Wanli Zuo

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About

Driven by the convergence of medical robotics and high-resolution imaging, Wanli Zuo’s research centers on developing MR-safe robotic systems for minimally invasive surgical interventions, with a particular focus on prostate procedures. Their most notable contribution is the design and validation of a pneumatic-driven, MRI-guided robot that enables precise needle placement for prostate biopsies within the challenging confines of an MRI scanner. This work, published in 2024 and already garnering 7 citations, demonstrates how pneumatic actuation can overcome the safety and compatibility constraints of magnetic environments, allowing for real-time image guidance without compromising patient safety or image quality. By integrating a needle guide directly onto the robot’s end-effector, Zuo’s system enhances the accuracy of tissue sampling, a critical step in prostate cancer diagnosis. This achievement not only showcases their expertise in mechatronics and MRI compatibility but also positions them at the forefront of translating robotic assistance into clinical practice, where their innovations promise to reduce procedural invasiveness and improve diagnostic outcomes.