Linda Grigoraki

This study shows that combining different molecular mechanisms increases insecticide resistance in Anopheles gambiae, with implications for resistance management.

This study identifies multiple insecticide resistance mechanisms in Angolan Aedes aegypti using transcriptomic analysis, revealing shared and novel resistance genes compared to other regions.

The paper assesses insecticide resistance in Tunisian mosquitoes, identifying resistance mutations and suggesting control strategies.

This study assesses cross-resistance to transfluthrin in mosquitoes, showing resistance mechanisms reduce its efficacy in vector control.

This study identifies cannabidiol and its semisynthetic analogues as potential synergists to enhance insecticide efficacy against pyrethroid-resistant malaria mosquitoes.

The paper identifies P450 enzymes responsible for pyrethroid resistance in Bactrocera oleae by comparing transcriptomes and testing enzyme activity.

This study functionally validates the L1014F kdr mutation's role in pyrethroid resistance in Anopheles gambiae and shows its interaction with detoxification enzymes.