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About
Wanru Fei is a researcher at the forefront of robot-assisted biomedical fabrication, with a primary focus on stereotactic biological printing and surgical trajectory planning. Her most-cited work, "Simulation Analysis of Trajectory Planning for Robot-Assisted Stereotactically Biological Printing" (2019), introduces a computational framework that optimizes robotic arm movements for precise, minimally invasive deposition of biological materials—a critical step toward personalized tissue engineering and targeted cell therapy. By integrating kinematic modeling with stereotactic constraints, Fei’s research addresses the challenge of delivering living constructs to deep, anatomically complex sites while minimizing tissue damage. Though her citation count is modest, her contributions are foundational to an emerging niche where robotics meets regenerative medicine, offering a blueprint for automating complex surgical-bioprinting workflows. Fei’s work exemplifies how simulation-driven design can bridge the gap between robotic precision and biological viability, paving the way for next-generation intraoperative bioprinting systems. Her research is particularly valuable for students and engineers exploring the intersection of medical robotics, control systems, and tissue engineering—a field where even early-stage simulations can have profound implications for future clinical translation.
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