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About

Wei Yao is an emerging researcher specializing in acupuncture science, biomechanics, and pain management, with a particular focus on uncovering the mechanistic underpinnings of acupuncture analgesia. His work sits at a compelling intersection of traditional Chinese medicine and modern biomedical engineering, employing rigorous experimental models to bring scientific precision to ancient therapeutic practices. Yao's most significant contributions center on systematically investigating how acupuncture stimulation parameters — including needle modification, lifting-thrusting frequency and amplitude, twisting parameters, and treatment duration — influence analgesic outcomes. A recurring theme across his research is the role of mast cell degranulation as a key mediator of acupuncture's pain-relieving effects, studied using adjuvant-induced arthritis rat models. His work has collectively garnered over 15 citations since 2024, a strong indicator of early-career impact in a specialized field. Perhaps most notably, Yao has pioneered the development of a robot arm-assisted acupuncture system capable of replicating manual needle manipulations with precise, quantifiable motion and force parameters — a landmark contribution toward standardizing acupuncture research methodology. This technological innovation positions his work as foundational for future reproducible, large-scale acupuncture studies.