Description
In this presentation, Akash Sharma, a consultant orthopedic surgeon, discusses the latest innovations and future directions in robotic-assisted joint surgery. He begins by thanking the audience for their invitation to speak and outlines his experience at a hospital that performs around 4,000 joint replacements annually, equipped with multiple robotic systems including Rosa, Mako, Cory, and a newly introduced system named Skywalker.
Sharma highlights the significance of continuous advancements and updates within surgical robotics, citing Rosa's rapid growth and widespread acceptance in orthopedic practices, emphasizing that it has become the fastest-growing robotic orthopedic system since its introduction. He shares his personal experience of using the latest version of Rosa and outlines its capabilities, including various operational modes and dynamic tracking features that enhance surgical precision.
The presentation delves into the specifics of the Rosa system's hardware and software updates that improve surgical outcomes through better data collection, soft tissue evaluation, and alignment techniques. Sharma underscores the necessity of individualized approaches in knee arthroplasty, leveraging a multitude of techniques and tools to cater to diverse anatomical variations among patients. He discusses changes that facilitate soft tissue evaluation during surgery which now includes new methods for assessing the knee joint's performance both at flexion and extension.
He further elaborates on the process improvements achieved through intraoperative data collection, including capturing data on hip and knee alignment, range of motion, and soft tissue gaps—all critical for validating surgical interventions. Sharma also touches upon the significance of patient-reported outcomes and how advancements in technology allow for better understanding of recovery trajectories and overall surgical success.
Ultimately, Sharma advocates for a future where orthopedic surgery not only focuses on pain relief and longevity but also prioritizes full functional recovery, involving modern approaches to robotic surgery and extensive data analytics to enhance patient care.