Surgical Robot Detects Prostate Cancer

Worcester Polytechnic biomedical engineer Haichong Zhang says his robot will be safer and more accurate than current tests.

Haichong “Kai” Zhang is developing a light-and-sound-based image-guided robotics system to detect and monitor prostate cancer.
Haichong “Kai” Zhang is developing a light-and-sound-based image-guided robotics system to detect and monitor prostate cancer.
Worcester Polytechnic Institute

WORCESTER, Mass. (AP) — Worcester Polytechnic Institute has received a five-year, nearly $1.9 million grant from the National Institutes of Health to develop a robotic system to detect and monitor prostate cancer.

Grant recipient Haichong Zhang, a biomedical engineer at the school, says his surgical imaging robot will be safer and more accurate than current tests, including ultrasounds and biopsies.

Zhang tells The Telegram & Gazette he wants to create a minimally invasive, easily accessible and cost-effective way to better detect prostate cancer, which will affect one-fifth of all men at some point in their lives.

Zhang is working on the project with Gregory Fischer, a professor of robotics and mechanical engineering at WPI.

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