Experimental study reveals genetic loci conferring toxin resistance across laboratory models, highlighting new targets for insecticide development.
reduced OA tolerance. Our identification of genes contributing to OA resistance in laboratory and natural contexts demonstrates how complementary selection approaches can provide insights into complex mechanisms of toxin susceptibility and adaptation. Such methods could have practical applications in the characterization of natural and artificial insecticides.
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Marconcini et al. (2026) studied this question.
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