Enzyme Inhibition

[@christopherbougher512]

Not sure how you don't have more subscribers or views, your videos have been among the most helpful during my MCAT studies. Thank you!

[@MedSchoolCoachMCATPrep]

Glad you like them!

[@saidazini]

Ken is a blessing for pre-med community. Concise, on point, easy to understand. Thanks for the videos and for the app.

[@devonjasmith5495]

Your videos are the best. Thank you!

[@favziyar]

thank you for this! Hardest n most asked quest come from this topic

[@MedSchoolCoachMCATPrep]

Glad it was helpful!

[@Obamnaz]

Bro can you do a collab with informing future doctors?

[@sherainecrivello5247]

Are noncompetitive and uncompetitive inhibitors both considered allosteric inhibitors? Took a practice test that asked about an allosteric inhibitor and it said the answer was noncompetitive because it's the only allosteric inhibitor even though uncompetitive was also an answer choice.

[@MedSchoolCoachMCATPrep]

The only kind of inhibitor that binds to the active site is competitive inhibitors. This means that uncompetitive and mixed (including noncompetitive) inhibitors bind to allosteric site. The question you are referencing is incorrect and is based on an old school perspective that there are only two types of inhibitors: competitive inhibitors that bind to an active site and noncompetitive inhibitors that bind to an allosteric site. As you can see in this video, that's incorrect as there are three types of inhibitors: competitive, uncompetitive, and mixed inhibitors.