Guanghong Ding

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About

Guanghong Ding is a leading researcher in acupuncture neuroscience, with a primary focus on the mechanistic basis of acupuncture-induced analgesia. His work bridges traditional Chinese medicine with rigorous biomedical investigation, particularly exploring how physical parameters of acupuncture—such as lifting-thrusting frequency and amplitude—influence pain relief. In his highly cited 2024 study, Ding employed robot-arm-aided acupuncture on acute adjuvant arthritis (AA) rat models to demonstrate that acupuncture intensity directly correlates with analgesic effects, mediated through mast cell degranulation. This research provides critical evidence for standardizing acupuncture protocols and understanding its neuroimmune mechanisms. With over 5 citations on this single paper, Ding’s contributions are shaping the future of precision acupuncture therapy. His innovative use of robotic technology to control needling variables represents a methodological breakthrough, allowing for reproducible, quantifiable studies in an often-subjective field. Ding’s work not only advances fundamental knowledge of acupuncture’s biological effects but also holds promise for developing more effective, evidence-based pain management strategies.