Combating Resistance to Xenobiotics: Biological and Chemical ApproachesMartyn Glenn Ford |
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84 pages matching insecticide resistance in this book
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Contents
The attitude and role of the agrochemical industry towards pesticide | 26 |
Countering drug resistance in eimerian parasites of the fowl | 54 |
Genetic basis of fungicide resistance | 74 |
Copyright | |
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activity antibiotics aphid application Aspergillus nidulans atrazine bacteria benomyl benzimidazoles bioassay Biochem biosynthesis blowfly carbamate cell chemical chlortoluron compounds control failure Crop Protection cross-resistance cyromazine Davidse Dennehy detected development of resistance Devonshire diazinon dicofol dieldrin disease dose drugs ear tags effects Entomol enzyme ethirimol factors fenpropimorph field populations flies flystrike frequency fungi fungicide fungicide resistance genetic genotypes Georghiou glyphosate Gressel herbicide herbicide resistance horn fly houseflies increased inhibition inhibitors insecticide resistance insects insensitive isolates laboratory major genes membrane metabolism mixture mode of action models monitoring mutants myosuroides Neurospora crassa organophosphorus pathogen Peldon penicillin permethrin pest Pestic pesticide resistance phenotypes Physiol plants polygenes potential powdery mildew pyrethroid pyrethroid resistance residues resis resistance genes resistance mechanisms resistant strains response Rothamsted Salmonella Sawicki seed selection pressure sensitivity sheep blowfly species spider mites spray sterol strategies studies susceptible Table treatment triadimenol triazine triazine resistance weed