Exploration of the Treatment Strategy for Spleen Deficiency with Phlegm-Dampness Obesity Using Catgut Embedding Combined with Cangfu Daotan Decoction Based on the “Circulation of Primordial Qi, Earth as Pivot and Four Phenomena” Theory
DOI:
https://doi.org/10.53469/jcmp.2025.07(07).10Keywords:
Primordial Qi Circulation, Earth as Pivot Governing Four Phenomena, Cangfu Daotan Decoction, Obesity, Catgut EmbeddingAbstract
This study explores the treatment strategy for spleen deficiency with phlegm-dampness obesity using catgut embedding combined with Cangfu Daotan Decoction, grounded in Huang Yuanyu’s theory of “Primordial Qi Circulation, Earth as Pivot Governing Four Phenomena.” The theory conceptualizes the spleen-stomach as the pivotal axis for qi movement, with the liver, heart, lung, and kidney functioning as interconnected wheels. It elucidates the core pathogenesis: central earth (spleen-stomach) dysfunction disrupts the four phenomena, manifesting as phlegm-dampness accumulation from middle jiao qi stagnation, lipid-turbid retention due to earth obstruction and wood depression, fluid retention from phlegm obstructing lung collaterals, and impaired qi transformation caused by yang deficiency and water-cold. Treatment adheres to the principle of “regulating the center to harmonize the periphery” – employing Cangfu Daotan Decoction (Cangzhu-Baizhu fortify the central pivot; Xiangfu-Chaihu disperse liver constraint; Banxia-Fuling resolve phlegm-dampness; Rougui-Guizhi warm kidney yang) synergized with acupoint embedding at Zhongwan-CV12/Tianshu-ST25 (regulate qi ascent/descent), Ganshu-BL18/Qimen-LR14 (smooth liver-gallbladder qi), Feishu-BL13/Fenglong-ST40 (transform lung phlegm), and Shenshu-BL23/Mingmen-GV4 (activate kidney qi). This integrated approach externally activates the pivot through embedding and internally resolves phlegm-dampness via the decoction, collectively restoring earth-axis function, harmonizing the four phenomena, and achieving metabolic balance through “axis rotation, wheel circulation, phlegm elimination, and lipid dissolution.”
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Copyright (c) 2025 Xiaoyue Wang, Yuanyuan Ren

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