The theory of the kinetics of enzyme cascades is developed. Two types of cascades are recognized, one in which the products are stable ( open cascades ) and another in which the products are broken down ( damped cascades ). It is shown that it is a characteristic of a cascade that the final product appears after a certain lag phase. After this lag phase, the velocity of product formation can be very rapid. It is shown that whereas open cascades will always show a complicated time–product relation, damped cascades can under certain circumstances resemble a simple enzymic reaction. Because the relation between the over-all reaction velocity in the extrinsic coagulation cascade and the concentration of any of the proenzymes in this cascade is ...
The application of the quasi-steady-state approximation (QSSA) in biochemical kinetics allows the re...
Journal ArticleGiven the substantial computational requirements of stochastic simulation, approximat...
Queueing approaches can capture the stochastic dynamics of chemical reactions and provide a more acc...
The theory of the kinetics of enzyme cascades is developed. Two types of cascades are recognized, on...
An extension of the available kinetic theory for reactions in the transient state is presented which...
Modelling enzyme kinetics has a long history, as one of the earliest areas where mathematics was uti...
It is shown that in a system where thrombin acts on fibrinogen, the clotting time can be used to ass...
The rate of product formation is an important measure of the speed of enzyme reactions. Classical st...
Modelling enzymatic cascade networks, however, requires the simulation of multiple reactions. This i...
<p><i>S</i>, <i>E</i>, <i>C</i> and <i>P</i> denote the concentrations of the Substrate, Enzyme, sub...
This paper presents a kinetic analysis of the whole reaction course, i.e. of both the transient phas...
Enzyme action was investigated by assuming the occurrence of different states of enzyme-substrate af...
Many in vivo enzymatic processes, such as those of the tissue factor pathway of blood coagulation, o...
AbstractThe equation commonly called the Michaelis–Menten equation is sometimes attributed to other ...
Steady-state enzyme kinetics typically relies on the measurement of ‘initial rates’, obtained when t...
The application of the quasi-steady-state approximation (QSSA) in biochemical kinetics allows the re...
Journal ArticleGiven the substantial computational requirements of stochastic simulation, approximat...
Queueing approaches can capture the stochastic dynamics of chemical reactions and provide a more acc...
The theory of the kinetics of enzyme cascades is developed. Two types of cascades are recognized, on...
An extension of the available kinetic theory for reactions in the transient state is presented which...
Modelling enzyme kinetics has a long history, as one of the earliest areas where mathematics was uti...
It is shown that in a system where thrombin acts on fibrinogen, the clotting time can be used to ass...
The rate of product formation is an important measure of the speed of enzyme reactions. Classical st...
Modelling enzymatic cascade networks, however, requires the simulation of multiple reactions. This i...
<p><i>S</i>, <i>E</i>, <i>C</i> and <i>P</i> denote the concentrations of the Substrate, Enzyme, sub...
This paper presents a kinetic analysis of the whole reaction course, i.e. of both the transient phas...
Enzyme action was investigated by assuming the occurrence of different states of enzyme-substrate af...
Many in vivo enzymatic processes, such as those of the tissue factor pathway of blood coagulation, o...
AbstractThe equation commonly called the Michaelis–Menten equation is sometimes attributed to other ...
Steady-state enzyme kinetics typically relies on the measurement of ‘initial rates’, obtained when t...
The application of the quasi-steady-state approximation (QSSA) in biochemical kinetics allows the re...
Journal ArticleGiven the substantial computational requirements of stochastic simulation, approximat...
Queueing approaches can capture the stochastic dynamics of chemical reactions and provide a more acc...