| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2020 |
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| Symbol | |
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| ID | 5094381 |
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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 | 2365896 |
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| End bp | 2368913 |
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| Gene Length | 3018 bp |
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| Protein Length | 1005 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644741445 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001194370 |
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| Protein GI | 146299779 |
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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 | 17 |
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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 | ATGAAAACAA AGATCACTCA AATTTTAAAG AAGAGATATT ACCTCTTGTT TTTCTTTAGT
TTATTATTAC AACAATCGTA TGCACAACAG CAAATAACCA TAACGGGAAA AGTAGCTTCT
GCAGCAGGAG AACCAATTCC GTTTGCTAAC GTTGTCATTA AAAACACTAA AAACGGCGCT
GTAACCGATT TCGATGGAAC GTATAAAATA ACCACAGGCT CAGACCAGAC ACTGGTTTTT
AGTTCTCAGG GTTATAAAAC AACCGAAATC GCGATTAACG GCAAAACAAC AATAAATGCT
GCTTTAGCAG AAGATGCTAC AAAACTAGAC GAAATTGTAG TAGTAGGATA CGGCTCGCAG
CAGAAAAAAG ACCTTACAGG AGCTGTAGCA CTGGTAAAAG CCACTGAAAT TCAAAAAAGA
CAGGTAACTA CAGTTGCTGA CGGATTACAA GGTTTAGTTA CGGGAGTAAA AGTTCGCGGC
GGCGGACGTC CCGGACAGGA AGCTAATATT GAAATTCGTG GTTTAAAGAA CCTTCAAAAT
GCCAATCCGC TTTATGTAAT TGATGGTTTG GTAACAACGG CAAATCGTGA TTTTAACCCA
AATGATATCG AATCGATTCA GGTTTTAAAA GATGCTTCTG CCGCTGCTAT TTATGGTTCC
AGAGCAGCAA ATGGGGTAAT TATTATTACG ACTAAAAAAG GTAAAAAAGG ACCGCTGCAA
GTTGAAGTTT CGGCAAAAAC AAGCTTTCAG GTTATGCCTC GTTACGATTT GATGGGAACC
GAAGAGTTTG CCAAATACAA CAACATGGCT TATGATAATG CCGGACTTCC GAGACAAAAC
CTGAATATGG CTGTTGATAC TGACTGGCAG GATGCAACTT TTCAAACAGG AATGATTCAG
GATTATAATG CAAGTTTTTC CGGAGGAAAC GAGAATTCTA CATTTTTTCT TTCTGGAAAT
TATTTTGGAA ATGAAGGAAC TGTTGTTGGA ACTGATTTCG ACAGAATTTC ATTTCGTGTA
AACTCAAGCG GTACAAAAGG AATTTTTAGT ATTGGAGAAA ACTTAGCCAT TAGTAATGCC
AAAACAGATG AAATGTCTGG AAACCCAATT ATTGATGTTT ACAGAATGAC GCCTACAATT
CCGCTTTACG ACGCTTCAAA TCCGGGCGGA TACGGATATG GAAAACAAGG TGTTGCAGAT
ACTTTTGGAA CAAATCCTCT GGCACTTGCT GATTTTTCTA ATACAACAAA CGAAAACTTT
AGAATTAGAG GAAACATCTG GTCAGAGTTA AAATTTGTGC CTTGGTTGAA ATACCGTTTT
AATTTTGGAT ATGAAACTAG TTTTGATTCT TATAAATACA TGAGAAAAAA AGGAAGCTGG
ACATTAAACC AGCCTCAGGA TCCATCTCAG ACCGATCAAA ATAAAGGAAG ATCAGAAACG
ATGTTATTTG AAAATACACT GACTTTCAAA AAAGAATTTG GGAAACACGA TATTACAGTT
TTAGTAGGTC AGACGTTCCA AAAAGATACT TACAATCAGA TTTATGGAAC CAAGAGAAAT
CTGCCAATGA ATTCTGGAAC AGGTCAGTAT TATGAAGTTT TAAATCAGGG AGATTCACCA
GTTGTTGGAG GTTTTATAAA CGAAGCCGCT TTAACATCTT ACTTAGGAAG ATTAGAATAC
AATTACGACA ATCGCTATTT ATTTAATGCA GTAATCAGAC GAGATGGTTC ATCAAAATTC
AGCGATGGAA ATAAATGGGG TAATTTCCCG TCACTTTCTG CAGGATGGAG AATAAGCAAC
GAATCATTTT TTAAATCAGA ATTTATTAAA GATTTAAAAT TAAGAGCAAG TTATGGAGAA
TTGGGTTCTG GAAATATCAG AGAGTACGAG TCAAGAAGTT TTGTTAATAA TTTCGGACAA
ATTGTATTAG GTAAAGACCA AAACTTATAT CCATCTGCAG CTCAGGTAAA ATTATCAAAT
TCACAATTGC GCTGGGAAAA ATTAAAACAA ACCAACTTAG GATTAGATTT AGGAGTTTTA
AATAATGATC TGCGTCTTAC TGCCGATTAT TTTATTGCCC GTACAGAAGA TGTATTATTT
GGTTTTCCAA TTTTACTGAC TACTGGTAAC GATGGCGGAA ACCCAATTTC TAATGCTGCA
ACTGTAGAAA ATAAAGGTTT TGAATTAGAA CTGGCTTACA GCAAAAAAAT CAACGAAGTT
TCATTTAATG CTTCTGTAAA CTTTACAAAA ATAAACAATA AGCTGGTTTC TTTGGGTAAC
GGTCAAAATG AAAACATTAT TGGAAACACC ATGACACGCA GCGGACAACC TGTTGGTATG
TGGTACGTAT TGCAGACAGA TGGTTTATTC CAGTCTCAGG AAGAAATTCA GAACTACAAA
AACGCAGACG GAAAAGTAAT TATGCCAAAT GCGGTTCCGG GAGATATTCG TTTTAAAGAT
GTGAACGGTG ACGGGCAAAT TACAAATGAA GATAAATCTA TCGTAGGAAG TCCATGGCCA
GAATTTGAAA TGGGATTAAA CGCCGGAGCT GAATACAAAG GTTTTGATTT TTCTATGAAC
TGGATTGCTT CACACGGAGC TACTGTTTAT AACGGATTTA GAAGTGTTGT AGATCGTTTT
GACGATAACA GTAACTACAG AACAGGTATC CAGCCTTGGA CACCGGAAAA TCCAAATACT
GATTTTCCTA GAATTACAAA AGGTTCAACC TTAAACTCAA GAGGAGACAG CGACCGTTTC
TTAGAAAGCG GTGATTTTAT CAGGCTGAAA TACATTGGTT TTGGATATAA TCTGCCAGAC
AGTGTTTTAA AAAATTCAGG AATTACAAGA GCAAGATTAA CATTATCTGC ACAAAACATT
CTTACGATTA CAAAATACAA AGGCTTAGAT CCTGAATTTA GTAATACGGG AGATAACAGA
ATTTTTGAAA GAGGTGTTGA TAATGGTTCT TTCCCAAATC TAAAGACATA TTCTTTTGGT
GTAGAGTTTA GCTTTTAA
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| Protein sequence | MKTKITQILK KRYYLLFFFS LLLQQSYAQQ QITITGKVAS AAGEPIPFAN VVIKNTKNGA
VTDFDGTYKI TTGSDQTLVF SSQGYKTTEI AINGKTTINA ALAEDATKLD EIVVVGYGSQ
QKKDLTGAVA LVKATEIQKR QVTTVADGLQ GLVTGVKVRG GGRPGQEANI EIRGLKNLQN
ANPLYVIDGL VTTANRDFNP NDIESIQVLK DASAAAIYGS RAANGVIIIT TKKGKKGPLQ
VEVSAKTSFQ VMPRYDLMGT EEFAKYNNMA YDNAGLPRQN LNMAVDTDWQ DATFQTGMIQ
DYNASFSGGN ENSTFFLSGN YFGNEGTVVG TDFDRISFRV NSSGTKGIFS IGENLAISNA
KTDEMSGNPI IDVYRMTPTI PLYDASNPGG YGYGKQGVAD TFGTNPLALA DFSNTTNENF
RIRGNIWSEL KFVPWLKYRF NFGYETSFDS YKYMRKKGSW TLNQPQDPSQ TDQNKGRSET
MLFENTLTFK KEFGKHDITV LVGQTFQKDT YNQIYGTKRN LPMNSGTGQY YEVLNQGDSP
VVGGFINEAA LTSYLGRLEY NYDNRYLFNA VIRRDGSSKF SDGNKWGNFP SLSAGWRISN
ESFFKSEFIK DLKLRASYGE LGSGNIREYE SRSFVNNFGQ IVLGKDQNLY PSAAQVKLSN
SQLRWEKLKQ TNLGLDLGVL NNDLRLTADY FIARTEDVLF GFPILLTTGN DGGNPISNAA
TVENKGFELE LAYSKKINEV SFNASVNFTK INNKLVSLGN GQNENIIGNT MTRSGQPVGM
WYVLQTDGLF QSQEEIQNYK NADGKVIMPN AVPGDIRFKD VNGDGQITNE DKSIVGSPWP
EFEMGLNAGA EYKGFDFSMN WIASHGATVY NGFRSVVDRF DDNSNYRTGI QPWTPENPNT
DFPRITKGST LNSRGDSDRF LESGDFIRLK YIGFGYNLPD SVLKNSGITR ARLTLSAQNI
LTITKYKGLD PEFSNTGDNR IFERGVDNGS FPNLKTYSFG VEFSF
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