The effectiveness of the use of Aminoseleferon-B with immunodeficiency in highly productive cows under conditions of technogenic environmental load

I. Shaposhnikov, V. Kotsarev, V. N. Skorikov
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Abstract

Highly productive animals, which are characterized by a more intense metabolism and regulation of the neurohumoral system, are more sensitive to a pool of adverse environmental conditions and can often be accompanied by metabolic disorders, a decrease in the immunobiological status of the macroorganism, reproductive function disorders and the development of pathological processes of various etiology and localization. The studies were carried out in the conditions of a large dairy complex in the Voronezh region located 25 km from a chemical plant for the production of mineral fertilizers: ammonia, ammonium nitrate, nitric acid. Its total emissions to the environment are 5316.5 tons per year, including 4480.3 tons of gases. Studies have been carried out to study the effectiveness of the use of Аminoseleferon-B to correct the immune status of highly productive cows in an immunodeficient state, under conditions of technogenic environmental stress. It was established that Аminoseleferon-B contributed to the activation of humoral and cellular links of nonspecific immunity, the reduction of birth and postpartum pathology, the increase in the effectiveness of treatment, and the improvement of reproductive function.
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在技术环境负荷条件下,在高产奶牛中使用具有免疫缺陷的氨基硒化酶-B的有效性
高产动物的特点是代谢和神经体液系统的调节更强烈,对一系列不利的环境条件更敏感,往往伴有代谢紊乱、宏观生物免疫生物学状态下降、生殖功能紊乱以及各种病因和定位的病理过程的发展。这些研究是在沃罗涅日地区的一个大型乳制品综合设施的条件下进行的,该设施距离生产矿物肥料:氨、硝酸铵、硝酸的化工厂25公里。其每年对环境的总排放量为5316.5吨,其中气体排放量为4480.3吨。已经进行了研究,以研究在技术环境应激条件下,使用Аminoseleferon-B纠正免疫缺陷状态下高产奶牛的免疫状态的有效性。现已确定Аminoseleferon-B有助于激活非特异性免疫的体液和细胞联系,减少出生和产后病理,提高治疗效果,改善生殖功能。
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