Flow Cytometry: Applications in Cellular and Molecular Toxicology
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Beschreibung
The book explores the role of flow cytometry in varied fields, from clinical diagnosis to toxicology. This comprehensive book offers insights into biomarkers, cellular analysis, and safety evaluations. Organized into fifteen chapters, this book explores flowcytometry's historical journey, scientific validation, and implementation in toxicity studies with case studies, technical and applied approaches, pictorial representations, informative tables, and simple language, It will be an invaluable resource for researchers, academia, biopharma industries, graduate and postgraduate students, Ph.D., and post-doctoral fellows working in the fields of toxicology/biosafety, and biomedical research.
The book explores the role of flow cytometry in varied fields, from clinical diagnosis to toxicology. This comprehensive book offers insights into biomarkers, cellular analysis, and safety evaluations. Organized into fifteen chapters, this book explores flowcytometry's historical journey, scientific validation, and implementation in toxicity studies with case studies, technical and applied approaches, pictorial representations, informative tables, and simple language, It will be an invaluable resource for researchers, academia, biopharma industries, graduate and postgraduate students, Ph.D., and post-doctoral fellows working in the fields of toxicology/biosafety, and biomedical research.
Explores diverse toxicity mechanisms through flow cytometry across cellular, genomic, and organ-specific levels Provides rapid, high-throughput analyses for neurotoxicity, genotoxicity, and nanoparticle interactions Revolutionizes biomedical research with alternative model systems, minimizing reliance on laboratory animals
Autor*in
AB Pant
Themen in »Flow Cytometry: Applications in Cellular and Molecular Toxicology«
Mitochondrial Health Assessment Xenobiotics-induced Genomic Alterations Apoptosis & Autophagy Detection Genotoxicity Assessment Neurotoxicity Screening via High Throughput Analysis Nanoparticle Uptake Characterization Alternative Model Systems in Biomedical Research