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E-book

Title Brain hypoxia and ischemia : with special emphasis on development / Gabriel G. Haddad, Shan Ping Yu, editors
Published New York : Humana Press, [2009]
©2009
Online access available from:
Springer eBooks    View Resource Record  

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Description 1 online resource (xi, 343 pages) : illustrations
Series Contemporary clinical neuroscience
Contemporary clinical neuroscience.
Contents Hybernation and CNS survival -- High CO2 and ischemia -- ROS and brain injury in ischemia -- Apoptotic surface delivery of K+ channels -- Intermittent low O2 and brain function -- Mechainsms of injury and survival in hypoxia and ischemia in the CNS -- Regulation of apoptotic volume decrease and apoptosis by plasma membrane aquaporin activity -- Mitochondrial mechanisms in ischemia/hypoxia -- Blood flow and hypoxia/ischemia in CNS -- Mitochondrial permeability transition and cell death -- Neurodegeneration and hypoxia/ischemia -- Glutamate and NO in the CNS -- HIF and brain hypoxia -- Calcium-permeable acid-sensing ion channels in brain ischemia -- Regulation of ion channels and receptors in brain ischemia -- Factors influencing cell death in the penumbra -- Critical roles of Na+, K+-ATPase in apoptosis and CNS diseases -- Mechanisms of tolerance/susceptibility in the CNS -- SIDS and PVL/prematurity and white matter injury
Summary Focuses on the mechanisms of cell injury and cell survival in the brain, with emphasis on development and early life, in relation to hypoxia and ischemia in the brain. This volume addresses a number of research ideas such as: role of mitochondria; role of ROS; role of hypoxia vs ischemia vs insult paradigm; and, cell fate in the penumbra
Bibliography Includes bibliographical references and index
Notes Print version record
Subject Cerebral anoxia.
Cerebral ischemia.
Hypoxia, Brain -- physiopathology.
Brain Ischemia -- physiopathology.
Form Electronic book
Author Haddad, Gabriel G., 1947-
Yu, Shan Ping.
LC no. 2008939850
ISBN 1603275789 (cased)
1603275797
9781603275781 (cased)
9781603275798