Hip Care
Dr. Henry Backe is an integral part of the Orthopaedic Specialty
Group, P. C. team for over 25 years. Dr. Backe’s exceptional surgical skills are complemented by a personable style and dedication to the highest quality patient outcomes and satisfaction. He is a board certified orthopaedic surgeon and is fellowship trained in the area of hand, wrist and joint replacement.
Core Decompression
Hip Specialist In The Greater Fairfield & Shelton Connecticut Areas
Dr. Henry Backe treats hip conditions at his offices in Fairfield and Shelton, Connecticut. Dr. Backe of Orthopedic Specialty Group, is a specially-trained orthopaedic surgeon specializing in hip conditions and injuries. Each of his patients receives a unique treatment plan matching their lifestyle goals. As a leader in the minimally invasive Direct Anterior Approach to hip replacement, he is an advocate of state-of-the art technologies that benefit his patients in many ways.
FAQs on Core Decompression
Core Decompression
Core Decompression procedure involves drilling one larger hole or several smaller holes into the femoral head to relieve pressure in the bone and create channels for new blood vessels to nourish the affected areas of the hip.
When osteonecrosis of the hip is diagnosed early, core decompression is often successful in preventing collapse of the femoral head and the development of arthritis.
Core decompression is often combined with bone grafting to help regenerate healthy bone and support cartilage at the hip joint. A bone graft is healthy bone tissue that is transplanted to an area of the body where it is needed.
Many bone graft options are available today. The standard technique is to take extra bone from one part of your body (harvest) and move (graft) it to another part of your body. This type of graft is called an autograft.
Dr. Backe uses bone that is harvested from a donor or cadaver. This type of graft is typically acquired through a bone bank. Like other organs, bone can be donated upon death.
There are also several synthetic bone grafts available today.