Natural products have contributed significantly to the development of modern pharmaceuticals, providing valuable compounds for treating infectious diseases, cancer, cardiovascular disorders, and neurological conditions. Plants, microorganisms, marine organisms, and fungi continue to serve as important sources of biologically active molecules with therapeutic potential. Advances in natural product research are expanding opportunities for innovative drug development.
Researchers are utilizing metabolomics, high-throughput screening, synthetic biology, computational chemistry, and artificial intelligence to accelerate natural product discovery. These technologies improve the identification, isolation, structural characterization, and optimization of bioactive compounds while enhancing pharmaceutical development efficiency. Collaboration between academic institutions and industry is driving translational research in this field.
This scientific session will feature emerging discoveries, medicinal chemistry innovations, pharmaceutical development, biotechnology applications, and commercialization strategies. Discussions will focus on translating traditional medicinal knowledge into safe, effective, and evidence-based therapeutic products for global healthcare.