Trace Elements In Animal Production Systems 1st Edition by P Schlegel,S Durosoy,A W Jongbloed ISBN 9086860613 9789086860616

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Product details:

ISBN 10: 9086860613

ISBN 13: 9789086860616 

Author: P. Schlegel, S. Durosoy, A. W. Jongbloed

“This book deals with trace elements, such as cobalt, copper, iron, manganese, selenium and zinc which are essential to modern animal nutrition, but are increasingly detrimental to soil and water quality in today’s globalized production. The goal in finding a sustainable balance between trace element use in animal nutrition and its impact on the environment is addressed by focussing on the following questions: – What is the trace element flow on farm, regional or national scale and which tools are available to influence the flow? – What are today’s and future soil and water quality in regards to trace minerals? – What are the trace mineral loading limits in soil and water from a health and legal standpoint? – Which technologies exist to modify slurry trace element contents? – What is today’s knowledge on quantitative and qualitative trace element requirements and recommended supplementation for ruminants, swine, poultry, fish and crustaceans? – What is trace element bioavailability and how can it be determined? – To which extent are trace minerals related to immune response? – What are the future issues to be addressed in trace element nutrition? This book contains the peer-reviewed papers of the first International Symposium on Trace Elements in Animal Production Systems. It is a valuable resource for researchers and professionals in the life sciences of animal nutrition, soil and water quality, for actors in the feed industry and policy making.”

Table of contents:

1. Preface

2. Introduction

3. Scientific committee

4. Worldwide growth of animal production and environmental consequences

5. Assessment and reduction of heavy metal input into agro-ecosystems

6. Copper and zinc accumulation in sandy soils and constructed wetlands receiving pig manure effluent applications

7. Livestock manure management and treatment: implications for heavy metal inputs to agricultural soils

8. Consideration of heavy metals in manure recycling strategies in South East Asia in the nutrient flux model NuFlux

9. Impact of aquaculture on aquatic environment: trace minerals discharge

10. Farm-scale nutrient and trace element dynamics in dairy farming

11. Trace elements in poultry litter: prevalence and risks

12. Copper and zinc in feed (additives): an essential burden?

13. Improvement of balance of trace elements in pig farming systems

14. Reduction in trace element excretion in swine and poultry in the United States

15. Zinc and copper for piglets – how do high dietary levels of these minerals function?

16. Bioavailability criteria for trace minerals in monogastrics and ruminants

17. Bioavailability of trace minerals sources in swine

18. Limitations and possibilities for progress in defining trace mineral requirements of livestock

19. Trace mineral requirements of fish and crustaceans

20. Trace element status and immunity

21. Prions and trace elements

22. Chemical identity of crystalline trace mineral glycinates for animal nutrition

23. The use of the protein hydrolysation degree as analytical possibility to differentiate trace element chelates of amino acids

24. First insight of copper and zinc speciation in pig slurry: sequential extraction and size fractionation studies

25. First insights of copper and zinc speciation within a pig slurry: an X-ray absorption spectroscopy study

26. Macro and micronutrients in anaerobically digested pig slurry: recovery of Ca and Mg phosphates and nutrient fate in soil

27. Egg quality and layer performance as affected by different sources of zinc

28. Effects of the interaction between organic Zn and Mn on performance, mineral retention and immune response in young broiler chickens

29. Efficacy of three organic selenium sources for growing-finishing pigs

30. Iron status of weaned piglets fed either dietary iron sulfate or iron glycinate

31. Influence of source and level of supplemented copper and zinc on the trace element content of pig carcasses

32. Effects of dietary inclusions of natural extracts on the mineral (Fe, Cu, Zn) status of weaned piglets

33. Bioavailability of copper from copper glycinate in steers fed high dietary sulfur and molybdenum

34. Influence of level and source of copper supplementation on immune response in growing Nellore lambs

35. The effect of dietary molybdenum or iron on copper status and ceruloplasmin expression in sheep

36. Quantification of the effects of copper, molybdenum and sulfur on the copper status of cattle

37. Effect of chelated vs inorganic zinc on vitamin A utilization in calves

38. Effects of level and form of dietary zinc on dairy cow performance and health

39. Effect of manganese on reproductive performance of beef cows and heifers

40. Injectable trace elements increase reproduction efficiency in dairy cows

41. Effect of organic or inorganic selenium and zinc supplementation of ewes on ewe and lamb performance and mineral status

42. Selenium metabolism in lambs supplied with different selenium sources and levels

43. Distribution of total selenium and selenized amino acids within the edible tissues of beef cattle fed graded additions of selenized yeast

44. Iodine and selenium antagonism in ruminant nutrition

45. Fluorine availability from rock phosphate in sheep

46. Feed supplementation of selenium enhance growth and disease resistance of Indian ornamental fish ‘dwarf gourami’ Colisa lalia

47. Summary and conclusions

48. List of authors

49. Keyword index

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Tags: P Schlegel, S Durosoy, A W Jongbloed, Trace Elements, Animal Production Systems