Question

Draw a Michaelis plot (activity vs substrate concentration) with both GS and GDH on it, assuming that Vmax is the same for GS and GDH, and show why the Km might not matter so much at higher concentrations of ammonium. Hint: Use [NH4+] as the x-axis in the plot.

          Draw a Michaelis plot (activity vs substrate concentration) with both GS and GDH on it, assuming that Vmax is the same for GS and GDH, and show why the Km might not matter so much at higher concentrations of ammonium.
Hint: Use [NH4+] as the x-axis in the plot.

Draw a Michaelis plot (activity vs substrate concentration) with both GS and GDH on it, assuming that Vmax is the same for GS and GDH, and show why the Km might not matter so much at higher concentrations of ammonium.
Hint: Use [NH4+] as the x-axis in the plot.

Added by Roberto G.

Chemistry: Structure and Properties

Nivaldo Tro 2nd Edition

Instant Answer

Solved by Expert Sri K

11/09/2022

Step 1

It is given by: v = (Vmax * [S]) / (Km + [S]) where: - v is the reaction rate - Vmax is the maximum reaction rate - [S] is the substrate concentration - Km is the Michaelis constant, which represents the substrate concentration at which the reaction rate is half Show more…

Show all steps

Thanks for your feedback!

Texts: Please help draw a Michaelis plot (activity vs substrate concentration) with both GS and GDH on it, assuming that Vmax is the same for GS and GDH, and show why the Km might not matter so much at higher concentrations of ammonium. Hint: Use [NH4+] as the x-axis in the plot. Thank you! Draw a Michaelis plot (activity vs substrate concentration) with both GS and GDH on it, assuming that Vmax is the same for GS and GDH, and show why the Km might not matter so much at higher concentrations of ammonium. Hint: Use [NH4+] as the x-axis in the plot.