| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_2674 |
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| Symbol | |
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| ID | 8429660 |
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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 | Desulfotomaculum acetoxidans DSM 771 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_013216 |
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| Strand | - |
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| Start bp | 2822918 |
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| End bp | 2828506 |
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| Gene Length | 5589 bp |
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| Protein Length | 1862 aa |
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| Translation table | 11 |
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| GC content | 44% |
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| IMG OID | 645034952 |
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| Product | amino acid adenylation domain protein |
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| Protein accession | YP_003192079 |
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| Protein GI | 258515857 |
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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 | 5 |
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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 | 30 |
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| Fosmid unclonability p-value | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGACGGTTA GTGAAGTAAT AAGCAAGTAT GAAGCAAAGG GAGCAGAGCT TTGGGAAGAA
GACGGGCAAA TTCGTTTTCG GGCTCCATCC GGAGTTATAG ATGAAGAAGC AATAGAAGAG
CTTCGTCATA ATAAAGAAGC AATAATTGGA TATTTAAGAG ATATGAATCA TTCTGCTGCA
ACCGGTGATT TACAAAATCG TTACGCACAT TTTCCGCTTA CCGATATACA GACCGCATAC
CTGGTAGGCA GGGAAAATAT TTACGAGCTT GGCGGAGTTG GGTGCCACGG TTATATCGAA
TTGACCATAT CTGAAATTTT AGACAGGGAA CGCTTGGAAA AGGCGTGGCA TAGTGTTATT
GAGCGCCATG ATATGCTTCG TGCGGTAATA CTTACAAAGG GATTTCAGCA GGTGCGCAAA
GAGGTTGAAC TTCCGCCGGT ACAGTCACAG AATTTGCGGG GTCTGAGTCC GGCAGAGGCC
GGGGAAGCGA TTAAAAAAGT AAGAAAAGAT CTATCGGAAA AGCAGTATAG TCCGGAACAA
TGGCCTCTTT GTGAAATTTA TCTGACAATA ACAGAGGATT GCAGCATTTT ACATTTTTCC
ATAGATATGC TTATCGGAGA TTTTGTAAGT GCAAATATAA TACTAAGAGA GCTTGATCAT
TTTTATTATG AGCCGGAAAA AACATTGCCA AAGCTTGAAG TGACATTCAG GGATTTGCTG
CTGTTCCAGC GGGAAAAGCA GCAACAGCCG TCAGAAAGGG CCGGAATAGA GTGCGCTCGC
AAGTATTGGA TGGATAAAAT CGAAAAGATG GCTGCAGCGC CGGAATTGCC TGTTGCTGAA
AATAACCAAG CTGAAAATAA CAATAAGGAA GATAAAGTAG TTTTTGAGCA GCAGATATTT
TTCCTGGATA AAAATGAATG GCAGGCTATT TGTAGATCAG TCAAGCAGAA AAGAATAACT
CCTTCCAGTG CGGTTCTTTC TGCATTTGCG GAAGTGATTG GCTTATGGGC CAAGCGTCCT
GAATTCTGCA TCAATATTAC ATTGTTGAAT CGCCCTGCGT TACATACGCA AATTAATGAT
ATCATAGGCG ACTTTACAGC TATTAACATT TTACAGGTGG ATTTGAAGGA GGGCAATACA
TTTTTAGACA GGACGGAAAA TATACAGCGC CGCTTATGGC AAGACCTGGA GCACAATAGC
TTTTCAGGAA TTGAGGTGCT GCGTGAAATG AGTCGCCGGA ACAATAAAAA TGTCATAATT
CCGGTTGTTT ATACAAGCAC AATCGGAATT GCGGATAATA ATGAAAGCGG AGATTTCATG
AGAAACGCCC GTTTGACTTA CAAAATAAGT CAAACACCGC AGGTATGGCT TGATTGCCAG
GTTGCGGAAC AAGGCGGAGG ATTGCTAATT AACTGGGATG TAAGAAAAGG AATATTCCCG
GAAGGAATGA TTGAAGACGC TTTCGAAGCC TTCAAACAAT TGTTGTGTGA TTTAGCTGCC
GGCAATCAGA TTTGGGAAAA CCGGCTTCCG CTCCAATTAC CTCCCCGCGT AAAGAAAGTC
AGAGAAACAG TTAATAATAC AAATGCTCCG CTCCCGGATG GACTTTTACA CGATGGATTT
TGCAGTAATG TAAAGAATCA CCCGGAGGCT GCCGCTGTGT TTTATGAAGG CAGATATTAT
TCCTACCGGG AGCTGGCAAA TTTTGCAGCG GCAGTTCAAA AAGCACTGCT CAATAAAGGC
TTCGGTAAGG GTGATTTTGC AGCCGTGATA TTGGAAAAGG GGATATGGCA AATCGCTTCC
GTCCTCGGGA CCCTGCTTGC AGGCGGTGTT TACTTGCCTG TTGATACTTC ACAGCCAAAA
GCCAGACAAA ATACAATCAT AAAAAATTCA GGGACCAGGT TTGTGCTGAC TGGCAGAGAA
GGCTTTGAGC CGGAAGAGAA TGCACAGCTT GAAATTATTG AGGTTGATGT GTTGGAGCCA
ATGGAAAACA GCGGTTTAAG TCCGGCAGTT GTGGATCCTT TGCAGCCGGC GTATATAATT
CATACGTCAG GGACTACCGG GACGCCGAAG GGTGTTGTCA TGAACCATCG TGGAGCATTG
AATACCATTA TTGATATTAA TGAGAGGTTT CACGTAAATT CCGCCGACCG GATTATCGGT
ATAGCCAGTC TTGCCTTTGA CCTTTCGGTG TATGATATTT TTGGAATATT AACTGCCGGA
GGAACACTGG TATTGCCTGA TCCAAAGCAG AAAAACAATC CTGATTATTG GGCTGAACTA
ATCATAAAAG AGAAGGTTAC AGTATGGAAC TCGGTTCCGG CTCAAATGCA AATGCTTATG
ACATGTATGC AAAGCGGAAA GGATGAGGGA AGATCATCTC TTCGTCTGGC ATTGTTATCC
GGTGACTGGA TTCCGGTTAA TTTGCCGGGC ATTTTGTCAA AACAATGTCC GGGTATCGAG
GTTATCAGTC TTGGTGGCGC AACCGAAGCC GCTATTTGGT CGATTTACTA TCCAATAAAG
GAAGTCCCGG AGGGAGCGAA AAGTGTTCCC TACGGCACAC CTCTTTTGAA TCAACGCTTT
TATGTAATGA ATAAGCAATT GCAGTTATGC CCCGACTGGA CTGCGGGAGA CTTGTATATC
GGAGGCGAAG GACTGGCATT AGGTTACTTG GACGATGCAA AGACTGCCAA TGAACGCTTT
ATCATTCACC CGGAAACCAA TGAACGGTTA TATTATACAG GAGACCTCGG CAGGTATCGC
CCTGATGGTG TGATTGAATT TTTGGGACGT GAAGATACAC AAGTAAAAAT TCGTGGTCAC
AGAATAGAAT TAAGTGAGAT TGAAAGCGTA TTGCAGAACC ATCCGTCCAT AGCCTCGGCA
GTAGCAATGG TAAGCGGCAA TACGCCGCAA GAATACCGGA TAAATGCTTT TATTGAAGCA
AGCCGTCTGA AAGAATCCGA TACCGCTGCT GAAGATACCG GTGTTTTGCA TGATGTTTGC
TTTAACGCGG GAGAAAAGGC AACTGCTTCC GTTGACCGTT CTTTGTTTGC AAAGTGGATA
GAAGTGGCTG ATCAGACGAC CCTGCTGGAT ATCATTAAAA CCTTCCGGGA CGCCGGGCTA
TTTCAGGATT GTACTGCCAG CCACAGTAAT GAAGAAATAC AGGATGCCGT GCAGGCCGTT
CCCAAGCTGC ATAGGCTGCT AAGGCGCTGG CTGAATGTGT TGTGCGCGGA AAAGTTTATG
CAGAAGGATG AGATTACAGG TAAGTACAGC CTTCTGAATG TACCGCCGGA GGATGCTGCG
GACAGGTGCT GGGAACGCTT GATTGAAATT GAGGCAGAGG TTAACTATGG GGTTAAATTG
GTGCATTACC TTCGGGAATC CAGCAAACAT CTTCCTGAAC TGCTGCGAGG AGATGTGAAT
GCGCTTGATT TGTTTTTCCC GCAAGGAAAA TTAGATACAG CATTGGCTGC TTACCATGAT
AATTTGGTTA ACCTTGCCTT AAACTGCGTA GCAAAAGAAT GCGTTGTCCA TCTGGCGGAG
GAACGTATGC GTTCTGGCGG CAAGAGACCG TTGCGGATAT TGGAGGTAGG TGCCGGAGTA
GGTGGTACAA GCATTGATTT GATTCCGGCT TTAGTGGATT ATAACGTAGA ATATCATTTT
ACTGATATCT CAACATTTTT CTTAAATGAA GCTAAAAGCA GGTTTGGAAA ATATTCATGG
GTTAGTTATG GATTGTATGA CATCAACAAA GATTACTGGC TGCAAGGATT AGAAGCTTCC
GCTTATGATG TAATTGTCTG CGCCAACGTT TTGCATAACG CGCGGAATGT GAATGTGATT
ATAGAAACAT TAAAAGAGCT TGCAGTACCC GGTGGAAAAT TAATCGTGAT AGAGGCAACG
AAAGAGGCGT ATACGCTTTT AACTTCCATG GAATTTAAAG ATGGGTTGAC AGGTTTCACC
GATTTTAGAG CAAGTACCGA TCGGACCTTC ATAGACTTTA AAAAATGGAA GGAAGTATTT
GACAGCGCAA ACGCGGGTGT TATTTGTGCC TATCCGAAAG AAGAGGATCC CCTGGCTTTA
GCAGGACAAA CAATTTTTAT CTGTGGATTT CCCGCTGAGA GTTCAATGGT CTATAAAGAA
GAAATCAAAG AATATTTACA GCAGCATTTG CCTGAGTATA TGGTTCCCGG CCATATAGAA
GTATTGCCAA AAATTCCGCT TTCCGGCAAT GGTAAAGTCG ACAGGGCTTC TTTAAAGAAG
CGTATGGAAA TTACGATTTA CTGCAATGGG GTTCCAGAAG AAGCACCACA GGATGATTTG
GAAGCGCGTA TTGCCGGCAT ATGGGCAGCG GCTTTAAACC GGGACACCAT CGGACGGGAT
GAAAATTTTT ATATTGCGGG AGGAGACTCT TTAGTGGTGG CCCAGGTTAT AGCTAATATG
AGGGAAAAAC TGGAGGAGGC CGGAAGCTGG GAGTGGGAGC GTCTTATGCG AGAAATGCTT
CAAACACCGA CAGTCGCAGA TATAGCCAAG AAATTAAGGC TGAAGTCTCA GGTTTCATCC
GCCGATTCGA ATAAGGATTC ATTAAATCCC GTATCTCCCC TTGTTGTTTT GGCGGAAGGA
AAACAGCCTC ACGGGCCGGT AAAGGTTCTT TTCCACAATG GTACCGGAAC ACTTACAGCT
TATAACAGTT TGCTGCCATA TTTAATCAAC GATCCAAACC GTACAGAGAA AATTGTAGGT
TTCACATTTG GAGATGAAAA GGAATATCTG TCCAACCCAT ATGATAAAAC AATAGAAAGC
TTAGGGCAAA AGTATGGTGA TTTGCTTTTA CAGCAGGAAG CATCCGGCTA TAAGCTTATA
GGTTATTGTA TTGGAGGCTT GATTGCCTTG GAGACCGCAA GAGTTTTAAT GGAAGCGGGG
GCCAGGGTAG AACCGGTTAC GACAATAAGT ACCAGCTTTT GCAAACGGAG AAATAGCAAT
GGAGCGGAGG ATGAGGTGTT ATTAAACACA ATAAGAACAA GTCTTAATAA TGACCTTTTG
ATGGAAAGGG CTTTTTGCCG TGTAGTTGGC GCAGAGGTTA GCAAAGCCGG ACATAATGTT
GATGATGAAT TATTAAAAAA GGCAATAAGC GAATTAGCGC CTGTCAATGG AGGAAATATT
ACCGGGGAAG CATTGTGTTC GTTAAACGGT TCTTATGAAG CAGTTTCAGA ATGCTATAAA
AAATTGGCGG CAAAACCTCA GTCACAGCGT ATGGCGGAAA TATATGCCGC CATAGAAAAA
ACAAATGGAA TGGTTTTAGA TTATCAGGCA AATATGCTTC AAATATTGTA TAAGGTATTT
TGCCACAGCT TTAAGGGTGT GGCGGAGTAT GAACCGCAGC TGTTTGCAGG TGATGTTTAC
GCAATGAGGG TTGCTGAAGA AACAAAGCAT TTCTTTCCTA TTGTTTTTTC AGAAGTTGAA
GAAAGCTGGA AAAGTGTTGC ACTGGGTGAT TTGCAATTTG AGTATATAAA AGGTGCCCAC
ATGACCTGCT TACAAGAGCC GCATATTAAT TCAACGGCTA AATTTTTGAT AAACGGGGGT
GGAAAATGA
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| Protein sequence | MTVSEVISKY EAKGAELWEE DGQIRFRAPS GVIDEEAIEE LRHNKEAIIG YLRDMNHSAA
TGDLQNRYAH FPLTDIQTAY LVGRENIYEL GGVGCHGYIE LTISEILDRE RLEKAWHSVI
ERHDMLRAVI LTKGFQQVRK EVELPPVQSQ NLRGLSPAEA GEAIKKVRKD LSEKQYSPEQ
WPLCEIYLTI TEDCSILHFS IDMLIGDFVS ANIILRELDH FYYEPEKTLP KLEVTFRDLL
LFQREKQQQP SERAGIECAR KYWMDKIEKM AAAPELPVAE NNQAENNNKE DKVVFEQQIF
FLDKNEWQAI CRSVKQKRIT PSSAVLSAFA EVIGLWAKRP EFCINITLLN RPALHTQIND
IIGDFTAINI LQVDLKEGNT FLDRTENIQR RLWQDLEHNS FSGIEVLREM SRRNNKNVII
PVVYTSTIGI ADNNESGDFM RNARLTYKIS QTPQVWLDCQ VAEQGGGLLI NWDVRKGIFP
EGMIEDAFEA FKQLLCDLAA GNQIWENRLP LQLPPRVKKV RETVNNTNAP LPDGLLHDGF
CSNVKNHPEA AAVFYEGRYY SYRELANFAA AVQKALLNKG FGKGDFAAVI LEKGIWQIAS
VLGTLLAGGV YLPVDTSQPK ARQNTIIKNS GTRFVLTGRE GFEPEENAQL EIIEVDVLEP
MENSGLSPAV VDPLQPAYII HTSGTTGTPK GVVMNHRGAL NTIIDINERF HVNSADRIIG
IASLAFDLSV YDIFGILTAG GTLVLPDPKQ KNNPDYWAEL IIKEKVTVWN SVPAQMQMLM
TCMQSGKDEG RSSLRLALLS GDWIPVNLPG ILSKQCPGIE VISLGGATEA AIWSIYYPIK
EVPEGAKSVP YGTPLLNQRF YVMNKQLQLC PDWTAGDLYI GGEGLALGYL DDAKTANERF
IIHPETNERL YYTGDLGRYR PDGVIEFLGR EDTQVKIRGH RIELSEIESV LQNHPSIASA
VAMVSGNTPQ EYRINAFIEA SRLKESDTAA EDTGVLHDVC FNAGEKATAS VDRSLFAKWI
EVADQTTLLD IIKTFRDAGL FQDCTASHSN EEIQDAVQAV PKLHRLLRRW LNVLCAEKFM
QKDEITGKYS LLNVPPEDAA DRCWERLIEI EAEVNYGVKL VHYLRESSKH LPELLRGDVN
ALDLFFPQGK LDTALAAYHD NLVNLALNCV AKECVVHLAE ERMRSGGKRP LRILEVGAGV
GGTSIDLIPA LVDYNVEYHF TDISTFFLNE AKSRFGKYSW VSYGLYDINK DYWLQGLEAS
AYDVIVCANV LHNARNVNVI IETLKELAVP GGKLIVIEAT KEAYTLLTSM EFKDGLTGFT
DFRASTDRTF IDFKKWKEVF DSANAGVICA YPKEEDPLAL AGQTIFICGF PAESSMVYKE
EIKEYLQQHL PEYMVPGHIE VLPKIPLSGN GKVDRASLKK RMEITIYCNG VPEEAPQDDL
EARIAGIWAA ALNRDTIGRD ENFYIAGGDS LVVAQVIANM REKLEEAGSW EWERLMREML
QTPTVADIAK KLRLKSQVSS ADSNKDSLNP VSPLVVLAEG KQPHGPVKVL FHNGTGTLTA
YNSLLPYLIN DPNRTEKIVG FTFGDEKEYL SNPYDKTIES LGQKYGDLLL QQEASGYKLI
GYCIGGLIAL ETARVLMEAG ARVEPVTTIS TSFCKRRNSN GAEDEVLLNT IRTSLNNDLL
MERAFCRVVG AEVSKAGHNV DDELLKKAIS ELAPVNGGNI TGEALCSLNG SYEAVSECYK
KLAAKPQSQR MAEIYAAIEK TNGMVLDYQA NMLQILYKVF CHSFKGVAEY EPQLFAGDVY
AMRVAEETKH FFPIVFSEVE ESWKSVALGD LQFEYIKGAH MTCLQEPHIN STAKFLINGG
GK
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