[@ifyouboredthanyouareboring9101]

God bless you ,that was the best explanation ❤

[@sushantdalvi1042]

And now it is very well clear by listening to you

[@austindubois7616]

So in the instance of testing the efficacy of a drug, purely in terms of the affects established in these graphical representations, which would be most effective? one that increases only the km vs lowering the vmax? which one would have more effect on a favorable or unfavorable outcome? (how to tell if the drug "works")?

[@sushantdalvi1042]

During college days I'm also confused about inhibition...
It's surprise to hear from you that you were also 🤔

[@lapargila]

YOU HELPED ME A LOTTTTTTTTTT

[@tukurummulkhairi9794]

Thanks for your wonderful explanation

[@Canislupus100]

Thank you, great and simple explanation!:)

[@pamelabenjamin5064]

This was very helpful. Thank you

[@comoplaysdestiny5106]

very easy to follow. thanks so much!

[@muzamilnazir624]

Great, I saw many videos on this topic but no one was explaining the graph.
They were just making the derivations.

[@samuelkorger3567]

Definitely helpful.

[@PramukaT]

Wowwwwww❤❤❤

[@BeingBiochemist]

thanks a lot

[@shreyagite8225]

Thanks

[@aminahikram1581]

why is the vmax decreasing ?

[@123OkHello]

Cuz of non competitive inhibitor

[@muzamilnazir624]

Vmax decreasing means:
the efficiency of the enzyme to convert the substrate into the product decreases. The maximum velocity or the maximum rate of the enzyme is affected (decreased) by uncompetitive and non competitive inhibition.

[@emekao7512]

What a VIDEO

[@SarahIma97]

great video!!!

[@0Bakar_Ali]

THIS EXPLANATION IS SO GOOD