Günther E
Andrologia. 1976;8(2):95-100.
Psychic stress is able to cause male infertility. Stieve found out aspermatogenesis in executed men. Cockett et al. immobilized 5 Macaca-Monkeys 15 to 40 days in capsule module under simulated space flight conditions and detected severe testicular degeneration. Carosi and Calabro reported about workers exposed to industrial noise over a period of years; the number of offspring was found to be much lower than in non exposed families. We examined the effect of noise on the fertility of 21 male guinea pigs. Sounding of 110 dB lasted 3-5 hours daily over a period of 22-31 days. Histological examination of the testicular tissue did not show any disorder of spermatogenesis. We believe that the negative result is attributed to failings in the test arrangement. Sounding only lasted for a maximum of 31 days. However, the duration of spermatogenesis in guinea pigs is about 40 days. Moreover the sounding maximum was only 5 hours per day, yet the time of recovery took 4-5 times longer every day. Consequently the daily short-term depression of the neuroendrocrinium affected the gonadotropine secretion in similarity to the daily biorhythmic variation. Therefore the expected inhibition of fertility by the neuroendrocrinic way could not be demonstrated. Our experiments also revealed another problem. In noise-exposed guinea pigs there was 8.2 per cent tubuli contorti without complete spermatogenesis. Moreover, in the control group even 9.9 per cent of the tubuli was found to be sperm-free. It is not clear why such a contrary reaction occurred. However, it is possible that hormonal stimulation increased temporarily as a result of noise stress. It should be noted that this effect has also been reported by Arguellis.
精神压力能够导致男性不育。施蒂夫在被处决的男性中发现了无精子症。科克特等人在模拟太空飞行条件下,将5只猕猴固定在太空舱模块中15至40天,检测到严重的睾丸退化。卡罗西和卡拉布罗报告了多年暴露于工业噪声中的工人情况;发现他们的后代数量比未暴露的家庭少得多。我们研究了噪声对21只雄性豚鼠生育能力的影响。每天以110分贝的声音持续3至5小时,持续22至31天。对睾丸组织进行组织学检查未发现精子发生有任何紊乱。我们认为阴性结果归因于实验安排的缺陷。发声仅持续了最多31天。然而,豚鼠精子发生的持续时间约为40天。此外,发声时间每天最多只有5小时,而恢复时间每天要长4至5倍。因此,神经内分泌系统每天的短期抑制与每日生物节律变化相似,影响了促性腺激素的分泌。因此,无法证明通过神经内分泌途径对生育能力的预期抑制作用。我们的实验还揭示了另一个问题。在暴露于噪声的豚鼠中,有8.2%的曲细精管没有完全的精子发生。此外,在对照组中甚至发现9.9%的曲细精管无精子。不清楚为什么会出现这种相反的反应。然而,有可能是噪声应激导致激素刺激暂时增加。应该指出的是,阿圭利斯也报告过这种效应。