Advancement and New Technology in Drug Delivery: An Updated Review

Abstract

The need to selectively target the cells involved in the onset and progression of illnesses has arisen as a result of developments in molecular pharmacology and a better knowledge of the mechanism of most diseases. Most illnesses that endanger human life need treatment medicines with significant adverse effects, making precise tissue targeting essential to reduce unnecessary systemic exposure. In order to maximize therapeutic effectiveness and minimize off-target accumulation, modern drug delivery systems (DDS) are developed using cutting-edge technology to speed up systemic drug delivery to the precise target location. Therefore, they are crucial in the prevention, diagnosis, and treatment of illness. Improved performance, automation, accuracy, and effectiveness are just some of the ways in which modern DDS outshine its less sophisticated predecessors. Nanomaterials or tiny devices having several functions, such as those with high viscoelasticity and a long half-life in circulation, are used to create these materials. Therefore, this article serves as a thorough introduction to the development and evolution of drug delivery methods over time. New drug delivery methods are discussed together with their therapeutic uses, difficulties in implementation, and potential solutions.
Keywords: Theraputic, Treatment, Implementation, Potential, Development, Illness, Automation, Nanomaterial