Надіслати цю статтю Вплив вищої нервової діяльності на вміст ТБК-активних продуктів у еритроцитах свиней
Анотація
IMPACT OF HIGHER NERVOUS ACTIVITY ON THE CONTENT OF MDA-ACTIVE PRODUCTS IN THE ERYTHROCYTES PIGS
О. V. Danchuk, V. І. Karpovsky, V. F. Radchikov
Abstract. The main reasons for lower productivity of pigs are technological stress. Under these conditions the fore congenital and acquired mechanisms of adaptation that apparently associated with typological characteristics of higher nervous activity. Development oxidative stress is accompanied by accumulation of peroxidation end product -– TBA-active products. Thus, the purpose of the work was to investigate the effect of higher nervous activity on the content of TBA-active products in red blood cells of pigs. Work performed at the Department of Physiology, Pathophysiology and Immunology National Agriculture University of Ukraine. The experiment was conducted pigs of large white breed different types of higher nervous activity.
The results indicate a significant impact basic characteristics of cortical processes the content of TBA-active substances. Installed significant inverse correlation main characteristics of cortical processes containing TBA-active products in red blood cells of pigs. Using analysis of variance proved impact strength, balance and mobility cortical processes the content of TBA-active products and established cooperation relationship and age of animals, such as GNI and content of TBA-active products. Prospects for further research are the development of new, modern methods of correction parameters of lipid peroxidation taking into account typological characteristics of the nervous system.
Keywords: TBA-active products, higher nervous activity, statistical analysis, lipid peroxidation, pigs, stressПовний текст:
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References
Naumenko, V. V. (1968). Nekotorыe osobennosty vыsshei nervnoi deiatelnosty y typы nervnoi systemы u svynei [ Some features of higher nervous activity and types of nervous system in pigs]. Lviv Zooveterinary Institute. Lvov, . – 36 s.
Danchuk, V. V., Danchuk O. V., Tsepko N. L.(2004). Oksydatsiinyi stres — patolohiia chy adaptatsiia? [ Oxidative stress - pathology or adaptation? ]Tvarynnytstvo Ukrainy, (4), 21– 23.
Danchuk, O. V., (2014). Indeks shyffoutvorennia u svynei riznykh typiv VND za dii tekhnolohichnykh stresiv [The index of shyffoutvorennia in pigs of different types of GNI on the effects of technological stresses] Naukovyi visnyk LNUVM ta B im. Hzhytskoho,16 – № 2 (59). 2. 89–93.
Raha, S. Robinson B. H. (2000). Mitochondria, oxygen free radicals, disease and ageing.Trends Biochem. Sci. 25, No. 10. 502–508.
Sapryn, A. N., Kalynyna E. V. (1999). Okyslytelnыi stress y eho rol v mekhanyzmakh apoptoza y razvytyia patolohycheskykh protsessov [Oxidative stress and its role in the mechanisms of apoptosis and development of pathological processes] Usp. byol. khym. (39), 289–326.
Danchuk, O. V., Dobrovolskyi, V. A., Chepurna, V. A., Savchuk, L. B. Karpovskyi ,V. V. (2015). Vmist TBK-aktyvnykh produktiv v erytrotsytakh svynei riznykh typiv vyshchoi nervovoi diialnosti [The content of TBK-active products in erythrocytes of pigs of different types of higher nervous activity] Biolohiia tvaryn. T. 17. – (1). 43–47.
Trokoz, V. O., Karpovskyi, V. I., Trokoz, A. V., Puzyr, V. V., Vasyliv, A. P. (2012). Sposib vyznachennia typiv vyshchoi nervovoi diialnosti svynei. Patent Ukrainy for useful model A01K 67/00, A61D 99/00.– № 70344; declared 04.11.2011, published 11.06.2012, №11.
Kamыshnykov, V. S. (2002). Spravochnyk po klynyko-byokhymycheskoi laboratornoi dyahnostyke [Reference book on clinical and biochemical laboratory diagnostics]. – Mn.: Belorus, 2, 463.
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