Continuing progress has been made since the first edition of Artificial Liver Support was published. Liver transplantation has however become an estab lished therapy for a relatively small number of patients who remain patients for life. There therefore continues to be a great need for the development of other forms of artificial liver support. Improved intensive care utilizing improved plasma exchange, dialysis, sclerotherapy, and intracranial pressure monitoring have improved survival in fulminant hepatic failure. Progress has also been made in lipid membrane detoxification, in cell cultures, and in cell transplantation, and the isolation of various liver cell growth factors has led to deep insight into the mechanisms of liver regeneration. This book gives the clinician and the researcher detailed information about established new methods of clinic work and laboratory research, and describes new experimental approaches indicating the direction of future research. G. BRUNNER M. Mno Preface to the First Edition The regenerative capacity of the liver cell is almost unlimited. Therefore after acute liver damage, be it viral, toxic, hypoxic, or surgical in origin, restitutio ad integrum is the usual outcome. In two forms of liver disease, however, this is not the case: in fulminant hepatic failure, liver regeneration often is not fast enough to keep the organism alive; in end-stage cirrhosis, regeneration is disturbed by a hypertrophic architecture of fibrotic tissue. For these extreme forms of liver disease and for critical situations before and after liver surgery, artificial liver support is needed.

I: General Aspects of Hepatic Failure

Acute Liver Failure: History and Epidemiology
Biochemistry of Liver Failure
Mechanisms of Liver Cell Destruction
Morphologic Aspects of Hepatic Regeneration
Mechanisms of Regulation of Liver Regeneration
Liver Regeneration: Molecular Mechanisms of Growth Control
Animal Models of Hepatic Failure and Hepatic Encephalopathy
Methods for the Assessment of Liver Function and Liver Regeneration
Assessment of Liver Function in Donors by Use of the MEGX Test
History of Artificial Liver Support
II: Conservative Treatment
Conservative Clinical Treatment of Acute Liver Failure
Diagnosis and Therapy of Increased Intracranial Pressure and Brain Edema in Fulminant Hepatic Failure
III: Hemoperfusion, Liver Perfusion, Dialysis, and Plasma Exchange
Absorption Therapy in Acute Liver Failure: A Critical Resumé
Selective Sorbent Hemoperfusion for Endotoxin
Thermodynamic Criteria for the Removal of Certain Hepatic Insufficiency Markers from Protein-Containing Solutions
Extracorporeal Hemoperfusion Over the Human and Baboon Liver
Improved Methods of Extracorporeal Liver Perfusion for Temporary Replacement of Liver Function
Pulmonary Microembolism Due to Plasma Exchange Replaced by Fresh Frozen Plasma
Improved Plasma Exchange for the Treatment of Fulminant Hepatic Failure by Plasma Replacement into the Femoral Artery
IV: Isolated and Immobilized Hepatocytes and Liver Tissue
Cryopreserved Hepatocytes for Fluid Bed Reactors
Artificial Cells for Artificial Liver Support
Characteristics of Hepatocytes Immobilized Within Calcium Alginate and of a Bioreactor for Artificial Liver Support
Immobilized Isolated Liver Cells on a Biomatrix
Transplantation of Hepatocytes into the Spleen
Problems and Controversieswith Transplantation of Isolated Hepatocytes for Artificial Liver Support
V: Enzymatic Liver Support and Lipophilic Hollow-Fiber Membranes
Enzyme Preparation for Optimal Extracorporeal Enzymatic Detoxification
Lipophilic Hollow Fiber Membranes for Enzymatic and Nonenzymatic Detoxification of Endogenous Lipophilic Toxins in Liver Disease
Removal of Lipophilic Toxins from Blood by Matrix-Supported Lipid Materials
Development of a Machine for Extracorporeal Removal of Lipophilic and Hydrophilic Toxins in Liver Failure
VI: Surgical Support and Transplantation
Can Resection of Cirrhotic Liver Stimulate Liver Regeneration?
Intravasal Sclerotherapy of Esophagus and Fundic Varices as Therapy and Prophylaxis of Chronic Liver Failure
Liver Transplantation Today: Indications and Results
Hepatic Mitochondrial Redox Potential in Liver Transplantation and Artificial Liver Support
Present Techniques and New Ideas for Liver Transplantation.