Skip Ribbon Commands
Skip to main content
menu iconMenu
search iconSearch

Cartilage and Osteochondral Injuries

What are cartilage and osteochondral injuries?

The joint surfaces of the femur (thigh bone) and the tibia (shin bone) are covered by a smooth layer of cartilage that forms the gliding surface of the knee. This cartilage can be damaged through athletic injuries, resulting in a disruption in this smooth gliding surface. An osteochondral injury or defect occurs when a piece of the cartilage, along with a part of the bone underneath, is chipped off, leaving a gap. When the entire cartilage surface of the knee begins to break down, osteoarthritis is usually the cause.

Talk to the Knee Experts:
Call 858-657-8200.

What are the symptoms of cartilage and osteochondral injuries?

Cartilage and osteochondral injuries can cause deep pain, stiffness and swelling. In some cases the loose body (piece that is broken off) may end up loose in the knee joint, causing locking of the knee (when the knee actually gets stuck in certain positions).

How are cartilage and osteochondral injuries diagnosed?

Diagnosis begins with a discussion with your doctor and a thorough examination. Cartilage injuries also generally require sophisticated imaging for a full evaluation. UC San Diego Health System specializes in advanced imaging techniques that provide the most accurate noninvasive evaluation of the joint surface.

How are cartilage and osteochondral injuries treated?

Treatment of cartilage injuries is complex and must be individualized to the patient. UC San Diego has been a national leader in cartilage research and treatment for decades. We have a multidisciplinary team that designs individualized treatment plans, ranging from specific therapy programs to medications, injections and cartilage repair surgeries. UC San Diego Health System is also a national leader in osteochondral allograft transplants, in which cartilage and bone are transplanted to fill a significant joint defect. Speak to one of our cartilage specialists to determine the best treatment for you.

Online Resources