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Differential induction of NPR1 during defense responses in Brassica juncea.

机译:芥菜油菜防御反应过程中NPR1的差异诱导。

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摘要

We have cloned an NPR1-homolog from mustard and found that NPR1 transcript level was elevated in mustard leaves upon treatment with salicylic acid (SA) and during infection with biotrophic fungal pathogen Erysiphe cruciferarum. Conversely, necrotrophic fungal pathogen Alternaria brassicicola, which caused severe tissue necrosis had apparently no effect on BjNPR1 expression. During these challenges the differential activation of SA and jasmonic acid responsive defense pathways was detected using marker genes PR1, defensin and AOC. The BjNPR1 protein was detected as high molecular weight oligomeric and reduced monomeric forms. We identified a monopartite NLS at the C-terminus of BjNPR1 amino acid sequence and transient transformation with NPR1-GFP fusion construct revealed nuclear translocation of BjNPR1 protein upon induction with SA..
机译:我们已经从芥菜中克隆了一个NPR1同源物,发现在用水杨酸(SA)处理以及感染生物营养性真菌病原体十字花科的过程中,芥菜叶中的NPR1转录水平升高。相反,引起严重组织坏死的坏死性真菌病原体黄铜紫病菌显然对BjNPR1表达没有影响。在这些挑战中,使用标记基因PR1,防御素和AOC检测到SA和茉莉酸响应防御途径的差异激活。 BjNPR1蛋白被检测为高分子量寡聚和还原单体形式。我们在BjNPR1氨基酸序列的C端鉴定了单部分NLS,用NPR1-GFP融合构建体进行的瞬时转化揭示了SA诱导后BjNPR1蛋白的核易位。

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