| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4671 |
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| Symbol | |
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| ID | 5094125 |
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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 | 5650685 |
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| End bp | 5654020 |
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| Gene Length | 3336 bp |
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| Protein Length | 1111 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644744092 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001196989 |
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| Protein GI | 146302398 |
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| COG category | [H] Coenzyme transport and metabolism |
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| COG ID | [COG4206] Outer membrane cobalamin receptor protein |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 11 |
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| Plasmid unclonability p-value | 0.505858 |
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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 TTCTACATGC CTTACTGCTG TTCCTGGCCA TCGCAGGATA CTCGCAGGAA
ACCCGAACTA TTACGGGGAT CATTCAAGAT GAAGCAGACT TGTCGCCAAT TCCTGGTGCG
TCTATCTTTG TTGAGAATAA TTCCATTTCA AACAAAACTG CTATGGCAGG TATTATTCAA
AGTGAAGCTA TTGGAACTAC TACAGATTTC GATGGTAAAT TCACCTTGAA AATTGCAAAA
AATGTTACTT CATTGAGAGT TGTTTTCATG GGATACAAAT CGTATACTCT TGAATTAGAC
GGTCAAAAAA ACTATACAGT TAACTTAAAA TCTGAAACTG CAAAACTTCA GGAGGTTGTA
GTAACTGGTT ACCAAAAAAT CGAGAAAAGA AAACTTACTG CTGCGGTTAC AAAAATCGAC
ATGGCTGCAA TCCAGCAGAC TGGGGTTTCG AGCATTGACC AATTATTAGT TGGACAAATT
GCTGGAGTTG CTGTAAGTAC ACCTTCTGGA GCACCTGGAG CACCTGCTAA AATCAGAATC
AGGGGTACAG CTTCTTTAAA TGGTACACAA GATCCTTTAT GGGTATTAGA TGGTTTACCA
TTAGAAGGAA ATGACGTTCC AAAAAACTTC GATAAAGACA ACATCGACGT ATTAAACAAC
TACTCTATCG CTGGTTTAAA TCCAGATGAT ATTAAAGACA TTACAATCTT AAAAGATGCT
GCTGCAACAG CTATTTACGG TGCTCGTGCT GCAAATGGTG TAATCGTGGT AACCACTAAA
AAAGGACGTG CTGGTAAAAT GGTTGTAAGT TTTAACACTA ATACCTTTAT TACTCAAAGA
CCTGAGTTTT CTAAATTAAA CTTAATGAAC TCAAACGAAA AAGTTGATTT CGAACTTGGT
CTTGCTTCCC GCGAGGATTT AACTTACAGA GATACATCTG GTGATATTGC CCGTATCTTA
AACGGAGCAA ATGAATTAAA TGCATACAGA GCTGGAGGAT TCTCTGCTTT AAGCGGTGCA
ACACAAGAAT CAATCAATGC TTTAAGAAAC AACAATACAA ACTGGGGTAA TTTATTGTAC
CAAACTGCTA TCAATACACA GCACGGTTTA AGTTTATCTG GAGGTGGTGA AAAATCAGAT
TACTATTTCT CTTTAGGATA CTATGATGAA AAAGGAACAA CTGTAGGAAC AGGTTTCAAA
CGCTACAACG TAACCTTAAA AAACAACTAC GAAATTACAG ATAAATTCAA AGTTGGTGTT
AGTCTTTTTG GTTCAGAGAA CAAAACTTCA TCTTACTTAA CAGATACTAA TGCATATACA
AATCCTGCAA ATTATTCTAG AAACGTAAAC CCATATTTAA CTCCTTTTAA TGAAGATGGA
AGTTATAAAT ATGATAAAGA TGTTGTAGGA CTTGTTGGTG GTGATTATAT TCCATTTAAC
TTTTTAGAAG AAAGAGAAAA TACTTCTTAC GATTTAAAAA CAAGATCTAT AAAAGCATTA
TTAGATGCTG AATATAAAGT TACTAAAGAT TTAAGAGTAA CTTCTCAGTT AGGTTTACAG
TTAGATAATA CATCTACTGA AAAATATGCT GGCGAAAACA GCTACTACAC AAGAGTACAA
AGAGAAAGAT CAAGCTACTT TAGCGGTGGA AAAAAATATT TCCTTCCAGT TGGAGGTATT
ATCCAAAATT CTAATGCAGA CTTTTTTCAG TACAACCTAA AAACAATGGT GAACTACTCT
AAAACTTTAG GAGAGAAACA CGAAATTGAA GCAATGGTTG GTAATGAGTT AAGACGTAAT
GACGCAACAT CAATTTCTAC TAAAGGTTTT GGTTATAATG CTCAGAATTT AACAACGCAG
CCAATCTTAT TCCCAAATGC ATCTTTCGCA ACAGGAGCAA CTTGGAGAAC GTATGCTAAA
ACTAAAAATG AAAATGCATT TGCATCATTC TTTGCAACAG CATCATATAC TTATGATAGA
AAATATAGTG TATTTGGAAG TGTAAGATAC GACGGTTCAG ATTTATTTGG TGTAGATCCA
AAATACAAAT ACCTGCCGCT TTATTCAACT TCTGCTTCAT GGGCAGTGTC TGAAGAAAAT
TTCTTAAAAG ATAATTTAAC ACTTTCTAAT TTAAGACTTC GTGCTTCTTA CGGTTTACAA
GGTAACATTG ACAAAGGTAC TTCTCCTTAT GTAGTAGGTG CAAACAGTAC AGGTACAATA
CTTCCTGGTA ATACAGAACA AACTGTCGTA GTTATAAGCC CGCCTAATGA AAAATTACGT
TGGGAAAAAA CTACAAACAC GAACATTGGA GCAGACATTG GTTTATTCAA CAACCGTATC
AGCATTGTAA CTGATATTTA TGGAAGAAAA AGTACTGACT TAATTGGTCT TAGATCACTT
CCATTAGAAA ATGGTTTTGA ATTTACAAAT ATGAACTGGG CACAAGTAAG TAACAAAGGT
TATGAGATTA CTTTGTCTAC AAAAAACATC GACCGTCCTA ACTTTAAGTG GAATACAAGT
ATTAACTTTT CTCACAATAA AAGTAACGTA GACCGTTTAC AAATTAGAGA TAACAGTTAC
TTACCAAATC AGGAAGGTTA CGCTGTAAAT GCAGTATTTG GATTTAAAAC TAATGGTGTT
GACGAAAATG GATATCCATT ATTTGTAAAC AAAAATGGAG AAACTGTAAA CGCTCAAACA
TTCTTTAAAC TGGTAGATGG TTTCCCAGAT TTTCCAGGAA TTATCTCTGA CTCAGGATTA
ACTCCAGCAG AATTTAGAGA TTTATTTGTT TACTTAGGAG ATAGAGATCC AAAGTTTACA
GGAGGTATCA CTAATACATT TAAGGTAAGT AATTTTGATC TTACAGTTGC AGCTTCTTTC
AACATTAAGC AGACTGTTAC AAGAACTCCT CCTTATAACG GAACATTAGT AGACAGAGGA
CAAAACTACA GTAGAGATAT ATTAAATGCT TGGTCTCCAA CAAATACATC TTCTACTTTA
CCTGGAATTA CAAGTGAAAC AGGCGGAACT GGAGATTCTT GGATGGCAAA TCAATTTTTT
GCAGGAAGAA ATCAAGTAGA AACATTAAAT TACTTAGACA TTTATGCAAG TGAAATGAGC
TACATGAGAT TAAGCAGTGT GCGTTTAGGC TATACATTCC CTAAAACGTT TACAGATCAC
ATCAATATAG CAAGTATCAG ATTAAATGTT GAGGCAAGAA ACTTATTCGT AGTAAGCTCT
GATTACAAAG GTTACTTTGA TCCTGAAACT TTTGGAAACA TTTATGCACA ACCAGTTCCT
AAGTCATTCA CTTTAGGATG TAATGTAACT TTCTAA
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| Protein sequence | MKKILHALLL FLAIAGYSQE TRTITGIIQD EADLSPIPGA SIFVENNSIS NKTAMAGIIQ
SEAIGTTTDF DGKFTLKIAK NVTSLRVVFM GYKSYTLELD GQKNYTVNLK SETAKLQEVV
VTGYQKIEKR KLTAAVTKID MAAIQQTGVS SIDQLLVGQI AGVAVSTPSG APGAPAKIRI
RGTASLNGTQ DPLWVLDGLP LEGNDVPKNF DKDNIDVLNN YSIAGLNPDD IKDITILKDA
AATAIYGARA ANGVIVVTTK KGRAGKMVVS FNTNTFITQR PEFSKLNLMN SNEKVDFELG
LASREDLTYR DTSGDIARIL NGANELNAYR AGGFSALSGA TQESINALRN NNTNWGNLLY
QTAINTQHGL SLSGGGEKSD YYFSLGYYDE KGTTVGTGFK RYNVTLKNNY EITDKFKVGV
SLFGSENKTS SYLTDTNAYT NPANYSRNVN PYLTPFNEDG SYKYDKDVVG LVGGDYIPFN
FLEERENTSY DLKTRSIKAL LDAEYKVTKD LRVTSQLGLQ LDNTSTEKYA GENSYYTRVQ
RERSSYFSGG KKYFLPVGGI IQNSNADFFQ YNLKTMVNYS KTLGEKHEIE AMVGNELRRN
DATSISTKGF GYNAQNLTTQ PILFPNASFA TGATWRTYAK TKNENAFASF FATASYTYDR
KYSVFGSVRY DGSDLFGVDP KYKYLPLYST SASWAVSEEN FLKDNLTLSN LRLRASYGLQ
GNIDKGTSPY VVGANSTGTI LPGNTEQTVV VISPPNEKLR WEKTTNTNIG ADIGLFNNRI
SIVTDIYGRK STDLIGLRSL PLENGFEFTN MNWAQVSNKG YEITLSTKNI DRPNFKWNTS
INFSHNKSNV DRLQIRDNSY LPNQEGYAVN AVFGFKTNGV DENGYPLFVN KNGETVNAQT
FFKLVDGFPD FPGIISDSGL TPAEFRDLFV YLGDRDPKFT GGITNTFKVS NFDLTVAASF
NIKQTVTRTP PYNGTLVDRG QNYSRDILNA WSPTNTSSTL PGITSETGGT GDSWMANQFF
AGRNQVETLN YLDIYASEMS YMRLSSVRLG YTFPKTFTDH INIASIRLNV EARNLFVVSS
DYKGYFDPET FGNIYAQPVP KSFTLGCNVT F
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