从亚全能干细胞角度解读远古医学

发布时间：2018-05-04 05:03

本文选题：中医学 + 精气　；参考：《医学争鸣》2013年02期

【摘要】：本文围绕生命科学热点领域干细胞理论研究,以亚全能干细胞视角阐述了对远古医学之精气、阴阳五行学说和经络学说的认知,探索中西医学合璧、干细胞基础与临床研究,开辟疾病现代医疗的新思路。①干细胞与中医万物本原的精气在体内分布及功能上相似;②干细胞分化和自我更新是相辅相成的,处于中医学中的阴阳相济状态;③在体内亚全能干细胞参与五脏六腑组织损伤修复及功能重建,类似于中医阴阳五行学说的互根互生功能;④经络行走于结缔组织间,富集微小血管、淋巴组织网束,穴位在经络上汇集成神经组织区带,与体内功能细胞和组织液共同构建成生物信息网络通路,而亚全能干细胞是经络穴位上重要的效应细胞,循经感传实现机体内物质、能量和生命信息的转换和传递,定向迁移输入健康的干细胞母子以修复和更新病变组织;⑤亚全能干细胞存在于机体各组织发挥重要的免疫调控的调节作用,在病理环境中改善机体免疫调节平衡并促进损伤组织再生修复。
[Abstract]:Focusing on the research of stem cell theory in the hot field of life science, this paper expounds the cognition of the essence of ancient medicine, the theory of yin and yang five elements and the theory of meridian and meridian, and explores the combination of Chinese and western medicine, the basic and clinical research of stem cells from the perspective of sub-almighty stem cells. The differentiation and self-renewal of stem cells, which are similar in distribution and function in vivo, are complementary to each other and are in the state of Yin and Yang in traditional Chinese medicine. 3Subpotent stem cells are involved in the repair and functional reconstruction of organs and organs in vivo, which is similar to the theory of yin, yang and five elements of traditional Chinese medicine. It is similar to the theory of yin-yang and five elements that the meridians and collaterals walk between connective tissues and enrich small blood vessels and lymphoid tissue network bundles. Acupoints converge on the meridians to form a neural tissue zone, and together with functional cells and tissue fluids in the body to form a biological information network pathway, while subalpotent stem cells are important effector cells on the meridian acupoints, which transmit substances along the meridians to realize the body's internal substance. The transformation and transmission of energy and life information, the directional migration of healthy stem cells into mother and son to repair and renew the diseased tissue, the existence of sub-totipotent stem cells in various tissues of the body plays an important regulatory role in immune regulation. To improve the balance of immune regulation and promote the regeneration and repair of injured tissues in pathological environment.
【作者单位】：中国医学科学院基础医学研究所;中国医学科学院组织工程研究中心;
【基金】：“973”项目(2011CB964900) “863”项目(2011AA020100)
【分类号】：R329

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