First in the world to offer MAKOplasty
Holy Cross Hospital was the first in the world to offer MAKOplasty, a minimally invasive partial knee resurfacing procedure used to treat early to mid-stage osteoarthritis of the knee. Now doctors at Holy Cross are utilizing the next generation of the robotic arm system by MAKO Surgical Corp.
First in Florida to offer multicompartmental knee resurfacing.
We are the first hospital in Florida to offer patients multicompartmental knee resurfacing. We can now provide minimally invasive knee surgery to even more patients. The new MAKO RIOTM robotic arm system allows our expert surgeons to keep as much of the original knee as possible, while the MAKO Restoris system restores natural knee function. So our patients can enjoy a faster recovery and get back to being their best. Previously, MAKOplasty was only available to treat just the inside portion of the knee. The RIO System now makes possible resurfacing of the medial, patellofemoral, or both components of the knee.
"Precision is key in planning and performing partial knee surgeries," says Dr. Martin Roche, Orthopedic Surgeon at the Holy Cross Orthopedic Institute. "For a good outcome, you need to align and position the implants just right. Precision in surgery, and in the pre-operative planning process, is what the RIO System delivers. We are very excited to use the new RIO and to be able to offer MAKOplasty to a greater number of patients."
RIO enables specific pre-operative surgical planning and modeling based on each patient's unique anatomy. During the MAKOplasty procedure, the surgeon uses the robotic arm, which provides tactile, acoustic and visual feedback, to limit the bone preparation to the diseased areas and provide for optimal implant placement. The goal of this minimally invasive procedure is to restore the patient's natural knee motion with as little bone cutting and tissue trauma as possible, for a more natural feeling knee post operatively and a rapid recovery.
The opportunity for early intervention is important as osteoarthritis (OA) is the most common form of arthritis and a leading cause of disability worldwide, according to the American Academy of Orthopaedic Surgeons (AAOS).
First in Broward County to offer MAKOplasty® Total Hip Replacement
Holy Cross Hospital is currently the only hospital in Broward County offering MAKOplasty® Total Hip Replacement using the RIO robotic arm system. The use of robotic arm technology has never before been used in total hip replacement.
Here's how MAKOplasty Hip works: The RIO system provides a patient-specific 3-D image of the patient's hip based on a pre-operative CT scan. Using the 3-D model, the surgeon can then plan the optimal size and position of hip implant components. An implant consists of a cup and liner placed in the acetabulum or the socket of the pelvis, and a femoral component with a femoral head and stem. The position of these components is critical for proper biomechanical reconstruction of the hip.
During surgery, RIO provides visualization of the joint and biomechanical data to guide the bone preparation and implant positioning to match the pre-surgical plan. First the surgeon prepares the femoral bone for the implant, and subsequently measures the femoral component's position with the RIO. Next the surgeon uses the robotic arm to accurately ream and shape the acetabulum, and then implant the cup at the correct depth and orientation. Finally the surgeon implants the femoral implant and RIO provides summary data to confirm the hip implants are aligned according to plan. MAKOplasty Hip is designed to assist surgeons in attaining a new level of reproducible precision in surgery, to restore patients' confidence in their mobility and help them return to active lifestyles.
MAKOplasty Hip may be a treatment option for people who suffer from either non-inflammatory or inflammatory degenerative joint disease.
To contact a physician who performs minimally invasive robotic MAKOplasty® Total Hip Replacement, call 866-442-3627 or view the following profile(s) for physician contact information: