Research
Research Focus on the Design of Novel Drug Delivery Systems and the Development of New Technologies for Disease Diagnosis and Imaging Design of Novel Drug Delivery Systems The design of drug delivery systems is one of the core research areas in modern drug development. As the demand for targeted therapies grows, the limitations of traditional drug delivery methods, such as low drug bioavailability, significant side effects, and unclear targeting, become apparent. Targeted drug delivery systems, enhanced through chemical modifications or nanotechnology, can precisely transport drugs to specific organs or cells, improving therapeutic efficacy while minimizing damage to healthy tissues. Smart delivery systems can dynamically adjust drug release in response to pathological changes, enabling precise control of drug dosage. New Technologies for Disease Diagnosis and Imaging Early diagnosis and real-time monitoring are critical for effective treatment. While traditional imaging technologies are widely used, they often suffer from limitations in sensitivity and resolution. By developing new diagnostic and imaging technologies, it is possible to improve the ability to detect diseases early and monitor them dynamically, enabling more accurate personalized medicine. A key to improving imaging resolution lies in developing highly efficient sensitizers. Research on novel nanocontrast agents, such as gold nanoparticles and magnetic nanoparticles, can enhance imaging signals and integrate with drug delivery systems to provide diagnostic and therapeutic functions.
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