Destructive pest moth stripped of sex appeal by gene editing

Female beet armyworms with a deleted gene don’t produce sex pheromones, which could be exploited as a way to control numbers of this agricultural pest

Destructive pest moth stripped of sex appeal by gene editing

Female beet armyworms with a deleted cistron don’t nutrient enactment pheromones, which could beryllium exploited arsenic a mode to power numbers of this cultivation pest Life 11 December 2021

By Gary Hartley

Beet armyworm / Small mottled willow (Spodoptera exigua) moth connected  Cotton (Gossypium sp) angiosperm  bud.

The beet armyworm is simply a destructive harvest pest

Nigel Cattlin / naturepl.com

Deleting a cistron linked to the accumulation of enactment pheromones successful the beet armyworm (Spodoptera exigua) causes females to suffer their attractiveness to males, offering a caller imaginable way to power the species, considered 1 of the world’s worst cultivation pests.

Shabbir Ahmed astatine Andong National University successful South Korea and his colleagues utilized the CRISPR genome-editing technology to delete the cistron SexiDES5 successful caterpillars of the moth, which provender connected a wide scope of crops specified arsenic vegetables, fabric and flowers. …

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