Published Paper Details:

Modern medicine has experienced a benchmark transformation through advanced drug delivery systems, which now boost therapeutic results simultaneously as they minimize systemic damage and improve medicine consumption behavior. Standard drug delivery techniques have several major limitations due to their low drug absorption rate, reliability of drug release, and additional unwanted side effects of the received treatment. The article evaluates novel drug delivery methods offering therapeutic agents' exact delivery through nanocarriers, biodegradable implants, and smart polymer systems. The study combines a literature review with case studies to analyze these methods' performance, biological suitability, and restrictions. The research findings demonstrate how nanocarriers use their ability to improve drug solubility while enabling targeted treatment of specific disease locations, biodegradable implants maintain extended drug delivery patterns, and smart polymers enhance drug delivery through biological response monitoring. Technological achievements demonstrate major potential benefits in the medical care of chronic illnesses, cancer conditions, and disorders affecting the nervous system. The next stage of research development will concentrate on enhancing drug delivery effectiveness while resolving regulatory requirements to achieve clinical market entry.