“…This can be achieved using an irreversible coupled enzyme to remove the reaction product. 107,159,160 There are a number of examples of the use of coupling enzymes in kinetic studies determining K m and k cat values (Table 1). The most common coupling enzymes used are D-amino acid oxidase and NAD-dependent oxidoreductases.…”
Section: Methods For Determining Racemase and Epimerase Activitymentioning
Racemases and epimerases using a deprotonation/reprotonation mechanism are important drug targets and have important biotechnological applications. This review focuses on the reactivity, mechanism, and inhibition of these versatile enzymes.
“…This can be achieved using an irreversible coupled enzyme to remove the reaction product. 107,159,160 There are a number of examples of the use of coupling enzymes in kinetic studies determining K m and k cat values (Table 1). The most common coupling enzymes used are D-amino acid oxidase and NAD-dependent oxidoreductases.…”
Section: Methods For Determining Racemase and Epimerase Activitymentioning
Racemases and epimerases using a deprotonation/reprotonation mechanism are important drug targets and have important biotechnological applications. This review focuses on the reactivity, mechanism, and inhibition of these versatile enzymes.
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