Walichnowski W, Kowalski W, Bulski W
Polish Air Force Institute of Aviation Medicine, Warsaw, Poland.
J Gravit Physiol. 1996 Sep;3(2):103-4.
The effect of respiratory activity on cardiovascular system during the exposure to +Gz acceleration was studied. For simultaneous, beat to beat evaluation of central and global cerebral blood flow, the system based on modified impedance cardiography method was used. The mechanism of modulation of the central and peripheral (cerebral) venous pressures and blood flow by intrathoracic pressure changes, has been shown. The data obtained from these studies suggest that reconsideration of the respiration technique during Anti-GSM seems indispensable.
研究了暴露于+Gz加速度期间呼吸活动对心血管系统的影响。为了同时逐搏评估中枢和全脑血流量,采用了基于改良阻抗心动图法的系统。已经表明了胸腔内压力变化对中枢和外周(脑)静脉压力及血流的调节机制。从这些研究中获得的数据表明,在抗重力服(Anti-GSM)使用期间重新考虑呼吸技术似乎是必不可少的。