Abstract
A model called the “Percolation Model“ is described which is successfully used to study bimolecular diffusion-controlled reactions in lipid aggregates. A time-dependent kinetic rate is calculated through this model and can be used to give information on several types of biological supramolecular assemblies. As an example, we present a time-correlated analysis of pyrene decanoate self-quenching by excimer formation in egg yolk phosphatidylethanolamine at its lamellar and hexagonal H II, phases.
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