Lin Yu-Yi, Yao Tao-Tao, Zheng Liang, Hong Xu-Bo, Xu Dang-Han
Rehabilitation Center, First Affiliated Hospital of Guangzhou University of Chinese Medicine, Guangzhou 510405, China.
Zhen Ci Yan Jiu. 2020 Jun 25;45(6):513-6. doi: 10.13702/j.1000-0607.190033.
The therapeutic effect of acupuncture is often closely related to the improvement of microcirculation. Acupuncture stimulation can adjust pathophysiological changes of microcirculation in the human body through multiple ways, multiple links and multiple levels, healing disorders at last. Laser speckle contrast imaging (LSCI), an emerging technology, can be used to study the effect of acupuncture on microcirculation. In this paper, retrieving the related literature published in recent years, we found that LSCI technology has already been applied to the following aspects 1) acupoint-viscera and microcirculation, 2) stimulation-induced transmission of sensations along the meridian and microcirculation, 3) non-meridians or non-acupoints and microcirculation, 4) specific acupoints and microcirculation, as well as 5) different acupuncture needle manipulations and microcirculation. However, most of the studies focused on animal experiments and healthy subjects, observing microcirculatory effects under normal physiological conditions, and the sample size of participants was smaller. In the future, we highly recommend that increasing the sample size and further studying the local microcirculation are necessary in the pathological state of diseases.
针刺疗法的疗效往往与微循环的改善密切相关。针刺刺激可通过多种途径、多个环节和多个层面调节人体微循环的病理生理变化,最终治愈紊乱。激光散斑对比成像(LSCI)作为一种新兴技术,可用于研究针刺对微循环的影响。通过检索近年来发表的相关文献,我们发现LSCI技术已应用于以下几个方面:1)穴位-脏腑与微循环;2)刺激引起的经络感传与微循环;3)非经络或非穴位与微循环;4)特定穴位与微循环;5)不同针刺手法与微循环。然而,大多数研究集中在动物实验和健康受试者身上,观察正常生理条件下的微循环效应,且参与研究的样本量较小。未来,我们强烈建议在疾病的病理状态下增加样本量并进一步研究局部微循环。