Abstract

HEMOSOMES: ADVANCING MEDICAL SCIENCE THROUGH ENHANCED DRUG DELIVERY AND SYNTHETIC BLOOD ALTERNATIVES

K. Pandian, J. Thirumaran A. Nandhakumar, S. Tamizharasi and T. Sivakumar

ABSTRACT

The use of hemosome drug delivery systems offers a significant improvement in targeted therapy, increasing bioavailability and lowering systemic toxicity for a variety of therapeutic drugs. This study examines several hemosome production methods, including lipid film hydration, microfluidic procedures, and solvent evaporation. Emphasizing their effect on hemosome features such as size, stability, and drug encapsulation effectiveness. We also examine the importance of formulation characteristics such as lipid composition and surfactant type. In optimizing hemosome properties. The study also examines the therapeutic uses of hemosome in cancer treatment, infectious disorders, and gene therapy, offering insights into their clinical promise and limitations. This review intends to educate future investigations and promote medication development in the sector by summarized existing research and approaches.

Keywords: Hemosomes, Artificial blood substitutes, Drug delivery systems, Targeted therapy, Liposomal technology.