The reversible binding interaction between a protein (P) and a ligand (L) to fom a protein-ligand...

 

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The reversible binding interaction between a protein (P) and a ligand (L) to fom a protein-ligand complex (P-L), is described by the following equation k P+ L P•L k, Which of the following pairs of association and dissociation rate constants would result in the highest affinity binding? Select one alternative: O k, = 10 s and k, = 10 s Ok, = 10 s 1 and k, = 100s 94-100 s and K,- 10 s Ok, = 10 sand k, = 5 s The reversible binding interaction between a protein (P) and a ligand (L) to fom a protein-ligand complex (P-L), is described by the following equation k P+ L P•L k, Which of the following pairs of association and dissociation rate constants would result in the highest affinity binding? Select one alternative: O k, = 10 s and k, = 10 s Ok, = 10 s 1 and k, = 100s 94-100 s and K,- 10 s Ok, = 10 sand k, = 5 s

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The equilibrium constant of the reaction is expressed as Equilibrium constant forward rate constant ... View the full answer