| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_1213 |
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| Symbol | |
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| ID | 5090013 |
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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 | 1383413 |
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| End bp | 1386685 |
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| Gene Length | 3273 bp |
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| Protein Length | 1090 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644740615 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001193564 |
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| Protein GI | 146298973 |
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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 | 16 |
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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 | ATGAAAAAAA AATCTAAGAA TAATGGGTTT CTATACTCAT TGTTCCAAAA TGACCTAAAA
TTGAAACTAA CTACTCTACT TCTTTTGGTC GCCATGTTTA ATATTAGAGG GAATACTTAT
GCCCAAAAAA CAAAAGTTAC TCTTGAACTA AACAATTCAA CAATCGAAAA GGTTATTGAG
ACCATTGAAC AAAAAACTGA CTTTAGATTT ATTTACAAAT TGAACGATAT CGACTTAGAT
CGTACGGTTT CGATTTCTGT AAAAGATCAG TCTATATATG TCGTTTTAGA CAAACTTTTT
AAAGGAACGC TGACTGAATT TAAAATCAGG GATACTCAAA TTATCCTCAA AAAACCGGAA
CTTAAAACTG AAGTTATTAA GTTTCAAAAA CAAACCGTTA CCGGAATTAT TACCGATGAA
AATGGTCTGC CTTTACCCGG CGCTTCTGTT ATCGAAGAAG GAACAAAAAA CGGAATGGTA
ACTGATTTTG ACGGAAAATA CAAACTTACT GTAGAAAGCA GCCAATCGGT TATTATTGTC
TCTTTTGTGG GGTACAAAGA GAAAAAAGTA ACGGCTAATC AAACGGTAAT AAACATTCAG
CTTTTTCCAG ACGCTACAGA TTTACAGGAA ATTGTTGTTG TAGGTTACGG TACAGCTGCT
AAAAAAGATG TAACGGGAGC GGTTTCTTCA ATCGCTGCAA AAGACATGAA TCAGGGTGCC
ATTGTAAATC CTCTGCAATT AATTTCTGGT AAAGCAGCCG GGGTTAATAT TACGCAAATA
GGCAGTGAAC CGGGTTCTGG ACCAAGTGTT CGTATTCGCG GTATTTCGTC TTTAATTGGG
GGAAACGATC CTTTGGTGGT TGTAGATGGA ATTCAGGGAA ATATGGATTT GCTAAACCAG
GTTCCGCCAA GTGAAATTGA AAGCATAGAT GTTTTAAAAG ATGCTTCGGC TACTGCTGTT
TATGGATCAA GAGGAGCACC TGGAGTTATC ATTGTTACAA CTAAGAAAAA CAAAGCAGGA
AAAACTACAA TAGAATATAC TGGTTCTACA TCTGTAGATT TTATCCCGAA AAAACTAGAC
ATGCTTAATG CTGACCAATG GTGGCAGACT GCTCAAAGTG TAGGCGTTCC GGCATCTTCT
AATCACGGTT CAAACACGAA TTGGTATGGT CTTTTGACTG AAACCGGAAT TACACAGACT
CATACTTTGT CTTTTGGAGG CGGAACTGAT AAATTTAATT ACAGAGCTTC TATAACGGCT
ATTATGCAGG ATGGTGTTGT AATTAATTCG AGTAACCAAA AATACATTGG ACGCATTCAG
GCGACACAAT TGGCTTTAAA TGATAAATTA AAACTAACCT TTAATTTAAA CAGCGGTGTA
AATAATATCA CAAGCAGCAT TGGAAGTATC GGAACAGTTG CTTATACATC AAACTTAATT
ACAAATGCGT TATTAGCAAG ACCAACAGAT CCTGTTTATA ATACTGATGG AACGTATTTT
ACAGATCCAA CTGTGTTTCA TTATTTAAAT CCTTATGCAG CTGCGCAAGA AGTAACAAAT
GAAAGACAAG AAGATAATTT ATTTGGAAGC TTAAAAGCTG ATTTGGATTT AGGAAAAGGT
TTTTCAGCAA ACTGGTTTGG AAGCTGGAGA AAAACAAACT ATACAGCAGG TTATTATATG
CCGGCAGAAT CAACAGATTT TAATGCAGTT GAACAGCATG GTTTTGCCAA TATAGATAAT
AAGAAACAAA ACGAAAAATT AACCAATTTA AGTCTTACCT ATAAAAAAAC TTTCGGAATC
CACAGCTTTA ATGCTTTGGC TTTATACGAA TGGCAAAGTC AGACTTATCA GGGAAATTAT
ACACAGGCTA GAGGTTTTAT AAGTGACGAA GCTACTTACA ATGCGCTTCA GTTTGGCGAT
TTGTCTAAAG TAAGAACCGG AGATATCAGA TCTTATAAAA ATGACAGATC ATTGGTTTCT
TATTTAGGAA GATTAAACTA CTCTTTATTA GATCGTTATT TACTTACAGC AAGTATCAGA
CGTGATGGTT CATCTGTATT TGGCACCAAT AACAAATGGG GGAATTTCCC TTCTGTATCT
GTGGCATGGC AGATTAACAA AGAGCCTTTT ATGATGAATC AGACTTTATT CAGCGAATTA
AAACTACGTG CAGGTTATGG TGAAACTGGT AATCAGCAGG GTCTTTATCC GCAGACTTCA
CTGCCGTTAG TAGACAGTGC CGGAAATATT TATTTTGGAG GATCTATTAT TACAAATTTT
GGTATTTCTC AAAATGCAAA TGCTGATTTG AAATGGGAAA CTAAAAAACA AACCAATATT
GGACTTGATT TTGCTCTTTT AGATAATCGA TTAAGAGGAA GCATCGATGT TTACGATTCG
AGAACAGATA ATCTTCTATT CGATTATACT GTACCTCAGC CTCCTTATCC GTACAATAAA
ATCAAAGCCA ATGTAGGAAG CATTTCAAAC AAAGGTTTAG AAGCAGCTCT TGCTTATGAT
GTTATTAGAA CAGATAACAG CACACTGACA TTAGCAGGAA ATGTATCTTT TATGAAAAAT
GAAGTGCTTA ATTTAAGCGG CAGTATTAAC GGTATTCCTT TAAATACAAA CTTCGTAAAC
TGGGGAGCGC CAAATTCTTT ATTAGTACAG GGAAAACCAA TTGGTTCCTT CTATATTTTA
GAAAGTACCG GTACAAATGA AAATGGTGTC GAAACCGTAA AAGACCGCGA TGGAGACGGT
AAAATCGATC AGGGAGCTAC AAGTCCGGAT CGTTACTATG CAGGTTCTGC TCTCCCAACT
TACACTTTTG CATTTAACCC ATCTTACAGA TACAAAAATT TTGATGCATC TATGTTAGTA
AGAGGTTCCG GAGGAAATAA AATTTACAAC AATCTTAACC AAAGATTGAG CATGCTGGAA
AATACAGGTA GTTCAAACGT ATTAGCCAGT GCTGTTGACA GAGGAATATT TTCTTCTCCT
TATGGATCTG ATGCATGGTT AGAAGACGGT TCATTCATTC GTTTAGAAAA CGTAACTGCA
GGATATACTT TCCGTTTTAC TGATAAATAT GTAGACTCAG TTCGACTTTC GCTTACTGGA
AACAACTTAC TGTTAATTAC AGATTACACA GGTGTTGATC CTGAATTAAA TATAAGCGGT
AGCGGCGACC CTAATGATAA TTTTGGAGGC GATAAAGGAA TTTATCCTCG TACCAGAAGT
GTTGCATTTG GTTTGACTGT AAAATTTAAA TAG
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| Protein sequence | MKKKSKNNGF LYSLFQNDLK LKLTTLLLLV AMFNIRGNTY AQKTKVTLEL NNSTIEKVIE
TIEQKTDFRF IYKLNDIDLD RTVSISVKDQ SIYVVLDKLF KGTLTEFKIR DTQIILKKPE
LKTEVIKFQK QTVTGIITDE NGLPLPGASV IEEGTKNGMV TDFDGKYKLT VESSQSVIIV
SFVGYKEKKV TANQTVINIQ LFPDATDLQE IVVVGYGTAA KKDVTGAVSS IAAKDMNQGA
IVNPLQLISG KAAGVNITQI GSEPGSGPSV RIRGISSLIG GNDPLVVVDG IQGNMDLLNQ
VPPSEIESID VLKDASATAV YGSRGAPGVI IVTTKKNKAG KTTIEYTGST SVDFIPKKLD
MLNADQWWQT AQSVGVPASS NHGSNTNWYG LLTETGITQT HTLSFGGGTD KFNYRASITA
IMQDGVVINS SNQKYIGRIQ ATQLALNDKL KLTFNLNSGV NNITSSIGSI GTVAYTSNLI
TNALLARPTD PVYNTDGTYF TDPTVFHYLN PYAAAQEVTN ERQEDNLFGS LKADLDLGKG
FSANWFGSWR KTNYTAGYYM PAESTDFNAV EQHGFANIDN KKQNEKLTNL SLTYKKTFGI
HSFNALALYE WQSQTYQGNY TQARGFISDE ATYNALQFGD LSKVRTGDIR SYKNDRSLVS
YLGRLNYSLL DRYLLTASIR RDGSSVFGTN NKWGNFPSVS VAWQINKEPF MMNQTLFSEL
KLRAGYGETG NQQGLYPQTS LPLVDSAGNI YFGGSIITNF GISQNANADL KWETKKQTNI
GLDFALLDNR LRGSIDVYDS RTDNLLFDYT VPQPPYPYNK IKANVGSISN KGLEAALAYD
VIRTDNSTLT LAGNVSFMKN EVLNLSGSIN GIPLNTNFVN WGAPNSLLVQ GKPIGSFYIL
ESTGTNENGV ETVKDRDGDG KIDQGATSPD RYYAGSALPT YTFAFNPSYR YKNFDASMLV
RGSGGNKIYN NLNQRLSMLE NTGSSNVLAS AVDRGIFSSP YGSDAWLEDG SFIRLENVTA
GYTFRFTDKY VDSVRLSLTG NNLLLITDYT GVDPELNISG SGDPNDNFGG DKGIYPRTRS
VAFGLTVKFK
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