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Natural History of Host-Parasite Interactions

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ISBN-10: 0123747872

ISBN-13: 9780123747877

Edition: 68th 2009

Authors: Joanne P. Webster, Joanne P. Webster

List price: $260.00
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Description:

Ads in relevant publications, included in all subject area mailings, displayed at related exhibits and online * Brings together a range of articles from scientists from different fields of research and / or disease control, but with a common interest in studying the biology of a variety of parasitic diseases * Evolutionary theory has an important role to play in both the interpretation of host and parasitic dynamics and the design and application of disease control programmes
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Book details

List price: $260.00
Edition: 68th
Copyright year: 2009
Publisher: Elsevier Science & Technology
Publication date: 3/24/2009
Binding: Hardcover
Pages: 366
Size: 5.94" wide x 9.00" long x 0.75" tall
Weight: 1.584
Language: English

Contributors
Preface
HLA-Mediated Control of HIV and HIV Adaptation to HLA
Introduction
CD8+ Cytotoxic T Lymphocytes (CTL) and Control of Viraemia
Disease Outcome Mediated by CTL
Immune Escape-Viral Escape Mutations from CTL
HIV Evolution and Immune Selection
Summary
References
An Evolutionary Perspective on Parasitism as a Cause of Cancer
The Cancer Problem
History of Parasitism and Oncogenesis
Mechanisms of Oncogenesis
Transmission Modes and the Evolution of Persistence
Interactions of Causes
Breast Cancer
Testing Infectious Causation of Cancer
Acknowledgments
References
Invasion of the Body Snatchers: The Diversity and Evolution of Manipulative Strategies in Host-Parasite Interactions
Introduction
How Parasites Alter Host Behaviour
A Co-Evolutionary Perspective
The (River) Blind Watchmaker
Concluding Remarks
References
Evolutionary Drivers of Parasite-Induced Changes in Insect Life-History Traits: From Theory to Underlying Mechanisms
Parasites and Host Life-History Traits
Various Changes in Reproductive Traits Seen in Infected Insects
Potential Drivers of Change in Host Reproductive Success
Models for Testing Evolutionary Hypotheses
Indirect Mechanisms Underlying Fecundity Reduction
Life-History Traits in an Ecological Setting
Conclusions
References
Ecological Immunology of a Tapeworms' Interaction with its Two Consecutive Hosts
Introduction
The Model Parasite Schistocephalus Solidus
Phase I: Ingestion, Infection and Establishment
Phase II: Resource Acquisition and Immune Evasion
Phase III: Host Switch and Manipulation
Link Between Hosts in Complex Life Cycles
Concluding Remarks
Acknowledgments
References
Tracking Transmission of the Zoonosis Toxoplasma gondii
Toxoplasma: The Supreme Generalist
Adaptation for Transmission
Parasite Population Genetics
Genetic Variation and Strain Partitioning
Towards Defining Transmission Networks
References
Parasites and Biological Invasions
Introduction
Enemy Release and Parasite Acquisition
Introduced Parasites
Parasite-Host Adaptation
The Impact of Parasitism on Biological Invasions
Wider Community Effects
Future Challenges
Acknowledgments
References
Zoonoses in Wildlife: Integrating Ecology into Management
Introduction
Pathways Linking Pathogens in Wildlife to Other Hosts
Integrating Disease and Wildlife Ecology into Control Strategies
Conclusion
References
Understanding the Interaction Between an Obligate Hyperparasitic Bacterium, Pasteuria Penetrans and its Obligate Plant-Parasitic Nematode Host, Meloidogyne spp.
Introduction
Plant-Parasitic Nematodes, Biological Control and Pasteuria Penetrans
Exploiting Genomics to Understand the P. Penetrans Root-Knot Nematode Biology
Building Cohesion Between Molecules and Populations
A Molecular Approach to Infection and Virulence from an Evolutionary Perspective
Summary, Conclusions and Implications for Biological Control
Acknowledgments
References
Host-Parasite Relations and Implications for Control
Introduction
The Current Strategies for NTD Control
Control of Each NTD
Consequences of Intensive Therapy on Parasite Evolution
Conclusion
Acknowledgments
References
Onchocerca-Simulium Interactions and the Population and Evolutionary Biology of Onchocerca volvulus
Introduction
Methods
Results
Implications for our Understanding of the Population and Evolutionary Biology of O. volvulus and the Control of Human Onchocerciasis
Discussion and Future Research Directions
Acknowledgments
References
Microsporidians as Evolution-Proof Agents of Malaria Control?
Introduction
Effective Control
Sustainable Control
Conclusions
References
Index
Contents of Volumes in This Series