Langevin Helene M
National Center for Complementary and Integrative Health, Bethesda, MD, USA.
Med Acupunct. 2025 Jun 11;37(3):182-185. doi: 10.1089/acu.2024.0138. eCollection 2025 Jun.
Although acupuncture points (acupoints) have been used for thousands of years, their exact biological basis remains uncertain. This knowledge gap has hindered both acupuncture research and the integration of acupuncture into clinical care.
In response to a consensus in the scientific community about the need for an open-access database where researchers can deposit, share, and compare anatomical and physiological data associated with acupoints, the National Center for Complementary and Integrative Health has funded a project to develop such a database, the Topological Atlas and Repository for Acupoint Research (TARA).
TARA will enable researchers to synthesize different types of data to develop a comprehensive understanding of acupoints and help elucidate the mechanisms of acupuncture. For example, one area of research that may benefit from this resource is the developing concept that stimulating points on the surface of the body may have physiological effects through the interstitium-the connective tissue between fascial layers-in addition to effects through pathways within the nervous system.
尽管穴位已被使用了数千年,但其确切的生物学基础仍不明确。这一知识空白阻碍了针灸研究以及针灸在临床护理中的整合。
为响应科学界关于需要一个开放获取数据库的共识,研究人员可以在该数据库中存储、共享和比较与穴位相关的解剖学和生理学数据,美国国立补充与综合健康中心资助了一个项目来开发这样一个数据库,即穴位研究拓扑图谱与知识库(TARA)。
TARA将使研究人员能够综合不同类型的数据,以全面了解穴位,并有助于阐明针灸的机制。例如,一个可能从该资源中受益的研究领域是,正在形成的一种概念,即刺激身体表面的穴位除了通过神经系统内的通路产生作用外,还可能通过间质(筋膜层之间的结缔组织)产生生理效应。