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[普通小麦收集材料中对叶锈病有效幼苗抗性的遗传控制]

[Genetic control of effective juvenile resistance to leaf rust in collection accessions of Triticum aestivum L].

作者信息

Tyryshkin L G

出版信息

Genetika. 2006 Mar;42(3):377-84.

Abstract

Of 153 accessions reported to be resistant to leaf rust (Puccinia recondita Rob. ex. Desm.), only 70 were not affected by a pooled P. recondita population. According to phytopathological tests (inoculation with test clones), 14 accessions contained the Lr19 gene; 36, the Lr24 gene; 1, the Lr41 gene; and 19 presumably had the Lr9 gene. The presence of these resistance genes was confirmed by hybrid analysis for 26 accessions. Of 28 accessions reported to carry new effective resistance genes other than the known genes, 23 were affected by the P. recondita population. In four of the other five accessions, resistance proved to be controlled by known genes. Possible causes of false identification of new effective leaf rust resistance genes in wheat are discussed.

摘要

在报告对叶锈病(隐匿柄锈菌Rob. ex. Desm.)具有抗性的153份材料中,只有70份未受隐匿柄锈菌混合群体的影响。根据植物病理学测试(用测试克隆进行接种),14份材料含有Lr19基因;36份含有Lr24基因;1份含有Lr41基因;19份可能含有Lr9基因。通过杂交分析证实了26份材料中这些抗性基因的存在。在报告携带已知基因以外新的有效抗性基因的28份材料中,23份受隐匿柄锈菌群体的影响。在其他5份材料中的4份中,抗性被证明是由已知基因控制的。文中讨论了小麦中新的有效叶锈病抗性基因错误鉴定的可能原因。

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