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Insect Control
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AbstractThe article contains sections titled:1.Insects as Enemies of Man1.1.Development of Insecticides1.2.Insect Resistance to Insecticides1.2.1.Cross‐Resistance and Multiple Resistance1.2.2.Persistence of Genes for Insecticide Resistance1.3.Resurgence and Secondary Pests1.4.Insecticides and Environmental Quality1.5.Integrated Pest Management2.Inorganic Insecticides2.1.Arsenicals2.2.Fluorides3.Natural Product Insecticides3.1.Nicotinoids3.2.Rotenoids3.3.Veratrine Alkaloids3.4.Ryanodine3.5.Pyrethroid Insecticides3.5.1.Synthetic Pyrethroids3.5.1.1.Chrysanthemate Esters3.5.1.2.Chrysanthemate Analogues3.5.1.3.Phenylacetate Esters3.5.2.Mode of Action3.5.3.Environmental Toxicology3.5.4.Pyrethroid Synergists4.Dinitrophenols5.Organochlorine Insecticides5.1.DDT and Derivatives5.1.1.Mode of Action5.1.2.Environmental Toxicology5.2.Hexachlorocyclohexanes5.3.Cyclodienes5.4.Chlorinated Camphenes6.Organophosphorus Insecticides6.1.Phosphoric Acid Anhydrides6.2.Vinyl Phosphates6.3.Aliphatic Phosphorothioate Esters6.4.Phosphorothioate Esters of Phenols6.5.Phosphonothioate Esters of Phenols6.6.Phosphorothioate Esters of Heterocyclic Enols6.7.Phosphorothioate Esters of S‐MethylHeterocycles6.8.Miscellaneous Organophosphorus Esters6.9.Mode of Action and Toxicity6.9.1.Inhibition of Acetylcholinesterase6.9.2.Delayed Neuropathy6.9.3.Selective Toxicity6.10.Environmental Toxicology7.Carbamate Insecticides7.1.Dimethylcarbamates of Heterocyclic Enols7.2.Methylcarbamates of Phenols7.3.Methylcarbamates of Oximes7.4.Mode of Action7.5.Environmental Toxicology8.Formamidines9.Insect Growth Regulators9.1.Juvenoids9.2.Chitin Synthesis Inhibitors10.Other Types of Insecticides11.Fumigants12.Microbial Insecticides13.Genetic Control13.1.Sterile Male Release13.2.Chemosterilants13.3.Host Plant Resistance14.Repellents14.1.Repellents for Plant‐Feeding Insects14.2.Repellents for Blood‐Feeding Insects14.3.Repellents for Wood‐Feeding Insects14.4.Repellents for Fabric‐Eating Pests15.Attractants15.1.Sex Pheromone Attractants15.2.Aggregation Pheromones15.3.Kairomone Attractants16.Insecticide Formulation17.Insecticide Residues in Foods17.1.Residue Persistence17.2.Environmental Chemistry of Insecticide Residues17.2.1.Inactivation17.2.2.Activation17.3.Toxicology of Insecticide Residues
Title: Insect Control
Description:
AbstractThe article contains sections titled:1.
Insects as Enemies of Man1.
1.
Development of Insecticides1.
2.
Insect Resistance to Insecticides1.
2.
1.
Cross‐Resistance and Multiple Resistance1.
2.
2.
Persistence of Genes for Insecticide Resistance1.
3.
Resurgence and Secondary Pests1.
4.
Insecticides and Environmental Quality1.
5.
Integrated Pest Management2.
Inorganic Insecticides2.
1.
Arsenicals2.
2.
Fluorides3.
Natural Product Insecticides3.
1.
Nicotinoids3.
2.
Rotenoids3.
3.
Veratrine Alkaloids3.
4.
Ryanodine3.
5.
Pyrethroid Insecticides3.
5.
1.
Synthetic Pyrethroids3.
5.
1.
1.
Chrysanthemate Esters3.
5.
1.
2.
Chrysanthemate Analogues3.
5.
1.
3.
Phenylacetate Esters3.
5.
2.
Mode of Action3.
5.
3.
Environmental Toxicology3.
5.
4.
Pyrethroid Synergists4.
Dinitrophenols5.
Organochlorine Insecticides5.
1.
DDT and Derivatives5.
1.
1.
Mode of Action5.
1.
2.
Environmental Toxicology5.
2.
Hexachlorocyclohexanes5.
3.
Cyclodienes5.
4.
Chlorinated Camphenes6.
Organophosphorus Insecticides6.
1.
Phosphoric Acid Anhydrides6.
2.
Vinyl Phosphates6.
3.
Aliphatic Phosphorothioate Esters6.
4.
Phosphorothioate Esters of Phenols6.
5.
Phosphonothioate Esters of Phenols6.
6.
Phosphorothioate Esters of Heterocyclic Enols6.
7.
Phosphorothioate Esters of S‐MethylHeterocycles6.
8.
Miscellaneous Organophosphorus Esters6.
9.
Mode of Action and Toxicity6.
9.
1.
Inhibition of Acetylcholinesterase6.
9.
2.
Delayed Neuropathy6.
9.
3.
Selective Toxicity6.
10.
Environmental Toxicology7.
Carbamate Insecticides7.
1.
Dimethylcarbamates of Heterocyclic Enols7.
2.
Methylcarbamates of Phenols7.
3.
Methylcarbamates of Oximes7.
4.
Mode of Action7.
5.
Environmental Toxicology8.
Formamidines9.
Insect Growth Regulators9.
1.
Juvenoids9.
2.
Chitin Synthesis Inhibitors10.
Other Types of Insecticides11.
Fumigants12.
Microbial Insecticides13.
Genetic Control13.
1.
Sterile Male Release13.
2.
Chemosterilants13.
3.
Host Plant Resistance14.
Repellents14.
1.
Repellents for Plant‐Feeding Insects14.
2.
Repellents for Blood‐Feeding Insects14.
3.
Repellents for Wood‐Feeding Insects14.
4.
Repellents for Fabric‐Eating Pests15.
Attractants15.
1.
Sex Pheromone Attractants15.
2.
Aggregation Pheromones15.
3.
Kairomone Attractants16.
Insecticide Formulation17.
Insecticide Residues in Foods17.
1.
Residue Persistence17.
2.
Environmental Chemistry of Insecticide Residues17.
2.
1.
Inactivation17.
2.
2.
Activation17.
3.
Toxicology of Insecticide Residues.
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