Integrating herbgenomics with systems biology approaches for sustainable utilization of medicinal plant resources

The global reliance on herbal medicines underscores the urgent need for sustainable utilization and conservation of medicinal plants. Herbgenomics, merging omics technologies with traditional knowledge, explores plant genetics, diversity, and bioactive compound production. Advances in genomics research, combined with consortia of omics tools like transcriptomics, metabolomics, and proteomics, reveal pathways and enzymes involved in secondary metabolite biosynthesis. These insights uncover complex regulatory networks and enable our understanding of medicinal plant biology. Integrating multi-omics approaches supports precision breeding, metabolic engineering, and drug discovery, laying a strong foundation for optimizing herbal resources and accelerating the development of plant-based therapeutics.