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动物生物技术:在发展中国家的应用及经济影响

Animal biotechnology: applications and economic implications in developing countries.

作者信息

Madan M L

机构信息

Livestock Production Systems, 842-sector 6, Urban Estate Karnal, Haryana, 132001, India.

出版信息

Rev Sci Tech. 2005 Apr;24(1):127-39.

PMID:16110883
Abstract

In most developing countries, biotechnological applications relating to livestock need to be suitable for animal owners who are resource-poor small-scale operators who own little or no land and few animals. Livestock is becoming increasingly important to economic growth in developing countries and the application of biotechnology is largely dictated by commercial considerations and socio-economic goals. Using technology to support livestock production is an integral part of viable agriculture in multi-enterprise systems. Livestock are part of a fragile ecosystem and a rich source of animal biodiversity, as local species and breeds possess genes and traits of excellence. Molecular markers are increasingly being used to identify and select the particular genes that lead to these desirable traits and it is now possible to select superior germ plasm and disseminate it using artificial insemination, embryo transfer and other assisted reproductive technologies. These technologies have been used in the genetic improvement of livestock, particularly in cattle and buffaloes, and the economic returns are significant. However, morbidity and mortality among animals produced using assisted reproductive technologies lead to high economic losses, so the principal application of animal biotechnology at present is in the production of cheap and dependable diagnostic kits and vaccines. Several obstacles limit the application of biotechnology at present: there is a lack of infrastructure and insufficient manpower, so funding is needed if resource-poor farmers are to benefit from biotechnology.

摘要

在大多数发展中国家,与牲畜相关的生物技术应用需要适合那些资源匮乏的小规模养殖户,他们拥有很少或没有土地,牲畜数量也不多。牲畜对发展中国家的经济增长变得越来越重要,生物技术的应用很大程度上由商业考量和社会经济目标所决定。利用技术支持牲畜生产是多企业系统中可行农业的一个组成部分。牲畜是脆弱生态系统的一部分,也是丰富的动物生物多样性来源,因为当地物种和品种拥有优良的基因和特性。分子标记越来越多地用于识别和选择导致这些理想性状的特定基因,现在可以选择优良种质并通过人工授精、胚胎移植和其他辅助生殖技术进行传播。这些技术已用于牲畜的遗传改良,特别是在牛和水牛方面,经济回报显著。然而,使用辅助生殖技术生产的动物的发病率和死亡率会导致很高的经济损失,因此目前动物生物技术的主要应用在于生产廉价且可靠的诊断试剂盒和疫苗。目前有几个障碍限制了生物技术的应用:缺乏基础设施且人力不足,因此如果资源匮乏的农民要从生物技术中受益,就需要资金支持。

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