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前言 持续性+Gz期间体液向足部移动,使我们考虑到脑血流量(CBF)降低后发生脑功能降低的可能性。本试验验证了持续性+Gz负荷作用时CBF和视觉诱发电位(VEPs)之间的关系。方法 给麻醉的Wistar鼠施加持续性高加速度(2或3+Gz惯性力1000s)。用一种激光组织多普勒流量计测量视觉皮质部
Preface Sustainability + Body fluid moves to the foot during Gz, allowing us to consider the possibility of reduced brain function following a decrease in cerebral blood flow (CBF). This experiment validates the relationship between CBF and visual evoked potentials (VEPs) at sustained + Gz loading. Methods Anesthetized Wistar rats were given sustained high acceleration (2 or 3 + Gz inertial force of 1000s). Visual Cortex Is Measured with a Laser Tissue Doppler Flowmeter