Zhurakovskaia G P, Petin V G
Tsitologiia. 1988 Oct;30(10):1276-80.
In experiments with wild-type diploid yeast cells of Saccharomyces cerevisiae it was shown that the definite temperature interval revealed the synergistic effect under simultaneous action of UV radiation and hyperthermia. The correlation between the degree of synergistic interaction and UV light intensity and irradiation temperature was estimated: the temperature interval synergistically enhancing the UV light effect was shifted towards higher temperatures as the UV light intensity was increasing, the optimal temperature to achieve the most synergistic effect existing for every intensity examined.
在对酿酒酵母野生型二倍体细胞进行的实验中发现,在紫外线辐射和热疗同时作用下,特定温度区间会显现出协同效应。对协同相互作用程度与紫外线强度和辐照温度之间的相关性进行了评估:随着紫外线强度增加,协同增强紫外线效应的温度区间会向更高温度偏移,对于所检测的每种强度,都存在实现最大协同效应的最佳温度。