The phrase "a powerful catalytic" is not correct as it is incomplete and lacks a noun to follow "catalytic." You can use it in contexts where you are describing something that acts as a catalyst, but it needs to be followed by a noun to be complete.
Example: "The new policy serves as a powerful catalytic force for change in the organization."
Alternatives: "a strong catalyst" or "an effective catalyst."
A series of specific or nonspecific inhibitors controls the activities of these powerful catalytic enzymes.
In recent years, great achievements have been made in this field, and many powerful catalytic systems based on ligand design have been developed.
Microkinetic analysis is a powerful tool for elucidating the catalytic surface chemistry of a variety of reactions.
Our results suggest that enzyme compartmentalization is a powerful approach for improving the catalytic turnover of a channeled carbon substrate and should be particularly useful when applied to synthetic metabolic pathways that suffer from poor translation efficiency, are present in highly variable copy numbers, and have low turnover for new substrates.
This shows that the incorporation of a cofactor regeneration system in the E. coli whole-cell biocatalyst is a powerful strategy for enhancing the catalytic efficiency of oxidoreductases.
The systematic iteration of CBMs versus a single multifunctional catalytic domain offers a powerful tool to examine some of these critical aspects of the interactions of enzymes with biomass substrates and products.
However, structure-based rational design is a powerful approach to engineering enzymes with desired catalytic activities.
Catalytic signal amplification is a powerful tool for the detection of chemical and biological analytes.
In this scenario, directed molecular evolution constitutes a powerful strategy to adjust the stability and catalytic efficiency of the enzyme to the restrictive industrial operational conditions.
Protein engineering is a powerful technology to tailor various enzymatic properties including catalytic efficiency, substrate specificity, temperature adaptation and even achieve new catalytic functions.
