Influence of vibration-induced stress on functional-metabolic status of blood leukocytes

   
Dolgushin M.V.1 , Davydova N.S.2

1. Research Institute of Biophysics, State Establishment of Higher Occupational Education – State Technical Academy of Federal Agency for Education
2. Institute of Occupational Health and Human Ecology – Branch of Establishment of the Russian Academy of Medical Sciences, East-Siberian Scientific Centre of Human Ecology, Siberian Division of the Russian Academy of Medical Sciences
Section: Experimental/Clinical Study
DOI: 10.18097/PBMC20135901097      PubMed Id: 23650727
Year: 2013  Volume: 59  Issue: 1  Pages: 97-103
The chronic stress in albino rats caused by exposure to the whole-body vibration induced the significant changes in the functional-metabolic status of the blood cells. It involved the phagocytosis level and the lysosomal cationic proteins in the neutrophils, oxidative and hydrolytic processes in the neutrophils and lymphocytes. All the determined intracellular parameters revealed the differentiated response to stress as well as to the additive combined administration of the antioxidants (glycine and alpha-tocopherol acetate).
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Keywords: leukocytes, metabolism, cytochemistry, phagocytosis, vibration-induced stress, antioxidants
Citation:

Dolgushin, M. V., Davydova, N. S. (2013). Influence of vibration-induced stress on functional-metabolic status of blood leukocytes. Biomeditsinskaya Khimiya, 59(1), 97-103.
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