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Debate on the Exploitation of Natural Plant Diversity to Create Late Blight Resistance in Potato

机译:关于利用天然植物多样性创造马铃薯晚疫病抗性的辩论

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This paper reports on a debate on intriguing propositions relating to the scientific, agronomic, societal and economic impact of the BIOEXPLOIT project, focusing on late blight resistance in potato. It discusses (i) whether identifying pathogen effectors will facilitate selecting durable R genes, (ii) whether breeding for durable late blight resistance requires deploying Rpi (for Resistance to P hytophthora i nfestans) genes, (iii) whether breeding strategies and cultural practices determine the durability of new resistance genes, (iv) whether marker-assisted breeding for Phytophthora infestans resistance is already in the stage of adoption, (v) to what extent genetically-modified organism technology can advance realizing late-blight resistant potato cultivars, and (vi) whether modifying R genes will result in novel broad spectrum resistance. Keywords Breeding strategy - Cisgenesis - Durable resistance - Effector molecules - Genetic modification - Late blight - Marker-assisted breeding - R genes
机译:本文报道了有关BIOEXPLOIT项目的科学,农学,社会和经济影响的有趣命题的辩论,重点是马铃薯的晚疫病抗性。它讨论了(i)鉴定病原体效应子是否将有助于选择持久性R基因,(ii)为持久性晚疫病抗性进行育种是否需要部署Rpi(用于抗疫霉菌)基因,(iii)育种策略和文化习俗是否确定新抗性基因的持久性;(iv)疫霉病抗性的标记辅助育种是否已经处于采用阶段;(v)转基因生物技术可以在多大程度上促进实现抗晚疫病的马铃薯品种,以及( vi)修饰R基因是否会导致新的广谱抗性。关键词选育策略-同生发生-持久抗性-效应分子-基因修饰-晚疫病-标记辅助育种-R基因

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