Javed Khadija, Wang Yong, Javed Humayun, Humayun Talha, Humayun Ayesha
Department of Plant Pathology, Agriculture College, Guizhou University, Guiyang 550025, China.
Department of Mountain Agriculture and Environmental Sciences, Kohsar University Murree, Murree 47150, Pakistan.
Microorganisms. 2022 May 24;10(6):1080. doi: 10.3390/microorganisms10061080.
The emerging elicitor protein Hrip1 was evaluated for sublethal effects and biocontrol potential in the common bean . In Matsumura, purified elicitor protein Hrip1 was investigated for impacts on endurance, life expectancy, juvenile expansion, fully grown procreative performance, and pathogen-pest interface. The multi-acting entomopathogenic effects of the active compounds of active on Hrip1 in common bean ( L.) plants were also investigated. population expansion was reduced by Hrip1 treatments (second and third generations). In a host selection test, control plants colonized quicker than Hrip1-treated plants. Hrip1 influenced the longevity, development, and fertility of insects. Hrip1-elicitor protein concentrations aided nymph development. Similarly, seedlings treated with Hrip1 generated fewer offspring than seedlings not treated with Hrip1. Hrip1 altered plant height and leaf surface structure, reducing reproduction and colonization. Hrip1-treated seedlings exhibited somewhat increased amounts of jasmonic acid, salicylic acid, and ethylene (ET). The integrated management of insect pests and biocontrol with Hrip1 in the agroecosystem appears to be suitable against based on these findings.
对新出现的激发子蛋白Hrip1在菜豆中的亚致死效应和生物防治潜力进行了评估。在松村，对纯化的激发子蛋白Hrip1对耐力、寿命、幼虫发育、成年繁殖性能和病虫害界面的影响进行了研究。还研究了菜豆（L.）植株中对Hrip1有活性的活性化合物的多效性昆虫病原效应。Hrip1处理（第二代和第三代）使种群扩张减少。在寄主选择试验中，对照植株比用Hrip1处理的植株更快地被定殖。Hrip1影响昆虫的寿命、发育和繁殖力。Hrip1激发子蛋白浓度有助于若虫发育。同样，用Hrip1处理的幼苗产生的后代比未用Hrip1处理的幼苗少。Hrip1改变了株高和叶片表面结构，减少了繁殖和定殖。用Hrip1处理的幼苗中茉莉酸、水杨酸和乙烯（ET）的含量略有增加。基于这些发现，在农业生态系统中利用Hrip1进行害虫综合管理和生物防治似乎适合防治…… （原文此处against后内容缺失）
