Botanical metabolites represent a vast, structurally diverse reservoir for next-generation therapeutics. Recent advances in metabolomics, plant genomics, AI-assisted screening, and gene-editing technologies have transformed botanical research from observational study into a predictive, scalable discipline. Plant-derived compounds provide complex molecular scaffolds, multi-target synergistic effects, and platforms for semi-synthetic optimization, enabling novel interventions across oncology, neurology, infectious diseases, and metabolic disorders. Strategic integration of analytical technologies, computational modeling, and sustainable production is accelerating first-in-class drug discovery. This convergence positions botanical science at the forefront of precision medicine, demonstrating that natural chemical diversity, when coupled with cutting-edge tools, can redefine pharmaceutical innovation.
Hasanvand,A. (2025). The Expanding Role of Botanical Research in Driving Pharmaceutical Innovation. (e235590). Herbal Medicines Journal, 10(2), e235590 doi: 10.22087/hmj.2025.235590
MLA
Hasanvand,A. . "The Expanding Role of Botanical Research in Driving Pharmaceutical Innovation" .e235590 , Herbal Medicines Journal, 10, 2, 2025, e235590. doi: 10.22087/hmj.2025.235590
HARVARD
Hasanvand A. (2025). 'The Expanding Role of Botanical Research in Driving Pharmaceutical Innovation', Herbal Medicines Journal, 10(2), e235590. doi: 10.22087/hmj.2025.235590
CHICAGO
A. Hasanvand, "The Expanding Role of Botanical Research in Driving Pharmaceutical Innovation," Herbal Medicines Journal, 10 2 (2025): e235590, doi: 10.22087/hmj.2025.235590
VANCOUVER
Hasanvand A. The Expanding Role of Botanical Research in Driving Pharmaceutical Innovation. Herb Med J, 2025; 10(2): e235590. doi: 10.22087/hmj.2025.235590
