Prime Highlights:
- Zayed Military Hospital in Abu Dhabi has performed the UAE’s first robotic-assisted knee replacement surgery.
- The procedure uses advanced robotics to improve surgical precision and patient recovery.
Key Facts:
- The robotic system removes only the necessary bone while keeping natural bone and ligaments intact.
- Robot-assisted joint replacement is becoming the preferred method for knee and hip surgeries due to its accuracy and patient-specific approach.
Key Background:
The Zayed Military Hospital in Abu Dhabi has been able to carry out the first robotic-assisted knee replacement surgery in the UAE, which is a significant milestone in medical care in the country. This accomplishment indicates that the hospital has tried to adopt the latest technology to enhance patient care and the accuracy of the surgeries performed.
The innovative procedure was carried out under the careful supervision of the hospital’s experienced surgical team. The system uses highly developed robotics to interpret patient data and 3D CT scans and then uses this data to develop a personalised surgical plan. During the surgery, the robotic arm helps the surgeon, making the procedure more accurate and reducing mistakes.
This success shows the hospital’s commitment to giving top-quality care to Ministry of Defense personnel and their families. Robot-assisted knee and hip surgeries are becoming more common because they are more accurate and tailored to each patient.
Surgeons are now able to visualize a live 3D map of the joint using the state-of-the-art robotic technology to determine the optimal position to place implants. The system removes only the bone that is needed while keeping the natural bone and ligaments, helping patients recover faster and move better. This is much better than older methods that used long rods and fixed templates for implants.
Experts say this technology improves surgery results and shows that the UAE is leading in advanced healthcare. The surgeries become less invasive, more accurate, and personalized, making them safer and more effective.
