| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dred_2357 |
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| Symbol | |
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| ID | 4956207 |
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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 | 2577316 |
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| End bp | 2580561 |
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| Gene Length | 3246 bp |
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| Protein Length | 1081 aa |
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| Translation table | 11 |
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| GC content | 43% |
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| IMG OID | 640181529 |
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| Product | S-layer domain-containing protein |
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| Protein accession | YP_001113692 |
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| Protein GI | 134300196 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 2 |
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| Plasmid unclonability p-value | 0.0251259 |
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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 | ATGGTTGAGA AAATAAAAAA TAAGTTATTT ATCCAGTTAC TGATAATTTT GTTGTTGTTA
ACTTTAATGC CCATGGCTGT GTTAGCCCAA GACTCCGACA TTAAAGGACA CTGGGCTGAA
AATCAATTAA GCGGGTGGGT GCAAAGTGGT TTGGCCAAAG GATATGAGGA CGGCCAATTT
AAGCCAGACA ACAATATTAC AAGGGCGGAA TTTGTAGCAC TAGTAAACAG GTCCTTTGGT
TTTACAGAAA TAATAGAATT TAATTTTTCA GATGTTAAAG CAAATGATTG GTTCGCTGGT
GAAATAGGTA AAGCCATCGC CGCGGGGTAT ATCAGCGGCT ACCAGGATGG AACAATGAAG
CCGAATAATC AGATAACTAG ACAAGAAGTT GCCTCAATAA TATCTAGGCT CTTAAAACTA
GATGCTGGTT CAGGTTTTAA TATAAACAAC TTTAAGGATG CAAAGGATAT GCCCCAATGG
AGTAAGGCTG CCATAGGTGC AGTATCTTCA AAGGGTTACA TGGGTGGCTA CTCAGACCAA
ACTTTTAAAC CAACAAAGCC TATTACACGG GCTGAAGCCA TAGTTTCATT GGATCGGGTC
AAAGGTCAGC AAGCCACTGC TGCAGAGAAA ACCGTATTCT ATGCTAAACC AGGCACCTAT
GGACCTGCCA CAGGTAGAGA AACCATTAAC GGTAATGTTA CAATTAGTGT GGCAGATGTA
ACTTTGCAAA ACACTACCAT TAGCGGAGAT TTGTTATTAG CTGAGGGAGT CGGAAACGGT
GATGTCAAGC TTAAGAACGT AAAGGTAAGT GGTAAAACAA TTATTAAGGG TGGTGGAGCA
AACAGCGTTA CCTTGGAGGA TTGCTCATTG CCCAATATAA CAGTATCCAA AGAAGGTGTA
AGGGTAGTTG CCTCCGGTAA TACAACAGTT AAGGTTGTGC GGCTGGAGTC CGGTGCCACC
CTGGTTGAAA CTACCACAAC GGGCCCCGGC TTTGAAGCCG TAACCCTATC GGAAATTATC
CCTGCATCTG CTAAGGTCAA TTTAACAGGT AATTTTGCTG CTGTTATAGT GGCAACCAAA
GAAGTAGAGG TGGAAGTTAC AGCTGGTCAA ATCGAAACCT TAGAAGTGGC CAAGGAGGCT
ATTGGTGCCA TTGTTAATGT TGCCAAAGAT GCAACGGTAA ACACTTTAAC GGCTAATGCA
GCGGCCAAGG TTACTGGAGA GGGTAAAATT GAAACGGCCA AAGTAAACGC AGCTAATGTG
AGTATTGCCC AGACACCCAC AAAGCGAGAG GTTGCTAACG GTGTAACTTC CAGTATTGGA
GGTCAGACTG TTTCTGGAGG AACTTCATCC ACCGGCGGTG GCGGCGGTGG AAGTGGTGGC
AGCAGTACTA CCACAAAATA TGAAGTAGCA GTATTGACTA ATCCCGAAGC AGGAGGCACA
GTAAGTGGTG GCGGTAGCTA TACTCAAGGG GTGGCAGTAA CAGTAACCGC CATAGCAAAC
CCTGGCTACA AATTTATTGA CTGGAAAGAG AATGGTATAC AGGTTAGTAC TAATGCTTCC
TACTCATTCA CCATGGGTTC AGCAGCCAAA ACCCTGGTGG CTAATTTTAT AACAGAAGTT
CCCGTTGAAC CGGCTCCCTT TACACCAGGA GAGGGAGGAA CACTACCTGA CTTTACACCC
TTTAGCAGTG AACCAGGAAA AATTGGTGGA CTATATGTAG ATAGAACCCA TAGGGTAAAT
GAGGGCTTTA TCTATAATGG AGGAGAATTG GGTAATTATG CTGTAGTAGA CCTTAAATTT
GACCCACCCT CAGAATATGG TGCCACTAGC TATACTTTGC AGTATTCTGA TGATGGCTCC
ACATGGAGGA ATTATCAGCA TTACGATGTG GATCTTACGA CCTCAAATAA TGCACAGGAT
AATTTCAGCC TCAGCAGCCC GGCCGGAAGT TATAAGTACC GTCTGTTGGT TAATGGTGGC
GACAGGGATG GCTATACCTC CAACGAGGTG GAGGCCCCTC TAGTTGCTGT TGCTACAACC
TTTTCAGGCT GGGGACTGGA TGAAAGTATG TGGATTACTG GTGTCATGAG CCCCTTTGTT
GGCAGTGGCA AGCAAGCATC ATTTGATGTA AAAAAACTGC CGGAGCATGA TAACACTGAT
CTTAGTCAAT ATCTAACTTA CCAGTGGTAT AGGGTAAATC CAGCTACCTT TACTATGACG
GCCATAGAAG GAGCAACAGA GCTAACCTAT ACAACCAGCG AAGCCGATGC AGGCTACCTT
CTGCTCTGCC GTGCCACTGG CGATGGTGTC AATGTGGGTG GTTTTATCCA AATATTGTCT
CATTGGTCAC CAGTCATTAC CAATAAAGCC TATGTAAATA ATGTTACCAA CGACGGATTC
ACACTTAATC TTGATAAAAG CCTAGCAGGA CTTACACCTG AAGAAGTAAA GCTTTCCTAT
TATGCTGGTA ATAATGAAAT AATTGTCCCC ATCAACTCCA TTACCCCCCG GGATAATACT
GCAATGTTTG ATATTGCTGC AGCTATTCCC CAGGGTGTGT CTGAACTGTA TCTTCACAAC
ACTTCAGATT TTTGGAGACT TGTGTCGGTA CAAGGCGGAC ACCAGGGTCA CATGATGGAA
GGTGTGAGAA TTACTCTTGG AGCACCAGCG GATCCCGCTG CAGATATAGC AGTTACCTTA
GAGAGTACCG AGATGTCTGT TCCATATCAT CTAGGTGTGA GGGTAAAAGA TGCAGCAACA
GGTGCTCCAA TAACAGATCT TGTTGCTGGC GATCTAGACG AGGATTCCAG TCTCGTGTTT
AATTTCTCTT TGGAAAAAGA TGGTGTAAAT ATTCCTTTAC AAAGGGTCTT TCATAACGAA
ATGAATAATG AAGAAAATGA GGGACACTAT GTTATCTACC CCAGTGATGA TTATAGACCA
ATGGCAGGGG AATATAAACT AACTTTTAGT AAAACAGGGT ATGTTACCAC AAGTCTTGAT
TGTTCTTTTC CTTTAGAAGA TACCAATGCA AATATGTTAG TAACCTTGGA AAATACCGAT
GTTGAAACTA TTCCCAATAA CCTAAGCGTG GAGGAAATAA ATACAATAAC AGATGTGCCA
ATAACTGATC CTGTTGCCGA TGAACTTACT AATCCTGTCA CCGATGAACT TACTGATCCT
GTTACTGATG AACTCACTAA TTCTATTACC GATGAACTTA CTGATTCTAT TCCCTTGGTA
GACTAG
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| Protein sequence | MVEKIKNKLF IQLLIILLLL TLMPMAVLAQ DSDIKGHWAE NQLSGWVQSG LAKGYEDGQF
KPDNNITRAE FVALVNRSFG FTEIIEFNFS DVKANDWFAG EIGKAIAAGY ISGYQDGTMK
PNNQITRQEV ASIISRLLKL DAGSGFNINN FKDAKDMPQW SKAAIGAVSS KGYMGGYSDQ
TFKPTKPITR AEAIVSLDRV KGQQATAAEK TVFYAKPGTY GPATGRETIN GNVTISVADV
TLQNTTISGD LLLAEGVGNG DVKLKNVKVS GKTIIKGGGA NSVTLEDCSL PNITVSKEGV
RVVASGNTTV KVVRLESGAT LVETTTTGPG FEAVTLSEII PASAKVNLTG NFAAVIVATK
EVEVEVTAGQ IETLEVAKEA IGAIVNVAKD ATVNTLTANA AAKVTGEGKI ETAKVNAANV
SIAQTPTKRE VANGVTSSIG GQTVSGGTSS TGGGGGGSGG SSTTTKYEVA VLTNPEAGGT
VSGGGSYTQG VAVTVTAIAN PGYKFIDWKE NGIQVSTNAS YSFTMGSAAK TLVANFITEV
PVEPAPFTPG EGGTLPDFTP FSSEPGKIGG LYVDRTHRVN EGFIYNGGEL GNYAVVDLKF
DPPSEYGATS YTLQYSDDGS TWRNYQHYDV DLTTSNNAQD NFSLSSPAGS YKYRLLVNGG
DRDGYTSNEV EAPLVAVATT FSGWGLDESM WITGVMSPFV GSGKQASFDV KKLPEHDNTD
LSQYLTYQWY RVNPATFTMT AIEGATELTY TTSEADAGYL LLCRATGDGV NVGGFIQILS
HWSPVITNKA YVNNVTNDGF TLNLDKSLAG LTPEEVKLSY YAGNNEIIVP INSITPRDNT
AMFDIAAAIP QGVSELYLHN TSDFWRLVSV QGGHQGHMME GVRITLGAPA DPAADIAVTL
ESTEMSVPYH LGVRVKDAAT GAPITDLVAG DLDEDSSLVF NFSLEKDGVN IPLQRVFHNE
MNNEENEGHY VIYPSDDYRP MAGEYKLTFS KTGYVTTSLD CSFPLEDTNA NMLVTLENTD
VETIPNNLSV EEINTITDVP ITDPVADELT NPVTDELTDP VTDELTNSIT DELTDSIPLV
D
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