Core Research Areas

1. Bioactivity-Guided Natural Product Discovery 
   Systematic bioactivity-guided fractionation, advanced extraction technologies, and integrated purification strategies for the identification, structural elucidation, and pharmacological validation of therapeutically relevant natural compounds.

2. Chemical and Pharmacological Characterisation of Natural Immunomodulators
   Comprehensive chemical, biochemical, and cellular evaluation of natural bioactives targeting respiratory inflammatory disorders, with particular emphasis on epithelial-derived cytokine pathways and immune modulation.

3. Mechanism-Driven Drug Repurposing Targeting Epithelial Cytokine Signalling
   Rational screening and mechanistic assessment of repurposed drug candidates as antagonists of epithelial cytokines implicated in airway inflammation and chronic respiratory diseases.

4. Molecular Mechanisms of Anti-Aging and Phytocosmeceutical Potential of Natural Products
   Investigation of cellular and molecular pathways underlying skin aging, including oxidative stress, inflammation, extracellular matrix degradation, and epigenetic modulation, alongside evaluation of natural compounds for phytocosmeceutical and dermatological applications.

5. Advanced Stabilisation Platforms for Labile Natural Products
   Design and optimisation of physicochemical stabilisation systems to enhance stability, bioavailability, and therapeutic performance of volatile and structurally sensitive natural compounds for pharmaceutical and aromatherapeutic applications.

6. Advanced Colloidal and Structured carrier Systems for Natural Bioactives
   Development of emulsion-based and structured colloidal carrier platforms to enhance solubility, membrane permeability, controlled release behaviour, and targeted therapeutic efficacy of natural compounds.

7. Modified Starch Systems for Regulated Drug Release Kinetics
   Exploration and functional modification of starch-based polymers to achieve controlled, responsive, and optimised release profiles for therapeutic applications.

8. Value Addition to Agricultural Waste for Bioactive Product Development
   Integration of green extraction, purification, and formulation strategies to convert agricultural by-products into high-value bioactive materials supporting innovative pharmaceutical and cosmeceutical applications.

Google Scholar: https://scholar.google.com/citations?user=SyTDi5oAAAAJ&hl=en