| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_0185 |
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| Symbol | |
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| ID | 5094513 |
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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 | 191343 |
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| End bp | 194585 |
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| Gene Length | 3243 bp |
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| Protein Length | 1080 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644739577 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001192541 |
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| Protein GI | 146297950 |
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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 | 5 |
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| Plasmid unclonability p-value | 0.00605968 |
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| Plasmid hitchhiking | Yes |
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| Plasmid clonability | hitchhiker |
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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 | ATGAATTTTA AAGATTTATT AAACAAAGGA GCAAATCGTT GCTTTGCAGT TGTTTTTTTA
TTGTGCTTAC TGATGAGCAG TCGAGCTATG GCTCAGACTG TGACATTGGA AGGAACTGTT
AAAGACGCAG CAGGGCTTTC TTTACCAGGA GTTAATGTCT TGGAAAAAGG AACAAAGAAC
GGAACTTCTA CAGATTTTGA CGGACGCTAT AAGATTAAAC TCAGTAATCC GAAAGCGATT
CTAAGTTTTT CTTTTATAGG ATTTAAAACT AAAGACGTAT CTGCAGAAGG TAAAACCAAA
GTAGATATAG TTTTAATCGA AGATTCTAAT AACTTAAATG AAGTAGTTGT AATTGGTTAT
GGTACAGCAA AAAAAGGTGA TTTAACAGGT GCTGTGTCTA CTATTTCAGG TAATGATTTG
AAAAAAGTTC CCGTAGCGAA TGTTGCTGAA GCTTTGACAG GTAGAATTGC CGGTGTACAA
GTAACATCAG CAGAGGGTTC GCCTGATGCC GATATACGAA TTAGAGTTCG TGGAGGAGGA
TCATTAACTC AGGATGCTTC ACCTTTAATT ATTGTAGATG GATTTCCTAT CAATAGTATG
AATGATATTT CTTCATCTGA TATTGAAACA ATGACTGTTT TAAAAGATGC CGCTTCTACT
GCAATATACG GATCTCGTGG TGCAAATGGG GTAATTTTGA TTACAACAAA AAGTGGAAAA
GACGGAAAAA TTTCTGTGAA TTTCAATATG TTTTATGGTA TGAAAACCAT GGCAAATGAA
ATAGATGTTT TGTCACCTGA GGATTATACT AAATGGCAGT ACGAGTATGC TATGCTTTCA
CAAACAGGAA CAAAAGTACC TTCAGATCCA ACTTCTTATA CTAAGTATTT TGGAAATTGG
CAGGATCATG ATATGTATAA TGGTTTAAAA GGAAATGACT GGCAAAAACA GATTTTTGGA
CGCAGAGGTG AGGTGCAGAG CCGTGATTTA GGAATTAGAG GCGGAACAGA TAAGCTTAAT
TATAACTTTA ATTATGCTCA TTATGATGAA AAGGCAATCA TGCTGGGTTC AAATTATAAA
AGAAACAACC TTGCTTTGGC TTTAAAAAGT AAAGTAAGCA ATAAAGTTGA CGTTGGTTTT
ACAGTACGTT ATTCTGATAC TGAGATTGAT GGTGGAGGAG TAAACGAACA AAATGAAAAA
TCGGCTACAG ATTCACGTAT GCGTACTATT GTTGGTTATG CGCCAATTCC GGTATCAGGT
TTAACTTCTG ATGATGTTTC TGGAGACGGA ACAGATATAT TGGTAAATCC TTTACGATCT
ATTTACGATA ACAACCGTCA GCAGTTCCGT AAAAACTTCA ATATGTTAGG AAGTTTTGGA
TGGGAAATCG TAGATAATTT GAAATTTAAA GTAGACTTAG GTCTTGATAA TTATAACAGT
TTAGATTATC GTTTTTATGG ACGCAGTACT TACTATGTAG CTAATACGCC TGCTAGTACT
CTGCAAGGTA AACCGGCAAT GGTTATTACT GATGGTAAAG AGAGACGTTT TAGAAATGCT
AATACTTTGA ATTACGATTT CAAAAAAATA ATGGGAGAAA ACCACCATTT AACAGCATTG
ATTGGTGAAG AAAGTATTAA TTATGAAGTG AATACAGTGA CTTCTACTAT TCATGGATAT
CCTTCTTTTT TCGATTTCAG CCAGGCAAAA TCGCTGACAT CACAAGGAAC TCCGCAGGCA
GTTGATAACT ATTATAACCC AGACGACAGA TTATTGTCAT TTTTTGGACG TGCCAATTAT
GATTATAAAA ATCGTTACAT CTTATCAGCT ACATTTCGTG CGGATGGATC AAGTAAATTT
TTACCACAAA ACCGTTGGGG ATATTTCCCG GCATTTGCTG CAGGATGGAA AATCTCTGAA
GAAAGTTTCT TAAAAGGTAA ATCATGGATT GATCTTCTAA AAATAAGAGC AAGTTATGGT
GAAGCAGGAA ATAATAATAT ACCTGTAGGA CAGCAGACTC AAATTTTTCA ATCTATTCCA
ACAGCATGGA TTAATGGGGT AACTAGTGTT TGGGCTATTC CTAAAACAAT GCCTAACCCA
GATTTGAAAT GGGAAACTAC AGTAACACAA AACGTTGGTT TGGATTTTGG ATTTTTTAAA
AATCGTTTAA GCGGTAATTT TGATGTCTAT AAAAATGTTA CAAGTGACTT ATTAATTAAT
TTCCCAGTTC CAGGATCTGG ATATGATTAT CAATACCGTA ACATGGGAGA AACTCAAAAC
ACAGGTTTTG AAGCTACTTT GAATGTTGTT GCAATTGAAA AAGCTAAATA CGGATTAAAT
TTCTCTTTCA ATATGGGAGT AAACAAAAAT CGTATTAACT CATTAGGGGT TATGAGCAAT
TTTGGAGCAG CTACAAACTG GGCTTCTTCA CAAATTGGAG ACGATTACTT AATATCAGTA
GGTTCTTCTT TAGGAACTAT GTACGGTTAT AAAAATGACG GAAGATATGA AGTTTCTGAC
TTTGATTATG TTGGAGGAAA ATATGTTTTA AAAAGCGGTG TAGTTGCTAC AGCTACAACT
TTAGTTGGAG ACGGAAGTTC TCTTAAGCCT GGAGATATGA AATTGAAAGA TGTTAATGGC
GATGGTAAAG TGGATCTGAC AGATAAAACA GTTATTGGTA ATATTAACCC TAAAAGTACC
GGAGGTTTCG TTATTAACGG AAACGCCTAT GGATTTGATT TAATGGCGGC TTTTAACTGG
AGTATTGGTA ATGAAGTATA TAACGCTGAT AAAATTGAAT TTTCTACAGC CAATGCTTCA
GGGCAGTATA AAAATTTAAA TTCTACAATG GCTGATGGAA AAAGATGGAC AAATTTAGAT
CCTGTTTCAG GCCAGTTAGT AACAGACCCT GATGCATTAG CAGCTCTTAA TGCTAATACA
ACTATGTGGT CTCCATACAT GAGAACTGCT ATATTTACTG ATTGGGCAGT GGAAGACGCA
TCATTTTTAA GATTGAATAC GTTAACATTA GGGTACACAG CACCTGAAAT GTTTACATCT
AAGCTTGGAG TTTCTAAATT AAGATTTTAC ATGACGGCGA GCAATGTTTT TGTTTGGACT
AAGTATTCTG GTTCTGATCC GGAAGTTTCA ACAAAAAGAA AAAACCCACT TACTCCAGGG
GTTGATTCAA GTCCTTATCC AAGAAGCAGA CAAATGGTTT TTGGGATGAA TCTTAATTTC
TAA
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| Protein sequence | MNFKDLLNKG ANRCFAVVFL LCLLMSSRAM AQTVTLEGTV KDAAGLSLPG VNVLEKGTKN
GTSTDFDGRY KIKLSNPKAI LSFSFIGFKT KDVSAEGKTK VDIVLIEDSN NLNEVVVIGY
GTAKKGDLTG AVSTISGNDL KKVPVANVAE ALTGRIAGVQ VTSAEGSPDA DIRIRVRGGG
SLTQDASPLI IVDGFPINSM NDISSSDIET MTVLKDAAST AIYGSRGANG VILITTKSGK
DGKISVNFNM FYGMKTMANE IDVLSPEDYT KWQYEYAMLS QTGTKVPSDP TSYTKYFGNW
QDHDMYNGLK GNDWQKQIFG RRGEVQSRDL GIRGGTDKLN YNFNYAHYDE KAIMLGSNYK
RNNLALALKS KVSNKVDVGF TVRYSDTEID GGGVNEQNEK SATDSRMRTI VGYAPIPVSG
LTSDDVSGDG TDILVNPLRS IYDNNRQQFR KNFNMLGSFG WEIVDNLKFK VDLGLDNYNS
LDYRFYGRST YYVANTPAST LQGKPAMVIT DGKERRFRNA NTLNYDFKKI MGENHHLTAL
IGEESINYEV NTVTSTIHGY PSFFDFSQAK SLTSQGTPQA VDNYYNPDDR LLSFFGRANY
DYKNRYILSA TFRADGSSKF LPQNRWGYFP AFAAGWKISE ESFLKGKSWI DLLKIRASYG
EAGNNNIPVG QQTQIFQSIP TAWINGVTSV WAIPKTMPNP DLKWETTVTQ NVGLDFGFFK
NRLSGNFDVY KNVTSDLLIN FPVPGSGYDY QYRNMGETQN TGFEATLNVV AIEKAKYGLN
FSFNMGVNKN RINSLGVMSN FGAATNWASS QIGDDYLISV GSSLGTMYGY KNDGRYEVSD
FDYVGGKYVL KSGVVATATT LVGDGSSLKP GDMKLKDVNG DGKVDLTDKT VIGNINPKST
GGFVINGNAY GFDLMAAFNW SIGNEVYNAD KIEFSTANAS GQYKNLNSTM ADGKRWTNLD
PVSGQLVTDP DALAALNANT TMWSPYMRTA IFTDWAVEDA SFLRLNTLTL GYTAPEMFTS
KLGVSKLRFY MTASNVFVWT KYSGSDPEVS TKRKNPLTPG VDSSPYPRSR QMVFGMNLNF
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