAGYKALAVTVDTPVLGRREADVRNKFSLPAHLTMGNFANTGGDHASGTKASDGGSGLAKYVASLIDKTLNWDDIQWLRKVT-TMKIVVKGVMSAEDAEVACQNGVDGILVSNHGARQLDTVPATIEILPEVVKQVAGRCEVYLDGGVSRGLDAFKAIAMGAKAVLIGRAYIWGLVHSGEEGVSNVLGLLHDELEMALRLCGCNCLADVRPEMVTHQSHYYT 353

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: A0A7S4KCV1_9STRA (Hypothetical protein n=1 Tax=Odontella aurita TaxID=265563 RepID=A0A7S4KCV1_9STRA)

HSP 1 Score: 481 bits (1239), Expect = 6.090e-159
Identity = 254/388 (65.46%), Postives = 296/388 (76.29%), Query Frame = 1

Query:   28 GPAQEIPKAPEAAGWE-PVNIREFERHAQLMLSKNAFDYYASGANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAPTAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARWFQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGA--HASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            G  ++ P     A W  P+N++E+E HA   L KNAFDY+ SGANDM+TLRENR AF+RLRLRPR+LR+V  VD +T VLG  V  PIC+APTAMQ MAH+ GE ATA A     TLMTLSSWSTT+LEE  +A  P G +WFQLYVYKDR ITA LV+RA  AGY ALAVTVDTP LGRRE D+RNRFKLPSHLTM NF    G   H++G K GGNDSGLA+YVASLID++L W+DI WLRTI   + IVVKG+MTAEDA EAV+   D IW+SNHGARQLDT  +TIE+LP +   V+GRCEIY+DGGI RGTD+FKALALGA+AVFIGRPVLW LAHSGEEGV  V+ LL DE  +AL L+GCT +S   + MVTH  S YS+L
Sbjct:   14 GGQEDTPDTAAIALWPFPINVKEYEAHASRTLPKNAFDYFHSGANDMITLRENRDAFDRLRLRPRVLRNVQTVDMSTTVLGTPVPFPICVAPTAMQCMAHEDGEKATARACDHHQTLMTLSSWSTTSLEETMEAA-PSGPKWFQLYVYKDRGITADLVRRAERAGYRALAVTVDTPCLGRREPDVRNRFKLPSHLTMKNFVEMSGDNDHSNGVKKGGNDSGLASYVASLIDRSLQWDDIHWLRTIT-KLPIVVKGIMTAEDAEEAVKCKVDAIWVSNHGARQLDTVASTIELLPSIAKQVNGRCEIYVDGGIYRGTDIFKALALGARAVFIGRPVLWSLAHSGEEGVKHVIGLLKDEFELALSLSGCTSLSDIQQEMVTH-VSQYSRL 398

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BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Match: Q9SMD8_9PHAE (Glycolate oxidase (Fragment) n=1 Tax=Laminaria digitata TaxID=80365 RepID=Q9SMD8_9PHAE)

HSP 1 Score: 452 bits (1163), Expect = 4.670e-150
Identity = 223/239 (93.31%), Postives = 230/239 (96.23%), Query Frame = 1

Query:  466 YKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPSHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLPEVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGEEGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL 1182
            YKDR ITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLP HLTMGNF S GGAHASGTKDGGNDSGLAAYVASLID+TLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQG DGIWISNHGARQLDTTPATIEVLPEVV AVSGRCE+YLDGGICRGTDVFKA+ALGAKAVFIGRPVLWGL HSGEEGV+KVLKLLNDEL+MALQL GCTR+SAATR+MVTHQ SYYSKL
Sbjct:    1 YKDRVITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLPEHLTMGNFASAGGAHASGTKDGGNDSGLAAYVASLIDRTLDWNDIKWLRTICGSMKIVVKGVMTAEDASEAVRQGVDGIWISNHGARQLDTTPATIEVLPEVVQAVSGRCEVYLDGGICRGTDVFKAIALGAKAVFIGRPVLWGLGHSGEEGVSKVLKLLNDELIMALQLTGCTRISAATRAMVTHQISYYSKL 239

The following BLAST results are available for this feature:

BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot

BLAST of mRNA_P-fluviatile_contig12.1373.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25


Match Name	E-value	Identity	Description
D8LDI6_ECTSI	9.800e-254	91.88	Glycolate Oxidase n=2 Tax=Ectocarpus TaxID=2879 Re...	[more]
A0A836CMB2_9STRA	2.550e-196	74.62	Glycolate oxidase n=1 Tax=Tribonema minus TaxID=30...	[more]
A0A6V1QYU9_HETAK	1.670e-184	71.79	Hypothetical protein n=2 Tax=Heterosigma akashiwo ...	[more]
W7UBQ6_9STRA	1.520e-181	70.00	Peroxisomal glycolate oxidase n=2 Tax=Monodopsidac...	[more]
A0A7R9UGG8_9STRA	9.520e-169	66.84	Hypothetical protein n=1 Tax=Pinguiococcus pyrenoi...	[more]
A0A7S1UI71_9STRA	4.900e-166	66.24	Hypothetical protein n=1 Tax=Phaeomonas parva TaxI...	[more]
A0A7S2V919_9STRA	4.470e-164	73.82	Hypothetical protein n=1 Tax=Fibrocapsa japonica T...	[more]
A0A7S2FX59_9STRA	1.870e-160	69.58	Hypothetical protein n=1 Tax=Dictyocha speculum Ta...	[more]
A0A7S4KCV1_9STRA	6.090e-159	65.46	Hypothetical protein n=1 Tax=Odontella aurita TaxI...	[more]
Q9SMD8_9PHAE	4.670e-150	93.31	Glycolate oxidase (Fragment) n=1 Tax=Laminaria dig...	[more]

Pages

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
P-fluviatile_contig12	contig	P-fluviatile_contig12:801552..811787 +

Analyses

This mRNA is derived from or has results from the following analyses


Analysis Name	Date Performed
Diamond blastx: OGS1.0 vs UniRef90	2022-09-19
OGS1.0 of Porterinema fluviatile SAG_2381	2021-02-24

Properties


Property Name	Value
Taxonomic scope	Eukaryota
Seed ortholog score	451.8
Seed ortholog evalue	3.2e-124
Seed eggNOG ortholog	2880.D7FMI7
Preferred name	GOX
KEGG rclass	RC00042
KEGG ko	ko:K11517,ko:K13344
KEGG TC	3.A.20.1
KEGG Reaction	R00475
KEGG Pathway	ko00630,ko01100,ko01110,ko01120,ko01130,ko01200,ko04146,map00630,map01100,map01110,map01120,map01130,map01200,map04146
KEGG Module	M00532
GOs	GO:0002218,GO:0002253,GO:0002376,GO:0002682,GO:0002684,GO:0003674,GO:0003824,GO:0003973,GO:0005575,GO:0005576,GO:0005622,GO:0005623,GO:0005634,GO:0005737,GO:0005777,GO:0005829,GO:0005840,GO:0005911,GO:0006950,GO:0006952,GO:0007154,GO:0007165,GO:0008150,GO:0008152,GO:0008891,GO:0009058,GO:0009506,GO:0009507,GO:0009532,GO:0009536,GO:0009570,GO:0009605,GO:0009607,GO:0009617,GO:0009719,GO:0009725,GO:0009735,GO:0009853,GO:0009987,GO:0010033,GO:0010109,GO:0010204,GO:0016020,GO:0016032,GO:0016491,GO:0016614,GO:0016899,GO:0016999,GO:0017000,GO:0017144,GO:0019048,GO:0019222,GO:0022626,GO:0023052,GO:0030054,GO:0031323,GO:0031347,GO:0031349,GO:0032991,GO:0035821,GO:0042221,GO:0042579,GO:0042742,GO:0042743,GO:0043094,GO:0043207,GO:0043226,GO:0043227,GO:0043228,GO:0043229,GO:0043231,GO:0043232,GO:0044003,GO:0044237,GO:0044249,GO:0044403,GO:0044419,GO:0044422,GO:0044424,GO:0044434,GO:0044435,GO:0044444,GO:0044445,GO:0044446,GO:0044464,GO:0045088,GO:0045089,GO:0048046,GO:0048518,GO:0048583,GO:0048584,GO:0050665,GO:0050776,GO:0050778,GO:0050789,GO:0050794,GO:0050896,GO:0051186,GO:0051188,GO:0051701,GO:0051704,GO:0051707,GO:0051716,GO:0051817,GO:0055044,GO:0055114,GO:0065007,GO:0072593,GO:0080134,GO:0098542,GO:1903409,GO:1990904
EggNOG free text desc.	very-long-chain-(S)-2-hydroxy-acid oxidase activity
EggNOG OGs	COG1304@1,KOG0538@2759
EC	1.1.3.15
COG Functional cat.	C
Best tax level	Eukaryota
Best eggNOG OG	NA\|NA\|NA
BRITE	ko00000,ko00001,ko00002,ko01000
Hectar predicted targeting category	other localisation
Ec32 ortholog description	Glycolate Oxidase
Ec32 ortholog	Ec-15_000450.1
Exons	9
Model size	2863
Cds size	1185
Stop	1
Start	1

Relationships

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


Feature Name	Unique Name	Species	Type	Position
mRNA_P-fluviatile_contig12.1373.1	prot_P-fluviatile_contig12.1373.1	Porterinema fluviatile SAG_2381	polypeptide	P-fluviatile_contig12 801552..810109 +

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

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


Feature Name	Unique Name	Species	Type	Position
1622815500.0276525-UTR-P-fluviatile_contig12:810109..811787	1622815500.0276525-UTR-P-fluviatile_contig12:810109..811787	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 810110..811787 +
1693562063.1044831-UTR-P-fluviatile_contig12:810109..811787	1693562063.1044831-UTR-P-fluviatile_contig12:810109..811787	Porterinema fluviatile SAG_2381	UTR	P-fluviatile_contig12 810110..811787 +

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at P-fluviatile_contig12:801552..811787+
coding sequence from alignment at P-fluviatile_contig12:801552..811787+

protein sequence of mRNA_P-fluviatile_contig12.1373.1

>prot_P-fluviatile_contig12.1373.1 ID=prot_P-fluviatile_contig12.1373.1|Name=mRNA_P-fluviatile_contig12.1373.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=395bp
MSDPITAPVGPAQEIPKAPEAAGWEPVNIREFERHAQLMLSKNAFDYYAS
GANDMVTLRENRAAFNRLRLRPRILRDVSKVDTTTYVLGEKVASPICIAP
TAMQRMAHDSGECATAAAAAASGTLMTLSSWSTTALEEVAKAGGPGGARW
FQLYVYKDRKITAQLVKRALAAGYTALAVTVDTPVLGRREADMRNRFKLP
SHLTMGNFTSQGGAHASGTKDGGNDSGLAAYVASLIDKTLDWNDIKWLRT
ICGSMKIVVKGVMTAEDASEAVRQGADGIWISNHGARQLDTTPATIEVLP
EVVAAVSGRCEIYLDGGICRGTDVFKALALGAKAVFIGRPVLWGLAHSGE
EGVAKVLKLLNDELVMALQLAGCTRVSAATRSMVTHQTSYYSKL*

mRNA from alignment at P-fluviatile_contig12:801552..811787+

Legend: polypeptideCDSUTR

Hold the cursor over a type above to highlight its positions in the sequence below.

>mRNA_P-fluviatile_contig12.1373.1 ID=mRNA_P-fluviatile_contig12.1373.1|Name=mRNA_P-fluviatile_contig12.1373.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=10236bp|location=Sequence derived from alignment at P-fluviatile_contig12:801552..811787+ (Porterinema fluviatile SAG_2381)
ATGAGTGACCCGATTACCGCACCAGTCGGACCCGCCCAGGAGATTCCCAA
GGCTCCGGAGGCTGCAGGTGAGACGAATTCTTAGCGTGGCAGCATCATCG
GACCCGTGCATGTTTTTCCCCTGAAATTCGGCAGACCCCCTGTGGTAGGT
CAGCGGCCATGTCGCATACAAACTTTTGATGAACACCTCCGGGCCGGCGC
GGTCGACGTGACGGATGCAGCCAAATTTTCTTGTGGAATCACCGGGATGG
AAGAGATGAGGGTTGTCTACCTCTCCCCCTGTGCTGCGGCGGGGGGTTAG
GGTCTTCCACCAGGCTCTCTCGTTCGTTTCGTCTACTTACGCACGCAGCG
CTATCTTAGACAGGGAGTAGTTGAAGGTGTGTGTGGAAACCACGATCCGC
GGCAGATTTTGCTCAAAGTGGAGCGTGATGCAGCGGCCACGTTGAATGCT
CTCTAGCCACGCTAGCCACTCCACTCCCACAATCCTGTCGTGTCGAAGCT
TTCGGAGCGGTGGTTTGTGTTGTGTTCGCAGAGGAACCAATACACACACG
TGGAAGGCGGCACTATCCGTATCACCCCGCTCTCTGTTAGCTGTGTTTGC
AGATGTCGATTTGAAATCGTGTGTGGTGCGCAGGAGGGGCGAGACCACGT
CTGCGCATGCGTGAGAGATTCCGTACTCCAATCATTAAACTTGTTGGAGG
TCTCGCGGCTTTTTCCGTGGGTGTGTTTCTACAGTAACCTCATGTATGAT
GTGTTGTCGATGTGTCTAGTTTCATCTTGGCGCGGCACATGCCTCAAATG
GGACCGACTGCGTGTGTGCGGTCTATGTCGTGTGCTCTCTCTCTCTCTCT
CTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCTCCACTCCCACACACCC
TCCAGCATTTTGTTTGCCTTAAGGCAGCTTCCCACCAACTTCGTGCCTTG
GTGGAACAGCGTGGTCTGATGGCTCCATACAATCCCTGGTTTCGGCACGC
GCCCCTCAACACGCAAACGGGGTTATTGCGATATATTATTAGTGAATCAA
AGACAAGATTGGCGAGGGAGGAAATACAGTTGTAGGGTCCACGAAAAGCA
GTGAGCGGGCGATAGTCATAGTCGACAAAACTCGATGATCTTCGCCCTAA
TCGCTTCCTTCGCTTTGATTGCCCCCTGTCCGGAAACAACTGTGACCCAC
CGCTAGGATGGGAGCCGGTGAACATCCGCGAGTTCGAGCGTCACGCGCAG
CTGATGCTGTCCAAGAACGCCTTCGATTACTACGCCAGCGGCGCTAACGA
CATGGTCACGCTCAGGGAAAACAGGTAGGTGGGCGGTGAGTGGATGTTGC
TTCGAAGCCTGCATTTGTCTGCCTTTTCTCGCAGCCTTTGTGTCATCGTG
CGTCAGTGGTTCTCAGGTGGTTCGGACTATTAATTGACACGTTTCGTCCC
CTCGTCCGTTGCCGAGAAAAGAGCTACCACGTATCCCTTCCGCGGCAGCC
GACAGATATTGACGAAAATGACTTGTCGTCCCTTCGGAAAGCTGGGTGTC
CTCCCGACGCCCAAGCTGTACTACTTTCGGAATATCTACATCAGAATGGC
GTCCGGACCTGTCTGCCAACTGCGTCGCCAACTTTTGCTCGATCCGTTTT
TAGAATGCCTTTTCGGCATCCGTCCTACTTATATGCCCTTCCCTCTTCCA
GCACCGTCGAACTCCCCGTTATTTGATAAAAGAGGGCGACGTTGACTGAC
TTTACCGAAGGTTTGCTGCATGTCCCGTGATTTGAAGTGGCAACGCAATC
CTGTGTCGTAGCGTCGACACGACTCCAACCCAAGGCAAACTGGTCACGTC
ACCTGAACAAGAGGGTTCGTTGTCGACCCCCGGCTTCAATCGGTAGAGAA
ACTCTGTTTCAGGGCATCAACCTGAAACCCAACCCAACCCAAAACTCGTC
AAGCCCAACCAAACTCCTCGACTTTAACATGAAACGTGAAAAATGAACAT
GATGATGAACACAGGGCTGCCTTCAACCGGCTGCGGCTTCGGCCGCGTAT
CCTGAGGGACGTCAGCAAGGTCGACACTACCACCTACGTCCTCGGCGAGA
AGGTCGCCTCGCCCATCTGCATCGCTCCTACTGGTGAGCGCGCGCTCACT
CTCCCTCTCGCATTTGCACTATCGCTTCACCTCAAACCACCGTGTAAGAA
TGTTCGCGTAGTGTTTTGCCCGTAGGCTTGTCGTTCGAAGTTGCCGAACT
CACGTGGGCTGCTGTCGGGGTTATCGTATCTGGGACATCATTTGCGCTTT
CATGACAGAGATCTGCGGAGCCACGTTTACCCCTCCCATGAGTGTTTCTT
GTGGGGCTTCCAATTAAACTGAGTTTTCCGCAACTGAGGGTACCGCATAC
ACGTGGGCTGCTCGTGGGAACGTTGTGTCTGGAACGTTATATTTTTGCTT
CCAGCGAGCGACGTCTGCGGAGCCACTCTGTCTCTCGCACGAGTGTTGCC
CGTGGGTTTGTCACTTGAATTGAGTGTTCAACTATTCCCGACACCGCACG
CACATGGTCCGCTGGCCGGATCGTTGTGTCTGGAACACCACGCTCGCTTC
CAGCGGGAGCCGTGTGCGCAGCCTCTCTCTCTCTCTCTCTCTCTCTTACT
CTCGTTGTCCACTCTATCTTTCTTAGTGTCGTTCTCCTGCTTTCTGCCGG
TGAGTGTTGTATTCGTGAATTCGCTCATCCGACGGGGATGTTCTCGTCCT
CTGGTTGGTTTTGTCGGCTACGTGTTCAGGGATGCGCTGCTCCGCCGACT
TGAGCAGTTCTTCGCTCACTCGCTGCCTCTGCCTTTCTCTGCGTGTTGTG
TGTTTCTGACCGCGACCCCTGAAATCAACTGACGGGTTTTGTTTCTGGCA
TTCGCCGCCTCTGCCTTTCCCTGCGTGTGATGTTTTTTCACAGCGATGCA
GCGAATGGCGCACGACTCCGGCGAGTGCGCCACCGCCGCCGCGGCGGCCG
CCTCCGGCACCCTGATGACGCTCAGCTCTTGGTCCACCACTGCCCTTGAG
GAGGTCGCAAAGGCGGGAGGACCAGGGGGCGCTCGCTGGTTCCAGCTCTA
TGTTTACAAGGTCAGTTCACGCTGCTTCTTGTTTGAGATTCTTCCAGACT
CTGTTTTTCTACCGCAGGAAAGCATCCCCTCTTTTCTCTGTCAGAGGCTC
TCACGCCGGCATATCTATGGGGCGAATACCCACGCTCTGCGCTTGCCGAG
GCAGTTTGAAATCGGCATTCTGGCAGAGCTGTGTTCTGTGGCACGAGGAG
TAAGGGGAGGTTGCTGGTCTATCAGCACGTGATAAATGAGCTGCGCGCCT
CGACGCCCTACCAGTTTTAGAGCTCGAGCCTAGGAAGCATCGAACTTTGA
CGGAACTTTATGACGACCGATCTCGGCTTGTGTTTCGCGGAGCCTGGAGA
TCGATCGATCTATCGGTTCCGTAGTTTTGCTTGTCGCGCCAGCCGGTTCG
GCTTGTTGGTTGCAACGGACGTACGCATGCGCCGACAAATGTCGTGCTTT
GTCAACTTCTGATTGCCGTTTGCGAACTGCGTTTCCGATTGGTTCGAAGG
CTCTTGCCCTTTCCTGTATCCTGCCCTGTACCCGTTCGTGCACACAGCCA
TCTAGCACGGAAGGAATCGGTATCACGGGCCATCCAGAATGCAGAGTTCG
ATTGAGGTGCCCGGAGAGGCCACATTGACACGGGGAGTGGTTAGCGCAAA
ACTTCTAAGAACTGAGCTCTCGAAAGCAGCCGCGTATCGTTCGATATGGA
GCCGTGTAGTTGTCGGCTTAAACCCTTCCCAGCCCTGACTTCGCGAAGAG
AGCCAATCTTTGGTAAAGGGTAACAAAATACAAAAAGGGAAGAAAGAAGA
AAAAATACGCTCGAAGCTGAAACTCGATAGACTACTTCGCAGCCGCTTGT
GCTGCCGTCGACAACAAACAAAGGAGTGGTCTCATCCAGGACCAACTGGG
GTCACGTCTGCAGCGAAGACGCCGCATTTTGACGTGAGGTGTGGTAACAT
TTTTGTCTCTGTGTACGGCAGGCATGCCTTTCTTTGAGCCTTGACAAAGC
GTCGGCCCCTGTGCGGCCTCTCCCCCACGCCTAATTTTTACTTGGAGACC
TATTGTGGTGCCAGCGGGCCCGTAAAATATGACAACGATGGACGGGGCAC
AATGTGAAAGTCAGATCGAAATCTTCAATCGCTCACCGTCTGCGGCGTGA
TCCTTCGGCAGCCGTGAGGTTTACGACACCAACAGACTTGAGCGTAATCC
CCAACCAACAATGCCTTGATGGTGGCATTCCGTAATCGGGCTCCGACTGC
ATCCATCGGTCCAGCTTTCCGTGGGTCCGCCCTTGCATCTGACCTTTCAA
CGACGAATCCATCCATCCATTGTCGATTACTGTGCACAAATAAACGACGA
AACCGGGATCAACCCCCGAACAGTTTCATTTTTTTCGTGTCGATTCGGTT
CGTTTCGGTTCGACTGAAGTCGTTTGCCAAACCCATCGTTCTTCGACCAT
CCGTCGACCAGCTTGCAAATTGTACCCTTGTTTCCGACCTTTTCGCCCTT
CGCCCTCTTCTCTGTTCTGGCATCCAATTGCTTCGCCAAAGCTCAATCGG
GAGTGCCTCGGGCTAAATGTGGTCCTTGGCCTCGGGCTAATGTGGTCCCT
GGCGATTAGGTGCACGCTTTGACAGTGGCACTCCGATTGCATTCATCGGC
CAAGTCATCCTGTACTCAATTCCCTTTCGGTTCTGGACTGATAGATAATG
ACGCTGGAGGTCAAGCGCGCCCTGGCGGCTGGCTGGCTACACCGATTCCT
CTCGTCGCCCATCGGTCCACTCGTTGGCTATTTATTCCTCTTGATTTCAC
CGCTCCATCCTTTCCGTTTGACTCCGTTCACCTGATTGAGTTTTGCCTTG
TCCTTTTCTCCCTCTGATCAAATCGATCCGTTCACAGGACCGCAAGATCA
CGGCGCAGCTGGTCAAGCGCGCCCTGGCTGCCGGCTACACCGCCCTCGCC
GTCACCGTCGACACCCCTGTGCTGGGCAGACGGGAGGCGGACATGCGCAA
CCGCTTCAAGCTGCCGAGCCACCTCACCATGGGTAACTTCACATCGCAAG
GCGGCGCGCACGCTTCGGGCACCAAGGATGGAGGAAACGACTCGGTGGGT
CCGTCCGTTTCCCTTCCCCGTGCTTCCTTGCCCATGTGTGGGTTTGGGCT
TCAGCGTCTGAGTGGGTGGGTATTATGACTTGTCTTAAGAGGATGGAGGA
TAAGGCGGCGGACACGCGACTGGCACCAAGGACGGTGGAAACGAATCGGC
AAGTCCGTCCGTGCCTCTCCCCCCTCCCAGTCTTACCTAGCCTATCCTTC
TCTCGGGGTATTGGGTTCATTCGAGCTTTAGGGTTTGAGTATTTAGCGCG
CACATTTCGAGTGTGATGGGTGGGCATTTTTTTAGTGTGATGGGTGGGCA
TTGATTGAGTGTGATGGGCGGGCATTGTTTGAGTGTGATGGGTAGGCATT
GTTTGAGGTTGAGGCGTCGCGTTCCGGCACCAGGTCCATGCGCCGTGCAC
AACAGACGGGAAGAAACGACGCGGCGAGTCCGTTGGTCCACCCTCCTCGT
GTCGGGTGCATTCGGGCATTGAGCGCGCAGGGTATTGCAGCTTGTCGAAA
GGGTTTCCGGAGACATGGCAAACATGTATCGGCCACCGAGCACGCGGAGG
GTTAGGCTTGTACTCCAGAGGCATTTCCCCTCGGATTTCGATGCACGATA
ATTTGATCCGACGCTGAGTTTAGTATTTCCTGCACCCCGCCCCATTCAAC
AAGCAGACAGTCGCCAAAGGAGTTCAATCCTACGGAGGATGAACTCCAGA
TAAGGACCAAAACCACCCACACTTACCGGCTTTTTTATTCGCGTCGGACT
CATTGCCGGGCGTGAGCACTCCGTGCCCGCCTCCCTCCCTGCGTTTTTGT
GGGAATAGCATCGGAATAGCGTAGTACAAGTGGAGTGCCTCGTTTGCGCT
CGTACCGGTGCATGAATCCTTGGCAAAAATGTTTTTGACAACATCAAGCG
AATAATCCGAAAGAGGAATGACACTATGAGACGGAACTCACGTTGCCCCG
GTGAGTGGTGGATTCCTTACAGAAAAGCGTCAGCATCTGGCACTTTCATT
ATTCTCGACCTTGATCAAGCCTGTCCCCTCATTTTTCCGCGCAAACGAGG
AGAAACGTATGTCATGTAGGCACAAGTGAAATCATGGAAAAGAGAGCAGA
CACACCCGACGTTGCCTAACTTGTGCTCGGCCCCCTGTTGTTTGCAGTAT
GTTGCTTCGGTCAGTTTTTGGTTGTTTTTTTGTTTTTGCACTTTGCTAAT
GGACTTGCGGTTTAGGAGCCGCGCCAACAACAGTGCAACAGGTATCGCGC
AAACATGTCATCATCGGTTCTAGTATCGTTCGAGGGACGCGCCTGCATAG
TCCGGGGGGCGCGACGCGTGTGCAAACCTCACGCACCTTTCCCCCCCCCG
TCTCCCTATCCCCCTCCATCCCCTGTCGTCGTTCCCTGTTTTCTTCTCTG
GCAGGGTCTTGCCGCGTACGTAGCTTCGCTGATCGACAAGACCCTCGACT
GGAACGACATCAAGTGGCTCCGCACTATCTGTGGTAGCATGAAGGTGTGG
TGGGGTGCTGCTGCGATTGCGGCGGTTCATTTCGACCGCGTATGGAGTGG
TTGTGACACGCGGGTTGCCGTAGCAGACGCAGTGTTGGACTCGGGCAAAC
GGTCATAAGGCATTAGGCGCCGGTGTACAGCATCACTTACGTAGTTAAGG
CTTTCAGCGGATTAGAACACACATACTTGTTTTCCGTTTCGTGTCGTATT
TCCATTTCCGATCGTTGCCAGAAGATTATGGCTGACATAGAGTCCGCGAG
GATGCCACATTTACATTCTACGCTAATCCACGCCCTCAAACGTGCATTTC
CGCTCCCCGTCTCATCACCGTTCCCCCCTTCGTGCAAATCTTGGTCTGAC
AGATCGTGGTGAAGGGTGTTATGACCGCGGAAGACGCCTCCGAGGCGGTA
AGGCAGGGGGCTGATGGCATCTGGATCTCGAATCACGGTGCTCGCCAGCT
CGACACCACCCCTGCCACCATCGAGGTTCTTCCGGAGGTACGGACGGATG
AATGCTCTCATGCAGACATCGAAACACCCGCTATTCGCTGTTTGTCGCGC
CTAGAAACGCGTGAAGTTTTCGCTTCTTTTCCACGAAGAATTTTTCTTCT
TGAGACTTTGGTTTGCCTCTCCTTTCATCCTGTGCACTCCTCGCAATGGC
GAGAAATTACGCGACTTGGCCTGAAGCTCTTTGAGGTTCGGATGTCATGC
ACAGATGTACAGAAAATTCGTGATCACTTTGATTTAGAAAGGCATGGGCC
TGTAAGCGAGTCTTGTGCTGATCCTCCCACGACGAAACCCGAGAACTTGA
GCGTGATGTGGCGGCGTGTAGAATGGCTTCGCGACGAAAGTAGCCTTTCC
CTGAGCAACAGCCCCCACAGGCTTTCAATTTGCGAGCACTTTTCCACGTT
GCTCTTCCTTACCGTAGTCTCAGCTTAATCCTGAAAACCTTATCCGACAT
AAACCGGCACCATTTCGGGATCGCCCCTGAACAAGTTTGGCAACCATTTC
TCTCCCCTGCCCCTGGAAACCAATCTGGACCGTAAAATCAACTCACAAGT
TCCGGCACCGCCGCTTCGGCATCGATCGCTTCGTCAGGTGGTGGCTGCGG
TGAGCGGTCGTTGCGAGATTTACCTGGACGGAGGCATCTGCCGCGGTACA
GACGTGTTCAAGGCACTAGCGCTTGGCGCGAAGGCGGTCTTTATCGGCCG
CCCGGTCCTGTGGGGTCTTGCGCACAGCGTGAGTGGGGACACCGCGGTAG
CGGGGCTTCTAGCTGGGGGTCCGCAATTCCGTCCCGCTGCTCCTCGTGCT
GCTGCTGTTGGTTGTTGTTGTAATTCCCCGTCCTTCCCCACCGGGACGGG
CTTCCGCACCCAGCGCTATAAACAATGCCGGTCGTGCTCTCTGGCGTCCC
TCGTGGAATGCGCCCAACCGGCCGTTCGCCCCCAGTCACGCGAATCATGG
CACATCGAAAGTGTCGAGCTCTCCTCACGCGTTACGTGAATGAGTGCAGA
TAGTTTCCTTGGACAGATGCTGCCAGTAGTGGCCGGCGTTTTCAAATCCG
CTTGCTGTTACAAATCCAGTATTGCACGCGCAACGCTTTTATACTCTGCG
TGTACGTCGCTGACACCCCTCCCTCCCCCTACTTTTTGCGTGCGCGGCTG
TCTCGCCCGTGGCTTATTCTTGTGTGCATCATGTGATACTTGGGTCGACA
TCTTGGAATCTGTGCAGGGCGAGGAGGGGGTGGCCAAGGTTCTCAAGCTC
TTGAACGACGAGCTGGTGATGGCCCTTCAGCTGGCAGGCTGCACACGTGT
CAGCGCGGCCACTCGCTCGATGGTCACTCACCAGACCTCTTACTACTCCA
AACTCTAGATTGACGAGAAGCAGACAGAGAGGCAATGTAGGTCGACGGGA
GGGGCGGCCTTTGAGCTTTTCTTTGTGAATGTGTCCGTTTTTTTTCTCAG
GTGTTCGCCACCCCACCCGTGTTTTTCCTTTCCCAGGGCCGTTTTATGAA
GCCGACATGGCCGATGCATGCAGATGGATAGGGATTGTCTAGATTTTCGC
ACTCCGTAGCGTTTGTGTTCCTTTTCCGCGTATGTTTCTGTTCCAAGACC
GCGCCCTCATCTCGCCGCATGAAAAAAAAAATAGAGGAAGGCCTGGTGGC
GAAGATGAGAGGGAAAGAGGTCCTTGGTCATCCTTCAGAAGGAGTTGCCT
CACTCCGTTTGGTCGCGGCGCGACCTCCCTTATGGCCGGCCTCGCCTTGG
GGAGGTGGATTAGTGGGGCCCTAGACCGGATAAACAGGGAGGTGGAGATT
AGTGCGAGAACCCGGTTAGAGACATGGACGACGGCGACGTATTATAAGTA
TCGGCCCCGTGGAAGGGAGAGATGCAGGGGCGTCTCCTTGTCAATTGATG
ATGTAGCTTCTTCGGATTAGCTTTGCGATCTTTCCACCCAGACCTTTACC
ACTCAAGGCAAGGAGCGTGCGTCGTAGGGTAGCTCGTTTTGCCTCTGAAG
TCATGAGGTGTCAGGTTTCATGTCTGACTGAATGCGACGGCGGCACGGGT
TTTAGTTCATTGCAACGCGGGGAAGGGTGAGGAGAGGGGGGGGATCTCCA
CGGAGGGAAGGAACAGGCGTGACCCAAGGAAATCACATGACATTTGTTTT
ACAGTAATGTTAAGTTTACGAGCATTATCAGGGTAGCCATGACATGTAAC
AGCGCGCTTAAGTGAAAGATTCGAGCGATTGACGATGTTTTCAGTTTTGT
GAAGGAAATGAGGAAGTACAATGGTCAAGAAAAACCTCGGCGAAACACGA
AAAGTCGAAGAATTTGTTGCTTCTCTCCGACTTCTTGGTCTCTCTCTTAC
TGATTGGTCAAACTGCCGCCGTTTACAATGTTTTCGGCATGGTGAGTAAA
TTTAGCTCCATCAACTCGGGCAGGCAATGTCCGATGCAGCTGGTGAAGGA
CGAGGGCCCCCAGTCGCCTGCGTGTTTTGTCTCTACATAAGAACCCCCTC
TCCGCTCAGTACTGGTACCTCCAAGTGTCCGTGCCCTACGCTGACGAGAA
ACGATTCCGTGGTCACAGGCCATAAAAGGATGGTGTTCCCCATTACATAT
CTCCGGTCGAGAACATTTTAGAGACGCCAGCGGCCAGGCGGTCCTGACAA
TATGATCAGTAATGTTGAGATCTATGCAGAGAGAGGCATTCATTGAGATC
GGGGATCAAGCACCACCGCTCACGCATGAGTTACTTTGTATCTACATGCC
ACGTGCGTTCCCTCGTTTGCCTTTCGGCGGACTGGCTTGAGTCGGAGGTG
GCTTTAACGGGTCGGAAGCGGAACAAAATGGATAGAATACCTTGTAGAAA
GCTCTTTCTTCAGGCTGGAAGTAAGCAAAGGATTTATTTTGCTTCGACCT
TGATTGAGTGCGGAAGATCTGAGATCGAGATCTACGTCGTCGCTGCAAAC
TCGGAGACAGACAGGTTTTCGTCGAGATCTTGCACCAGATGCGGTTCCTC
CTCAATCGATTGCTGGTGGCGTCATTAGCATCACCG

Coding sequence (CDS) from alignment at P-fluviatile_contig12:801552..811787+

>mRNA_P-fluviatile_contig12.1373.1 ID=mRNA_P-fluviatile_contig12.1373.1|Name=mRNA_P-fluviatile_contig12.1373.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2370bp|location=Sequence derived from alignment at P-fluviatile_contig12:801552..811787+ (Porterinema fluviatile SAG_2381)
ATGAGTGACCCGATTACCGCACCAGTCGGACCCGCCCAGGAGATTCCCAA
GGCTCCGGAGGCTGCAGATGAGTGACCCGATTACCGCACCAGTCGGACCC
GCCCAGGAGATTCCCAAGGCTCCGGAGGCTGCAGGATGGGAGCCGGTGAA
CATCCGCGAGTTCGAGCGTCACGCGCAGCTGATGCTGTCCAAGAACGCCT
TCGATTACTACGCCAGCGGCGCTAACGACATGGTCACGCTCAGGGAAAAC
AGGATGGGAGCCGGTGAACATCCGCGAGTTCGAGCGTCACGCGCAGCTGA
TGCTGTCCAAGAACGCCTTCGATTACTACGCCAGCGGCGCTAACGACATG
GTCACGCTCAGGGAAAACAGGGCTGCCTTCAACCGGCTGCGGCTTCGGCC
GCGTATCCTGAGGGACGTCAGCAAGGTCGACACTACCACCTACGTCCTCG
GCGAGAAGGTCGCCTCGCCCATCTGCATCGCTCCTACTGGGCTGCCTTCA
ACCGGCTGCGGCTTCGGCCGCGTATCCTGAGGGACGTCAGCAAGGTCGAC
ACTACCACCTACGTCCTCGGCGAGAAGGTCGCCTCGCCCATCTGCATCGC
TCCTACTGCGATGCAGCGAATGGCGCACGACTCCGGCGAGTGCGCCACCG
CCGCCGCGGCGGCCGCCTCCGGCACCCTGATGACGCTCAGCTCTTGGTCC
ACCACTGCCCTTGAGGAGGTCGCAAAGGCGGGAGGACCAGGGGGCGCTCG
CTGGTTCCAGCTCTATGTTTACAAGCGATGCAGCGAATGGCGCACGACTC
CGGCGAGTGCGCCACCGCCGCCGCGGCGGCCGCCTCCGGCACCCTGATGA
CGCTCAGCTCTTGGTCCACCACTGCCCTTGAGGAGGTCGCAAAGGCGGGA
GGACCAGGGGGCGCTCGCTGGTTCCAGCTCTATGTTTACAAGGACCGCAA
GATCACGGCGCAGCTGGTCAAGCGCGCCCTGGCTGCCGGCTACACCGCCC
TCGCCGTCACCGTCGACACCCCTGTGCTGGGCAGACGGGAGGCGGACATG
CGCAACCGCTTCAAGCTGCCGAGCCACCTCACCATGGGTAACTTCACATC
GCAAGGCGGCGCGCACGCTTCGGGCACCAAGGATGGAGGAAACGACTCGG
ACCGCAAGATCACGGCGCAGCTGGTCAAGCGCGCCCTGGCTGCCGGCTAC
ACCGCCCTCGCCGTCACCGTCGACACCCCTGTGCTGGGCAGACGGGAGGC
GGACATGCGCAACCGCTTCAAGCTGCCGAGCCACCTCACCATGGGTAACT
TCACATCGCAAGGCGGCGCGCACGCTTCGGGCACCAAGGATGGAGGAAAC
GACTCGGGTCTTGCCGCGTACGTAGCTTCGCTGATCGACAAGACCCTCGA
CTGGAACGACATCAAGTGGCTCCGCACTATCTGTGGTAGCATGAAGGGTC
TTGCCGCGTACGTAGCTTCGCTGATCGACAAGACCCTCGACTGGAACGAC
ATCAAGTGGCTCCGCACTATCTGTGGTAGCATGAAGATCGTGGTGAAGGG
TGTTATGACCGCGGAAGACGCCTCCGAGGCGGTAAGGCAGGGGGCTGATG
GCATCTGGATCTCGAATCACGGTGCTCGCCAGCTCGACACCACCCCTGCC
ACCATCGAGGTTCTTCCGGAGATCGTGGTGAAGGGTGTTATGACCGCGGA
AGACGCCTCCGAGGCGGTAAGGCAGGGGGCTGATGGCATCTGGATCTCGA
ATCACGGTGCTCGCCAGCTCGACACCACCCCTGCCACCATCGAGGTTCTT
CCGGAGGTGGTGGCTGCGGTGAGCGGTCGTTGCGAGATTTACCTGGACGG
AGGCATCTGCCGCGGTACAGACGTGTTCAAGGCACTAGCGCTTGGCGCGA
AGGCGGTCTTTATCGGCCGCCCGGTCCTGTGGGGTCTTGCGCACAGCGTG
GTGGCTGCGGTGAGCGGTCGTTGCGAGATTTACCTGGACGGAGGCATCTG
CCGCGGTACAGACGTGTTCAAGGCACTAGCGCTTGGCGCGAAGGCGGTCT
TTATCGGCCGCCCGGTCCTGTGGGGTCTTGCGCACAGCGGCGAGGAGGGG
GTGGCCAAGGTTCTCAAGCTCTTGAACGACGAGCTGGTGATGGCCCTTCA
GCTGGCAGGCTGCACACGTGTCAGCGCGGCCACTCGCTCGATGGTCACTC
ACCAGACCTCTTACTACTCCAAACTCTAGGGCGAGGAGGGGGTGGCCAAG
GTTCTCAAGCTCTTGAACGACGAGCTGGTGATGGCCCTTCAGCTGGCAGG
CTGCACACGTGTCAGCGCGGCCACTCGCTCGATGGTCACTCACCAGACCT
CTTACTACTCCAAACTCTAG