| Abstract Scope |
Bone tissue engineering is crucial for surgical procedures addressing bone healing, regeneration, repair, and structural support. Increasing demand for bone replacement therapies is driven by an aging population and rising musculoskeletal disorders. However, traditional bone graft methods present challenges like limited supply, infection risk, and non-customisable. We have developed a 3D printable, natural coral-based material that can convert into constituents analogous to human bone, including beta-tricalcium phosphate and hydroxyapatite. By adjusting the ink composition and processing, we can tailor the mechanical properties to meet diverse medical needs. Our coral-based grafts demonstrate biocompatibility and compressive strength comparable to cancellous bone, offering promising solutions for orthopedic and trauma applications. This innovative technology harnesses the regenerative capacity of natural materials to address the growing demand for patient-specific bone tissue engineering. |