Tissue Oxygen Deprivation: From Molecular to Integrated Function
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Table of contents:Hypoxia: Historical Perspective and Unresolved Issues, Abraham M. RudolphCellular and Molecular Alterations During O2 LimitationCellular Energetics and Biochemistry of Hypoxia, Dean P. JonesATP Supply and Demand: Models and Insights, Peter W. HochachkaMembrane Proteins and Transport During Oxygen Deprivation, Gabriel G. HaddadGene Regulation During Hypoxia, Bruce R. Pitt, Margaret A. Schwarz, and Paul DaviesErythropoietin Response to Hypoxia, Christian M. BauerTheDetailing the importance of hypoxia in the expression, genesis, and propagation of human illness-this state-of-the...
Table of contents:
Hypoxia: Historical Perspective and Unresolved Issues, Abraham M. Rudolph
Cellular and Molecular Alterations During O2 Limitation
Cellular Energetics and Biochemistry of Hypoxia, Dean P. Jones
ATP Supply and Demand: Models and Insights, Peter W. Hochachka
Membrane Proteins and Transport During Oxygen Deprivation, Gabriel G. Haddad
Gene Regulation During Hypoxia, Bruce R. Pitt, Margaret A. Schwarz, and Paul Davies
Erythropoietin Response to Hypoxia, Christian M. Bauer
The
Detailing the importance of hypoxia in the expression, genesis, and propagation of human illness-this state-of-the-art reference summarizes current knowledge of responses to hypoxia in a variety of organ systems and in a number of vital processes common to all systems-addressing the effect of oxygen deprivation on fundamental processes such as cellular energetics, ion transport, and receptor function.
Hypoxia: Historical Perspective and Unresolved Issues, Abraham M. Rudolph
Cellular and Molecular Alterations During O2 Limitation
Cellular Energetics and Biochemistry of Hypoxia, Dean P. Jones
ATP Supply and Demand: Models and Insights, Peter W. Hochachka
Membrane Proteins and Transport During Oxygen Deprivation, Gabriel G. Haddad
Gene Regulation During Hypoxia, Bruce R. Pitt, Margaret A. Schwarz, and Paul Davies
Erythropoietin Response to Hypoxia, Christian M. Bauer
The
Detailing the importance of hypoxia in the expression, genesis, and propagation of human illness-this state-of-the-art reference summarizes current knowledge of responses to hypoxia in a variety of organ systems and in a number of vital processes common to all systems-addressing the effect of oxygen deprivation on fundamental processes such as cellular energetics, ion transport, and receptor function.