Dr. Neil Bradbury, a consultant orthopaedic surgeon at Sulis Hospital Bath, has achieved a significant milestone by successfully completing his 1,000th Mako robotic-assisted knee replacement. This accomplishment highlights the increasing utilization of surgical robotics in the UK and its profound impact on the outcomes of joint replacement surgeries.
The Mako robotic system, designed to enhance the precision and safety of both total and partial knee replacements, is heralded for delivering accelerated recovery, reduced post-operative discomfort, and decreased rates of readmission. Dr. Bradbury commended the technology, emphasizing its potential to elevate patient satisfaction to unprecedented levels, with early studies reporting satisfaction rates as high as 94% - 95%.
Utilizing pre-surgery CT scans to meticulously map a patient’s knee anatomy, the Mako robot empowers surgeons to meticulously plan the operation, optimize implant positioning, and execute the procedure with exceptional accuracy. This innovative approach not only minimizes the risk of soft tissue damage and bleeding but also contributes to enhanced surgical safety, ultimately leading to swifter recovery and diminished pain and swelling for patients.
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A testament to the transformative impact of this innovative approach is 70-year-old Elizabeth, who eagerly underwent robotic-assisted knee surgery with Dr. Bradbury. Expressing her optimism about the life-changing potential of the procedure, she emphasized the pivotal role it would play in enabling her to resume her active community engagements effortlessly.
Furthermore, the integration of motion sensors during the surgery enables further precision in implant positioning, allowing for optimal outcomes. Dr. Bradbury’s endorsement of the Mako robotic system, elucidated through his firsthand experience and unwavering confidence in its game-changing capabilities, underscores its pivotal role in shaping the future of knee replacement surgeries.
The evolution of robotic-assisted knee surgery stands as a testament to the relentless pursuit of superior patient outcomes and the unwavering commitment to technological innovation in the field of orthopaedic surgery.