| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_1827 |
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| Symbol | |
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| ID | 8428805 |
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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 | 1936434 |
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| End bp | 1939598 |
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| Gene Length | 3165 bp |
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| Protein Length | 1054 aa |
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| Translation table | 11 |
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| GC content | 36% |
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| IMG OID | 645034164 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_003191299 |
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| Protein GI | 258515077 |
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| COG category | [O] Posttranslational modification, protein turnover, chaperones |
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| COG ID | [COG1404] Subtilisin-like serine proteases |
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| TIGRFAM ID | |
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Plasmid Coverage information |
| Num covering plasmid clones | 9 |
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| Plasmid unclonability p-value | 0.426628 |
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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 | 1 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | TTGAAATATT TACTTTTAAT CCTTGTTATT ATTTCGCCCA TATGGGTAAC CGGTTTTGCA
ATAGCAAACG AAAGAACATC ATATTATTCA GACGAAAAAG AAATCCTTGT CAAATATAAA
GATGAAGTTA TTGAAACTTG GGGAGAACGC CTGTTGGAAC CGAAAAACGG TTCATTCTTT
AGTCAAGATA ACAAACCTGT TGCTGAAGAT TTTCTCCCCG AAATAGGAGT GGTCAAATAT
ACGATTCCTA CTTCTTTAAG TATGGAGGCA GCAATAAAGG CTTTCAAGAA TGACGAACGG
GTTCAGCTTG TTGCTACGAA TGACACCCGA TTATTAGATC CATATATGGT TAAATCATAT
TACGAAAGCT GTAATGAATC AGTATATGAT GGGGTTTACC AAAACCCATC ATATAAAGAG
CAATGGGCTT TACAGCAGTT TGACATACCA AAAATCAGGG AAGAAATTGA CGATGATAAA
ATTAAACAAG TTACCGTCGC CATCTTGGAT ACCGGAGTCG ACCTTCAACA TGAAGATCTA
AAAGATGCTT TAGTGAATGG CTATAACTTT GTAAGCAACA ATGAAGATCC CACCGATGAT
GTTGGACACG GAACACACGT TGCTGGAATT GTAGGAGCAA TAAACAATGA TAAAGGGATT
ATAGGGGTGG CCTCTGGTGT GAAAATAATG CCGGTAAAGG TTTTAAACAG CCAGAGTACA
GGGGATGTAA TGACAGAAAT CAAAGGTATA GTTTGGGCTG TAGATAACGG AGCCAACGTA
ATTAATCTCA GCCTAGGCGG AGAACGGTTT AAATGTGGAG TAGACGCATT CAACCCCGTT
GAATATGCTG CCGTCCAGTA TGCAATCAGT AAAGGGGTTG TTGTCGTCGC CGCTGCAGGT
AACTATTCAG AGATAGTATC TTATCCGGCA GCATATCCAG ATGTAATTGC TGTAACATCA
GTTGATCAAT TAGGTGATAT TTCAATATTT TCTAATTTGG GGACGGAAGT TAGTATAGCC
GCTCCTGGTG AGGATATTTA CAGTACCATG CCCGAAAATA CATATCAATA TGCAACCGGA
ACATCAGTTG CTGCCCCATT TGTCAGCGGG ATAACGGCAT TAATTCTAGC GAAAAATAAA
CTCTTAACTC CATATGAAGT AAAGCAACTT ATAGAAGCAG GAGCTGATGA TAAAGGAAAT
CCAGGAAAGG ACGATCAATA CGGATACGGT ATTACTAATC CCCAAAGAAG CATAGGGTTG
CTAGTTGTAA AAATCAAATC ATCAGAATCC AATTTATTTT ATCAGGGACG ATCTCTACAA
TTTTCTTTGA CAATGGAAGA TATTGAGCAA AATGTCCAGT CTTCGGTATG TTCCGGTGTA
TACCAAGATG TATATAGTTT TGTGATTGAT TTTAATAAAT CATATGGGAA ATACTATTAT
GGCGATTATC ATCTGGAAAA AGGTTCTGTT GTAAGTATTG TATATGGGAA AGGTGAACAA
GCGGTATTAC TCGAAAAGCC GGGTTTTTAT GAAACGCGTA CTCGTAGCGT AAATCAGGAG
TATGCTGGAA ACCGCTATAA ATTTAGCCTG TTTCCGGAAG CACCGATAGC AAATATTGAA
AGCGGGTATT ATAGTTTACC TATAGATTTA GTTCTGACTA CTTCCACAGT TCCAGGGAGT
ATATATTACA CGACTGATGG AGAATCACCC TTAAAAGAGG GGAAATTAAG GTCTGATGCA
AAACACTATA CTGAACCGAT AAAAATTACC ACCGATACTA ATATTAAAGC AATAACGGTT
TCAGAAAGAT TTACCAGTAC AACAGCTTCT TATTGGTATA AACAATTTTT TACGGATTTA
TCAATAGAAA TCGAAGAAGA AGACCAGATT ATTAAAACGG AAAATTATTT GCTGGAGGTT
AATAAGCAAA ATAATAGTAG TATATATAGA CTAATACTAA AAGATTTGAT AGAAAATAAA
AATGATCAAT ACTTCGTTAT TGATCTAGCT CTAACAAATA CCGGTTCCAG TCATGATAAG
CTTATATTAT CAAAAGAAAC CTTGCAAAAA CTAGCTGAGC TTGAAAAGGA TGTAAAGATT
AAATATTTAG CTGCTGAAAT TCTTCTCTCT CACGAACAGA TTGTTAAAAT GAAACAAACC
AGCATTAATG AAGTAGAACT GGAATTTATC AGTTTAATAC GGGAAACAGC TAAGACACAC
GTGAGTTTAT TCCAGGAGCA AAATAACAAG AGTTCCATAA ATCTCGCTTC CAATGTCGCA
AAAACAGACT TGAAATATTT TAAAGATGGG GAACAGGTTT ATCCGGATGA ATTAAATGAC
ATTAAAATAA AGTTAACTAT TAGTATGACA ACAGAAGAAA CCCAAGAAAG CCAATGGTAT
GATTTTCGGA AAATGGGAGT TTTTCAGTTG ATTGATGAAA TGTATTATGA ATATCTGGGA
GGAGAATTGG ATCTAAGTAG TCAATGCTTT ACAATTGAAA TAAAACCGGA AAAACAAATC
CTCTTTGTCG CAGAGAACAG CCAGAGCTTT GAGGACATTC AAGACCACTG GGCACAAAAA
TGTATTGAAG TGCTTGCATC AAGACAGATT GTACAGAATA TCAATGAAGA AGAATTTTTT
CCTGATGATG CAATCAGTCG GGCTGAGTTT GTAATAATGC TTGTTAAAGA ATTAGACCGG
GGAAAAAGAC AAATCTATAC AGAATACCAG GGATATTTTA AGGATGTTTC AGAGGAAGAA
TGGTATTCAC CTTATATTGA GAGGGCTAAA GAAATTGGTT TAATAAGTGG AACCAAAGCA
GACTTATTTA AACCGGAAGA AAGGTTAACC AGAGAAGAAG CTTTTACTAT TCTTATGCGG
ATTTACGAAA TGACAAAGAA GGAAAACGGC TTAACCTTAG GAAATTGGAG GATTGTTTCT
TTGCTCAACG AAGAAAGGGT TGCTCAGAGG CAAACAGCAT CAGTTGACAT TCAAGAAGTA
AGTGAATGGG CAAAGCCAGA AATAATAAAG GGGCTGGAAA TGGGTATTAT TTACGGATAT
CCAGATGGAA CAATAAGGCC TAAACATACT CTGACAAAAG CTGAAGCATC TGTAATATTA
TTAAGACTTT TTGAAAAATG CTCAGACAAT AGCAAAGCAC ATTAA
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| Protein sequence | MKYLLLILVI ISPIWVTGFA IANERTSYYS DEKEILVKYK DEVIETWGER LLEPKNGSFF
SQDNKPVAED FLPEIGVVKY TIPTSLSMEA AIKAFKNDER VQLVATNDTR LLDPYMVKSY
YESCNESVYD GVYQNPSYKE QWALQQFDIP KIREEIDDDK IKQVTVAILD TGVDLQHEDL
KDALVNGYNF VSNNEDPTDD VGHGTHVAGI VGAINNDKGI IGVASGVKIM PVKVLNSQST
GDVMTEIKGI VWAVDNGANV INLSLGGERF KCGVDAFNPV EYAAVQYAIS KGVVVVAAAG
NYSEIVSYPA AYPDVIAVTS VDQLGDISIF SNLGTEVSIA APGEDIYSTM PENTYQYATG
TSVAAPFVSG ITALILAKNK LLTPYEVKQL IEAGADDKGN PGKDDQYGYG ITNPQRSIGL
LVVKIKSSES NLFYQGRSLQ FSLTMEDIEQ NVQSSVCSGV YQDVYSFVID FNKSYGKYYY
GDYHLEKGSV VSIVYGKGEQ AVLLEKPGFY ETRTRSVNQE YAGNRYKFSL FPEAPIANIE
SGYYSLPIDL VLTTSTVPGS IYYTTDGESP LKEGKLRSDA KHYTEPIKIT TDTNIKAITV
SERFTSTTAS YWYKQFFTDL SIEIEEEDQI IKTENYLLEV NKQNNSSIYR LILKDLIENK
NDQYFVIDLA LTNTGSSHDK LILSKETLQK LAELEKDVKI KYLAAEILLS HEQIVKMKQT
SINEVELEFI SLIRETAKTH VSLFQEQNNK SSINLASNVA KTDLKYFKDG EQVYPDELND
IKIKLTISMT TEETQESQWY DFRKMGVFQL IDEMYYEYLG GELDLSSQCF TIEIKPEKQI
LFVAENSQSF EDIQDHWAQK CIEVLASRQI VQNINEEEFF PDDAISRAEF VIMLVKELDR
GKRQIYTEYQ GYFKDVSEEE WYSPYIERAK EIGLISGTKA DLFKPEERLT REEAFTILMR
IYEMTKKENG LTLGNWRIVS LLNEERVAQR QTASVDIQEV SEWAKPEIIK GLEMGIIYGY
PDGTIRPKHT LTKAEASVIL LRLFEKCSDN SKAH
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