Division Overview - Host Plant Biotechnology
Dedicated to mulberry improvement through molecular breeding, tissue culture, genomics, and biotechnological interventions aimed at developing high-yielding, climate-resilient, and disease-tolerant host plants.
The focus is on the conservation, characterization, and genetic enhancement of mulberry germplasm using modern molecular tools to support sustainable sericulture.
Current Research Programs
DNA Barcoding & Germplasm Identification
DNA barcoding of mulberry (Morus spp.) germplasm and authorized mulberry varieties for accurate genetic identification, authentication, and long-term conservation.
Rootstock Mapping & Disease Resistance
Mapping and evaluation of mulberry rootstock for resistance to root rot (Lasiodiplodia theobromae) to identify resistant genotypes and facilitate the development of disease-resistant rootstocks and varieties through molecular-assisted breeding approaches.
Core Methodologies & Focus Areas
Leveraging advanced agricultural biotechnology to secure host plant health, enhance genetic resilience, and advance sustainable crop management practices for the sericulture sector.