The phrase "analysis of the enzyme" is correct and usable in written English.
It can be used in scientific or academic contexts when discussing the examination or study of a specific enzyme's properties or functions.
Example: "The analysis of the enzyme revealed important insights into its catalytic mechanisms."
Alternatives: "examination of the enzyme" or "study of the enzyme".
The figure was prepared from time-resolved AFM data in Supplementary Movie 2. The enzyme moved along the top surface, as clearly seen in a time-resolved trajectory analysis of the enzyme center, until the enzyme was desorbed.
Feliciano then moved to MIT to complete the analysis of the enzyme structure with Drennan, a professor of chemistry and biology, and an investigator with the Howard Hughes Medical Institute.
Structural analysis of the enzyme revealed an unexpected dimer formation as a consequence of a domain-swapping event involving its N-terminal region.
Based on the analysis of the enzyme and substrates' structures, two peptidyl N-nitrosoaniline inhibitors [Ac-DVAD-NNO (1) and Ac-DV-AMO (2)] were designed and synthesized.
Analysis of the enzyme activities indicated that L contained higher xylanase and endoglucanase, but lower exoglucanase, pectinase and α-amylase activities than D. The Reading Pressure Technique (RPT) was used to investigate the effect of enzyme addition on the in vitro gas production (GP) and organic matter degradation (OMD) of alfalfa (Medicago sativa L). stems and leaves.
Analysis of the enzyme kinetics indicated that the catalytic constant (kcat) and specific constant (kcat/KM) increased in the presence of amine compounds depending on both the multivalency and hydrophobicity of the amine compounds, whereas the Michaelis constant (KM) remained constant.
To be able to identify LPMO and CBH I in single-molecule analysis by AFM, we performed an extensive height profile analysis of the enzymes adsorbed on the pyrolytic graphite used as grid in the experiments.
Because a detailed comparison of the binding mode of these two drugs could unveil the responsible features for selectivity, analysis of the enzyme-inhibitor interaction for indomethacin and naproxen co-crystallized with COX-2 was conducted using a pharmacophore approach with software LigandScout [35].
We present this information as a guide to promote interest in these and to consider priorities in terms of analysis of the enzymes involved in metabolism of chemicals.
PTMs like phosphorylation, glycosylation, SUMOylation have been characterized extensively and a number of bioinformatics tools are available for analysis of the enzymes involved in their catalysis.
With the extensive studies using these analogs and peptide substrates and X-ray crystallographic analysis of the enzymes in complex with the substrates and product, the enzymology of prenyltransferases is now well understood.
