The liver: biology and pathobiology
The first major text to link the discoveries of basic biology to the understanding and clinical management of liver diseases, The Liver: Biology and Pathobiology has long been a classic in gastroenterology and hepatology. Now, this landmark work has been thoroughly revised and updated to reflect recent groundbreaking achievements in the laboratory and clinic. More than 100 world-renowned investigators provide a definitive account of current concepts on the structure and function of the liver and the mechanisms underlying liver diseases. This edition has been pared down to a smaller, more user-friendly size and focused more sharply on the most important advances. A Brandon-Hill recommended title.
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Liver Regeneration 591
Fundamentals of Cellular Osmoregulation 207 H W19 Liver and Iron
The Extracellular Matrix of the Liver 469 H W31 Liver Regeneration
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actin activity amino apoptosis ATPase basolateral bile acid bile duct biliary bilirubin binding Biochem Biol Chem brane Cai2 caspase caveolae Cell Biol cellular cholangiocytes cholestasis cholesterol clathrin cloning coated complex copper cytoplasmic cytosolic disease domain dynamin encoding endocytosis endosomes endothelial cells enzyme epithelial cells expression formation function gap junction gene Genet Golgi growth factor hepatic Hepatology hormone human increased induced inhibition injury insulin integrin interaction intracellular involved iron isoforms kinesin Kupffer cells leptin ligand lipid lysosomes mechanisms mediated metabolism mice mitochondria molecular molecules mouse mRNA MRP2 mutations normal ntcp nuclear organic anion pathway peroxisomal phosphorylation Physiol PI 3-kinase pit cells plasma membrane polarized Proc protein kinase rat hepatocytes rat liver receptor regulation reperfusion role secretion secretory sequence signaling sinusoidal specific stellate cells structure studies substrate subunits syndrome synthesis targeting tein tight junctions tion tissue trafficking trans transcription factors transferrin transport uptake vesicles vitro vivo