Description
In this presentation, the speaker begins with a tribute to their late colleague, Kamal, and reflects on their shared history at the Jubilee hospital where they worked together for several years. The speaker discusses the development of robotic-assisted surgery with a specific focus on the MAKO system, highlighting its commercial success and growing body of evidence supporting its use in orthopedic procedures.
Key discussions include the advantages of robotic assistance in performing complex surgeries such as partial knee replacements and total hip replacements, including enhanced precision, reproducibility, and the ability to perform complicated techniques like lateral unis and patellofemoral replacements. The speaker emphasizes the importance of 3D planning, precise component positioning, and balancing techniques that the MAKO system provides, leading to improved outcomes and lower revision rates compared to traditional methods.
The presentation also explores the impact of robotics on training new surgeons, suggesting that robotic systems can reduce stress and enhance learning opportunities for trainees. The speaker outlines various studies demonstrating the efficacy of robotic-assisted surgeries, particularly in terms of pain reduction and functional improvement post-surgery.
Looking forward, the talk touches on future developments in the robotic surgery field, including the potential for MAKO technology in additional orthopedic applications such as shoulder and spine surgeries. The speaker concludes with an acknowledgment of the need for continued data collection and evidence to fully establish the benefits of robotic systems in routine orthopedic practice.