Vasileva-Todorova L
Probl Khig. 1985;10:44-51.
Bearing in mind the complexity of the radiation factor in industrial conditions the aim of work was to investigate the immunological reactivity in the conditions of glass production. The following methods were used: bactericide properties of skin, quantity of deep microflora of the skin, lysosome activity of the saliva, phagocytic activity of neutrophils in blood, bactericide properties of serum and serum complement. A decrease in the immunological reactivity of the organism was established which was most strongly expressed in relation to the bactericide properties of the skin, lysosome activity of the saliva and the phagocyte activity of the neutrophils in blood.
考虑到工业环境中辐射因素的复杂性，本研究的目的是调查玻璃生产环境中的免疫反应性。采用了以下方法：皮肤的杀菌特性、皮肤深层微生物数量、唾液的溶酶体活性、血液中中性粒细胞的吞噬活性、血清的杀菌特性和血清补体。研究发现机体的免疫反应性降低，这在皮肤的杀菌特性、唾液的溶酶体活性和血液中中性粒细胞的吞噬活性方面表现得最为明显。
