Comparative Toxicogenomics
Toxicogenomics analyses the activity of a particular toxin or chemical substance on living tissue based upon a profiling of its known effects on genetic material. Toxicogenomics is important because it may enhance understanding of mechanisms of toxicity, cellular defence systems, and drug action. If this technique is proven to work, it could be used in a similar way for toxicology and toxin-determination to DNA-testing in the forensic identification of individuals.

Comparative Toxicogenomics provides a timely overview of current achievements and future areas of development including a review of some of the first really fruitful studies made in this area.

* Provides a review of some of the first really fruitful studies made in this area.

* Covers different organisms ranging from humans to model species and environmental sentinels so researchers can see how this technique has been used across different organisms and compare the results of each.

* The chapters transect research interests from identification of toxic action to environmental monitoring providing a broad view of the area increasing its attractiveness to researchers working in a variety of specialties.
1117928499
Comparative Toxicogenomics
Toxicogenomics analyses the activity of a particular toxin or chemical substance on living tissue based upon a profiling of its known effects on genetic material. Toxicogenomics is important because it may enhance understanding of mechanisms of toxicity, cellular defence systems, and drug action. If this technique is proven to work, it could be used in a similar way for toxicology and toxin-determination to DNA-testing in the forensic identification of individuals.

Comparative Toxicogenomics provides a timely overview of current achievements and future areas of development including a review of some of the first really fruitful studies made in this area.

* Provides a review of some of the first really fruitful studies made in this area.

* Covers different organisms ranging from humans to model species and environmental sentinels so researchers can see how this technique has been used across different organisms and compare the results of each.

* The chapters transect research interests from identification of toxic action to environmental monitoring providing a broad view of the area increasing its attractiveness to researchers working in a variety of specialties.
90.49 In Stock
Comparative Toxicogenomics

Comparative Toxicogenomics

by Elsevier Science, Pete Kille
Comparative Toxicogenomics

Comparative Toxicogenomics

by Elsevier Science, Pete Kille

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Overview

Toxicogenomics analyses the activity of a particular toxin or chemical substance on living tissue based upon a profiling of its known effects on genetic material. Toxicogenomics is important because it may enhance understanding of mechanisms of toxicity, cellular defence systems, and drug action. If this technique is proven to work, it could be used in a similar way for toxicology and toxin-determination to DNA-testing in the forensic identification of individuals.

Comparative Toxicogenomics provides a timely overview of current achievements and future areas of development including a review of some of the first really fruitful studies made in this area.

* Provides a review of some of the first really fruitful studies made in this area.

* Covers different organisms ranging from humans to model species and environmental sentinels so researchers can see how this technique has been used across different organisms and compare the results of each.

* The chapters transect research interests from identification of toxic action to environmental monitoring providing a broad view of the area increasing its attractiveness to researchers working in a variety of specialties.

Product Details

ISBN-13: 9780080560021
Publisher: Elsevier Science
Publication date: 09/12/2008
Series: Advances in Experimental Biology Series , #2
Sold by: Barnes & Noble
Format: eBook
Pages: 352
File size: 5 MB

Table of Contents

Joseph R. Shaw, Dartmouth College: 'Daphnia Toxicogenomics'

Professor Joseph Lunec and Dr. Eugene Halligan, King's College London: 'Human Toxicogenomics'

Jake Bundy and Jeremy Nicholson, Imperial College: "Metabolomics and Toxicogenomics"

Chris Vulpe, University of California, Berkely: "Model Organisms of Environmental Toxicogenomics (Ecotoxicological model species - Daphnia, fathead minnow and zebrafish)"

David Spurgeon, CEH Monks Wood: "Non-model organism Toxicogenomics or Earthworm Toxicogenomics"

Charles Tyler, Exeter: "Application of Toxicogenomics for study of endocrine disruption in fish"

Jason Snape, Astra-Zeneca Brixham Enviornmental Laboratories: "Microbial Toxicogenomics"

Jonathan Freedman, NIEHS: "Comparative Toxicogenomics"
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