Some Metabolic Functions and Metabolism of Selenium and its relations with Vitamin E
[Selenyumun Bazı Fizyolojik İşlevleri Metabolizması ve E Vitamini ile Arasındaki İlişkiler]
Abstract views: 90 / PDF downloads: 81
DOI:
https://doi.org/10.58600/eurjther-199342-1111-xKeywords:
Selenium, Vitamin E, Glutathione Peroxidase, MetabolismAbstract
Selenium (Se) concentrations in the animal tissues vary according to the tissue and the amount and chemical form of Se in diet. in cattle and sheep Se concentrations rank in the order kidney, Iiver, heart, skeletal muscle and adipose tissue. Se like other elements, has a bimodal effect. At normal concentrations, Se is an essential trace element necessary for growth in man and animals. However, ıntake of high concentrations of Se can show toxic effects; ingestion of very low concentrations of this trace element results in Se-deficiency sympthoms in man and animals. The main physiological function of Se is as a component of the enzyme glutathione peroxidase. GSH-Px activity is very important for physiological functions of the liver, heart, skelatal muscle and erythrocytes.
Metrics
References
Oldfield JE.:The two faces of selenium., J.Nutr.117(12), 2002-2008, 1987.
Kutsky RJ.:Handbook of Vitamins, Minerals and Hormones., 2 th.Ed.VNR., New York, 157-207, 1981.
Rice D.:Kennedy $.:Vitamin E:Function and effects of deficiency., Br.Vet.J.144, 482-496, 1988.
Zintzen H.:A summary of the vitamin E/selenium problem in ruminants., News and Reviews, Roche. p1+18, 1978.
Shamberger RJ.:Selenium metabolism and function., Oin.Physiol.Biochem. 4,42-49, 1986.
Aytuğ CN., Alaçam E.:Görgel 5 ve arkadaşlan:Metabolizma Hastalıklan., Sığır Hastalıklan., İkinci Baskı, Tüm Yet.Yayını, No:3, İstanbul, 348-350, 1991.
Church DC., Pond WG.:Basic Animal Nutrition and Feeding., Second Ed. John Wiley and Sons Inc.Canada. 174-177, 1982.
McDowel LR., Conrad JH., Ellis GL., et al.:Minerals for grazing ruminants in tropical regions., Bulletin. 40-44, 1983.
Combs GF. and SB.:The nutritional Biochemistry of selenium., Ann.Rev.Nutr.4,257-280, 1984.
Ullrey DE.:Biochemical and physiological indicators of selenium status in animals., J.Anim.Sci.65, 1712-1726, 1987.
Arthur CR.:Nutritonal inter-relationships between selenium and vitamin E., Rep.Rowett.Inst.38, 124-135, 1982.
Combs GF. and SB.:The Role of Selenium in Nutrition., Acad.Press.lnc.London Lmt.London. XII+532, 1986.
Ropstad E., Osteras O., Overas G., et al.:Sesonal variation of selenium status of Norwegian dairy cows and effects of selenium supplementation., Acta Vet.Scand. 29, 159-164, 1988.
Van Saun, RJ., Herdt TH., Stowe HD.:Matemal and fetal selenium concentrations and their interrelationships in dairy cattle., J.Nutr.119, 1128-1137, 1989.
Tietz NW.:Nutrition, Vitamins and Trace Elements., Textbook of Oinical Chemistry.WB. Saunders Company., Philadelphia. 902-996, 1986.
Siddons, RC., Milis CF .:Glutathione peroxidase activity and erytrocyte stability in calves differing in selenium and vitamin E status., Brit.J.Nutr.46, 345-355, 1981.
Daulson GD., Brodrick GA., Baumann CA., Pope AL.:Effect of feeding sheep selenium fortfied trace mineralized salt effect of tocopherol., J.Anim.Sci.27, 195-202, 1968.
Maas J., Bulgin MS., Anderson BC. et al.:Nutritional myodegenaration assosiated with vitamin E deficiency and normal selenium status in lambs, JAWMA. 184(2), 201-204, 1984.
Whiet CL., Caldwalader TK., Hoekstra WG. et al.:Effects of copper and molibdenum supplements on the copper and selenium status of pregnant ewes and lambs., J.Anim.Sci.67, 803-809, 1989.
Wiener G., Wollioms JA., Vagg MJ.:Selenium concentration in the blood and wool glutathione peroxidase activity in the blood of three breeds of sheeps., Res.Vet.Sci.34, 365-366, 1983.
Kott RW., Ruttle JL. and Soutward, GM., et al:Effects of vitamin E and selenium injections on reproduction and preweaning lamb survival in ewes consuming diets marginally deficient in selenium.J.Anim.Sci.57(3), 553-558, 1983.
Hıdıroglou M., Jenkins KJ., Carson RB., et al.:Some aspects of selenium metabolism in the normal and distroph_ic sheep., Can Anim.Sci.48, 335-346, 1968.
Whetter P., Ullrey DE. :Improved fluorometric method for determining selenium., J. Anal. Chem., 61(4), 927-930, 1978.
Watkinson JH.:Fluorometric determination of selenium in biologycal material 2,3 Diaminonaphthalene., Analytical Chemistry, 38,92-97, 1966.
Hogue DE., Practor JF., Wamer RG., et al.:Relation of selenium vitamin E_and unidentified factor to muscular distrophy (stiff-lamb or white muscle disease) in the lamb.,J.Anim.Sci.,21(1), 25-29, 1962.
Underwood EJ.:Trace Elements in Human and Animal Nutrition., Fourth Ed.Acad.Press.New York.303-346, 1977.
Milis CF.:Trace element metabolism in animals., Proceedings of WAAP/IBP International Symposium, London. 339-343, 1970.
Desai ID., Scott ML.:Mode of action of selenium in relation to biologycal activity of tocopherols., Archives of Biochemistry and Biophysics. 110, 309-315, 1965.
Arthur CR.:Nutritional inter-relationships between selenium and vitamin E.Rep.Rowett.Inst., 38, 124-135, 1982.
Satar M., Kömi M., Taner F. ve Ark.:Anne ve kordon kanında plazma ve eritrosit selenyum dıizeylerinin karşılaştırılması., Cerrahpaşa Tıp Fakıiltesi Dergisi, 15(2), 244-250, 1984.
Ullrey DE., Brady PS., Whetter PK., et al.:Selenium supplementation of diets for sheep and beef cattle., J.Anim.Sci., 46, 559-565, 1977.
Braun U., Forrer R., Fıirer W., Lutz H.:Selenium and vitamin E in blood sera of cows from farrns with increased incidance of disease., The Veterinary Record. 128, 543-547, 1991.
Karakılçık AZ.,Aksakal M., Başdaş G.,ve ark.:Gebe koyunlar ve fötuslannda plazma selenyum değerlerinin karşılaşbnlması., XI.Ulusal Biyoloji Kongresi, 24-27 Haziran, Elazığ, 1992.
Thompson RH.:The levels of selenium and glutathion peroxidase activity in blood of sheep, cows and pigs., Res.Vet.Sci.20, 229-231, 1976.
Wheatly LE., and Beck NFG.:The influensa of season and husbandry on the selenium status of sheep in a deficient area., Br.Vet.J.144, 246-252, 1988.
Norton SA.,and McCarthy FD. :Use of injectable vitamin E and selenium-vitamin E emulsion in ewes and suckling lambs to prevent nutritional muscular distrophy.,J.Anim.Sci.62, 497-508, 1986.
Hıdıroglou M., Hoffman I., Jenkins KJ.:Selenium distribution and radiotocopherol metabolism in the pregnant ewe and fetal lamb., Can.J.Physiol. Pharrnacol. 47, 953-962, 1969.
Ullrey DE., Light MR., Brady PS., et al.:Selenium supplements in salt for sheep. J.Anim.Sci.46, 1515-1521, 1978.
Whanger PO., Weswig PH., Schmits JA., et al.:Effects of various methods of selenium administration on white muscle disease, glutathione peroxidase and plasma enzyme activities in sheep.J.Anim.Sci.47(5), 1157-1166, 1978.
Van Vleet JF.:Retention of selenium in tisses of calves, lambs and pigs after paranteral injection of a selenium-vitamin E preparation., Amer.J.Vet.Res.36(9), 1335-1339, 1975.
Behne O., Wolters W.:Distribution of selenium and glutathione peroxidase in the rat J.Nutr.113, 456-463, 1983.
Van Saun RJ., Herdt rn. and Stowe HD.:Maternal and fetal vitamin E concentrations and selenium vitamin E interrelationships in dairy cattle., J.Nutr.119, 1028-1037, 1989.
Jacobsson 50. and Oksanen HE.:The placental transmission of selenium in sheep., Acta Vet.Scand.7, 66-76, 1966.
Cheeke PR., Bull RC.and Oldfield JE.:The role of selenium in the placental transfer of vitamin E in the rat., Proceeding Socety Experimental Biology Medicine, 130, 172-174, 1969.
Kenneth P., McConnel and Drothy MR.:Passage of selenium across the placenta and also into the milk of the dog., J.Nutr.84, 341-344, 1964.
Rotruck JT., Pope AL., Ganther HE., et al.:Preventation of oxidative damage to rat erytrocytes by dietary selenium., J.Nutr.102, 689-696, 1972.
Flohe L., Gunzer W.A: and Shock HH.:Glutathine peroxidase: A selenoenzyme., Fe European Biochem. Soc.Letters.32, 132, 1973. 48- Putnam ME., Comben N.:Vtamin E. The Veterinary Record., 121, 541-545, 1987.
Downloads
Published
How to Cite
Issue
Section
License
Copyright (c) 2023 European Journal of Therapeutics
This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.
The content of this journal is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License.