中医杂志2026，Vol.67Issue(17)：1809-1815,7.DOI:10.13288/j.11-2166/r.2026.17.001
整体力线观视域下阴阳平衡在人体结构与功能调控中的形体力学内涵与应用
The Biomechanical Implications and Applications of Yin-Yang Balance in Human Anatomy and Functional Regulation under the Perspective of Holistic Force-Line
摘要
Abstract
Drawing on recent advances in modern fascial anatomy and biomechanics,this paper interprets the biomechanical implications of yin-yang balance at the physical level from the perspective of holistic force lines.It posits that holistic force lines represent the functional expression of mechanical load transmission and integration within the myofascial network;the channel sinews system and myofascial chains exhibit significant similarities in terms of their distribution,functional attributes,and principles of holistic regulation,and can thus be understood as structural-functional carriers of yin-yang balance.Accordingly,this paper provides a biomechanical interpretation of the yin-yang relationship from four aspects,including interdependence,mutual restriction,dynamic balance through waxing and waning,and mutual transformation,proposing that in a healthy state,the body relies on the continuous integration,distribution,and readjustment of the myofascial tension network to maintain overall coordination,whereas disease states are often associated with compensatory transmission of local tension abnormalities along holistic force lines,the accumulation of imbalances,and structural rigidity.The holistic force-line perspective provides a biome-chanical explanatory framework for the theory of yin-yang balance and offers a new theoretical basis for clinical diagno-sis and treatment to shift from empirical holistic balancing toward holistic force-line balancing based on posture,func-tion,and tension transmission pathways.关键词
阴阳平衡/整体力线观/经筋/肌筋膜链/形体力学Key words
balance of yin and yang/holistic force-line perspective/channel sinews/myofascial chain/biomechanics引用本文复制引用
许家俊,吴萌,周道鹏,王蕊,滕金艳,李志刚..整体力线观视域下阴阳平衡在人体结构与功能调控中的形体力学内涵与应用[J].中医杂志,2026,67(17):1809-1815,7.基金项目
国家重点研发计划(2023YFC3502703) （2023YFC3502703）
湖北省自然科学基金创新发展联合基金项目(2024AFD271、2023AFD159) （2024AFD271、2023AFD159）
湖北省时珍人才工程科研项目(鄂卫函[2024]256号) （鄂卫函[2024]256号）
