Yanzhen Wu

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About

Yanzhen Wu is a pioneering researcher in the field of soft robotics and biomedical sensing, with a focus on developing advanced materials and systems for minimally invasive surgical applications. Her key research areas include flexible catheter design, nanocomposite strain sensors, and pneumatic actuation for pulmonary surgery robots. Wu's major contribution lies in her innovative integration of carbon black nanocomposite strain sensors with pneumatic-driven flexible catheters, enabling precise real-time monitoring of bending angles during surgical procedures. Her most-cited work, published in 2024, demonstrates a groundbreaking 4 mm catheter capable of achieving bending angles up to 65°, coupled with a strain sensor that boasts a minimum detectable strain of 0.44% and a rapid response time of 0.5 seconds. This achievement significantly enhances the accuracy of bending angle prediction by correcting calculations based on strain data, addressing a critical challenge in robotic-assisted pulmonary surgery. With 3 citations to her name, Wu's work is gaining recognition for its potential to improve patient outcomes through more precise and responsive surgical tools. Her research represents a vital step toward safer, more effective robotic interventions in delicate lung procedures.