| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2077 |
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| Symbol | |
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| ID | 5092090 |
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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 | 2460478 |
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| End bp | 2463504 |
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| Gene Length | 3027 bp |
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| Protein Length | 1008 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644741501 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001194426 |
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| Protein GI | 146299835 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 21 |
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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 | ATGAAAAACA ACAAACCCGA AAAGATTCTT TTTCTTGGTG GAAATTATCT AAAATTAATT
TTAATGTTTT TTCTGTGCAT TCTGGCTTCT AATGTGAAGG CACAGGAAAG CACGGTTTCA
GGAAAAGTAG TTGACAATGC AGGTCTCCCA TTACCAGGAG TAAATGTACA TGTTAAAGGA
AGTACAAAAG GAACTCAAAC CGATTTCGAC GGAAATTTCA GCATCAGCAC AGCGCCAAAA
AGCACACTTG TTTTTTCCTT TATAGGGATG GATGAAGTTA CTGTTGATAC AGAAAACAAG
AAAAACCTAA AAGTAGTTCT TAAACCAAGT TCTCAGGCAC TAGACGAAAT TATAGTGGTT
GGTTACGGAA CCAAAAAGAA AAGTGACGTA ATTAGTTCTG TAGCTTCGGT TAAACCAGGC
GATATGACAA AAGTGGCGAC TTCTGATGTT GGTGAAATGT TAAGAGGTAA AGCTGCCGGA
GTTCAGGTTT CGTTAGCTGA TGGAGGTCCG GGAAGTTCTT CTTCAATTCA AATTAGAGGG
AAAAAATCTA TTAACGGCAG CAACGAACCT ATCGTAATTG CCGATGGTGT TGTAATTGGT
AACATCAATG ATGTGAATGC CAACGATATT GCTTCTTTAG AAATTTTAAA AGATGCCGCA
GCACAATCTA TTTATGGAGC AAGAGCTTCA AACGGGGTTA TTTTGATTAC TACCAAAAGA
GGAAAAACCG GAAAAGCAAA AATCGCTTAC AATGGTTTCT CCGGAGTTCA GACAATCAAC
AGAAATTTTG ACATTTACAG CGGAGAAGAA TTTGCCCAGC TAAAAAGAGA AGCCTACAGA
ACAAGCAACG GCGGAGTTTA CAGACCAGAC GATCAGGTTT TTTCACCGCT TGAATTAGAA
TCCGTTCAAT CAGGAAAATA TATCGATTGG GAAAAATATG CGCTGAGAAC AGGTACAACC
AATAACCACA GTTTAAGTAT TTCGTCAGGA ACAGATAAAA CGAGTATTTT TTCAAGTATC
AACTACATTA ATACAACAGG AGTAATCCCA AATTCTGATT TCGAGAAAGT GGCCATGAGA
GTCAATGTAG ATCAGAGAGT GGCAGACTGG CTGAAAATAG GAATGAATGT TTCGCTTCAA
TTCTCAGAAA CAAACAGACC AAACGTAGGG AATGTTTTAA ATAATGCCAT TAATACATCA
CCTTTAGGAA GAATTTATAA TGATGATGGA TCATTTCGTT ATCTGCCGGG AGGAATTCAG
GAAACACCAA ATCCGCTTAT TGATATTTAC GAGACGACAA CAAATGAGTT AAATCGTAAT
GATATCATGA ATATATTTTT GGACATTAAT TTAGCAAAAG GTTTTACGTA TAAATTAAAC
GCCAGCCGAA GATCATGGAA TTATAAAGCA ATGGCTTTTA ATACTTCAAG ATCACTTTCC
GGAATTGCCA ATTCAGGACA AGGAAGCGGC AGTATACTTT ATAAAGATAA TGTAGAATAC
CAGTTAAGTA ATATTTTGAA TTACAACTTT AAACTGGCCG AAAAAAATCA TTTTAACGCT
ACTGGAGTTT ATGAAATTAC TTCATCAGAA TACAATGAAT TTAAAAACTC GGCAAGCAGA
ATTCCAAGTG ATATTTTGGG AATTTACGGT TTAGAAAGTG CTTTTTTAAA TACACCTGAA
ATTGGCGGAA ACGAAAGGTC TCTGATTTCA TTTGCAGGAA AATTAGAATA TGATTTTGAC
AGCAAATACT ATTTTACAGT TTCAGGCAGA GCTGATGGAT CTTCAGTATT TGGAGCCAAT
AATAAATGGG GATTTTTTCC TGCTGTAAAT GCCGCATGGA ATGTTTCAAA TGAAAACTTC
ATGAAAGAAC ACGTTCCGGT TATCAGTAAT TTAAAATTAA GAGCCAGTTA TGGTAAAGTA
GGAAACCAGC CAAAAGACCC GTATCAAAGT ATGGCGGTTG CAGATCAGAG AGATTATATC
ATAAACGGAA TAAAAGTATC TGGATACGTT CCGGGAACAC AATTGTCTAA TCCGGATTTG
CGCTGGGAAA CTTCAACGCA GCTAAACCTT GCAGCAGATT TTGGATTATT TAAAAACCGA
TTAACAGGAA CTGTTGAGGT TTACAATACA GATACTTCTG ATTTATTGAT TTATGAAACC
TTAAATGCAA ATACAGGTTA TACCAAAAAA CTTTCAAATA TTGGTAAAGT AAACAACAAA
GGTTTAGAAA TTACTTTAAA TGGTGATTTA ATCAAAAAGA AAGACTTCAG ATTAAATGTT
GGCGCTACTT TCACTAAAAA CAAAAACAGC ATTGTAAGTA TTTATGGAAA AGATGCCAAC
GGAGACGGAA AAGAAGATGA TGATGTTGGA AACTTATGGT TTATAGGAAA ACCAATTGAT
GTGTATTACC GATACAAAGC TGTTGGAATT TATCAGGAAG GAGAAACCAT TCCCATTGTT
ACAGGAACAA CTTTATATCC GGGAGACATA AAGTTATACG ATGCTAATCC AGCAAATGGT
GCCAATCCAA ACCCGAATGA AGACCGTGTC ATTACATCAA AACTGCCAGA TTGGTTTGGA
ACTTTTTCCT TGGCTTTAGA ATACAAACAA TTTGATTTCT CGGCAGATAT TTATACTGTT
CAGGGGGTTA CAAGAGATAA TTTATTCTTA TACGATTATG TAAAAGGAGG TTCTTTGAGA
GGAGTAAAAA ACGGTATCAA ACAAGATTAC TGGACACCTG AAAATCCTGG AGGAAACTGG
CCGAGACCAA GAGACGGAAA CGATCCGCCG TACATCAATA CTTTAGGATT ACAAGATGCC
TCTTACATTC GTTTGCAAAA CGTTTCTGTT GGGTTTAAAT TTCCAGAAAG CACCCTTAAA
CCATTAGGAT TAAGTAATAT GAGATTGTAT GTAACCGGAA GCAATTTGGT TACCCTTACA
GATTATCAGT CTTACAGCCC AGAGAAAGAA ATAAACGATT ATCCGGAACC TGTTACTTGT
GTTATAGGCT TACAAGTAGG TTTTTAA
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| Protein sequence | MKNNKPEKIL FLGGNYLKLI LMFFLCILAS NVKAQESTVS GKVVDNAGLP LPGVNVHVKG
STKGTQTDFD GNFSISTAPK STLVFSFIGM DEVTVDTENK KNLKVVLKPS SQALDEIIVV
GYGTKKKSDV ISSVASVKPG DMTKVATSDV GEMLRGKAAG VQVSLADGGP GSSSSIQIRG
KKSINGSNEP IVIADGVVIG NINDVNANDI ASLEILKDAA AQSIYGARAS NGVILITTKR
GKTGKAKIAY NGFSGVQTIN RNFDIYSGEE FAQLKREAYR TSNGGVYRPD DQVFSPLELE
SVQSGKYIDW EKYALRTGTT NNHSLSISSG TDKTSIFSSI NYINTTGVIP NSDFEKVAMR
VNVDQRVADW LKIGMNVSLQ FSETNRPNVG NVLNNAINTS PLGRIYNDDG SFRYLPGGIQ
ETPNPLIDIY ETTTNELNRN DIMNIFLDIN LAKGFTYKLN ASRRSWNYKA MAFNTSRSLS
GIANSGQGSG SILYKDNVEY QLSNILNYNF KLAEKNHFNA TGVYEITSSE YNEFKNSASR
IPSDILGIYG LESAFLNTPE IGGNERSLIS FAGKLEYDFD SKYYFTVSGR ADGSSVFGAN
NKWGFFPAVN AAWNVSNENF MKEHVPVISN LKLRASYGKV GNQPKDPYQS MAVADQRDYI
INGIKVSGYV PGTQLSNPDL RWETSTQLNL AADFGLFKNR LTGTVEVYNT DTSDLLIYET
LNANTGYTKK LSNIGKVNNK GLEITLNGDL IKKKDFRLNV GATFTKNKNS IVSIYGKDAN
GDGKEDDDVG NLWFIGKPID VYYRYKAVGI YQEGETIPIV TGTTLYPGDI KLYDANPANG
ANPNPNEDRV ITSKLPDWFG TFSLALEYKQ FDFSADIYTV QGVTRDNLFL YDYVKGGSLR
GVKNGIKQDY WTPENPGGNW PRPRDGNDPP YINTLGLQDA SYIRLQNVSV GFKFPESTLK
PLGLSNMRLY VTGSNLVTLT DYQSYSPEKE INDYPEPVTC VIGLQVGF
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