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?

[@av6402]

Perfect and to the point. Thanks a ton.

[@user-oy5bl1rp4b]

Mindblowing . Thank you so much .

[@prakharsrivastava2584]

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

[@thinkaboutit8002]

Loved your explanation 😺 thank you so much 🥺

[@allinagaramashok6734]

Superb bro 😍 full clarity video thank you man 😊

[@mr.inayatali7929]

Great way of teaching 👍

[@realism4852]

WISELY EXPLAINED 👍

[@Esther_RJ]

U are awesome sir, thank you sooo much 😀

[@alameensanibichi7453]

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

[@egpat]

You are welcome!

[@Udkmeidkew]

Amazing explanation sir thankyou 🙏🏻

[@aayu485]

Excellent video 👍🏻👍🏻👍🏻

[@alaaatef715]

Really nice explanation.

[@akankshakadukar2834]

Very well explanation. ..thank uh sir

[@048-krithikaanand8]

very useful,thank you

[@owaisqarni3133]

Well explained 👏

[@bioaman8025]

Thank you so much brother

[@thrishajothikapa4546]

Thank you .mind blowing explanation..

[@egpat]

Thanks and welcome

[@nivefederer4529]

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

[@egpat]

You are welcome. Thanks for watching.

[@mantashaali2845]

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

[@egpat]

You're very welcome!

[@samyukthamovva9165]

Very well explanation sir 😊

[@allinagaramashok6734]

Can you upload the lineweaver Burk plot enzyme kinetics

[@FArmerAmansaini]

Good explanation 👍😀😀

[@angalenar8018]

Very clearly explained sir

[@bhoomgarirekha3773]

Thank you sir... 🙏

[@timepass1266]

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

[@egpat]

It's my pleasure

[@pain_is_ultimate]

✌🏻 noicee sir

[@tripuravosuri7845]

thank you!

[@slimjim_l7936]

@8:43 is it suppose to be V = Vm * C instead of V=K*C?

[@Sid_R]

Nice explanation, thank you.

[@egpat]

You are welcome! Thanks for watching.

[@StuLec01]

Jhoot bolta h bc🌝

[@anshulkumar5258]

Tu paisa lekr comment kiya h naa

[@Sid_R]

@@anshulkumar5258 na bro, bass acha laga

[@kiransapkal8401]

I am very lucky having teacher like this 👍😄💯

[@egpat]

Thanks you and thanks for watching.

[@HELLBOY00090]

Thank u very much sir pls upload more videos for gpay.u had a very great talent sir

[@shashoneyworld4469]

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

[@egpat]

Most welcome !

[@doctorofpharmacologytoxico9556]

Thank you

[@ishakedia2787]

Thanks a lot

[@manikandannagamuthu3155]

Super explanation

[@susmitagoswami108]

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 ??

[@egpat]

Km is an indicator of binding capacity. It can be defined as the concentration of substrate that is required to achieve half of maximum velocity. So higher the Km value lower the affinity for the substrate towards the enzyme.

[@krmohan230]

Super explanation. Congratulations

[@egpat]

Thanks and welcome

[@jameschem]

Nice presentation

[@egpat]

Glad you liked it. Thanks for watching.

[@sharonpriyanka8460]

outstanding

[@krmohan230]

awesome

[@RuvaDzumbunu]

So good at explaining, thank you

[@drxdamodar9835]

Give me your personal 💻 number please

[@tangelladurgasairam1274]

sir, post a video about zero order and first order (Linear kinetics ) and their half life determination sir..

[@egpat]

Definitely. I will upload soon.

[@tangelladurgasairam1274]

@@egpat thank you sir

[@aswathi6141]

Very well explained sir

[@egpat]

Thanks and welcome

[@aliaaqeel4095]

Very good explanation ,plz keep it up

[@egpat]

Sure, Thank you.

[@Vrill386]

Sir this is brilliant explanation

[@egpat]

Thanks for liking

[@hellofriendschemistry2591]

Nice sir 👌👌👌

[@egpat]

Thank you and thanks for watching.

[@madhuk8764]

Sir in the bigining it is told that rate of reaction depend on concentration of both substrate and product but in the equation we only considered the concentration of substrate ...is there any reason for this ...sir Also in esic 2016 paper there was a question that km value indicate affinity Can u please explain it

[@egpat]

Rate depends on concertation of substrate and concertation of enzyme. In rate equation, concentration of substrate is included which is again related with enzyme concentration. Km value is an indicator for enzyme-substrate interaction which indicates relative affinity of the substrate towards enzyme. Thanks for your interest.

[@madhuk8764]

@@egpat sir , so rate does not depend on concentration of products ?

[@egpat]

All these are inter-related. Normally rate depends on concentration of reactants if it is an irreversible reaction. But in case of enzymes rate is mainly influenced primarily by substrate and enzyme initially but later as the product accumulates , the rate may be reduced. Even product may produce a negative feed back inhibition on enzyme. So concentration of product, which depends on conc of substrate and enzyme initially, also acts as one factor that may influence the rate. Hope it is clear now.

[@madhuk8764]

@@egpat ok sir Thank u so much

[@jameschem]

Keep it up

[@suchitraramanathan2105]

This was super useful. Thanks a lot🙏

[@mrunalinijadhav7443]

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

[@egpat]

Glad you liked it. Thank you

[@Dr-Crunch]

Sir❤

[@swapnilkale394]

mast

[@okechpascalomara8241]

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

[@anshulkumar5258]

enzyme activity hota hai.... Enjyme nai

[@elenap3637]

You talk so fast ,thank you though please talk slower next time you post an educational video

[@tusarbehera6359]

Computer video