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HERO ID
4575434
Reference Type
Journal Article
Title
What mineral and vitamin levels to recommend in swine diets?
Author(s)
Gaudre, D; Quiniou, N
Year
2009
Is Peer Reviewed?
0
Journal
Revista Brasileira de Zootecnia
ISSN:
1516-3598
EISSN:
1806-9290
Volume
38
Page Numbers
190-200
DOI
10.1590/S1516-35982009001300019
Web of Science Id
WOS:000271908200019
Abstract
Minerals, including trace-elements, and vitamins are currently introduced into the pig diet in order to obtain suitable performances for the modern pig genotype bred in confinement. Most of the mineral and vitamin contents of cereals and usual protein compounds are characterized by their poor and variable availability. Supplemental diets are then usually needed. This paper, based on literature data, reviews the pig requirement for minerals and vitamins in order to ensure economic and profitable performance. Recent research has focused on phosphorus due to environmental considerations. The widespread use of microbial phytase has decreased the need for inorganic phosphates. Cereals are particularly deficient in calcium and sodium, consequently limestone and salt are necessary to meet the pig need for these minerals. Zinc and copper are recognized as growth promoting agents but their use at high levels is detrimental to the environment. The pig diets usually contain supplemental contents of iron, manganese, cobalt, iodine and selenium. The need for these elements in pig diets is described individually. Vitamin E and choline represent the most expensive vitamins added. Choline is then usually not incorporated into the pig fattening diet taking into account the choline contents of the raw materials, while vitamin E is included at a lower level than those which improve the meat quality. Our recent research has dealt with increased levels of vitamins added in combination, calculating higher requirement of the modern pig genotype. Fewer improvements have been obtained in this way, suggesting that recommendations proposed by INRA in 1984 are mainly justified.
Keywords
environment; enzymes; feeding; meat quality; modern genotype; nutritional requirements
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