Abstract
Abstract Time-resolved X-ray diffraction methods were used to study the structural mechanisms and kinetics of phospholipid phase transformations, involving (a) thermotropic transitions between different lamellar phases, (b) thermotropic lamellar-hexagonal phase transitions, and (c) lamellar-isotropic micellar transformations induced by natural detergents (bile salts). The potential of these methods to resolve molecular rearrangements in the millisecond time-scale is discussed.
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