Sentence examples for modeling of enzyme from inspiring English sources

Their application to the modeling of enzyme reactivity is discussed, along with methodological issues.

The application of ANNs in the modeling of enzyme activity over the last 20 years is briefly recounted.

The impetus to modeling of enzyme active sites comes from their potential to provide insight to the mechanistic pathways of the native enzymes, establish the role of that particular metal in the active site and to design better catalysts inspired by nature.

Thus, quantitatively reliable modeling of enzyme selectivity is possible.

QM/MM reaction path studies expanded upon the classical modeling of enzyme conformational dynamics and helped explore the reaction channel preferences.

PBPK modeling of enzyme induction was also discussed: it was highlighted that currently there is insufficient confidence within the European regulatory system to support waiver of studies based on PBPK.

The possibility of division of labor and evolution of specialist enzymes has also been demonstrated in theoretical studies of surface metabolism [ 13] and compartmentalized systems [ 14], however only for a few enzyme specificities and without modeling of enzyme-substrate interactions.

This interdependent relationship jointness is exemplified by the lock-and-key model of enzyme action.

Reliable models of enzyme kinetics are required for the effective design of bioconversion processes.

To provide more insight into current discussion about enzyme efficiency, a two-state model of enzyme catalysis was developed.

The equilibrium model of enzyme deactivation was used to describe the dependence of mandelic acid transesterification rate on temperature.