mRNA_P-fluviatile_contig13.1634.1 (mRNA) Porterinema fluviatile SAG_2381

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

Overview
NamemRNA_P-fluviatile_contig13.1634.1
Unique NamemRNA_P-fluviatile_contig13.1634.1
TypemRNA
OrganismPorterinema fluviatile SAG_2381 (Porterinema fluviatile SAG_2381)
Homology
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: D7FNT5_ECTSI (Methyltranfer_dom domain-containing protein n=1 Tax=Ectocarpus siliculosus TaxID=2880 RepID=D7FNT5_ECTSI)

HSP 1 Score: 746 bits (1926), Expect = 2.250e-257
Identity = 363/411 (88.32%), Postives = 389/411 (94.65%), Query Frame = 3 
Query:  513 RHHMFRLLGAVARGGSAVGSRNAPKAGIGGLGGGGQAATSALFCISAVWSVGQTYSFATVRTPLAMSSNVDATRDSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPFASAG 1745
            RHHMFRLLG VARG +A G RN+P+ GIGG  GGG A T+ALFCISA+WSVGQT SFATVRTP AMS+ VDATRDSV+EYYGKILTKS DLKTNACTTD+NMPD VKAVMPLL+DEVI KYYGCGIVMPE LEGCNVLDLGCGAGRDCYIISKLVGP+G+VVGVDMTDEQLEVANRHVDFHTKSFG++KPNVEFKKGYIE+L DLGLPDN+FDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNK+IE RVGHI FFSATYRLFKLPELE+DCEDYGEAV+YKGT+  SP++FTLDNHHTMDTGRVFPVCRNTLHMLMG+RFAR+F+KVG+G+THYGIYPDCGK IPFASAG
Sbjct:    7 RHHMFRLLGTVARGSTASGFRNSPRPGIGGKAGGGPA-TTALFCISALWSVGQTVSFATVRTPQAMSTAVDATRDSVKEYYGKILTKSDDLKTNACTTDANMPDSVKAVMPLLNDEVIAKYYGCGIVMPEALEGCNVLDLGCGAGRDCYIISKLVGPEGRVVGVDMTDEQLEVANRHVDFHTKSFGYDKPNVEFKKGYIEKLADLGLPDNYFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKKIEKRVGHIGFFSATYRLFKLPELERDCEDYGEAVVYKGTMASSPQSFTLDNHHTMDTGRVFPVCRNTLHMLMGTRFARYFDKVGDGKTHYGIYPDCGKPIPFASAG 416
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A6H5KWU4_9PHAE (Methyltranfer_dom domain-containing protein n=1 Tax=Ectocarpus sp. CCAP 1310/34 TaxID=867726 RepID=A0A6H5KWU4_9PHAE)

HSP 1 Score: 602 bits (1553), Expect = 4.490e-203
Identity = 295/344 (85.76%), Postives = 314/344 (91.28%), Query Frame = 3 
Query:  816 MPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARV------GHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPFASAGEVSAGVPSSGAAASAKPAASK---GGCC 1820
            MPD VKAVMPLL+DEVI KYYGCGIVMPE LEGCNVLDLGCGAGRDCYIISKLVGP+G+VVGVDMTDEQLEVANRHVDFHTKSFG++KPNVEFKKGYIE+L DLGLPDN+FDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNK+IE RV      GHI FFSATYRLFKLPELE+DCEDYGEAV+YKGT+  SP++FTLDNHHTMDTGRVFPVCRNTLHMLMG+RFAR+F+KVG+G+THYGIYPDCGK IPFASAG    G     A A AKPAA+    GGCC
Sbjct:    1 MPDSVKAVMPLLNDEVIAKYYGCGIVMPEALEGCNVLDLGCGAGRDCYIISKLVGPEGRVVGVDMTDEQLEVANRHVDFHTKSFGYDKPNVEFKKGYIEKLADLGLPDNYFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKKIEKRVSVVVLVGHIGFFSATYRLFKLPELERDCEDYGEAVVYKGTMASSPQSFTLDNHHTMDTGRVFPVCRNTLHMLMGTRFARYFDKVGDGKTHYGIYPDCGKPIPFASAGAAVGG-----AGAGAKPAAAASTGGGCC 339
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A835YNW5_9STRA (S-adenosyl-L-methionine-dependent methyltransferase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835YNW5_9STRA)

HSP 1 Score: 566 bits (1459), Expect = 1.390e-188
Identity = 270/341 (79.18%), Postives = 301/341 (88.27%), Query Frame = 3 
Query:  726 ATRDSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPFASAGE 1748
            ATR+SVQEYYGKIL+KS DLKTNACTTDS +P  VKA+ PLL DEVI +YYGCGIV+PE LE C+VLDLGCGAGRDCYIISKLVG  G+VVGVDMTDEQLEVANR++D HT+SFGF + NVEFKKGYIERL++L L DN FDVIVSNCVINLSPDKDAVLREA+RVLKPGGELYFSDVYSDRR+PQDLVDDPVLFGECLSGALYWNDFLT+AR+HGF DPRLVSDSRIT+ N+ IE +VGHI FFSATYRLFK  +LE DCEDYGEAV+YKGTV  SP+AFTLD HH +  GRVFPVCRNTL ML G+RFA HF+ VG G+ HYG++  CGKAIPFASA +
Sbjct:   15 ATRESVQEYYGKILSKSDDLKTNACTTDSGLPPQVKAIFPLLSDEVITRYYGCGIVIPELLEDCSVLDLGCGAGRDCYIISKLVGEKGRVVGVDMTDEQLEVANRNIDHHTRSFGFSRANVEFKKGYIERLNELNLADNSFDVIVSNCVINLSPDKDAVLREAFRVLKPGGELYFSDVYSDRRIPQDLVDDPVLFGECLSGALYWNDFLTLARQHGFADPRLVSDSRITIENEAIEKKVGHIKFFSATYRLFKHADLESDCEDYGEAVVYKGTVPTSPQAFTLDAHHIIQAGRVFPVCRNTLRMLTGTRFAPHFDVVGGGKQHYGLFEGCGKAIPFASASD 355
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A835ZBF9_9STRA (S-adenosyl-L-methionine-dependent methyltransferase n=1 Tax=Tribonema minus TaxID=303371 RepID=A0A835ZBF9_9STRA)

HSP 1 Score: 558 bits (1439), Expect = 2.440e-185
Identity = 273/368 (74.18%), Postives = 310/368 (84.24%), Query Frame = 3 
Query:  717 NVDATRDSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPFASAGEVSAGVPSSGAAASAKPAASKGGCC 1820
            + DATR+SV++YYGK+L KS DLKTNACTTDS MP  VKAV PLL DEV+ KYYGCGIV+PE LEGC+VLDLGCGAGRDC+IISKLVG  G+VVGVDMT+EQLEVANR++DFHTK+FG   PNVEF+KGYIE+LD+  L DN FDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVY+DRRVPQ+LV DPVLFGECLSGALYWNDFLTIAR+HGF DPRLVSD+RIT++NK IE +VGHI F+SATYRLFK  +LE DCEDYGEAVIYKGT+   PRAFTLD HHT D GRV PVCRNTL M++ +R A HFE +G G  H+GI+  CGKA+PFASA     G P++ A    K +A  GGCC
Sbjct:   25 SADATRESVKDYYGKVLAKSDDLKTNACTTDSGMPAKVKAVFPLLSDEVVAKYYGCGIVVPELLEGCSVLDLGCGAGRDCFIISKLVGEKGRVVGVDMTEEQLEVANRNIDFHTKAFGLAAPNVEFRKGYIEKLDECDLADNSFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYADRRVPQELVADPVLFGECLSGALYWNDFLTIARKHGFADPRLVSDARITINNKAIEEKVGHIKFYSATYRLFKHADLETDCEDYGEAVIYKGTIPTYPRAFTLDAHHTFDAGRVVPVCRNTLRMVLETRLAPHFEVLGAGAQHFGIFEGCGKAVPFASA----KGDPAAAAVGGKKKSA--GGCC 386
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A1R1LZ22_9GAMM (Methyltransferase type 11 n=1 Tax=Motiliproteus sp. MSK22-1 TaxID=1897630 RepID=A0A1R1LZ22_9GAMM)

HSP 1 Score: 508 bits (1308), Expect = 1.640e-166
Identity = 239/362 (66.02%), Postives = 283/362 (78.18%), Query Frame = 3 
Query:  735 DSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPFASAGEVSAGVPSSGAAASAKPAASKGGCC 1820
            D V+ YYGK+L  S DL+TNAC TD+ +PD +KA +  +HDEV+ +YYGCG+V P++LEGC +LDLG G+GRDCY++S+ VG DG +VGVDMTDEQLEVANRH+DFHT  FG+ + NVEF+KGYIE+LD+L L DN FD+IVSNCVINLSPDK+AVLREAYR+LKPGGELYFSDVY+DRRV Q+LVDDPVLFGECLSGALYWNDF  IA+R GF DPRLV D  IT+ N QIEAR+GHI FFSATYRLFKLPELE  CEDYG+AVIYKGTVE  P  F LD HH ++ G+VFPVC NT  ML  +RF  HFE  GN +THYGI+  CG A+PF +  + S+G                GGCC
Sbjct:    3 DQVKAYYGKVLNSSEDLQTNACCTDAGLPDYLKATLSQIHDEVMARYYGCGLVSPQQLEGCRILDLGSGSGRDCYVLSRFVGEDGYIVGVDMTDEQLEVANRHIDFHTDKFGYARANVEFRKGYIEKLDELELEDNSFDIIVSNCVINLSPDKEAVLREAYRLLKPGGELYFSDVYADRRVSQELVDDPVLFGECLSGALYWNDFHNIAKRAGFIDPRLVEDRPITIDNPQIEARIGHIKFFSATYRLFKLPELESHCEDYGQAVIYKGTVEHCPEHFALDKHHFIERGKVFPVCGNTYRMLHDTRFKDHFEFTGNWDTHYGIFDGCGTALPFDTGTKESSG----------------GGCC 348
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A1Y1R5G5_9GAMM (Methyltransferase type 11 n=2 Tax=Oceanospirillales TaxID=135619 RepID=A0A1Y1R5G5_9GAMM)

HSP 1 Score: 487 bits (1253), Expect = 2.180e-158
Identity = 217/335 (64.78%), Postives = 278/335 (82.99%), Query Frame = 3 
Query:  735 DSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPFAS 1739
            DSV++YYGK+L  S DLKTNAC T + +P  +++ +  +HDEV+ +YYGCG++ P++L+GC++LDLG G+GRDCY++S+LVG +G VVGVDMT EQLEVANRH+D+HT  +G+++PNV F +GY+ERL +L LPDN FD+IVSNCVINLSPDK AVLREA R+LKPGGELYFSDVY+ RRVP +L++DPVL+GECLSGALYWNDF+T+A++ GF DPRLV  S IT+ N+ IE ++GHI+F+SAT+RLFKLPELE  CEDYG+AVIYKGT+E  P+ F LDNHH ++TG+VFPVC NT  ML  +RF  HFE +G+  THYGIY DCG  +PF S
Sbjct:    3 DSVKDYYGKVLQGSDDLKTNACCTGAELPAYIRSALSDIHDEVLTRYYGCGLIAPQQLKGCHILDLGSGSGRDCYVLSRLVGEEGAVVGVDMTPEQLEVANRHIDYHTDKYGYKQPNVRFLEGYLERLHELDLPDNSFDIIVSNCVINLSPDKPAVLREALRLLKPGGELYFSDVYASRRVPTELLEDPVLYGECLSGALYWNDFITLAKQTGFLDPRLVESSPITIENRAIEEKIGHIDFWSATWRLFKLPELESACEDYGQAVIYKGTIEHCPKQFVLDNHHLIETGKVFPVCGNTWQMLHETRFREHFEFIGDMSTHYGIYADCGTPVPFES 337
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A6V1PLE2_HETAK (Hypothetical protein n=1 Tax=Heterosigma akashiwo TaxID=2829 RepID=A0A6V1PLE2_HETAK)

HSP 1 Score: 487 bits (1253), Expect = 1.040e-157
Identity = 229/335 (68.36%), Postives = 269/335 (80.30%), Query Frame = 3 
Query:  729 TRDSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPF 1733
            T + VQEYYGK+L+KS DLKTNACTT   MP  ++A   L+HDEV+ KYYGCG+V+PE+LEGC VLDLGCGAGRD Y+IS +VG  G VVGVDMTDEQL VA  H ++H ++FG  +PN  F KGYIERL +L L  N FDVIVSNCVINLSPDKDAVLR A+ +LKPGGE+YFSDVY+DRRVP DLV DPVL+GECLSGALYWNDF   A R GFND RLVSD+ IT+SN ++EA +GHI FFSATYRLFK+PELE DCEDYGEAV+YKGT+  SP+ F LD+HH ++ GRVFPVCRNT  ML  SRFA HFE +G G  H GI+ +CGK +P+
Sbjct:   44 THEEVQEYYGKVLSKSDDLKTNACTTADGMPRHIRAAAGLIHDEVMSKYYGCGLVVPEQLEGCKVLDLGCGAGRDVYLISHMVGEAGAVVGVDMTDEQLAVAGAHREYHAQAFGHARPNTAFHKGYIERLTELPLEPNSFDVIVSNCVINLSPDKDAVLRGAWELLKPGGEMYFSDVYADRRVPADLVADPVLYGECLSGALYWNDFNRAAARAGFNDARLVSDAPITISNPEVEALIGHIRFFSATYRLFKIPELENDCEDYGEAVVYKGTLPTSPKVFVLDDHHRIEAGRVFPVCRNTKLMLERSRFAGHFEFLGAGREHLGIFANCGKVMPY 378
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A3P1SKD0_9GAMM (Methyltransferase domain-containing protein n=1 Tax=Amphritea balenae TaxID=452629 RepID=A0A3P1SKD0_9GAMM)

HSP 1 Score: 484 bits (1247), Expect = 1.730e-157
Identity = 218/333 (65.47%), Postives = 270/333 (81.08%), Query Frame = 3 
Query:  735 DSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPF 1733
            D VQEYYGK L  S DL+TNAC TD  MP+ +K V+  +HDEV+M+YYGCG+V PE+L G  +LDLG G+GRDCY +++LVG  G VVGVDMTDEQL+VANRH+++H + FGF+K N  FKKGYIE+LD LGL +N FD+IVSNCVINLSPDK+AVL++AY +LKPGGE+YFSDVY++RR+P +L+DDPVL+GECLSGALYWNDF  +A++ GF DPRLV D  IT+ N +I  R+GHINFFSATYRLFKLPELE  CEDYG+AVIYKGT+E  P  F LD HH+++ G+VFPVC NT  ML  +RF  HFE +GN +THYGI+  CG ++PF
Sbjct:    3 DQVQEYYGKTLQGSDDLQTNACCTDEGMPEFLKPVLSNIHDEVMMRYYGCGLVCPEQLPGMKILDLGSGSGRDCYALAQLVGEQGSVVGVDMTDEQLDVANRHIEYHREKFGFDKANTTFKKGYIEQLDQLGLENNSFDIIVSNCVINLSPDKEAVLKQAYDLLKPGGEIYFSDVYAERRIPAELIDDPVLYGECLSGALYWNDFHNLAKKAGFIDPRLVDDRPITIDNPKISERIGHINFFSATYRLFKLPELESHCEDYGQAVIYKGTIEHKPHTFILDKHHSIEKGKVFPVCGNTWKMLHDTRFKEHFEFIGNFDTHYGIFDGCGTSLPF 335
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: A0A523FFX0_9PROT (Methyltransferase domain-containing protein n=1 Tax=Alphaproteobacteria bacterium TaxID=1913988 RepID=A0A523FFX0_9PROT)

HSP 1 Score: 483 bits (1242), Expect = 9.790e-157
Identity = 214/333 (64.26%), Postives = 269/333 (80.78%), Query Frame = 3 
Query:  735 DSVQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPF 1733
            + +QEYYGK+L  S DL+TNAC T  +MPD +K +M  +HDEV   YYGCG+V PE+LEG ++LDLG G+GRDC+++S+LVG  G++VGVDMTD+QL +ANRH+D+HT  FG+   NV F+KGYIERLDDLG+PDN FD+IVSNCVINLSPDK+AVLR+AYR+LKPGGELYFSDVYSDRR+P  L DDPVL+GECLSGA YW+DF++ A+  GF DPRLV D  +T+ N +IE +VGHINF+SATYRLFKLPEL+  CEDYG+AVIY+GT+E    +  LD HH ++ G+VFPVCRNT  ML  SRF  HFE +G+G +HYG++  CG  +PF
Sbjct:    4 EQIQEYYGKVLQGSDDLQTNACCTTDDMPDHLKPLMANIHDEVAAHYYGCGLVNPEQLEGMHILDLGSGSGRDCFVLSQLVGEHGRIVGVDMTDQQLAIANRHIDYHTDKFGYANANVSFRKGYIERLDDLGMPDNSFDLIVSNCVINLSPDKEAVLRQAYRLLKPGGELYFSDVYSDRRIPPSLADDPVLYGECLSGAFYWHDFISTAKSVGFLDPRLVEDRPLTIENPEIEMKVGHINFYSATYRLFKLPELDAQCEDYGQAVIYQGTIENHKHSLRLDKHHLIEAGKVFPVCRNTYQMLHDSRFKDHFEFMGDGSSHYGVFAGCGTVVPF 336
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BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Match: UPI00101380BD (methyltransferase domain-containing protein n=1 Tax=Enterovibrio baiacu TaxID=2491023 RepID=UPI00101380BD)

HSP 1 Score: 482 bits (1241), Expect = 1.280e-156
Identity = 219/331 (66.16%), Postives = 271/331 (81.87%), Query Frame = 3 
Query:  741 VQEYYGKILTKSADLKTNACTTDSNMPDGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISKLVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLDDLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDRRVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSNKQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFTLDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGKAIPF 1733
            VQEYYGKIL  S DL+TNAC TD  MP+ +K V+  +HDEV+M+YYGCG+V PE+L+G  +LDLG G+GRD Y +++LVG DG+VVGVDMTDEQLEVANRH+++H + FGF   NV+FKKGYIE+LD+LGL    FD+IVSNCVINLSPDKDAVLR+A+ +LKPGGE+YFSDVY+DRRVPQ LVDDP+L+GECLSGALYWNDF+ +A++ GF DPRLV D  I++ N++I ++VGHINFFSATYRLFKLPELE  CEDYG+AVIYKGT++  P  F LD HH ++ G+VFPVC NT  ML  +RF  HFE +GN + HYGI+  CG  +PF
Sbjct:    5 VQEYYGKILQGSGDLQTNACCTDDAMPEFLKPVLSNIHDEVMMRYYGCGLVCPEQLKGARILDLGSGSGRDVYALAQLVGEDGEVVGVDMTDEQLEVANRHLNYHKEKFGFSSSNVQFKKGYIEKLDELGLKPGSFDIIVSNCVINLSPDKDAVLRQAFHLLKPGGEIYFSDVYADRRVPQALVDDPLLYGECLSGALYWNDFVNLAKKAGFADPRLVEDRPISIDNQKIISKVGHINFFSATYRLFKLPELESHCEDYGQAVIYKGTIKYHPNTFVLDKHHNIEAGKVFPVCGNTWRMLNDTRFKEHFEFIGNFDVHYGIFDGCGTILPF 335
The following BLAST results are available for this feature:
BLAST of mRNA_P-fluviatile_contig13.1634.1 vs. uniprot
Analysis Date: 2022-09-19 (Diamond blastx: OGS1.0 vs UniRef90)
Total hits: 25
Match NameE-valueIdentityDescription
D7FNT5_ECTSI2.250e-25788.32Methyltranfer_dom domain-containing protein n=1 Ta... [more]
A0A6H5KWU4_9PHAE4.490e-20385.76Methyltranfer_dom domain-containing protein n=1 Ta... [more]
A0A835YNW5_9STRA1.390e-18879.18S-adenosyl-L-methionine-dependent methyltransferas... [more]
A0A835ZBF9_9STRA2.440e-18574.18S-adenosyl-L-methionine-dependent methyltransferas... [more]
A0A1R1LZ22_9GAMM1.640e-16666.02Methyltransferase type 11 n=1 Tax=Motiliproteus sp... [more]
A0A1Y1R5G5_9GAMM2.180e-15864.78Methyltransferase type 11 n=2 Tax=Oceanospirillale... [more]
A0A6V1PLE2_HETAK1.040e-15768.36Hypothetical protein n=1 Tax=Heterosigma akashiwo ... [more]
A0A3P1SKD0_9GAMM1.730e-15765.47Methyltransferase domain-containing protein n=1 Ta... [more]
A0A523FFX0_9PROT9.790e-15764.26Methyltransferase domain-containing protein n=1 Ta... [more]
UPI00101380BD1.280e-15666.16methyltransferase domain-containing protein n=1 Ta... [more]

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Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
P-fluviatile_contig13contigP-fluviatile_contig13:183838..196706 +
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 score741.9
Seed ortholog evalue1.7e-211
Seed eggNOG ortholog2880.D7FNT5
Preferred nameAS3MT
KEGG koko:K07755
GOsGO:0003674,GO:0003824,GO:0005575,GO:0005622,GO:0005623,GO:0005737,GO:0005829,GO:0006082,GO:0006464,GO:0006479,GO:0006805,GO:0006807,GO:0008150,GO:0008152,GO:0008168,GO:0008213,GO:0008276,GO:0008757,GO:0009404,GO:0009410,GO:0009987,GO:0016740,GO:0016741,GO:0018872,GO:0019538,GO:0019748,GO:0019752,GO:0030791,GO:0030792,GO:0032259,GO:0032787,GO:0036211,GO:0042221,GO:0043170,GO:0043412,GO:0043414,GO:0043436,GO:0044237,GO:0044238,GO:0044260,GO:0044267,GO:0044281,GO:0044424,GO:0044444,GO:0044464,GO:0046685,GO:0050896,GO:0051716,GO:0070887,GO:0071466,GO:0071704,GO:0140096,GO:1901564
EggNOG free text desc.arsonoacetate metabolic process
EggNOG OGs2CMHQ@1,2QQD6@2759
EC2.1.1.137
COG Functional cat.S
Best tax levelEukaryota
Best eggNOG OGNA|NA|NA
BRITEko00000,ko01000
Hectar predicted targeting categorymitochondrion
Exons5
Model size3834
Cds size1302
Stop1
Start1
Relationships

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

Feature NameUnique NameSpeciesTypePosition
1622815540.394035-UTR-P-fluviatile_contig13:183837..1842331622815540.394035-UTR-P-fluviatile_contig13:183837..184233Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 183838..184233 +
1693562183.5124848-UTR-P-fluviatile_contig13:183837..1842331693562183.5124848-UTR-P-fluviatile_contig13:183837..184233Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 183838..184233 +
1622815540.4060009-UTR-P-fluviatile_contig13:184604..1847191622815540.4060009-UTR-P-fluviatile_contig13:184604..184719Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 184605..184719 +
1693562183.8001144-UTR-P-fluviatile_contig13:184604..1847191693562183.8001144-UTR-P-fluviatile_contig13:184604..184719Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 184605..184719 +
1622815540.4166226-UTR-P-fluviatile_contig13:190906..1909161622815540.4166226-UTR-P-fluviatile_contig13:190906..190916Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 190907..190916 +
1693562184.0342283-UTR-P-fluviatile_contig13:190906..1909161693562184.0342283-UTR-P-fluviatile_contig13:190906..190916Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 190907..190916 +
1622815540.4565568-UTR-P-fluviatile_contig13:194695..1967061622815540.4565568-UTR-P-fluviatile_contig13:194695..196706Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 194696..196706 +
1693562184.0777287-UTR-P-fluviatile_contig13:194695..1967061693562184.0777287-UTR-P-fluviatile_contig13:194695..196706Porterinema fluviatile SAG_2381UTRP-fluviatile_contig13 194696..196706 +


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

Feature NameUnique NameSpeciesTypePosition
1622815540.4263988-CDS-P-fluviatile_contig13:190916..1911201622815540.4263988-CDS-P-fluviatile_contig13:190916..191120Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 190917..191120 +
1693562184.0545175-CDS-P-fluviatile_contig13:190916..1911201693562184.0545175-CDS-P-fluviatile_contig13:190916..191120Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 190917..191120 +
1622815540.4362223-CDS-P-fluviatile_contig13:193156..1938701622815540.4362223-CDS-P-fluviatile_contig13:193156..193870Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 193157..193870 +
1693562184.0619612-CDS-P-fluviatile_contig13:193156..1938701693562184.0619612-CDS-P-fluviatile_contig13:193156..193870Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 193157..193870 +
1622815540.4459417-CDS-P-fluviatile_contig13:194311..1946951622815540.4459417-CDS-P-fluviatile_contig13:194311..194695Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 194312..194695 +
1693562184.069821-CDS-P-fluviatile_contig13:194311..1946951693562184.069821-CDS-P-fluviatile_contig13:194311..194695Porterinema fluviatile SAG_2381CDSP-fluviatile_contig13 194312..194695 +


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

Feature NameUnique NameSpeciesTypePosition
mRNA_P-fluviatile_contig13.1634.1prot_P-fluviatile_contig13.1634.1Porterinema fluviatile SAG_2381polypeptideP-fluviatile_contig13 190917..194695 +


Sequences
The following sequences are available for this feature:

protein sequence of mRNA_P-fluviatile_contig13.1634.1

>prot_P-fluviatile_contig13.1634.1 ID=prot_P-fluviatile_contig13.1634.1|Name=mRNA_P-fluviatile_contig13.1634.1|organism=Porterinema fluviatile SAG_2381|type=polypeptide|length=434bp
MFRLLGAVARGGSAVGSRNAPKAGIGGLGGGGQAATSALFCISAVWSVGQ
TYSFATVRTPLAMSSNVDATRDSVQEYYGKILTKSADLKTNACTTDSNMP
DGVKAVMPLLHDEVIMKYYGCGIVMPEELEGCNVLDLGCGAGRDCYIISK
LVGPDGKVVGVDMTDEQLEVANRHVDFHTKSFGFEKPNVEFKKGYIERLD
DLGLPDNFFDVIVSNCVINLSPDKDAVLREAYRVLKPGGELYFSDVYSDR
RVPQDLVDDPVLFGECLSGALYWNDFLTIARRHGFNDPRLVSDSRITVSN
KQIEARVGHINFFSATYRLFKLPELEKDCEDYGEAVIYKGTVEGSPRAFT
LDNHHTMDTGRVFPVCRNTLHMLMGSRFARHFEKVGNGETHYGIYPDCGK
AIPFASAGEVSAGVPSSGAAASAKPAASKGGCC*
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mRNA from alignment at P-fluviatile_contig13:183838..196706+

Legend: UTRpolypeptideCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>mRNA_P-fluviatile_contig13.1634.1 ID=mRNA_P-fluviatile_contig13.1634.1|Name=mRNA_P-fluviatile_contig13.1634.1|organism=Porterinema fluviatile SAG_2381|type=mRNA|length=12869bp|location=Sequence derived from alignment at P-fluviatile_contig13:183838..196706+ (Porterinema fluviatile SAG_2381)
CGTGGTTCCTCCGACCTTCTACGACCCGGGACGACTGACGGGGAACGACT
ACCGATTACAATAAATGATCGTTGTTGCCAACAGAGGCTGCTGCAAGAAC
ATAGCAAGACTTGACATCACAGGCGATAATCTCGGTGGGCCGGTGGTGGG
CACGGGCTGAGCGCGAGAGCGGTGCAAAAAGCCGCGGCTTCGATTCATCG
GTTAAGGGGGGGGGGGATTTTCAAAATTGGGAGACGACCGCGCGGATCTG
CACACGTACCCAGCTCCATCATCGGCCGACAAAATCTTCAGTTTTGGCCT
TCGGATGCAGGTGGAGCCAAAGCTGATCAAAACAGGCGACAAACGTGTGT
AAGCCTACTTTCTGGGAATATATACTTGCAACACAGCAACGGAATGGTGA
GTGTTATCTGCGTGGTCATGACTGCAATTCAAAGGTCTTGACCTGGTCAT
TCCACGACCGCCCGATGATTCGCTTGACATCGTAGACCGTGTTGGCCGGA
TTGGATGCAGCCTGGCTCTTGGCGGGCTGCCCCACGACGCGTGCCTGGTC
CGTGAAGGACACGTAGCTGGGCATGGTCTTCGCACCCGTGGAGTTGGTCA
ACACCACCGGCCTCCCGGCAGCCTCGTCCCACACAGCCACGCAACTGAAG
GTCGTTCCGAGGTCGATACCAATTACGGTCTCGAGCTCCTTTGTGGGCTC
ACTGACGGACATGTTCTCCATGGCCTGTTCCACCTTCTCCGTTGAACCGT
TACCGTTGCTTGCTAAGGCGGCCATGGTTGGCTGTGTGTCGATGTCGCAG
GTTGTGTGGTGCTGCGAGATCGGGGCCGCGTGAATGGATCAGGGGGTTAC
GCACCCAACAAAAGTGCGGCTGTTGAGGAGGGGTGAGGAATGACGTCAGT
TGCAACCTTCGCACATCGCACACTTTACGTGCACATGAGCTGCGCCAGCA
CCCAAAACGTGGGACGGGGTCAGATAAGAGTTTCCATGGCATTCATCACA
ATTCATAATTTCGGTACCGTTGAGATCCATCACGATACGTCATCTGGCGC
CATCTGACGTTTTATAGCGCCTGCCCGTTCAGAACTAGATTAGACTCAAT
TAGACTAATCTAAACACCTATTTTGTTTGAGCGATGCATTTAGTATTTTG
ATTCTTCCGCCTGAGCGCAGGCTCGCCGGCAGTTGATTCCAATTCTGGCG
GCTTTTTTCTTGTTTTTTCATATCTGAGCCTCGATTTCTTGCAGGCAAAT
TACTTACGAGCGGGCCGGCGCGGAAATTGAACACTTTTTCGCGTTGTGTG
TTGATGTTGATGTGTGCCATCCCCCCGCACCCCGGCACAGCAATGTACAC
TCGCTCACCGCGCCAACAGCTGGCCGGATTTCTGCATCCGCGCGTATTAC
ATATCACAGCAGAACATGCCCTGCCTCATCCAGTCATATGCCCGCGAGGG
GCTACACCGTAGCATAAAAGCTCCAGCTCATGATGCAAGATTGACGTTGC
AATTTTTGCTGGGACTCGGTCTAGGATTTCCACCCTGTAGTTCCCTGAAA
AAACAAGCATGCTGCTGTGAAGGTCGGAATCATCCTATTGTACACCAGAA
ATGCCCCGGGACACAGATCATCAACTCATCGTGCGGAACACCTCCCTTTT
TGCTCTAGCTCGCTCCTACAGGGAAGACATCGGTAACGACACAGATAGAG
GGAAAACGGTAATAAAGATGGCGATCTGGGGGAATGGCTGCGGCTAGGAG
CTGTTCAAAAGACGGGCTGGGGAAACAACCAACGGAGCGCAATGACATGT
GCAGCGGTTCTAACTCCCAAGAAACTGAAAATGTTCAGGAGAAGGTGACG
GTTTCAAACCTTGGTTACGAACACGGCACGCACACTCCTCACGTGCCCAA
ATTATTGCACGCGCACAAACCAGATTATTGCTGGCGCCAAACAAAGAACA
AGCTCCCATTTCCATTCATCAAACTCTTCTGTCTATCTTCACGCTGTTCA
TTCACACGGCTGCCTGCTCAACGATAAGGCTGCCTGGTCGCATAGCCCCT
TCATCCAAACAATATCCTTGGGCGTGAACGCGCGCGCCCTGTTAGTCCCG
ACCACAACAACAGCGGACCCCCCGAGAACGGGCAGCATTAACACCGCCTG
ACAATTTTCCGGGAGATAATCGAACTCGACCTTTCCCGGGAGCGTCTGCG
TGCAGCCGTACACACGCAAAGGAGGTCAAAACAAACGGGAGCGACGGGGA
AGGTACGAGGGCGGGCACCCCGTTCGTTGCCACAGACAACACAGGACAAG
CGTCATGGGACAGGTTTTGGCAAACAGTGTGCCATAAAAGTTGGCCGTGT
CCATCCTGATTCAAACGACATCCTGGACTAATGTGTGTGTGTTTTTTCGT
CACTTTATTGGTGACAGTCCCTCCGATCAAGGCGAGGCGTGTAATACACT
TTGCAGCGTATTTAAGAGGACTATACTTGTTCAGTGTATTTTTCTGTCCA
GCTGCAACCAACCGTGATCACACAGGAGGGAGGGGGGTAAACGCGGGAGC
TTTATTCTTTTTCCTTTTCTTTTTTGCCCCGCCTTCCTCCTGCGGTGCTT
GCCTTCATTTTTATCGCGAGAAGGGTTCAGCCGTCCCTTTCCCTCGTCGA
CCGCTTCGTCACCCTTTGTGTACTCACGAAGCCTTTCAGCTTTTCACCGC
TTTCTACTCCCAGGTACGAAAGTGATAGAAAACCACTCTCGCCGAGATTT
GAACCCTTGACCTGGGTGCTAGAAGGTTACGAGGATACCAGCTAGACCAC
CGGGGCGACCGATAAATGTTGAAGATTTGGTCGATGTCGTCCTGTCATCT
ACTCATAACGCACATGTATGATATGTCGGGCGACCGCGAGTATGCTCGCA
ACGGCCATGATAGACGGGGATCAGTCCACTTCAGAGCCTCAGAACAATAT
GTAGAGTCTGTGCTCCACACACAATAAATGAATCAAGTGAAATGCGAGCA
AGCGAAAAGCGGTGGATCAAAACGGTTGCAGCTTGGTAGTGCGCTAAAAC
ATTCCATTTGAAGACGAACAAGGGATGGAACAACGGAGCGCACAATTTGG
TAGTGTCCGCAAACCAAGTTATGGCAAGACGAAGAGACAGAGCTGTCCAC
GACCCACGGCACGAGCATAAACGTTACCTGAAGAGCAGCCAGGTATTGCT
CTCGCCCTCCCTGTCCATCGCGAATACACTTTCTCAAAATTGGGGTGTCT
TGCATGACCGGCGACTCTCCCATCACTCCAACCCTGGCCAGGGTCTTCCC
TTCCATGTAGACCAACATTGATGTTGCAGGCGATACCTGCAGGTCGGACG
CCATATACACAAAGCAAGGGGCGGCGGGGTCGAAAACCATGAACATCTAG
CTAGTTTGGGGGTACGATGACTCGTTTTTCTTCTTCGACCCTGCAATTGA
AACCCCGATAAGCCAGCCATTGTCCGAAACTAAGCGACTGCTGTGCATGA
CGCGACATGGAGGGGTCTTAGATCCCACCCCCACAGGACGATAGTTGCGC
AGCCCCAACTCGCCGTGGCTTCCGTCGACCACGTCATCACCAAGCGACAA
TCAGTGCAAAGTGCACGTATTTACCATTATACCATTTGTCCTCCAACATT
TTGCAGAATCCCATGTTGATACGCATCACTTTTCAACAAACCTGTTTGTC
TTTGTTCCTTCTTTTGCACAGTAGTTGTGCGCAAAGTTTTGTCAAGCGAA
AACATGAACGTTCTTCGACTCACCAAAAGCAAAGATTCGCCAAGCCACTG
AAGATCTCTGCGCGCCTCCGGCGTAAGCTCGTCAGAGAACTCCTGGACGA
ACGATCCCACCAGTGTAACTTCCTCAGCTTCCCTCACATTCAAATCCTGC
AGACAAGCCGGTCGCGGCCCGGGTACATACTTTCAACGAACCGCTCCTGA
CTTTCCTTCGCACCGCCACATTCACGATAATCGAAAATTGAACGTAGCAC
ATGAATGTAAACCGTCTAGTCATGCGGTGTATCAAAGTTATGGCCACAAC
CTCGGACAACGTTGGGTGCATGCCGTCCGTCTCCTGTTCGGCATGACCCC
TGCTGGAAACGCCGAGATGATAAGCTTCAAGTGCAAGCAAAGCCCAAATT
AAACAAAAACAATACAAAACATTTGCGCAGGTTGGCTCATCGCTGGCGCG
AACCAATAGGGTTCCAATGTCGTGCATGTTCCGGTTGTAGCTGCGCATTT
CACAAAGGCATACCAGTCTTAGCGAAACATAGTATCGACGTTCACCTCCA
CAATCCAAAGAAAAACGCAAGCCGCGCCTCCAGCTTTTACCAAAAAACCT
GGGCATCAGCACAGAAATGCACCGGTGTGGCACAAAACCACGCAACTACG
CACGTACCAGCAAGTAGACGCCATTTGTTATCAAGCCCCCGCTCGCAATC
ACCCCGAGAATGTCCGTGCGGGCTTGCGAGTCGACCAGCACGGGCGTGGC
GATTCTGTTGGCGAGCACGGCCATTAGAATCCCGATGCCGAGTGCGACCG
ACACCTGGGGGCCCGTGAGCGTGCGGAGGAGGCTTCCAGCTGCCGGGTGA
CGTTGCTTGCTTTCATCGCTGCCTTCGATGTGGTCGGGGGCCACCTGCGA
GAGTTTCGAGAGGGGAGACCGCAAACGAGCGGAGTTCCATGGACATAAGA
GGCACAGCGTTGGCAATGTGAGGTCGCCTGCGATGTCCATTGCGTACTTC
ACGCCGCAGCGGGAGCAAAACCGCCAAACTGGCCGCTCAGACGCTTTCTT
CGCGCCCGGACTCTCCTTACAGCCTCGCCCGAAACCTGTCCGGCGCTTTG
CCATTGCAAGGCCTCCGCGGAAGAAAACAAAGCTGGTGCCGCTCTCCTCG
CGACTCCGCGAGGTCAAGCCGCGCAAGGAGCCGACTGAAACATCTCGAAC
GTGGCCGCGTACGAAGGGTGCCATACGTCCTCTCGTGTCGTCGACACGGG
CTACTAGCGCGATAGATGTCTGTCAACGATACACCCCTTCATCACTCAAA
TGGTGCTCCTGGAAATATGTGACACGCCAAATGTGTAAATTAGCAGCAGA
GACAGAGGGTTGGAGGCAACGTGTCTCGACTGCTTTCACCCGACCTCCAA
CTACAGCAAGCATCAACTGTCCCACAATTGATTGCACAACAGCGCAGTAG
AGCAGTGCAAGTTTGTCCCTCGATACAGCCAGAGCACATGCGCATTTGAC
CAGGACTGCTCAATAAGTGCAAAGATGGGCCCATCAGCAGTGTGCACCAG
AAATTTCAGCATAAACAAATGGATGAAGCATGCAGTCTACCCACCAGTAT
GCTCGTTGTGCTTCGTGCCGTCGGAGGTGCACAGGCCTGGCTGCCGGGAT
TGTGCACACTTGCTGTTGTTTTGAACTGGCATCGGCGCGACGTGGATTGC
CAGGTAGGACTGACCGGCGGAGGCGCTGACCCGAACGATATTACCAGGGT
CAAATGCACCACTAAGGTTACTGCCCAGCAGAGTTTGGCCACCATGAAAG
ACGTGTGTTTGGAGATGATGTGTCTCTACCCTGTTTGGCATATTCAGAGG
TACGACATGCGCGCGCGCCAGTGGAGAGGGGGGGGGGTGGGGAGCGCGGG
ATTCGATGTGGGGCTGTCTCCGCGCCTCTCTCCCTGTACTCCCGAAGACC
TTAATTATCAGCCAATTGCGGAGGGGAGAGGGCGGAAAGTACCTCCGTAT
TCCCTAATGAAATGGAACAGCCTCGCACCGAATGGCACCGTGAACGTGGT
GATGAAGGTGTGGAAGTGGAACGCTAGCGCACACGAACTGGTAGGTTGGT
AACGCACGAATGGTTCTACTCTGTAGAGGTTTTGCTACCACAGGAGATCG
TCGTGTATCACCTGCGCTCGCTCGAAATTAAAAAAAATATTCACTGCTCA
CTGTCTGTATCCCTCACCGCCGGCCAAAGACGCATTATCGGAAAATACAA
CGCCCGCCCAGAGCGTCATTCGCATCCGTGGAAAGCCAATTATCTGGCTC
CCCCCTGTTCAACCAGGAGCGCGTTCACACACCCAGCAAGCCAACAACTT
CGTGACCCCTCTGCCCTGCAGCACCAAACCATACCAGTGTGTGTATACTC
TTGTCAAGTGGGAATCCAGGACTAGGCCGCCCTCTACTTCGAGCCATGAT
GACGTGAGAGTGAAAGCTGACCTAGACTGTCACCTTCTGTCAAAGGTAGT
TCTCCTAGATGATCGAGATCTCGAACCTACCGCATGGCTGTAGGCAGCGC
ACACCTACTTGCCACGGCTCTCGCGTGGCATATGGATGTGCATCGCCCTA
GAGTTTAACTGCTCCTGAATGGGACTGTGGAAGCTCGTTTTGCACAACAT
TTCGTTTCACAGGGGAAGGGGTTCTGCATGAGATGTACATCACAGCCAAG
CCAATCCTCGTGCTCACAGATAGACAGGATCGTAACAGAATTGTAGGCTG
TATCCAGACCTGCGATGAGAGACGGTTTGAGGCCCACACGGGTTTACAAA
AACATGACCACAACCCCCTGTGTCTGTTCATCACGACCCCCCCAATGCAG
GCTCTGAGAATGAATGTAGTTAGTTTTTCTGCCTCTCCGTTTCGGCTGTG
CGCTGGCTCTGCTGCAACCAATCCTCCACCGAAATTCTTGCCTGGCAGAA
CGACCCACTTGCTCCCGCAAGCCTTCCCGTCAGGTTCGATTACAAATCAC
CCGCCTTCGTCCCTGTCAGGCTTTTCACACGTCATCGCCCCGCCTTTCAA
AGCAGGGAAGGTCTCTTGAGAATCCTCGTGTGGGCGCTTTGCCTGTACGG
GACATTTCACCCTTTCAACCCGCCGGGGGGCGTCGCAGACGGCCGGCCCC
GCCGTTGAGTGCGGTATTGTAGCTAGCCCACATTCTATCTCTGCAAGTCG
AACACCCGCCTACGGTACATTTCGTCGTGTGGACACGACACCACGCCTTG
TTCGCTCGCGCGATTCTTGCCCGCCTCGACTCGCAAACTGTGGTGCAATT
TTTATTTGTCGGCGAACAGCCGACACCACATGTTCCGGCTGCTTGGCGCC
GTGGCTCGCGGTGGCAGTGCTGTGGGCTCGCGCAACGCGCCCAAGGCGGG
TATCGGAGGACTAGGGGGAGGAGGGCAGGCTGCCACCTCTGCCCTCTTCT
GCATTTCGGCCGTCTGGAGTGTGGGACAGACGTACTCGTTTGCGACCGTC
AGGACGCCGCTCGCCATGTCAAGCAACGTCGATGTGAGTGTGTGTCTACT
CTTGCGGTCATTTTTTTGCAACATTTCTCCCCCTATTTAATCGTATGTAC
AAGTGCCACTGCCACAACTTCGACACTAGCCGAACGAGAGGGTCGAGAGA
GCGTGTCGCTTTTGTCGCCCGTCGTTCCGTGTCGTCTTCAAACATGCGTT
GGTTGCTGTTCCAAGCGTTATTACGAGGGTGTGAGACCGTCGAGCCTGGT
TGCTGCCGCGGTTTGGTGGTCCCTCATTCACGTTTCTCCAGCTGTTCCTT
TCGTCCCGGCGCGCCGTCTCTCTCTCTCTCTTCTCTGCTCACACACACGC
ACTTCCCACTTCCCCCCCTTGTTTCGAAAGAGTCAATACGAAAGATTCAG
CCTCGGGGTTGGCATCAAACCACACGTTCAGCCGGTTTAATCCCTTCTGT
TGCTCAACTCACTCTCCCTTTCTGCCTCTGTGCCAGCGTGCCAGCGTACG
AATCCCATCGAAGACAATGCCTCGACAGTCGAAGATATTTGGATTCACAT
TCGCGGTTGCTGTGCACGTAGATTCGCGAAGGGAGAGCTCGTAATTTAAT
CTCGAAAAAAACGTCAACCGGCGGCCGCTATGATGGGTCCGCCGGCTTCC
GCTTTTCTGTCATCGATTTCGTTATATGCCACATAGCAGCTGAACACCGC
ACTGCTGTGTGATCACACGACGAAGCAGTTTCCTGCTGACAGCGGCTCTC
GATAGCCGCAGCGGATTCCACGTTGGTTGATCAACCGGGCATCATTTCCG
TCTCACTCGCCGTGTCCGCCGGTCCGCTGCCGGTCCGCTGACACGCGACC
ACCGTCTCTCGCCCTCTCCTTGACCTGTTTTTTTTTTTCTGGAGACGCGG
ACGGTTGAACCCTCCTCCCCGCCCCGCCAGCACTTCTCTTGTTGTCCGCA
CTGAGAGTGCTTGCGCGGACCCTGCACCTTCTGCCGGCAAGAAAACGATT
TGTGGCACGCGCAAAACGTGACGTAGGGTCGAAGGTTGCCCAGGGAGCGG
GCTCCTCTGTGGTCATTATCGGTCGGTGTGTCAGCCCCACCACGCAGATC
CAGAGACTCACGGGTTAATCTCTGTTTTCGTCCCATTTGTTCTGGCGAGT
GTTCTTGCCCCTTGGTGGCACAAGTACAGTTGTACTCTACAGGTGTCGGT
GTACGTAGTGCATCACAGTTGGCGTACAGCAGGGGGGGCGATATGGTGCG
GGTAATAGAGTGCAGGTTGTCAGTATTGCACGGGTCAAATCACTTGGCAT
GAATGCGCTCTCACGTAGTAAAACCTGTTTAATATTCACTTTGTATCGAG
GCAATTATCACATGGTGTCTTCGCGGCGCAGACGAACATTTTCGTGACCT
GGTCATGGACAAAGCGGCAGACATTTTAACCAACAAGAAGCTTCGCTCGG
ACTCCCGAACCCTCATTCCATCTTTTCTGAACGAAACTCTGTCGGTTGGG
GTTGGATTGCGATGATGCATCGAAATACGTTGTCCACGTCCGCAACGCAC
AGCGATGTAGGCCGCGAGGCGGGGGTAGAGGCACCAACGATGGACTTTCA
CAGTCGAGGGAGTGGAAAACGTTGAAACGGAGTCCCCCCCTTCCCACGCT
TCTTTCAAAAATTATTTTTTCCACCACCTCCGTGTATAGCCTTTTTTTTC
TCTTTCTGCTCTGATGTTGAAGTCCAATCACATAGTGTGGCGAAAGGAGT
CTTCAATGCCGTGGAGATACGATGTCTGCTGTCGGTCGAGTCTGAGCTGA
CGCGAGGATGACCACAACGCCCGTGTTCTCTTGCGTTCCGTGCTCATGTC
ATGTCGGCAGACACGGGCGTTCAGGGGCGGGAGGGCTGTGTATTTCGCCC
CCTTACTGTCAAGAATCGGTCGTATGTGTAACAACGGCATGGTGTAATTT
TTCGGACGGCACAAATTGCGACCCCCCCAAGTGGTCGTTTTAACGCGCCT
TTTGTCATGTCGCCTGCCCGAACCAATCGCTTACGTGATCTAATCGTAAA
AACGGTGCTGACGCAGCAGGCGACGCGTGACAGCGTGCAGGAGTATTACG
GCAAGATCCTGACGAAGAGCGCCGACCTCAAGACGAACGCATGCACGACG
GACTCCAACATGCCGGACGGCGTGAAGGCGGTTATGCCGCTGCTGCACGA
CGAGGTCATAATGAAGTATTACGGCTGCGGCATCGTCATGCCGGAGGAGC
TTGAGGGCTGCAACGTCCTCGACCTTGGGTGCGGGGCGGGCAGAGATTGC
TACATTATCTCGAAGCTGGTGGGGCCCGACGGGAAGGTGGTCGGGGTAGA
TATGACGGATGAGCAGCTGGAAGTGGCCAACCGCCACGTGGACTTCCACA
CCAAGTCTTTCGGGTTCGAAAAGCCGAACGTGGAGTTCAAGAAGGGCTAC
ATCGAGAGGCTCGACGACCTGGGGCTCCCAGACAACTTCTTCGACGTGAT
CGTCTCCAATTGCGTCATCAACCTCTCACCCGACAAGGACGCCGTCCTAC
GCGAGGCCTACCGCGTCCTCAAGCCGGGCGGGGAGCTCTACTTCTCCGAC
GTGTACTCGGACCGTCGGGTGCCGCAGGATCTCGTGGACGACCCGGTCCT
CTTCGGGGAGTGCCTGTCCGGGGCGCTCTACTGGAACGACTTCCTCACCA
TCGCGCGCAGGCACGGGTTCAACGACCCGCGGCTCGTGAGCGACTCGAGA
ATCACGGTCTCGAACAAGCAGATCGAGGCGCGGGTGAGTGGGTTCTTGGA
CGGGCCGTCGTCGTTCGCCGTCGTCGTGGTCGTCTTCGCGTTTGATTTCG
TCGTTAATTTGGTCTCCGCTTTGTTCTTAAGGCGTTGCTATCGTTTTCAT
GAGGATACGGCGTGCATGACCATGTGTGTCTGCATCCAGGCCTGCTCAAT
TGGGACCTCGCGACCCCCGTCGTCGTCATTGAATGAACCTCTCGATAAAT
CCCGCGCTCACCTCATTCCTTCTGCTTGGCAAGGGATCGCCCTCTCTAGC
TTCTTATTTTGAGCGTTTTTGCTCCTGTGTTTCTTGAGTAGTCAATGGAT
CCGATGTGCTTGCTTTCCTGAAATGTCTTTTTATTGGACGACACACCCCA
GTCGCGCACGCACGCACGCACGCACGCACGCACTCAAACGCACACATACA
TATGCTCAAACACGAACGTGACAGGTCGGACACATCAATTTCTTCTCAGC
TACCTACCGCCTCTTCAAGTTGCCAGAGCTCGAGAAGGACTGCGAAGACT
ACGGGGAGGCGGTGATCTACAAGGGCACGGTGGAGGGCTCCCCCAGGGCC
TTCACCCTTGACAACCACCACACCATGGACACTGGGCGGGTGTTCCCCGT
CTGCCGGAACACGTTGCACATGCTGATGGGCTCCCGCTTCGCGCGGCATT
TCGAGAAGGTTGGCAACGGGGAGACTCACTACGGCATCTACCCGGACTGC
GGCAAGGCGATCCCATTCGCGAGCGCGGGCGAGGTTAGCGCAGGGGTTCC
GAGCAGCGGCGCGGCAGCATCGGCGAAGCCGGCGGCCAGTAAAGGGGGGT
GCTGCTAAGTTTTGCCCCCCGCTGATTTCAGGAATCACGCGCGAAGAAGC
TTGGACTCCGCGCCGTGGAGAGCAGAAAAGCACCACTTTTTTTTTTTTCT
TCATTCTTTTCCAGTTTCCTTCCCCCCGGAGGTATACTATTCGAGAAAAA
GTGGCCATACGCGCGACCTGGGGTATCAAATATTTAAATTTGTCTTCGGT
GAAGGTGGTTCATGCTAAGGCGTGTTTTTGTTTGGCCTCAAGTATATTTT
TACCATTATATCTCGGCAAATATTGTCTCCGCCGCAATTCGACAGAATTT
GTGGTGCGTTGTAGAGTACAGGATTCACATCCTTCCTCGTGGTCGTTTTT
TCGTGAAAGTACACAGGCTTGCTGCCCTGTCTGTGATGTAATTTTCTTTC
GCGAACCACGTTTTTGTCTACGGCGTTCGGGTTTGACGGCCGTTGACATG
GACATCTGCCGTACTGAAATCGACGTCCGTATGGCATCAAAACTTTGTTC
TGCGACTGCTGCACCCTTGAGGAGCCTCCTGTCCCCTCCCGCCTCGATCA
GTTGATCAAATCAACAGAATCTACGCTGCGTTGAAATGGAAACGCGTTGG
AACGGCGTTGGAATGCTTGGTGTGGAGCGAGACATCCATCCGACCATGTG
TGACGTGCGCTAGAGTAAAATTTCGGGTCAGATGTTCGCGCACTGCGTTC
TACTTCGTTTATCCTGGCGATTCTTCGTTTGTCCTTGAATGCGGATTGAG
GAGTCGGGATCCGCTGCCTCGTATCTTAGGAGTCCTTGGTCGTGCGCGGA
ATTTGTGCTTTTGTCGCTGTACATGTCGGTTCCGATCCACATGAGTGACA
AGATTGTTGCCACGCATTAGCCACATATTTTCAATCGGCACGAAAATTGA
GTTTCGGGAATTTTCCGCGAGGGAGAGATTTCTCCTCAGTTAAAAAGCAA
TATTTCGGTTGGTAGTCATGCCGGGTGCAGAGCTGACTAGCGTAAAGGTC
AAAGGATAGCGTGTTGCTCGCGGCATTGAGCGGGAGTTGGTTTGGGAAAA
GGTTGGAGCGCACGCCCCTGTGTCCGACGGCCCCAGCCAGATTGAGAGTG
GGCGTTGAGGCAACGTGCTATGTTTTCAGTATTAGAAGTGTCGCGCCGAC
TCGTTTTCTTTTTATGAAAATTCGGGTGATTCCCGCCCAGCCCCTGCGTT
GTACGCTCGCACAGCAAGGACTTCGCGAATACGATCAACGAAGCCAACCT
GTTGAGCAGCAACCTCGCAGGGGCCACCACCTTTCGAGCAGCAGCTTCGC
TCTAGCAGCAAGCTCATCGCTTTCGAGCAGCAAGCAATGACTCTTAGGGA
AAGCTCTTCGTCTGCGCGTTCAGGATGGTGTTGCAGCTCCGACTGAACTG
AATTATTGCACAGGACCCCAATACTTGGAGTATCCGAATGCTACGCTTCC
TACACGTGGAGACATTCATGCGGAAAGATATATAGATTTGAGCACGTTTT
GGCAGATGTTTGTTTCGTCACCGAGCACGATGGAGAGCACAAGAGTCGAC
GAGAGGAACGGTATCAAATCTTCGCGAAATGTGTCGACCTTCGACGCCTT
CTCGCTCTCGTTCGAAAGGTGCAAATATCAAAAAGAGGGAAAAAAAAAAA
AGAAATACGAAAACGTACACACCTACCTGTACACGCACACATATCCTTAC
GTCACCTCGAGCCCGAGGACAGCAATGTTCAGCCCCCTTGCTCTGCCCAT
GCTCTCGCCCGCCCGCAAAAGCGAGCACCAATCCCCTCCTTCCCTCCCCT
ACTCCATGAGCAGCGCTCCCTTCACTTAGCTTCAGTGAAAACGAGACAAA
GACCGCTGCGTTCTTCCCCGCGTGAAACTGGCCACACGTTCGGACCAAGT
TGTGACTACTAAATCGATCATGACGACCCCAACGTCCGACCAGTTCCCCA
ATCCGCCCGCCCCCCCCCAGGACGCGGGAAGCCTCGCAGTGGCTGTGCGC
TGCCCGGTGCGGGCATGCC
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Coding sequence (CDS) from alignment at P-fluviatile_contig13:183838..196706+

>mRNA_P-fluviatile_contig13.1634.1 ID=mRNA_P-fluviatile_contig13.1634.1|Name=mRNA_P-fluviatile_contig13.1634.1|organism=Porterinema fluviatile SAG_2381|type=CDS|length=2604bp|location=Sequence derived from alignment at P-fluviatile_contig13:183838..196706+ (Porterinema fluviatile SAG_2381)
ATGTTCCGGCTGCTTGGCGCCGTGGCTCGCGGTGGCAGTGCTGTGGGCTC
GCGCAACGCGCCCAAGGCGGGTATCGGAGGACTAGGGGGAGGAGGGCAGG
CTGCCACCTCTGCCCTCTTCTGCATTTCGGCCGTCTGGAGTGTGGGACAG
ACGTACTCGTTTGCGACCGTCAGGACGCCGCTCGCCATGTCAAGCAACGT
CGATATGTTCCGGCTGCTTGGCGCCGTGGCTCGCGGTGGCAGTGCTGTGG
GCTCGCGCAACGCGCCCAAGGCGGGTATCGGAGGACTAGGGGGAGGAGGG
CAGGCTGCCACCTCTGCCCTCTTCTGCATTTCGGCCGTCTGGAGTGTGGG
ACAGACGTACTCGTTTGCGACCGTCAGGACGCCGCTCGCCATGTCAAGCA
ACGTCGATGCGACGCGTGACAGCGTGCAGGAGTATTACGGCAAGATCCTG
ACGAAGAGCGCCGACCTCAAGACGAACGCATGCACGACGGACTCCAACAT
GCCGGACGGCGTGAAGGCGGTTATGCCGCTGCTGCACGACGAGGTCATAA
TGAAGTATTACGGCTGCGGCATCGTCATGCCGGAGGAGCTTGAGGGCTGC
AACGTCCTCGACCTTGGGTGCGGGGCGGGCAGAGATTGCTACATTATCTC
GAAGCTGGTGGGGCCCGACGGGAAGGTGGTCGGGGTAGATATGACGGATG
AGCAGCTGGAAGTGGCCAACCGCCACGTGGACTTCCACACCAAGTCTTTC
GGGTTCGAAAAGCCGAACGTGGAGTTCAAGAAGGGCTACATCGAGAGGCT
CGACGACCTGGGGCTCCCAGACAACTTCTTCGACGTGATCGTCTCCAATT
GCGTCATCAACCTCTCACCCGACAAGGACGCCGTCCTACGCGAGGCCTAC
CGCGTCCTCAAGCCGGGCGGGGAGCTCTACTTCTCCGACGTGTACTCGGA
CCGTCGGGTGCCGCAGGATCTCGTGGACGACCCGGTCCTCTTCGGGGAGT
GCCTGTCCGGGGCGCTCTACTGGAACGACTTCCTCACCATCGCGCGCAGG
CACGGGTTCAACGACCCGCGGCTCGTGAGCGACTCGAGAATCACGGTCTC
GAACAAGCAGATCGAGGCGCGGGCGACGCGTGACAGCGTGCAGGAGTATT
ACGGCAAGATCCTGACGAAGAGCGCCGACCTCAAGACGAACGCATGCACG
ACGGACTCCAACATGCCGGACGGCGTGAAGGCGGTTATGCCGCTGCTGCA
CGACGAGGTCATAATGAAGTATTACGGCTGCGGCATCGTCATGCCGGAGG
AGCTTGAGGGCTGCAACGTCCTCGACCTTGGGTGCGGGGCGGGCAGAGAT
TGCTACATTATCTCGAAGCTGGTGGGGCCCGACGGGAAGGTGGTCGGGGT
AGATATGACGGATGAGCAGCTGGAAGTGGCCAACCGCCACGTGGACTTCC
ACACCAAGTCTTTCGGGTTCGAAAAGCCGAACGTGGAGTTCAAGAAGGGC
TACATCGAGAGGCTCGACGACCTGGGGCTCCCAGACAACTTCTTCGACGT
GATCGTCTCCAATTGCGTCATCAACCTCTCACCCGACAAGGACGCCGTCC
TACGCGAGGCCTACCGCGTCCTCAAGCCGGGCGGGGAGCTCTACTTCTCC
GACGTGTACTCGGACCGTCGGGTGCCGCAGGATCTCGTGGACGACCCGGT
CCTCTTCGGGGAGTGCCTGTCCGGGGCGCTCTACTGGAACGACTTCCTCA
CCATCGCGCGCAGGCACGGGTTCAACGACCCGCGGCTCGTGAGCGACTCG
AGAATCACGGTCTCGAACAAGCAGATCGAGGCGCGGGTCGGACACATCAA
TTTCTTCTCAGCTACCTACCGCCTCTTCAAGTTGCCAGAGCTCGAGAAGG
ACTGCGAAGACTACGGGGAGGCGGTGATCTACAAGGGCACGGTGGAGGGC
TCCCCCAGGGCCTTCACCCTTGACAACCACCACACCATGGACACTGGGCG
GGTGTTCCCCGTCTGCCGGAACACGTTGCACATGCTGATGGGCTCCCGCT
TCGCGCGGCATTTCGAGAAGGTTGGCAACGGGGAGACTCACTACGGCATC
TACCCGGACTGCGGCAAGGCGATCCCATTCGCGAGCGCGGGCGAGGTTAG
CGCAGGGGTTCCGAGCAGCGGCGCGGCAGCATCGGCGAAGCCGGCGGCCA
GTAAAGGGGGGTGCTGCTAAGTCGGACACATCAATTTCTTCTCAGCTACC
TACCGCCTCTTCAAGTTGCCAGAGCTCGAGAAGGACTGCGAAGACTACGG
GGAGGCGGTGATCTACAAGGGCACGGTGGAGGGCTCCCCCAGGGCCTTCA
CCCTTGACAACCACCACACCATGGACACTGGGCGGGTGTTCCCCGTCTGC
CGGAACACGTTGCACATGCTGATGGGCTCCCGCTTCGCGCGGCATTTCGA
GAAGGTTGGCAACGGGGAGACTCACTACGGCATCTACCCGGACTGCGGCA
AGGCGATCCCATTCGCGAGCGCGGGCGAGGTTAGCGCAGGGGTTCCGAGC
AGCGGCGCGGCAGCATCGGCGAAGCCGGCGGCCAGTAAAGGGGGGTGCTG
CTAA
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