Hospital and Clinic
Our orthopedic surgeons offer the following joint replacement procedures:
During hip replacement surgery, a surgeon removes the damaged sections of your hip joint and replaces them with parts usually constructed of metal and very hard plastic. This artificial joint (prosthesis) helps reduce pain and improve function.
Conditions that can damage the hip joint, sometimes necessitating hip replacement surgery, include:
- Osteoarthritis. Commonly known as wear-and-tear arthritis, osteoarthritis damages the slick cartilage that covers the ends of bones and helps joints move smoothly.
- Rheumatoid arthritis. Caused by an overactive immune system, rheumatoid arthritis produces a type of inflammation that can erode cartilage and occasionally underlying bone, resulting in damaged and deformed joints.
- Osteonecrosis. If there is inadequate blood supply to the ball portion of the hip joint, the bone may collapse and deform.
Artificial knee joints used in knee replacement surgery are typically made of metal and plastic. Metal alloy parts replace the damaged thighbone and shinbone. High-density plastic replaces cartilage on the shin and kneecap components.
Reverse shoulder replacement installs the ball part of the artificial joint onto the shoulder blade and the socket part onto the arm bone.
Learn more about an innovative bone-preserving approach to managing shoulder arthritis in young adults using shoulder replacement from mayoclinic.org.
Your support team
When you have joint replacement surgery, a team of providers consisting of orthopedic surgeons, physical therapists and professional nursing staff will support you from your first appointment through recovery. You’ll benefit from having:
- Comprehensive education for you and your caregiver
- Family coaching tools
- Ongoing communication with you and the care team after you’re discharged from the hospital
- Group therapy and meals
By taking advantage of positive group dynamics, you’ll feel accountable to yourself as well as the others in your group. Drawing strength from the group environment provides an improved response to treatment with faster recovery times.