[Some indicators of nervous system function in people exposed to harmful conditions of the Chernobyl accident].

Fiziologicheskiĭ zhurnal Pub Date : 1993-09-01
E A Vashchenko
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Abstract

Clinico-neurophysiological study of the functional state of the nervous system was performed for persons who participated in elimination of the Chernobyl accident consequences in 1986, as well as for persons working in the 30 km zone. Mean age of the persons was 41. Vegetative dystonia syndrome was diagnosticated in 50% of examined subjects. The increased perception and pain thresholds, as well as the thresholds' asymmetry were determined in 30% of patients. The conduction velocity of sensory and motor nerves, as well as the neuromuscular transmission were normal. No substantial changes in parameters of the soleus H- and M-responses were detected. A decreased amplitude and increased latency of the evoked skin sympathetic potential were found indicating a decreased tone of the adrenergic sympathetic vasoconstrictors and cholinergic sudomotor fibres, that may be one of the pathogenic mechanisms of the sensory, vegetotrophovascular disorders for these subjects. Decreased activity of the sympathetic autonomic system causes permanent course of the vegetative dystonia syndrome and more seldom the parasympathetic autonomic paroxysms. A decreased tone of the sympathetic autonomic system may be due to the monoaminergic neuromediation inhibition (decreased noradrenaline and dopamine excretion for the same subjects), that can induce psychoemotional disorders, depression and sleep-wakeness cycle disorders.

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[暴露在切尔诺贝利事故有害条件下的人的神经系统功能的一些指标]。
对1986年参与消除切尔诺贝利事故后果的人员以及在30公里区域工作的人员进行了神经系统功能状态的临床神经生理学研究。患者平均年龄41岁。50%的受试者被诊断为植物性肌张力障碍综合征。30%的患者感知和疼痛阈值增加,阈值不对称。感觉神经和运动神经的传导速度及神经肌肉传递正常。比目鱼H-和m -反应参数未见实质性变化。诱发的皮肤交感电位的振幅下降和潜伏期增加表明肾上腺素能交感血管收缩剂和胆碱能强心性纤维的张力下降,这可能是这些受试者感觉、营养血管疾病的致病机制之一。交感自主神经系统活动的减少引起植物性肌张力障碍综合征的永久性病程,而副交感自主神经发作则较为罕见。交感自主神经系统张力下降可能是由于单胺能神经介导抑制(同一受试者去甲肾上腺素和多巴胺分泌减少),可诱发精神情绪障碍、抑郁和睡眠-觉醒周期障碍。
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