In an experiment, you have a protein (p) that is able to bind to substrates x and y to form px and pxy. substrate y is dependent upon the binding of x, so py is not capable of forming. A. Form a chemical equation that describes the equilibrium of the reaction. Please label rate constants above the reation arrows. B. Using your previous answer, come up with an expression for {px} at equilibrium. C. Form an expression that defines the amount of {px} as a percentage. include {p}, {px} {pxy} in your answer.
In an experiment, you have a protein (p) that is able to bind to substrates x and y to form px and pxy. substrate y is dependent upon the binding of x, so py is not capable of forming.
A. Form a chemical equation that describes the equilibrium of the reaction. Please label rate constants above the reation arrows.
B. Using your previous answer, come up with an expression for {px} at equilibrium.
C. Form an expression that defines the amount of {px} as a percentage. include {p}, {px} {pxy} in your answer.
Proteins is a large and complex organic molecules made up of chains of amino acids bonded through peptide bonds. These play crucial roles in the functioning of living organisms and are essential for a wide variety of biological processes. Proteins serve functions such as structural support, enzymes that catalyze biochemical reactions, transport of molecules, immune responses, and more.
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