Softova E, Zlateva M, Iankova T
Eksp Med Morfol. 1981;20(2):103-8.
The authors examined biochemically and histochemically the activity of alkaline phosphatase and adenosinetriphosphatase in lymph nodules of experimental animals, living under the conditions of continuous noise action (3 and 5 months) at a level of 95 decibels A for 3 hours daily in the morning. There were phase changes in the activity of the examined enzymes, which revealed considerable stability even after stopping the contact of the organism with noise factor. The manifested inhibition of the activity of alkaline phosphatase and partly of adenosinetriphosphatase suggested that the cells of lymph tissue revealed disturbances in the metabolic processes, which caused exhaustion of their protective function.
作者对实验动物的淋巴结进行了生物化学和组织化学检查，这些实验动物在连续噪声作用（3个月和5个月）的条件下生活，噪声水平为95分贝A，每天上午持续3小时。所检测酶的活性存在阶段性变化，即使在机体停止与噪声因素接触后，这些变化仍显示出相当的稳定性。碱性磷酸酶和部分三磷酸腺苷酶活性的明显抑制表明，淋巴组织细胞的代谢过程出现紊乱，导致其保护功能衰竭。
