利用经典育种方法获得了一个马铃薯多重抗病无性系

A. Murphy, H. Jong, K. Proudfoot
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引用次数: 16

摘要

植物遗传抗性是减少病害影响的一种策略。鉴定和改进固有抗性一直是加拿大农业和农业食品部在弗雷德里克顿的马铃薯育种项目的长期目标。马铃薯在北美是一种四倍体,无性繁殖的作物,易受多种病虫害的影响。抗病性是许多属性之一,包括适应性、消费者质量和外观,在新品种被接受和大规模种植之前必须结合在一起。传统的育种计划已经从马铃薯的栽培和野生近缘种中寻找并转移了抗性来源。本文描述了方法、方法以及在此过程中遇到的一些障碍。以克隆体F87084为例,它对几种不同的疾病具有抗性,将被用来描述这种合作努力,最终将这种选择作为适应的、抗病的细菌发布。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A multiple disease resistant potato clone developed with classical breeding methodology
Genetic plant resistance is one strategy for minimizing the effects of disease. Identification and improvements in inherent resistance have been longstanding objectives of Agriculture and Agri-Food Canada's potato breeding program at Fredericton. The potato as known in North America is a tetraploid, vegetatively propagated crop that is susceptible to a wide range of diseases and pests. Disease resistance is one of many attributes, including adaptation, consumer quality, and appearance, that must be combined in a new cultivar before it is accepted and grown on any scale. Classical breeding programs have sought and transferred sources of resistance from cultivated and wild relatives of the potato. This paper describes the approaches, the methods, and some of the hurdles encountered in the process. The example of clone F87084, which has resistances to several different diseases, will be used to portray the cooperative efforts that will culminate in this selection's release as adapted, disease-resistant germp...
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