Ceramics for Biomaterials and Tissue Engineering

Ceramics used in biomaterials and tissue engineering are specially designed, inert materials that mimic the mineral components of bones and teeth. They are biocompatible, meaning they don't cause harmful reactions in the body, and often promote healing and integration with natural tissue. These ceramics can be porous or dense, supporting cell growth or providing strong, durable replacements for damaged structures. Common examples include hydroxyapatite and alumina, which are used in bone repair, dental implants, and other medical applications. Their stability and compatibility make ceramics valuable for restoring functionality and aiding regeneration within the body.