I. Physical Studies of Membrane Fluidity and Related Phenomena. - 1 Intermolecular Hydrogen Bonding between Membrane Lipids. - 2 Thermal Analysis of Membranes. - 3 Fluorescence Polarization Studies of Membrane Fluidity: Where Do We Go from Here?. - 4 Conformational and Motional Properties of Lipids in Biological Membranes as Determined by Deuterium Magnetic Resonance. - 5 Fluidity of Cell Membranes in the Presence of Some Drugs and Inhibitors. - 6 Lipid Bilayer Stability in Biological Membranes. - II. Regulation of Membrane Fluidity. - 7 The Relationship between Membrane Lipid Fluidity and Phase State and the Ability of Bacteria and Mycoplasmas to Grow and Survive at Various Temperatures. - 8 Thermal Control of Fatty Acid Synthetases in Bacteria. - 9 Regulation and Pathways of Membrane Lipid Biosynthesis in Bacilli. - 10 The Regulation of Membrane Fluidity in Bacteria by Acyl Chain Length Changes. - 11 The Control of Membrane Fluidity in Plasmalogen-Containing Anaerobic Bacteria. - 12 Regulation of Membrane Fluidity by Lipid Desaturases. - 13 The Regulation of Membrane Fluidity in Tetrahymena. - 14 Control of Membrane Fluidity in Fusarium. - 15 Regulation of Hepatic Phospholipid N-Methylation. - III. Correlation of Membrane Fluidity and Physiological Activity. - 16 Fluidity of Membrane Lipids. - 17 Membrane Lipid Adaptation in Yeast. - 18 The Dynamic State of Membrane Lipids: The Significance of Lipid Exchange and Transfer Reactions to Biomembrane Composition Structure Function and Cellular Lipid Metabolism. - 19 Role of Phospholipid Head Group Structure and Polarity in the Control of Membrane Fusion. - 20 Membrane Fluidity and Receptor Function. - 21 Glycosphingolipid Domain Formation and Lymphocyte Activation. - 22 Dynamics of Membrane Lipids during Lymphocyte Stimulation by Mitogens. - 23Membrane Permeability in Porcine Malignant Hyperthermia. Language: English