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Steady state kinetics of reversible effectors and ionic equilibria

4 Steady state kinetics of reversible effectors and ionic equilibria Practical reasons for studying inhibitors [Pg.94]

As noted in a number of sections of this volume, the nomenclature of enzymology has been adopted for the description of reactions of receptors in general. Competitive, non-competitive and uncompetitive inhibitors are classified in terms of their effects on the Michaelis parameters and [Pg.94]

Comparing this equation with equation (3.3.11) (where is substituted for cai E) one can write [Pg.95]

The other Michaelis parameter, F,nax cat E(0) not affected by a competitive inhibitor. The clear distinction of competitive inhibition from any other is that, on substrate saturation, the resulting maximum velocity is always the same, regardless of inhibitor concentration. [Pg.95]

In contrast to the above scheme for competitive inhibition, non-competitive inhibition affects both and and cannot be compensated for by [Pg.95]




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Effector

Equilibrium kinetics

Equilibrium state

Equilibrium state and

Equilibrium steady-state

Ionic state

Kinetics and equilibrium

Reverse equilibrium

State of equilibrium

Steady state kinetic

Steady state kinetics

Steady state, and kinetics

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