天然硅随饮用水进入实验动物体内时的生物效应评估。第一部分

N. A. Egorova, Yuriy A. Rakhmanin, Rufina I. Mikhailova, Ljudmila V. Khrypach, A.V. Alekseeva, I. N. Ryzhova, M. G. Kochetkova, T. D. Knyazeva
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Observations were made of the general condition, appearance of the animals, body weight dynamics, water consumption. \nThe morphological composition of whole blood was studied. Biochemical indices of the condition of internal organs, including the liver, were determined \nin serum samples (the ALT and AST activity, the level of total protein and albumin), pancreas (α-amylase activity), kidneys (creatinine content), as well as lactate dehydrogenase activity as a nonspecific indicator of tissue damage. \nResults. In animals received 17±3.4 mg/L silicon with drinking water at a hardness of 2.25±0.47 mg-eq/L, a significant decrease in ALT activity was found on the 30th and 90th days of the experiment, AST – on 90th day, increase in the content of total protein and albumin in the serum on the 30th day of the experiment. 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摘要

引言。关于天然硅(Si)的生物效应及其在饮用水中的卫生管理问题,在科学文献和为居民用水提供有利条件的实践中仍存在争议。为此,我们对饮用水中接近最高允许浓度的天然硅对实验动物身体的影响进行了评估。材料和方法对饮用水中天然硅的最高允许浓度进行了研究,并对 80 只白色近交系雄性大鼠进行了为期三个月的实验,以评估其影响。实验中观察了动物的一般状况、外观、体重动态和耗水量。研究了全血的形态成分。在血清样本(谷丙转氨酶和谷草转氨酶活性、总蛋白和白蛋白水平)、胰腺(α-淀粉酶活性)、肾脏(肌酐含量)以及作为组织损伤非特异性指标的乳酸脱氢酶活性中测定了包括肝脏在内的内脏器官状况的生化指标。结果在饮用硬度为 2.25±0.47 毫克-当量/升、含 17±3.4 毫克/升硅的饮用水的动物中,实验第 30 天和第 90 天发现谷丙转氨酶活性显著下降,第 90 天发现谷草转氨酶活性显著下降,实验第 30 天发现血清中总蛋白和白蛋白含量显著增加。硅浓度为 20.5±4.1 mg/L、硬度为 3.55±0.76 mg-eq/L 的饮用水在实验第 30 天降低了谷丙转氨酶活性和血清肌酐浓度,在实验第 90 天提高了淀粉酶活性。在实验的第一个月中,动物的饮水量和饮用水中硅的摄入量最高。局限性本研究的局限性在于观察时间较短,且测定生化指标的点数较少。结论。连续 90 天饮用含天然硅的饮用水会导致生化指标发生变化,这在很大程度上表明浓度为 17±3.4 毫克/升和 20.5±4.1 毫克/升的硅元素对实验动物的身体有积极影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Assessment of the biological effect of natural silicon when entering the body of experimental animals with drinking water. Part 1
Introduction. The biological effect of natural silicon (Si) and its hygienic regulation in drinking water still remain subjects of controversy in the scientific literature and in the practice of providing favourable conditions for water use by the population. In this regard, an assessment was made of the effect of natural silicon contained in drinking water in concentrations close to the maximum permissible concentration on the body of laboratory animals. Materials and methods. Drinking waters containing natural Si at MPC levels in water were studied, their effect was assessed in a three-month experiment on 80 white outbred male rats. Observations were made of the general condition, appearance of the animals, body weight dynamics, water consumption. The morphological composition of whole blood was studied. Biochemical indices of the condition of internal organs, including the liver, were determined in serum samples (the ALT and AST activity, the level of total protein and albumin), pancreas (α-amylase activity), kidneys (creatinine content), as well as lactate dehydrogenase activity as a nonspecific indicator of tissue damage. Results. In animals received 17±3.4 mg/L silicon with drinking water at a hardness of 2.25±0.47 mg-eq/L, a significant decrease in ALT activity was found on the 30th and 90th days of the experiment, AST – on 90th day, increase in the content of total protein and albumin in the serum on the 30th day of the experiment. Drinking water with silicon concentrations of 20.5±4.1 mg/L and hardness 3.55±0.76 mg-eq/L decreased ALT activity and serum creatinine concentration on the 30th day and increased amylase activity on the 90th day of the experiment. The animals had the highest water consumption and intake of silicon from drinking water over the first month of the experiment. Limitations. Limitations of the study are related to the short duration of observation and the small number of points for determining biochemical parameters over time. Conclusion. Consumption of drinking water containing natural silicon for 90 days led to changes in biochemical indices, largely indicating the positive effect of the element in concentrations of 17±3.4 mg/L and 20.5±4.1 mg/L on the body of laboratory animals.
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