Differentiation and treatment of dysentery according to seasonal conditions based on the theory of "spleen and stomach serving as the foundation of acquired constitution"
|更新时间:2026-04-08
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Differentiation and treatment of dysentery according to seasonal conditions based on the theory of "spleen and stomach serving as the foundation of acquired constitution"
Beijing Journal of Traditional Chinese MedicineVol. 45, Issue 2, Pages: 258-261(2026)
LI Lingling,LIU Yexuan,WU Tianxin,et al.Differentiation and treatment of dysentery according to seasonal conditions based on the theory of "spleen and stomach serving as the foundation of acquired constitution"[J]. Beijing Journal of Traditional Chinese Medicine,2026,45(02):258-261.
LI Lingling,LIU Yexuan,WU Tianxin,et al.Differentiation and treatment of dysentery according to seasonal conditions based on the theory of "spleen and stomach serving as the foundation of acquired constitution"[J]. Beijing Journal of Traditional Chinese Medicine,2026,45(02):258-261. DOI: 10.16025/j.1674-1307.2026.02.021.
Differentiation and treatment of dysentery according to seasonal conditions based on the theory of "spleen and stomach serving as the foundation of acquired constitution"
In traditional Chinese medicine (TCM), dysentery is located in the intestines and is closely related to the spleen, stomach, and intestines. Dampness-heat in the spleen and stomach is regarded as the key pathogenesis of dysentery and runs throughout the course of the disease. Based on the theory that "spleen and stomach serving as the foundation of acquired constitution", treatment follows the principle of clearing dampness-heat and restoring the spleen's transportive function, with prescriptions selected according to seasonal conditions. In spring and summer,
Shaoyao Bopi Pills
are used to clear dampness-heat, regulate
qi
, harmonize blood, and arrest dysentery; in autumn and winter,
Xianglian Pills
are used to clear heat, eliminate dampness, warm the middle, promote
qi
movement, and relieve pain. This approach aims to provide new insights for the clinical treatment of dysentery.