期刊论文

Liu, XY;Li, XR

英文

Insects

2075-4450

2024

15

6

459-

10.3390/insects15060459

Conceptualization, X.L. (Xiangrui Li) and X.Z. (Xuguo Zhou); Formal Analysis, C.Z. and X.L. (Xiangrui Li); Funding Acquisition, X.L. (Xiangrui Li) and Y.Z.; Investigation, C.Z., G.W. and L.W.; Project Administration, X.L. (Xiangrui Li), Y.Z. and X.Z. (Xun Zhu); Methodology, C.Z., G.W. and L.W.; Software, X.L. (Xiangrui Li) and C.Z.; Resources, X.L. (Xiangrui Li) and Y.Z.; Supervision, X.L. (Xiangrui Li) and X.L. (Xiangying Liu); Validation, C.Z., X.Z. (Xun Zhu), A.M. and X.L. (Xiangying Liu); Visualization, C.Z., X.Z. (Xun Zhu), and X.L. (Xiangying Liu); Writing—Original Draft, C.Z. and X.L. (Xiangrui Li); Writing—Review and Editing, X.L. (Xiangying Liu), A.M. and X.Z. (Xuguo Zhou). All authors have read and agreed to the published version of the manuscript. This research was supported by the National Key Research and Development Foundation, Ministry of Science and Technology of China (Award number: 2023YFD1700700), National Natural Science Foundation of China (Award number: 32372547), the earmarked fund for CARS (CARS-03).

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Simple Summary: This study investigates the effectiveness of a novel genetics-based biopesticide, miR-184 agomir, against the English grain aphid, Sitobion avenae, a major wheat pest. miR-184 agomir interference significantly reduced aphid survival rates, particularly during their early developmental stages. Life table analysis demonstrated that the application of miR-184 agomir resulted in adverse effects on multiple vital parameters essential for the expansion of the aphid population. Population projection models predicted a substantial decline in the aphid population size at 60 days post-tr...