2023 article

Structural and functional insights into the ATP-binding cassette transporter family in the corn planthopper, Peregrinus maidis

Wang, Y.-H., Klobasa, W., Chu, F.-C., Huot, O., Whitfield, A. E., & Lorenzen, M. (2023, April 8). INSECT MOLECULAR BIOLOGY.

By: Y. Wang n, W. Klobasa n, F. Chu n, O. Huot n, A. Whitfield n & M. Lorenzen n 

author keywords: ABC transporters; Hemiptera; RNA interference (RNAi); transcriptome
TL;DR: Transcriptomic data and RNAi results presented here will no doubt assist with the development of new control methods for this pest and each phenotype is similar to that found when targeting the orthologous gene in other species and it demonstrates their potential in RNAi‐based P. maidis control. (via Semantic Scholar)
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Source: Web Of Science
Added: May 1, 2023

AbstractThe corn planthopper, Peregrinus maidis, is an economically important pest of maize and sorghum. Its feeding behaviour and the viruses it transmits can significantly reduce crop yield. The control of P. maidis and its associated viruses relies heavily on insecticides. However, control has proven difficult due to limited direct exposure of P. maidis to insecticides and rapid development of resistance. As such, alternative control methods are needed. In the absence of a genome assembly for this species, we first developed transcriptomic resources. Then, with the goal of finding targets for RNAi‐based control, we identified members of the ATP‐binding cassette transporter family and targeted specific members via RNAi. PmABCB_160306_3, PmABCE_118332_5 and PmABCF_24241_1, whose orthologs in other insects have proven important in development, were selected for knockdown. We found that RNAi‐mediated silencing of PmABCB_160306_3 impeded ovary development; disruption of PmABCE_118332_5 resulted in localized melanization; and knockdown of PmABCE_118332_5 or PmABCF_24241_1 each led to high mortality within five days. Each phenotype is similar to that found when targeting the orthologous gene in other species and it demonstrates their potential for use in RNAi‐based P. maidis control. The transcriptomic data and RNAi results presented here will no doubt assist with the development of new control methods for this pest.