| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4255 |
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| Symbol | |
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| ID | 5092297 |
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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 | 5136969 |
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| End bp | 5140073 |
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| Gene Length | 3105 bp |
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| Protein Length | 1034 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644743679 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001196582 |
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| Protein GI | 146301991 |
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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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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGAACATTC AAAAATCATT AAAGAAAAAA ATAAAATACA ATCTTGTATT TTTATTTTTC
CTGAATTTTC TGGTGAGCCA TACAGTGAGC GCTCAATCTA CCACAATAGA AGGTAAAATT
ACTGATGCTG CCGGACTATC ACTGCCGGGT GTAAATATCC AGGAAAAAGG TACTAAAAAT
GGAACTTCGA CAGATTTTGA AGGAAGTTTT AAAATAAATG TAACCAGTAA CAAAGCTGTT
TTAATTATCA GCTATTTAGG CTTTCAAACG CAGGAAGTAA GCGTTGCCGG AAAAACTAAA
GTAAACGTAA GCCTTGCAGA ACAATCCAAT TCATTAAACG AAGTAGTGGT TGTAGGATAC
GGTTCTGTAA AGAAAACAGA CCTCACAGGA TCTGTAAGTA CAATTAGTGC TGCAACAATT
ACAGAAAGAA ATACTACAAG CGCACTTGAG GCAATTCAGG GAAGCACGCC TGGGGTTCAG
ATTTCATCTT CATCAGGACG TTCTGGTGAC GGATTTAAAG TTGTAATTAG AGGAAATAAC
TCATTAGTAG GATCATCTCC TTTATATGTA GTGGATGGTG TTCCTGTTGA TAATATCGAC
TTTTTGAATC CACAGGATAT TTCCAGAATG GACGTTTTAA AAGATGCTTC ATCTGCTGCA
ATTTATGGTT CTCGTGGTGC CAGCGGTGTT ATTATTGTAA CTACAAAAAG CGGTGCTAAT
GTAAAACCGG GAATCAATGT AACTTTTGAT TCTTCTTACG GTACAAAAAC AGCGGCAAGA
ATGCCAAAAA TGATGAATGG AGAAGAATGG TGGAAATTCC ATCAGGTAGC CTATATGAGT
GCTACGCCAG CAACACAAAC TCCGGCTCAA TTAGCTGCTT TAGCAGGAAA TCAAAGTCCG
CTATTAGTTT CAAGAGCGAA TAGTGGTTAC AATTTTGACT GGGCAGATGC GGTACTTAAG
CCAGGTATGA CACAAAATAA TTACTTAAAT GTTACAGGAC GTTCAGATTC TGGTTTAAGT
TATAACTTAG GATTTGGTAT TCAAAGCGAT GAAGGACTTA TCGATAACGA TTCAACAGAT
AAATATTCTT TTAAATTAGG ATTAAATCAT AAAATAAACG ACAAATTTAC TACCGGAGCA
AATATTACAA TTGCTCGTCT GGATACAGAA TTAGGTTCAG ATCTGGCTAT GCAGGATGCC
TTCAGACTTA GCCCGCTTAT GTCGCCATGG GCAGTTGATG CACAAGGAAA TGAGCAGGTG
GGAACGTTGT TCTTTTTACC TGGTAAACTA ACATATCCTG ATGGTTCTTG GGCAATTAAC
AAAACATCAA CGGTAAACCC GTTAATGGAA ATTGCAAATT CTTCTCAAAC AGAAAAAACT
TGGCAGACAG TTGGAAACGT TTTCTTCCAA TATCAGCCTT TAAAATGGCT TTCGTTTAAA
ACAACATTTG CCGGAGGAAT TGAAAATACA GAAACAAGCG CATCATATAA AGCACAAACT
AATGCCGGAG TAACATTAAA CGGAAAAAAT TCTGCTTCAA TTAAAAACTT CAACAATTTT
AATTATACAT GGGATAATCA AATTGATTTG AAACATACAT TTAATGAAGT GCATGATTTC
AGCGTTTTAT TACTACAGAG TTTGTATTCA AATACAGATA AAACATCTTA TATGTATTCT
AACAATCAGC CTTTTGATGT TGGTTCAAAT AATATGGGAT CTGGAGTGCA GACTAGTTAT
AATATCAATT CAGGATATCA AAAAAATACA TTAAGCTCTT ATGCGGTTCG TGTAAATTAC
AGCTTTAGAG ACAAATATCT ATTAACAGCT TCTACAAGAT GGGATGGTTC TTCTGTTTTA
TCTGAAGGCA ATAAATGGCA GAGTTTCCCT TCTGTAGCTT TAGGATGGAA AATCAGCAAA
GAATCTTTCC TTGCCAGCAG TTCAGTAATT TCAGATTTAA AACTTCGTGC GAGTTTAGGA
TATACAGGAA ATGATAACGT AGCACCTTAT ACTTCTCAGG CATTATTAAA TCAACAGACT
TTTTATGCTA ACGGAGCTAA TGTAGTTTCG GGATGGCAGA CTGAGAATTT AGCGAATCAG
GCTTTAACTT GGGAAAAAAC AAGAGAGCTT AACTTTGGTC TTGATTTCGG ATTCTTAAGA
AATAGAATTT CTGGTAGTGT TGACGTTTAC GACAGATTAT CAGATAAGTT AATTTACAAA
CAAGAATTAC CTCTTGAAAC AGGATACAAA AATACATTTG CTAATGTGGG TTCTGTAAGC
AACAAAGGGG TCGAAGTTTT GTTAACAACA AAAAATATCA AAAGCGAAAA AGTAAACTGG
GAAACTACAT TTACTTTTAC TAAAAACGTA AACAAATTAG AGTCAATTTA CAACCAGGAT
CAGGTAAGTG ACATTGGTAA TAAATTAATT TTAGGATCTC CTTTAAATCC TAACTACAAC
TATGTTTATG ATGGTGTATG GCAGGAAAGC CAGGCAGCAG AAGCAGCAAC TTATAACATG
CTTCCGGGGC AGGCAAAACC AAAAGACCTT AATGGTGATG GTAAATTTAA TACAGATGAC
AGAACGGTAA TTGGTAACCC AAATCCGGAA TGGCAGGGAA GTTTGTATTC TAAACTGACT
GTTGGAAATT TTGATTTCAA TTTCTCAGTT CTTACCAGCC AAGGGCAGAC AGTATTAAGT
ACTTTTCACC AAAACTTTGC AGATGTAAGT GACAGAGGAC GCCAAAAATT AGCTATGGAT
TATTTTATTC CAACAAATGG AGCAGGAATC GAAGCTAATG CCAACAATAC AAATCCAAGA
CCAGGACCTG TAGCAACAGG AGCAGGAGCT TACTGGACTT CATTATTTGC TTACTACAGA
GACGTTTCTT ACGTGAAAAT TAAAAATATA TCTTTAGGAT ACACACTGGA TTCTGAATTA
TTGAAAAAAC TAAAAATCAA TAATTTAAGA ATATATGTAA ATGTGTTAGA CCCATTTGTG
TTTACAAATT TTGATGGATA CGATCCGGAA TGGGCAGCTT CATCTTTTGG AGTAAATCGT
CCGGCATCAA TAACAACGCA ATTGGGAGTA AGTGTTAAAT TTTAA
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| Protein sequence | MNIQKSLKKK IKYNLVFLFF LNFLVSHTVS AQSTTIEGKI TDAAGLSLPG VNIQEKGTKN
GTSTDFEGSF KINVTSNKAV LIISYLGFQT QEVSVAGKTK VNVSLAEQSN SLNEVVVVGY
GSVKKTDLTG SVSTISAATI TERNTTSALE AIQGSTPGVQ ISSSSGRSGD GFKVVIRGNN
SLVGSSPLYV VDGVPVDNID FLNPQDISRM DVLKDASSAA IYGSRGASGV IIVTTKSGAN
VKPGINVTFD SSYGTKTAAR MPKMMNGEEW WKFHQVAYMS ATPATQTPAQ LAALAGNQSP
LLVSRANSGY NFDWADAVLK PGMTQNNYLN VTGRSDSGLS YNLGFGIQSD EGLIDNDSTD
KYSFKLGLNH KINDKFTTGA NITIARLDTE LGSDLAMQDA FRLSPLMSPW AVDAQGNEQV
GTLFFLPGKL TYPDGSWAIN KTSTVNPLME IANSSQTEKT WQTVGNVFFQ YQPLKWLSFK
TTFAGGIENT ETSASYKAQT NAGVTLNGKN SASIKNFNNF NYTWDNQIDL KHTFNEVHDF
SVLLLQSLYS NTDKTSYMYS NNQPFDVGSN NMGSGVQTSY NINSGYQKNT LSSYAVRVNY
SFRDKYLLTA STRWDGSSVL SEGNKWQSFP SVALGWKISK ESFLASSSVI SDLKLRASLG
YTGNDNVAPY TSQALLNQQT FYANGANVVS GWQTENLANQ ALTWEKTREL NFGLDFGFLR
NRISGSVDVY DRLSDKLIYK QELPLETGYK NTFANVGSVS NKGVEVLLTT KNIKSEKVNW
ETTFTFTKNV NKLESIYNQD QVSDIGNKLI LGSPLNPNYN YVYDGVWQES QAAEAATYNM
LPGQAKPKDL NGDGKFNTDD RTVIGNPNPE WQGSLYSKLT VGNFDFNFSV LTSQGQTVLS
TFHQNFADVS DRGRQKLAMD YFIPTNGAGI EANANNTNPR PGPVATGAGA YWTSLFAYYR
DVSYVKIKNI SLGYTLDSEL LKKLKINNLR IYVNVLDPFV FTNFDGYDPE WAASSFGVNR
PASITTQLGV SVKF
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