| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4329 |
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| Symbol | |
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| ID | 5090665 |
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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 | 5230303 |
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| End bp | 5233320 |
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| Gene Length | 3018 bp |
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| Protein Length | 1005 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644743753 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001196656 |
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| Protein GI | 146302065 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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| Plasmid unclonability p-value | 1 |
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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 | ATGAATAGTA AAAATAAAAG AATAGTCCTG CATCAAATGT GGACTATTAA ATCGCTGGTA
TTCATGATTT TCATGCTTTT TCTTTCGGCA GGAATGTTTG CTCAGGGAAA AAAGCTTGTA
ACGGGTACCG TTTATGACAA TACGGGTACT GTGCTTCCGG GTGCTTCGGT ATTAGAAACA
GGAACCAGAA ACGCAACAAC AACAGATTTT GACGGTAAAT TCACCCTTGA GGTAGCCGTA
GGAGGTTCAA TCGAAGTTTC ATTCATCGGA TCATCAACAC AAAAAGTTCA AATTACGGCA
TCGACTTCAA AATTAGAAGT TCGTCTGCAA AATGATGGTT ATCAGTTAAA CGAAGTTCAG
GTAGTTTCTG TAGGTTATGG AACGCAGAAG AAATCTGATT TAACGGGTGC AATCTCAACT
GTTACGGCAG ATAATTTAGT AAAAGGAACA ATTTCTTCTA CAGAGCAGGT TTTGCAGGGA
AAAGTTGCCG GATTAAACAT TATCCGTCCT TCTGGAGATC CTGCAGCGGG TTCAACAATC
CGTTTACGTG GAGGAACTTC TTTAACAGCA AGCAACAGTC CGCTTATTGT AGTTGACGGT
ATTGCAGGTG TTGATATAAA CGTAGTGCAG CCTGCAGATA TTAAATCAGT AGACGTACTT
AAAGATGCTT CGGCAACCGC TATTTATGGT TCAAGAGGAG CAAACGGAGT TATTATTATT
ACAACAAAAT CAGGTACAAA AGGAGTTTCT GTAGTGTACA ACGGACAGTC CAGCATTGGT
TATGTTACAG ATAATTTAGA TCTTTTATCT GCAAACCAAT GGAGAGGTTA TATGCGTGAA
ACTGGAAATA AAGATGCTAT TGATTTTGGA GGAAATACAA ACTGGCAGAA AGCGATTGAG
CAGACAGCAA TTTCACAATC TCATACTTTA AGCATCAATT CTGGAAAAGC GGACAGTGGT
TTTAGAGCTT CTATTGCTTA CCTGAATAAT GAAGGTGTTA TTAAAAAATC AGGTTTAGAA
AGATTAAGCG GAAACGTAAA TGCTTACCAA TATCTAGGAG ACAATAAAGA TGTAAAATTC
GACATGGGGT TATTTGCTAA TATCGACAAA TGGCACCCTA TTGATTATAG AATTTTTGAG
CGTGCTTATA ACTTAAACCC AACTATTCCG GTTTATGATA AGAATGGAAA TTTCACGAAT
GTGAATTACA CATTATACGA AAACCCGGTT GAGATTTTAA CTAACAGAAC GGTTGATAAT
GAGAGACACA GACTTTTAGG ATATTTTAAA ACAGAGGTTA AATTCTTAAA TGATTTTCAG
GCAGTTGCTA ATATTTCATT AGAGCATAAT GCGGCTAAAG GCGGTACTTA CAAACCAACT
TATGCTATTA TGGAAGGACG TTCTGAATCT GGTTACGCAC AAAGAACTTA CGAAGAATAT
ACAAATGCTC AGGGAGAACT TTATGTAAAT TATTCTAAAG TAATCGACAA ACATAACATC
AGCGCTCTTG CAGGGTATTC TTATCTTGAA AATATTTACG AAGGATTTGG CGCACAGCGT
TCTGGTTTCG TAACAGATGC TTTTAGTTAT AACAATTTAG GTGCAGGTTC TAATTATCGT
TTAGGCGATG TGTATTCATA CAAAGGAAAA TCAAATTTGG TTTCTTTTTA TGCTCGTGCT
AACTATGGTT ACGATGGGAA ATACTTACTT ACTGCAACTG TAAGACGAGA TGGTTCAAGC
CGTTTTGGAG AAAATAACAA ATGGGGAACT TTCCCATCTG CATCTGCAGC GTGGAGAATC
TCTAACGAAA ATTTCATGAG CGGTACAAAA GACTGGTTAA ATTCTTTAAA ATTAAGAGTA
GGTTACGGAG TTACAGGTAA TCAGGATGGA ATTGGCGAAT ACAAATCATT ATCAATTTTA
GGAGTTGGAA ACGACAGTTA CTACGATCCT GCTACAGGAA GATGGAGTTT AGCATATTCT
CCAACACAAA ACCCTAATCC TGATTTGAAA TGGGAATCAA CAAGACAATT AAATATTGGA
GTTGATTTTA CTTTATTCGA CAGAATTACG GGATCATTAG AATGGTACCA AAAAAATACT
GACGATTTAT TATATACTTA CGAAGTGCCT CAGCCTCCTT ACTTAGTAGG AACAATGCTG
GCAAACGTAG GTGAAATGTC AAACAAAGGA GTTGAGTTAA CTTTAAATGC TGATATCGTA
AGAGGTGATA AATTTACATG GAATGCAAAT TTAACTTTAG GACACAACGT TCAGAAAATT
GAAAAACTTT CAAACCCTAC TTATAAAACT GATGTTATTT ACAGTGGTTC ATTACACGGT
TTAGCTGGTA TGTCTGGGCA GTATTCTCAA ATTATTGCCG AAGGATATCC TGTTGGAACT
TTCTGGGGAT TCAGAAATGC AGGTCTTGAT GCAAATGGTA AAATACAATA CTACAATGCA
GCTGGTGATA TAGTAGCAGA AAATGCTTTA GTTGATGCTG ATAAAACAGA TTTAGGTAAC
ATTCAGCCAG ATTTAACTTT AGGTATTGGT ATGAACTTTA CATACAAAAA CTTTGACCTT
GGAATTTCTG GATATGGAAT GTTCGGGCAA AAAGCACTTA ATGCGACAAA CATGATGCTT
AATGATCCTA ACAGGTTACC TACTTACAAT GTACCAGATG ATTTCTTAGG AAGCGGTATT
ACTTCTGCTC CAAAATATTC AGATTACTGG ATTGAAGATG CTTCTTTCTT TAGACTTCAG
ACACTTTCAA TAGGATACAC TTTACCATTG AATTTCAAGA ATTCAAAATT AAGAATGTAC
ATCATGGGAG AAAACCTTGC TGTATTTACA AAATATAAAG GAGTAGACCC TGAGATTGGA
TTAAATGCGC AGGATGGTGT TAATCAAAAC GGAGTGATGG ATAAAACCGG ATTAGCAGGA
CCTGGTATAG ACAAGTACAA CAATTATCCT AGACCAACTA CAATTTCTGT TGGATTAAAC
TTTACGCTTA ATAACTAG
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| Protein sequence | MNSKNKRIVL HQMWTIKSLV FMIFMLFLSA GMFAQGKKLV TGTVYDNTGT VLPGASVLET
GTRNATTTDF DGKFTLEVAV GGSIEVSFIG SSTQKVQITA STSKLEVRLQ NDGYQLNEVQ
VVSVGYGTQK KSDLTGAIST VTADNLVKGT ISSTEQVLQG KVAGLNIIRP SGDPAAGSTI
RLRGGTSLTA SNSPLIVVDG IAGVDINVVQ PADIKSVDVL KDASATAIYG SRGANGVIII
TTKSGTKGVS VVYNGQSSIG YVTDNLDLLS ANQWRGYMRE TGNKDAIDFG GNTNWQKAIE
QTAISQSHTL SINSGKADSG FRASIAYLNN EGVIKKSGLE RLSGNVNAYQ YLGDNKDVKF
DMGLFANIDK WHPIDYRIFE RAYNLNPTIP VYDKNGNFTN VNYTLYENPV EILTNRTVDN
ERHRLLGYFK TEVKFLNDFQ AVANISLEHN AAKGGTYKPT YAIMEGRSES GYAQRTYEEY
TNAQGELYVN YSKVIDKHNI SALAGYSYLE NIYEGFGAQR SGFVTDAFSY NNLGAGSNYR
LGDVYSYKGK SNLVSFYARA NYGYDGKYLL TATVRRDGSS RFGENNKWGT FPSASAAWRI
SNENFMSGTK DWLNSLKLRV GYGVTGNQDG IGEYKSLSIL GVGNDSYYDP ATGRWSLAYS
PTQNPNPDLK WESTRQLNIG VDFTLFDRIT GSLEWYQKNT DDLLYTYEVP QPPYLVGTML
ANVGEMSNKG VELTLNADIV RGDKFTWNAN LTLGHNVQKI EKLSNPTYKT DVIYSGSLHG
LAGMSGQYSQ IIAEGYPVGT FWGFRNAGLD ANGKIQYYNA AGDIVAENAL VDADKTDLGN
IQPDLTLGIG MNFTYKNFDL GISGYGMFGQ KALNATNMML NDPNRLPTYN VPDDFLGSGI
TSAPKYSDYW IEDASFFRLQ TLSIGYTLPL NFKNSKLRMY IMGENLAVFT KYKGVDPEIG
LNAQDGVNQN GVMDKTGLAG PGIDKYNNYP RPTTISVGLN FTLNN
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