Mosquitoes of India
portes grátis
Mosquitoes of India
Biology, Phylotaxonomy, Host-Parasite Interaction and Resistance Development
Tyagi, B.K.
Taylor & Francis Ltd
03/2025
416
Dura
9781032352244
Pré-lançamento - envio 15 a 20 dias após a sua edição
Descrição não disponível.
Foreword. Preface. Acknowledgment. About the Editor. List of Contributors
Chapter 1. History of Mosquito Research. Chapter 2. Phylogeny, Evolution and Classification. Chapter 3. Biogeography. Chapter 4. Mosquito Inventory of Extant Taxa, National Repositories, and Identification Keys for Dominant Vector Species. Chapter 5. Mosquito Biodiversity. Chapter 6. Mosquitoes as Vectors, Pests and Allergy Causers. Chapter 7. Mosquito Sampling: Theory and Practice in India. Chapter 8. Biology of Mosquitoes. Chapter 9. Ecology and Behaviour.Chapter 10. Mosquito Genomes. Chapter 11. Indian Malarial Vectors: Tissue-Specific Molecular Complexity and Integrative Biology. Chapter 12. Functional Gemomics Indian Malarial Vectors. Chapter 13. Oleuropein-Induced Autophagy: A Plausible Mechanism for Anti-Malarial Drug Resistance. Chapter 14. Vector Dynamics Under the Impact of Climate Change. Chapter 15. Insecticide Resistance. Chapter 16. Target Site Mediated Insecticide Resistance in Major Mosquito Vectors. Chapter 17. Effect of Insecticide Resistance on Biology and Reproductive Fitness of Mosquito Vectors.
Index
Chapter 1. History of Mosquito Research. Chapter 2. Phylogeny, Evolution and Classification. Chapter 3. Biogeography. Chapter 4. Mosquito Inventory of Extant Taxa, National Repositories, and Identification Keys for Dominant Vector Species. Chapter 5. Mosquito Biodiversity. Chapter 6. Mosquitoes as Vectors, Pests and Allergy Causers. Chapter 7. Mosquito Sampling: Theory and Practice in India. Chapter 8. Biology of Mosquitoes. Chapter 9. Ecology and Behaviour.Chapter 10. Mosquito Genomes. Chapter 11. Indian Malarial Vectors: Tissue-Specific Molecular Complexity and Integrative Biology. Chapter 12. Functional Gemomics Indian Malarial Vectors. Chapter 13. Oleuropein-Induced Autophagy: A Plausible Mechanism for Anti-Malarial Drug Resistance. Chapter 14. Vector Dynamics Under the Impact of Climate Change. Chapter 15. Insecticide Resistance. Chapter 16. Target Site Mediated Insecticide Resistance in Major Mosquito Vectors. Chapter 17. Effect of Insecticide Resistance on Biology and Reproductive Fitness of Mosquito Vectors.
Index
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tropical diseases;Dipteran Culicidae;vector-borne diseases;malaria;Encephalitis;dengue
Foreword. Preface. Acknowledgment. About the Editor. List of Contributors
Chapter 1. History of Mosquito Research. Chapter 2. Phylogeny, Evolution and Classification. Chapter 3. Biogeography. Chapter 4. Mosquito Inventory of Extant Taxa, National Repositories, and Identification Keys for Dominant Vector Species. Chapter 5. Mosquito Biodiversity. Chapter 6. Mosquitoes as Vectors, Pests and Allergy Causers. Chapter 7. Mosquito Sampling: Theory and Practice in India. Chapter 8. Biology of Mosquitoes. Chapter 9. Ecology and Behaviour.Chapter 10. Mosquito Genomes. Chapter 11. Indian Malarial Vectors: Tissue-Specific Molecular Complexity and Integrative Biology. Chapter 12. Functional Gemomics Indian Malarial Vectors. Chapter 13. Oleuropein-Induced Autophagy: A Plausible Mechanism for Anti-Malarial Drug Resistance. Chapter 14. Vector Dynamics Under the Impact of Climate Change. Chapter 15. Insecticide Resistance. Chapter 16. Target Site Mediated Insecticide Resistance in Major Mosquito Vectors. Chapter 17. Effect of Insecticide Resistance on Biology and Reproductive Fitness of Mosquito Vectors.
Index
Chapter 1. History of Mosquito Research. Chapter 2. Phylogeny, Evolution and Classification. Chapter 3. Biogeography. Chapter 4. Mosquito Inventory of Extant Taxa, National Repositories, and Identification Keys for Dominant Vector Species. Chapter 5. Mosquito Biodiversity. Chapter 6. Mosquitoes as Vectors, Pests and Allergy Causers. Chapter 7. Mosquito Sampling: Theory and Practice in India. Chapter 8. Biology of Mosquitoes. Chapter 9. Ecology and Behaviour.Chapter 10. Mosquito Genomes. Chapter 11. Indian Malarial Vectors: Tissue-Specific Molecular Complexity and Integrative Biology. Chapter 12. Functional Gemomics Indian Malarial Vectors. Chapter 13. Oleuropein-Induced Autophagy: A Plausible Mechanism for Anti-Malarial Drug Resistance. Chapter 14. Vector Dynamics Under the Impact of Climate Change. Chapter 15. Insecticide Resistance. Chapter 16. Target Site Mediated Insecticide Resistance in Major Mosquito Vectors. Chapter 17. Effect of Insecticide Resistance on Biology and Reproductive Fitness of Mosquito Vectors.
Index
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
