| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtox_1771 |
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| Symbol | |
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| ID | 8428742 |
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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 | 1875111 |
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| End bp | 1877660 |
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| Gene Length | 2550 bp |
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| Protein Length | 849 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 645034106 |
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| Product | alpha-glucan phosphorylase |
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| Protein accession | YP_003191248 |
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| Protein GI | 258515026 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG0058] Glucan phosphorylase |
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| TIGRFAM ID | [TIGR02094] alpha-glucan phosphorylases |
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 0.848129 |
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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 | 21 |
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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 | ATGTTTTATT TTAGAACTGT TTCTGTTAAT CCCAAAATGC CTGAGCGTAT TTCCAGACTG
CAGGATTTGC AATATAATCT GTGGTTTAGC TGGCATGAAC CGGCACTTGA GTTATATCGC
CAGCTTAATG AAGTTCTTTG GGAAGACTGC TACCACAATC CTGTTAAATT TTTATTGGAA
TTGCATCAAG AGGATCTGCA CGAAGCCGCG CAGGATAGCA ATTACCTGGC TCTTTACGAT
CAGGTAATTG GTGATTTTGA TCGTTATATG AACGAAGAAA AGTGGTTTCA CAAATATTAT
AACCAGCACA AAGACAGAAG TATTGCATAT TTTTCAGCCG AATTCGGACT TCATGAGTCT
TTGCCGATTT ATTCGGGAGG TCTCGGTGTA TTGGCAGGTG ATCACACCAA GGCTGCCAGT
GACCTGGGTA TACCCTTTAT AGGTGTTGGA TTATTATATA AACAAGGCTA CTTTACCCAG
AGAATTAACC GTGAGGGATG GCAGGAAGCT TTTTATCCCC ACTATAATTT TTATCAGATG
CCCATTGTCC CGGCAGTTCA TGAAAACGGT ACGGAAGTGC AGATACCGGT TGATTTGCCA
CAGGGAACGG TATTTCTCAA AGTATGGGAG ATGAAGGTGG GTCTGGCTAA AATCTATCTT
CTTGATGCTG ATGTTGCCCG TAACAGCAAA GAAGACAGGG CGCTCACAGC GCAATTGTAT
GGCGGCGATC GCGATATGCG CATAAAACAG GAAATTATTT TGGGTATTGG AGGAGTCAAG
GCTTTAAGAG CTTTGGGTAT TATCCCATAT GCCTGGCATA TTAATGAGGG ACATGCCTCT
TTTTTATGTA TAGAACGGAT TAGGGAACTG GTACAAACCG GTATTCCCGT TGCTACTGCT
AAAGAGGTGG TTAAGTCTAA TACATTGTTT ACTACCCATA CTCCTGTTCC TGCCGGGCAT
GATACTTTTG ATGAAGAAAA AATAGATTAC TATTTTGGTT ACTTATACGG GCAGTTGGGA
ATGAGCCGGG ATCAATTTAT GCAGTTGGGA TGGAATAAAG AACACAAGGC CTTTAATATG
ACCGTATTGG CTCTCAACCT GTCCAGTTAT TGTAATGGCG TGAGTAGATT GCATGGGGAA
GTGTCCCGTA AAATGTTTCA AATCTTTTTT GATCAACTGC CGGTGGAGGA AGTCCCCATA
ACATCAGTTA CTAACGGGGT ACATGCGGAG AGCTGGATAG CACAGGAAAT TAAAGATTTA
TACAGAGAGT ACCTGGGGAA TGAATGGGAC AAAAATATTT CTGATCAAGA ACAGTGGCAT
AAAGTGGATA ATATTTCTGA TGAACGAATT TGGAATATAC ATAAGAAGAA AAAAGAAGAT
ATGATTTTTT TTGTGCGTCA CAGGCTGGAG CAGAAAAAAC TGCGTAACCA TGAATCATCT
GAAAGTGTCG CTGAGGTACA AAACTTTTTA AGTCCTGACA GTTTAACCAT AGGTTTTGCC
CGGCGTTTTG CTACCTATAA GCGTGCAACT TTGCTTTTTC GCAATAAGGA AAGGTTGGCC
CACCTTTTCA ATAATCCGGA GCGCCCTTTA CAAATAATCT TTTCCGGCAA GGCTCACCCT
GCTGATGACG CCGGTAAGGA ATTTATTCAA AAAATATATC AGTATGCTAA TGAGGAACCG
TTTCGGGGTA AAATTGTTTT CCTGGAGGAT TATGATATAA ATGTAGCACG CTACTTAGTC
CAGGGTGTAG ATGTTTGGTT AAATACGCCG CGTTGGCCTA TGGAAGCCAG CGGTACCAGC
GGTATGAAGG TAGCTATGAA CGGCGGATTG CATTGGAGCG TGCTGGATGG GTGGTGGCCT
GAAGGTTATA ACGGGTATAA CGGTTTCGCT ATTGGAGAAA TTGATAACAG CCACTTAAGC
GAACAGGAAC TGGACCGTGA AGACAGTTAT TCCCTCTATG CATTGTTGGA GGAAGTTATA
ATACCGTCTT ATTATAATCG GGAAGACCAC CTGCCAAGAG AATGGATTAA AAGAGTAAAG
GATTCAATTA AAACTCTTTC TCCGGTTTTT AATACCGGAC GGATGGTTCA GGAATATGCG
AGTCAATTTT ATGTCAACTG TATTGATCGC GGTTTAATGT TTTCAGAAGA AAACTTTGCT
CTGGCTGGCC GTGTTAGAGC ATTTAAACAA TATTTAATGG AAAACTGGCA TCATGTTGAT
TTTAAGAATG TTAATTTTAA TGGGACAAAG GATATGAATG TGGGTGATGA GCTGACTTTA
AGCGCTACTG TCAGATTGGG ACCTATTAAC CATAACGATG TTAGGGTTGA AATTGCTTAC
GGTTATGAAA GCGAACATTC ACTTCATAAT ATACAAACCA AGCCAATGAA TTTAGTTGAA
GCCGTAGGTG ACGGTCTTTA CAGGTATTCC GGTTCACTGC AGCATGCTCA GCAAGGAACT
TTTGGCTATA CGGTAAGAAT CAGACCCTCC AGCACTTACT TTGCCAATGA TTTTGAACTG
CCTTTGGTTA CCTGGGCAGG AACATTTTAA
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| Protein sequence | MFYFRTVSVN PKMPERISRL QDLQYNLWFS WHEPALELYR QLNEVLWEDC YHNPVKFLLE
LHQEDLHEAA QDSNYLALYD QVIGDFDRYM NEEKWFHKYY NQHKDRSIAY FSAEFGLHES
LPIYSGGLGV LAGDHTKAAS DLGIPFIGVG LLYKQGYFTQ RINREGWQEA FYPHYNFYQM
PIVPAVHENG TEVQIPVDLP QGTVFLKVWE MKVGLAKIYL LDADVARNSK EDRALTAQLY
GGDRDMRIKQ EIILGIGGVK ALRALGIIPY AWHINEGHAS FLCIERIREL VQTGIPVATA
KEVVKSNTLF TTHTPVPAGH DTFDEEKIDY YFGYLYGQLG MSRDQFMQLG WNKEHKAFNM
TVLALNLSSY CNGVSRLHGE VSRKMFQIFF DQLPVEEVPI TSVTNGVHAE SWIAQEIKDL
YREYLGNEWD KNISDQEQWH KVDNISDERI WNIHKKKKED MIFFVRHRLE QKKLRNHESS
ESVAEVQNFL SPDSLTIGFA RRFATYKRAT LLFRNKERLA HLFNNPERPL QIIFSGKAHP
ADDAGKEFIQ KIYQYANEEP FRGKIVFLED YDINVARYLV QGVDVWLNTP RWPMEASGTS
GMKVAMNGGL HWSVLDGWWP EGYNGYNGFA IGEIDNSHLS EQELDREDSY SLYALLEEVI
IPSYYNREDH LPREWIKRVK DSIKTLSPVF NTGRMVQEYA SQFYVNCIDR GLMFSEENFA
LAGRVRAFKQ YLMENWHHVD FKNVNFNGTK DMNVGDELTL SATVRLGPIN HNDVRVEIAY
GYESEHSLHN IQTKPMNLVE AVGDGLYRYS GSLQHAQQGT FGYTVRIRPS STYFANDFEL
PLVTWAGTF
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