consecutive reaction

In consecutive reactions, the rate-determining step often determines the kinetics.

The reaction can be explained as two consecutive reactions:

A usually desired consecutive reaction is the hydrogenation of the aldehydes to alcohols.

Consecutive Reactions: variation of concentrations with time, rate-determining step, steady-state approximation.

Processive enzymes are proteins that catalyze consecutive reactions without releasing its substrate.

In order to be able to simulate the consecutive reaction times, inhibition theory has been specified into various inhibition models.

Consider the consecutive reactions:

Reactions with relatively unstable products can be generated as intermediates because they are only transient species and are immediately used in a consecutive reaction.

In molecular biology and biochemistry, processivity is an enzyme's ability to catalyze "consecutive reactions without releasing its substrate".

"On the dynamics of a stirred tank with consecutive reactions" (with D.V. Jorgensen).

This suggested a stringent inhibition of the early-pathway reactions, five consecutive reactions of which are catalyzed by the arom protein.

Recent studies have shown that the ophthalmate can be biologically synthesized from 2-amino butyric acid through consecutive reactions with gamma-glutamylcysteine synthetase and glutathione synthetase.

In methanol methylglucosides, MMF and methyl levulinates plus methyl formates are formed in consecutive reactions, accompanied by some humic residues.

In an acidic solution, containing initially chlorous acid and bromate in excess, two consecutive reactions are observed, the oxidation of chlorous acid to chlorine dioxide followed by the oxidation of chlorine dioxide:

Pseudo-first order rate constants for two consecutive reactions of hydrolysis (k1 and k2) have been computed and the influence of —SO2Cl and groups on the reactivity of the second group —SO2Cl has been discussed.

A cascade reaction, also known as a domino reaction or tandem reaction, is a chemical process that comprises at least two consecutive reactions such that each subsequent reaction occurs only in virtue of the chemical functionality formed in the previous step.

The KEGG metabolic pathway maps are drawn to represent the dual aspects of the metabolic network: the genomic network of how genome-encoded enzymes are connected to catalyze consecutive reactions and the chemical network of how chemical structures of substrates and products are transformed by these reactions.