Radiation, Radioactivity, and Insects
Prepared under the Direction of the American Institute of Biological Sciences for the Division of Technical Information, United States Atomic Energy Commission
Published on 22. October 2013
228 pages
978-1-4832-7081-4 (ISBN)
Description
Radiation, Radioactivity, and Insects focuses on the role of radiation and radioactivity in promoting the understanding of insects, including biochemistry, embryonic development, irradiation, and metabolism. The book first underscores the importance and dominance of insects in the animal kingdom, classification of insects, physiology and biochemistry, and embryonic development. The manuscript then examines the nongenetic effects of radiation, tagging, and insect control by irradiation. Topics include sex and genome number, nutritional status, mechanism of radiation damage, distribution and feeding studies, direct control by irradiation, and radiation effects. The publication takes a look at biochemistry, physiology, and insects and light, as well as amino acid metabolism, protein synthesis, permeability of the central nervous system, digestion and absorption, and elemental turnover. The manuscript then ponders on organophosphorus insecticides, chlorinated hydrocarbons, and miscellaneous insecticides. The book is a dependable source of data for entomologists, biologists, and readers who are interested in the role of radiation in advancing the understanding of insects.
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Content
ContentsForewordPrefaceGlossaryTerms Used for Radiation and RadioactivityChapter 1. Insects 1. Importance and Dominance of Insects in the Animal Kingdom 2. Classification of Insects 3. Anatomy 4. Embryonic Development 5. Physiology and Biochemistry 6. The Advantages of Insects as Experimental Animals Bibliography ReferencesChapter 2. Nongenetic Effects of Radiation 1. Radiation Conditions 2. Sex and Genome Number 3. Age 4. Nutritional Status 5. Oxygen 6. Temperature 7. Other Effects of Radiation 8. The Mechanism of Radiation Damage 9. Endogenous Irradiation ReferencesChapter 3. Tagging 1. Methods 2. Results: Distribution Studies 3. Results: Feeding Studies ReferencesChapter 4. Insect Control by Irradiation 1. Direct Control by Irradiation 2. Equipment 3. Radiation Effects ReferencesChapter 5. Biochemistry 1. Carbohydrate Metabolism 2. Lipid Metabolism 3. Amino Acid Metabolism 4. Protein Synthesis 5. The Labeled-Pool Technique 6. Miscellaneous Topics ReferencesChapter 6. Physiology 1. Digestion and Absorption 2. Uptake and Distribution of Inorganic Materials 3. Elemental Turnover 4. The Permeability of the Central Nervous System 5. Miscellaneous Studies ReferencesChapter 7. Insects and Light 1. Introduction 2. Photoreceptors in Arthropods 3. Responses of Insects to Light 4. Photoperiod and Diapause 5. Diurnal Rhythms ReferencesChapter 8. Organophosphorus Insecticides 1. Labeling 2. Metabolism: Activating and Degrading 3. Alternative Metabolic Pathways 4. Penetration of the Cuticle ReferencesChapter 9. Chlorinated Hydrocarbons 1. DDT Metabolism 2. DDT Absorption 3. "Benzene Hexachloride" 4. Cyclodienes ReferencesChapter 10. Miscellaneous Insecticides 1. Botanicals 2. Arsenates 3. Fumigants 4. Carbamates ReferencesAuthor IndexSubject Index
