| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_0403 |
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| Symbol | |
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| ID | 5093286 |
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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 | 413623 |
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| End bp | 416874 |
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| Gene Length | 3252 bp |
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| Protein Length | 1083 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644739797 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001192758 |
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| Protein GI | 146298167 |
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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 | 18 |
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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 | ATGAAACTAA AGTTCAATGG ATTCTTAGTG CTTTTATTAG TACTAGTTGC GCAACTTTCT
TTTGCGCAAG AAAGAGCTGT TTCTGGAACA GTTTCTGACA ATGCAGGAAT GCCTTTACCA
GGTGTAAGTG TATTAGTTAA AGGAACTAAA GCAGGAACAC AAACAGACTT TGATGGTAAA
TATTCGATCA AAGCATCATC AAGCCAAGTT TTGGTATTTA GCTACATTGG GATGAAAACT
CAAGAAATAG CTGCAACTTC ATCTACAGTT AACGTAAAAT TAGCTGGAGA TGCACAAGAG
CTTGAAAGCG TTGTTGTAAC AACAGCTTTA GGTGTTAAAA GAGAGAAAAA ATCTCTTGGA
TACGCTACTC AAGAAGTAAA AGGAGGAGAC CTAAGAAATG GTACTTCTAG TGGTAACTTT
TTGAATGAAC TTTCAGGAAA AGTTGCCGGT GTTAACATCA CAAGAAACTC AAACTTTGGT
GGTTCAACAA GTGCAATATC AAGAGGGGTT AAAGCTATTG GTCAAAGTAA TGAAATGTTA
ATCGTTATTG ATGGTATGCC AATCAACAAT GGTAACAACA CAAATGACGG AACAACAGCT
CAATCATCAG GAGGTAGAGG TTTTGACTAT GGTAATAACG CTATGGATAT CAATCCAGAG
GATATTGAAA GTGTTAACGT ATTGAAAGGT GCAACTGCAT CTGCATTATA TGGTTATTTA
GCAGGAAACG GAGTTTTAAT GATTACTACT AAAAAAGGTA AAGCTAAAAG AGGATTAGGT
ATTACAGTTT CATCTGAGGT AGTAACAGGA AGCCCTGATA AATCTACATT CGTAAAATAT
CAAAAAGATT ACGGTGCTGG TTACGGAGGT TCTTTCGGAG AACAAGATAT CGATGGTGAT
GGTATTCCAG ACTTAGTAGT TGCTATGGGA GATGACGCTT CTGTAGGAGA TGCTTTTGAC
CCAACATTAA ATGTTTACCA ATGGGATGCT TTCTCATTAT ACCCGGGAAA CAACAATTAT
GGAAAAGCAA CACCATGGAA AGCTGCTGCT AACGATCCAT TTAAATTCTT CAAAAATTCA
CTTTCATTAG TAAACAGCAT CTCTTTCGAA GATGGAAACG AAAAAACTAA CGTTGTTTTC
AACTATACTA ATACTAAACA AACTGGTATT TTACCAAACA GTGAATTAAG AAAAAACAAC
TTCAGTTTAA AATTAAATCA CCAATTTACA GACAGATTAT CTCTTAGTAC TTTTGCTAAT
TTCTCAGCAC AAGAAACTCT AGGTAGAAAC ATGACAGGAT ACAGTGCCAA CTTAATTTCT
GGTTTCCGTC AATGGTGGCA AACAAACGTT GATATTAAAG AGCTTGAAAG AGCTTACAAC
AATTCAGGCG GAGAAAACAT CACTTGGAAC AGAAAATCTG TTGCTAATGG AGCTCCAGCT
TACTGGAACA ACCCATATTT TGAGCGTTAC CAAAACTATC AAAATGACAG CAGAAATCGT
TTCATAGGTT ACGCAAACTT TACTTACAAA ATTGCTGACT GGCTTTCTGC AACAGCAAAA
GTTTCAACAG ATACATATGC TGAAATCCGT GAAGAAAGAG TAGCTGTAGG TTCTGTAGCT
AAAACTTTCG GTATTAACGC ACTAGACGAG ACTTCTGGAT ACCAACGTTA CAACGGAAAC
TTCTCTGAGC AAAACTATAA TTTACTTCTT AACTTCAAAC ATAACTTTGG TGAAAACGTA
AGTTTAACTG GAGTAGCTGG GGGTACAATC AGAAATACAT ATTTCAACCA AATCACAGCT
TCTACACAAG GAGGTCTTAT TATTCCTGGA ATCTACAGTT TATCAAACTC TAGAGCTGCT
AGTCCATATC CATACGAAAG AGAAACAAAA ACATCTGTTA ACAGTTATTA TGCTTCTGCT
TCGTTAGGTT TCTTAGATAC TTATTTCATC GATGCAACTG CACGTAGAGA TGCTTTCTCT
AACTTACCTG CAGACGATAA CAGCCTAATT AGTAGCTCTG TTTCTGGTAG CTGGGTTTTC
TCAAAAAACA TCGATGCTAG CTGGTTAAGT TTTGGTAAAT TAAGAGGAGG TTATTCTGAA
AGCCCACTTG GAACACCTGC TTTAGCTTTA GTTGACACTT ATACAAAATA CGATCCGTTC
AACAACAATC AAATGTATTC TGTTAACTCA ATCAAAAATA ATCCAGATTT AAGACCTATT
AAAACAAACA CTACAGAGGT AGGTCTTGAG ATGCAATTCT TAAACAGAAG AATTGGATTT
GATGTGAGTT TATATAAAAA CATAAACGAT GGTGAAGCAG TAAGAGTACC TTACTCAACT
GCAACAGGTT ATACATCTAA ATATGTAAAT GCTGCAAAAA TCGAAAATAA AGGTATTGAG
GTTCAGTTTA ACGTAACTCC AGTAAAAACT AATAATTTTG CTTGGGATAT TAACGTAAAC
TGGTCTAAAA ACGAAAATAT GGTTACAGCT TTAGCTGATG GTGTAAGCAA CTTACAAATA
TCTTCTTTCC CTGGTACTGT AACTTTAAAT GCTGTGGTTG GACAACCTTT CGGAGTATTA
AAAGGAACAG ATTACACTTA CACAGCAGAT GGGCAAAGAG TTATCAACCC AGCTACTGGT
AGATATGTAA TCAATACATC TACTAACAAT ATCATAGGAA ACATCAATCC AGACTGGATT
GGAGGTATTA GAAATAAATT CACATACAAA AGTTTATCTT TCAGTTTCTT AATTGACACT
AAACATGGTG GTGACATTTT CTCTACTGAC CAATGGTATG GTGTAGGAAC AGGTTTAACT
AATGAAACAG CAGGAAACAA TGATCTTGGA ATTCCTAAAA GAAATACACT TGTTAATGGT
GGTGGTGTAA TTCTTGAAGG TGTTTATGCT GACGGAACTC CAAACACTAC GAGAACTGCT
TATTCTACAG GTGGAGCAAT AACAAATGCT TATACAAATG GACCTAGAAG CCAATATGTT
TATGATGCTG GTTTTATCAA ATTAAGAGAG GTTAACATTA CTTATAGCTT ACCATCTTCA
TTAGTACAAA AAATGAAATT AGTAGATGCG AAAATTTCAC TTATTGGTTC TAACTTATGG
ATAATTCAGA AAAATATTCC AGACGCAGAC CCAGAAAGTG GATTAGGATC TAATGTTGGA
TCTCAAGGTC TTTCTATTGG TTCTTTACCA ACAACTAGAA ATATTGGTTG TAACTTAACA
ATAAAATTCT AA
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| Protein sequence | MKLKFNGFLV LLLVLVAQLS FAQERAVSGT VSDNAGMPLP GVSVLVKGTK AGTQTDFDGK
YSIKASSSQV LVFSYIGMKT QEIAATSSTV NVKLAGDAQE LESVVVTTAL GVKREKKSLG
YATQEVKGGD LRNGTSSGNF LNELSGKVAG VNITRNSNFG GSTSAISRGV KAIGQSNEML
IVIDGMPINN GNNTNDGTTA QSSGGRGFDY GNNAMDINPE DIESVNVLKG ATASALYGYL
AGNGVLMITT KKGKAKRGLG ITVSSEVVTG SPDKSTFVKY QKDYGAGYGG SFGEQDIDGD
GIPDLVVAMG DDASVGDAFD PTLNVYQWDA FSLYPGNNNY GKATPWKAAA NDPFKFFKNS
LSLVNSISFE DGNEKTNVVF NYTNTKQTGI LPNSELRKNN FSLKLNHQFT DRLSLSTFAN
FSAQETLGRN MTGYSANLIS GFRQWWQTNV DIKELERAYN NSGGENITWN RKSVANGAPA
YWNNPYFERY QNYQNDSRNR FIGYANFTYK IADWLSATAK VSTDTYAEIR EERVAVGSVA
KTFGINALDE TSGYQRYNGN FSEQNYNLLL NFKHNFGENV SLTGVAGGTI RNTYFNQITA
STQGGLIIPG IYSLSNSRAA SPYPYERETK TSVNSYYASA SLGFLDTYFI DATARRDAFS
NLPADDNSLI SSSVSGSWVF SKNIDASWLS FGKLRGGYSE SPLGTPALAL VDTYTKYDPF
NNNQMYSVNS IKNNPDLRPI KTNTTEVGLE MQFLNRRIGF DVSLYKNIND GEAVRVPYST
ATGYTSKYVN AAKIENKGIE VQFNVTPVKT NNFAWDINVN WSKNENMVTA LADGVSNLQI
SSFPGTVTLN AVVGQPFGVL KGTDYTYTAD GQRVINPATG RYVINTSTNN IIGNINPDWI
GGIRNKFTYK SLSFSFLIDT KHGGDIFSTD QWYGVGTGLT NETAGNNDLG IPKRNTLVNG
GGVILEGVYA DGTPNTTRTA YSTGGAITNA YTNGPRSQYV YDAGFIKLRE VNITYSLPSS
LVQKMKLVDA KISLIGSNLW IIQKNIPDAD PESGLGSNVG SQGLSIGSLP TTRNIGCNLT
IKF
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