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x * 60200, SDS-PAGE
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x * 60000, recombinant full-length NS3 protein, SDS-PAGE
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x * 60000, recombinant full-length NS3 protein, SDS-PAGE
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x * 20500, recombinant enzyme, SDS-PAGE
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x * 65000, recombinant His-tagged enzyme, SDS-PAGE, x * 65599, sequence calculation
monomer
1 * 78000, SDS-PAGE
monomer
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1 * 78000, SDS-PAGE
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monomer
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1 * 78000, SDS-PAGE
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additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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RNA helicase, nucleotide 5'-triphosphatase, and RNA 5'-triphosphatase activities are located on the C-terminal 54-kDa domain, the RTPase activity requuires an intact Walker B motif in the helicase core
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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three-dimensional structure determination by NMR and MALDI-TOF mass spectrometry, and structure analysis. The structure of the protein in its complex with ATPgammaS forms a three-layered alpha/beta sandwich, with a central nine-stranded beta-sheet surrounded by five alpha-helices. Sequence and three-dimensional structure comparisons with AAA+ ATPases revealed the presence of Walker A, GPPGVGKT, and Walker B, VCVIDEIG, motifs, overview
additional information
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the enzyme contains an N-terminal zinc binding domain and a C-terminal superfamily 1 helicase domain
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
Magnetococcus sp.
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
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additional information
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MNV NS3 has three domains: the N-terminal domain (NTD, 1-105) with a linker (106-129), the core domain (130-285) and the C-terminal domain (CTD, 290-364)
additional information
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the enzyme contains a leucine-rich repeat-replete, LRR-replete, conserved in NACHT NTPases, three-dimensional structure
additional information
the Msm0858 structure comprises (i) an N-terminal domain (amino acids 17-201) composed of two beta-barrel modules and (ii) two AAA domains, D1 (amino acids 212-473) and D2 (amino acids 476-744), each of which has ADP in the active site. Msm0858-ADP is a monomer in solution and in crystallized form. The D1 and D2 AAA domains are both capable of ATP hydrolysis, Enzyme structure analysis, detailed overview. Msm0858 might oligomerize during the ATPase reaction cycle
additional information
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the Msm0858 structure comprises (i) an N-terminal domain (amino acids 17-201) composed of two beta-barrel modules and (ii) two AAA domains, D1 (amino acids 212-473) and D2 (amino acids 476-744), each of which has ADP in the active site. Msm0858-ADP is a monomer in solution and in crystallized form. The D1 and D2 AAA domains are both capable of ATP hydrolysis, Enzyme structure analysis, detailed overview. Msm0858 might oligomerize during the ATPase reaction cycle
additional information
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the Msm0858 structure comprises (i) an N-terminal domain (amino acids 17-201) composed of two beta-barrel modules and (ii) two AAA domains, D1 (amino acids 212-473) and D2 (amino acids 476-744), each of which has ADP in the active site. Msm0858-ADP is a monomer in solution and in crystallized form. The D1 and D2 AAA domains are both capable of ATP hydrolysis, Enzyme structure analysis, detailed overview. Msm0858 might oligomerize during the ATPase reaction cycle
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additional information
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the Msm0858 structure comprises (i) an N-terminal domain (amino acids 17-201) composed of two beta-barrel modules and (ii) two AAA domains, D1 (amino acids 212-473) and D2 (amino acids 476-744), each of which has ADP in the active site. Msm0858-ADP is a monomer in solution and in crystallized form. The D1 and D2 AAA domains are both capable of ATP hydrolysis, Enzyme structure analysis, detailed overview. Msm0858 might oligomerize during the ATPase reaction cycle
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additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the type IV pilus motor proteins contain conserved residues in the Walker A, Walker B, and Asp Box and His Box motifs characteristic of secretion NTPases, overview
additional information
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the type IV pilus motor proteins contain conserved residues in the Walker A, Walker B, and Asp Box and His Box motifs characteristic of secretion NTPases, overview
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additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
-
the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
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the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
-
the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
-
the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview
additional information
-
the enzyme has the conserved P-loop NTPase fold, amino acid sequence alignment and structure comparison of KAP NTPases, overview