Research Areas

Addressing biomedical materials challenges through interdisciplinary research.

Nanomedicine Research

• Exploring advanced applications of nanotechnology in medicine.

• Magnetic Drug Delivery Devices with Hyperthermia potential for Cancer Therapy.

• Targeted Gene Therapy with Functional Nanoparticles.

Antibacterial Formulations

• Developing effective antibacterial products for healthcare applications.

Theranostic Materials

• Creating materials that combine diagnostics and therapeutic functions.

• Quantum dots, MOFs and Fluorescent materials for Cancer Theranostics.

• Mechanism of apoptotic pathways & Cellular uptake mechanism of nanoparticles.

Biomaterials and Polymers

• Innovating polymer-based solutions for biomedical applications.

• Combinatorial approaches in Tissue Engineering and Regenerative Medicine.

• Bioinspired Approaches for Bone and Neuronal Tissue Engineering.

• Drug Delivery devices- Therapeutic scaffolds and Natural Products.

• Radiopaque Materials & Injectable Biomaterials for regenerative tissue engineering.