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Sweetpotato Viruses: 15 Years of Progress on Understanding and Managing Complex Diseases

机译:甘薯病毒:15年的理解和管理复杂疾病进展

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摘要

Sweetpotato is a member of the morning glory family that is thought to have originated in Central or South America but also has a secondary center of diversity in the southwest Pacific islands. It is grown in all tropical and subtropical areas of the world and consistently ranks among the 10 most important food crops worldwide on the basis of dry weight produced, yielding about 130 million metric tons per year on about 9 million hectares. Sweetpotato is an important crop for food security. It has been relied on as a source of calories in many circumstances. Vines and/or storage roots can be used for direct human consumption or animal feed. Growing awareness of health benefits attributed to sweetpotato has stimulated renewed interest in the crop. Orange-fleshed cultivars, a source of vitamin A, were introduced to developing countries with hope that they would replace the white-flesh varieties and help alleviate vitamin A deficiencies. In East Africa, sweetpotato virus disease, which is caused by the synergistic interaction of the whitefly-transmitted crinivirus and the aphid-transmitted potyvirus, can cause losses of 80 to 90% in many high-yielding genotypes. During the past 15 years, as molecular methods have been adopted, much has been learned about the composition of the sweetpotato virus complexes, the effects of virus diseases on production systems, the biology of the virus–plant interaction, and management approaches to sweetpotato virus diseases. This article is intended to summarize what has been learned since earlier reviews, integrate knowledge gleaned from experiences in tropical and temperate production systems, and suggest courses of action to develop sustainable management programs for these diseases.
机译:甘薯是牵牛花的家庭,被认为起源于中美洲或南美洲的成员,但也有多样性在西南太平洋岛屿辅助中心。它是生长在世界上所有的热带和亚热带地区,始终跻身10最重要的食物作物的全球干重生产的基础上,产生对约9万公顷每年约130万吨。甘薯是对食品安全的重要作物。它已被依赖的卡路里在很多情况下的来源。藤本植物和/或贮藏根可以用于直接用于人类消费或动物饲料。归因于甘薯健康的好处意识日益增强刺激再次在作物的兴趣。橙果肉品种,维生素A的来源,被引进到发展中国家与希望,他们将取代白果肉品种,有利于缓解维生素A缺乏。在东非,甘薯病毒病,这是由粉虱传播crinivirus和蚜虫传播马铃薯Y病毒的协同相互作用引起的,会导致许多高产基因型的80〜90%的损失。在过去的15年中,作为分子的方法已被采纳,很多已经了解了甘薯病毒复合物的成分,在生产系统上病毒病的影响,该病毒与植物互作的生物学和管理方法,以甘薯病毒疾病。本文旨在总结,因为以前审查所学,整合热带和温带的生产系统从经验中收集知识,并建议采取行动的课程,以发展为这些疾病的可持续管理项目。

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