The hip joint has two opposing surfaces that are in smooth contact with each other. The articular hyaline cartilage is a smooth white surface on the femoral head (ball) and on the surface of the acetabulum (socket).
Cartilage damage to these surfaces can occur from trauma or from repeated abrasion or impingement. Chondromalacia (soft cartilage) can form and eventually wears down to bone. Arthroscopic hip surgery is one way we are trying to prevent cartilage damage from leading to osteoarthritis and the eventual need for hip resurfacing or hip replacement surgery.
By removing CAM lesions on the femur or by smoothing rough surfaces, we are able to decrease the friction and scratching that occurs on these surfaces. We can perform microfracture surgery on the hip to stimulate cartilage regeneration and grown from the stem cells in the bone marrow in the hip. See the Video Library for more details. Here you see a video of a cartilage / chondral flap in the acetabulum. Hip arthroscopy is a minimally invasive way to treat cartilage damage and facilitate joint preservation.
I would like to thank you sincerely for the great care that you have provided me. I am deeply grateful to both of you and all your wonderful clinic and hospital team.
Dr. Hyman diagnosed my problem right away. I had surgery a couple of months later and now after 2 years I feel like a new person.
Since Dr. Hyman operated on my left hip I’ve been able to walk better, longer, and with better ease than I could ever imagine.
I thank God every day that I had that surgery since I have finally gotten rid of the pain that has kept me awake at night for years.
I appreciate you taking the time to educate me about my injury. I also appreciate the kindness and professionalism of the entire staff at Atlanta Sports Medicine.
Thank you so much from the bottom of my heart. For the first time in approximately a year and a half I am pain free.
I appreciate the attentive, professional care and could not envision a better experience. I truly am thankful to be under your care.