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Physical mapping of NBS-coding resistance genes to the Me-gene cluster on chromosome P9 reveals markers tightly linked to the N gene for root-knot nematode resistance in pepper

机译:NBS编码抗性基因到P9染色体上Me基因簇的物理作图揭示了与N基因紧密相关的标记,用于辣椒的根结线虫抗性

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摘要

Natural root-knot nematode resistance genes are unique resources to control this major pest in pepper (Capsicum annuum). Although four genes (Me1, Me3, Me7 and N) conferring broad-spectrum resistance were mapped to a cluster in a 28-cm interval on chromosome P9, limited markers targeting this region were available. In the present study, the Me-gene cluster was structurally annotated for resistance genes to develop markers targeting the N gene. As a result, the Me-gene cluster (4.07 Mb in size) was found to contain three resistance gene hotspots. In addition, a SSR maker tightly linked to the N gene (0.8 cM away) was developed for marker-assisted selection in pepper.
机译:天然的根结线虫抗性基因是控制辣椒中这种主要害虫的独特资源。尽管将赋予广谱抗性的四个基因(Me1,Me3,Me7和N)定位在染色体P9上28厘米间隔处的簇上,但是靶向该区域的有限标记是可用的。在本研究中,对Me基因簇在结构上标注了抗性基因,以开发针对N基因的标记。结果,发现Me基因簇(大小为4.07 Mb)包含三个抗性基因热点。此外,还开发了与N基因(相距0.8 cM)紧密相连的SSR标记,用于辣椒中的标记辅助选择。

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