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饲料酶技术:现状与未来发展

Feed enzyme technology: present status and future developments.

作者信息

Ravindran Velmurugu, Son Jang-Ho

机构信息

Institute of Food, Nutrition and Human Health, Massey University, Palmerston North 4442, New Zealand.

出版信息

Recent Pat Food Nutr Agric. 2011 May;3(2):102-9. doi: 10.2174/2212798411103020102.

Abstract

Exogenous enzymes are now well accepted as a class of feed additives in diet formulations for poultry and pigs to overcome the negative effects of anti-nutritional factors, and to improve digestion of dietary components and animal performance. An overview of the current status of feed enzyme technology, including the different type of enzymes and modes of action, is provided. Variable response to enzyme supplementation is an important reason limiting the widespread acceptance of feed enzymes. The major reasons contributing to these variable responses are discussed. Main features of the next generation of feed enzymes and the various trends that will drive the future use of enzymes are highlighted. The use of feed enzymes in poultry and pig feed formulations is expected to increase in the future and this will be driven by on-going changes in the world animal production. Aquaculture and ruminant industries are emerging markets for exogenous feed enzymes. The article presents some promising patents on feed enzyme technology.

摘要

外源酶作为一类饲料添加剂,如今在禽畜日粮配方中已被广泛接受,用于克服抗营养因子的负面影响,改善日粮成分的消化率及动物生产性能。本文综述了饲料酶技术的现状,包括不同类型的酶及其作用方式。对酶添加的反应差异是限制饲料酶广泛应用的一个重要原因。文中讨论了导致这些差异反应的主要原因。着重介绍了下一代饲料酶的主要特点以及推动酶未来应用的各种趋势。随着世界动物生产的持续变化,预计未来禽畜饲料配方中饲料酶的使用将会增加。水产养殖和反刍动物产业是外源饲料酶的新兴市场。本文还介绍了一些关于饲料酶技术的有前景的专利。

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