David W. McCandless - Böcker

Metabolic Encephalopathy is meant to combine and correlate animal and human studies. It is hoped that increased awareness of the importance of early diagnosis and treatment of these disorders may result in a lowering of the incidence of structural changes and morbidity. These disorders hold a special fascination for both basic scientists and clinical investigators because they are accessible, treatable and there exists good animal models for study. Therefore, this book will pull together basic and clinical neuroscience issue in the treatment of specific metabolic encephalopathies.

Metabolic Encephalopathy is meant to combine and correlate animal and human studies. It is hoped that increased awareness of the importance of early diagnosis and treatment of these disorders may result in a lowering of the incidence of structural changes and morbidity. These disorders hold a special fascination for both basic scientists and clinical investigators because they are accessible, treatable and there exists good animal models for study. Therefore, this book will pull together basic and clinical neuroscience issue in the treatment of specific metabolic encephalopathies.

Kernicterus (bilirubin encephalopathy) is a highly interesting example of metabolic encephalopathy. It fills all the characteristics of a metabolic encephalopathy in that it can develop rapidly, produces signature signs and symptoms, and is amenable to successful treatment. In the absence of treatment kernicterus can produce devastating sequelae and death.The present volume will examine the biochemistry and physiology of bilirubin as well as its hepatic metabolism and renal excretion. Chapters will elaborate bodily disposition of bilirubin and its neuropathology. Both early treatments and current therapy will be discussed in detail. Phototherapy will be presented, and its efficacy and influence on incidence thoroughly examined.

The present volume is intended to be a synopsis of seizure disorders with a goal of describing key studies in animals and humans. The translation of pertinent findings from animal studies to human studies, and to potential human studies will be emphasized. Specific cogent animal studies/results which deserve exploration in human seizure disorders will be detailed. The current rate of translation is estimated to be from 7‐9 years, and the “success” rate of translation was very recently listed as less than one half. The success rate is defined as results in human studies which were predicted in advance by animal studies. Both the time between animal and human attempts plus the success rate need improvement.

The present volume is intended to be a synopsis of seizure disorders with a goal of describing key studies in animals and humans. The translation of pertinent findings from animal studies to human studies, and to potential human studies will be emphasized. Specific cogent animal studies/results which deserve exploration in human seizure disorders will be detailed. The current rate of translation is estimated to be from 7‐9 years, and the “success” rate of translation was very recently listed as less than one half. The success rate is defined as results in human studies which were predicted in advance by animal studies. Both the time between animal and human attempts plus the success rate need improvement.

Thiamine deficiency and related clinical disorders represent an intriguing area of both basic and clinical investigation. Modern imaging strategies have facilitated the rapid treatment, and potential reversal of these clinical disorders. The fusion of laboratory and clinical knowledge serve as an example of how research can translate to successful treatment. The goal of Thiamine Deficiency and Related Clinical Disorders is to bring together cogent results from basic and clinical investigation and to stimulate further investigations in these areas. This data will be useful to neurologists, internists, nutritionists, biochemists, neurochemists, neuroscientists, and others with interest in thiamine deficiency.

Thiamine deficiency and related clinical disorders represent an intriguing area of both basic and clinical investigation. Modern imaging strategies have facilitated the rapid treatment, and potential reversal of these clinical disorders. The fusion of laboratory and clinical knowledge serve as an example of how research can translate to successful treatment. The goal of Thiamine Deficiency and Related Clinical Disorders is to bring together cogent results from basic and clinical investigation and to stimulate further investigations in these areas. This data will be useful to neurologists, internists, nutritionists, biochemists, neurochemists, neuroscientists, and others with interest in thiamine deficiency.