Abu Dhabi, June 10 (WAM) - Yas Clinic has successfully performed the first partial knee replacement using robotic and artificial intelligence technologies for an Emirati patient aged 74. This achievement enhances Abu Dhabi’s position as a leading center for innovation in healthcare and advanced medical technologies.

Partial knee replacement is an advanced therapeutic option for patients with damage limited to a specific part of the joint. Only the damaged portion is replaced while preserving the healthy parts of the bones, ligaments, and cartilage, which helps accelerate recovery and restore movement faster than many traditional procedures.

Robotic and artificial intelligence technologies played a pivotal role in the success of the procedure by providing the system with precise data and instructions necessary for surgical planning and execution. These technologies also provided accurate measurements and advanced preoperative planning, supporting the surgeon during the procedure to achieve the highest level of precision in joint alignment and implant fixation.

Dr. Maysoun Al Karam, Executive Director of Medical Affairs at Yas Clinic Hospital, emphasized that the first partial knee replacement procedure using robotic and artificial intelligence technologies marks an important milestone in the hospital’s journey towards providing advanced healthcare supported by the latest medical technologies and specialized expertise. She noted continued investment in medical innovation and attracting global expertise to ensure the best treatment outcomes for patients and enhance Abu Dhabi's position as a leading center for advanced healthcare.

Dr. Fouzi Mazaq, Orthopedic Surgeon at Yas Clinic, explained that robotic surgery represents a significant advancement in joint replacement, enabling highly accurate measurements and the development of a personalized treatment plan for each patient. It also contributes to greater precision during surgery and preserves healthy tissues as much as possible, which positively impacts recovery speed and improves joint functional outcomes.