阿斯特拉罕地区生物地球化学条件下犊牛临床及血液学参数

I. S. Mikhailova, V. Zaitsev, N. Pudovkin, E. N. Shcherbakova, N. I. Zakharkina
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引用次数: 0

摘要

微量元素在幼龄农场动物营养中的重要性是极高的,因为它们参与基本生理过程的调节,同时也是结构元素酶的激活剂。为了获得良好的犊牛生长发育指标,有必要对其矿质营养进行优化。因此,有必要研究出生后早期个体发育过程中某些矿物质(Co、Se、I、Mn、Zn)对犊牛身体临床和血液学参数的影响。该研究于2021年在阿斯特拉罕国立大学兽医学系的基础上对黑白牛进行了研究。对阿斯特拉罕地区生态系统中微量元素含量进行了测定。另外,选取黑白牛6头。该研究的样本取自1至6个月大的动物。动物血液学参数测定采用美国IDEXX激光细胞分析仪,生化参数测定采用美国IDEXX催化分析仪。研究表明,阿斯特拉罕地区生态系统中某些微量元素含量较低。土壤和植物中锰和锌含量最高,硒含量最低。然而,在出生后早期个体发育中缺乏某些矿物质并不影响小牛身体的血液学参数。所有研究参数均在生理规范范围内,这可能与动物微量元素中毒的长期发病机制有关。
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Clinical and hematological parameters of calves in biogeochemical conditions of the Astrakhan region
The importance of trace elements in the nutrition of young farm animals is extremely high, since they participate in the regulation of basic physiological processes, and also serve as activators of enzymes of structural elements. In order to achieve good growth and development indicators of young cattle, it is necessary to optimize their mineral nutrition. In this regard, it is necessary to study the effect of certain mineral substances (Co, Se, I, Mn, Zn) in early postnatal ontogenesis on the clinical and hematological parameters of the body of calves.The research was carried out in 2021 on black-and-white cattle on the basis of the Department of Veterinary Medicine of Astrakhan State University. Determination of the levels of trace elements in the ecosystem was carried out in the Astrakhan region. In addition, 6 heads of black-and-white cattle were selected. Samples for the study were taken from animals aged from 1 to 6 months. Determination of hematological parameters of animals was carried out on the IDEXX Laser Cyte analyzer (USA), biochemical parameters – on the IDEXX Catalist analyzer (USA).The conducted studies have shown a low level of some trace elements in the ecosystem of the Astrakhan region. The greatest amount in soil and plants contains manganese and zinc, the least – selenium. However, the lack of certain minerals in early postnatal ontogenesis does not affect the hematological parameters of the calves' body. All the studied parameters were within the limits of physiological norms, which may be associated with the long-term pathogenesis of microelementoses in animals.
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