Research
The application of biomaterial-based therapeutics is drastically changing the landscape of the biomedical and biopharmaceutical industries. We are interested in the synthesis and development of novel materials, such as nanoparticles, microparticles, hydrogels, prodrugs, polymer coatings, and composites, as promising therapeutic platforms to address significant clinical problems, including joint disorders, GIT-related disorders, cancer, microbial infections, and autoimmune diseases, among others.
We are also interested in the development of biocompatible materials with novel properties that can make use of their biological properties to kill localised 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) utilises the basic concepts and skills 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.
Translatable Technologies
Algal derived Functional PolymerHarnessing the natural potential of algae, our functional polymers offer a sustainable, high-performance alternative to conventional synthetic and natural materials. We are committed to transforming marine-based resources into innovative materials that drive the future of eco-friendly engineering and therapeutic design.
Multifunctional Cotton GaugeOur multifunctional cotton gauze represents a significant leap in advanced wound care with antibacterial, antioxidant, and anti-inflammatory properties. Engineered for superior absorbency and breathability, this specialized gauze is enhanced with bioactive properties to actively support the healing environment.
Sheer Thinning Hydrogel/ Catheter based delivery Our advanced shear-thinning hydrogels are engineered for precise, catheter-based localize delivery, revolutionizing the landscape of minimally invasive medical interventions. Beyond structural versatility, these hydrogels can encapsulate wide range of drugs and dye and can act as a stimuli responive carrier
Multifunctional Catheter
Our next-generation catheters coating technology redefine clinical safety and efficacy. It is engineered to provide potent, localized antibacterial and anti-inflammatory protection, significantly mitigating the risk of site-specific complications. By incorporating our design prevents protein accumulation, ensuring sustained performance and optimal patency.
Deep Eutectic SolventOur DES platforms have exceptional solubilizing power of eutectic mixtures with the physical versatility of high-performance carriers. These formulations act as multifunctional delivery vehicles, capable of stabilizing sensitive bioactive compounds while enhancing their permeability across biological barrier.
Food Packaging Our next-generation algal-based and natural polymers based food packaging solution can replace conventional plastics with high-performance, multifunactionalities and sustainable alternatives. These functional materials are engineered with built-in antibacterial and anti-biofilm properties to actively inhibit food spoilage and extend shelf life.
Sprayable Hydrogel and Ionic Liquids Our sprayable hydrogels are formulated to exhibit rapid, shear-thinning behaviour, allowing them to be applied as a fine mist through standard aerosol or spray devices. Our ionic liquids are specifically formulated for superior biocompatibility, making them ideal for topical drug delivery.