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Following a general update of the Genetic Toxicology TGs in 2015, the present Document was written to provide succinct and useful information to individuals unfamiliar with genetic toxicology testing, as well as experienced individuals wishing to obtain an overview of the recent changes that were made to the TGs during the recent round of revisions. It provides: 1) general background and historical information on the OECD genetic toxicology TGs; 2) a brief overview of the important types of genetic damage evaluated by these tests; 3) a description of the retained TGs; and 4) the issues and changes addressed therein during the revision process.
Genetic toxicology --- Genotoxicity --- Genotoxicology --- Toxicology --- Biochemical genetics --- Medical genetics --- Carcinogenesis --- Chemical mutagenesis --- Genetic aspects --- Genetic toxicology.
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Environmental Pollutants. --- Mutagens. --- Mutation. --- Genetic toxicology --- Toxicologie génétique
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Following the OECD Council decision, the Test Guideline 479 ‘Genetic Toxicology: In vitro Sister Chromatid Exchange Assay in Mammalian Cells’ was deleted on 2nd April 2014.
Genetic toxicology --- Genotoxicity --- Genotoxicology --- Toxicology --- Biochemical genetics --- Medical genetics --- Carcinogenesis --- Chemical mutagenesis --- Genetic aspects
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Suite à la décision du Conseil de l’OCDE, l’essai 484 "Toxicologie Génétique : Spot Test chez la Souris" a été supprimé le 2 avril 2014.
Genetic Toxicology --- Genotoxicity --- Genotoxicology --- Toxicology --- Biochemical genetics --- Medical genetics --- Carcinogenesis --- Chemical mutagenesis --- Genetic aspects
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Following the OECD Council decision, the Test Guideline 481 ‘Genetic Toxicology: Saacharomyces cerevisiae, Miotic Recombination Assay’ was deleted on 2nd April 2014.
Genetic toxicology --- Genotoxicity --- Genotoxicology --- Toxicology --- Biochemical genetics --- Medical genetics --- Carcinogenesis --- Chemical mutagenesis --- Genetic aspects
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Carcinogenesis covers molecular, biochemical and cellular processes that underpin this field. The complex nature of cancer means that a broad understanding of these processes is advantageous when designing novel preventative, therapeutic or diagnostic strategies. This book commences with chapters discussing cancer predisposition and pre-cancerous lesions. Factors that initiate or progress cancer development, including viral, hormonal, oncogenic and biochemical stimuli are then described, as are interactions with the cancer extracellular environment. Animal models are particularly useful for evaluating therapeutic or chemopreventive agents and examples are presented. Finally, natural products that ether prevent or treat cancer are described. Together these topics will provide the reader with examples of the latest cutting edge research and discoveries, with the goal of stimulating further advances.
Carcinogenesis. --- Cancer --- Oncogenesis --- Pathogenesis of cancer --- Tumorigenesis --- Pathology --- Genetic toxicology --- Pathogenesis --- Oncology
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Genetic toxicology --- Genomics --- Proteomics --- Genetic toxicology. --- Genomics. --- Proteomics. --- Genome research --- Genomes --- Genotoxicity --- Genotoxicology --- Toxicology --- Research --- Genetic aspects --- Molecular biology --- Proteins --- Molecular genetics --- Biochemical genetics --- Medical genetics --- Carcinogenesis --- Chemical mutagenesis
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Chemical mutagenesis --- Environmentally induced diseases --- Carcinogenesis --- Cancer --- Oncogenesis --- Pathogenesis of cancer --- Tumorigenesis --- Pathogenesis --- Pathology --- Genetic toxicology --- Mutagenesis
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Genetic toxicology --- Genetics --- Research --- Genotoxicity --- Genotoxicology --- Toxicology --- Genetic aspects --- Genetic Structures --- Genetic Phenomena --- Biochemical genetics --- Medical genetics --- Carcinogenesis --- Chemical mutagenesis --- Mutagenesis. --- Toxicogenetics.
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Gathering together leading authors and scientists at the forefront of the field, An Introduction to Toxicogenomics provides a comprehensive overview of this new subdiscipline. With a focus on toxicology, it introduces the overall concept underlying microarray/oligonucleotide array-based genomic analysis and how it fits into the field of biomedical research. These discussions provide an overview to the actual mechanics of the analyses themselves and offer insights on handling and quality control. An important feature is the book's focus on the basics of data analysis and clustering methods, such as genetic algorithms, used for analyzing large-scale datasets derived from gene chip expression data.
Genetic toxicology. --- Genomics. --- Proteomics. --- Gene expression. --- Toxicologie génétique --- Génomique --- Protéomique --- Expression génique --- Basic Sciences. Bioinformatics --- Proteomics --- Toxicologie génétique --- Génomique --- Protéomique --- Expression génique
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