Abstract
The interaction between oxidized cholesterol and water has been investigated by the optical as well as the dielectric method. It was concluded that charge-transfer exciton states may account for the spectral changes in both optical and dielectric spectra and that a hopping-like conduction mechanism operates in both wet bulk lipid samples and bimolecular lipid membranes. The existence of charge-transfer excitons at biological interfaces has been postulated.
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