基于君相二火理论辨治卵巢内分泌代谢综合征排卵障碍

Diagnosis and Treatment of Ovulatory Dysfunction in Polyendocrine Metabolic Ovarian Syndrome Based on the Theory of Monarch Fire and Minister Fire

  • 摘要: 谈勇教授基于《黄帝内经》君相二火理论,结合长期辨治卵巢内分泌代谢综合征(PMOS)的临床实践,提出君火不宁是PMOS排卵障碍发病的始动病机,病初多为实火扰动;病久则君相互扰,相火妄动,耗伤真阴,以致虚火内扰。治疗应紧扣经后期、经间期的节律特点,以清心宁君火、滋肾潜相火为核心治法,佐以健脾调中,调和心肾、平复君相之火,从而改善卵泡发育、恢复正常排卵。该观点阐明了君火与相火、心火与肾水之间的阴阳互济、动静相制关系,也拓展了对小卵泡排卵、卵泡排出障碍等不同类型排卵障碍的病机认识,为从心肾论治本病提供了理论依据。

     

    Abstract: Professor Tan Yong, based on the theory of monarch fire and minister fire in The yellow emperor’s inner classic and her extensive clinical experience, proposes that disturbance of monarch fire constitutes one of the critical pathogeneses of ovulatory dysfunction in polyendocrine metabolic ovarian syndrome (PMOS). In the early stage of the disease, the condition is predominantly caused by excess fire disturbance; after prolonged illness, the interaction between monarch fire and minister fire leads to reckless movement of minister fire and consumption of genuine yin, resulting in internal disturbance of deficiency fire. Treatment should align closely with the rhythmic characteristics of the post-menstrual and inter-menstrual phases. The core therapeutic strategy involves clearing the heart to calm the monarch fire and nourishing the kidney to subdue the minister fire, supplemented by strengthening the spleen and regulating the middle burner, harmonizing the heart and kidney, and calming the monarch fire and minister fire, thereby improving follicular development and restoring normal ovulation. This perspective elucidates the relationships of mutual aid (yin-yang interdependence) and mutual restraint (dynamic balance) between monarch fire and minister fire, as well as between heart fire and kidney water. It also broadens the understanding of the pathogenesis underlying various types of ovulatory dysfunction, such as ovulation from small follicles and follicle discharge failure, thereby providing a theoretical basis for treating this condition by addressing the heart and kidney.

     

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