Biophysics Pub Date : 2021-03-11 , DOI: 10.1134/s0006350920060147 S. S. Parshina , S. N. Samsonov , T. N. Afanasyeva , P. G. Petrova , A. A. Strekalovsky , V. D. Petrova , A. I. Kodochigova , K. V. Komzin , L. K. Tokaeva
The principles of multi-latitude monitoring of Heliomed-2 for obtaining new data on the impact of space weather on human health are described. The results of synchronous monitoring of responses of the cardiovascular system and psychoemotional state of healthy volunteers to changes in geomagnetic disturbances at high (Tiksi village and Yakutsk) and middle (Saratov) latitudes are presented. In all the examined groups, the effect of synchronization of the processes of repolarization of the ventricular myocardium (according to the coefficient of symmetry of the T wave of the electrocardiogram) and geomagnetic disturbances, as well as synchronization of reactive anxiety and geomagnetic disturbances was revealed. It was found that the group cardiac sensitivity and psychological sensitivity to geomagnetic disturbances coincide regardless of the latitude of residence in the same group of volunteers.
中文翻译:
心血管系统对不同纬度地磁干扰的响应特征
描述了Heliomed-2的多纬度监测原理,以获取有关太空天气对人类健康影响的新数据。提出了同步监测健康志愿者对高纬度(Tiksi村和雅库茨克)和中纬度(萨拉托夫)地磁干扰变化的健康志愿者的心血管系统反应和心理情绪状态的结果。在所有检查的组中,揭示了心室心肌复极化过程同步(根据心电图T波的对称系数)和地磁干扰以及反应性焦虑和地磁干扰同步的影响。 。