Enzyme kinetics

[@kheyrokamil]

Thanks for breaking these steps down in a ways I can understand. I truly need to understand very well in this enzyme process-I cannot thank you enough.

[@razasyed575]

bro that was a top quality video

[@kamogelomokale9183]

I'm so grateful I came across this channel

[@prernabhati5923]

Best channel. Everything explained excellently in short time. 🤩🤩❤️

[@YOK9988]

very helpful. Thank u so much for such an amazing video

[@durgaprasadkovelakuntla8612]

Excellent explanation... simply superb sir... Thank you

[@tarannumsibbo5466]

Keep continuous u explain very well I see your many videos

[@liw4972]

The best way to explain it. Thank you so much.

[@arjumanfatma786]

Great explaination 👍

[@zeeluck7901]

Amazing work on video

[@boushrayoussef4132]

Thank you so much o❤❤❤❤

[@Rod-bp8ow]

The Protease Kinetic Substrate's velocity is as co-valent and ionic configured according to the strength of the active ingredients, it is also correlated with the compounds ionic strength in order to repel or attract the compound/substance. The velocity or the speed always relies on the ionic strength of the compound, and that of its charges, since it also maintains its compound and non compound properties to bond and non bond ions/protease amines that consists the organs. ePLDT/PLDT/SME-SMC-Subsidiaries/Telecommunications and partner Industries, are well incorporated regarding developments in medical science and engineering, Tierage 1 and 2, Levels 1 and 2 SME-MCO, Generalists, GP, RN, MCR, Surgeons, Cardiologists, Neurologist, Pharmacologist, Pediatrician,Radiologist, Medical Tech. Chemist, Chem-Engineering are well versed regarding these developments and studies for the areas of protein/protease kinetics, to account the statistics prior to developments in the respective fields. Date:2006 dated 2089 to date 2023. ∆ ******IMPORTANT*******THANK YOU.

[@osei-duahbenjaminagyemang2597]

Really awesome

[@kavyasharma4715]

Very good explanation

[@christophergoudarzi9992]

Very helpful, thanks so much!

[@emanabumadi3813]

very helpful thanks a lot

[@traviskumar1637]

Hey your content was Awesome and Highly Useful for my Exam, Thanks a lot and stay healthy ☺🤗

[@integrationbybits]

Is the product time graph linear? If not, which part do we use to find the v? For the v I mean the v taken to plot the substrate velocity graph.

[@MocchiLatte-to5my]

Thank you🙏

[@tabishwani9179]

Thankyou sir 🌼

[@benysmart1643]

Thank you sir

[@sanjanasharma1358]

Can you please solve this question ? An enzyme following Michaelis - Menten kinetics with Vm = 2.5 mmol m-3 s-1 and Km = 5.0 mM was used to carry out the reaction in a batch stirred reactor. Starting with an initial substrate concentration of 0.1 M. The time required for 50% conversion of the substrate will be about

[@shriramsaswat4789]

hie

[@Salem-r6b]

thank you boss

[@Skilled7105]

So does this mean, a higher value in velocity, will have a greater impact on the reaction?

[@siddheshpathak9181]

Yes High value of Vmax will deplete substrate faster and eventually plateay will be achieved that means no more product production

[@srinivasansrinivasan3144]

Best

[@nikitaduklan3519]

why scientists use the initial velocity of an enzymatic reaction to calculate the kinetics of an enzyme.

[@siddheshpathak9181]

Thanku so much ! 😊

[@flaminmongrel6955]

brilliant

[@neerajazad123]

❤

[@Ayankhan5618-v5m]

amazing video

[@kaladharyadhav7697]

I am Indian and you?

[@zeeluck7901]

PAK

[@ramuchilla526]

Baaad