Research Activity

• Tissue engineering (Intervertebral disc, spinal cord and ocular diseases).
• Biomaterial design and development.
• Polymer modification for biomedical applications
• Cell and exosomes separation
• Smart biomaterials for articular surfaces and musculoskeletal tissue regeneration and care.
• Alternative strategies for cancer theranostics like magnetic hyperthermia and photodynamictherapy.
• Engineered approaches such as electrical and mechanical stimulations for regenerative medicine.
• Synthesis of versatile nanostructured materials (quantum dots, layered nanoparticles andgraphene etc.) for various medical applications.
• Lab-on-chip devices
• Biomimetic designs of microfluidic devices
• Blood microsampling devices for diagnostics
• Passive micropumps for paper microfluidics
• Micro/nanodevices for life-sciences and biomedical applications
• Microdevices for gas/solute exchange applications
• Devices for passive cooling of biomolecules (Proteins/cells)
• Microdevices for drug delivery applications
• Microdevices for cell and tissue culture applications