Big Chemical Encyclopedia

Chemical substances, components, reactions, process design ...

Articles Figures Tables About

Effect of Temperature on Enzyme Stability and Activity

Reciprocal plots of Ifv versus 1/[S ] at different fixed concentrations will yield different values of from which K, (hence, pK.) can be obtained in the usual way. [Pg.277]

The relationship between the rate constant of a reaction, k, and the activation energy, K, is given by the Arrhenius equation (Chapter 3)  [Pg.278]

A is a constant for the particular reaction. A plot of log k versus 1/T is linear (Fig. 4-39). The integrated form of the Arrhenius equation is  [Pg.278]

In a simple rapid equilibrium system, = kp, a. first order rate [Pg.278]

The effect of temperature on the rate of reactions is frequently expressed in terms of a temperature coefficient, Qio, which is the factor by which the rate increases by raising the temperature 0 C. [Pg.279]


See other pages where Effect of Temperature on Enzyme Stability and Activity is mentioned: [Pg.277]    [Pg.277]    [Pg.279]   


SEARCH



Activation of enzyme

Activation temperature, effect

Activities of enzymes

Activity effect of temperature

And activity effects

Effect of temperature and

Effect on Enzymes

Effect on activity

Effect on enzyme activities

Effects of Temperature on and

Effects on enzyme stability

Enzyme temperature effect

Enzyme ‘stabilizers

Enzymes temperature and

Stability , effects

Stability temperature

Stabilization effects

Stabilization of enzymes

Stabilized effects

Stabilizing activity

Stabilizing effect

Temperature effects, and

Temperature on Enzymes

Temperature, effect, on enzyme

Temperature, enzyme activity

© 2024 chempedia.info