| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4814 |
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| Symbol | |
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| ID | 5089442 |
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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 | 5823423 |
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| End bp | 5826710 |
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| Gene Length | 3288 bp |
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| Protein Length | 1095 aa |
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| Translation table | 11 |
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| GC content | 38% |
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| IMG OID | 644744237 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001197132 |
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| Protein GI | 146302541 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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| Plasmid unclonability p-value | 0.212605 |
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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 | ATGAAAAAAT TATTTCTTAT TTCATTGTTG GTTTTGTTCA TTCAAACAAC ATTTGGGCAG
ACAAAAACAA TTACTGGAAA TGTAAAAGGC AAAGCAGACG GAATTCCAAT TCCCGGAGTT
ACTGTACTGA TTCAGGGAAC ATCAAATGGC ACAACCACCG ATTTTGATGG AAACTACAGT
ATCAGCGTCG CGCCAGGACG AAGCCTTGTT TTTAGCTATA TGGGTTTTGA AACCTCTGTA
GTTAAAGTAG AAGGACAACA AAAAATTAAT GTTGCGCTTT CTGAAAGTAC TTCAAAACTA
GACGAAGTTG TAGTCATGGG ATTTGCTTCT CAAAAGAAAA CAAATTTAAC CGGAGCTGTT
GCTTCAATTG ATGTAGCTAA AACAATTGGA AGCAGACCGC TTACAGATGT AAGCAAAGCT
CTGCAAGGAA CAACACCGGG TGTAAATGTT AGTTTTAACT CTGGAAATAT GAATCGTACG
GCTACTATTA ACATACGTGG AGCCGGAACA ATTAATGGTT CTGATGCTCC TTTAATATTG
GTTGACGGAG TACCGACAGA TTTATCGCTT ATTAATCCAA ATGACATTGC CACAATGTCT
GTACTTAAAG ATGCTGCTTC AGCTTCTATT TATGGAGCTC GTGCTGCTTT TGGTGTGGTT
CTTATTACGA CTAAAGGAGG GAAAACAGGC GAGGGAAAAG TGAGATTTTC TTATTCTGCT
AATACTGCTT TTACAAACCC AATTTCTACT TTAAAATTCT TAGATCCAAC AGAAGAAATT
CCGGGGTTAA TTGCTGCAGG TACTCGTACT GATGGTGCTG TACCGGAAAT TTTTGGTGCA
AACTACAATA CTTTATTAGC CGGAATTAAA AACTGGAAAG AAAAATATGC AAATAATCGT
ACCAGCAATG AAATGGTTTA TGGTGAAGAC TGGGAGATTA AAAATGGTAC ACCTTATTTC
TACAGAGTTT GGGATGCTAA TAAAGAACTA TATGCAAGCA ATGCTCTGCA AACAACACAT
AACTTATCTG CACAAGGTAA TTTAGGAGAA AAAAGTTCTT TCTTCGCTTC TATTGCCCTT
ACTAACCAAG AGGGTATGTT AAGAGTAAAT CAGGAACAAA GACAAAGAAC CAATATTAAC
TTAGGCTTTA CTACAAAATT AGCCGACTGG TTAACGGGAG ACTTCAAAGT AATGACAATT
AACAGTACTT ACGATCAGCC GTTTAACTAC TATGGCGGTT CTGGTACAGA TGATACCAGT
TATGGAGGTT ATTTTGGTTA TGCACTTCGC TGGGGGCAGT ATTTTCCAAA CTTCGGAACG
TATAGAGGAT ATAATTTCCG TACTGCGGGA GGATATATAT CTAATGCATC AAGAAACGAA
AACATCAAAC GTAATAACAG GCTGAGTGCT AAATTTACAG CAGATATTAC TAAAGATTTT
AATGTTATAG CCGAAGTAAA AGTAATGTAT GAATTTTATA ACAGAAAGCA AAATGGCGGT
AAATTCCTGG CTTGGGACAG CTGGTCTGCT ATGCCTTATG ATGCAACTAC AATTCAGACT
GCTACACCTG CAACTCTTGA AGCAGGAAAT GATTATGTAG CACAGTCAAA ATCTGAGTCA
ACTACAAATG TGGTAAACAT TTATGGTAAC TATAAAAAAC AATTAGGCGG TCACAACTTT
AAAGTTTTAG GAGGTTTTAA CTCAGAATGG CAGGATTTCT CTCGTAATTA TGCAAGAAGA
AATACACTTT TAGACAAAAC AAAACCAGAA TTTAATCTTG CAGTAGGAGA ACAATTTGTT
TCTGGTTCTG CAAATACCTC TCTTAATCCA GCAGAAACAA CGTATTCAAT TGCAGGTTTC
TTTGCTCGTT TAAATTATGA TTATAACGGA ATTTATTTAT TAGAATTAAA TGCCCGTTAC
GATGGTTCTT CAAAATTCCC TACTAACGAA CAATGGGGAT TCTTCCCTTC TGCTTCTGTA
GGATATAAAA TTGTGAATGA AAAATTCATG GAAGGTACAC GCAGCTGGCT AAACGACCTT
AAACTTCGTG CTTCTATTGG ATCAATTGGA AACCAAAACG TAGGAAACAA TGCGTTTTTA
TCGATATTAA ATTCAACGAA TCCTTCATGG GTAAACAGCG GTTCTACACT TCCTCCTTCT
ACAGGATTGC CAACAAACGT TGACCCTGCT TTAACTTGGG AAAAAGTATA TACTAAAGAT
GTAGGTATCG ATATTAAAAT ATTTGACATG TTAGGGGCTT CTTTCGACTG GTACCAGCGT
GATACAAAAG GAATGCTTGC TCCTGGTATA ACACTTCCGG GTTCATTTGG TCAAAGTGCT
GCTCAAACTA ACTCTGGAAA CATGAGAACC AAAGGCTGGG AATTGTCTTT GAACTTCAAC
AAACAATTAA GCGAAACGGC TTCTGTATTT GTTGATGTAG CTTTATCTGA TTACAAATCT
GTAATTACTA AATGGAACAA TACTTCTAAA CTATTAGGTT TAGTTACACC AACTACATAT
CCTTATTATG ATGGTTACGA AATTGGACAG ATCTGGGGAT TAACCAGCGA CAGACTTCTT
CAGGCTGATG ACGTAATTAC GAATAATGGT AAAACAGTAA ATGGTGTTGA TTACTCTAAA
ACAATGGTGG GTAACTTTAA ATACGGAGCA GGAGATGTTC ATTATTTAGA TCTTGACGGC
GACGGAGTTA TAAGCCGTGG TGCAGGAACT GCAGACGATC ACGGAGATTT GAAAAAAATT
GGTAATACAA CGCCGCGTTA CAAATACGGT ATTACTTTAG GTGGAAAATA CCGCGGATTT
GATGTTTCTG GTTTCTTCCA GGGAGTTGGA AAACGTGATT ACTGGGCGGC TTCAGATGCT
GTACTGCCTT TCTTCCGTGC ACCACAGCAA ATGTATGCAA ACCAGGCTGA TTACTGGACG
CCAGAAAACA CTGATGCTTA CTGGCCAAAT CCATATTATG GAAACGAAGC CAATACACTT
GGTTCAGGTA CTTCGGGTTC AAACAACTTT GTTACTTCAA CAAGATATTT ATTAAACATG
TCTTATTTGC GTCTAAAAAA TGTTACTCTT GGATATTCAC TTCCAAAAGA ACTTGTACAA
AGAGCACGTT TAGAGAAAGT GAGAATTTAT GCTTCGGGTG AAAATTTAGT GACTTGGGCT
GACAAACGTC TTCCTGTTGA CCCTGAAATT GATGAAACAG AAGTTTTCTG GGGAAGAGCT
TATCCTTATA CCAAAACAGT ATCTTTTGGT GTTGAGCTTT CTTTCTAA
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| Protein sequence | MKKLFLISLL VLFIQTTFGQ TKTITGNVKG KADGIPIPGV TVLIQGTSNG TTTDFDGNYS
ISVAPGRSLV FSYMGFETSV VKVEGQQKIN VALSESTSKL DEVVVMGFAS QKKTNLTGAV
ASIDVAKTIG SRPLTDVSKA LQGTTPGVNV SFNSGNMNRT ATINIRGAGT INGSDAPLIL
VDGVPTDLSL INPNDIATMS VLKDAASASI YGARAAFGVV LITTKGGKTG EGKVRFSYSA
NTAFTNPIST LKFLDPTEEI PGLIAAGTRT DGAVPEIFGA NYNTLLAGIK NWKEKYANNR
TSNEMVYGED WEIKNGTPYF YRVWDANKEL YASNALQTTH NLSAQGNLGE KSSFFASIAL
TNQEGMLRVN QEQRQRTNIN LGFTTKLADW LTGDFKVMTI NSTYDQPFNY YGGSGTDDTS
YGGYFGYALR WGQYFPNFGT YRGYNFRTAG GYISNASRNE NIKRNNRLSA KFTADITKDF
NVIAEVKVMY EFYNRKQNGG KFLAWDSWSA MPYDATTIQT ATPATLEAGN DYVAQSKSES
TTNVVNIYGN YKKQLGGHNF KVLGGFNSEW QDFSRNYARR NTLLDKTKPE FNLAVGEQFV
SGSANTSLNP AETTYSIAGF FARLNYDYNG IYLLELNARY DGSSKFPTNE QWGFFPSASV
GYKIVNEKFM EGTRSWLNDL KLRASIGSIG NQNVGNNAFL SILNSTNPSW VNSGSTLPPS
TGLPTNVDPA LTWEKVYTKD VGIDIKIFDM LGASFDWYQR DTKGMLAPGI TLPGSFGQSA
AQTNSGNMRT KGWELSLNFN KQLSETASVF VDVALSDYKS VITKWNNTSK LLGLVTPTTY
PYYDGYEIGQ IWGLTSDRLL QADDVITNNG KTVNGVDYSK TMVGNFKYGA GDVHYLDLDG
DGVISRGAGT ADDHGDLKKI GNTTPRYKYG ITLGGKYRGF DVSGFFQGVG KRDYWAASDA
VLPFFRAPQQ MYANQADYWT PENTDAYWPN PYYGNEANTL GSGTSGSNNF VTSTRYLLNM
SYLRLKNVTL GYSLPKELVQ RARLEKVRIY ASGENLVTWA DKRLPVDPEI DETEVFWGRA
YPYTKTVSFG VELSF
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