Energy-linked oxidation of glutaraldehyde by rat liver mitochondria.
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Journal Article↗
Biomedical subjects
L Packer
Publications and source records attributed to L Packer.
Optical rotation of mitochondria and its relation to conformation.
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Animals↗
Light-induced ion tranpsort in glutaraldehyde-fixed chloroplasts: studies with nigericin.
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Aldehydes↗
Optical rotary dispersion and circular dichroism studies on mitochondria: correlation of ultrastructure and metabolic state with molecular conformational changes.
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Aldehydes↗
Effect of tetraphenylboron on light-induced uptake of monovalent cations by chloroplasts.
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Benzene Derivatives↗
Photoperoxidation in isolated chloroplasts. II. Role of electron transfer.
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Antioxidants↗
Steady-state fluorescence of spinach chloroplasts and electron flow.
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Chloroplasts↗
Photoperoxidation in isolated chloroplasts. I. Kinetics and stoichiometry of fatty acid peroxidation.
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Aldehydes↗
Expansion of the inner membrane compartment and its relation to mitochondrial volume and ion transport.
Glutaraldehyde has been used to fix mitochondria undergoing rapid volume changes associated with energized ion transport under oscillatory state conditions and valinomycin-induced potassium uptake. Fixation was found to prevent structural changes which normally occur during ion accumulation or loss. By correlating packed volume measurements with electron microscopy, it is shown that changes in volume associated with ion movements reflect changes in the inner membrane compartment and that this compartment can be related to the sucrose inaccessible space. The method can therefore be used to accurately determine volume changes that arise from ion translocation.
Aldehydes↗
Effect of nigericin upon light-dependent monovalent cation transport in chloroplasts.
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Anti-Bacterial Agents↗
Glutaraldehyde-fixed mitochondria. I. Enzyme activity, ion translocation, and conformational changes.
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Adenine Nucleotides↗
Oscillatory states of mitochondria. 3. Ultrastructure of trapped conformational states.
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Animals↗
Ion transport and conformational changes in spinach chloroplast grana. I. Osmotic properties and divalent cation-induced volume changes.
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Chemical Phenomena↗
Ion transport and conformational changes in spinach chloroplast grana. II. Light-induced changes.
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Biological Transport↗
Uncoupling of energy transfer reactions in mitochondria by tetraphenyl boron.
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Adenosine Triphosphatases↗
Oscillatory states of mitochondria. II. Factors controlling period and amplitude.
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Acetates↗
Correlation of ultrastructure with light-induced ion transport in chloroplasts.
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Biological Transport↗
Regulation and deterioration of structure in membranes.
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Aging↗