This procedure stimulates the underlying bone marrow of the affected area so that stem cells migrate to the area and can promote cartilage regrowth. The migration of bone marrow and stem cells promotes the growth of fibrocartilage to the affected area. Fibrocartilage then fills the defect and helps improve the overall biomechanics and stresses in the knee. This has been shown to have good results in short-term follow-up studies.
This procedure stimulates the underlying bone marrow of the affected area so that stem cells migrate to the area and can promote cartilage regrowth. It is a common technique used in the treatment of cartilage injuries.
During the procedure, the damaged cartilage is removed, and small holes are drilled into the underlying bone. This allows the bone marrow to access the area and provide stem cells that can differentiate into new cartilage cells.
Our Cartilage Services
At our practice, we offer a range of cartilage services to address various injuries and conditions. These include Platelet Rich Plasma (PRP), Patella Stabilizing Procedures, Meniscal Transplant, and Matrix Induced Autologous Chondrocyte Implantation (MACI).
Our experienced team of experts is dedicated to providing the most effective and innovative treatments to help our patients achieve the best possible outcomes.
Marrow Stimulating Procedures (Microfracture)
This procedure stimulates the underlying bone marrow of the affected area so that stem cells migrate to the area and can promote cartilage regrowth. It is a common technique used in the treatment of cartilage injuries.
During the procedure, the damaged cartilage is removed, and small holes are drilled into the underlying bone. This allows the bone marrow to access the area and provide stem cells that can differentiate into new cartilage cells.
Our Cartilage Services
At our practice, we offer a range of cartilage services to address various injuries and conditions. These include Platelet Rich Plasma (PRP), Patella Stabilizing Procedures, Meniscal Transplant, and Matrix Induced Autologous Chondrocyte Implantation (MACI).
Our experienced team of experts is dedicated to providing the most effective and innovative treatments to help our patients achieve the best possible outcomes.
Marrow Stimulating Procedures (Microfracture)
This procedure stimulates the underlying bone marrow of the affected area so that stem cells migrate to the area and can promote cartilage regrowth. It is a common technique used in the treatment of cartilage injuries.
During the procedure, the damaged cartilage is removed, and small holes are drilled into the underlying bone. This allows the bone marrow to access the area and provide stem cells that can differentiate into new cartilage cells.
Our Cartilage Services
At our practice, we offer a range of cartilage services to address various injuries and conditions. These include Platelet Rich Plasma (PRP), Patella Stabilizing Procedures, Meniscal Transplant, and Matrix Induced Autologous Chondrocyte Implantation (MACI).
Our experienced team of experts is dedicated to providing the most effective and innovative treatments to help our patients achieve the best possible outcomes.
Marrow Stimulating Procedures (Microfracture)
This procedure stimulates the underlying bone marrow of the affected area so that stem cells migrate to the area and can promote cartilage regrowth. It is a common technique used in the treatment of cartilage injuries.
During the procedure, the damaged cartilage is removed, and small holes are drilled into the underlying bone. This allows the bone marrow to access the area and provide stem cells that can differentiate into new cartilage cells.
Our Cartilage Services
At our practice, we offer a range of cartilage services to address various injuries and conditions. These include Platelet Rich Plasma (PRP), Patella Stabilizing Procedures, Meniscal Transplant, and Matrix Induced Autologous Chondrocyte Implantation (MACI).
Our experienced team of experts is dedicated to providing the most effective and innovative treatments to help our patients achieve the best possible outcomes.
