Kinetic Considerations: Reaction Parameters - Biochemistry | Lecturio

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This video “Kinetic Considerations: Reaction Parameters” is part of the Lecturio course “Biochemistry” ► WATCH the complete course on lectur.io/kineticreactions
► LEARN ABOUT:
- Kinetic considerations
- Enzymes
- kcat, kr, kf
- Rate of formation of product of primary interest
- Low and high substrates
- The way how the enzyme is working
- Velocity
- Substrate concentration (molarity)
- Linear initial accumulation of product
- How fast the enzyme makes product
► THE PROF:
Your lecturer is Professor Kevin Ahern. He is currently teaching biochemistry and biophysics at the Oregon State University, where he has also successfully completed his Ph.D. in biochemistry. Beside writing poetry and songs about several topics including medical ones-believe it or not as well-he has written the popular ebooks “Biochemistry Free and Easy” and "Kevin and Indira's Guide to Getting Into Medical School." His edutaining videos on KZbin were watched over 2.75 million times making him a medical education KZbin star.
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Enzymes - Biocatalysts of Metabolism
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[@ValleyOfWillows]

I don't understand your conclusion at the end. The arrow between ES and E+P is one way, not an equilibrium, so according to that P won't react back to S. What I can imagine is that [S] is dropping below the [E] which will make the rate of P being formed drop because [S] and [ES] are in equilibrium.