Bone tissue has a unique hierarchical structure that combines strength, stiffness, and adaptability, enabling it to withstand complex mechanical forces while continuously remodeling in response to physiological demands. Advances in bone remodeling introduce various biologic solutions for treating bone loss.
Cartilage is specialized, avascular connective tissue that provides a smooth, low-friction surface while efficiently distributing loads and compressive forces during joint movement. In cases of isolated cartilage loss, transplantation and implantation techniques can be used to help restore cartilaginous integrity.
Ligaments and tendons are dense, highly organized connective tissues primarily composed of aligned collagen fibers that provide joint stability and transmit forces to enable efficient load transfer and controlled movement. Soft-tissue augmentation can be used to supplement repair and reconstruction...
Blood, bone marrow, and adipose tissue are rich sources of bioactive cells, growth factors, and signaling molecules that support the body's natural healing response. Treatments that incorporate these components hold potential for promoting tissue regeneration, modulating inflammation, and enhancing repair...
