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Enzymology --- Biomembranes --- Enzymes. --- Membrane Potentials. --- Membranes --- Cell membranes --- -Enzymes --- -Biocatalysts --- Ferments --- Soluble ferments --- Catalysts --- Proteins --- Cell surfaces --- Cytoplasmic membranes --- Plasma membranes --- Plasmalemma --- Membranes (Biology) --- Resting Membrane Potential --- Transmembrane Electrical Potential Difference --- Transmembrane Potential Difference --- Resting Potentials --- Transmembrane Potentials --- Difference, Transmembrane Potential --- Differences, Transmembrane Potential --- Membrane Potential --- Membrane Potential, Resting --- Membrane Potentials, Resting --- Potential Difference, Transmembrane --- Potential Differences, Transmembrane --- Potential, Membrane --- Potential, Resting --- Potential, Transmembrane --- Potentials, Membrane --- Potentials, Resting --- Potentials, Transmembrane --- Resting Membrane Potentials --- Resting Potential --- Transmembrane Potential --- Transmembrane Potential Differences --- Cell Membrane --- Biocatalysts --- Molecular Mechanisms of Pharmacological Action --- enzymology. --- Congresses --- Enzymes --- Congresses. --- -enzymology. --- Membrane Potentials --- enzymology --- Delta Psi --- Biocatalyst --- Enzyme
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Biological techniques --- Chlorides --- Membrane Potentials --- Osmolar Concentration --- Solutions --- Tissue Preservation --- Ionic Strength --- Osmolality --- Osmolarity --- Concentration, Osmolar --- Concentrations, Osmolar --- Ionic Strengths --- Osmolalities --- Osmolar Concentrations --- Osmolarities --- Strength, Ionic --- Strengths, Ionic --- Diuresis --- Water-Electrolyte Balance --- Resting Membrane Potential --- Transmembrane Electrical Potential Difference --- Transmembrane Potential Difference --- Resting Potentials --- Transmembrane Potentials --- Difference, Transmembrane Potential --- Differences, Transmembrane Potential --- Membrane Potential --- Membrane Potential, Resting --- Membrane Potentials, Resting --- Potential Difference, Transmembrane --- Potential Differences, Transmembrane --- Potential, Membrane --- Potential, Resting --- Potential, Transmembrane --- Potentials, Membrane --- Potentials, Resting --- Potentials, Transmembrane --- Resting Membrane Potentials --- Resting Potential --- Transmembrane Potential --- Transmembrane Potential Differences --- Cell Membrane --- physiology --- analysis --- methods --- Osmolar Concentration. --- Delta Psi
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General biophysics --- Biomembranes --- SYNAPTIC TRANSMISSION --- Cell Membrane --- Membrane Potentials --- Cell Membrane. --- Membrane Potentials. --- Synaptic Transmission. --- 577.3 --- Transmission, Neural --- Transmission, Synaptic --- Neural Transmission --- Neurotransmission --- Neural Conduction --- Synapses --- Resting Membrane Potential --- Transmembrane Electrical Potential Difference --- Transmembrane Potential Difference --- Resting Potentials --- Transmembrane Potentials --- Difference, Transmembrane Potential --- Differences, Transmembrane Potential --- Membrane Potential --- Membrane Potential, Resting --- Membrane Potentials, Resting --- Potential Difference, Transmembrane --- Potential Differences, Transmembrane --- Potential, Membrane --- Potential, Resting --- Potential, Transmembrane --- Potentials, Membrane --- Potentials, Resting --- Potentials, Transmembrane --- Resting Membrane Potentials --- Resting Potential --- Transmembrane Potential --- Transmembrane Potential Differences --- Cytoplasmic Membrane --- Plasma Membrane --- Cell Membranes --- Cytoplasmic Membranes --- Membrane, Cell --- Membrane, Cytoplasmic --- Membrane, Plasma --- Membranes, Cell --- Membranes, Cytoplasmic --- Membranes, Plasma --- Plasma Membranes --- Membranes --- Physical and physicochemical bases of life. Biophysics. Biophysical chemistry in general --- 577.3 Physical and physicochemical bases of life. Biophysics. Biophysical chemistry in general --- Delta Psi --- Synaptic Transmission --- Cell Membrane - congresses --- Membrane Potentials - congresses --- Ions, echanges d'
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Biomembranes --- Membrane Potentials. --- Synaptic Transmission. --- -576.352 --- Transmission, Neural --- Transmission, Synaptic --- Neural Transmission --- Neural Conduction --- Synapses --- Resting Membrane Potential --- Transmembrane Electrical Potential Difference --- Transmembrane Potential Difference --- Resting Potentials --- Transmembrane Potentials --- Difference, Transmembrane Potential --- Differences, Transmembrane Potential --- Membrane Potential --- Membrane Potential, Resting --- Membrane Potentials, Resting --- Potential Difference, Transmembrane --- Potential Differences, Transmembrane --- Potential, Membrane --- Potential, Resting --- Potential, Transmembrane --- Potentials, Membrane --- Potentials, Resting --- Potentials, Transmembrane --- Resting Membrane Potentials --- Resting Potential --- Transmembrane Potential --- Transmembrane Potential Differences --- Endomitosis. Endoreproduction. Duplication of chromosomes without cell or nuclear division --- 576.352 Endomitosis. Endoreproduction. Duplication of chromosomes without cell or nuclear division --- Cell membranes --- Neural transmission --- Cell Membrane --- Membrane Potentials --- Synaptic Transmission --- 576.352 --- Neurotransmission --- Cytoplasmic Membrane --- Plasma Membrane --- Cell Membranes --- Cytoplasmic Membranes --- Membrane, Cell --- Membrane, Cytoplasmic --- Membrane, Plasma --- Membranes, Cell --- Membranes, Cytoplasmic --- Membranes, Plasma --- Plasma Membranes --- Membranes --- Congresses --- Conferences - Meetings --- Cell membrane - Congresses. --- Electric conductivity - Congresses. --- Membrane potentials - Congresses. --- Delta Psi
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Ion channels --- Physiology --- Electric noise --- Measurement --- Epithelium --- Epithelium. --- Ion Channels. --- Membrane Potentials. --- Delta Psi --- Resting Membrane Potential --- Transmembrane Electrical Potential Difference --- Transmembrane Potential Difference --- Resting Potentials --- Transmembrane Potentials --- Difference, Transmembrane Potential --- Differences, Transmembrane Potential --- Membrane Potential --- Membrane Potential, Resting --- Membrane Potentials, Resting --- Potential Difference, Transmembrane --- Potential Differences, Transmembrane --- Potential, Membrane --- Potential, Resting --- Potential, Transmembrane --- Potentials, Membrane --- Potentials, Resting --- Potentials, Transmembrane --- Resting Membrane Potentials --- Resting Potential --- Transmembrane Potential --- Transmembrane Potential Differences --- Cell Membrane --- Ion Channel --- Ionic Channel --- Ionic Channels --- Membrane Channel --- Membrane Channels --- Channel, Ion --- Channel, Ionic --- Channel, Membrane --- Channels, Ion --- Channels, Ionic --- Channels, Membrane --- Signal Transduction --- Epithelial Tissue --- Mesothelial Tissue --- Mesothelium --- Epithelial Tissues --- Mesothelial Tissues --- Tissue, Epithelial --- Tissue, Mesothelial --- Tissues, Epithelial --- Tissues, Mesothelial --- Cilia --- Ion Channels --- Membrane Potentials
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Although regular moderate-intensity exercise can activate important cell adaptive properties, sporadic and strenuous bouts of exercise may induce oxidative stress due to an augmented production of reactive metabolites of oxygen (ROS) and nitrogen free radical species (RNS). Exercise-induced free radical formation may impair cell function by oxidatively modifying nucleic acids, where DNA damage and insufficient repair may lead to genomic instability. Likewise, lipid and protein damage are significant cellular events that can elicit potentially toxic perturbations in cellular homeostasis. This book focuses on aspects of exercise-induced oxidative stress while taking into consideration the basic mechanisms, consequences and function of ROS production, and whether antioxidants may either support or hinder these responses.
ApoE --- exercise --- antioxidants --- oxidative stress --- cognition --- motor --- vitamin E --- vitamin C --- aging --- Alzheimer’s disease --- lymphocytes --- mitochondrial transmembrane potential decline --- thiobarbituric acid reactive substance --- protein carbonyl --- skeletal muscle --- obesity --- fatigue --- diazoxide --- catalase --- superoxide dismutase --- oxidized glutathione --- reduced glutathione --- hemoglobin --- power output --- eccentric exercise --- redox status --- erythrocyte --- metabolism --- probiotics --- physical exercise --- male cyclists --- oxidative stress biomarkers --- antioxidative enzymes --- ultraendurance exercise --- muscle injury --- diet --- reactive oxygen species --- adipose tissue --- antioxidant supplement --- circadian rhythms --- reactive oxygen and nitrogen species (RONS) --- exercise training --- antioxidant --- n/a --- Alzheimer's disease
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Although regular moderate-intensity exercise can activate important cell adaptive properties, sporadic and strenuous bouts of exercise may induce oxidative stress due to an augmented production of reactive metabolites of oxygen (ROS) and nitrogen free radical species (RNS). Exercise-induced free radical formation may impair cell function by oxidatively modifying nucleic acids, where DNA damage and insufficient repair may lead to genomic instability. Likewise, lipid and protein damage are significant cellular events that can elicit potentially toxic perturbations in cellular homeostasis. This book focuses on aspects of exercise-induced oxidative stress while taking into consideration the basic mechanisms, consequences and function of ROS production, and whether antioxidants may either support or hinder these responses.
Research & information: general --- Biology, life sciences --- ApoE --- exercise --- antioxidants --- oxidative stress --- cognition --- motor --- vitamin E --- vitamin C --- aging --- Alzheimer's disease --- lymphocytes --- mitochondrial transmembrane potential decline --- thiobarbituric acid reactive substance --- protein carbonyl --- skeletal muscle --- obesity --- fatigue --- diazoxide --- catalase --- superoxide dismutase --- oxidized glutathione --- reduced glutathione --- hemoglobin --- power output --- eccentric exercise --- redox status --- erythrocyte --- metabolism --- probiotics --- physical exercise --- male cyclists --- oxidative stress biomarkers --- antioxidative enzymes --- ultraendurance exercise --- muscle injury --- diet --- reactive oxygen species --- adipose tissue --- antioxidant supplement --- circadian rhythms --- reactive oxygen and nitrogen species (RONS) --- exercise training --- antioxidant --- ApoE --- exercise --- antioxidants --- oxidative stress --- cognition --- motor --- vitamin E --- vitamin C --- aging --- Alzheimer's disease --- lymphocytes --- mitochondrial transmembrane potential decline --- thiobarbituric acid reactive substance --- protein carbonyl --- skeletal muscle --- obesity --- fatigue --- diazoxide --- catalase --- superoxide dismutase --- oxidized glutathione --- reduced glutathione --- hemoglobin --- power output --- eccentric exercise --- redox status --- erythrocyte --- metabolism --- probiotics --- physical exercise --- male cyclists --- oxidative stress biomarkers --- antioxidative enzymes --- ultraendurance exercise --- muscle injury --- diet --- reactive oxygen species --- adipose tissue --- antioxidant supplement --- circadian rhythms --- reactive oxygen and nitrogen species (RONS) --- exercise training --- antioxidant
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