Michaelis-Menten equation in easy way

Michaleis-Menten equation plays a key role in describing kinetics of mixed order kinetics.

#michaelisconstant
#mixedorder
#nonlinearkinetics

0:00 Introduction
1:59 Low Concentration of Substrate
3:31 Medium Concentration of Substrate
4:55 High Concentration of Substrate
5:44 Michaelis -Menten equation
7:51 First order
8:56 Mixed order
9:27 Zero order
10:31 What is Km?

[deepikaarora]

Best explanation I have found on Thanks alot

[prakharsrivastava]

Thank you so much sir..I was not getting this concept since my graduation, and now after 5 years I got it from your explanation..
Egpat is simply wonderful❤❤

[_.frxsh._.prince._]

this is the best explanation i've evr get thank you

[honestlombanya]

Bravo!!🎉🎉🎉🎉🎉
Sending love from Zambia 🇿🇲

[av]

Perfect and to the point. Thanks a ton.

[mixedpickle]

Thank u so much sir... excellent explanation

[kiransapkal]

I am very lucky having teacher like this 👍😄💯

[alzobedeea]

What Does K_m Represent?
• It is an inverse measure of enzyme affinity for the substrate:
• Low K_m → High affinity (enzyme binds substrate tightly, reaches half-maximal velocity at a low substrate concentration).
• High K_m → Low affinity (enzyme requires a high substrate concentration to reach half-maximal velocity).

[nivefederer]

Thank you, this is the best explanation video ever for MME

[susmitagoswami]

Thank u sir for the clarification ... but why are we considering C =Km or what is the relation between C And Km for the definition of Km ??

[thinkaboutit]

Loved your explanation 😺 thank you so much 🥺

[shashoneyworld]

What an amazing explanation sir.😊thank a ton....

[mantashaali]

Thank you so much for explaining such a tough topic so easily!!

[allinagaramashok]

Superb bro 😍 full clarity video thank you man 😊

[okechpascalomara]

wrong caption though! Should've been :*Michaeli-Mentens equation in the easiest way.* You don't get anything easier than this! Love from Uganda.

[mrunalinijadhav]

Even better than explanation given in lehninger ...👍🏻👍🏻

[amisanbichi]

Thank you very much for this simplified version of Michaelis Menten equation

[timepass]

Thank you so much sir for making this kind of precious videos 🎉🎉🎉🎉

[Esther_RJ]

U are awesome sir, thank you sooo much 😀