Medical plastic is commonly used in bone graft substitutes as a scaffolding material to support and promote bone growth. It provides structural support to the graft site, helps maintain the shape and integrity of the bone graft, and can be designed with porous structures to facilitate the infiltration of cells and nutrients necessary for bone regeneration. Additionally, medical plastics can be modified to mimic the natural properties of bone, such as elasticity and strength, enhancing the overall effectiveness of bone graft substitutes.
Medical plastic is used in bone graft substitutes as a scaffold or matrix to support the growth of new bone tissue. It provides structural integrity, promotes cell attachment, and allows for the controlled release of bioactive molecules that aid in bone regeneration. Additionally, medical plastic can be shaped and customized to fit the specific defect site, offering a reliable and versatile solution for bone grafting procedures.
Medical plastic is used in bone graft substitutes to provide structural support and promote bone regeneration. It can be shaped into various forms, such as screws, plates, or scaffolds, which are implanted into the affected area to help stabilize the bone and enhance the healing process. Additionally, medical plastic can be bioresorbable, meaning it gradually breaks down over time, allowing the new bone tissue to replace it. This makes it an ideal material for bone graft substitutes as it provides temporary support while facilitating the growth of new bone.
