Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Influence of Natuphos® phytase and organic acids on the performance of growing/finishing pigs

View through CrossRef
Numerous studies have clearly shown that the digestibility of phosphorus in pig diets can be improved 20-30% by supplementation with Natuphos® phytase allowing the phosphate content of the feed to be reduced without the P-intake becoming deficient. It is also well accepted that organic acids can significantly improve performance of pigs, particularly up to 30kg liveweight, and recently that synergistic benefits result when both Natuphos® phytase and organic acids are included in the same ration. The objective of this study was to investigate the influence combining Natuphos® phytase (replacing calcium and phosphorus) and organic acids (liquid v dry product) on growing/finishing pig performance.
Title: Influence of Natuphos® phytase and organic acids on the performance of growing/finishing pigs
Description:
Numerous studies have clearly shown that the digestibility of phosphorus in pig diets can be improved 20-30% by supplementation with Natuphos® phytase allowing the phosphate content of the feed to be reduced without the P-intake becoming deficient.
It is also well accepted that organic acids can significantly improve performance of pigs, particularly up to 30kg liveweight, and recently that synergistic benefits result when both Natuphos® phytase and organic acids are included in the same ration.
The objective of this study was to investigate the influence combining Natuphos® phytase (replacing calcium and phosphorus) and organic acids (liquid v dry product) on growing/finishing pig performance.

Related Results

203 Effect of a Supplemental Water Source on Performance of Growing-finishing Pigs
203 Effect of a Supplemental Water Source on Performance of Growing-finishing Pigs
Abstract Crossbred pigs (Fast Genetics 276 × PIC 800; n = 2,332; initial BW = 24.5 ± 1.6 kg) were used in two, 84-d growth trials to evaluate effects of an additiona...
PSI-14 Effects of replacing molasses with MSG-CMS on growth performance and economics in growing-finishing pigs.
PSI-14 Effects of replacing molasses with MSG-CMS on growth performance and economics in growing-finishing pigs.
Abstract This study aimed to evaluate the effects of replacing molasses in growing-finishing pig diets with Mono-Sodium Glutamate (MSG)-Condensed Molasses Soluble (C...
PSII-12 Effect of a Supplemental Water Source on Growth Performance of Finishing Pigs
PSII-12 Effect of a Supplemental Water Source on Growth Performance of Finishing Pigs
Abstract Crossbred pigs (Fast Genetics 276 × PIC 800; n = 2,388; initial BW = 74.1 ± 2.0 kg) were used in two, 63-d growth trials to evaluate the addition of a water...
Performance and carcass composition of pigs from two sire lines are affected differently by ambient temperature
Performance and carcass composition of pigs from two sire lines are affected differently by ambient temperature
Context Differences among breeds or lines of pigs in terms of growth and carcass characteristics may be affected by rearing environment (genetic × environment interaction). Aims T...
Growth performance and bone strength of piglets fed Natuphos®™
Growth performance and bone strength of piglets fed Natuphos®™
Concerns over pollution from intensive animal production has lead to developments in enzyme technology to improve the utilisation of minerals such as phosphorous (P) from the diet,...
Metagenomic characterization of the cecal microbiota community and functions in finishing pigs fed fermented Boehmeria nivea
Metagenomic characterization of the cecal microbiota community and functions in finishing pigs fed fermented Boehmeria nivea
Ramie (Boehmeria nivea, BN) is used as livestock forage through suitable silage fermentation owing to its nutritional value. To date, relatively few studies have investigated the e...
Optimization of Finishing Parameters for Magnetic Compound Fluid Finishing (MCFF) of Copper Alloy
Optimization of Finishing Parameters for Magnetic Compound Fluid Finishing (MCFF) of Copper Alloy
Abstract As an advanced finishing technology, magnetic compound fluid finishing (MCFF) is considered to be able to achieve damage-free finishing of low-hardness materials s...

Back to Top