This review discusses liposomes' role as drug delivery systems in biophysics and biochemistry, highlighting advancements in formulations.
In the latter part of the 1960s, liposomes sphere-shaped vesicles composed up of one or more membrane bilayers were first identified. In many scientific fields currently, including as mathematics and theoretical physics, biophysics, chemistry, colloid science, biochemistry, and biology, they serve as an immensely helpful reproduction, reagent, and tool. Ever since, liposomes have entered the market. Liposomes are an incredibly successful novel drug delivery system that uses cutting-edge technology to transfer active molecules to the site of action. Currently, a number of formulations of liposomes are being used in clinical settings. Research on liposome technology is moving from traditional vesicles to "second-generation liposomes," which produce long-circulating liposomes by altering the vesicle's size, charge, and lipid composition
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Chavan et al. (2025) studied this question.
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