enzyme kinetics

(redirected from Kinetic mechanisms)

en·zyme ki·net·ics

the study of the rates, and alterations in those rates, of enzyme-catalyzed reactions; includes the reactions catalyzed by synzymes, abzymes, and ribozymes.
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References in periodicals archive ?
Gawde ensures that the levers, gears and other kinetic mechanisms in his artworks are always visible.
It helps to gain understanding in the kinetic mechanisms of polymer processes, complements expensive and time-consuming laboratory experiments, and aids in obtaining the specific operating policies required to achieve the desired molecular structure.
However, it is a challenge to generate predictive kinetic mechanisms for each individual surrogate component or hydrocarbon group while maintaining suitable mechanism size for computational fluid dynamics (CFD) applications.
This work is to further explore the simulation framework of coupling the kinetics solver with the stochastic method and to provide more detailed simulation results on the soot dynamics in counterflow diffusion flames, so as to investigate the effects of different popular chemical kinetic mechanisms and nozzle exit velocity on the soot formation and evolution.
Seinfeld, "Automatic sensitivity analysis of kinetic mechanisms," International Journal of Chemical Kinetics, vol.
Mostly, two different chemical kinetic mechanisms, including detailed and simplified, are available for methane oxidation and NO formation.
The three transglycosylation reactions catalyzed by cyclodextrin glycosyltransferase from Bacillus circulans (strain 251) proceed via different kinetic mechanisms. European Journal of Biochemistry, v.
Chemical, kinetic mechanisms that connect the states can be tested and become falsifiable [10-12].
Popescu method for combustion kinetic mechanisms of coals // Proceedings of the CSEE.
[11, 12] considered that the relative chemical complexity involved in the olefins polymerization with Ziegler-Natta catalysts led to the postulation of kinetic mechanisms composed of several reaction steps.
Cooke (biochemistry, U, of Oklahoma) and Cleland (biochemistry, U, of Wisconsin) introduce readers to kinetics and nomenclature, then cover enzyme assays, derivations of initial velocity rate equations and data processing, initial velocity studies in the absence or presence of added inhibitors, pre-steady-state and relaxation kinetics, isotopic probes of kinetic mechanisms, isotropic effects as a probe of mechanisms, and pH dependence of kinetic parameters and isotope effects.