Susanne Klaus - Böcker

Today we know that white and brown adipocytes share many metabolic and molecular pathways, although their physiological function, i.e., energy storage and energy dissipation, respectively, are quite opposite for WAT (white adipose tissue) and BAT (brown adipose tissue). The authors in this book provide a comprehensive volume covering the whole range of topics of adipose biology from morphology to function, development to physiological and molecular regulation and heterogeneity. Their aim is specifically to tie together most recent findings on molecular mechanisms of adipocyte development and gene expression with the most important histological, physiological, and metabolic characteristics of the different adipose tissues.

Today we know that white and brown adipocytes share many metabolic and molecular pathways, although their physiological function, i.e., energy storage and energy dissipation, respectively, are quite opposite for WAT (white adipose tissue) and BAT (brown adipose tissue). The authors in this book provide a comprehensive volume covering the whole range of topics of adipose biology from morphology to function, development to physiological and molecular regulation and heterogeneity. Their aim is specifically to tie together most recent findings on molecular mechanisms of adipocyte development and gene expression with the most important histological, physiological, and metabolic characteristics of the different adipose tissues.

This book gives an up-to-date account of the current knowledge of cold adaptation in animals, including phenomena like hibernation, daily torpor, thermoregulation and thermogenesis, metabolic regulation, freeze tolerance, anaerobiosis, metabolic depression and related processes. For the next four years - until the 12th International Hibernation Symposium - it will serve as a state-of-the-art reference source for every scientist and graduate student working in these areas of physiology and zoology.

This book gives an up-to-date account of the current knowledge of cold adaptation in animals, including phenomena like hibernation, daily torpor, thermoregulation and thermogenesis, metabolic regulation, freeze tolerance, anaerobiosis, metabolic depression and related processes. For the next four years - until the 12th International Hibernation Symposium - it will serve as a state-of-the-art reference source for every scientist and graduate student working in these areas of physiology and zoology.