Antipov V V, L'vova T S
Kosm Biol Aviakosm Med. 1978 May-Jun;12(3):48-56.
The effect of vibration on the development and outcome of radiation injury was studied and the efficacy of pharmacochemical and local protection was measured. The biological effect of the combined exposure was estimated by radiobiological and hematological methods. The animals were exposed to vibration with a frequency of 70, 700, 1500 Hz (during single and repeated exposures) and irradiation with X-rays, gamma-rays and protons at different doses. Vibration may exert a significant effect on the development and outcome of radiation injury of animals. The effect was that this factor was capable either of increasing or decreasing responses of the animal body to ionizing radiation. The direction and level of changes depended on the pattern and force of stimulation, time and sequence of action of factors, etc. The lymph tissue showed high sensitivity to vibration. The findings indicate that vibration may both enhance and diminish the efficacy of antiradiation pharmacochemical drugs.
研究了振动对辐射损伤发展及结果的影响，并测定了药物化学和局部防护的效果。通过放射生物学和血液学方法评估联合暴露的生物学效应。使动物暴露于频率为70、700、1500赫兹的振动（单次和重复暴露期间），并用不同剂量的X射线、γ射线和质子进行照射。振动可能对动物辐射损伤的发展及结果产生显著影响。其影响在于该因素能够增强或降低动物机体对电离辐射的反应。变化的方向和程度取决于刺激的模式和强度、因素作用的时间和顺序等。淋巴组织对振动表现出高度敏感性。研究结果表明，振动可能增强也可能降低抗辐射药物化学药物的效果。
