RESISTANCE TO LATE BLIGHT OF POTATO CLONES IN SEGREGATING HYBRID POPULATIONS

N. Zoteyeva
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Abstract

Late blight remains among the main problems of potato industry. Interspecific hybridization with the wild Solanum species is an efficient way to increase the resistance to this disease, though is accompanied with negative traits. To solve this problem, new sources of resistance, including resistant breeding clones with improved agronomic characteristics, are needed. In the present study, we investigated resistance of three hybrid populations derived from crossesbreeding of resistant original clone SW93-1015×adg with susceptible cultivars: ‘Аurora’, ‘Desirée’ and ‘Valor’. High predominance of the resistant plants was found among the hybrids (SW93-1015×adg)×Aurora and (SW93-1015×adg)בDesirée’. The numbers of resistant and susceptible plants within hybrid Valor’×(SW93-1015×adg) were almost equal. Results showed the efficiency of clone SW93-1015×adg as the late blight resistance source. Within each segregating population, the selection of resistant clones was possible. Clone SW93-1015×adg can be used in breeding programs for the hybridization with susceptible cultivars characterized by other useful characteristics.
分离杂交群体中马铃薯无性系对晚疫病的抗性
晚疫病仍然是马铃薯工业面临的主要问题之一。与野生茄种进行种间杂交是提高抗该病能力的有效途径,但同时也存在一些不利性状。为了解决这一问题,需要新的抗性来源,包括具有改良农艺特性的抗性育种克隆。本研究对抗性原无性系SW93-1015×adg与易感品种Аurora、desir和Valor杂交获得的3个杂交种的抗性进行了研究。杂种(SW93-1015×adg)×Aurora和(SW93-1015×adg)× ' desiracei '具有较高的抗性优势。英勇×(SW93-1015×adg)的抗性和感感植株数量基本相等。结果表明,无性系SW93-1015×adg作为抗晚疫病源是有效的。在每个分离群体中,有可能选择抗性无性系。克隆SW93-1015×adg可用于与具有其他有用特性的易感品种杂交的育种计划。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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