| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_3556 |
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| Symbol | |
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| ID | 5093438 |
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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 | 4243737 |
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| End bp | 4246772 |
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| Gene Length | 3036 bp |
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| Protein Length | 1011 aa |
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| Translation table | 11 |
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| GC content | 41% |
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| IMG OID | 644742981 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001195889 |
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| Protein GI | 146301298 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.70913 |
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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 | ATGAATTATT TTTCATTTTA CAAGGATGGA AAAGCTCTTT ATTGCCTAAT TTTTACGGGT
ATGCTACTGA CTTTTTCATC ATCGTTTGCC TACAATTCAA AAAGGCATTT AAACACTTTT
TATCAACAGA ATCAGGTAGA AGGAACCGTC ACTGATCATA CTTCCCCTCT GCCTGGTGTG
ACCATTACTA TCAAAGGAAA ATCAAACCTC TCAGCGATTA CCGATTACAA CGGTCATTAT
TTTATAAATG CAGCTGCAAG TGATTCTCTT GTCATTTCCT TCATAGGTTT TAAAACAAAA
ATCCTTCCAG TAGACGGAAA TAGTAAAATA GACATTACAC TAGACTACGA TACGACAACA
CTTAAGGAAG TAAAAATAAA TGCTGGATAC TATTATGTTA AGGACAAAGA GCGGACGGGA
AGTATCACTC GAATCACCTC CAGGGATATC AAAAGACAGC CCGTAACCAA TGTGCTAGCA
ACCATGCAGG GAAGAATGCC CGGAGTCAAC ATCGTACAAA ACACTGGTAT GCCCGGCAGT
GGGTTCACGG TAGAAATACG AGGAATAAAC AGTTTAAGAA GCGACGGAAA CAGCCCTCTT
TATATAATAG ATGGCGTACC GTACTCTTCC CAAGGCATAG GAAGCAGTTA CACCTCAGCA
AATATGCCAC AGCAGAACAG CCCTCTTAAC AGCATAAATC CTTTGGATAT AGCAAGTATT
GAAGTACTGA AAGATGCCGA TGCAACTGCT ATTTATGGTT CACGGGGAGC TAATGGTGTT
GTGCTTATCA CGACCAAAAA AAGCAAGGCC GGTAAAACCT CTTTCACGGC TGACTATTCA
AATGGAATCG GAAGAGTAAC CCGGTATAAA GATGTGCTCG ATACACCAAG ATATCTGGCG
ATGCGTAAAG AAGCTTTTGC CAATGACGGT GTAACACAGT ATCCCTCCAA TGCCTATGAC
ATCAATGGCA CATGGGATCA AAATCGAAAC ACCAACTGGC AGCGGGAACT CATCGGAGGA
ACTGCCGATT ATACCAATTT AACCTCTACA CTTTCAGGGG GCTCAGCACA GACTCAGTTT
CGTCTTAGTG GAAATTATTC CAAAGAAACC ACTGTATTTC CGGGAAGCTT TGACTATATC
AGAGCTGGCG GAAGGGCAAA CATAAATCAT GAATCAGAAG ACAAAAGATT TAAGGTCAAT
TTTTCAGCCG TTTATACTGC ACAGGTTAGT TCAATGCCCC TAGTGGATTT TACACAGACA
GCCTTGCAGC TTTCTCCCAA TGCACCGGCA TTATACGATC AATCCGGTAA TCTGAATTGG
GAAAACAATA CCTTTCAAAA TCCGCTGGCC ATCCTGAACG GAAAAACAAA GGGAAATACC
TACGATTTAT TTGCTAATGT TTCGCTTTCC TATGAACTCG GAGCTGGTTT CACAGCAAGC
GGCAACTTTG GTTACACAGA TCTAGATCAG AAACAAATCA ACCTGCAACC ATCGACCATC
TATAATCCTT CCTACGGACT GGGGACTGAA TCTTCACTGG CTATTTCGAA TGTCTTAAAT
CGTAATTCGT GGATTGTAGA ACCAAAATTA TCATGGGTAA AAAACATCGG CAATATGACA
ATTGATGCCC TGGCCGGAAC GACCTTCCAG CAACAAAAAG GAGATCAGCT CATTACACAA
TCCAGGGGAT TCAGCAGTAA TAGTCTAGTC TCAAACCCAG CTTCTTCCTC AACAACTACA
ATTTTGAATA GTGATGAAAC CATATACAAA TATCAGGCGT TTTTCGCCAG AATAAATCTG
AATTTGGCAG GAAGATATAT CCTGAATTTC ACCGGAAGAA GAGATGGCTC CAGCCGTTTT
GGTCCCGGCA GGCAGTTTGC CGACTTTGGT GCCGTAGGAG CAGCCTGGAT ATTCAGTGAA
AGCAAATGGC TGAATGAAAA TATTTCGTTC CTAAGTTTTG GAAAAATACG AATGAGTTAT
GGTACAACTG GTAATGACCA GATAGGTGAC TATCAGTTTA TGGATACGTA CAACACATCC
GGAACCAAAT ATCAGGGTAT CTCCGGAATG CAGCCCAGCA GACTTTTTAA TGCTGATTTT
GGATGGGAAA CCAACAAAAA AGCAGAATTT GCAATTGAAA CAGGCTTTAT TAAAGACCGC
ATATTGGCTG GTTTTGCATG GTTTCAAAAT CGATCCTCCA ACCAGCTTGT CGGAATACCA
CTTCCGGGAA CAACGGGTTT TTCTTCCATT CAGGCAAATC TGGATGCCAC AGTCCAGAAT
ACAGGTATAG AAATCACTCT GAAAACTCAA AATATAATCA ACAATAATTT TAGCTGGTCT
ACAAACTTTA ACCTGACAAG CATTAAAAAT GAATTGCTTT CATTTCCGGG ACTTGATGTC
TCCACATACA AAAACAGATA TGTAATCGGA CAGCCTTTAA ATTTAGTAAA AGCATACCAT
TACACAGGTA TTGATCCTGC TACAGGTACT TACCAATTTG AAGATGTAAA CGGTGATGGG
GTATTTACGG CCAATGAAGA CAAAAAAACA GTTAAGAACC TGAATCCAAA ATATTACGGT
GGTCTGCAGA ATCATCTACG CTTCCATAAA TTAGAATTGG ATTTCCTGTT CCAGTTTGTA
AAACAGGAAA ATTATGATGA AAACTACGGT CAGCCTATGC CCGGTACAAT GAACAATCAA
TCCACCAGTA TTGCATCACA TTGGCAGAGC GAAGATAAGG ATCAGGGCAC TTATCAGGGT
TACAGTGTAT CAAACTCATC CAAACTACAG GCTTACTTAA GGTATACACA GAGTGATGCT
TCCATTAGTG ATGCTTCTTA TATCCGCCTG AAGAATATTT CTTTAACCTA TGAGCTTCCA
AAAACCTGGA CCAAAAAAAT TACATGCAGG CTCAGTCTAC AGGGACAGAA TGTACTGACT
TTCACTAAAT ATAAAGGTAT TGATCCCGAA TTCAGGTCTA CCGGATATCT CCCTCCCTTA
AAAATCTACA CCAGTAGTAT ACAGTTAACA TTTTAA
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| Protein sequence | MNYFSFYKDG KALYCLIFTG MLLTFSSSFA YNSKRHLNTF YQQNQVEGTV TDHTSPLPGV
TITIKGKSNL SAITDYNGHY FINAAASDSL VISFIGFKTK ILPVDGNSKI DITLDYDTTT
LKEVKINAGY YYVKDKERTG SITRITSRDI KRQPVTNVLA TMQGRMPGVN IVQNTGMPGS
GFTVEIRGIN SLRSDGNSPL YIIDGVPYSS QGIGSSYTSA NMPQQNSPLN SINPLDIASI
EVLKDADATA IYGSRGANGV VLITTKKSKA GKTSFTADYS NGIGRVTRYK DVLDTPRYLA
MRKEAFANDG VTQYPSNAYD INGTWDQNRN TNWQRELIGG TADYTNLTST LSGGSAQTQF
RLSGNYSKET TVFPGSFDYI RAGGRANINH ESEDKRFKVN FSAVYTAQVS SMPLVDFTQT
ALQLSPNAPA LYDQSGNLNW ENNTFQNPLA ILNGKTKGNT YDLFANVSLS YELGAGFTAS
GNFGYTDLDQ KQINLQPSTI YNPSYGLGTE SSLAISNVLN RNSWIVEPKL SWVKNIGNMT
IDALAGTTFQ QQKGDQLITQ SRGFSSNSLV SNPASSSTTT ILNSDETIYK YQAFFARINL
NLAGRYILNF TGRRDGSSRF GPGRQFADFG AVGAAWIFSE SKWLNENISF LSFGKIRMSY
GTTGNDQIGD YQFMDTYNTS GTKYQGISGM QPSRLFNADF GWETNKKAEF AIETGFIKDR
ILAGFAWFQN RSSNQLVGIP LPGTTGFSSI QANLDATVQN TGIEITLKTQ NIINNNFSWS
TNFNLTSIKN ELLSFPGLDV STYKNRYVIG QPLNLVKAYH YTGIDPATGT YQFEDVNGDG
VFTANEDKKT VKNLNPKYYG GLQNHLRFHK LELDFLFQFV KQENYDENYG QPMPGTMNNQ
STSIASHWQS EDKDQGTYQG YSVSNSSKLQ AYLRYTQSDA SISDASYIRL KNISLTYELP
KTWTKKITCR LSLQGQNVLT FTKYKGIDPE FRSTGYLPPL KIYTSSIQLT F
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