| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1405 |
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| Symbol | |
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| ID | 5093188 |
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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 | 1604435 |
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| End bp | 1607416 |
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| Gene Length | 2982 bp |
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| Protein Length | 993 aa |
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| Translation table | 11 |
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| GC content | 34% |
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| IMG OID | 644740811 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001193756 |
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| Protein GI | 146299165 |
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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 | 1 |
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| Plasmid unclonability p-value | 0.00000855387 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | decreased coverage |
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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 | ATGAAAACAA TTTACAAAAA GTTGTTATTT TTATTCCTAT TGTTGCCTTT TAGTGTGTTA
GCTCAAAACA CTCTTACAGG GACTGTTGTC GATAAAACAA CAGGTCAGCC AATACCAGGA
GTAAACGTAA ATGTACAAGG TGCTCCAAAT GGTGCATCAA CCGGATTTGA TGGAAATTAC
CAGCTGTCAA ATGTTAAAAA CGGAAGTAAA ATAGTTGTTT CTTTCATTGG ATACAAAACA
GAAACAATTG ATTACACAGG TCAAAAAACA TTAAATGTTT CTTTAAGCGA AGATACAAAT
CAACTTCAAG AAGTTGTAGT GCAAGTAGGT TATGGTACTG TTAAGAAAAA AGACGCAACA
GGATCTGTAT CTCAAATTTC TGCTAAAGAA TTCAATAAAG GAATTAACGT AACTCCAGAA
AGTTTAATTG GAGGCCGTAT TGCCGGTGTT AATGTTGTTG GAGGAGGAGC TCCGGGAGCA
AAAGCAGATA TTAGAATTCG TGGTGGATCT TCTTTAAGTG CTTCAAACGA TCCATTAATT
ATCTTGGACG GACTTCCATT AAGTAATGCG GTTCCAAGTG GTGCTACAAG TATTTTATCT
ACTATTGATC CAAATGATAT TGAATCTTTT ACAGTTCTTA AAGATGCTTC TGCAGCAGCT
ATTTACGGTT CTCGTGCGGC AAATGGTGTA ATTGTAATTA CAACTAAAAA AGGAACTAAA
GGTGGTGTAA AAGTTAATTT TAGTTCACAA GTTGGTGTAA ATACAGTAGC AAATACAGTT
GATGTTTTAA ATGCAGACCA ATTCCGTAAT TTTGTAAATA CAAAAGGATC TGATGCTCAA
AAAGCATTAA TGGGTACTGC AAGTACTAAC TGGCAGGATG AAATTTTCCA CACGGCTTTA
ACAACAAACA ATAATATTTC TGTAAGTGGT GCTTTATTTA ATAAATTACC AGTTCGTTTA
TCTGTTGGAA ATGTTGATAA TCCTGGAATC CTAAGAAACA CTTCTTTTGA AAGAACTACG
ACATCGATAT CGTTAAACCC GGTATTATTT GACAATCACT TAAAAATTGA CATCAGCGGA
AATTTATCTT TCAGTAAAAA TCAATTTCAG GATGAAGATG CTGTTATTGG TTCAGCGATT
AGTTTTGATC CAACACAGTC TCCTTATCAG GCAGGTTCTC GTTATGGGGG ATACTTTGAA
TGGTTAGAAG CAAATGGAAA CTTAGCATTA TTACCTGCTA AAAACCCAGT TGCAAGATTA
AACCAAGAAG ATAAAAGATC TAAATCTACC AGAAAATGGG GTAACATTAG CGTAGATTAT
AAATTCCATT TCTTTGAAGA TTTAAGAATC GTTGCTGAAG CTGGTATTGA CAGATTTGAC
AGCAGCGGTT ACAATAGACA AAGTACAGAA AGTGCTTTAG GATTTCAGCC AACTGCATTT
AGTTCAGGAA CATGGGTAAA TTTAGGAAAC TATGATACTT ATACTGATGA TCTTCAAAAC
AAAAATTTAA ATGCATATTT TGTTTACAGC AAAAATTTAG GAAAACTTAA ATTGGATGCT
ACTGCTGGAT ACAACTATCA GTTATTCCAA AAAGAAAAAT ACCAGTCAGG AGCGCTTACA
CAGCCTGCAG CAACTAGAAA TGAAGATGTT ATTACAGATC CGGATATTAA TCTACAATCA
TTCTTTGGTC GTTTAAACTT AGGATGGGAC AGCAGATACT TACTGACATT AAATTATAGA
AGAGACGGAA CATCTCGTTT CTCTGAAAGT AATAGATGGG GGAACTTTTT AGGAGGTGCT
TTTGCCTGGA ACGTTGCTGA AGAATCTTTC TTAAAAGGTA ACGAAACACT ATCTAGTTTA
AAATTGAGAG CTGGTTATGG TACTACAGGA CAACAGGATA TTTCACCGCA GTATGATTAT
TTAAGAAGAG TTACCCTTGG TACAGTTAAT ACTCAATATG TATTTAATGG TGTTGTTTAC
AGAACAGCAA GACCTGAGGG ATATAACGAA AACATCAAAT GGGAAGAATT GTCAGAGATG
AATATTGGTG TGGATTTTGG ATTCTTAAGA GATAGAATTA CGGGGACAAT TAACTATTTT
GATAAAAAAT CATCTGATTT GTTAGCTGAT GTATTAGTTC CGGATGGTGC TAATTTAAGG
AATCAAGGAT ATAATAATAT TGGTAATTTA AGAACAAAAG GTCTTGAATT CAGTCTTCAG
TCAGATATCA TTAAAAAAGA TAATTTAACT TGGAATGTAG CAGTTAATGC TACTTATTTG
GATCAAAAAA TCGAAAATTT AGGTCAGACA GTTGAAGGTT TCCAAGGTTA CGAAGTAGGA
GATAATATTA AAGGAGGAAA TGGAAATAAG GTGTTAATTA ACACAGTTGG ATTTGCTCCA
AATTCATTTT TTGTTTACGA GCAATTGTAT GATGCTAACA AAAAGCCTAT TGCAGGTGCT
TATGTAGATA GAAACGGAGA TGGTAAAATT GATGCTAATG ATCGTTACAG ATATAAAAAA
CCAACAGCAG ATTACACATT TGGTTTATTC TCTACTTTAA ACTACAAAAA GTTTGATTTT
ACAATGAACT GGAGAGCAAG TTTAGGAAAT TACATTTTTG ACAACGTAAA TTCTAATATG
GGTTATTCAG ATGCTGCTTT AAGAAGACAA ACAGACTTGT CTAACGTAAG TTCAGATTAC
TTAAACACAG GCTTTACTTT TGAAGATAAT GGAACACAAC GTTATTTATC TAACTATTAT
GTTAAAGATG CATCTTTTAT TAAATTAGAT AACGTGACTC TGGGATATAC TTTAGATAAA
TCTTTATTAA AAGATGTTTC TTTAAGATTC TCTGCTGGTG TTCAGAACGT TTTTGTACTT
ACAAAATATG ATGGGTTAGA TCCGGAGAAA TTCAACGGAA TTGACGGTAA CGTTTACCCA
AGAGCAAGAA CTTTCTTGTT TGGAGTAAAT GCAAGTTTCT AA
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| Protein sequence | MKTIYKKLLF LFLLLPFSVL AQNTLTGTVV DKTTGQPIPG VNVNVQGAPN GASTGFDGNY
QLSNVKNGSK IVVSFIGYKT ETIDYTGQKT LNVSLSEDTN QLQEVVVQVG YGTVKKKDAT
GSVSQISAKE FNKGINVTPE SLIGGRIAGV NVVGGGAPGA KADIRIRGGS SLSASNDPLI
ILDGLPLSNA VPSGATSILS TIDPNDIESF TVLKDASAAA IYGSRAANGV IVITTKKGTK
GGVKVNFSSQ VGVNTVANTV DVLNADQFRN FVNTKGSDAQ KALMGTASTN WQDEIFHTAL
TTNNNISVSG ALFNKLPVRL SVGNVDNPGI LRNTSFERTT TSISLNPVLF DNHLKIDISG
NLSFSKNQFQ DEDAVIGSAI SFDPTQSPYQ AGSRYGGYFE WLEANGNLAL LPAKNPVARL
NQEDKRSKST RKWGNISVDY KFHFFEDLRI VAEAGIDRFD SSGYNRQSTE SALGFQPTAF
SSGTWVNLGN YDTYTDDLQN KNLNAYFVYS KNLGKLKLDA TAGYNYQLFQ KEKYQSGALT
QPAATRNEDV ITDPDINLQS FFGRLNLGWD SRYLLTLNYR RDGTSRFSES NRWGNFLGGA
FAWNVAEESF LKGNETLSSL KLRAGYGTTG QQDISPQYDY LRRVTLGTVN TQYVFNGVVY
RTARPEGYNE NIKWEELSEM NIGVDFGFLR DRITGTINYF DKKSSDLLAD VLVPDGANLR
NQGYNNIGNL RTKGLEFSLQ SDIIKKDNLT WNVAVNATYL DQKIENLGQT VEGFQGYEVG
DNIKGGNGNK VLINTVGFAP NSFFVYEQLY DANKKPIAGA YVDRNGDGKI DANDRYRYKK
PTADYTFGLF STLNYKKFDF TMNWRASLGN YIFDNVNSNM GYSDAALRRQ TDLSNVSSDY
LNTGFTFEDN GTQRYLSNYY VKDASFIKLD NVTLGYTLDK SLLKDVSLRF SAGVQNVFVL
TKYDGLDPEK FNGIDGNVYP RARTFLFGVN ASF
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