IBy leveraging advanced biotechnological approaches, our scientific endeavours are concentrated across key domains to support the broader sericulture industry:

• Genomics & Omics Data Generation: Generating foundational genomic and molecular resources for silkworms and their host plants through advanced genome sequencing, transcriptomics, and molecular marker development. These approaches facilitate the identification and validation of genomic regions and candidate genes associated with disease resistance, productivity, and other economically important traits.
• Biomaterials & Non-Textile Applications: Expanding the applications of silk beyond conventional textiles by investigating the functional properties of silk proteins, particularly fibroin and sericin, for applications in biomedicine, tissue engineering, drug delivery, and cosmeceuticals.
• Proteomics & Molecular Biology: Advancing sustainable sericulture through the characterization of molecular mechanisms underlying host-pathogen interactions and the development of recombinant technologies. 
• Climate-Resilient Sericulture: Generating genomic resources, molecular markers, and other molecular tools to support the development of climate resilient and resource efficient silkworm strains and mulberry varieties with enhanced tolerance to environmental stresses and improved nutrient use efficiency.