南京农业大学陈秋生教授团队:关于针灸现代生物学机制的系列突破性研究

从形态网络构建到机械信号感知，从多模型功能验证到“力–免疫调控轴”的解析，陈秋生教授团队以系统性、全链条的研究，为经络“穴位–脏腑相关”经典理论绘制了多层次、可视化的细胞生物学图谱。更值得期待的是，团队近期在筋膜组织中发现了远细胞纠缠复合体（TEC）：远细胞与穴位其他成分（包括神经、血管、免疫细胞和/或胶原纤维束）相互缠绕，形成复合结构单元，并依托缝隙连接与隧道纳米管形成微型力学枢纽，可高效感知并放大多方向张力信号，为深入解析中医“整体观”理念、针刺“得气”与循经感传的本质，提供了更为精细的结构基础。上述研究成果充分印证，经络的物质基础并非单一细胞的独立作用，而是多细胞、多结构、多层级协同整合形成的动态联络网络。

陈秋生教授团队的持续探索，既为古老经络学说赋予了现代科学内涵，也开辟了从细胞与微观组织层面解码针灸效应的新方向，为现代针灸理论创新与学科国际化发展夯实了生物学基础。

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编辑：钟佳

审校：陈秋生

排版：承雪婷