Inhibitor Calculations

[@Noone-lw6ge]

Thank you so much!!! It was quite difficult to find a video that explained how to calculate Ki from fixed inhibitor concentration while substrate concentration is used as x. Finally got it. Thanks!!

[@tabathafalls2526]

thank you so much. I was so confused on alpha and Ki values. literally a life saver for the lab report I have due in two days.

[@playoffrondo8927]

Thanks. You salvaged my grade in engineering biology.

[@tamaradifc7566]

Nice explanation. Thank you. Subscribed.

[@jocelynrodriguez1729]

So understandable!!! Thanks so much!!

[@josephmwangi7509]

Thanks so much for these. It just saved me

[@marc10007]

hi 🙋‍♂️ thank you so much for the video. it helps me so much to understand about inhibition constant, but how about uncompetitive inhibition? I'm still a little confused about how to calculate inhibition constant for the uncompetitive inhibition.

[@Antweezy]

Thank you! Test tomorrow wish me luck

[@isabelleheinken976]

what about if its a mixed inhibitor? to calculate alpha can we use either the non-comp way or comp-way to finding the alpha?

[@dr.g5043]

Yes, in a perfect scenario where alpha impacts Km and Vmax equally. I would expect this to be the case for most instances you'd see in a biochemistry course.

[@swasthikas8100]

Thanks! What about a Uncompetitive inhibitor?

[@halices]

Muy buen video..excelente explicación..!!!!

[@강o3o]

I like that video~ Thank you so much.

[@LouiseDempsey-t1c]

I don't understand how KI is 6.9 for the competitive inhibitor?

[@dr.g5043]

In this example, alpha was determined to be 2.45. So doing a little algebra: 1.45 = 10/Ki. --->. 10/1.45 = Ki = 6.9

[@shawnanderson4496]

Thank you SO much. Saved me hours of reading a text just to not get anywhere lol

[@shkam9791]

Thank you sooooo much...😊👌

[@김승민-s4q]

thank you !

[@guyshoham5249]

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