I am working on development of sustainable, food-grade nano-delivery systems using dairy, millet proteins, & plant-derived exosome-like nanoparticles to improve stability, bioavailability, & functional performance of nutraceuticals for scalable functional food applications.
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4 months ago
Seeking partnerships in development of food-grade nano-delivery systems using dairy, millet proteins and plant exosome-like nanoparticles to solve industry challenges in nutraceutical stability, bioavailability, functional ingredient design and scalable food manufacturing.
About
I am an Assistant Professor in Dairy Science and Food Technology working at the interface of food nanotechnology, functional ingredient design & translational nutrition. My expertise includes protein based nano-delivery systems using native casein micelles, millet protein composites & plant-derived exosome like nanoparticles to enhance stability, bioavailability & controlled release of nutraceuticals. I collaborate with industry to address challenges related to ingredient functionality, product stability, sensory compatibility, & scalable manufacturing of functional foods, beverages & clinical nutrition formats. My work also focuses on sustainable ingredient innovation through agri food by product valorization & development of next-generation protein platforms for emerging nutrition needs.
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