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Refer to the Figure Below

Question 189

Multiple Choice

Refer to the figure below. Refer to the figure below. Which equation represents the equilibrium condition? In all equations shown, R represents a receptor with no ligand bound, L represents a free ligand in solution, and RL represents a receptor bound to a ligand. A) B) C) D) E) Which equation represents the equilibrium condition? In all equations shown, "R" represents a receptor with no ligand bound, "L" represents a free ligand in solution, and "RL" represents a receptor bound to a ligand.


A) Refer to the figure below. Which equation represents the equilibrium condition? In all equations shown, R represents a receptor with no ligand bound, L represents a free ligand in solution, and RL represents a receptor bound to a ligand. A) B) C) D) E)
B) Refer to the figure below. Which equation represents the equilibrium condition? In all equations shown, R represents a receptor with no ligand bound, L represents a free ligand in solution, and RL represents a receptor bound to a ligand. A) B) C) D) E)
C) Refer to the figure below. Which equation represents the equilibrium condition? In all equations shown, R represents a receptor with no ligand bound, L represents a free ligand in solution, and RL represents a receptor bound to a ligand. A) B) C) D) E)
D) Refer to the figure below. Which equation represents the equilibrium condition? In all equations shown, R represents a receptor with no ligand bound, L represents a free ligand in solution, and RL represents a receptor bound to a ligand. A) B) C) D) E)
E) Refer to the figure below. Which equation represents the equilibrium condition? In all equations shown, R represents a receptor with no ligand bound, L represents a free ligand in solution, and RL represents a receptor bound to a ligand. A) B) C) D) E)

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