DrAyushi Priyam

Nanostructured drug delivery and nanomedicine: My research focuses on designing multifunctional nanostructured systems that enable targeted, controlled delivery of therapeutics within complex disease microenvironments. I am particularly interested in how nano‑scale architecture, surface chemistry and responsiveness to local cues (e.g. pH, enzymes, inflammation markers) can be tuned to improve efficacy in infection and inflammatory disorders while minimising off‑target effects.

Hydrogel‑based localised therapeutic platforms: I work on injectable and 3D hydrogel systems as localised delivery platforms that enhance treatment retention at sites of disease. This includes engineering hydrogels with tailored mechanical properties, degradation profiles and payload release kinetics to support wound healing, tissue regeneration and sustained antimicrobial or anti‑inflammatory therapy.

Nano‑bio interactions and biomaterial safety: A core strand of my research investigates nano‑bio interactions, biocompatibility and long‑term safety of advanced biomaterials. I am interested in how nanomaterials interface with cells, tissues and environmental systems, and how we can design materials that are effective yet safe, with clear regulatory and translational pathways.

Translational and industry‑embedded bionanomaterials: I have a strong interest in embedding bionanomaterial research within clinical and industry contexts, co‑developing platforms that address real‑world challenges in antimicrobial management, environmental safety, nutrient delivery and circular‑economy solutions. This includes co‑designing projects with partners to ensure that materials and technologies are scalable, implementable and aligned with end‑user needs.