الصفحة 1
الصفحة 1
Oil-in-Water Nanosized Emulsions for Drug Delivery and Targeting
ompiles the step-by-step investigations made concerning the potential of nanosized emulsions on both drug delivery and drug targeting areas by different group of scientists in various laboratories across the world Inverts the common nano-emulsions coverage trend of focusing on focused on the particulate system itself, instead exploring the way to turn nanosized emulsions as biomedical tool, as well as, treating the in vitro and in vivo aspects after administration Provides an overview of the current state-of-the art regarding the development of tocol emulsions, emulsion adjuvants in immunization research, oxygen-carrying emulsions (called as fluorocarbon emulsion) and emulsions for delivering drugs to nasal and topical (ocular and transdermal) routes
Drug Addiction : From Basic Research to Therapy
Drug Addiction: From Basic Research to Therapy provides a comprehensive overview of physiological, biochemical, genetic and behavioral pathways underlying drug addiction. Focusing on fundamental neurophysiological processes that overlap between drug addiction and other CNS disorders, this volume covers the translation of basic research into novel therapies, not only of drug addiction but a spectrum of related CNS disorders, including pain. Chapters are written by leading scientists with widely ranging expertise in synthetic and computational chemistry, molecular biology, genetics, neurosciences, drug discovery and development, drug targeting, and quantitative therapeutics, providing an unprecedented overview of a complex field of high societal signficance.
Cancer drug resistance : methods and protocols
Discusses the latest techniques used to identify cancer drug resistance determinants at the molecular, cellular, and functional levels. Chapters in this book cover up-to-date topics including tumor-microenvironment cell co-culture methods and microfluidics systems; workflows for functional assessment of drug resistance in vitro and in vivo; quantitative techniques for identifying quiescent blood-flow circulating cells; and single-cell characterization methods, such as mass cytometry.
