King's College Hospital Dubai takes orthopaedic surgery to new heights with cutting-edge robotic tech

Delivering on its commitment to redefine the healthcare landscape, King's College Hospital London, Dubai, has integrated ROSA, an advanced robotic surgical assistant, into their orthopaedic procedures. This revolutionary technology is set to not only improve surgical precision but also to speed up patient recovery times, making it a game-changer in regional healthcare.

ROSA is designed to support surgeons during knee replacement surgeries. This intelligent robotic system minimises the potential for human error by providing precise instructions, enhancing the overall accuracy of surgical procedures. Empowered by Artificial Intelligence (AI), ROSA learns from every operation, continually refining its guidance for superior alignment and execution.

Dr Shine Ashokan, Director and Head of Orthopaedics and Sports Medicine at King’s, highlighted the transformative power of this technology, stating, "Drawing on the wealth of surgical experience acquired over the years and the rapid advancements in AI and robotics, we're poised at the forefront, pioneering innovative clinical procedures that aim to revolutionise patient care at King's Dubai.”

Patients grappling with the final stages of osteoarthritis, manifesting as knee swelling, locking, and mobility-related pain causing unbearable bone friction, will find ROSA to be a ray of hope. This tech marvel promises optimal surgical preparation, precision alignment, less discomfort, and quicker recovery than traditional methods.

The surgical journey begins with surgeons capturing X-rays of the affected knee. These images guide ROSA in generating a 3D model of the patient’s unique anatomy, a tool crucial to surgeons during the operation. Throughout the procedure, ROSA provides real-time data that helps surgeons place knee implants accurately, mitigating potential human error and ensuring perfect alignment.

Post-surgery, ROSA’s innovative technology adjusts to the unique anatomical structures of individual patients, guaranteeing precise ligament balance and alignment. Consequently, patients can expect less pain and scarring, a shorter stay in the hospital, and a quicker return to their normal lives.

"Our integration of robotics marks a paradigm shift in patient care. While there's a learning curve, the advantages are considerable. Patients see less blood loss, vastly reduced post-surgery pain, and quicker mobilisation—often the same day. Even for seasoned surgeons, attaining precise knee joint alignment can be challenging. However, with robotic assistance, we achieve near-perfect positioning of implants," says Dr Farid Ghasemzadeh Mojaveri, Consultant Orthopaedic Surgeon.

"Robotic assistance also means less surgical trauma and the operation is smoother and better balanced, without damaging any supportive ligaments, which could occur in conventional replacements. The adoption of this advanced technology is a testament to our dedication at King's College Hospital London, Dubai to providing cutting-edge, patient-focused care,” he added.

Robotic-assisted knee replacements backed with artificial intelligence are proven to be the future of arthroplasty across the globe, and King's College Hospital London, Dubai are leading the charge in the region by combining the expertise of top British-board certified surgeons with trailblazing technology.