Shipov A A, Tabakova L A
Kosm Biol Aviakosm Med. 1982 Nov-Dec;16(6):45-8.
The vestibular nystagmus of rats flown for 18.5 days on Cosmos-1129 was examined with reference to the latent period, number of beats, duration and the average velocity. The nystagmus was elicited by increasing angular acceleration of 10, 20, 30 degrees/sec2. As compared to the controls, the flown animals showed a significant inhibition of the nystagmic reaction (P less than less than 0.001). The inhibition can be attributed to the desynchronosis which developed inflight.
对在“宇宙-1129”号上飞行18.5天的大鼠的前庭眼震,参照潜伏期、跳动次数、持续时间和平均速度进行了检查。通过以10、20、30度/秒²的角加速度增加来诱发眼震。与对照组相比,飞行后的动物眼震反应受到显著抑制(P远小于0.001)。这种抑制可归因于飞行中出现的失同步。