Nuclear Magnetic Resonance and Dielectric Relaxation

In the previous section was given the experimental demonstration of two sites. Here the steady state scheme and equations necessary to calculate the single channel currents are given. The elemental rate constants are thereby defined and related to experimentally determinable rate constants. Eyring rate theory is then used to introduce the voltage dependence to these rate constants. Having identified the experimentally required quantities, these are then derived from nuclear magnetic resonance and dielectric relaxation studies on channel incorporated into lipid bilayers. [Pg.189]

Previously we discussed the findings obtained by the method of nuclear magnetic resonance and dielectric relaxation, related to heterogeneous systems with organic fillers. [Pg.19]