A Review on Novel Drug Delivery System: Advances in Targeted Therapeutics

The emergence of innovative drug delivery systems has transformed pharmacology, facilitating the precise and efficient administration of therapeutics to designated locations within the body. This extensive review offers a thorough analysis of the latest developments in drug delivery technologies, with a particular emphasis on nanoparticle systems, liposomes, hydrogels, and materials responsive to stimuli. Traditional drug delivery techniques frequently encounter challenges such as limited bioavailability, systemic toxicity, and insufficient targeting capabilities. The objective of novel drug delivery systems is to address these issues by enabling controlled release, targeted administration, and improved therapeutic effectiveness. The role of nanoparticle systems in cancer treatment and management of infectious diseases. The application of liposomes in gene therapy and vaccine formulation. The use of hydrogels for prolonged release and applications in tissue engineering. The potential of stimulus-responsive materials for accurate targeting. Cancer treatment: focused chemotherapy and immunotherapy strategies. Infectious disease management: vaccine administration and antimicrobial treatments. Neurological conditions: targeted delivery to the brain and neurodegenerative approaches. Personalized medicine: customized drug delivery solutions .Combination therapies: enhancing efficacy through synergistic approaches. Scalability and translation: moving towards industrial production and clinical testing. This review serves as a significant resource for researchers, healthcare professionals, and industry stakeholders aiming to create innovative strategies for enhanced therapeutic results. By emphasizing recent advancements and prospective developments, this detailed overview seeks to expedite the progress of novel drug delivery systems.