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Chitin oligosaccharide elicitor-binding protein

机译:几丁质寡糖激发子结合蛋白

摘要

The present inventors have isolated and purified elicitor binding protein in good yield by combining the development of the column with APEA derivative, precolumn for non-specific adsorption material removal, the elution method effective. Were successfully isolated a cDNA N-terminal thus obtained, and by using the internal chain amino acid sequence encoding the protein of the present invention from the rice cDNA library. In addition, when the purified anti-Con A-CEBiP antibody to examine the effect on the elicitor responsiveness of active oxygen production, active oxygen production was inhibited by pretreatment with the antibody, the protein chitin oligosaccharide elicitor response It is a receptor protein involved was suggested. Since induce blast resistance to rice, the protein of the present invention, the elicitor can be applied to the development of disease control novel techniques.
机译:通过将柱的开发与APEA衍生物,用于非特异性吸附材料去除的预柱结合,洗脱方法有效,本发明人以高产率分离和纯化了激发子结合蛋白。通过从水稻cDNA文库中使用编码本发明蛋白质的内链氨基酸序列,成功地分离出了如此获得的cDNA N-末端。另外,在检查纯化的抗Con A-CEBiP抗体对活性氧产生的激发子应答性的影响时,通过用该抗体的预处理抑制了活性氧产生,涉及的几丁质寡糖激发子应答蛋白是参与的受体蛋白。建议。由于诱导对稻米的稻瘟病抗性,稻米是本发明的蛋白质,因此可以将其用于疾病控制新技术的开发。

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