Herbal Biotechnology & Genomics
Herbal biotechnology and genomics focus on applying modern biotechnological tools and genomic approaches to enhance the study, cultivation, and therapeutic potential of medicinal plants. This session explores techniques such as plant tissue culture, genetic transformation, molecular breeding, and genome sequencing to improve yield, quality, and bioactive compound production. Genomic studies, including transcriptomics, metabolomics, and proteomics, provide insights into the genetic basis of medicinal properties, biosynthetic pathways, and stress responses, facilitating targeted breeding and metabolic engineering. Biotechnological interventions also support conservation of endangered species, sustainable production, and rapid propagation of high-value plants, reducing pressure on natural populations. Integration of traditional knowledge with biotechnology allows researchers to optimize plant selection, enhance pharmacological activity, and develop novel formulations. Emerging technologies such as CRISPR-based genome editing, synthetic biology, and bioinformatics tools are advancing precision improvement and discovery of new bioactive compounds. Regulatory, ethical, and environmental considerations guide responsible implementation of these innovations. By combining advanced biotechnology and genomics with traditional plant medicine, this session highlights strategies for sustainable, efficient, and scientifically validated development of herbal therapeutics, fostering innovation in global healthcare and supporting the next generation of medicinal plant research.