| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2711 |
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| Symbol | |
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| ID | 5090507 |
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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 | 3226028 |
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| End bp | 3229126 |
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| Gene Length | 3099 bp |
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| Protein Length | 1032 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644742134 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001195052 |
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| Protein GI | 146300461 |
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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 | 15 |
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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 | ATGCTTATGA AACGAATATT AGCAGTGTTA GGAGTGATAT TGCTGAGCAG TTTAAGTGCT
GCTGCGCAAA ATCGATTAAT AACCGGCATA GTTACAGATG CAGAGAACAA GGGAATTGTT
GCTGCATCAG TCGAGGTTCA AGGAAAACCA TTTAGTGCTA TTACAGACGC CGAAGGGCGA
TTTAAAATGA ATGTTCCTGA AGGAAAAGTT ACCCTTAATG TATCTTCTAT AGGTTTTCAG
TCAAAACTGG TAGTACTTCA GGAAAAAGAG ATTAGAGTTG CTGTGACATT AGTTGAAACT
ACACAGGAAT TAAAAGATGT TGTTGTAACT TCATTTGGGG TTAAAAAACA AAAGAAAAGT
TTAGGTTACG CAGTTGGAGA GCTTAAGGGC GAAGACCTGA CAAAAAATAA AGAAATTAAC
TTAGGAAACG CACTTCAGGG CAAAATTGCC GGGGTAAACG TTTCGGCGCC GGTTACGGGA
CCATCTGGTT CAAGCCGAGT TGTAATTCGT GGAGCTACTT CGGCATCAGG ACTTAACCAG
CCTTTGTATG TTGTAGACGG AATTCCAATT GACAACACAC AGCAGGGAAA TGCAGGAATG
TGGGGTGGAG CTGATAAAGG AGATGGTATG TCTTCTTTCA ATCCAGATGA TATTGCTTCG
ATGTCTGTTT TAAAAGGTAG CGCCGCTTCT GCTCTTTACG GGTATAGAGG ATCAAACGGT
GTTATCTTAA TTACAACTAA AAAAGGTAAA AACGGAACGG GAATAGGAGT AGATTTCAGC
ACAAATTCTA CTTTTAATAC ACCAGTAAGT CTTTTAAAAT GGCAGGATCA ATACGGTGCT
GGAGCTCCAA ATGCGAGCGG TGTGCCAACC AGATTCACTA ATTTACAAGA ACTTAGAGAT
TCTTACTATT TTGCCTGGGG AGATAAATAT GATGGAACGC CTTCATTATC TCTAGACGGT
GCTACAAGAC CGTATCAGGC TTATGGAAAA GATAATGTTG AAAATTTCTA CAGAACTGGA
TATTCTTTCA GTAATACTTT GGCAATTTCT GGCGGAAATG AAACAACAAA TTTCAGATTG
TCTTTTGGAA ACACTAAAGA CGAATCGATC ATGCCGGAAA CTACTTTTGG AAGAAACAAC
GTAGCTTTGA GTTTAAACTC AGCTCCAAAT AAAAAAATCA GCATTGAGAC AAATGCTCAA
TACATCTCTG AGAAAAGTCA TAACCGTCCA TACTTAAATG ATTCGCCAAG AAACCCATCT
TTCCCAACTA CTTTTATGAC TCCGGGAACA GATATTAGAT GGTTAAGTAA TCCTTATGAT
GCAAATGGAG GAGAAGAAGA TTATTTAGGA GCAAACGTAT ATCATACAAA TCCTTACTTT
GCTACAAAAT CTCCTTTAAA TGATGATTTA AGAAAGCGTT TTATTGGTTC TGCAAAAGTA
AATTATAACA TTACAGATAA AATTTATGCT AAAGCTGTTA TTGGTATTGA TGATATCAAT
TATGAATATA CAGAAATTGA ACCTACCGGA ATAAATTACA GTCCAGGAGG ATCAATTGAA
AACAGAATAG AAACTCGTTC TGAAGTAAAT GCTTCTGGTT TCTTAGGTTA CAGAGGAGAT
ATTGCTAAAA ATATTTCGTT AGATGCTTTT GTTGGTGCAA ACCGTCAGCA TAACCGATAC
AGCGGCATTA AAATGAAAGG AAACAACTTT ATTGTTCCAT TTAAATATTT CTACGGAAAC
ACACAGCCTG ATAAAACCGA GAAATTGTTT TCAGAAAGTG AAGTAAACTC TCTTTTCTAT
TCTGCAGATA TTGGATACAA AGATTTCTTA TATTTAAGTT TAACAGGACG TGAAGATTGG
TTTTCAACTT TAGATCCATC AAATAACAGT ACTTTTTATC CTTCTGTAAG TTCAAGTTTT
ATTTATTCTG AAGTTATAGG TCTTCCTGAG TGGATTTCTT ATGGTAAGAT TAGAGCAGGC
TGGGGTAACG TTGGAGGTGC ACTTCCAGAA GCTTATGCTT TAGCATTGAC TTATATTACG
CCAGACGGAC AGACGGATTC TTTAGGACAG CCAATTTTGG GTGTAAATGG AGAAACAATT
CCAAACAGAA CTTTGAAACC TTATAATGTA AGCACAATTG AATTTGGTTT TGAGAATACA
TTCTTCAATA ACAGAGTAAG TACAGATTTG ACTTTTTACA GCAAAAAAAC TACGAATGAT
ATTACTGATG CTGATGTTTC TCAGGCTTCT GGCTACAGAA CTACAAAAAT CAACGTGGGA
GAAATCCTGA ACAAAGGGGT GGAGTTTGCT ATTAATGTAA AAGCGGTTAA AACACCAAGT
TTTGCATGGA GCGTAGGTTA CAATTTTGCT TACAACCATA GTGAAGTTTT GAATCTTTCA
GATAAAATCA CAACTAAATC ATTAGAAGGA AACAGAGACG GAAGAGCTTC TGTAGTTTTA
GAAAAAGGAC AGCCTTTTGG TGTTATTAAA GCTTATGATT ATTTAAGAGA TGCTCAGGGA
AATATTGTTC TTGATACAAA CGGAAAATTC TTGAGAGGAA ATTTAATTAT TGCTGGTCAA
GGTGTTGCGC CAACATCAAT GGGACTTTCA AATGATTTTT CATATAAAAA TTTCACACTT
TCTGTTTTTG TTGATGCTAA ATTTGGCGGA GAAATCTACT CAGCTACAAA TCAGTTAGGA
ACACGTTACG GATTATCTGA AATTACACTT CCGGGCCGTG AGGGCGGAGT AGCTGTAAGC
GGAAAAGATG TTAACGGAAA CCCGGTTAAC ACAACAGTTT CGGCATACGA TTATTGGAGA
AGTTACAGCG ATGTTACATC AAACTTTGTT TACGATGCTG ATTTTGTTAA GCTTAGAGCA
ATTTCATTTG CTTACAACTT CCCAAAAACA TATTTGCAAA AAACACCATT TCAGTCTGTA
AGTTTATCAT TCTCAGCTCA TAATTTATGG ACTATTTATG ACAAAGTTCC AAATATTGAT
CCAGAGTCAA ACTATTCAAA TAGTAATGCT CAGGGTATGG AGAGAGCATC AATGCCGTTG
ACAAGAAATT ATGGTTTTGC ACTTAATGTC AAATTCTAA
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| Protein sequence | MLMKRILAVL GVILLSSLSA AAQNRLITGI VTDAENKGIV AASVEVQGKP FSAITDAEGR
FKMNVPEGKV TLNVSSIGFQ SKLVVLQEKE IRVAVTLVET TQELKDVVVT SFGVKKQKKS
LGYAVGELKG EDLTKNKEIN LGNALQGKIA GVNVSAPVTG PSGSSRVVIR GATSASGLNQ
PLYVVDGIPI DNTQQGNAGM WGGADKGDGM SSFNPDDIAS MSVLKGSAAS ALYGYRGSNG
VILITTKKGK NGTGIGVDFS TNSTFNTPVS LLKWQDQYGA GAPNASGVPT RFTNLQELRD
SYYFAWGDKY DGTPSLSLDG ATRPYQAYGK DNVENFYRTG YSFSNTLAIS GGNETTNFRL
SFGNTKDESI MPETTFGRNN VALSLNSAPN KKISIETNAQ YISEKSHNRP YLNDSPRNPS
FPTTFMTPGT DIRWLSNPYD ANGGEEDYLG ANVYHTNPYF ATKSPLNDDL RKRFIGSAKV
NYNITDKIYA KAVIGIDDIN YEYTEIEPTG INYSPGGSIE NRIETRSEVN ASGFLGYRGD
IAKNISLDAF VGANRQHNRY SGIKMKGNNF IVPFKYFYGN TQPDKTEKLF SESEVNSLFY
SADIGYKDFL YLSLTGREDW FSTLDPSNNS TFYPSVSSSF IYSEVIGLPE WISYGKIRAG
WGNVGGALPE AYALALTYIT PDGQTDSLGQ PILGVNGETI PNRTLKPYNV STIEFGFENT
FFNNRVSTDL TFYSKKTTND ITDADVSQAS GYRTTKINVG EILNKGVEFA INVKAVKTPS
FAWSVGYNFA YNHSEVLNLS DKITTKSLEG NRDGRASVVL EKGQPFGVIK AYDYLRDAQG
NIVLDTNGKF LRGNLIIAGQ GVAPTSMGLS NDFSYKNFTL SVFVDAKFGG EIYSATNQLG
TRYGLSEITL PGREGGVAVS GKDVNGNPVN TTVSAYDYWR SYSDVTSNFV YDADFVKLRA
ISFAYNFPKT YLQKTPFQSV SLSFSAHNLW TIYDKVPNID PESNYSNSNA QGMERASMPL
TRNYGFALNV KF
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