| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2090 |
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| Symbol | |
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| ID | 5093853 |
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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 | 2491921 |
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| End bp | 2496627 |
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| Gene Length | 4707 bp |
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| Protein Length | 1568 aa |
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| Translation table | 11 |
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| GC content | 33% |
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| IMG OID | 644741514 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001194439 |
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| Protein GI | 146299848 |
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| COG category | [Q] Secondary metabolites biosynthesis, transport and catabolism |
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| COG ID | [COG1020] Non-ribosomal peptide synthetase modules and related proteins |
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| TIGRFAM ID | [TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 10 |
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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 | ATGGAAATAC GTTTATTGAT TAAAAGATTA AGAGAAGAAG GCGTAATAGT TAAGATGAAA
AACGATCAGC TGGAAATATC GCTGCTATAT AATCATATAG AAGATGAGAC CCTTCAATTG
TTGAAAACGC ATAAACTGGA AATTATAGAT TATTTATCGA CGATTTTATC TAAAAACAAA
ATTGTAGAAA TTCCGCTTGT CAAAAAAGCA GATTCTTATC CTTTGACAGC TTCTCAAAAC
CGCTTTTGGA TTGTAAGCCA GTTTGAAGAC GCTTCTTTAG CTTACAATAT GCCAATTGCT
TTAAAGCTAA AAGGACAATT AGATGTAGTA AAATTTGAAC AATCCTTTCT TCATCTTTTA
GAAAGACATG AAAGCCTGCG CACTTCTTTC AAAATTAATG AAGAAGGAGA TCTGCGTCAA
TTTATAACTT CTATGCATGA TTTGGATTTT AGCTTAAATT ATATTGATTT AAGTTTAAAT
GCCGAAACAG AAAAAGCTGT AGAGGAATAC ATTACAAACC AAAAAGAAAT CGTTTTTAAT
TTAGAGAAAG CACCTCTTGT ACGTGTTTCG CTTATTAAAT CAGCAGAAAA TGAATATGTT
TTCTTCATGA CTATGCATCA TATTATTGGA GACGGCTGGT CATCAGAGCT TTTGGTGAAA
GAAGTTATAA CAATTTATAA CTGTTTGATA GAATCAAAAG AAATAAGTCT GCCAGAATTA
AAAATTCAGT ATAAAGATTA TGCATCATGG TTAAACGAAG AATCGCAGCA GCAGCTTTAT
AAAAAAGCAG AAACTTACTG GCTGAATCAA TTTTCGGGCT CACTTCCTGT GGTTGAATTG
CCTAGTTCGA AGAAACGTCC ATTGATGAAG ACCTATAATG GTGATTTTGT TAACCACCAG
TTTACAGTTA CATTTTTAGA AAAACTTACG GCTTTTTCAC ATAAACACGA CGTTACCTTG
TTTATGACTT TAATGGCCGG AATCAACGCA CTTTTGAGCA GATATACCGG CCAGCAGGAT
ATTATTATAG GTTCTCCTAT TGCCGGAAGG GAACATCCTG ATTTAGAAAA CCAAATAGGA
CTTTATCTCA ATACCCTGGC ATTTAGAACG AAGATCGATA AAGGCTTTAA TTTTATTGAT
TTATTGCGCC ATGAAAAAGA TGTAATACTA GGCAGTTACG AACATCAGAA TTATCCGTTT
GATGAATTGG TTGATAAACT CGAATTAAAA CGAGACAACA GCAGATCGGT ATTATTTGAT
GTGATGGTTA TACTGCAAAG CCAGTCTAAA CTTAATAATT TTGAAAGTGG TAAATTAGAA
AATCTAGAAT TTAAAGAGTA TAAACTAAAT ACTAAAACAT CAAAATTTGA TTTTGCTTTT
TCTTTTACTG AAAAAACAGA TTCTCTTTCG TTAGAAATTA ATTACAATAC AGATATTTAT
GATGCTTTTT TTGTTGAAAA AATTGCTTCT CATTTTGAAC AGCTGATTAC AGAAATGATC
GATCAGCCGG AAACTAAAAT TCTGGATATT GATTATTTAA GTAAAAAAGA AAAGCAGCTT
ATTTTAACGG ATTTTAATAA TACAGCTGCC TATTATACGG AAGATAAATC TATTGTACAA
TTATTTGAAC AACAGGCAGC AAAAACACCA GATCATACTG CCGTAATTTT TGAAGATAAA
AAAGTAAGTT ACCAGGCTCT AAACGAACAG GCCAATCAGC TGGGCGGTTA TTTAAGAAAA
CATTACAATA TTCAGCCGGA TGATCTTATT GGTATAAAGC TGCAAAGAAA CGAACGTATG
ATAACGGCTA TTCTGGGTAT ATTAAAATCC GGAGCTGCTT ATGTGCCCAT TGATCTCTCT
TATCCTCAAT CCAGAATTGA ATATATAGAA AAAGACAGTA ACTGCAGGAT TATTATCGAT
GAATCTTTTT TGCAGTCATT TTACGAGGAA CAGCATAAGT ATTCAGTTGT AAATATTGAA
AACAGGAATA CTCCAAAAGA TTTAGCTTAT ATAATATATA CCTCTGGAAC TACCGGAAAC
CCTAAAGGAG TTATGGTAGA GCATAAAAAT GCAATAGCAC TGGTAAACTG GTCAAAAGAA
GAATATGCCA AAAGCGCATT CGATATGGTA TATGGAGTTA CGTCATATTG TTTCGATTTA
TCAGTTTATG AATTTTTCTT CACGCTGGCA ATCGGAAAAA CATTACGTAT TTTAAAAAAT
GCACTGGACA TAGAAAACTA TATAAATACA GATCAAAATG TCCTGCTTAA TACGGTTCCT
TCGGTAGTTA GAAAATTATT AGAAGATAAG ATTTCATTAG AAAATATCAA GGTCATTAAT
ATGGCAGGAG AAATTCTGCC GACAGATATT GTGGACCAGC TGCCAATAGA AAAAATGGAA
GTAAGAAATC TTTACGGCCC GTCTGAAGAT ACCACTTACA GTACAAGTCA TCTTGTAATT
TCAAAAACAA ACAGAACTAT TTCTATCGGG CGCCCAATGT CAAATACACA AGCCTGGATT
TTAAATGAAT CTCTTTTACC TGTTCCTGTT GGCATATCGG GTAAATTATA TCTTTCCGGA
GAAGGAGTTA CAAGAGGTTA TTTAAACAAA CCAGAGCTTA CTGCCGAAAA GTTTGTTACT
AATCCTTTTA TTGAGAATGA AAGAATGTAT GATACCGGCG ATCTTGCTTA TTGGCTTCCT
GACGGAAACA TAGAATTTTT AGGAAGAAAA GATCATCAGG TTAAAATACG CGGTTTCAGG
ATAGAATTGG GAGAGATTGA AGCGGCTTTG CTTCAATATT CAACAGATTT AAAACAGGTG
GTTGCAGCCG TAAAAGAAGT CAATGGTGAA AAAATATTAG CAGCCTATTA TATAAGCACA
AAAGAACTGG ACAAATCTTC CCTTCGTGCT TTTCTTAAGG ATAAACTGCC AGAATATATG
GTTCCGGGAT TTTATGTAAG GTTAGAAAGT CTGCCATTAA CACCTAATGG AAAAATAGAT
CGTGAGATTC TGCCAGGGAT TAATGGAGAA GATCTTATTA GAAAAGAGTA TGAGGCGCCA
AAAAATGACA TAGAAAAGAA ACTAGCTGAA ATTTGGCAGG AGATTTTATC TTTAAAAGAA
GTAGGAATTC ATGATAACTT TTTTGAATTA GGAGGACATA GTATGAAGGC TATGAAACTG
ATTTCGAAAA TTAAACAAGA ATTCAATATA AATTTTAAGA TAAGTGAAAT CTTTATCCAT
CCTACATTAT TATCTCAGGC TGAGCAAATT GTTTCACAAG AAAAGAATTT TAACGATACC
ATTCCTTTAT TAAAAAAAGA AACAAGTTAT CCTGTTTCAT TTGCACAAAG ACGATTACTG
CCCTTAAGTC AGATAAAAGA AAGTTCTGTT GCTTACAATA TGCCAATGAA ATTGGTGATA
AACGGGTATG ATCCTGATCT TTTTATTGAG GCTTTACATG CTGTTGTAGA AAGACATGAA
ATTTTAAGAA CAGTATTTCA GGAAGATGCA AATGGAAACT TCAGGCAATT TGTGAAAACT
AACGAAGAAT TAGGGCTAAA AATAAAGACT TATGATTTTA CTAAAAATCA AAATCCTTAT
AAAGAAGTAT TTGATTATGT TTCTAAAGAT TCGCTTGAAC CATTTGATAT AAAAAGAGGT
CCTCTGGTAA GGTTTGCTTT GCTGAAAACA GCTGAAAATA CATTTGTGTT TTACAGTAAT
TTTCATCACA TCATTTTTGA TGGATGGTCT TATAAAGTCC TTAAAAAAGA CATAGAGGTA
TTTTATAACG CTTTTAAAAA CCTTGAAAAG CCATTACTCC CGGATTTGCG TATTCAGTAC
AAAGATTTTA CTGCTTGGCA GTTAAAAACA ATAGAAGGTG ATGAATACAA GAATCAGAAA
AATTTTTGGC TTAATCAGTT TCTGGGAGAA ATACCACAGT TAAATCTAAG TTTTGCTGAT
AAGAGACCTA ATTTTAAAAC TTACAATGGT TCTATGCTGA CCTATTTAAT TAAAGAAGAG
AATTTTGAGA GTTTTGTAAA ATTAACCAAT ACTACCGGAA GTACACCTTT TTTAAATCTG
CTTGGTATTG CAGCTATGGT CTTATACAAA AATTCTCTTC AAAAAGAAAT AATAATCGGA
AGCCCGGTTT CAGGAAGAGT TCACCCAGAT TTAGACGATC AGGTTGGATT TTATGTAAAC
ACACTTCCGT TGCGAATATT TTTAGAAGAA GACAAAACAT ATCAGGATTT TATAGAAACT
ATTAAAGAAA CTGTGCTGAG TTGTTTTGAT AATCAGTCTT ATCCGTTCGA TATTTTAACA
GAAGACCTAA ATCAGGGCAG GGATTTGTCC AGAAGTCCGC TTTTTGATGT CATGCTTAAT
CTAAACGAGT ACGAAGTAAT TAACGAAAGT TCTATTAAAG CAGGTCAGTA TGCAGAAGAA
GAGACAGCCA GTAAGTATGA TCTTTTACTT GAATTTGACT TATTTAAAGA TAATCTGCAG
TGCCGTTTTA CTTACAATAC TGATTTATTT GGGAAAAAAG ATATTGAAAA ATTGATTCAG
GAATTTGAAA AATTACTAGA AACAGTATCT CAAGACCAGC AGTATCCGCT TATAAATTAT
TTGAATTTGA TAATGAGCCA GGAGGAACTT TTGGAACAGG AAGATTTCTT CAGTGCAATT
ATTTCTGAAA TCAGCGAAGA GTTTTAA
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| Protein sequence | MEIRLLIKRL REEGVIVKMK NDQLEISLLY NHIEDETLQL LKTHKLEIID YLSTILSKNK
IVEIPLVKKA DSYPLTASQN RFWIVSQFED ASLAYNMPIA LKLKGQLDVV KFEQSFLHLL
ERHESLRTSF KINEEGDLRQ FITSMHDLDF SLNYIDLSLN AETEKAVEEY ITNQKEIVFN
LEKAPLVRVS LIKSAENEYV FFMTMHHIIG DGWSSELLVK EVITIYNCLI ESKEISLPEL
KIQYKDYASW LNEESQQQLY KKAETYWLNQ FSGSLPVVEL PSSKKRPLMK TYNGDFVNHQ
FTVTFLEKLT AFSHKHDVTL FMTLMAGINA LLSRYTGQQD IIIGSPIAGR EHPDLENQIG
LYLNTLAFRT KIDKGFNFID LLRHEKDVIL GSYEHQNYPF DELVDKLELK RDNSRSVLFD
VMVILQSQSK LNNFESGKLE NLEFKEYKLN TKTSKFDFAF SFTEKTDSLS LEINYNTDIY
DAFFVEKIAS HFEQLITEMI DQPETKILDI DYLSKKEKQL ILTDFNNTAA YYTEDKSIVQ
LFEQQAAKTP DHTAVIFEDK KVSYQALNEQ ANQLGGYLRK HYNIQPDDLI GIKLQRNERM
ITAILGILKS GAAYVPIDLS YPQSRIEYIE KDSNCRIIID ESFLQSFYEE QHKYSVVNIE
NRNTPKDLAY IIYTSGTTGN PKGVMVEHKN AIALVNWSKE EYAKSAFDMV YGVTSYCFDL
SVYEFFFTLA IGKTLRILKN ALDIENYINT DQNVLLNTVP SVVRKLLEDK ISLENIKVIN
MAGEILPTDI VDQLPIEKME VRNLYGPSED TTYSTSHLVI SKTNRTISIG RPMSNTQAWI
LNESLLPVPV GISGKLYLSG EGVTRGYLNK PELTAEKFVT NPFIENERMY DTGDLAYWLP
DGNIEFLGRK DHQVKIRGFR IELGEIEAAL LQYSTDLKQV VAAVKEVNGE KILAAYYIST
KELDKSSLRA FLKDKLPEYM VPGFYVRLES LPLTPNGKID REILPGINGE DLIRKEYEAP
KNDIEKKLAE IWQEILSLKE VGIHDNFFEL GGHSMKAMKL ISKIKQEFNI NFKISEIFIH
PTLLSQAEQI VSQEKNFNDT IPLLKKETSY PVSFAQRRLL PLSQIKESSV AYNMPMKLVI
NGYDPDLFIE ALHAVVERHE ILRTVFQEDA NGNFRQFVKT NEELGLKIKT YDFTKNQNPY
KEVFDYVSKD SLEPFDIKRG PLVRFALLKT AENTFVFYSN FHHIIFDGWS YKVLKKDIEV
FYNAFKNLEK PLLPDLRIQY KDFTAWQLKT IEGDEYKNQK NFWLNQFLGE IPQLNLSFAD
KRPNFKTYNG SMLTYLIKEE NFESFVKLTN TTGSTPFLNL LGIAAMVLYK NSLQKEIIIG
SPVSGRVHPD LDDQVGFYVN TLPLRIFLEE DKTYQDFIET IKETVLSCFD NQSYPFDILT
EDLNQGRDLS RSPLFDVMLN LNEYEVINES SIKAGQYAEE ETASKYDLLL EFDLFKDNLQ
CRFTYNTDLF GKKDIEKLIQ EFEKLLETVS QDQQYPLINY LNLIMSQEEL LEQEDFFSAI
ISEISEEF
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