Handbook of Neurochemistry and Molecular Neurobiology:Brain Energetics Integration of Molecular and Cellular Processes 3/e

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Bioenergetics.- Glycolysis.- Pentose Phosphate Pathway and NADPH
Metabolism.- Tricarboxylic Acid TCA Cycle.- Electron Transport.- The
Support of Energy Metabolism in the Nervous System.- Anaplerosis.-
Glial Neuronal Interactions of Enrgy Metabolism.- Molecular
Architecture of Glycolytic Enzymes And Mitochondria.- Cytoplasmic
Glycolytic Enzymes.- Mitochondria.- Coupling of Neuronal Function to
Glucose and Oxygen Metabolism.- Coupling of Brain Function and
Metabolism.- Coupling of Brain Function to Metabolism: Evalustion of
Energy Requirements.- Energy Consumption by Phospholid Metabolism in
Mammalian Brain.- Ion Transport And Energy Metabolism.- Acid Base
Transport and PH Regulation.- Nitric Oxide in Regulation of
Mitochondrial Function, Respiration and Glycolysis.- Mitochondrial
Production of Oxidants and their Role in the Regualtion of Cellular
Processes.- Uncoupling Proteins.- Actions of Toxins on Cerebral
Metabolism at the Cellular Level.- Mitochondrial/Cytosolic
Interactions Via Metabolite Shuttles and Transporters.- Mitochondrial
Endoplasmic Reticulum Interactions.- Mitochondria-Nucleus Energetic
Communication.- Mitochondrial Permeability Transition.- Mitochondrai
Mechanisms of Oxidative Stress and Apoptosis.- Proteomics.- Genetics
and Gene Expression: Glycolysis Control of Glycolytic Gene
Expression.- Transitional Integration of Mitochondrial Biogenesis.-
Mechanisms and Modeling of Energy Transfer Between and Among
Intracellular Compartments.- Modeling of Regulation of Glycolysis and
Overlall Energy Metabolism under A Systems Biology Approach.-
Modeling of Electron Transport.- Metabolomics: Concepts and Potential
Neuroscience Applications.
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Lajtha, Abel
Gibson, Gary E.
Dienel, Gerry A.

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