Study exogenous factors on blood biochemical parameters animals

  • Усипбек Б.A., Aблaйхaновa Н.Т., Есимсиитовa З.Б., Aблaйхaновa Н.Т., Тусупбековa Г.A., Кaкимовa A.Б., Al-Farabi Kazakh National University, Kazakhstan, Almaty


The study of blood is a significant diagnostic method of different pathological conditions under the influence of different stress factors. Pathological impact upon any organism begins at blood – producing and immunesystems, because of them being the formation and maintenance of organism’s homeostatic reactions during the adaptation process to the changing life conditions, what can be expressed as the development of clinicalhematological syndromes. In this regard, the aim of this series of experiments was to determine the diagnostic and prognostic value of biochemical reactions in the blood of animals under the influence of non-activatedcarbon and demineralized. The experiment was performed on 60 male ratsweighing 150-200 g . Study characteristics of blood biochemical indicesin intact animals, groups , of the total protein content using the methodbiruetovogo and urea was determined by a standardized method for colorreaction with diatsetilmonooksimom , enzyme activity. During this study itwas determined, that blood performs a very significant role in maintaininghomeostasis, and in the formation of adequate compensatory accommodating reactions of an organism under the influence of the environment.Blood performs different functions in the organism. It is a transportationtool, it maintains the internal environment ‘ constancy of the organism,and plays a key role in the protection against foreign particles.Key words: blood, biochemistry of blood, activated charcoal, demineralized charcoal.
How to Cite
ТУСУПБЕКОВA Г.A., КAКИМОВA A.Б.,, Усипбек Б.A., Aблaйхaновa Н.Т., Есимсиитовa З.Б., Aблaйхaновa Н.Т.,. Study exogenous factors on blood biochemical parameters animals. Eurasian Journal of Ecology, [S.l.], v. 48, n. 3, p. 132-139, nov. 2018. ISSN 2617-7358. Available at: <>. Date accessed: 24 may 2019.