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Biochemical Status of Animal Organism Under Conditions of Technogenic Agroecosystem

机译:介绍农产品条件下动物生物的生物化学状态

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The biochemical characteristic of the conditions of systems allows reviewing the nature and intensity of diseases (pathogenesis). To study the adaptation of the animal organism to the conditions of ecosystem pollution by toxic elements and to establish the specific metabolism routes, we have investigated a number of biochemical indicators of protein, carbohydrate, lipidic and mineral metabolism of cows. Our suggestion on lowered antioxidative function of cow blood plasma is confirmed by high concentrations of β-lipoproteins. Their level in animals is 8.00±0.11 and 7.28±0.11 g/l (P<0.001), correspondingly, which is higher than the reference values by 20.3...32.01%. The results of biochemical studies of cow blood serum demonstrating the indicators of protein metabolism in the organism and comparison of them with reference data allow suggesting that the complex and sophisticated impact of anthropogenic environment pollution cause pseudoadaptation of animals that temporarily compensate hidden pathologic processes. In general, the established changes witness characteristic disturbance of intermediate lipide metabolism in studied cows, which is expressed as lipidemia and hyper-β-proteinemia.
机译:系统状况的生化特征允许审查疾病的性质和强度(发病机制)。为了研究动物生物的适应对有毒元素的生态系统污染的条件,并建立特定的代谢途径,我们研究了许多蛋白质,碳水化合物,牛奶矿物代谢的生化指标。我们对降低牛血浆的抗氧化功能的建议是通过高浓度的β-脂蛋白确认。相应地,它们在动物的水平为8.00±0.11和7.28±0.11g / L(P <0.001),其高于参考值20.3 ... 32.01%。母牛血清生化研究结果证明了生物体中蛋白质代谢的指标及其参考数据的比较允许表明人为环境污染的复杂和复杂的影响导致暂时补偿隐患的动物的假载。一般而言,研究牛奶牛中脂质代谢的所建立的改变证人特征扰动,其表达为血脂血症和超β-蛋白血症。

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