| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3251 |
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| Symbol | |
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| ID | 5093412 |
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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 | 3887087 |
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| End bp | 3890473 |
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| Gene Length | 3387 bp |
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| Protein Length | 1128 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 644742678 |
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| Product | TonB-dependent receptor |
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| Protein accession | YP_001195586 |
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| Protein GI | 146300995 |
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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 | 0.672464 |
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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 | ATGAATGAAA AACAAAAGCG GTACGTCGTA AAGTTTCAAA GCATTAAAAA AGCTATGTTG
GCAAAAGTAA TCTTATTTAT TGCTTTGTTT TTTACCGGAT TAATAAACGC CGAAAACATT
GATTTCGATA AAAAAGTAAC TTTAAAAGTA GAAAATGAAA GTTTAAAGAA TGTTTTTCAA
AAAATTGAAA ATCAGGCTAA TGTACATTTT ATGTACGAAT CCAATCAAGT TAATACCAAC
CAAAAAATCA GTTTAAAACT TACTAATGTT TCGCTTGAGC AGGCATTAGA CAAAATATGC
GGCAATTTTT CGCTTAAATA TGAAATTGTA AGCAACAATA TCGTTATCAA AAAAACACAA
AAAGTAGTTT CTGCAGATGA TCAAAACAAA ATTATAGTTT CTGGAACCGT TTACGGCGGA
GACGATAATA TGCCTTTACC AGGTGTTGGA ATTAAAGATA AAGGTTCTAA TGCAGCGGGA
ACAACAGATT TCGACGGAAC TTTTAAATTG GAAATCAACG CATCTGAAGC TAATTTAGTT
TTCTCGTATG TAGGATATGT TACGCAGGAA GTAAAAGTAA GCCAGACAAG CACTATTACA
GTAAAATTAC CAGCCGATAT GAAACAGCTT CAGGAAGTTG TAGTAATGGG GTATGGAAGT
GTAAAAAAGA ACGAAGTTCT GGGAGCTGTA GGTTCTGTTT CCATGAAAGA AACTTCTAGC
AGAACTTACA ATAGTGCAGC CGAATTATTG CAGGGAACTG TTGCGGGTGT TACGGTTATT
AATGACGGTG GTGACCCAAC TGCATCGCCA ACAATTAATA TTCGTGGTAT TGGATCTTTA
AATGCTGAAA CTCCGCTAAT CGTTTTAGAC GGAATTATTT ACAGCGGTTC ATTAAATACT
ATTAACCCAA ATGATATTGC TTCGATAAGT GTTTTAAAAG ATGCGGCATC GGCGGCGATT
TACGGAGCAA GAGCTTCTGG AGGGGTAATT TTAATTACTT CGAAAAAAGG AATCTCAGAC
AAAATTAATG TTGATGTCAA TTTTCAGGGA GGTTTTCAAA ATGTAGCAAA AAAACTGGAG
GTTTTAAATG CAGCAGAATA TGCTGATGCA ATGAATACAG CTCGTGATAA CGCAGGATTA
CCAAGAATTC CGGCTTTTGA TCCCGCATTT GAACCAACTG CAAGAACTAC AAAAACAAAC
TGGATGGATG AAATTTTCCG TACAGGACAA ATAAACGATT TATCGATTTC TGTAAACGGA
AGAACTGAAA AATCTAATTT CTTTCTTTCT GGAAGTTATA GAAAAAATGA AGGGATTTTG
CTAAATACTT ATGGAGAGCG TTATACAGTT AGAGCGAATT CATCTTTTAA ACTGGCACCT
AATTTTACAA TTGGTGAGAA TCTTTCGTAC TCATTAACAG ACGGACAGAC AGCTAATACT
TCAAGTTCGT ATACAGGAGC AATTCAAGCG GCAATTTTAT ATCCGCCAAA CGCAACTATT
TACAGAGAAG ACGGTTCAGG ACAATTTGGA GGAGTTCCTG AAAAATATAT TGGTTCTTAT
GGAGACGTTA TCAATCCGGT AGCGTATTTG AAAAGATTAG ACAATAAAAA TCCAATTTCT
ACCATTTTGA TTAATCCTTA TGCTGAATGG GAAATTGTTC CGGGCTTAAA AGTAAAATCT
AACTGGGGAT ATACCAGAAT TCAGGATAAT GCAACAGATT TTACGGTAAA AGTTACAGAG
CCGGGAAAAA TATTTGATTT CAATAGATTG ACATTGAAAA ACTTAACCGT TACGGATTTA
TTAAGCGAAC AGACTATTTC TTATGAAAAA TCATTTGGAA AACATAATCT TAAAGCTTTA
GCGGGATATA CATACCAGGA AACTAAAAAA GATTTTTATA CTGTTGAAGG AACTGGTTTT
GATAACGAAG ATCCATCACA GCGTTATTTA TTGAATGCAA AATTAATTCA GCAGACAGCA
GCCGGAAGAT CAGATGAAAT TATTTCTTCT TATGTAGGAA GAATTAATTA CGATTTCAAT
CAAAAATATT TAATCTCAGG AATTGTTCGT CGTGACGGAA CTTCAAAATT ATTAGAAAAT
AACCGTTGGA AAGTATATCC GTCAGTTTCG GCAGGATGGT TAATTTCTGA AGAAGAATTC
ATGAAAGGTC TAAACCCAAT TGTAAGCAAT TTAAAATTAC GTGCAAGCTG GGGACAAATA
GGAAACTTAG GAAACCTTGG ACCCTATCAG TTTAGTGTTC CTTTGGTGCA GACTCAGGCT
TTAATTGGAG CAGTGCCATC AATTAATTAT GGTTATGCTG AAAGCGAATT ATCAAACCCG
AATTTAAAAT GGGAAAGTTC TGAACAGACC AATATCGGTT TAGACTTCAC AATGCTGAAT
AATACTTTGG TAGGATCTGT TGATGCTTAT GTGAAGAAAA ACAAAGACAT GTTGGTTCGT
GACCAATTAC CGGGAGTTTC AGGAACACCG CAAGGAAGAA TTGTTAACTC TGGAGATGTT
GAAAACAGAG GAATTGAGGT TAGTTTAACG TACCAGAAAA CCCGCGGAGA ATTTAAATAT
GATGTTACTG CAAATGCCGG ATTCTTAAGC AACAAAATTG TTTCTATTAA AGACGATTTA
AATTCATTAG AGCCTCTGGG TTTAAGCAGA GTTCGTAGTT TACCATTAGC TAATATCTAT
CAGGTTGGAA GCCCGGTTGG TGCTTTCTAC GGATATGAAA CTGACGGTTT ATTCCAAAGT
AATGAAGAAG CAAAAGCGTA TGTAAACAAA GATGGTGTGG CATATCAGCC AAACGCAGTA
GCGGGAGATA TCAAATTTAA AGATGAAAAC GGCGACGGTG TAATCAACAA CAGCGACAGA
AAAGTATTAG GAAGTCCGTT TCCAAAAACA ACTTACAGCT TAAATGCTAA TTTCAGATAC
AAAGGTTTCG ATATGAATAT CTTTTTCAGC GGAGCAGCAG GAAACAGTGT TTTCAATGCT
GTAAAACATA CAGGTTTAAA CGCTTCTTTC CCAGGGTACA ACTTATTAGC TGATTCTAAA
GATGCGTGGT CGCCAACAAA CAGAGATACA AATGTTCCGG TTCTTTCATC AACAGATAAC
AATAACAACT TCGGGCGTAT TTCAGATTTG TATATTGAAG ATGCATCTTT CTTAAGATTA
AAAAATCTTT CTCTTGGGTA CACAATTAAA GAAAGCTGGT TAAACGGAAA AGCAAAATTG
AGATTCTTTA TTTCTGGACA AAACCTATTT ACAATTACTA AATATTCTGG AATGGATCCT
GAAGTAGGAC TTAAAAACTT TGGAATGGAT TTAGGCAGAT ATCCGCTTTC ACGTATTTAT
ATGACAGGTG TTAACGCAAC TTTTTAA
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| Protein sequence | MNEKQKRYVV KFQSIKKAML AKVILFIALF FTGLINAENI DFDKKVTLKV ENESLKNVFQ
KIENQANVHF MYESNQVNTN QKISLKLTNV SLEQALDKIC GNFSLKYEIV SNNIVIKKTQ
KVVSADDQNK IIVSGTVYGG DDNMPLPGVG IKDKGSNAAG TTDFDGTFKL EINASEANLV
FSYVGYVTQE VKVSQTSTIT VKLPADMKQL QEVVVMGYGS VKKNEVLGAV GSVSMKETSS
RTYNSAAELL QGTVAGVTVI NDGGDPTASP TINIRGIGSL NAETPLIVLD GIIYSGSLNT
INPNDIASIS VLKDAASAAI YGARASGGVI LITSKKGISD KINVDVNFQG GFQNVAKKLE
VLNAAEYADA MNTARDNAGL PRIPAFDPAF EPTARTTKTN WMDEIFRTGQ INDLSISVNG
RTEKSNFFLS GSYRKNEGIL LNTYGERYTV RANSSFKLAP NFTIGENLSY SLTDGQTANT
SSSYTGAIQA AILYPPNATI YREDGSGQFG GVPEKYIGSY GDVINPVAYL KRLDNKNPIS
TILINPYAEW EIVPGLKVKS NWGYTRIQDN ATDFTVKVTE PGKIFDFNRL TLKNLTVTDL
LSEQTISYEK SFGKHNLKAL AGYTYQETKK DFYTVEGTGF DNEDPSQRYL LNAKLIQQTA
AGRSDEIISS YVGRINYDFN QKYLISGIVR RDGTSKLLEN NRWKVYPSVS AGWLISEEEF
MKGLNPIVSN LKLRASWGQI GNLGNLGPYQ FSVPLVQTQA LIGAVPSINY GYAESELSNP
NLKWESSEQT NIGLDFTMLN NTLVGSVDAY VKKNKDMLVR DQLPGVSGTP QGRIVNSGDV
ENRGIEVSLT YQKTRGEFKY DVTANAGFLS NKIVSIKDDL NSLEPLGLSR VRSLPLANIY
QVGSPVGAFY GYETDGLFQS NEEAKAYVNK DGVAYQPNAV AGDIKFKDEN GDGVINNSDR
KVLGSPFPKT TYSLNANFRY KGFDMNIFFS GAAGNSVFNA VKHTGLNASF PGYNLLADSK
DAWSPTNRDT NVPVLSSTDN NNNFGRISDL YIEDASFLRL KNLSLGYTIK ESWLNGKAKL
RFFISGQNLF TITKYSGMDP EVGLKNFGMD LGRYPLSRIY MTGVNATF
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