China-India Medical Milestone: Wuhan Doctor Executes Remote Robotic Surgery 3,000 km Away

In a significant leap for cross-border medical collaboration, an Indian urologist operating from Wuhan, China, successfully performed a complex robotic surgery on a patient in Hyderabad, India. Dr. Syed Mohammed Ghouse, stationed in Wuhan, conducted a robot-assisted bladder reconnection surgery, demonstrating the power of advanced telemedicine and remote surgical capabilities.

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Indian urologist Dr. Syed Mohammed Ghouse, stationed in Wuhan, successfully performed a robot-assisted ureteral reimplantation in just 90 minutes on a patient 3,000 km away in Hyderabad, India--thanks to China-developed robotics and 5G technology. Life-saving care, transcending borders.

The groundbreaking procedure took approximately 90 minutes, leveraging sophisticated robotic systems developed in China and ultra-fast 5G network technology. This achievement was highlighted by Yu Jing, spokesperson for the Chinese Embassy in India, who praised the life-saving care that transcended geographical boundaries. The surgery involved coordination between doctors at Wuhan's Tongji Hospital and a medical team in Hyderabad, who administered anesthesia and managed the robotic instruments on-site.

Dr. Ghouse controlled the robotic arms remotely from Wuhan, viewing magnified 3D images and guiding the instruments with precision. The 5G network ensured near-instantaneous transmission of commands, with instructions reaching the surgical site within 200 milliseconds. Medical staff in Hyderabad remained on standby throughout the operation to provide immediate assistance if necessary.

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a new technological revolution driven by AI, 5G and 6G communications, and robot technology is deeply integrating with the healthcare industry.

This remote surgery was part of the 10th Congress of the Chinese Chapter of the International Hepato-Pancreato-Biliary Association, which featured 26 procedures, including five international remote surgeries involving specialists from various countries. Chen Xiaoping, director of surgery at Tongji Hospital, noted that this technological revolution, driven by AI, 5G, 6G, and robotics, is deeply integrating with the healthcare industry. This model not only leads global medical technological transformation but also supports China's "Healthy China 2030" goals by optimizing medical resource distribution.

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this model not only leads the global trend of medical technological transformation but also precisely aligns with the core goals of China's Healthy China 2030 initiative, which focuses on optimising the distribution of medical resources and promoting the downward flow of high-quality medical resources