Chapter 12: Q10CP (page 382)
What distinguishes an inhibitor from an inactivator?
Short Answer
Inhibitors reduce the activity of an enzyme while inactivators permanently block the activity of an enzyme.
Chapter 12: Q10CP (page 382)
What distinguishes an inhibitor from an inactivator?
Inhibitors reduce the activity of an enzyme while inactivators permanently block the activity of an enzyme.
All the tools & learning materials you need for study success - in one app.
Get started for freeHow would diisopropylphosphofluoridate (DIPF; Section 11-5A) affect the apparent and of a sample of chymotrypsin?
Is it necessary for measurements of reaction velocity to be expressed in units of concentration per time (M s⁻¹, for example) to calculate an enzyme's KM?
Based on some preliminary measurements, you suspect that a sample of enzyme contains an irreversible enzyme inhibitor. You decide to dilute the sample 100-fold and remeasure the enzyme's activity. What would your results show if an irreversible inhibitor is present?
Why are such allosteric enzymes composed of more than one catalytic subunit?
The hypothetical elementary reaction has a rate constant of . What is the reaction velocity when the concentration of is ?
What do you think about this solution?
We value your feedback to improve our textbook solutions.