| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2043 |
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| Symbol | |
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| ID | 5092057 |
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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 | 2406921 |
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| End bp | 2410007 |
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| Gene Length | 3087 bp |
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| Protein Length | 1028 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644741468 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001194393 |
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| Protein GI | 146299802 |
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| COG category | [P] Inorganic ion transport and metabolism |
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| COG ID | [COG4771] Outer membrane receptor for ferrienterochelin and colicins |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 12 |
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| Plasmid unclonability p-value | 0.495836 |
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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 | ATGATCAAGG ACGTACTAAA ATTACTGTTA GTGATTTGCT TATTTGGATT CCAAAGTATG
CAGGCACAAA CTACAGTAAA AGGAACGATA ACAGATGCTC AAAGTGGAAT TCCGATCCCT
GGAGCGAATG TTGTTGTTAA AGGAACAAAA ACAAGTACCT CATCAGATTT TGATGGGAAG
TATACGATTA CAGTTCCAAA TCAATCAGCA GTTTTGGTTT TCTCTTATGT TGGTTCAGCT
TCAAAAGAAG TAGCCGTAGG AACTCAAACT ACAATTAATG CGGCTTTGGG AGCAGCAACA
CAACAATTAG GAGAGGTAGT TGTAACGGCT CTTGGTATTA AAAGAGAGAA AAAAGCAATT
ACGTATTCAG CTCAAAACGT TGCAGTAGGA GAGCTTTCAG AAGCAAGATC ATTAAACGTT
GCCAACTCAC TATCGGGTAA AGTTGCGGGT CTTAACTTCT CTACAACATC AAATGGTGTT
GGTTCTTCTT CAAGAATTAC ATTAAGAGGT AACAGATCTC TTAATGGTAA TAACCAGCCA
TTATATGTAG TAGATGGTGT GCCAATTAGT AATGGTACAA CTACAACAAA TCCTGATATT
GATACAGGAG GTACAACACA GCCAGATGGT ATTTCGAACA TTAACCCTGA GGATATTGCT
TCGATGACAG TTTTAAAAGG ACCTTCTGCA GCTGCTCTTT ACGGTTCTAG AGCATCAAAT
GGTGTAATCG TAATTACAAC TAAATCTGGT AAAGCAGGAA AAACTTCAGT TTCGTTATCA
TCTAATTTTA TGGCTTCTTC TGCTTATAAT TTGATGAACT TACAAAATGA ATACGGACAA
GGAACAAATG GAAATTATGT TTCTAACTCA AGTTCAAGCT GGGGAGCACC GTTAGACGGA
CGTCAGGTTT CTGCATGGCA GTTGGTTCGT AACCCAAACT ATACAGGGCC GGCGACACAA
AGCTATTCTC CACAGCCAAA CAACGTGATC GACTTTTACA AAACAGGTTA CAACTTAGCT
AACACATTAA CTGTAACAGC TGGTAACGAA AAAGCACAAG GATATTTCTC TTACACTAAC
ACACGTGCTG AAGGTATTGT GGGAGGAAAT GCAATGGACA GACACAATCT TAACTTAAGA
TTGACTAGTA AAATATCTGA TAAATTATCA TTAGATGTAA AAACAAACTA CATCGTTCAG
GATATTGATA ATTTATTAAG AACAGGAGAA GAATCTATTG GTACATCGGC TTATTTATTA
CCTCGTAGTA TTGCTTATAA CGATTACAAA AACTTCGAAT ATATTGATGC TGCAGGACAA
AGACAAGTAA ACTATTTCCT TGACGAAACG GGAGCTCCTG GCGGAAACCC ATTCTGGTCT
GCTTTAAGAG ATGATGCTCG TACAGACAAA AGAAACAGAT TTATTGGTTT AGCGTCTCTT
AAATATGAGT TTACAAAAAC TTTAAGTTTA CAAGGTAGAG CTGGTTTAGA TCAAATGACG
AACAAAAACG TAAGAAACAG ATATGCTACA AATGCATTTA ACAGCAACAT GGGTTCATAC
AGCGAATCTT ACGAAACTGT TAGCGAGTTA AACGTTGATG CTTTACTTTC TTACAATCAA
AAATTTGGAG ATTTTTCTAT TGGGCTTAAT GCTGGAGCAA ACTCATTACA ACAAAACAGC
TCAGCTTTAA ATTCTGGTGG TGTTTTAAGT AAAAGAAACT TCTTTGCATT ATCTAATGTG
CAAACAATTC AATCTACTTC AACTGCTTCA GAAAAAAGAA TCAATTCAGT TTATGGATTT
GGACAGATTG GTTTTAGAAA CTATTTATTC TTAGACGTAA CAGCAAGAAA TGACTGGTCT
TCTACTTTAC CAAATGATTA TTTCTACCCA TCTTTCGGTT TGTCTGCAGT TATTTCAGAT
ATGGCTAAAT TACCAGAGGT AATAAGCTTT GCAAAAGTTA GAGCTTCTTA TGCACAAGTA
GGTAACGATA CAGATCCTTA TCAAACACAG CAAAGATTCT CATACATTGG AGGAAATGGC
GGTATGTTAT ACGGACAAAG CACACAAGCT AATCCAAACT TAAAACCTGA GATTTCGTCT
TCTACAGAGT TTGGTGCAGA TGTTAGATTT TTCAATAACC GTTTAGGTTT AGATTTTACA
TATTTCAATA CATTAACTAA TAACCAGATT TTTTACATCA ATACTCCAGA ATCTTCTTCT
TTTTCTAGAG CTATCGTAAA TGGTGGAGAT ATTGAAAATA AAGGTATTGA GGTAACACTT
ACAGCAACTC CGGTTCAAAC AGAAAACTTT ACTTGGGATA TTACAGCAAA CTACGCTTCT
TATAAATCAA AAGTAAAATC GATTTATGAA GGAAGAGATG AGTTAGTACT TGGTGAAGGT
CGTTTAGTTA GAAGTAAAGT TGTTGTAGGA GGTGAATACG GTGATTTATA CATTAAAGGT
TTCCAAAGAG ATCCAAACGG AAATATTATT GTAAACAGTG CCGGTATTCC ATTAGCAACA
AATGGTTTTG ATGTTCGTGC TGGTAACTTT AATCCAGACT GGACTGGAGG TTTGAAAAAT
AACTTTAAAT ACAAAGATTT CTCTTTAAGT TTCCTTGTTG ATTTTAGAAT TGGTGGAGAA
GTTATTTCAT ATACTCAGGC AAGACAAGCT GGTTTAGGGG TAAGTGATAT TACACTTGCA
GGAAGACAAG GCGGAATTGT TGTTGATGGT GTTGTTGCTG CAGGAAACGG TACATATACT
CCAAATACTA CAAGTATTAC AGCTGAGCAA TACTGGACAG CTATCGGACA AAGAACTCCT
GTTGCAGAGC CATTTATTTA TGATGCAACA AACATCAGAT TAAGAGAACT TGTTTTTGGT
TATTCATTAC CAAAACGTTT ATTAGGTGAT TCAGGATTCT CAAGTATTGA TTTTTCTTTA
GTAGGCAGAA ACTTATTCTT CTTCGTAAAT AAAGCTAAAT ATTTTGATCC AGAAGCAGGT
GCAGGAACTG GAAACTTGCA AGGTATAGAA TCTTTCAACA TTCCTTCAAC GAGAGATTAT
GGAGTTAATG TGAAATTTGG ATTTTAA
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| Protein sequence | MIKDVLKLLL VICLFGFQSM QAQTTVKGTI TDAQSGIPIP GANVVVKGTK TSTSSDFDGK
YTITVPNQSA VLVFSYVGSA SKEVAVGTQT TINAALGAAT QQLGEVVVTA LGIKREKKAI
TYSAQNVAVG ELSEARSLNV ANSLSGKVAG LNFSTTSNGV GSSSRITLRG NRSLNGNNQP
LYVVDGVPIS NGTTTTNPDI DTGGTTQPDG ISNINPEDIA SMTVLKGPSA AALYGSRASN
GVIVITTKSG KAGKTSVSLS SNFMASSAYN LMNLQNEYGQ GTNGNYVSNS SSSWGAPLDG
RQVSAWQLVR NPNYTGPATQ SYSPQPNNVI DFYKTGYNLA NTLTVTAGNE KAQGYFSYTN
TRAEGIVGGN AMDRHNLNLR LTSKISDKLS LDVKTNYIVQ DIDNLLRTGE ESIGTSAYLL
PRSIAYNDYK NFEYIDAAGQ RQVNYFLDET GAPGGNPFWS ALRDDARTDK RNRFIGLASL
KYEFTKTLSL QGRAGLDQMT NKNVRNRYAT NAFNSNMGSY SESYETVSEL NVDALLSYNQ
KFGDFSIGLN AGANSLQQNS SALNSGGVLS KRNFFALSNV QTIQSTSTAS EKRINSVYGF
GQIGFRNYLF LDVTARNDWS STLPNDYFYP SFGLSAVISD MAKLPEVISF AKVRASYAQV
GNDTDPYQTQ QRFSYIGGNG GMLYGQSTQA NPNLKPEISS STEFGADVRF FNNRLGLDFT
YFNTLTNNQI FYINTPESSS FSRAIVNGGD IENKGIEVTL TATPVQTENF TWDITANYAS
YKSKVKSIYE GRDELVLGEG RLVRSKVVVG GEYGDLYIKG FQRDPNGNII VNSAGIPLAT
NGFDVRAGNF NPDWTGGLKN NFKYKDFSLS FLVDFRIGGE VISYTQARQA GLGVSDITLA
GRQGGIVVDG VVAAGNGTYT PNTTSITAEQ YWTAIGQRTP VAEPFIYDAT NIRLRELVFG
YSLPKRLLGD SGFSSIDFSL VGRNLFFFVN KAKYFDPEAG AGTGNLQGIE SFNIPSTRDY
GVNVKFGF
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