Stroke Revisited: Pathophysiology of Stroke (eBook)

This book presents state of the art knowledge on stroke pathophysiology, covering both basic and clinical aspects in detail. Readers will find up-to-date information on hemodynamics, cerebral vessel degeneration, cell death, and neurorepair. The mechanisms and clinical manifestations of large artery atherosclerosis, small vessel disease, and cardioembolism are extensively discussed, and the relation between specific conditions and stroke is explored. The book has a unique organizational style, with inclusion of historic experimental and clinical study results. The numerous photos and illustrations will facilitate understanding of practical aspects and rapid retrieval of fundamental information. As comprehension of stroke pathophysiology has deepened, a variety of drugs for stroke treatment have been developed and tested, and in recent years much research has focused on neurorestorative therapy using stem cells. It therefore seems timely to bring together within one volume the most important current knowledge on stroke pathophysiology. The book will be invaluable for stroke physicians, surgeons, and students alike.

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This book presents state of the art knowledge on stroke pathophysiology, covering both basic and clinical aspects in detail. Readers will find up-to-date information on hemodynamics, cerebral vessel degeneration, cell death, and neurorepair. The mechanisms and clinical manifestations of large artery atherosclerosis, small vessel disease, and cardioembolism are extensively discussed, and the relation between specific conditions and stroke is explored. The book has a unique organizational style, with inclusion of historic experimental and clinical study results. The numerous photos and illustrations will facilitate understanding of practical aspects and rapid retrieval of fundamental information. As comprehension of stroke pathophysiology has deepened, a variety of drugs for stroke treatment have been developed and tested, and in recent years much research has focused on neurorestorative therapy using stem cells. It therefore seems timely to bring together within one volume the most important current knowledge on stroke pathophysiology. The book will be invaluable for stroke physicians, surgeons, and students alike.