In this study, pyridaben LC values, resistance ratios, detoxification enzyme activities, synergism tests, and the H92R target-site mutation were investigated in T. urticae populations collected from apple orchards, providing important insights into the biochemical and molecular mechanisms underlying pyridaben resistance and the genetic basis of resistance evolution.
Overall, IQR3 and IQR5 represent promising rhizobacterial candidates for the sustainable management of T. urticae in tomato production and further studies are needed to optimize their formulation, elucidate their mechanisms of action, and validate their efficacy under field conditions.
Said Bahoch, S. Chafiki, Soumaya El Assri et al.· International Journal of Pla...· 0 citations
Within this genetic background, G126S alone appears sufficient to confer high-level resistance, emphasizing the population-specific nature of resistance evolution and the critical need for local monitoring.
E. S. Okulova, Dmitrij D. Skrypka, Olesja D. Bogomaz et al.· Horticulturae· 0 citations
The potential of synergists to improve insecticide efficacy and strengthen insecticide resistance management (IRM) strategies is highlighted and Cytochrome P450 monooxygenases and carboxyl esterases appear more influential in BBPL while glutathione S-transferases are more significant in BPPL.
Q. Sajiya, K. Manoj, S. Arundhati et al.· Plant Science Today· 0 citations
The findings highlight the rapid evolution of pyrethroid resistance and underscore the need for integrated pest management, including molecular monitoring and careful insecticide rotation, to sustain control of M. persicae in Czechia.
J. Stará, Jan Hubert, Pavla Pabiskova et al.· Pest Management Science· 0 citations
This study provides the first report worldwide of SDHI resistance in Monilinia species field isolates linked to aa changes in the SDH subunits and combined SDHI and DMI resistance in peach orchards, highlighting the need for resistance monitoring and management.
J. Gelain, Johanna Wesche, E. Trotter et al.· Phytopathology· 0 citations
Bisulflufen, a novel phenyl trifluoroethyl thioether acaricide, is evaluated against the two‐spotted spider mite, a major global agricultural pest that has developed resistance to nearly all acaricides used for its control.
Hui-Juan Li, Jin-Cui Chen, Bo Peng et al.· Pest Management Science· 0 citations
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