Published Paper Details:

An appealing idea to increase the therapeutic efficacy of the encapsulated medicine is targeted drug delivery to macrophages. Thus, macrophages can be used to deliver drugs to specific areas of the body. Nanocarriers are able to go between various membrane barriers and deliver their drug cargo at infection sites. Since macrophages may prolong the circulation and release of pharmaceuticals, boost their stability and targeting capacity, lengthen their half-life, and decrease immunogenicity, they have been widely exploited in the development of drug delivery systems. Additionally, they are biocompatible anddegradability and offer a large number of surface receptors for tailored drug administration. Drugs or drug-laden nanoparticles can be injected into macrophages, macrophage membranes, or macrophage-derived vesicles to create macrophage-mediated drug delivery systems.Although these systems can be used to treat diseases like HIV infection, cancer, and inflammation, they still need to be improved upon because they were put together from many sources.It can consequently have a wide range of physical and chemical characteristics.