| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_4500 |
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| Symbol | |
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| ID | 5091924 |
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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 | 5430594 |
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| End bp | 5433770 |
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| Gene Length | 3177 bp |
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| Protein Length | 1058 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 644743916 |
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| Product | TonB-dependent receptor, plug |
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| Protein accession | YP_001196818 |
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| Protein GI | 146302227 |
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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 | [TIGR01435] glutamate--cysteine ligase/gamma-glutamylcysteine synthetase, Streptococcus agalactiae type |
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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 | ATGAAAAAAA TATTAAATAG ATATACATGG TTATGTATTT TGTTGATTTC CATAGGGATT
AACGCTCAGG AGACCAAGCC GTTGATCCAG TCAAAACTCG TAGGAACGGT GGTTGATGCT
GTTACAAAAG ACCCTGTTAT TGGTGCTTCT GTTGTTATTA AAGGCACGAC ACATGGTGTT
CAAACAGATT TTGACGGTAA ATTTTTCTTT CAAACAGGAC AAAAATTTCC TTATACTGTA
ATAGTAAGCT ATTTAGGTTA CAAAAAAGCG GAAGTTGTAG TTAATGATAA TCCGGTTGTT
ATTGAACTTA CTGAAGAACA AAATCAATTA TCAGAAGTTG TGGTTACGGC ACTTGGTATT
TCAAAAGAAA AGAAATCTTT AGGATACACT ACTCAGGCAC TTAAAAACAA AGATATTGCT
GATACAAAAG AAACTAACTT TTTAAACAGT CTTAGTGGTA AATTAGCCGG GGTGCGTATT
ACAAACTCTC AGGGAGATAT GGGATCTTCA CGTATTATTA TTCGTGGAGA AACTTCTATT
GCAGGAAACA ACCAGCCTTT ATTTGTTGTA GACGGAGTTC CTGTAGACAA CTCACAGTTA
GGAAGTGTTG GAGGAGCAAC TCGTGATTTT AAAAATGCAA TTGCCGATTT AAATCCGAAT
GATATTGAAA CGTTAACAGT ATTGAAAGGT CCTAACGCAG CGGCACTTTA CGGATCGCGT
GCGGCGCATG GTGTTGTACT TATTACTACA AAATCTGGAA AAAGCCAAAA GGGACTTGGA
ATTACCTTTA GTTCTGGTAT TACAATCTCT CAGGTAGCTA CTTTACCAAG TTTTCAAAAT
TCATACGGAC AAGGTTCTAA CGGAAGATTT AGTTTTGTTG ACGGAAAAGG AGGCGGCGTA
AATGATGGAG TTGACGAAAG CTGGGGACCA AGATTGGATG GACGTTTGAT TCCTCAATTC
TACTCAAATG GTGAAGCTGT ACCTTTTGTG GCTCATCCAA ATAATGTGAA AGACTTCTTT
AATACTGGTG TTACGTATGA CAATAGTATT TCTGTAGCGA GATCAGATGA AAAATCAGAT
TTTCGTTTAG GAGTAAACAA TCAAAAACAA TTAGGAACAG TGCCAAATAG TGAAGTAAAC
AAAACAAACT TTACGATTAA TACTAATTAC CAGATTTCAA AAGGTATTAG AGTTGGTGCT
ACAGCTAATT ATATTACAAC TAATGCTCCG GCTTTACCAG GTGGTCCATC TGGAAACCGT
GCGGCTGGTG TAATGCTTCA GTTCCTTTGG TTCGGACGTC AGGTTGATAT CAATCAGCTT
CGAAATAACA GAGATGTTAA CTGGAACAAC AGTTACTACA GCAACCCTTA CTGGAATGCT
TATTACAATA CTACAAGCCA GCAGCGTAAC CGTATTATTG GTGATGTGCA TTTGGATGCA
AAATTAGCTG AAGGTCTTAA CTTTAAATTC CGTACAGGAG TTGATTACTA TAATGACAGA
AGAAAATACA CTATCAAATA CGGTACAAAC GGAACGCCTT TTGGTTCTTA TGCAGAAGAT
GCTTACACTG TAAATGAGCA GAATACTGAA GGTATTTTTA CTTATACTAA AAAACTTAAT
GATGATTTTA CTGTAGATGC TCTTGCCGGT TTTAATATTC GTAACCACAG CGATGCAAAC
AATTATCAAA AAGCACCACG TTTAGCTGTA CCTGATTTGT ACACTTTGAC GAATTCAAGA
GATCCATTGA CATCATCAAA TACATTGTCA AGATTAAGAG TTTACAGTGC GTATGCTTCG
GCACAATTTG GATATAAAAA CTATGCTTAT TTAAACCTTA CAGCTCGTAA TGACTGGTCA
TCTACATTAC CAAGCAGTAA CCGTTCTTAT TTTTACCCAT CTATTAATGG TAGTTTAATA
TTATCTGAGG CTTTAAAATT AAAAAGCAAT ACACTTGATT TCTTAAAATT ACGCGGTGGA
TGGTCTGAAG TTGGTAATGA TGCAGACCCT TATCAATTGT CTACAGTTTA TAATTTCCAG
ACTGCATTTG ACGGAAATCC AATTCAGACT TCTTCACAAA AGAAATTGAA TGAAAACTTA
AAACCAGAAA CAACTCGTTC AACTGAAGTT GGTTTAGAAG CTTCTTTCTT TAAAAACAGA
CTTCACTTTG ATTTTGCTTA TTATAATACA AACAGTTTCG ACCAGATTTT GGAGATTAAA
ACAACAGCTT CAAGCGGATA TAACTCTCAG TTAATCAATG CTGGAAAAGT CAACAATAAT
GGTATAGAAA TTCAATTAGA CGGAACTCCG GTTCAGACTG AAAATTTCAA ATGGAATATT
GGAGCCAATT ATTCTAGAAA CAGAAGTAAA GTAGAGATTT TAGATTATGC AAAACAAATC
CAAAACTATA CAATTGGTTC ATCAGGCGGT GTTGATGTAT TAGCATCTGT AGGACAAGCT
TATGGTGCAC TTTACGGAAC AGCTTACCTT CGTGATGCAA GCGGTAACAT TGTAGTAGGA
GCAAACGGAT TACCAAAAGC TGATCCAACG AAAAGAGTTT TAGGACACTA TACTCCAGAT
TATTTAGCTG GTGTTACTAA TACTTTGACT TATAAAAATC TTGAATTATC GTTTCTTGTT
GATGCAAGTG TAGGTGGTGA AATTTTCTCA GGAACTAACA GAACCGGAAC TTATACAGGT
GTGTTGGCTT CAACGCTTCC GGGACGTGGT GCTGAAAATG GCGGTTTGAG CTACTATTTA
AATGGTACTA CAAAAACTTT AGTAAACGGA GCAGCACCAG GCGGAGCAGC AGTTTATGAT
GACGGTATGG TTTTTAACGG AGTTTACGAT AATGGAACTC CAAACACTAC TATAATCAGT
GCGCAGGAAT ATTACAAAGC ATCATACAAC ATTAGTGAAG CTTACATTTA CAGCTCAACT
TTTGTAAAAA TGAGAGAAAT TAAACTGGCT TACAATTTCA ACAAGTCATT TGCTAAAAAA
CTAGGATTAG AAGGGGCAAG TATTACTGCA GTAGGACGTA ACCTTTTCTT TATCTACAAA
GATGCACCAA ATATTGATCC TGAAACGGCT TTCAATACTG GAAATGCACA AGGTTTGGAG
AGTTTAGCTT TACCAACAAC TAGAAATTTC AGCCTTAATG TTAATCTTAA ATTCTAA
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| Protein sequence | MKKILNRYTW LCILLISIGI NAQETKPLIQ SKLVGTVVDA VTKDPVIGAS VVIKGTTHGV
QTDFDGKFFF QTGQKFPYTV IVSYLGYKKA EVVVNDNPVV IELTEEQNQL SEVVVTALGI
SKEKKSLGYT TQALKNKDIA DTKETNFLNS LSGKLAGVRI TNSQGDMGSS RIIIRGETSI
AGNNQPLFVV DGVPVDNSQL GSVGGATRDF KNAIADLNPN DIETLTVLKG PNAAALYGSR
AAHGVVLITT KSGKSQKGLG ITFSSGITIS QVATLPSFQN SYGQGSNGRF SFVDGKGGGV
NDGVDESWGP RLDGRLIPQF YSNGEAVPFV AHPNNVKDFF NTGVTYDNSI SVARSDEKSD
FRLGVNNQKQ LGTVPNSEVN KTNFTINTNY QISKGIRVGA TANYITTNAP ALPGGPSGNR
AAGVMLQFLW FGRQVDINQL RNNRDVNWNN SYYSNPYWNA YYNTTSQQRN RIIGDVHLDA
KLAEGLNFKF RTGVDYYNDR RKYTIKYGTN GTPFGSYAED AYTVNEQNTE GIFTYTKKLN
DDFTVDALAG FNIRNHSDAN NYQKAPRLAV PDLYTLTNSR DPLTSSNTLS RLRVYSAYAS
AQFGYKNYAY LNLTARNDWS STLPSSNRSY FYPSINGSLI LSEALKLKSN TLDFLKLRGG
WSEVGNDADP YQLSTVYNFQ TAFDGNPIQT SSQKKLNENL KPETTRSTEV GLEASFFKNR
LHFDFAYYNT NSFDQILEIK TTASSGYNSQ LINAGKVNNN GIEIQLDGTP VQTENFKWNI
GANYSRNRSK VEILDYAKQI QNYTIGSSGG VDVLASVGQA YGALYGTAYL RDASGNIVVG
ANGLPKADPT KRVLGHYTPD YLAGVTNTLT YKNLELSFLV DASVGGEIFS GTNRTGTYTG
VLASTLPGRG AENGGLSYYL NGTTKTLVNG AAPGGAAVYD DGMVFNGVYD NGTPNTTIIS
AQEYYKASYN ISEAYIYSST FVKMREIKLA YNFNKSFAKK LGLEGASITA VGRNLFFIYK
DAPNIDPETA FNTGNAQGLE SLALPTTRNF SLNVNLKF
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