| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | Dtur_0675 |
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| Symbol | |
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| ID | 7083337 |
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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 | Dictyoglomus turgidum DSM 6724 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_011661 |
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| Strand | - |
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| Start bp | 684700 |
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| End bp | 687828 |
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| Gene Length | 3129 bp |
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| Protein Length | 1042 aa |
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| Translation table | 11 |
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| GC content | 35% |
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| IMG OID | 643457748 |
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| Product | glycoside hydrolase family 57 |
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| Protein accession | YP_002352574 |
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| Protein GI | 217967068 |
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| COG category | [G] Carbohydrate transport and metabolism |
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| COG ID | [COG1449] Alpha-amylase/alpha-mannosidase
[COG4945] Membrane-anchored protein predicted to be involved in regulation of amylopullulanase |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 14 |
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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 | ATGAAGAGAA TTTTAGCTTT TTCTCTACTC TTTATTATAA TTTCCCTAAT CTCCTTAAGC
TTTTCCCAAG ACATTCCTTT AAATATCTAT GATCCAAAGG TACAAAAAGT AGAAAGACCA
TTATACTTAG CCATTATATG GCATAACCAC CAGCCTTTAT ATTATGATCC AGATCAAAAT
ATAAATATCC TTCCTTGGGT AAGGATGCAT GCAATAAAAG ATTACTATGA CATGGCATAC
ATATTAAAAA ACTATCCCCA AATAAAAGCT AATTTTAACA TGGTTCCATC TCTCTTATAT
CAATTAGAAC TTTATACCAA GAAGGGCATA AAGGATAAAT ATCTAATTCT CACAGAAAAA
CCTGCAGATC AACTTACCAT TGAAGATAAA GAATTTATAT TAAGAAGATT CTTTGACGTT
AATTGGGATA GAATAATCAA AAAATTCCCA AGATATTGGG AACTTTTGAA TAAAAGAGGC
CAATCTGTTG ACGATGTGGT AATAGCAAAA GCAATTCAGA AATTTACAAC TCAAGATTTT
AGAGATCTAC AAGTATGGTT CAATTTAGCA TGGTTTGATC CTGATTTTCA AAAGTATGAC
AAAGATCTAT CAAGACTTAT AGAAAAAGGT AAAAACTTTA CTGAAGAAGA TAAAAAAGTG
GTAATAAACA AACAATATGA AATTATGTCT AAGATTATTC CTCTTTATGC GGAACTACAA
AAAACCAAAC AAATAGAAGT AACTACTACT CCATTTTTCC ATCCAATAAT GCCATTATTA
GTGGACATAA AATCTGCCAA AATTGCAGTA CAAGACATAG CTCTACCTAA TGCCACAATA
AACTACAGTG ATGATACATC AGCTCAACTT TCAATGGCTG TTAACTACTA TAAAAAATTT
TTCAAAGATA CACCAAAGGG TCTTTGGCCT TCCGAAGGAT CCGTAAGCCA AGACATTATT
CCCATCGTAG GAAATTCAGG CTTTTTATGG ATGGCAAGTG ATGAGGATGT GCTTTCAAAA
TCTCTAAACA CTCCTATCCT CAGAGACTCA AGAGGAAATG TAACGAATCC TGATGTACTT
TATCAACCTT ACATAGTGGA AGAACAAGGT AAAAAGGTTT ATGTGGTGTT TAGAGACAAA
AATCTTTCAG ATAAAATTGG TTTTGTCTAT AGTGGAATGA AAGGAGAAAA TGCAGCAAAA
GACTTTGTAA ACCGCTTAGA GAATATCTAT GAGAGAGTAA AGGATGACAA AAAGTCATAT
CTCGTAACAG TAATACTTGA CGGTGAAAAC TGTTGGGAAT ATTATGAAAA CGATGGAAAG
GAATTTTTAA ACACTCTTTA TAAATTACTC ACAGACAGTC CTTATATTGA AACAGTAAGG
CTAACAGACT ACTTAAATAA ATTCCCTCCC ACTAAGAAGA TAGAAAGGCT CCATTCAGGA
TCTTGGATAG ATGGCACTTT CTTAACTTGG GTAGGAGAAC AAGAAGAAAA CAAAGCATGG
GAAATCTTAG ATAAAGCAAG GACAGAGTTA ATATATGAAA CAGTGAAACA GAAGAAAACT
ATATCTCCCG TATTAAATCC AGATCTCTTA AGAAACAATA TCGAAAAAGC ATGGTTTGAA
CTATATGCAG CAGAAGGTAG TGACTGGTTC TGGTGGTATG GAGATGATCA AGACTCCACA
AATGACCTTG CCTTTGATGA ACTCTTTAGG AAACATCTTA TAAATGTCTA CAAATTAATT
GGTAAAGAAG TTCCTCAAGA ATTGTTCCTT CCTATAGTAA AAATAGGTGA AGAAAAACCA
GTACAAAGCT TACAAGCAAA ATTCACACCT AAGATTGATG GACTGATTAA TCCCGAAGAC
GAATGGAAGA ACGCTGCAAT CTACCTTGCT AAAAAAGGAA CAGGACTTTC CACAAAGCCA
AGTGATTTTA TTGAAAAAGT ATACTTAGGT CTTGACAATG ATAATGTATA CTTTCTTATA
GAGTCAAAAA CAAATCTCAA AGACTATTTA GGAAAGCCTT ATTTCTTAGC AGTGTACTTT
TCTAATCCAA ACCAAAAGGA ATATAATTTG TATCCAAGAA AGGGAAGTCA GACTCTCGGG
TATGGAATAG CTTACGAACT TCTAATTGAT TTTTCAAAGA TCAGCTCCCT TGGAGAAGTA
GATGCCATAT TAAATCAAGC TACTGGTAAT AATTCCTGGA GACAACAATC TACACTAAAA
GCAGGAGTAT CGGAGAAATA CATAGAAGTA GGCGTACCTT TCAAGGAAAT TAAAGTACAA
GGAAGAGAAC AAATAGCAAT GAATGTGATA TTTGGGAAAG AAGAACCGAT AGATGTGGTA
CCTTACTATG TTCCTATTTA CTTAACTGTT CCTGAGAAGA AGTTAGAAAT AACATACTTC
TCTATTGATG ATCCAACTGG GGATGACTAT GGATGGGGCA AAGTTGTATA TCCAACAGCT
CCAGTATTTA AACCCGGTGT TTTCGACATA ATCCATGTAG AAATGGGTAA AAGCAAAGAT
GATATTGTAT TCAAAATTAA GATTAGAGGA GATTTAGAAA ATCCATGGGG TTCGCCCACA
GGAGTCTCAG TTCAAACCAT AGACATATAT ATTAATGATG GAAAAGAGAG CACCTATTAC
TATCAAGCCT TACCTGGAAG ACAAGCTAAT ATTCCTGAGG GTTGGAACAA AGCAATTTGG
GCTGAAGGAT GGATACAAGA ATTAATAATT CCTACATTAG ATGAGAAAGG AAAAGTACAA
CTAAAAGAGA TAAAAGGAGT AGTACAATTA AGCACCGATC CTACAGAAAG AACTATAATA
ATCTCAGTAC CTGAAAAATA CTTAGGTCCT GTAACACCTG ACTGGAAAAT CCTCGTGATA
TTATGTGGAC AAGAAGGATA CCCAAGACCT GGAAGCTGGA GAGTAAGAGA AGTAGAAGAA
GAAGCTAAAC AATGGAGATT TGGCGGTGGG GACGACTTCT ACGGCGATCC TAATATCATA
GATATGATTG TTCCCCCTGG AATGAAACAA GAGGATATAC TGTCTAAATG GGTAAGTAGT
GAAGATGAGG AAGAAAATGT TTATGTAGAA TTACCCTTGA TCCCCCTTAG GGTTTTAATG
TCTCAATAA
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| Protein sequence | MKRILAFSLL FIIISLISLS FSQDIPLNIY DPKVQKVERP LYLAIIWHNH QPLYYDPDQN
INILPWVRMH AIKDYYDMAY ILKNYPQIKA NFNMVPSLLY QLELYTKKGI KDKYLILTEK
PADQLTIEDK EFILRRFFDV NWDRIIKKFP RYWELLNKRG QSVDDVVIAK AIQKFTTQDF
RDLQVWFNLA WFDPDFQKYD KDLSRLIEKG KNFTEEDKKV VINKQYEIMS KIIPLYAELQ
KTKQIEVTTT PFFHPIMPLL VDIKSAKIAV QDIALPNATI NYSDDTSAQL SMAVNYYKKF
FKDTPKGLWP SEGSVSQDII PIVGNSGFLW MASDEDVLSK SLNTPILRDS RGNVTNPDVL
YQPYIVEEQG KKVYVVFRDK NLSDKIGFVY SGMKGENAAK DFVNRLENIY ERVKDDKKSY
LVTVILDGEN CWEYYENDGK EFLNTLYKLL TDSPYIETVR LTDYLNKFPP TKKIERLHSG
SWIDGTFLTW VGEQEENKAW EILDKARTEL IYETVKQKKT ISPVLNPDLL RNNIEKAWFE
LYAAEGSDWF WWYGDDQDST NDLAFDELFR KHLINVYKLI GKEVPQELFL PIVKIGEEKP
VQSLQAKFTP KIDGLINPED EWKNAAIYLA KKGTGLSTKP SDFIEKVYLG LDNDNVYFLI
ESKTNLKDYL GKPYFLAVYF SNPNQKEYNL YPRKGSQTLG YGIAYELLID FSKISSLGEV
DAILNQATGN NSWRQQSTLK AGVSEKYIEV GVPFKEIKVQ GREQIAMNVI FGKEEPIDVV
PYYVPIYLTV PEKKLEITYF SIDDPTGDDY GWGKVVYPTA PVFKPGVFDI IHVEMGKSKD
DIVFKIKIRG DLENPWGSPT GVSVQTIDIY INDGKESTYY YQALPGRQAN IPEGWNKAIW
AEGWIQELII PTLDEKGKVQ LKEIKGVVQL STDPTERTII ISVPEKYLGP VTPDWKILVI
LCGQEGYPRP GSWRVREVEE EAKQWRFGGG DDFYGDPNII DMIVPPGMKQ EDILSKWVSS
EDEEENVYVE LPLIPLRVLM SQ
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