Abstract

Understanding the dynamics of drug absorption is essential in experimental therapeutics to optimize drug delivery, enhance efficacy, and minimize adverse effects. This article explores the factors influencing drug absorption, including physicochemical properties, routes of administration, formulation, and physiological conditions. Various experimental techniques, such as in vitro models, in vivo studies, imaging techniques, and computational modeling, are discussed for studying drug absorption dynamics. The clinical implications of this research include personalized medicine, advancements in drug delivery systems, and emerging technologies. By elucidating these dynamics, researchers aim to improve therapeutic outcomes and patient care in experimental therapeutics