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4) (4 points) We discussed in class how reactions and binding interactions can be described both in thermodynamic and kinetic terms a) The binding of a specific antigen to an antibody has a Kon that...

4) (4 points) We discussed in class how reactions and binding interactions can be described both in thermodynamic and kinetic

4) (4 points) We discussed in class how reactions and binding interactions can be described both in thermodynamic and kinetic terms a) The binding of a specific antigen to an antibody has a Kon that is diffusion controlled and a koff 0.005 sec1. What is the dissociation constant (Kd) of the interaction? Express your answer in units of Molar (M), micromolar (mM), and picomolar (pM). How does the affinity of the antigen/antibody interaction described in (a) compare to the affinity of biotin binding to the protein avidin? b) c) Draw the reaction showing ATP hydrolysis. Is the reaction exergonic or endergonic? And WHY? Use the appropriate thermodynamic terms (with units) in your answer d) What is the uncatalyzed rate of ATP hydrolysis? Why is this important? Again use the appropriate chemical terminology and units in your answer.
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4) (4 points) We discussed in class how reactions and binding interactions can be described both in thermodynamic and kinetic terms a) The binding of a specific antigen to an antibody has a Kon that...
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