A research team from the Hong Kong University of Science and Technology has recently developed an innovative artificial intelligence medical imaging technology that reconstructs precise 3D bone models using only 1% of the X-ray images required for traditional CT scans, reducing patient radiation exposure by 99%. This technology has the potential to revolutionize medical imaging diagnostics.

Led by Professor Li Xiaomeng from the Department of Electronic and Computer Engineering, the team has created a new AI algorithm that generates 3D images in one minute using just 2-4 X-ray images, compared to 400-500 images needed for conventional CT scans. "Our technology is already assisting surgeons in preoperative planning," said Professor Li Xiaomeng. "The goal is to elevate accuracy beyond the current 97% level."

The technology offers multiple advantages: a 95%-99% reduction in radiation dose, imaging completion within one minute, and costs only 1/6 to 1/8 of a CT scan. Edmond Yau, founder of Kine3D Technology Company, noted: "This technology shortens implant design time from several days to 30 seconds while reducing costs by 50%-70%."

Orthopedic expert Dr. Xie Longfeng commented: "This technology is revolutionary for patients requiring frequent examinations, significantly reducing radiation risks while maintaining precision." The technology is currently undergoing validation in public hospitals and may expand to cardiac and pulmonary imaging in the future.