UFASOMES: AN EMERGING VESICULAR SYSTEM FOR FUTURISTIC DRUG DELIVERY APPLICATIONS
Madhukar Shende*, Satish Bodele, Shweta Ghode, Chandrashekhar Shende4, Atul Baravkar and
Nilesh Nalawade
ABSTRACT
Aqueous compartments in vesicular drug delivery devices are covered by one or more concentric bilayers made up of amphiphilic molecules. They are an excellent distribution method for targeted medication delivery due to their ability to localise drug activity to the site or organ of action. The vesicular drug delivery method keeps the drug action going at a constant rate. As a consequence, the body's opioid frequency is maintained while the negative side effects are reduced. Ufasomes are vesicles composed of unsaturated fatty acids. They are pH-controlled suspensions of closed lipid bilayers made composed of fatty acids and their ionised species (soap). The lipid film hydration procedure is often used to create fatty acid vesicles. Oleic acid is the most common fatty acid utilised to make ufasomes. This article discusses ufasomes' advantages, disadvantages, future development, and categorization.
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