| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Fjoh_2097 |
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| Symbol | |
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| ID | 5093860 |
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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 | 2522625 |
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| End bp | 2528603 |
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| Gene Length | 5979 bp |
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| Protein Length | 1992 aa |
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| Translation table | 11 |
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| GC content | 32% |
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| IMG OID | 644741521 |
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| Product | amino acid adenylation domain-containing protein |
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| Protein accession | YP_001194446 |
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| Protein GI | 146299855 |
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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 | [TIGR01720] non-ribosomal peptide synthase domain TIGR01720
[TIGR01733] amino acid adenylation domain |
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.164393 |
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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 | ATGAAAAATC ATATAAATAA TCTGCTTAAC AAATTAAAGG AACACCATAT TTACATAAAA
CTTAATGATG AGGAAAACAT CGAAGTTGCT GCCGATAAAG GTAAGATTCC AGCAGAAATG
ATTAATGAAA TTAAAGAGAA CAAAGAAGAG ATTATTCTTT ATTTAAAATC TTTAAAAAAA
GAATCACGAA CCAAAATAGA AAAAGCACAG CAGTCTGATA ATTATGCTGT TTCATCAGCA
CAAAGAAGAT TGTGGATTGT TTGCCAGAAC GAAGAAGCTT CTATTTCATT CAATATGCCG
GCCTCTAAAA TTTTAGAAGG GGTAAAAAAC AAATTGTATT TATTGAAAGC AATAGATTCT
GTTATTGACC GACATGAAAT ACTAAGAACA GTTTTTAATG AAAATGAAAA TGGTGAGTTA
AAGCAATACA TCTTAGATCG AAATACTTTA AATTTTAAAA TTGATTATAA AGATTTTAGA
AACGAAACCA ACATTCAGTC TGCAGTGGCA GATTATATAA AAGAAGATTC ATTTAAGCCC
TTTGATTTAA TCAATGGGCC ATTACTTAGA GCATCACTTT TGCAGACAGC AGAAGAAGAA
TACTGTTTTT ACTATAACAT GCACCACATT ATTAGCGACG AGTGGTCGCT GGGCATATTA
GAAAAAGAAG TTCTGGCTTA CTATGAATCC TATCTTACAG AAACAATAGT TAATTTACCA
GAATTGCAAA TTCAGTATAA AGACTATTCT GTTTGGGAAG ATGCTCTATT AGTGAGCGAC
GAAATGAAAG GACACAAAGA ATTTTGGAAA GAAAATTTAA GCGGTGATTT AGCAGCTTTA
AATCTGCCTT CAAATAAAAA GAGACCAAAA TTTAGAACAT ACAACGGCTG TCATTTTCAA
ACTAATATAG CTCCGGAAAG TATTAAAAAT TTAAAACACA TAATTCAAAA AGAAGAAGGA
AGTGTTTTCA TGGGATTATT ATCAGTTTTA AAAATACTTT TATACAAGTA TACTAATGAA
AAAAATATAA TTCTTGGCTT CCCAATGGCC GGAAGAGAAG ATTACGAGCT TGAAAATCAA
ATAGGTTTTT ATATTAAAAC TCTGGTGCTC AAAAATCATC TTTCTCCAGA AGACAGTTTT
GTCAAATTTT TTAAAGAAGT TAAGAAAAAT ACTTTAGCAG CCTTTAAACA TCAGGATTAT
CCGTTTGATG AGTTAGTGAG CGATTTAAAC CTAAATCATG ATCCGGGAAG AACTCCTGTT
TATGATATGT CATTTACGTT TCACGACAGT AGTTCAAACA ATTATGCAGA AACGCAGTAT
AATGTAATTA AAACTCTAGG AACAGGAAAA TGTAAACATG ATATCGAATT TCACTTTCAG
GAAATAAATG ACTACGTTTC TTTTTCAATG AATTTTAATA CAGATATTTA TGAACCTGAA
ATGATAAAAC GCTTTATGGC TCATTACAGC AGCATTTTAT CTCAAATTTC AAATAATCCT
GAGATTCCTG TTAAAGACAT CAGCTTCTTA TCTGAAGATG AAAAACAACA ATTGCTGCAT
GAATTTAATT CTTATAAAGC CGATTATTCA ATGCATAAAA CAGCAGTTGA ATTATTTGAC
AGACAGGTTA AAAACGCACC AGATAATATT GCTGTTACTT TTACTGACAA GAAACTAACT
TACAAAGAAC TAGATACATT ATCTAATTCT CTGGCTCAAA CTTTACAAAA TAAGTTTAAT
ATTAAAAAAA ATGATTTTAT AGGTGTACAC TTAACCAAAA GTGAATTATC TATTGTTTCT
ATTTTAGGAA TATTAAAAGC AGGAGGAGTT TATGTGCCTA TTGATACAGA ATTACCAAGC
AATAGAAAGC TTTATATAGC TCAAGATGCA GATTTGAAAT TATTAATTAC CGAAACTGCT
TTTATTTTTG ACCTGGATTT TTACCAGGGT GATATTTTTT CGATAGATGT AGAACTGGAT
ACAAATCCGG AAGAAAATAT TTATCAGGAT GTAAACCTGC TTCCGGCTGA TTTGGCTTAT
GTAATTTATA CTTCAGGATC AACAGGAAAT CCAAAAGGAG TTATGATAAA ACATTCTGGG
TTAATAAATA CAGCTGTTTC ACAAATAGAA CTTTTTAAAC CCTATAACTG CTCAAATTGG
CTGCAATACT CATCACATTC GTTTGATGCT TCGATTTATG AAATTTTTAT TTCACTTCTT
GGAGGACATT CTTTGTTTAT TTTAAATGAA GAAACACGCA AAGATGTAAA ATTGTTTGAA
AGCTATGTTG TCGAAAATAA TATAGATATT TCTATTCTGC CTCCGGCATT TTTTAAAATG
CTTGATGTTC AATCTTTAAA AGGATTTAAA GTTTTAATAA CAGGAGGAGA ATCAGCAGTT
TATGATAAAG TAGCAGAGTT TGTTCAGCAC GGAAATTTCT TTAATGCATA CGGCCCTACA
GAAGTATGCG TTTTAGGAAC AATATCTAAA ATAGAAAAAG GATCTGAATT ATTATCTAAA
ACTGTACCTA TTGGTAAACC TATAGCTAAT ACTGAAGTTT ACATTTTAGA CGAATATCTT
AATTTATTGC CAGAAGGAGC AATTGGAGAA ATTTATATTA CAGGTGCCGG ATTAGCCAGA
GGATATTTGA ACAGACCCGA ATTAACCGCT GAAAAATTTA TACCTAACCC ATATAAGGAA
GGTGAAATTA TGTACAAAAC CGGTGATTTA GGAAAATGGC TGGCAGATGG AAATATAGAA
TATACAGGAA GAATCGACGA ACAAGTAAAA ATAAGAGGCT ATCGAATTGA ATTAGAAGAG
ATAGAAAAAC ATCTTTCTTT ACAGGATGAG GTTAAGCATG CCGTTGTTGT GGTTAAAGAA
AATCAAGATG ATAAGTATCT GGTCGCTTAT TATGTTTCTG ATGTTGAATT AGATAAAAGA
AAGCTGCAGG CAGCGTTAGG TAAAATATTG CCAGAATACA TGATTCCGGG GTATTTTGTT
CAGGTAGAAT CTATTCTAAT GAACACAAGC GGTAAAGTCG ATAGAAAAGC ACTTCCAGAC
GTTGTTGAAA GTGATTTAAT AAAAGAAGAA TACATAGCAC CAAGAACATC AGAAGAAAAA
CTGCTTGCGG CCGCATGGTC TGAAGTTTTG AAATATGAAA AAATTGGAGT AAAGGACAGT
TTTTTCAATC TTGGAGGAGA TTCTATAAAA TCAATCATGC TGATTTCTCG TTTAAAACAA
CAAGGTTATG TTATAAAAGT AGAACAAATA TTAAGACAAC CCGTATTAGA AGATTTAGCT
AAACTGGTAG AAATAAATAC TATTGCTGTT GACCAAAAAG AAGTGGCAGG CGAAGTAGAA
TTAACACCAA TTCAGTACTA CTTTTTTGAG ACAGAAACCA TACCAAACAA AAATCATTAC
AATCAGTCCG TACTGTTAAA AAGTAAAGAA GAGCTGGAAC CATCTGTACT AGAGCGTTCA
ATTGCTTCTT TAGTAAAACA TCATGATGCT TTGCGAATGG TTTATAAACA AACAAATACG
AGATGGGAAC AGTCTAATGA AGATGCTTTA AACGCTCATT ATAAAATTAG TTTTTATGAT
TTAAGAGATG AATCAGATCA ATTAGCAGCT TTAAACAAAC TAGGAAATGA ACTTCAGGCT
TCATTTGATA TCAGCTCAGG AGTTTTGGTT CATGTTGGAC ATTTTAGAAT GTCAGACGGA
GACAGACTGG CTTTAATAAT TCATCATTTA GTTGTCGATG GTGTATCATG GCGTATTCTG
TTGGAAGATT TATCAAGTCT GTATGGCTCA TATCAATCAG ATAACGAAGT TAAATTACCA
GCAAAAACAG ACTCATTTCA ACGTTGGGCA TCCTTGCAGA AAGATTTTGC AAAAAGCACA
GAAATGCAGT CAGAGAGAAT CTATTGGGAA GAAATGAGCG AAGAGTTAAT CCCTTTATTG
CCATCTGATT ATGAACCATC TGCTAAAACC CTGAAAATTG ATAAAAGAAA TGTCTTTGCA
TTAGATAATG CTATTACAGA GAAATTACAA ACCCAGGTTC ATGATGTATA CAATACAGAA
ATAAACGATA TTCTATTGAC TGGTTTAGGA TTAGCAGTCC AGGAAGTTTT TGGAATAAGT
AAAAGTGTTG TAAAAATGGA AGGCCACGGC CGTGAGGAAA TCATCGAAGG AGTAGATATT
GGTCGTACAG TTGGTTGGTT TACAAGTGTA TATCCTTTTG TTTTAGATGT TCAGGATAAA
ACAAATCAAG TTACTGCAGT AAAAGAATCT CTGCGCAAAA TTCCAAATAA AGGAATAGGT
TACGGTATTT TACATTATTT AGATAAACCA TTTAGTAATG AACTAATTCC AAGCATTCAG
TTTAATTATT TAGGAGATTT TGGCGCAAAT GCGGGAAAAA CTGATAATAA AGTTATGTTT
GAATTTTCTT CAGAAGGTAT TGGTTCATCA ATTGATATTC GAAACAGCGA AAGCAGTATT
TTATTAGACA TATCAGGAAT GATGGTTGCA GGAGGTTTAA GCTTATCAAT AGGATATTCA
AGCGAAAGAT ACTCAGCACA AACCATTCAA AAACTAAGTG ATTCTTATCA AAATAAATTA
GAGAATTTAA TCGAAACTCT GGCTTTAAAG TCAGCTGAAA AGATACATAC TGTTACTGAT
ACAGAGAAAA AATCTGGATG GTTTTATGGT GATTTAGTTG AATTGTCTCC AAATCAAATT
AGATTTTATA AATCTCAATA CGCCTGTGTA ACTATAAAAG AAACAATGCC TGATTTTGAT
AGAAATTCAT TTGAAAAGAA TTTTAGAGAA TTTCTTTTAG GCATTCCAGC CTTGTCTATG
AAACTGGAAA AAATAGACAA TAAAGTTTTT CAGCGATATA TCCATCCGGA TGATGTAGAA
ATGGAAATCT TAATTCAAGA TGTTTCTTTT GCTGAGCAGG AAGAGATTTT AAAAATAGAA
GATAATTTTT TAGGAAGACC TTATGATCTC GAAAATGAAG CACTTATAAG ATGTTTGGTT
TTACAGCAGG AAGCACATAC CAATGATGCC GGAATAACTT TAAAGATACA TCATTCATTA
TTAGATCAAT ATTCTGTCGA TAAAATCTAT CAGGAGCTTT GCAGTTATTT TCAAGGAAAA
GGAAGACTGA ATAATTACAA TCATCCTTTT GATTTTATAA TTAAAAAGAG AGAATTTTTA
TCATCTGATG AAGGTGTAAG AGAAAGAGAA TACTGGAAAG AAACACTCCA AAAAGCACCA
TTGCATTTTA ATGATTCGAA GAATAAAAAA GAGTCAGTAA ATATAATTCA GGAAGTAACT
ATTACAAGCG ACAGATTTGA CGGCATAAAA AAAGCAGCAA AGCAGAATAA TCTTCCTATA
AGTGCTTTTT TTATTGGGTT TTATGAGATG ATTTTAAACG CTCTTAACAT CGAAAACAAA
GGATTGTACA GTTTCTTAGT TAATGGCAGG GAGCAGGAAA TCCAAGGTAT GGATCTAAAT
CAGATACTGG GAGTTACAGA TAATGCTCTG CCAATTTCAT ATCATGGAGA TCATCAAACA
ATGAGTCTGG AATTTATTTT AGAAACGTAT ATTAAATATC TTCAAAACAG AACATATCAA
AGAATTCCAT ACGAAACCAT AAGACAAGAT GTAATGGAAA TCTCAGGATA TGACATCGAC
CAGAATGTAA TTGGATATTT AAATTTATTT GTTAGAGAAG GAAGTTTAAA TTCTAAAAGA
GAGATTAACG AAAACGGAAA AATTTATTCT GAAAAATTCC TGGACTTTTA TGGAGTAAAT
CTGGAGTGTG AAATATTTGA AGACGGGATT TTCCTAAAAC TAATATCTGC ACAGAATATC
TATCAGGAAA AGCAGGATGT AATTTCGTTA GATAATTTTC TACAGGACTT ATACGAAGGA
ATTGAAATTA ACCAGAATTC CGAAATCAAT ACTTTTTAG
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| Protein sequence | MKNHINNLLN KLKEHHIYIK LNDEENIEVA ADKGKIPAEM INEIKENKEE IILYLKSLKK
ESRTKIEKAQ QSDNYAVSSA QRRLWIVCQN EEASISFNMP ASKILEGVKN KLYLLKAIDS
VIDRHEILRT VFNENENGEL KQYILDRNTL NFKIDYKDFR NETNIQSAVA DYIKEDSFKP
FDLINGPLLR ASLLQTAEEE YCFYYNMHHI ISDEWSLGIL EKEVLAYYES YLTETIVNLP
ELQIQYKDYS VWEDALLVSD EMKGHKEFWK ENLSGDLAAL NLPSNKKRPK FRTYNGCHFQ
TNIAPESIKN LKHIIQKEEG SVFMGLLSVL KILLYKYTNE KNIILGFPMA GREDYELENQ
IGFYIKTLVL KNHLSPEDSF VKFFKEVKKN TLAAFKHQDY PFDELVSDLN LNHDPGRTPV
YDMSFTFHDS SSNNYAETQY NVIKTLGTGK CKHDIEFHFQ EINDYVSFSM NFNTDIYEPE
MIKRFMAHYS SILSQISNNP EIPVKDISFL SEDEKQQLLH EFNSYKADYS MHKTAVELFD
RQVKNAPDNI AVTFTDKKLT YKELDTLSNS LAQTLQNKFN IKKNDFIGVH LTKSELSIVS
ILGILKAGGV YVPIDTELPS NRKLYIAQDA DLKLLITETA FIFDLDFYQG DIFSIDVELD
TNPEENIYQD VNLLPADLAY VIYTSGSTGN PKGVMIKHSG LINTAVSQIE LFKPYNCSNW
LQYSSHSFDA SIYEIFISLL GGHSLFILNE ETRKDVKLFE SYVVENNIDI SILPPAFFKM
LDVQSLKGFK VLITGGESAV YDKVAEFVQH GNFFNAYGPT EVCVLGTISK IEKGSELLSK
TVPIGKPIAN TEVYILDEYL NLLPEGAIGE IYITGAGLAR GYLNRPELTA EKFIPNPYKE
GEIMYKTGDL GKWLADGNIE YTGRIDEQVK IRGYRIELEE IEKHLSLQDE VKHAVVVVKE
NQDDKYLVAY YVSDVELDKR KLQAALGKIL PEYMIPGYFV QVESILMNTS GKVDRKALPD
VVESDLIKEE YIAPRTSEEK LLAAAWSEVL KYEKIGVKDS FFNLGGDSIK SIMLISRLKQ
QGYVIKVEQI LRQPVLEDLA KLVEINTIAV DQKEVAGEVE LTPIQYYFFE TETIPNKNHY
NQSVLLKSKE ELEPSVLERS IASLVKHHDA LRMVYKQTNT RWEQSNEDAL NAHYKISFYD
LRDESDQLAA LNKLGNELQA SFDISSGVLV HVGHFRMSDG DRLALIIHHL VVDGVSWRIL
LEDLSSLYGS YQSDNEVKLP AKTDSFQRWA SLQKDFAKST EMQSERIYWE EMSEELIPLL
PSDYEPSAKT LKIDKRNVFA LDNAITEKLQ TQVHDVYNTE INDILLTGLG LAVQEVFGIS
KSVVKMEGHG REEIIEGVDI GRTVGWFTSV YPFVLDVQDK TNQVTAVKES LRKIPNKGIG
YGILHYLDKP FSNELIPSIQ FNYLGDFGAN AGKTDNKVMF EFSSEGIGSS IDIRNSESSI
LLDISGMMVA GGLSLSIGYS SERYSAQTIQ KLSDSYQNKL ENLIETLALK SAEKIHTVTD
TEKKSGWFYG DLVELSPNQI RFYKSQYACV TIKETMPDFD RNSFEKNFRE FLLGIPALSM
KLEKIDNKVF QRYIHPDDVE MEILIQDVSF AEQEEILKIE DNFLGRPYDL ENEALIRCLV
LQQEAHTNDA GITLKIHHSL LDQYSVDKIY QELCSYFQGK GRLNNYNHPF DFIIKKREFL
SSDEGVRERE YWKETLQKAP LHFNDSKNKK ESVNIIQEVT ITSDRFDGIK KAAKQNNLPI
SAFFIGFYEM ILNALNIENK GLYSFLVNGR EQEIQGMDLN QILGVTDNAL PISYHGDHQT
MSLEFILETY IKYLQNRTYQ RIPYETIRQD VMEISGYDID QNVIGYLNLF VREGSLNSKR
EINENGKIYS EKFLDFYGVN LECEIFEDGI FLKLISAQNI YQEKQDVISL DNFLQDLYEG
IEINQNSEIN TF
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