Published Paper Details:

A stable vesicle aggregation is a must for transporting and delivering biological and pharmacological standards. By happenstance, non-lipid vesicles made of non-lipid building blocks such common surfactants (CSs) were discovered and outperformed the competition. We examined lipid (cholesterol)-driven unilamellar vesicle formation in aqueous CSs in order to manufacture persistent, more stiff, and hydrophobic vesicles from standard surfactants. The vesicles have a high level of stability. The vesicles were studied using spectroscopic (turbidity measurements and fluorescence spectroscopy studies ), scattering (dynamic light scattering), and transmission electron microscopy techniques. Using fluorescence techniques, the hydration behaviour and stiffness of the vesicular bilayer following conversion from micellar meeting were examined. The resulting unilamellar vesicles are compared to sodium dodecyl sulphate, a common surfactant.