Research
The localized/targeted delivery of the therapeutic agents specifically to the disease tissue/cell is the key to improving their efficacy in the body. The application of biomaterials in delivering therapeutics is drastically changing the landscape of biopharmaceutical industry. We are interested in the synthesis and development of novel materials such as nanoparticles, microparticles, hydrogels, prodrugs and composites as promising carrier systems for effective delivery of therapeutics to address the significant clinical problems including joint disorders, GIT related disorders, cancer, allograft-rejections, microbial infections, autoimmune disease, among other.
We are also interested in the development of biocompatible materials with novel properties that can make use of Near infrared (NIR) light to delivery the localized photothermal and photodynamic therapy to kill localized bacterial infections and cancer cells as well.
We are also interested in the development of novel polymeric scaffolds and bio-inks made with natural polymers to provide the targeted drug release and natural tissue regeneration. We have developed some new materials for wound-healing and environmental applications.
Our group (Biomaterials and Drug Delivery Laboratory) utilizes the basic concepts and skill of medicine, synthesis, materials science, and biology to design, develop and validate the novel affordable and sustainable platform technologies to address the health and environment related contemporary issues.
Our interdisciplinary and collaborative research focuses on the following topics:
# Biomaterials
# Drug Delivery
# Regenerative Medicine
# Photothermal and Photodynamic
# Antimicrobial Resistance
Translatable Technologies
We welcome research collaborations, technology partnerships, and product inquiries related to our innovations. For further information regarding technology transfer, supply, or collaborative research, please contact our team through the details provided below.
Biodegradable Antibacterial Bioplastic Film
​An eco-friendly biodegradable bioplastic film developed using sustainable biomaterials. The film exhibits antibacterial and antioxidant properties, making it suitable for biomedical, packaging, and protective material applications. It offers a sustainable alternative to conventional plastics while maintaining functional performance.
Algae-Derived Functional Polymer
A bio-based polymer extracted from algal biomass, designed as a sustainable material platform for biomedical and industrial applications. The polymer demonstrates promising biocompatibility, functional stability, and eco-friendly processing, enabling potential use in biomaterials, coatings, and biodegradable products.
Multifunctional Cotton Gauze (Patent Applied)
A next-generation multifunctional cotton gauze developed in our laboratory to support advanced wound care. The gauze is designed to provide enhanced protection, antimicrobial activity, and improved healing support, making it suitable for clinical and research applications. Patent application is currently in progress, and collaboration or supply inquiries are welcome.