Lymans'kyĭ Iu P, Kolbun M D
Fiziol Zh (1994). 2004;50(3):92-102.
Proofs of existence in organism of two systems of nociceptive stimuli reception are submitted. The first system belongs to the neuro-endocrine system which forms painful reactions, the second one is connected with "alive matrix"--uniform system of the connective tissue which connects an environment through acupuncture points with intercellular space, and also with intracellular structures of each cell. "Alive matrix" carries out the information management of physiological processes and participates in electromagnetoreception, supervising electromagnetic parameters of an organism--"electromagnetic homeostasis". Acupuncture points carry out the role of electromagnetoreceptors. The layers of interstitial connective tissue, meridians, perform the balancing of a uniform physical field of an organism and transfer the information about its disturbances. The system of electromagnetoreception supervises the shifts in electromagnetic homeostasis of the organism. Damaging factors, physical and chemical changes in the pathological loci and fluctuations of a geomagnetic fields change a uniform physical field of an organism and initiate the compensatory responses of neuro-endocrine system. The information-wave hypothesis of a pain adequately explains effective treatment of illnesses by low intensive electromagnetic fields. The recognition of electromagnetic sensory system allows to explain the mechanism of their high medical efficiency in therapy of a pain and opens a way of new strategy, where instead of pharmacology (with its side action) safe technologies of information-wave therapy are used.
文中提出了关于机体中存在两种伤害性刺激接收系统的证据。第一种系统属于形成疼痛反应的神经内分泌系统,第二种系统与“活性基质”相关——这是一种结缔组织的统一系统,它通过穴位将外部环境与细胞间隙相连,同时还与每个细胞的细胞内结构相连。“活性基质”对生理过程进行信息管理,并参与电磁感应,监测机体的电磁参数——“电磁稳态”。穴位起到电磁感受器的作用。间质结缔组织层,即经络,平衡机体的统一物理场并传递有关其紊乱的信息。电磁感应系统监测机体电磁稳态的变化。损伤因素、病理部位的物理和化学变化以及地磁场的波动会改变机体的统一物理场,并引发神经内分泌系统的代偿反应。疼痛的信息波假说是对低强度电磁场有效治疗疾病的充分解释。对电磁感觉系统的认识有助于解释它们在疼痛治疗中具有高医疗效率的机制,并开辟了一种新策略,即使用信息波治疗的安全技术,而不是药理学(存在副作用)。