| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3337 |
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| Symbol | |
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| ID | 5092944 |
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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 | 3987732 |
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| End bp | 3991091 |
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| Gene Length | 3360 bp |
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| Protein Length | 1119 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644742764 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001195672 |
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| Protein GI | 146301081 |
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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 | 12 |
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| Plasmid unclonability p-value | 0.661419 |
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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 | ATGACATTTG CGATACAACC CGTTTTAAGA AAAATTCTGT TTTTCTTAGC TATTCTCATA
TCTGGATTTA AAGGATTTTC TCAGAATAAA CTCATAACAT TACATGTAAA AAACAAACCT
ATAAGTCTAA TTATCAAATC TATTGAGGAA CAAACTGATT TTAGAATAAT TTATAACGCC
CGTAAAATCG ATGCCGATCA GCTGGCGGAT TTAGATGTAA ATAATGCCTC CCTTGAAACG
GCTTTAAAAC AGCTTTTAAA AGATAAAAAC ATTTCATTTT ACATTCAGAA AAAGCAGGTT
TTATTAACCA GCTCTGCTCC TGACTTGTCT AATTCTGATG TTCAGGAAAC AGAAAGATTT
ATTACCGGAA CGGTTTATAA TGCTAAAGAC AAACAGCCTC TACCGGGCGC AACTATCCGC
ATAAAAGGAA CCGGAATGGG CGCTGTTACT GATTTTAACG GAAAGTTTGT TTATCAGTTA
AAAGGAAACA ATATCCCAAA TCTTGTTCTT GAAGTTGGAT TTCTTGGAAT GGAACCTCAG
TCTCAAAAAG CAGACAACAA AAAGGATTTC GTATTTTTTC TTCAGGAAAC TACAGACGAA
CTGAATCCGG TTGTGATTAC TTCTTCTTAT GGAACTACAA AACTAAAAGA AGAAATTGTA
GGGAGTATTT CGACTTTGCA AGCAAAAGAT ATTGCGGTTG AACAGGCTTC TGAAAGTTTT
GATAAAATGA TTACAGGACA GATTGCCGGT GTTATGGTTG AAAATACTTC GGGTGTTGGC
GGTCCGGTTA AAATCAATAT TCGCGGACAA GGTACTTTAT CTTCTTTAAG TGGTGCTATT
ACTGGAACTT CATCGCAGCC TCTTATTATT GTTGATGGTG TTGTAATGAG CGAAGAATAT
GCTATTGACA GTGCCAATTT TAACGGAAAC GGTGATTATG CCGAAAATCT GGCCAATCCG
TTAATGAAAA TTGCCCCAGA AAACATTGAA ACTATTTCTG TTTTAAAAGA TGCAGCGGCG
GTTGGTATTT ATGGTGCCGA TGGAGCAAAT GGTGTAATTT TAATTACAAC CAAAAAAGGA
AAAAAAGGGA AAACACAATT TGGGTTTTCT AATCAGTTAG GAGTTTCTTC TGCCGTTAAT
CAAATTAAAT ATTTAAACGG CGAACAATAT ACAGAACTGC GAAATGAGTT CATGAAAAAC
ACCACGGCGG GTTATGTTCC GGTTTCTTAT AACGGAATAA ACACGGATTG GTTTAATATA
TTAAACAGAT CTGGTGTATA TAATAAATAC AATTTTAATG TTTCGGGATC TACTTCTAAA
TTTTCATATC GCACGAATGT TAGTTATACA AAAATCGATG AACCGCAGGT AGGAAACGAA
ACAAAACAAT TAAACGCCGG AATTAATTTA GGTTACAACT CAGGTAAATG GGATATTAAT
TTAATGCTTA ATCCTAGTTA TGTGCAAAAA GATGCGCCTA ATATTTTTTA TAGTTTCGCT
TATCTTCCAA CACTTGCTGT TTACAATGCA GATGGTTCTT ATGCCGATTT GGGCGCAAGC
GGTTCTGCAA GAGGAAATCC TTTGGCAGCG ATTGAGCAAA ATAAAAACGA AGCGCAGACT
TTTGGTCTTT TAGGAAGTTT GAATTTATCT TATAAACTTA ATAAAAATAT CAAATTTTCT
ACTCTATTTG GTATGGATTA TACTGATAAA GAGCAGGATC GTTATTTTTC TGCAGCAAAT
GAAAGCGGCC AGTACAATGG TACCTTTGTT TTAGACGGAA TTACATATCC GGCCTGGGGA
CGACGTCTTA TAAACCAGAG AAATTCTACT AAATGGAACT GGCAGGGACA AGCTTTATTC
AACAAACAAT TAAATGAAAG CAATGAAATT GATGGAGTTG TTGGTTTTGA ATTAGCAGAG
GATAAAACAG ATTTTAATTA TAAATCTGGT GTAGGATTTT TAGAACCTAA TCATATCAAT
AATGTCACAG ACGCCATAAG AGATGACAAT CCGGATACAC CGGAAGATGA ATCTAAAAAC
GGTCAGAGTT ACAGAAATGA AATAAGCTAC AATTCAAGAG TTTCTTTATT CTCTCAAATA
AATTACAACT ACAAAAAACG TTATTTCTTA TTAGCAAATT ACCGTCGTGA TCAGAGTTCT
GTTTTTGGAG ATGATACTGA TGTGGCTCAT AATGGCGGTT TAGGTGCTGG ATGGATTATT
AGTAATGAAA ACTTTTTAAG CACAAATTCC TGGATTGATT TCTTGAAACT GAAAGCAAGT
TACGGATCAA CCGGAAATTC TAAAATTGGT TCTTACAGAT CAAAAGGAAT TTATAATATA
AGCCAAAACG GGTATAATGG TTCTATTGGA GCGACTACAG GAGCCGCGCC AAATGGCAGA
TTAAGCTGGG AAAAAAATAC AAAATTCAAT GCAGGATTTG ATTTTAATGT TTTCAAGAGA
GTCGAATTGA CATTAGAATA TTACTACGAT GATAAAAGTA ATTTAATTGC TTCAAGAGAC
ATTCCTACAG AAACAGGGTA TAGTTCTGTA CAATTAAATG CAGCAAGCAT GTACAACAAA
GGTTTTGAAC TTACTACAAG AATAAAATGG ATAAAAAGCG ATGCTTTTAA ATGGACTACG
GCATTTAATA TTGCCACAAT AAATAATAAA GTAACTTATT TAAAAGGTTT AGGTAGTGAT
TATGCTGAAG CAAATATTGC ATTGGCACAA AAAGTAGGTT ACAGTACAAC AACATTATGG
GGCATTAAAT GGGCTGGTGT AGATCCAGCA ACAGGAAGAG ATCTTATACA AAAAAATGGA
CAGATTTACG ATGCTAAAAC GTACAACGAG TTATTTACAG TGGCAGACTG GGAACCTATT
GGAGACAAAC AGGCTGATGC TTACGGAGGT TTCTATAATA ATTTTACTTT CTACAATAAT
CTTACTTTAT CTATTAGAGG AGATTATCAA ATTGGCGGAA GCTTTATGGC ACCAAGTGTT
CTTATCGATC AATATAATGT AACATCAAAT CGAAATCTTT CTGTAAATGC TTACGATTAT
TGGAGAAATC CAGGCGACAA TGTTTCACAA TCTGCCGTTA CACTTTCACC AATAATCTCA
AACTTAAGCA AATATATTTA CGATGCTACC TATATCAGAA TCAGTAATAT TAATTTAAGT
TATAATGTAC CTCTTAAAAA GAATACTTTT CTGGATGCTG TTTCTGTTTT TGCAGATGCT
ACAAATGTGG CATATTGGTA CAAAGACAAA AGTCCTAAAG GAATGAATGG AATACGAGAG
TATAGTTATA TCTATCCGCA GGCAAGAACA ATCTCGCTGG GAGTTAATGC TAAATTTTAA
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| Protein sequence | MTFAIQPVLR KILFFLAILI SGFKGFSQNK LITLHVKNKP ISLIIKSIEE QTDFRIIYNA
RKIDADQLAD LDVNNASLET ALKQLLKDKN ISFYIQKKQV LLTSSAPDLS NSDVQETERF
ITGTVYNAKD KQPLPGATIR IKGTGMGAVT DFNGKFVYQL KGNNIPNLVL EVGFLGMEPQ
SQKADNKKDF VFFLQETTDE LNPVVITSSY GTTKLKEEIV GSISTLQAKD IAVEQASESF
DKMITGQIAG VMVENTSGVG GPVKINIRGQ GTLSSLSGAI TGTSSQPLII VDGVVMSEEY
AIDSANFNGN GDYAENLANP LMKIAPENIE TISVLKDAAA VGIYGADGAN GVILITTKKG
KKGKTQFGFS NQLGVSSAVN QIKYLNGEQY TELRNEFMKN TTAGYVPVSY NGINTDWFNI
LNRSGVYNKY NFNVSGSTSK FSYRTNVSYT KIDEPQVGNE TKQLNAGINL GYNSGKWDIN
LMLNPSYVQK DAPNIFYSFA YLPTLAVYNA DGSYADLGAS GSARGNPLAA IEQNKNEAQT
FGLLGSLNLS YKLNKNIKFS TLFGMDYTDK EQDRYFSAAN ESGQYNGTFV LDGITYPAWG
RRLINQRNST KWNWQGQALF NKQLNESNEI DGVVGFELAE DKTDFNYKSG VGFLEPNHIN
NVTDAIRDDN PDTPEDESKN GQSYRNEISY NSRVSLFSQI NYNYKKRYFL LANYRRDQSS
VFGDDTDVAH NGGLGAGWII SNENFLSTNS WIDFLKLKAS YGSTGNSKIG SYRSKGIYNI
SQNGYNGSIG ATTGAAPNGR LSWEKNTKFN AGFDFNVFKR VELTLEYYYD DKSNLIASRD
IPTETGYSSV QLNAASMYNK GFELTTRIKW IKSDAFKWTT AFNIATINNK VTYLKGLGSD
YAEANIALAQ KVGYSTTTLW GIKWAGVDPA TGRDLIQKNG QIYDAKTYNE LFTVADWEPI
GDKQADAYGG FYNNFTFYNN LTLSIRGDYQ IGGSFMAPSV LIDQYNVTSN RNLSVNAYDY
WRNPGDNVSQ SAVTLSPIIS NLSKYIYDAT YIRISNINLS YNVPLKKNTF LDAVSVFADA
TNVAYWYKDK SPKGMNGIRE YSYIYPQART ISLGVNAKF
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