Reply to Huang and Dong: Circuit insights unlock translational potential of peripheral electroacupuncture for epilepsy
This article, published in the Proceedings of the National Academy of Sciences (PNAS) in May 2026, serves as a formal academic reply to previous commentary by Huang and Dong. The authors focus on the mechanistic understanding of peripheral electroacupuncture as a therapeutic intervention for epilepsy. By highlighting recent advances in neural circuit insights, the text argues that these scientific breakthroughs significantly enhance the translational potential of electroacupuncture from traditional practice to evidence-based clinical application. The discussion likely addresses methodological concerns or theoretical gaps raised by Huang and Dong, reinforcing the validity of using peripheral nerve stimulation to modulate brain activity associated with seizure control. This correspondence underscores the growing intersection between neuroscience, traditional medicine, and modern clinical therapy, emphasizing the importance of precise circuit-level understanding in validating alternative treatments. The publication in a high-impact journal like PNAS indicates significant scientific interest in non-pharmacological interventions for neurological disorders, marking a step toward integrating electroacupuncture into mainstream medical frameworks through rigorous biological explanation.
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Reply to Huang and Dong: Circuit insights unlock translational potential of peripheral electroacupuncture for epilepsy
This article, published in the Proceedings of the National Academy of Sciences (PNAS) in May 2026, serves as a formal academic reply to previous commentary by Huang and Dong. The authors focus on the mechanistic understanding of peripheral electroacupuncture as a therapeutic intervention for epilepsy. By highlighting recent advances in neural circuit insights, the text argues that these scientific breakthroughs significantly enhance the translational potential of electroacupuncture from traditional practice to evidence-based clinical application. The discussion likely addresses methodological concerns or theoretical gaps raised by Huang and Dong, reinforcing the validity of using peripheral nerve stimulation to modulate brain activity associated with seizure control. This correspondence underscores the growing intersection between neuroscience, traditional medicine, and modern clinical therapy, emphasizing the importance of precise circuit-level understanding in validating alternative treatments. The publication in a high-impact journal like PNAS indicates significant scientific interest in non-pharmacological interventions for neurological disorders, marking a step toward integrating electroacupuncture into mainstream medical frameworks through rigorous biological explanation.
Proceedings of the National Academy of Sciences: Proceedings of the National Academy of Sciences: Table of Contents