Hall C A, McRee D I, Galvin M J, White N B, Thaxton J P, Christensen V L
Bioelectromagnetics. 1983;4(1):43-54. doi: 10.1002/bem.2250040105.
Turkey sperm were exposed to 2.45-GHz microwave radiation in a temperature-controlled wave-guide apparatus. Temperature was maintained at either 25 or 40.5 degrees C. The sperm were exposed for 30 min at a specific absorption rate (SAR) of 10 or 50 mW/g. Following irradiation, the sperm were used to inseminate virgin turkey hens artificially. During the 9 weeks following the single insemination, the following were assessed: mean number of eggs, percentage of fertile eggs, rate of decrease in egg fertility, percentage of hatched eggs, and percentage of early and late deaths. These data demonstrate that, for the conditions used in these experiments, microwave radiation has no effect on the fertilizing capacity of turkey sperm.
将火鸡精子置于温度可控的波导装置中,使其暴露于2.45吉赫兹的微波辐射下。温度保持在25或40.5摄氏度。精子在比吸收率(SAR)为10或50毫瓦/克的条件下暴露30分钟。辐照后,用这些精子对未交配的火鸡母鸡进行人工授精。在单次授精后的9周内,评估以下指标:平均产蛋数、受精蛋百分比、蛋受精率下降速率、孵化蛋百分比以及早期和晚期死亡率。这些数据表明,在这些实验所采用的条件下,微波辐射对火鸡精子的受精能力没有影响。