| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_2814 |
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| Symbol | |
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| ID | 8429803 |
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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 | 2970216 |
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| End bp | 2974223 |
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| Gene Length | 4008 bp |
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| Protein Length | 1335 aa |
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| Translation table | 11 |
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| GC content | 40% |
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| IMG OID | 645035078 |
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| Product | putative PAS/PAC sensor protein |
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| Protein accession | YP_003192202 |
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| Protein GI | 258515980 |
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| COG category | [K] Transcription
[T] Signal transduction mechanisms |
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| COG ID | [COG3437] Response regulator containing a CheY-like receiver domain and an HD-GYP domain |
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| TIGRFAM ID | [TIGR00229] PAS domain S-box
[TIGR00277] uncharacterized domain HDIG |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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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 | 20 |
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| Fosmid unclonability p-value | 0.988399 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGAAAAGTT TTTCTGTTTA TAATTTTCGT CATCGCCTTT TACTGCTTGT GATAATTGCT
GCTCTTCCTG TTTTGGTTTT AATGCTTTAC AATACTTTCG AACAACGTAA ACAGAATGCC
TATAATGCTC AAGAAGATTC AATGCGTATT CTTCGTTTAG TAACTCGTAA TCATGAGCAA
CTAATAAAGA ATGCAGAACT ATTCTTATCA GTTATAGCTA AGCTTCCAGA AGTCCGAAAC
AGCAGTTATC AAAACTGCAA TGAGATATTT TCACTTATAC AAAAACAGTA TCCCTATTAT
GACAGTGTGG GTTTGATTAG GACAGACGGC ATTTTGCAAT GTGTTGTTCC GGCAATTGAA
CATCAGGTTA ATCTTTCTGA CCGCCTGTAT TTTCAAGACG TTATGCGAAC CAAAAATTTT
GCTGTCGGCG ACTATCGTAT AAGTAGGGTT ACAGGTAAAG CTTCAATACA TTTTGCTTAT
CCTGTATTAA ATAGTAAGGG ACAAGTAATA GCTGTATTGT TTGCTGAAAT GAATATGAAT
TGGCTGGAAA AGTTGGTTAA TAATATTGAT TTTCCTTCTG GCATGACAAT CACTGTTGTT
GACAGAAATG GAATAGTTTT ATCCCGTCAT CCGGACGCTG ATAAATGGAT CGGAAAAGCT
ATGCCTGAAG CAGCTATTAT TAGAACTATT CTAGATAAAA AGGCAGAAGG TAAAGCTGAT
AGTATTGGTA TTGATGGGAC TCATCGCTTT TACTCCTTTA GCCCTTTGTT TGCTTCAACG
GGCAGCAGTA ATTTGTTTAT ATATTCGGGA GTGCCTATCG CTGATGTTTA CGCAGGTGCC
AATAGTCTTT TGATCCGAAA CCTGATCGGT ATATGTTTTA TCATGTTGTT GGTTCTTAGT
ATAGGTTGGT ATGGTGGCAA AATCTTCTTT TTACAGGCTG TTGAAGTATT ATTGGCTGCA
ACTGATCGAT TGGCTGGCGG TGACTTAAGT GCGCGTACAG GAATGTCTAA CCGGAAAGGT
GAATTATGCA GACTGGGCTA TAACTTTGAT ATTATGGCAG TTGCACTGGA AAAGCGTACG
CAATTGCTAA ATCAGGCCGA AATTAAGTAT CGAACCCTTG TGGAGCAAAT TCCGGCAGTC
ACCTATATTA CGGAACTGGG TGATGAAGGA ATTACCCAAT ATATAAGCCC ACAAGTGAAA
AAGCTTTTGG GTTATACCCA GAAAGATTTG ATTAATAAAC AGGATTTTCG TGTGCAAAAA
ATTGATGGCA GTGAATATAT TATTCAACTA AAGAAAATTA CTGCAAAGTG TAAAGTTGGT
GAAAGCTACC AATATGAGTA TCCATTAATA ACTATGGATA ACAATGTTGT ATGGGTTTAC
GATCAAGGTA AGATTGAGTT AGATGAAACA AGTGATAAAT GGATAGCGCA TGGTTTTTTG
GTTGATATCA GCAAACGTAA GCTGGCTGAA GAGAGACTGG CCAAATCAAG AGATTTCTAT
CTTTCACTGT TTGAAGAATT TCCGTCCATG ATATGGAGAT CAGGTATTGA CGCTAAATGT
AATTATTTTA ATAAGAGTTG GCTAAATTTT ACCGGGCGAA CTATGGAAGA AGAAAAAGGG
GGAGGGTGGG CAACCGGTGT TCACCCGGAG GATTATGATA GATGCATAAA TACATATCTT
AATGCGTTTA ATGGGCGTGC TTCTTTTGAA ATGGAGTATC GTCTGCGCAG GTTTGACGGG
AAGTATCGCT GGGTTGTAGA CATAGGCAGA CCTTTCTATG ACCAGGAAGG TAATTTTTTC
GGTTATATAG GTTCCTGCTA TGATGTTACA GAGCGAAAAC AGGAAGAGGA ACGTATAAAC
AGGGATGCTG CCCAAAGCGA AGCTCTTGCA GATATTTTGC AAACAATGGC AGAAGCTGGT
TTAAATTGCG AAAATATATT GAAAACAGTG ACCAGGAAGA TATCAATTCT TTTAGGCGAT
GCTTCTGTAA TCTGGTTGCT TTCAGAAGAA GGAGATTGTT TGAGACCGGT AGCCTATTAT
CATCAGGAGC AGACAGCGCT TGATTTAATG GATTCGATAT TTAGTAATTT TCAACAGTAT
CCGGTGGAAA ATGTTATGAG TAGTGTAATA ATGGAAGCAA AATCCCTGTT TATACCTAAA
ATTGAACTTG ATAAATTACG TAAAATAATA AGCCCGGACT ATTTTCAGTT TTTTGATCAA
TGTGCTATTT GCAGTCTTAT AGTAGTCCCC TTAAGGGTGC GCGGTAGGGT TATTGGTTCT
TTGGAAATTT CAAGATATGA TCCATGTTTG CCTTATAATG AAGATGACCT AAAATTTATT
CATGACTTGG CAGATCGCCT GGCAGCATCT ATTGCTTATG CTACTCTATA TGATGAAAAT
GTGCGCGCTC TGAATAGGTT GAATGCACTT TACCAGGGGG CTGAAAAATT GGTGCAGAGC
AGTATTGATC TGAACCAGTT GACTGATGAT GTTACCCGTA CCTGCGTAAA ATTGTTTGGG
TTAAATATGG CTTACTTGGG TCGTACTGAT TCAAGCGGTA ATTTGTGTTT GATCAATCAA
TATCCACAAG GCAGTTATTT TCATAGCCGC AATTTTGTGA GCGGGCAAAA TATCTTGCCG
GGACAGGAGC TTACCGATAA AGTTATTCAA AGCGGTTATC CTTATATTAT TGATGAGGTA
GAAAGTGATC CTTTACTGGA TCCCTGGCGT CAAATTGTAA TTGAGAATGG AATCAAAACC
TTTGCTTCCT TTCCACTTAT TAACAAAGAA CGATCTTTTG GGACATTAAA CTTATGCAGT
GAGCAGAAAA GCTTTTTTAC ACTGGAGCGG GTTGAATTTT TTCAGGCCTA TACTCGTATG
GTTGCTGCTA CGATGGATAA TGTCAGGCTT TTTGAAGAGG CGGGTAGGCG TCTTAAGCAT
GTTGAAGCTT TACGTAATAT TGATATGGCT ATTACCTCAA GTTTGGACTT GCGTGTCACT
TTCCAGGTAG TAATGGATCA GGTAATCAGC CAGTTAGGGA TTGACGCCGC AGTTATATTA
CTGCTTAATC CTTATTCACA AACTTTAGAA TATGCTGCCG GACGTGGGTT TAGAACAAAT
AATGCAGAGC GTACCTCAAG CAAATTAGGG GAAAGTAATG CCGGTCGTGC TGCAACAGAA
CGTCGAATTG TGCATATTCC TAACTTGGAG CAATCAGAGA AAACTTTTTT ACGTCCAGAT
ATACCGGATG TTGAGGGTTT TGTTACCTAT TACGGTGCAC CTCTTATAGC TAAGGGTCAA
GTCAAGGGAG TTCTGGAAAT ATTCCAACGC AAGTATTTTA AACCTGATCA AGAGTGGCTG
GATTTTCTGG AAACTTTGGC CGGGCAAGCT GCCATAGCCA TAGATAATGC CGGACTATTT
AATGAATTGC AGCGTTTTAA TGATGAGCTA AGGTTAGCCT ATGATGCTAC AATTGAGGGT
TGGTCATATG CTTTGGATTT GCGGGATAAA GAAACTGAGG GACATTCCCG TCGTGTGACA
GAACTGACCT TGCTCTTATC CCGTGCTATG GGAATGAATG AAGCAGATTT ATTGCATGTA
AGGTGGGGAG CGCTGCTTCA TGATATCGGC AAAATGGGTA TCCCCGATCA CATTTTGCTG
AAACCAGGTG CCCTTAATGA GGAAGAGTGG GATATTATGA GGCGACATCC CGTATATGCA
TATGAAATGC TTTCACCTAT AAATTACCTG CGTCCGGCTT TGGATATTCC CTATTGTCAC
CATGAAAAAT GGGACGGCAG TGGCTATCCA CGTGGAATAA AAGGCTTGCA AATTCCTTTG
GCCGCTCGGA TTTTTGCCGT TATTGATGTT TGGGATGCCT TATGCTCTGA TCGTCCTTAC
AGGTCTGCCT GGCCTAAAGA TAGAGCGCGA GAATTTATAC TGGAACAATC CGGCAAACAT
TTTGACCCAA AGGTCGTTGA AAAATTTATT TCTTTAGAAA ATTTCTAG
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| Protein sequence | MKSFSVYNFR HRLLLLVIIA ALPVLVLMLY NTFEQRKQNA YNAQEDSMRI LRLVTRNHEQ
LIKNAELFLS VIAKLPEVRN SSYQNCNEIF SLIQKQYPYY DSVGLIRTDG ILQCVVPAIE
HQVNLSDRLY FQDVMRTKNF AVGDYRISRV TGKASIHFAY PVLNSKGQVI AVLFAEMNMN
WLEKLVNNID FPSGMTITVV DRNGIVLSRH PDADKWIGKA MPEAAIIRTI LDKKAEGKAD
SIGIDGTHRF YSFSPLFAST GSSNLFIYSG VPIADVYAGA NSLLIRNLIG ICFIMLLVLS
IGWYGGKIFF LQAVEVLLAA TDRLAGGDLS ARTGMSNRKG ELCRLGYNFD IMAVALEKRT
QLLNQAEIKY RTLVEQIPAV TYITELGDEG ITQYISPQVK KLLGYTQKDL INKQDFRVQK
IDGSEYIIQL KKITAKCKVG ESYQYEYPLI TMDNNVVWVY DQGKIELDET SDKWIAHGFL
VDISKRKLAE ERLAKSRDFY LSLFEEFPSM IWRSGIDAKC NYFNKSWLNF TGRTMEEEKG
GGWATGVHPE DYDRCINTYL NAFNGRASFE MEYRLRRFDG KYRWVVDIGR PFYDQEGNFF
GYIGSCYDVT ERKQEEERIN RDAAQSEALA DILQTMAEAG LNCENILKTV TRKISILLGD
ASVIWLLSEE GDCLRPVAYY HQEQTALDLM DSIFSNFQQY PVENVMSSVI MEAKSLFIPK
IELDKLRKII SPDYFQFFDQ CAICSLIVVP LRVRGRVIGS LEISRYDPCL PYNEDDLKFI
HDLADRLAAS IAYATLYDEN VRALNRLNAL YQGAEKLVQS SIDLNQLTDD VTRTCVKLFG
LNMAYLGRTD SSGNLCLINQ YPQGSYFHSR NFVSGQNILP GQELTDKVIQ SGYPYIIDEV
ESDPLLDPWR QIVIENGIKT FASFPLINKE RSFGTLNLCS EQKSFFTLER VEFFQAYTRM
VAATMDNVRL FEEAGRRLKH VEALRNIDMA ITSSLDLRVT FQVVMDQVIS QLGIDAAVIL
LLNPYSQTLE YAAGRGFRTN NAERTSSKLG ESNAGRAATE RRIVHIPNLE QSEKTFLRPD
IPDVEGFVTY YGAPLIAKGQ VKGVLEIFQR KYFKPDQEWL DFLETLAGQA AIAIDNAGLF
NELQRFNDEL RLAYDATIEG WSYALDLRDK ETEGHSRRVT ELTLLLSRAM GMNEADLLHV
RWGALLHDIG KMGIPDHILL KPGALNEEEW DIMRRHPVYA YEMLSPINYL RPALDIPYCH
HEKWDGSGYP RGIKGLQIPL AARIFAVIDV WDALCSDRPY RSAWPKDRAR EFILEQSGKH
FDPKVVEKFI SLENF
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