Robotic Unicondylar Knee Replacement

Specialist in Robotic Unicondylar Knee Replacement in Palm Beach Gardens & Wellington

Osteoarthritis causes knee pain and disability. The condition needs to be treated by replacing part of the knee joint with a prosthetic implant to relieve pain and improve the function of the knee joint. Chadwick B. Hampton, M.D. provides diagnosis and minimally invasive unicondylar knee replacement surgery with robotic assistance in Palm Beach Gardens & Wellington. Chadwick B. Hampton, M.D. also provides the highest level of care during and after the surgery. Contact Chadwick B. Hampton, M.D.’s office for an appointment today!

What is Robotic Unicondylar Knee Replacement?

A unicondylar knee replacement is a procedure to replace part of the knee joint with a prosthetic implant to relieve pain and improve the function of the joint. Advances in technology have allowed this procedure to be performed in a minimally invasive manner with robotic assistance.

Indications

Knee replacement surgery is recommended for patients with osteoarthritis causing knee pain and disability that does not respond well to conservative treatments. Osteoarthritis is a degenerative joint disease causing breakdown and eventual loss of cartilage in the joint enabling bones to rub against each other leading to painful movement. The knee can be divided into 3 compartments:

The medial compartment towards the inside of the knee, the lateral compartment towards the outside of the knee and the patellofemoral compartment between the knee cap and the lower end of the thighbone. Osteoarthritis usually begins in the medial compartment of the knee and may later advance to the other compartments. Early or mid-stage osteoarthritis involving just one compartment or one condyle may be treated by unicondylar knee replacement where only the affected joint surfaces are replaced.

Surgical Procedure

The procedure can be performed on an outpatient basis but you may require a 1-3 day stay. Preoperative CT imaging is used to create a virtual 3-dimensional model of the knee. This information is fed into the robotic system and helps your doctor choose an appropriate implant and design a specific surgical plan. The procedure is performed with the robotic arm inserted through a 4-to 6-inch incision over the knee. Alignment of the knee and soft-tissue balance are checked and the preoperative plan can be refined during the procedure. The robotic system provides your doctor with visual, audio and tactile feedback as the bone is cut and the implants positioned. This results in a high degree of precision, minimal damage to the bone and surrounding ligaments and accurate positioning of the implants, which is very important for a successful and long-lasting knee replacement.

Postoperative Care

Following surgery, you may be able to leave the hospital on the same day if your doctor feels you have recovered well. Recovery depends on various factors but is generally quick. Physical therapy may be recommended. You are advised to maintain a healthy weight to minimize stress on the joint.

Benefits

Advantages of robotic unicondylar knee replacement include:

• Small incision
• Less tissue injury
• Less bone removal
• Better implant positioning
• Shorter hospital stay
• Quicker recovery
• More natural feel to the knee
• A total knee replacement may be performed later if needed

Risks and Complications

As with any procedure, robotic unicondylar knee replacement is associated with certain risks which include infection, blood clots, nerve or blood vessel injury, implant loosening or fracture.

If you would like to have additional information on knee treatments or would like to learn more about robotic unicondylar knee replacement, please contact Chadwick B. Hampton, M.D., serving the communities of Palm Beach Gardens & Wellington.