苹果树抗火疫病育种的进展

Q4 Agricultural and Biological Sciences
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引用次数: 0

摘要

本文提出了苹果抗火枯病育种的几个重要问题,为在不采用包括化学处理在内的其他保护方法的情况下提高苹果果实的生产效率创造了巨大的机会。苹果基因型对该病易感性的表型评估是基于对田间和/或封闭设施(如温室)中症状发生情况的观察。分子生物学方法,包括抗性标记的鉴定和生物技术是加速育种过程的宝贵工具。在世界各地的不同研究中心进行的育种计划使用苹果属的野生物种和商业品种。已经培育出了具有很高的抗火枯病能力的苹果砧木(美国)和一些抗结痂的品种(德国、瑞士)。近年来在波兰培育了早山莴苣品种和无性栽培69号(J-2003-05)。这两种基因型都具有很高的抗性,并产生诱人的美味果实。它们有望用于育种计划和商业种植。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Postępy w hodowli odpornościowej jabłoni na zarazę ogniową
The paper presents the most important issues concerning the breeding of apple trees resistant to fire blight, which creates great op­portunities to increase the efficiency of apple fruit production without the use of other protection methods, including the chemical treatment. The phenotypic assessment of susceptibility of apple genotypes to the disease is based on observations on the occurrence of symptoms in field and/or closed facilities, e.g. in the greenhouse. Molecular biology methods, including identification of resistance mark­ers, and biotechnology are valuable tools to accelerate the breeding process. Breeding programs conducted in various research centers around the world use wild species of the genus Malus and commercial cultivars of apple. Apple rootstocks with very high resistance to fire blight (USA) and a number of scab-resistant cultivars, also showing high resistance to the disease (Germany, Switzerland) have already been bred. In recent years cultivar Early Szampion and clone No. 69 (J-2003-05) have been bred in Poland. Both genotypes are characterized by a very high resistance, and produce attractive tasty fruit. They have the prospect of being used in breeding programs and commercial plantings.
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来源期刊
Progress in Plant Protection
Progress in Plant Protection Environmental Science-Pollution
CiteScore
0.60
自引率
0.00%
发文量
10
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