[Contribution to bioelectrical properties research of areas with acupuncture].

Author: Filimon DV, Zaharia D, Ciochină AD, Stratulat S, Stratone A.
Affiliation: Spitalul Judeţean de Urgenţe Piatra Neamţ, Doctorand al Universităţii de Medicină Si Farmacie Gr.T. Popa Iaşi.
Conference/Journal: Rev Med Chir Soc Med Nat Iasi.
Date published: 2010 Jul-Sep
Other: Volume ID: 114 , Issue ID: 3 , Pages: 928-36 , Special Notes: [Article in Romanian] , Word Count: 282


The research has as a goal the investigation of the bioelectrical behaviour of the acupunctural areas in order to obtain a scientific substantiation of the correspondence between the extreme--eastern medical tradition and the academical medicine. It is obvious that the Chinese traditional medicine knows a certain mechanism of ensurance of homeostasis of the organisms, a mechanism represented, according to the Chinese medical tradition, by the net of acupuncture points and meridians. The experimental data presented in this paper lead to the discovery of the fact that this net works as the fourth system of integration, the electrical--regulator one. The maintenance of the internal homeostasis of the superior organisms and their adaptation to the environment is ensured by the neuro-endocrine and circulatory systems through a mechanism described by Selye under the name of the Uncertain General Syndrome of Adaptation represented by the hypothalamo-hypophyso-corticoadrenal axis. The evolution of these systems and of their mechanisms can be supervised on the basis of the cortisole concentration. The research emphasized the direct proportionality between the cortisone levels and the variation of the electrical values of the acupuncture points, a fact that demonstrates the involvement of the net of acupuncture points and meridians in the maintenance processes of the homeostasis, control, adjustment and adaptation of the living organisms. Additionally, the analysis of the bioelectrical behavior of the acupuncture areas led to the conclusion that the morpho-functional substrate of this net is the conjunctive tissue. The physical-chemical properties of the interstitial connective tissue assures its working as an electro-regulator system on one side and as a harmonization agent of the neuro-endocrine and circulatory systems on the other side, this aspect being to be developed in a future paper.

PMID: 21243824

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