These values are derived for correlation functions using the Bennet-Chandler procedure in a path sampling experiment. Marcus Theory predicts that this value increases up to the diffusion limit and then decreases with increasing exergonicity (ek-SER-go-NIH-city) in the inverted region. The "on" and "off" versions of this quantity can be calculated by Surface Plasmon Resonance. The ratio between these values when replacing 
These values are derived for correlation functions using the Bennet-Chandler procedure in a path sampling experiment. Marcus Theory predicts that this value increases up to the diffusion limit and then decreases with increasing exergonicity (ek-SER-go-NIH-city) in the inverted region. The "on" and "off" versions of this quantity can be calculated by Surface Plasmon Resonance. The ratio between these values when replacing hydrogen with (*) deuterium (dew-TEAR-ee-um) gives the deuterium isotope effect. Using the quasi-steady-state approximation, the sum of this value for unbinding and conversion over this value for binding is equal to K-m in the Michaelis-Menten equation. The units of this value are dependent on the order of the reaction. For 10 points, name this value symbolized by a lowercase k, which multiplies some product of concentrations to give the speed of reactions.
These values are derived for correlation functions using the Bennet-Chandler procedure in a path sampling experiment.
rate constant