What happens when someone has severe shoulder arthritis in their 40s or 50s but is still extremely active?

Traditional shoulder replacement can provide excellent pain relief but in younger patients, surgeons also have to think about what that shoulder will look like 10, 20, or even 30 years later.

IDr. Caleb Davis and Dr. Justin Givens discuss pyrocarbon hemiarthroplasty, a newer approach that replaces the humeral head while preserving the patient’s native socket.

They explain what pyrocarbon is, why its properties may make it more bone-friendly than traditional cobalt-chrome implants, and why it has become an increasingly interesting option for young and active patients.

The discussion covers patient selection, arthritis, avascular necrosis, rotator cuff requirements, recovery expectations, technical challenges such as overstuffing, and the limitations of the long-term data we currently have.

They also discuss an important shift happening in shoulder surgery: why some experienced surgeons who spent decades performing traditional anatomic shoulder replacements are now reconsidering how they treat their youngest and most active patients.

Topics include:
• What is a pyrocarbon hemiarthroplasty?
• Pyrocarbon vs traditional metal implants
• Preserving the glenoid in younger patients
• Shoulder replacement longevity
• Arthritis and avascular necrosis
• Recovery after pyrocarbon shoulder replacement
• Rotator cuff considerations
• Overstuffing and surgical technique
• What the long-term evidence currently shows
• Where pyrocarbon may fit into the future of shoulder replacement

The Shoulder Blueprint is hosted by orthopedic shoulder surgeons Caleb Davis, MD and Justin Givens, MD.

Educational content only. This podcast is not a substitute for individualized medical evaluation or treatment.