Egypt adopts advanced CUSA technology for precise neurosurgery in Luxor

Egypt's General Authority for Healthcare is spearheading the integration of cutting-edge medical technologies within its comprehensive insurance system, aiming to bring advanced treatments closer to citizens. Dr. Ahmed El-Sobky, the authority's chairman, announced that the successful performance of the first precise surgery using "CUSA" technology at the Luxor International Medical Complex marks a significant step in this strategy.

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The success of the first precise surgery using CUSA technology at the Luxor International Medical Complex represents a new step in implementing the authority's strategy to localize the latest medical technologies within the governorates of the comprehensive health insurance system, ensuring the availability of highly specialized treatment services for citizens near their place of residence, without the need to travel or bear the costs of treatment outside the system.

This move ensures that highly specialized medical services are accessible to citizens near their homes, reducing the need for travel and external treatment costs. Dr. El-Sobky highlighted that the introduction of CUSA technology in neurosurgery reflects the authority's commitment to staying abreast of scientific advancements. The technology utilizes high-frequency ultrasound waves to selectively break down tumor tissues while simultaneously suctioning them.

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The introduction of CUSA technology in neurosurgery reflects the authority's keenness to keep pace with the latest scientific advancements in precise surgeries. The technology relies on high-frequency ultrasound waves to selectively break down tumor tissues while simultaneously suctioning them, while largely preserving blood vessels and healthy nerve structures.

This method significantly preserves blood vessels and healthy nerve structures, offering surgeons greater precision in removing brain tumors, especially deep-seated ones or those near critical functional areas. It also minimizes blood loss, reduces neurological complications, and enhances safety, recovery rates, and quality of life post-surgery.

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This provides the surgeon with greater precision in removing brain tumors, especially deep-seated tumors or those close to sensitive functional centers, reduces blood loss and neurological complications, and raises safety rates, recovery opportunities, and quality of life after surgery.

The implementation of this technology is part of a broader effort to build an integrated neurosurgery system in Luxor. Hospitals within the authority in the governorate have already performed over 3,000 neurosurgery operations using the latest techniques, demonstrating the high level of expertise among medical staff. The Luxor International Medical Complex itself has become a major specialized medical center in Upper Egypt, boasting over 300 beds, 11 state-of-the-art operating rooms, 57 intensive care beds, and advanced diagnostic and treatment services, having provided over 1.5 million medical services.

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The development of this technology comes as an extension of the authority's efforts to build an integrated neurosurgery system within the Luxor Governorate. Our hospitals in the governorate have performed more than 3,000 neurosurgery operations using the latest technologies, reflecting the efficiency and experience of the medical staff and their ability to perform the most precise surgical interventions according to the latest international protocols.