Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
Locus tag | Dtox_3709 |
Symbol | |
ID | 8430717 |
Type | CDS |
Is gene spliced | No |
Is pseudo gene | No |
Organism name | Desulfotomaculum acetoxidans DSM 771 |
Kingdom | Bacteria |
Replicon accession | NC_013216 |
Strand | + |
Start bp | 3879032 |
End bp | 3885154 |
Gene Length | 6123 bp |
Protein Length | 2040 aa |
Translation table | 11 |
GC content | 38% |
IMG OID | 645035935 |
Product | hypothetical protein |
Protein accession | YP_003193040 |
Protein GI | 258516818 |
COG category | |
COG ID | |
TIGRFAM ID | |
| ![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_cp.jpg)
![](https://exploration.weizmann.ac.il/pandatox/images_new/ic_hh.jpg)
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Plasmid Coverage information |
Num covering plasmid clones | 6 |
Plasmid unclonability p-value | 1 |
Plasmid hitchhiking | No |
Plasmid clonability | normal |
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Fosmid Coverage information |
Num covering fosmid clones | 28 |
Fosmid unclonability p-value | 1 |
Fosmid Hitchhiker | No |
Fosmid clonability | normal |
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Sequence |
Gene sequence | ATGGCTTACC GCTTTCCTGA TAACCTTTAT TTAGGCCCGT ACAATAACAA CTTTAACCCA AACGATTATA TTAAGTCTTC TAATACTGAT GCAATTCAAA GGATGCTTAA TTATTCACCC AATAATAATC CTGATTACAG CAGCTTTAAA AATTTCAATC CTGAATCACT GCAAAAAATA GCGGAAGAAT CAGGGCGTGA TAGTGTACCG GAAGAATGGA ATAGCATGGA ATTTGCAAAA AATATTCCTG CTCCTACTCC TAATTCTGAT AATAATATCA AAATCCCAAA AATAGAGTTT AAATTTGATA TACCGCAACA ATTTAAAGCA AATAATTTAC TTCCTTCTCC TTACGCAGCA CCTAAAGCAA TACAGACACC TATTCAACAA CAACAGTCGC AGCAACAATT AAAATCACAA CAGTCGCAGC CACAATTGCA ATTACCACAA CAACAGCAGC CACAATTAAA ATCACAACAA CAGTCGCAGC AACAAACACC TCAAAACAAT TTTAACACTA TAGAAAATTC AGCTATTTGG AGAACATTAA TTGGCGCTCC AGAAGAAGGA TATACTACTA AATCAATGAT AGACGATACC ATTAACGCAT TGCCAATGAT AAGGGGAGCA GGAACAGCAG CCAAAGGAGC CTTAAATGCT GCTAAAAACA TACCTATTGC CGGTAAGGCA ATTAGCGGTA TTTTAGGTTC TCCCGGTAAA GTGGCCGAAA TAGTCAAGGA ATTACCCACA CCGGTTAAAA TAGCTGCTGC CCCACCTACA GCTATAGCTG GTATGGAAAC TTACCGCGGT GCAACTAACC CTGATATGAA AGAGAATAAT TTCTTTACCC GTACTGGAGC AAGTCTCAGG GCAGGTGTCG GTGACGTTAT TGAGAACATG GGCCAGGTTT CTAAATGGCA GGGTGCTGAT AATATCGGCA ATACACTTGT TAATGCCGGA CAAAATCTAA GAACCGGATA TGAAGTTAAG CCGCAGGAAT TTACTTGGAA ATCATTCTTT GACCCGGATT TCTATTCTTC TAACGTAGCC AGAACAGTAC CGTTTACAAT GTCCCTTATA CCGGCAATGG CAGCAGGTTA TAAAGGCGCA GGAGCAGCAG TAGGTAAAAT TCTCAATCCA TTTCAAAAAG CCATTATTTC TTCTCTGGGT GGTGCCGCGC TGTCCAGGCC GCTTGAATCA GCAATGGAAG CAGGTAATAC CTATCAGGAT GCAATTGCCA GGGGTATGAC AGAAGAACAG GCTGATCAGG CCGCCAATTC TACTTTTAAG AAGAACCTGG CTTTGGCTGG GTTAGATGCG GCGCAATTAG CAGCAGCTTT TGCTCCGTCA CCGATAAAAG CTACTACCAG ACTTGGTAAG GCAGCCGTTG CCACCGGTAG AGTGGGTTTT GATGCTGTCA CAGAGGGATT AGAGGAAGGT GTTCAAGAAG TATTCCAGAG ACAAGCATTG GGTGATAAAA TTGCCTTTGA CGCAAGGATG CAAGAATCTA TGGGTATCGG TGCTGTATTT GGTACCCACA TGGGCGGCAT TGGTGTGGTG CATGAAGCTA TACAAAACAA AGTTATCGAA AAACTTCCTC CTGCCGGGCA GCAGGCATTT ACTGATACTG TTAATGAATA TGTTAATTCC GGTATGCCTC AGGAACAGGC AGTACAGGCT ACATTTGATG ATTTAGCTAA TACTCAGATT GGTAAGGATA TTGTTGTGGA AGCTACTCAG GAAGTTATAT CTGAAAGACA AGGCTTAATT CGGAATTCTG GTATTCCTGG GCAGTTAAGA GTTAAACCTG GTACTGATAA TACTCAAGCT ACTCAGGGTG CAAATATTAA TCAGGTTATG CAGGATACAA GTGTAGGTGC AAACGCAGGT CAATATAATC AGGATGATAT TACTGATATT ATCGAGAGAG ATTTGCCTAC TGAAATTTCC GATTTTGTGC CGGAAGAAGA TTTGCCTGAA ATCAGCGACA AGCCGGTTAT TCGTGGGATT AAAGATATTA ATAACGGTGA TGCGGTTTAC GATGGTAAAG GCAATAAGTT TACCGTTATA GATAATACTG ATCCTTCTAT ACTCAAAATC CAGAATGAGC GTGGAACTAT CGGCAGTATT GGCAGGAAGA AGGTTTTATT AGAACCTCCG GCGGGACAGA TTAAACAAGA AGTTAAGCCC GATCAGAATA CAGTAATAAC TTCGGAAGAA ACTCCGAAAA CCAATTCAGA AATCGGAGCA AAACAAAATA ATACTGCAAA AGTAGAGCAA TATGGACAAT CTGGACAATC AACTAATCAA ACAGCCAATG ACATAACTAA TTCCTTCGGT GAATTAGCCA GTGGATTACA GGAAGCTGGC TACAAGAGGA CAATGGATTT AGTTGCAAAA CAGGGTTATG TTGGATTTAA GAAAAAGGCT GCTGCCGACT TATTTAGAAA AAATCCTAAG TATGCCGGGT GGAAAGAGGA GCAGATTAAC GGCGAATATA GATTTAGTCC TCCGGGAGAA GTGGAGCAGG AGATACGGCA GGAACCACAA AATAATCTTA AAGCACAGCA ACAACCAGTG CAGGAAAAAC CAGTACAGGA AGTTATTTCT CAAAGCATGA CTTACCAGCA ACCCGAAATT GATAAATTCA TTGATGAAGC TTTAAAGGAA AAACAAGTGC AGAAATATCT TACTTTACGT AGGGTAACTC CTGGAGAAGC AGATGTAATC AAACAACTCA TTAATGTTGA TGTTACTGGC TTTAAGCATG AAATTAATAG CAATGACCTA CGGCATGCAA TGAAACATGG TGACTCTTTA AAAGAAGCTA AATCAAATCA ATTACCTATT ACGGATAAGG ATTTAAAGGC AATTCCTGAT GTTATTAATA GTCCGGATGA GATTTTACCT GGTTCAAAAA CACGCAATGG GACTGGAAAA GATTTGATTT ACAAGAAGCA AGTCAATGGA TTTATTTATT ATGTGGAGGT TGTAAATTCA AAGAAGGGTA TTTTGAGTGG AAAAACAATG TGGAAGAAGT CTTCCAAGGC AGATCATGGT AGTGATATCC CTACCCCTCC CTATACGTCC GAAACCGAAC CTGGCCTGAC TTCTCCCAAC AATAACAATA TAAATCCTAG GCAATCAGAT GTCAATAATA ATATAAATAC AAATAATTAC CATAATGAGC AGGTAGGGTC ACCGGCAACC GGTAGTAAAA GTGGTACAAG TAATCAACCG GAAGAAGTAA ACAGCTTCGA CGATCTTGAA CGCCAATTGG CCAGCACTGT AGATGAAAAA ATAGGTGAAG TTAAGCCTAC TATCGGCATG ACAGTTAAAG ACATAACCCA GAATCCTTTT AAAGCAAACA ATCCTAAAAC CGGTCAACAA AAACAGCAAC CTCCAAGAAA AGAATTTAGG TTAAAAAATG AAGAAGCGAA TAAACGTTTC CAACAAGCGC AAGGGCAGCC ACAAGAAACA ACGAAGTTAA AAGTCTATAA TTACATGAGT AAAACATTGA ATCAGACTAC AAGAGCTTTT GAACATCTTC CTGCCGGGGC TAAATTTGAG CCAATCAGGT TCGCACTTCT TGAATTAAAG AAACAAATAG GTGTCTCAAA TGATAAGACA TTAAGAATAC TTCAGGGATT AACCGCCAAA ATGGACAAGC CTGCATATAC TCTATTTAGA TATAAAGTTG TTTTTGATGA TCTAATCAAT GAAGCAGAAG TACAGGAAGT TGGCCCCGAA CAGGAATTAT GGTTTGGTTT AACATTGGAT GAAATGAAAG CTGAAATGGT AAGAATTAAT GAGGAATTAG AGTATTATCC TGAAGTTAAA CGTGCTGTTA AATTTAGGCA TGATTTGTGG TCAGCTTTTA AAAATGAATA CATTAAGGCA ATGAAAGATA TTGGCTTTAA TGTTGAGAAG AAATTGCAAA AACAGGATTA CTATCGACAT TTGGTTATTA AATACGCTGA GGAAAAATAC AAAGATAATC CTGACAAGAA AAAAATAACT ATGCCTACCA AAGCAGGCTA CTTAAAACAG CGTGGCAATG TTAATTTAGA TATTAACACA GAATTTATTG AAGCAGAGTA TGAAGTTATG TCCAGGATGA TGTATGACAT TAAGAGAGCT AAGTTATTTA AATTAATTGA TGATAAATAT AATATTGTCA AGGATTTAAA GAGACAGGCT ATTGAAATTA ATGACAAAAA CATTATGCTG CTTTTTAAGG AAATGGCCCA GCAATGGAAT GAGGATGTAT CACGAAAAAG AATTGACTAT ACCGGAGAGG ACATTTATCG TCAAACACTC AACAAAAAAC AGGCTATGGC TATAGGTAAG CTTGGTAAAT TCTCTGTAAA TGGTCTTCTG CCGGATAATA ACGGTATGTA TAGTGATTTG ATTTATGAAT TAGCTAATAG TGCTTATGAT GAAGATGGGA GAGAAAGAAA AGACATTATT CCTCTCTCCG AAAAGTCAAG TAATCAATTA TATAGTTATG CAAATTGGTT ATTAGAAACC AGTGATAAAG CTGATATTGA GGGCCGTACA ATTAATGATT TAAGCGAGGT TCCAAAGGAT ATTATTGGTT ATCAGGTAAG GCCTTCGGAC AGGAATAACT TCGGTAAAAT TATAGCCTAT AATCCCAAAA GAGGAATGGC AAAAGTTAAT TTTAAAAACA AAGAAAAAGG TACTACCGAA ACTAAGGAAT TCAAGATAAC AGAACTGAAA CTAATCGGCA AAGGTAAAGA TGCTGGAACT CCTGCTATGG CAGCGGCTAT GTTATTTAAA GGACGTGCCG AGAAAAAGCA ATTTCTAAAG GATAAATTAG GCAGTAAATA CGTGACCTGG GAAAATATTA TACCAGAGGG ATATTCCCGG TTAAGACAAA AAGAAGGTAC GATATTCTAT TTTGTTGATT CCATAGAATC AAAACAAGCC GAGATGCTTT ATACCGGTTT AGTAGAAGAA ATAGGAGTCA AACAAGAAGA TTTACAGCGC GTTATGGCTA TGGGCGGACA GATTAAAGAT TTTGTTATTC CTGATGAAAT AATTATGACC ATAAATAACC CGGAGCCGTA TAAATCTAAT CAAACAAATT TTGGTAAACT TGCAAGTGGT ATACAAAGGT ACTGGAAGGA GTATCAATTA ACTTCTCCAA GAAGGTTCTC TAAGTATAAC ACTAGAAACG CTTCCGGCGA CTTTGAAGTT ATGGTTAGGG AAATACCCGG TGCTGTAAGC AAAATTCATC AAGCAGTAAA AGAATTATAC CCGGTTATGT TTGGTGATAG ATCAATGACC CCAACTATGA AGGATTGGTT TGAACGTGGG GGATTTGAGA CATTACTACA ATCTCAGGAA ATTGGTAGTA TTAATGAGTT AAAATTATTT GTTGACATTA TCAAGAGAGA AGAAAAGAAA GGTACTTTCA ACAAAACCGG CACCCAACTA ATTAAAGCAT GGAGATTTTA TTGGAATGGT GTTAGAAAAC TGACTAATTT CCGTGAGGCA ATACTTCGGT ATTCTGTATA CCTGGAAACA TTAGAGCAAA TGCAGAAAAA CGAAGGAAAA CCAAAATCAT TTCTGGCAAG TTATCCTGAA GAAGTTATGG CCCTTGACAA TATTAAAGAT CGCGCCTTTA AATTATCTAA TGAGCTAATG GGAGCATATG ATCAGGTGTC TGTAATAGGA CAAAAATTAA GAGAGCAGTT AATCCCATTT TGGTCATGGG TAGAGGTTAA CTTTAAACGT GAAATTAAAA TCTTTAAAAA TGCTGTTCGA GATGAAAGGT TAGCCGGATA TATGGGGCGC AAATTAATCG GTACAGCTGT CAGGTCACCG GTTATTGCAT TAAAAGTAGG TAAATATGCT TTAATCGCAA CCTGGATGTG GGTATTGTTA ACTCTTTGGA ATGATACTTT CTACCCGGAA GAAGAAAAAG AGTTATCAGA AGAAGAGCGC AGAAAACCCC ATATTATTTT TGGGCGCAAT GAAGACGGGA CGATTAAAAA TTTTACCAGA CTTGGCGCGT TTCAGGATTT CGTAGATTGG TTTGGGGTGG ATGCCGGTAC TATTCAGGAT ATAAGAGATA TGTTAAACCT TAGTTTGGCG TAA
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Protein sequence | MAYRFPDNLY LGPYNNNFNP NDYIKSSNTD AIQRMLNYSP NNNPDYSSFK NFNPESLQKI AEESGRDSVP EEWNSMEFAK NIPAPTPNSD NNIKIPKIEF KFDIPQQFKA NNLLPSPYAA PKAIQTPIQQ QQSQQQLKSQ QSQPQLQLPQ QQQPQLKSQQ QSQQQTPQNN FNTIENSAIW RTLIGAPEEG YTTKSMIDDT INALPMIRGA GTAAKGALNA AKNIPIAGKA ISGILGSPGK VAEIVKELPT PVKIAAAPPT AIAGMETYRG ATNPDMKENN FFTRTGASLR AGVGDVIENM GQVSKWQGAD NIGNTLVNAG QNLRTGYEVK PQEFTWKSFF DPDFYSSNVA RTVPFTMSLI PAMAAGYKGA GAAVGKILNP FQKAIISSLG GAALSRPLES AMEAGNTYQD AIARGMTEEQ ADQAANSTFK KNLALAGLDA AQLAAAFAPS PIKATTRLGK AAVATGRVGF DAVTEGLEEG VQEVFQRQAL GDKIAFDARM QESMGIGAVF GTHMGGIGVV HEAIQNKVIE KLPPAGQQAF TDTVNEYVNS GMPQEQAVQA TFDDLANTQI GKDIVVEATQ EVISERQGLI RNSGIPGQLR VKPGTDNTQA TQGANINQVM QDTSVGANAG QYNQDDITDI IERDLPTEIS DFVPEEDLPE ISDKPVIRGI KDINNGDAVY DGKGNKFTVI DNTDPSILKI QNERGTIGSI GRKKVLLEPP AGQIKQEVKP DQNTVITSEE TPKTNSEIGA KQNNTAKVEQ YGQSGQSTNQ TANDITNSFG ELASGLQEAG YKRTMDLVAK QGYVGFKKKA AADLFRKNPK YAGWKEEQIN GEYRFSPPGE VEQEIRQEPQ NNLKAQQQPV QEKPVQEVIS QSMTYQQPEI DKFIDEALKE KQVQKYLTLR RVTPGEADVI KQLINVDVTG FKHEINSNDL RHAMKHGDSL KEAKSNQLPI TDKDLKAIPD VINSPDEILP GSKTRNGTGK DLIYKKQVNG FIYYVEVVNS KKGILSGKTM WKKSSKADHG SDIPTPPYTS ETEPGLTSPN NNNINPRQSD VNNNINTNNY HNEQVGSPAT GSKSGTSNQP EEVNSFDDLE RQLASTVDEK IGEVKPTIGM TVKDITQNPF KANNPKTGQQ KQQPPRKEFR LKNEEANKRF QQAQGQPQET TKLKVYNYMS KTLNQTTRAF EHLPAGAKFE PIRFALLELK KQIGVSNDKT LRILQGLTAK MDKPAYTLFR YKVVFDDLIN EAEVQEVGPE QELWFGLTLD EMKAEMVRIN EELEYYPEVK RAVKFRHDLW SAFKNEYIKA MKDIGFNVEK KLQKQDYYRH LVIKYAEEKY KDNPDKKKIT MPTKAGYLKQ RGNVNLDINT EFIEAEYEVM SRMMYDIKRA KLFKLIDDKY NIVKDLKRQA IEINDKNIML LFKEMAQQWN EDVSRKRIDY TGEDIYRQTL NKKQAMAIGK LGKFSVNGLL PDNNGMYSDL IYELANSAYD EDGRERKDII PLSEKSSNQL YSYANWLLET SDKADIEGRT INDLSEVPKD IIGYQVRPSD RNNFGKIIAY NPKRGMAKVN FKNKEKGTTE TKEFKITELK LIGKGKDAGT PAMAAAMLFK GRAEKKQFLK DKLGSKYVTW ENIIPEGYSR LRQKEGTIFY FVDSIESKQA EMLYTGLVEE IGVKQEDLQR VMAMGGQIKD FVIPDEIIMT INNPEPYKSN QTNFGKLASG IQRYWKEYQL TSPRRFSKYN TRNASGDFEV MVREIPGAVS KIHQAVKELY PVMFGDRSMT PTMKDWFERG GFETLLQSQE IGSINELKLF VDIIKREEKK GTFNKTGTQL IKAWRFYWNG VRKLTNFREA ILRYSVYLET LEQMQKNEGK PKSFLASYPE EVMALDNIKD RAFKLSNELM GAYDQVSVIG QKLREQLIPF WSWVEVNFKR EIKIFKNAVR DERLAGYMGR KLIGTAVRSP VIALKVGKYA LIATWMWVLL TLWNDTFYPE EEKELSEEER RKPHIIFGRN EDGTIKNFTR LGAFQDFVDW FGVDAGTIQD IRDMLNLSLA
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