Hot Topics in Physiology – serie

Obesity: Integrating Physiological, Pathophysiological and Clinical Perspectives, a volume in Elsevier's Hot Topics in Physiology series, provides coverage across a wide range of physiological disciplines, covering obesity science at a sufficient level to be understood by physiologists who may not be an expert in all subdisciplines, and with an aim of unifying physiological perspectives on obesity. Divided into three sections, the book covers causes of obesity (e.g., regulation of energy balance), the consequences of obesity (e.g., metabolic, disease risk etc.), and strategies to prevent and/or manage obesity (e.g., bariatric surgery, pharmacotherapy, and lifestyle).This volume is published in association with the International Union of Physiological Sciences (IUPS). It will be of great interest for clinicians, dieticians, exercise physiologists, and molecular biologists.

Space Physiology: From Earth to Space and Back Again provides readers with new and authoritative information about current and important topics related to risks and their countermeasures in space.This book covers translation of Earth-based physiology to astronaut health and Earth applications of space research. Topics include adaptations of various systems to space, including bone, microcirculation, microcirculation, skeletal and smooth muscles, headward fluid shifts, vision as well as integrated countermeasures to maintain well-being and health in space.This is a volume in Elsevier’s series Hot Topics in Physiology, published in association with the International Union of Physiological Sciences. It is an ideal reference for academics and researchers (space physiology and medicine, space radiation, rehabilitation medicine, exercise, wound healing, biochemistry and cell biology, molecular biology) at undergraduate, masters, PhD, and Post-Doc levels.

The Cardiac Conduction System: Evolution, Development, and Therapeutic Potential, the latest release in the Hot Topics in Physiology series, provides the reader a thorough and comprehensive review of this intricate system. The book covers conventional topics: anatomy, electrophysiology, and key cellular characteristics, as well as emerging topics: patient specific computer modelling, induced pluripotent stem cells, and in vivo editing as state-of-the-art treatment strategy. Given the exhaustive coverage of topics, this book is "go-to reference" for the cardiac conduction system for years to come.This volume was published in association with the International Union of Physiological Sciences (IUPS). It is an ideal reference for academics and researchers in anatomy, physiology, cardiology, electrophysiology, biomedical engineering and medical education at Undergrad, Masters, PhD, and Post-Doc levels.