| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3863 |
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| Symbol | |
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| ID | 5093774 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Flavobacterium johnsoniae UW101 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009441 |
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| Strand | + |
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| Start bp | 4584470 |
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| End bp | 4587574 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644743285 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001196193 |
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| Protein GI | 146301602 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG1629] Outer membrane receptor proteins, mostly Fe transport |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.711761 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | n/a |
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| Fosmid unclonability p-value | n/a |
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| Fosmid Hitchhiker | n/a |
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| Fosmid clonability | n/a |
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Sequence |
| Gene sequence | ATGCAGAAAA GAACATTAAA AAAACTATTG TGCTTAATAG TATGTATGTG GGGAAATTTT
TTCTACGCTC AAACTGTTAA AGGTAAAGTA ACATCTGGCG GTGCCAACCT GCCTGGTGTC
AGCGTAATAG TACAAGGAAC AAAAAACGGA ACCGTTACTG ATTTTGACGG TAGTTTTGTA
TTAAACAATG TAGAGCCAAA AGCGTTGCTG CTTTTTAGTT ATGTAGGATA TAAAAACCTC
TCAATACCAG CAGACACAAA ATCAGTTATG CAGATTACCA TGATAAGTGA CCTCGAAAAA
TTAAATGAAG TAGTTGTTAT TGGATATGGA ACATCAAAAA GAAAAGATAT AAATGGTGCC
GTTTCCTCTA TTAAAGCTTC TGAAATTCAG GACAAACCTT TTGTTTCTAT CGATCAGGCG
CTTGTAGGTA AAGCTGCAGG TGTAAACGTG ACTCAAAACT CAGGAACACC CGGAGGAGGA
ATTTCTGTGC AGATTAGAGG GATTACGTCT ATTAACGGAA ATGAACCTTT GTATGTTATT
GACGGAACTC CGGTTTTTGC AGATAAAAAC AACGACACAT TTTCATTCAG TGCTTTAGGC
GGAGGAAACG GACAAACTAA AAATTCAGCT TTGTCTGGTC TGAATATTTC AGATATTGAA
ACTATTGACA TTTTAAAAGA TGCATCGGCA ACTGCTATTT ATGGTGCTAA CGGAGCTAAC
GGTGTCGTTT TGATTACAAC CAAAAAAGGG AAAAAAGGAA AATCAAAATT TACATACGAA
ACTTATTTAG GAACTCAGGA AATAAGAAAT ACCGTTGATG TTTTAAACCT GCCTGAATAC
GCCGCTTATC AGGCAAAAAT TTATAAATTA AATGGTGAAC CAGTTCCGTA TCAATATCAA
AAACCTAATT TATTAGGAAA TGGAACAAAC TGGCAGGATG AACTTTTTAG AACTGCTACC
ATGTACAATC ATCAGCTGTC ATTTTCAGGC GAAAAAGAAG GAACACGTTA TTATACCTCT
TTAAACTATT TTGATCAGGA AGGAATTGTT TTAAATTCAG ATTTCAACAG ATTATCTATG
CGATTAAACG TTGATTCTAA TGTAAAATCC TGGCTTAAAA TTGGGAACAA CCTATCAGTT
AGTAAATCAT CTCAGCAAGT AGTACGAAAC GATGACAGAG GCGGATTGGT TATGAACGCT
TTAAGACAAT CTCCAGAGTT ACCAGTTAGA ACTCCAGATG GTTCTTATGC AGGACCAACC
AGCGGTTTAG GATCTTCGGC AAATGAGGCA ACTAACCCAA TCGCTTTGTC TGAATACAAT
AATTCGACTA CCGAAAGATT TAAAATTAAC GGAAATTTAT TTGCCGATTT TACGCTGATA
AAAGGATTAG TTTTTAGAAC TGAATTAGGA TACGATTTAA ATTTTGCAAA AAGCAGCACT
TTTGCCCCTA AATATACTTT AGGAAACGTA AATGAACTTT TAAACAAATC ATTCAAACAG
CAGGATCAAA GTTATTATTG GAACATCAAA AACTATTTGA CGTACAATAA AACAATCAGC
GAGAAACACA ATTTTACTTT CTTATTAGGT CAGGAAGCGC AGGAAAGCCG TTATGAATAT
TTAAGCGGTT ACAGATCAGG TGAATTTTTA AACAAAAATT TCACAAATTT AAATATTGGT
GATATTGATA CGGCAGTAAA CGGAAATGGT TCTGGCAGAT GGTCAATGAC TTCTTATATT
TCAAGGTTAA ATTATAGTTT CTCTGATAGA TATTCTTTCT CTGCCTCAAT AAGAGCAGAT
GCTTCATCCA ACTTTGGACC TAATAATAAA TGGGGTTATT TCCCTTCTTT TTCAGGAGGA
TGGACAGTTA GTAACGAAAA GTTTTTTGAA CCATTATCAA ACAGTATCAA TTACTTAAAA
TTCAGAGCAG GTTATGGTAC AGTTGGAAAT CAAAACATTC CCGCAAACAG ATACCAGACT
ATCTTGTCAT TGCTTTCTTC TCCGTTTGGT GGTGTATCGC CGACAATTGA CAATTTAGGA
AACCCAAATA TCAAATGGGA ATCTCTTAAA TCATTCAATA CTGGTTTCGA ATTGGCAATG
CTTAACAATA GAGTAAAATT AGATTTTGAT TATTATGTTA AAAACTCATC TGATTTCTTA
ACCAAACAAA TCAATGACGA ATCAAATCAA AGTGCGCTAA ATTATTACCT GAATACGGGT
GAAATTGTAA CAAAAGGTAT CGAACTTACT TTGAATACAA GAAATATTGC AACCGAAAAT
TTTAACTGGG ACACTACAAT TATCTTTTCA AAATACAATA ACGAGCTGAC TCGTTTTCAA
GGTGAAGGTA AATCGTTATT AGGAAAAGTT CAATTCGACT TATACAACGT TACCAGAACT
ACAGAAGGAC AGCCGGTAGG ACAATTTTAT GGTTATGTAA CCGATGGTTT ATTTAAAAAT
GCTGCTGAAC TAGCTGCAGG ACCAGTTCAG GAAGCAGGAA CAGGAATTGG AGATATTCGT
TTTAAGGATC TTAACGGCGA TGGAAAAATT GACAGTAAAG ACCAGACTGC TATTGGAGAT
GCTATTCCTG ATTTTACCTA TGCTGTTACC AATAACTTTA GATACAAAAA CTTCAATCTT
GGAATAGTTT TAACAGGAAG CCAAGGCAAC CAGATCTACA ATTTTACACG TCATTACATA
GACGGAATTT ATCCGGGATT TGGGGACAGA TTTGGAAATG TCAGCACTCA GGCAATACAT
GCTTTTGAAC CTGGTGTAAA CGAAAATACT GATGTGCCTA GAATTACTCT TAACGATCCA
AATGGCAACG GAAGAATTTC GAATCGATTT GTGGAAGATG GTTCTTACTT AAGAATTCAA
AATGTTTCGT TGAGCTACGA TTTACCAAGC AAAATATTCG ATAACTCTTT TATTTCTAAA
GTAAGATTGT ACGTAAACGT TCAAAATTTA TACACATTTA CAAAATATAG CGGCTTTGAC
CCTGCCCTTG GAAATTTAGA CCAGAATATA ACCTTGAGCG GAATTGATTT AGGACGTTAC
CCAGTGCCAA GAACAATTTC TGCAGGAGTG AATTTAGAAT TCTAA
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| Protein sequence | MQKRTLKKLL CLIVCMWGNF FYAQTVKGKV TSGGANLPGV SVIVQGTKNG TVTDFDGSFV
LNNVEPKALL LFSYVGYKNL SIPADTKSVM QITMISDLEK LNEVVVIGYG TSKRKDINGA
VSSIKASEIQ DKPFVSIDQA LVGKAAGVNV TQNSGTPGGG ISVQIRGITS INGNEPLYVI
DGTPVFADKN NDTFSFSALG GGNGQTKNSA LSGLNISDIE TIDILKDASA TAIYGANGAN
GVVLITTKKG KKGKSKFTYE TYLGTQEIRN TVDVLNLPEY AAYQAKIYKL NGEPVPYQYQ
KPNLLGNGTN WQDELFRTAT MYNHQLSFSG EKEGTRYYTS LNYFDQEGIV LNSDFNRLSM
RLNVDSNVKS WLKIGNNLSV SKSSQQVVRN DDRGGLVMNA LRQSPELPVR TPDGSYAGPT
SGLGSSANEA TNPIALSEYN NSTTERFKIN GNLFADFTLI KGLVFRTELG YDLNFAKSST
FAPKYTLGNV NELLNKSFKQ QDQSYYWNIK NYLTYNKTIS EKHNFTFLLG QEAQESRYEY
LSGYRSGEFL NKNFTNLNIG DIDTAVNGNG SGRWSMTSYI SRLNYSFSDR YSFSASIRAD
ASSNFGPNNK WGYFPSFSGG WTVSNEKFFE PLSNSINYLK FRAGYGTVGN QNIPANRYQT
ILSLLSSPFG GVSPTIDNLG NPNIKWESLK SFNTGFELAM LNNRVKLDFD YYVKNSSDFL
TKQINDESNQ SALNYYLNTG EIVTKGIELT LNTRNIATEN FNWDTTIIFS KYNNELTRFQ
GEGKSLLGKV QFDLYNVTRT TEGQPVGQFY GYVTDGLFKN AAELAAGPVQ EAGTGIGDIR
FKDLNGDGKI DSKDQTAIGD AIPDFTYAVT NNFRYKNFNL GIVLTGSQGN QIYNFTRHYI
DGIYPGFGDR FGNVSTQAIH AFEPGVNENT DVPRITLNDP NGNGRISNRF VEDGSYLRIQ
NVSLSYDLPS KIFDNSFISK VRLYVNVQNL YTFTKYSGFD PALGNLDQNI TLSGIDLGRY
PVPRTISAGV NLEF
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