Functional analysis of OsPtila associated protein complex at the plasma membrane in disease resistance

OsPtila是水稻防御反应的负调节因子，在质膜上形成蛋白复合物。研究了osptila相关蛋白复合物的动态。结果表明OsPtila的功能是通过复合物中的蛋白修饰实现的。此外，我们还发现了一种编码质膜H+- atp酶的Osa蛋白，作为该蛋白复合物中的候选因子。我们的分析显示Osa参与了对刺激剂治疗的早期反应。OsPti1a是水稻防御反应的负调节因子，在质膜上形成蛋白复合物。研究了ospti1a相关蛋白复合物的动态。结果表明，OsPti1a通过复合物中的蛋白修饰起作用。此外，我们还发现了一种编码质膜H+- atp酶的Osa蛋白，作为该蛋白复合物中的候选因子。我们的分析显示Osa参与了对刺激剂治疗的早期反应。

OsPtila, which is a negative regulator of defense responses in rice, forms a protein complex at plasma membrane. The dynamics of OsPtila-associated protein complex was investigated. As a result, it was indicated that OsPtila functions through protein modification in the complex. Additionally, we identified an Osa protein, which encodes plasma membrane H+-ATPase, as a candidate factor included in the protein complex. Our analysis revealed that the Osa is involved in the early response to elicitor treatment.OsPti1a, which is a negative regulator of defense responses in rice, forms a protein complex at plasma membrane. The dynamics of OsPti1a-associated protein complex was investigated. As a result, it was indicated that OsPti1a functions through protein modification in the complex. Additionally, we identified an Osa protein, which encodes plasma membrane H+-ATPase, as a candidate factor included in the protein complex. Our analysis revealed that the Osa is involved in the early response to elicitor treatment.