| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_3099 |
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| Symbol | |
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| ID | 4956939 |
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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 reducens MI-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009253 |
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| Strand | - |
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| Start bp | 3369259 |
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| End bp | 3372309 |
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| Gene Length | 3051 bp |
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| Protein Length | 1016 aa |
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| Translation table | 11 |
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| GC content | 49% |
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| IMG OID | 640182287 |
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| Product | peptidase S8/S53 subtilisin kexin sedolisin |
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| Protein accession | YP_001114426 |
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| Protein GI | 134300930 |
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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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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 17 |
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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 | 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 | TTGTATGGAA GGATAAATCA GGGCAGGTAT ACTACCCTGT TTCGTTTTTT CATCTTCTTT
TTAATGCTTC TTATGTTGCC CTGGCCGGTC TGGGCTGAGG TAGCGGGTAC CTATCGTTTA
GAAAACAACC TGGCTGGAGG GATCATGGGG GTACCGGCCC TCTGGGCACT ACAAGGTAAA
AATGGAACAG GTCTTACCGG TCAAGGCCAG GTTATTGCAG TGGCGGACTC TGGGCTGGAC
ACGGGTAAAA TGGAAACGCT GCACCCGGAT ATAAAAGAAT GTCTGGTGGG GGTAAAGGAT
TTCAGCGGAG ATGGCTGGGG AGATCCCAAC GGGCATGGGA CCCATATCGC CGGCAGTATT
GTGGGTTCTG GGGCTAAGTC CCAGGGTAGC ATCAAGGGGA TTGCCCCCAA TGCAGGCCTT
TATTTTCAAG CCACTTATAA TGATAAAGAT AAAACCTTAC ATATACCTTC GGTGTATGAA
CTGTTGAAGG ATGCTTATTA TGCTTCTGGG CAGCCCAGGA TCCATGTCAA TAGCTGGGGG
GCCAGCTTCA GTGACGGAAT TTATGACTGG GACACCTACA GTCTGGACAA GTTTGTCTGG
GAACACCCGG ATATGGTGGT GCTCAAATCA GCAGGTAACG GCAATAAAAC CAGCAAACCC
TATGTCAGTT CCCCCGGAGC TGCCAAGAAT GCCATCACCG TGGGGTCCAC CGAAGGAATT
CGCAACGTGG ATACCACTGC CGACAACCCG GATCAGGTGG CTGGCTTCAG CAGCCGGGGT
ACCTTGGATG GCCGTATCAA GCCCGAAGTG TTGGCCCCGG GGACCTGGAT ACTGTCAACC
AAAAAGACCC AACCAAACTT AGCAGAGGAC AAATATATCG GTATCTATAA CCAGAGTTAT
GGTTATATGA GCGGGACCAG TATGTCCACA GCCCTCACAG CCGGTTCTCT GGCGTTATTG
CGCCAGTACC TTGTACAACA GGGGGATTCC CCCAGTGCCG CCCGGTTAAA GGCAGTCCTG
ATTTTTGGCA CCCGCTGGCT GCCGGGGGTA GCGGCATCAG ATCAAGGATT TGGCAGGGTA
GATGTGGAAA AATCCCTCAT AGCACTGGAA AAGGGCAATC TGCAGCACCT GGAGGGTAAG
GGCTTAACAA CCGGTGAGAA GCTAGCCTAT ACCTTTACCA GTAATGGCAA ACCCTTTAAA
GCTGTGCTGG CCTATACCGA TTACCCCAAA ACACCGGGTC TGGGAAATGA TTTGGTCAAT
GACCTAGATT TAAAAATCAC TGGCCCGGAC GGTAAGGAAA TTTATTGGGG AAACGGCTAT
TTAGACGGAG ATCGCTTAAA TAATACTGAA GAGATTATTA TCAACCAACC CCTAAAGGGA
GAAACCTACA CCATTGAAGT CACTGCCCAG AAGGTAGAAA AGGGTCCCCA GCCCTTTGCC
TTGGTATATG GGACATTACC CGAGCATGGC ACCCTGCAGG GCATGAAAGA TAACAGAACT
CTTCTACTAG ATGGACAACC AGTAACCCTT GGGTCCGGAA CCAAGGTTCG CTTGGTGGGT
GGCGATACTA ACCCCCAAAA TGCCCGGGGG CAGGATATCC CTTTGGGGTC CGAGGTATAC
TGGGTCTACG ATGAGCAAGG ACAAGTTAGC CATATGGATG CAATTTATGC AACAGTAACC
AGTCGGCTAC AGTCCAAAGA AGGTACCAAC CAACTGGTTA TTCAGGATGG TACCCGCTGG
AAGCTGGCTA GTGATGCTAA AATCTATGTG GGAGACCACC AAATTAAGTG GACAGAATTA
CCCATCGAAG CAGAGCTAAA GCTAACCGCC AATCCTGTTA GCGGGAAAAT TTGGCGCATA
GATATTCAAG AATTACCCAA TAGTTCACCC TATATTACTT TAGCCATTCC CGATGAAGAG
GTAAGGGCAG CCATCAATAC ATCCACAACC ACCGGGAAAG TCACACTGAA TGCCCCTTTA
GACAATAATA GTAAGGACAA GCCTGTAATC CTGGCCTTTG GTACATCAAT GGCCGGAGAA
CTATATAAGA ATAGCCGCCC GGTGGAGATG AAGTTTCCCG GTCTTATTCT GGAAGTACCC
AAAGAAGAAT TCGGCAGAGT AAAAAATGAG CAGATTGGAG CCCAATTGCA AGTAAAAGTT
TCCTGGTTGC CCGTAGGAGA ACAATCCTTA CCGGCTCAAG ATACCAATAT GTATTTGCGA
GCGGTGGGTA AACTGGTAGA TATAAGGTCG GCCCTTGTTT GGCCCGATGG CAACCAACTT
ATCCTGAGTC AATCCATAAA CCCGACGAAA GTAACCATTA CTTCACCCAT AGGCTCCACC
GCAGGGCTTG ATATAAAAAA GATCGGTGCC TACCGATTTA ATGAAATGCT GCGTCAGTGG
GAATTTATCA GTAGCAACTA TAATGCCGAT ACTGGACAGT CCAGCTTTAG CACGAACAGA
TCGGGAAGCT TTGCCATTAT GGAAGCCAGC CGAAGTTTTC AAGATATTGC AGGACATTGG
GCCAAGAATG ATATCGAAAT CATGGCAGCC CGGCATGTGG TAAAGGGCAT AACCACTGAA
AACTTTGGTC CCGGAGAGAT CGTTACCAGA GGTCAGTTCA CCACCATGTT AGTTCGGGCC
TTAGGGTTAA CCGAGGGTGA TGGGAAGGTA AAATTCAAAG ATGTCCCGTC AAATCACTGG
TGTGCTGGTG CTGTGGGCAC AGCCGTAAAA ATGGGTCTGG TGGCAGGCTA CGGGAACGGT
ATGTTTGGAC CCAACGACCC CATTACCCGG GAACAAATGG CTGCCATGCT GCTTCGGTCC
CTGCGCTTTA ATAGCAGTGA AATTTTAACA GAAAAAGAAT ACTTGTTGGG ACAGTTTGAC
GACGGGCCTG CCATTGCACC CTGGGCAAGG GACGCTGTTT CAATTATGGT AAATGAGGGC
CTGATGCGAG GGAAGGATGG GAGCAAATTC GCACCCAAGG ATTTAACTAC CCGGGCCGAA
GTTGCAGTGG TTTTAGTACG CTTGTTGGAG TATAAGATGA ACAATCGTTA G
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| Protein sequence | MYGRINQGRY TTLFRFFIFF LMLLMLPWPV WAEVAGTYRL ENNLAGGIMG VPALWALQGK
NGTGLTGQGQ VIAVADSGLD TGKMETLHPD IKECLVGVKD FSGDGWGDPN GHGTHIAGSI
VGSGAKSQGS IKGIAPNAGL YFQATYNDKD KTLHIPSVYE LLKDAYYASG QPRIHVNSWG
ASFSDGIYDW DTYSLDKFVW EHPDMVVLKS AGNGNKTSKP YVSSPGAAKN AITVGSTEGI
RNVDTTADNP DQVAGFSSRG TLDGRIKPEV LAPGTWILST KKTQPNLAED KYIGIYNQSY
GYMSGTSMST ALTAGSLALL RQYLVQQGDS PSAARLKAVL IFGTRWLPGV AASDQGFGRV
DVEKSLIALE KGNLQHLEGK GLTTGEKLAY TFTSNGKPFK AVLAYTDYPK TPGLGNDLVN
DLDLKITGPD GKEIYWGNGY LDGDRLNNTE EIIINQPLKG ETYTIEVTAQ KVEKGPQPFA
LVYGTLPEHG TLQGMKDNRT LLLDGQPVTL GSGTKVRLVG GDTNPQNARG QDIPLGSEVY
WVYDEQGQVS HMDAIYATVT SRLQSKEGTN QLVIQDGTRW KLASDAKIYV GDHQIKWTEL
PIEAELKLTA NPVSGKIWRI DIQELPNSSP YITLAIPDEE VRAAINTSTT TGKVTLNAPL
DNNSKDKPVI LAFGTSMAGE LYKNSRPVEM KFPGLILEVP KEEFGRVKNE QIGAQLQVKV
SWLPVGEQSL PAQDTNMYLR AVGKLVDIRS ALVWPDGNQL ILSQSINPTK VTITSPIGST
AGLDIKKIGA YRFNEMLRQW EFISSNYNAD TGQSSFSTNR SGSFAIMEAS RSFQDIAGHW
AKNDIEIMAA RHVVKGITTE NFGPGEIVTR GQFTTMLVRA LGLTEGDGKV KFKDVPSNHW
CAGAVGTAVK MGLVAGYGNG MFGPNDPITR EQMAAMLLRS LRFNSSEILT EKEYLLGQFD
DGPAIAPWAR DAVSIMVNEG LMRGKDGSKF APKDLTTRAE VAVVLVRLLE YKMNNR
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