publish time

18/07/2024

author name Arab Times

publish time

18/07/2024

Mubarak Al-Kabeer Hospital team performs breakthrough surgery for aortic aneurysm.

KUWAIT CITY, July 18: Mubarak Al-Kabeer Hospital has marked a significant medical breakthrough with the successful performance of the Middle East's inaugural surgery to repair a thoracic aortic arch aneurysm using a modified stent implanted via catheterization. Led by Dr. Abdullah Al-Fawaz, the hospital's vascular surgery and catheterization team accomplished this pioneering feat, heralding a new era in advanced medical procedures within Kuwait.

In a press statement released Thursday, the hospital highlighted the innovative technology that custom-modified the stent to fit the patient's specific arterial size and branches. This approach, deemed safer than traditional methods involving expensive, custom-designed stents with intricate blood vessel pathways to the brain, significantly reduces the risk of postoperative stroke.

The patient, initially diagnosed with a challenging aortic arch aneurysm, typically necessitating major open surgery and temporary circulatory cessation, benefited from a tailored treatment plan due to their health condition and anatomical constraints. The procedure, conducted under local anesthesia, proceeded without complications, allowing the patient to be discharged the following day. Dr. Al-Fawaz emphasized the critical role of precise planning, technical expertise, and interdisciplinary collaboration between vascular surgery and interventional radiology in achieving this successful outcome.

Acknowledging the pivotal support from the Ministry of Health in equipping the hospital with cutting-edge technologies, Dr. Al-Fawaz underscored Mubarak Al-Kabeer Hospital's elevation as a leading center for specialized medical care, particularly in the field of aortic aneurysm treatment. The integration of expertise and advanced medical capabilities underscores Kuwait's commitment to advancing healthcare standards and offering innovative solutions to complex medical conditions.