Enzyme Kinetics with Michaelis-Menten Curve | V, [s], Vmax, and Km Relationships 

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He explained the topic not just once but three times in 10 minute video, i am so grateful, thank you sir.!!!

I really like the way you explain, simple and easy. Thank you!

I've always struggled with understanding this enzyme-kinetics plot and I got it instantly with your explanation! Thank you!

Oh my God! you are a blessing. You are clear, concise and to the point, using simple words that help me understand the concept. I always struggle with enzymes... This was wonderful. Thank you!!!!

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Fantastic explanation. Thank you SO VERY MUCH for explaining the concept in words - calm, patient words - as opposed to using only variables and algebra to explain everything. Vmax, Vo, Km, [E], [ES] K1, K2 and all of the other variables associated with this topic make things so much more complicated than it needs to be. I grasp the idea so much stronger from your word explanation. thank you!

Was literally gonna call it quits on my lab report until I found this life saver

i watched nearly 10 videos about the relation of km to affinity but one could give the concept like you did....thank you.

Was stuck on this concept in my AP bio. Thank you for this actual understandable video.

Thank you so so much😁🙏🏻 i m a med student i been studying biochem this past few days and i just started enzymes topic I already was going at a very slow pace when i m studying biochem i was becoming frustrated at myself cus i couldn’t concentrate on my professors lectures videos so i was stuck in the enzyme chapter i was angry at myself since I couldn’t move on from that topic...even though i was listening to the lectures many times nothing was going inside my head . This video makes it so much easier and feels very good to hear your lecture . Now i have gain my concentration back again i hope i will move steadily from now on!

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Hi. Thank you for making this simple. The computations involved in this topic may not be easy but you've discussed the concept very simply. Thank you.

Why would anyone dislike? Very clear and concise thank you.

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Concise and clear. Thank you so much!

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Thank you Sir....seen a lot of videos on MM kinetics...this is the best one ever......cleared all my basics......god bless u

Thanking you so much Sir. I am a Pharmacy student. Have been struggling to understand these Vmax and M.Menten constant , but with your simple and easy explanation I got it all now. Thank you so much!

This is an excellent explanation sir, thank you very much!

Very good explanation. My thesis advisor recommended I use this curve to study dissolved oxygen concentrations (eg substrate) in relation to aquatic invertebrate growth rates (eg rate of reaction). An unconventional use for this curve, but it seems to work. Thank you for the lesson. Just wanted to comment here so people would know it can have other uses besides enzyme kinetics.

Thanks for this. This randomly came up in an A Level paper and I've never seen it in the spec anywhere before

Thannk you dr. Snack

Best video of enzyme explanation I find!

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truely amazing in all aspects

i was a little confused mid video but as the video proceeded, i understood so well. Thank you sir!

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Very clear! Thanks.

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I swear they don't teach it like this in college and make it as vague as possible. Thank you for actually helping me finally nail this concept!

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Finally understood thesee!! Thank youuu

You know you are explaining well when Indian students are understanding easily too

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Perfect explanation thank you

Better than my lecturer

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The behavior of the Kinetics of enzymes is as co-linear and linear points in geometry of medical engineering, since it is the velocity and the speeds of the protease inhibitors or the behavior of the Proteins and its numerous enzyme order and subgroup, it can guarantee that the velocity or the kinetics of the substrate is as correlated to one another. This rule is applicable to A2+b2+c2 ∆ rule in geometry, while the velocity and kinetics applies to this rule as kilojoule 100 π =10 (50+50=100) ∆ the summation of the kilojoule is also equivalent to the speed of the kinetics where the substrate protease bonds (50)(50) that consist the triage rule for Protease Kinetics respectively. *****IMPORTANT****** thank you. Date 2006 dated 2089 to date 2023. ePLDT/PLDT SME-SMC-Subsidiaries/Telecommunications-Partner Industries Tierage 1 and 2 Levels 1 and 2 SME-MCR-ONLY. Thank you.

Thanks alot

it really helped me thank you so much!!

Great 🙂

Well done

Very effective 🙂

Thank you. I was confused after seeing km in my Ncert book 😁

Your voice 😩❤️

absolutely amazing

Thank you sir, you made the concept so simple for me. and by the way you are very handsome.

greetings sir . we thanks you for your teaching. please I have a question to ask. please can u make a video on the differences between the Michaelis menten approach and the Brigg Haldane approach of enzyme kinetics. I can't really see a difference btw this two approaches

Nice👏👏