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E-raamat: Current advances in selenium research and applications: Volume 1

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  • Ilmumisaeg: 28-Aug-2023
  • Kirjastus: Wageningen Academic Publishers
  • Keel: eng
  • ISBN-13: 9789086866427
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  • Formaat: PDF+DRM
  • Ilmumisaeg: 28-Aug-2023
  • Kirjastus: Wageningen Academic Publishers
  • Keel: eng
  • ISBN-13: 9789086866427
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Written for nutritionists, doctors, veterinarians and researchers, this research volume on the dietary properties of selenium examines the narrow range between toxicity and necessity and describes how a proper balance of organic selenium can be maintained in the diets of farm animals. Editors Surai (nutritional biochemistry, U. of Glasgow, UK and Sumy National Agrarian U., Ukraine) and Taylor- Pickard (nutrition, Alltech Inc., USA) have collected research on such topics as selenium deficiencies in Russia and Europe, selenium-enriched eggs, selenium and mycotoxins as contaminants, and the role of this element in polyunsaturated fatty acids. Specific nutritional strategies are also provided for sheep, poultry, pigs and dairy cows. Annotation ©2009 Book News, Inc., Portland, OR (booknews.com)

Selenium (Se) is an essential dietary trace element participating in the regulation of various physiological functions in both animals and humans through its incorporation into selenoproteins as the amino acid selenocysteine. Among many minerals Se has a special place being the most controversial trace element with a narrow gap between essentiality and toxicity. Indeed there are important environmental issues considering selenium as a pollutant from the one hand and global selenium deficiency on the other. In fact, Se deficiency is considered as a risk factor for the development of various diseases in human and animals. Decreased Se availability from soils as a result of low soil pH and usage of synthetic fertilizers is the major concern in European countries causing inadequate Se levels in food and feeds. Furthermore, it seems likely that sodium selenite used for the last 30 years as a feed supplement is not an optimal form of Se and the usage of organic selenium in animal diets could help to maintain optimal Se status as well as high immunocompetence, productive and reproductive performance.The aim of the present volume is to provide updated information on several important Se-related subjects, including Se status in Europe and ways of its improvement, advances in Se analysis and speciation in biological material, roles of selenium in poultry, pig and ruminant nutrition. Production of functional Se-enriched food, the relationship between selenium and mycotoxins, polyunsaturated fatty acids as well as reoviruses are also addressed. This collection of articles will provide nutritionists, veterinarians, human doctors, researchers and any other readers with new insights into the exciting world of the goddess of the moon - SELENIUM.
Selenium deificiency in Europe: causes and consequences
13(32)
P.F. Surai
V.I. Fisinin
T.T. Papazyan
Introdution
13(1)
Role of selenium in human health
14(6)
Meeting selenium requirement
20(4)
Selenium in soils and plants
24(2)
Plants as major sources of selenium for animals and human
26(2)
Selenium sources for animal and human consumption
28(4)
Different strategies to address selenium deficiency in human
32(2)
Conclusions
34(11)
References
35(10)
Selenium deficiency in Russia: problems and decisions
45(12)
N. Golubkina
Introudction
45(1)
Human selenium status in Russia
45(3)
Dietetic sources of selenium in Russia
48(3)
Improving selenium status in Russia
51(6)
References
55(2)
Selenium status in Ukraine: food for thoughts
57(20)
S.D. Melnichuk
P.F. Surai
Introduction
57(1)
Health status of Ukrainians
57(6)
Selenium status of Ukraine
63(5)
Selenium and radiation
68(5)
Conclsusions
73(4)
References
73(4)
Selensuim-enriched eggs: from niche market to main stream
77(18)
T.T. Papazyan
V.I. Fisinin
P.F. Surai
Introduction
77(1)
Selenium-enriched products
78(1)
Improving the image of the egg
79(3)
Selenium-enriched eggs as a route toward improving human selenium status
82(5)
Selenium-enriched eggs as functional food
87(2)
Conclusions
89(1)
References
90(5)
Analytical and technical considerations for selenium analysis in eggs, meat and milk
95(12)
R. Murphy
C. Connolly
Introduction
95(1)
States of analysis
96(3)
Tissue analysis
99(4)
Conclusion
103(1)
Refernces
104(3)
Analytical techniques for speciation of selenium in food and food supplements: state-of-the-art
107(26)
K. Bierla
J. Szpunar
R. Lobinski
Introduction
107(1)
Speciation analysis for selenium in selenium-rich yeast
108(12)
Speciation analysis of selenium in meat and offal tissues
120(2)
Speciation of selenium in seafood
122(1)
Speciation analysis of selenium in eggs
123(1)
Speciation analysis of selenium in milk and in milk products
123(2)
Speciation of selenium in plants and samples of plant origin
125(1)
Conclusions and outreach
126(7)
Ackowledgements
126(1)
References
127(6)
Selenium modifies avian reovirus pathogenicity related to malabsorption syndrome
133(40)
F.W. Edens
J. Read-Snyder
R. Somody
Introduction
133(1)
Selenium influence on health of animals
134(3)
Selenium influence on host: virus interaction
137(1)
Influence of selenium on avian virus: host interaction
138(1)
Selenium, oxidative stress, and reovirus infection
139(4)
Reovriuses
143(2)
Avian reovrius infections in poultry species
145(5)
Selenium and immunolgoical interactions during ARV infection in poultry
150(1)
ARV as an immunosuppressive agent
151(2)
Reovirus and immunoglobulin A (IgA)
153(2)
Apoptosis is a key to ARV pathogenesis in poultry
155(2)
Conclusion
157(16)
Refernces
158(15)
Selenim, mycotoxins and other contaminants
173(14)
M. Mezes
J.E. Dvorska
Introduction
173(1)
Mycotoxins
173(5)
Other contaminants
178(9)
References
181(6)
Selenium and polyunsaturated fatty acids
187(22)
A.C. Pappas
B.K. Speake
Introduction
187(1)
Physiological roels of polyunsaturated fatty acids
187(6)
Interactions between PUFA and selenium
193(3)
Polyunsaturated fatty acids and selenium in maternal nutrition
196(13)
References
202(7)
Selenium in sheep nutrition
209(12)
K. Cobanova-Boldizarova
L. Gresakova
S. Faix
V. Petrovic
L. Leng
Introduction
209(1)
Selenium metabolism in sheep
210(8)
Conclusions
218(3)
Acknowledgements
218(1)
References
218(3)
Selenium in poultry nutrition
221(42)
V.I. Fisinin
T.T. Papazyan
P.F. Surai
Introduction
221(1)
Selenium for breeders
222(10)
Selenium for broilers
232(6)
Selenium for commercial layers
238(5)
Optimal selenium forms in poultry diets
243(1)
Practical approaches to improve selenium stauts of poultry
244(3)
Conclusions
247(16)
References
250(13)
Selenium in pig nutrition
263(52)
W.H. Close
P.F. Surai
J.A. Taylor-Pickard
Introduction
263(1)
Selenium deficiency
264(9)
Establishment of selenium requirements of pigs
273(6)
Relevance fo selenium in pig production
279(1)
Maternal effect on the progeny: organic selenium vs.selenite
279(10)
Selenium and vitamin E in boar fertility
289(5)
Selenium nutrition of pigs at weaning
294(4)
Selenium in grower-finisher swine and meat quality
298(1)
Selenium-vitamin E combination
299(2)
Selenium and iron injection
301(1)
Conclusions
302(13)
Refernces
305(10)
Selenium for dairy cows: an update
315(24)
S. Andrieu
D. Wilde
Introduction
315(1)
Selenium deficiency
315(1)
Signs of selenium deficiency
316(5)
Supplying slenium
321(2)
Selenium metabolism in dairy cows
323(2)
Increasing selenium levels in milk
325(2)
Selenium transfer from dam to calf
327(1)
Selenium effect on reprodcution and immunity in dairy cows
328(3)
Selenium in final dairy products
331(1)
Conclusions
332(7)
References
332(7)
Keyword index 339