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Toxicogenomics
A Powerful Tool for Toxicity Assessment
Saura C. Sahu (Author)
9780470518236, Wiley
Hardback, published 17 October 2008
448 pages
25.2 x 17.4 x 2.8 cm, 0.88 kg
"For those wishing to gain an insight the potential power of toxicogenomics in toxicity assessment Toxicogenomics: A Powerful Tool for Toxicity Assessment will be if interest." (BTS Newsletter, Summer 2009)
Eine wichtige Zusammenstellung von Beiträgen zur Toxikogenomik für Toxikologen und verwandte Wissenschaftler.
Preface xi List of Contributors xiii Acknowledgments xix Section 1 Design, Analysis and Interpretation Of Toxicogenomics 1 Mechanistic Toxicogenomics: Design and Analysis of Microarray Experiments 3 2 A New Approach to Analysis and Interpretation of Toxicogenomic Gene Expression Data and its Importance in Examining Biological Responses to Low, Environmentally Relevant Doses of Toxicants 27 3 Principles of Data Mining in Toxicogenomics 59 4 Design Issues in Toxicogenomics: The Application of Genomic Technologies for Mechanistic and Predictive Research 87 5 Sources of Variability in Toxicogenomic Assays 101 6 Key Aspects of Toxicogenomic Data Analysis and Interpretation as a Safety Assessment Tool to Identify and Understand Drug-Induced Toxicity 111 Section 2 Applications of Toxicogenomics 7 Toxicogenomics as a Tool to Assess Immunotoxicity 129 8 Toxicogenomics and Ecotoxicogenomics: Studying Chemical Effects and Basic Biology in Vertebrates and Invertebrates 143 9 Gene Expression Profiling of Transplacental Arsenic Carcinogenesis in Mice 159 10 Characterization of Estrogen-active Compounds and Estrogenic Signaling by Global Gene Expression Profiling In Vitro 175 11 Escherichia coli Stress Response as a Tool for Detection of Toxicity 199 12 Toxicogenomics In Vitro: A Powerful Tool for Screening Hepatotoxic Potential of Food-related Products 211 13 Toxicogenomics Approach to Drug-induced Phospholipidosis 225 14 Use of Toxicogenomics as an Early Predictive Tool for Hepatotoxicity 235 15 Nutrigenomics: The Application of Genomics Signatures in Nutrition-related Research 253 16 Application of Toxicogenomics in Drug Discovery 269 Section 3 Toxicogenomics and Risk Assessment 17 Natural Products from Medicinal Plants and Risk Assessment 289 18 The Development of a Metabonomic-based Drug Safety Testing Paradigm 309 19 Potential Uses of Toxicogenomic Biomarkers in Occupational Health and Risk Assessment 345 Section 4 Toxicogenomics for Regulatory Use 20 Toxicogenomics: A Regulatory Perspective 355 21 Toxicogenomics for Regulatory Use: The View from the Bench 365 22 Perspectives on Toxicogenomics Activities at the US Environmental Protection Agency 377
Kirstin Meyer, Susanne Schwenke and Johanna M. Beekman
Julie A. Gosse, Thomas H. Hampton, Jennifer C. Davey and Joshua W. Hamilton
Yoko Hirabayashi and Tohru Inoue Copyrighted Material
Woong-Yang Park, Lian Li and Daehee Kang
Karol Thompson, P. Scott Pine and Barry Rosenzweig
Antoaneta Vladimirova and Brigitte Ganter
Kirsten A. Baken, Janine Ezendam, Jeroen L.A. Pennings, Rob J. Vandebriel and Henk van Loveren
Taisen Iguchi, Hajime Watanabe and Yoshinao Katsu
Jie Liu, Bhalchandra A. Diwan, Raymond Tennant and Michael P. Waalkes
Stephanie Simon, Kathleen Boehme, Susanne U. Schmidt and Stefan O. Mueller
Arindam Mitra, Nabarun Chakraborti and Suman Mukhopadhyay
Saura C. Sahu
Hiroshi Sawada
Laura Suter
Elisavet T. Gatzidou and Stamatios E. Theocharis
Michael J. Liguori, Amy C. Ditewig and Jeffrey F. Waring
Leila Chekir-Ghedira
Muireann Coen, Elaine Holmes, Jeremy K. Nicholson and John C. Lindon
Paul A. Nony
Daniel A. Casciano
P. Ancian, S. Leuillet, S. Arthaud, J.J. Legrand and R. Forster
Karen Hamernik, Kenneth Haymes, Susan Hester and J. Thomas McClintock
Index 397
Subject Areas: Chemistry [PN]
