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您的检索式：作者名="Wilhelm M.Windisch"
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| 1 | Strategies and challenges to increase the precision in feeding zinc to monogastric livestock显示文摘Practical diets for monogastric livestock must be supplemented with zinc(Zn) due to their high contents of antagonistic substances like phytates. Current feeding recommendations include quite generous safety margins because of uncertainties regarding the gross Zn requirements under varying rearing conditions.Furthermore, the use of pharmacological Zn doses to stabilise animal performance and wellbeing is widespread. Taken together, modern diets for pigs and poultry contain considerably more Zn than necessary to meet animal requirements, which is associated with concerns related to the environment as well as animal and consumer safety. Therefore, European authorities most recently reduced the allowed upper limits for Zn in complete feed. To maintain animal productivity and wellbeing while reducing the Zn load in complete feed, all measures that stabilize feed Zn bioavailability must be applied. Most importantly, reliable information on the gross Zn requirement under practical conditions must be provided, considering the bioavailability of native or supplemented feed Zn, antagonisms with dietary factors as well as the physiological status of the animal. | Daniel Brugger Wilhelm M.Windisch | 2017 | Animal Nutrition2017，，2： | 2 |
| 2 | 单胃动物锌代谢及其对营养需要量和饲料锌生物利用率估算的影响(英文)显示文摘矿物质营养研究的主要目标是为猪饲养者提供饲料锌利用率和总锌需要量信息,这些需要量信息受到饲养条件的影响.这只能通过应用精确实验模型来阐明锌代谢的基本原理.本综述总结了单胃动物体内锌稳态的最重要方面,包括锌的获取和排泄的分子机理,尤其强调骨骼以及外分泌胰腺在这种稳态调节中的作用.最后,文章讨论了上述生理学原理对试验设计产生的影响,旨在解决锌需要量和生物利用率的问题. | Daniel BRUGGER Wilhelm M.WINDISCH | 2019 | Journal of Zhejiang University-Science B(Biomedicine & Biotechnology)2019，20，8： | 0 |
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