Bone Defects
Critical-size or traumatic bone defects pose a challenge to natural healing. Biologic therapies, such as PRP and bone graft substitutes, promote osteogenesis and accelerate repair, leading to improved structural integrity.

Critical-size or traumatic bone defects pose a challenge to natural healing. Biologic therapies, such as PRP and bone graft substitutes, promote osteogenesis and accelerate repair, leading to improved structural integrity.
Degenerative joint conditions, including osteoarthritis, benefit from biologic interventions like PRP to reduce inflammation, support cartilage health, and enhance long-term mobility.
Muscle tears and chronic strain injuries can impair performance and recovery. Biologic treatments, including PRP, help reduce fibrosis and restore muscle elasticity and strength.
A cartilage development disorder leading to flap formation and joint inflammation. Biologic adjuncts such as PRP complement surgical debridement by supporting cartilage repair and reducing postoperative inflammation.
Injuries to tendons and ligaments often require more than mechanical repair. PRP delivers growth factors that stimulate collagen synthesis and improve healing quality for durable function.
Complex or slow-healing wounds benefit from biologic solutions, such as PRP, which enhance angiogenesis and tissue regeneration, thereby accelerating closure and reducing the risk of infection.