...白叶枯病；纹枯病 [gap=1710]s: Rice (Oryza sativa L.); Disease resistance; AP1 gene; Selectable marker-free; Bacterial leaf blight; Sheath blight ...
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rice bacterial leaf blight [植保] 稻白叶枯病 ; 水稻白叶枯病 ; 白叶枯病 ; 第二节
Pea bacterial leaf blight 豌豆细菌性叶斑病
Melon bacterial leaf blight 甜瓜细菌性叶枯病
Broad bean bacterial leaf blight 蚕豆叶烧病
bacterial leaf blight of celery 芹菜细菌性时枯病
bacterial leaf blight of rice 稻白叶枯病 ; 水稻白叶枯病菌
ce bacterial leaf blight 稻白叶枯病
ginger bacterial leaf blight 姜细菌性叶枯病
sugarbeet bacterial leaf blight 甜菜细菌性斑枯病
·2,447,543篇论文数据，部分数据来源于NoteExpress
The most common form of the gene makes rice plants more susceptible to bacterial leaf blight but also makes them produce more pollen.
这种基因最常见的形式可以让水稻更容易感染白叶枯病，但是它同时也会让水稻产生更多花粉。
Abstract : Rice bacterial leaf blight rises in epidemic trend in recent years, which is a threat to high and stable rice production.
摘要 水稻白叶枯病近年来在仙居县呈上升流行态势，对水稻高产稳产构成极大威胁。
The results indicate that the BTH induced resistance against the bacterial leaf blight disease was most likely to be a response of systemic acquired resistance.
结果表明，BTH诱导对白叶枯病的抗性是一种系统获得抗性反应。
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