Pronebone is a synthetic bone graft substitute used in orthopedic and dental surgeries to facilitate bone regeneration. It is designed to mimic the structure and properties of natural bone, providing a scaffold for new bone growth.
Here's a breakdown of key aspects:
Composition: Pronebone is primarily composed of <a href="https://www.wikiwhat.page/kavramlar/Hydroxyapatite" target="_blank">Hydroxyapatite</a> (HA), a calcium phosphate mineral that is a major component of natural bone. Some formulations may also include other bioactive materials.
Structure: It possesses a porous structure that allows for <a href="https://www.wikiwhat.page/kavramlar/Bone%20In-growth" target="_blank">Bone In-growth</a> and vascularization. This porosity is crucial for providing space for cells to migrate into the graft and for blood vessels to supply nutrients and oxygen.
Bioactivity: Pronebone is designed to be bioactive, meaning it interacts with the surrounding bone tissue to promote bone formation. The HA component facilitates the attachment and proliferation of bone-forming cells (osteoblasts).
Applications: Pronebone is used in various orthopedic procedures, including:
Advantages: Compared to autografts (bone harvested from the patient) and allografts (bone harvested from a donor), Pronebone offers several potential advantages:
Osteoconductivity: <a href="https://www.wikiwhat.page/kavramlar/Osteoconductivity" target="_blank">Osteoconductivity</a> refers to the ability of a material to provide a scaffold for bone growth. Pronebone's porous structure and HA composition make it highly osteoconductive, guiding bone formation along its surface.
Resorption: The rate of resorption, or breakdown, of Pronebone varies depending on the specific formulation and the rate of new bone formation. Ideally, the graft resorbs at a rate that matches the rate of new bone growth, ensuring that the defect is gradually replaced by natural bone.
Forms: Pronebone is available in various forms, including granules, blocks, and putties, to suit different surgical needs and defect sizes.
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