MDPU Repository

Ontogenetic features of redox reactions in the myocardium of geese

Yakoviichuk, Oleksandr and Danchenko, Olena and Kurtyak, Bohdan and Nikolaeva, Yulia and Fedorko, Anastasia and Halko, Tetiana (2018) Ontogenetic features of redox reactions in the myocardium of geese. BIOLOGIJA, 64 (4). pp. 259-266.

3898-Article Text-2859-1-10-20190317.pdf

Download (240kB) | Preview


Under conditions of physiological stress of different aetiologies, cells of any organism undergo compensatory metabolic changes. The specificity of such changes primarily depends on functional and histochemical features of the tissues of the body. The purpose of this work was to describe the functioning of the main compo - nents of the oxidation-reduction system, (ORS, the Krebs cycle, and the antioxidant system) in the myocardium of geese under conditions of the physiological stress occurring during the tran - sition from the embryonic to postnatal development. It has been experimentally established that in the second half of geese em - bryogenesis, the content of short-chain fatty acids is significantly increased and the content of long-chain polyunsaturated fatty acids in their myocardium decreases. During the first two weeks of the postnatal period, there are reversible changes in the fatty acid composition of this tissue. The second half of the embryo - genesis is characterized by the activation of dehydrogenases of the Krebs cycle in the low variability of antioxidant enzyme ac - tivity. At the same time, the experiment demonstrated an increase in the antioxidant activity coefficient, with the exception of its significant reduction on the first day of postnatal ontogenesis. The functioning of the ORS in the myocardium of geese is char - acterized by the presence of correlations between the nature of the changes of 19 investigated components (dehydrogenases of the Krebs cycle, antioxidant enzymes, lipid peroxidation prod - ucts, antioxidant activity coefficient, fatty acids, their total content and unsaturation) and structuring of the system into two clusters.

Item Type: Article
Subjects: Q Наука > QH Природознавство > QH301 Біологія
Divisions: Хіміко-біологічний факультет > Кафедра неорганічної хімії та хімічної освіти
Хіміко-біологічний факультет > Кафедра неорганічної хімії та хімічної освіти
Depositing User: Кафедра хімії та хімічної освіти
Date Deposited: 02 Jul 2019 08:51
Last Modified: 02 Oct 2019 05:51

Actions (login required)

View Item View Item