Advanced Bioceramics and Composites

Focus on bio-ceramics, functionalized bio-ceramics, malleable bio-ceramics, and their composites for bone repair and Drug delivery applications.

Hydroxyapatite, bioactive glass ceramics, metallically doped bioceramics, and organically functionalized bioceramics are engineered to enhance bone repair, treat periodontitis, and facilitate targeted drug delivery. When incorporated into biomedical polymer composites, these bioceramics impart superior mechanical and biological performance. Optimized for tissue integration and regeneration, these advanced systems are ideal for bone, dental, and orthopedic applications

Malleable Bioceramics

Our research focuses on developing advanced Malleable Bioceramics, featuring a unique chemical formulation specifically engineered to catalyze bone regeneration. A key advantage lies in their excellent handling properties and malleability; these materials can be readily mixed into an injectable paste or a shape-adaptable putty consistency. This allows for minimally invasive delivery and enables the bioceramic to conform precisely to complex bone defect geometries, ensuring optimal tissue contact. Engineered to be bioactive, biocompatible, and osteoconductive, they actively support new bone formation while being resorbable to integrate naturally over time. Furthermore, these bioceramics possess potential antibacterial and angiogenic properties to minimize infection risk and promote vascularization, crucial for healing. Offering significant ease of use for clinicians, being ready to use, and aiming for cost-effectiveness, this technology addresses a recognized global need for improved, economical bone repair solutions.

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