Table Of Content

Chemistry and Physics of Lipids, 57 (1991) 401—404 Elsevier Scientific Publishers Ireland Ltd. Subject Index Volume 57 (1991) n-alkanes, n-alkanols, fatty acids, charged alkyl compounds, chemically driven phase separation, order-function relation- phase transitions, 341 ship, lipid mixtures, binary phase diagrams, single channel n-alkanols, n-alkanes, fatty acids, charged alkyl compounds, current fluctuations, 363 phase transitions, 341 cholesterol, vesicle aggregation, monovalent cations, divalent allosteric regulation, biomembranes, phospholipids, cyto- cations, phospholipid unsaturation, 59 skeleton, 375 cholesterol 7a-hydroxylase, HMGCoA reductase, bile acid aminophospholipid translocase, phospholipid flip-flop, fluor- analogues, liver microsomes, 97 escent lipids, spin-labels, 29 compilation, fats, liquid crystal, mesomorph, polymorph, ther- anaesthetics, phospolipid, bilayer, phase transition, fluctua- modynamic data, 275 tions, lipid-cholesterol interaction, lipid-protein interaction, crystal-to-liquid transition temperature, isothermal phase tran- 179 sition, effect of protonation, effect of hydration, effect of ca- asclepic acid, unsaturated fatty acid, polymorphic transformation binding, 309 tion, 67 cytoskeleton, biomembranes, phospholipids, allosteric regulation, 375 bilayer, phospolipid, phase transition, fluctuations, lipid- cholesterol interaction, lipid-protein interaction, anaes- differential scanning calorimetry, lysophosphatidylcholine, thetics, 179 myosin, viscoelasticity, 81 bilayers, nuclear magnetic resonance, phospholipids, 7H- dipalmitoy! phosphatidylcholine, pulmonary surfactant, sur- NMR, '3P-NMR, '3C-MASS-NMR, model membranes, factant apoproteins, biophysical inhibition, lipid-protein in- nonbilayer phases, lateral phase separation, 195 teractions, 49 bilayers, phospholipids, phase transitions, polymer mem- divalent cations, vesicle aggregation, monovalent cations, branes, polymerization, 253 phospholipid unsaturation, cholesterol, 59 bile acid analogues, cholesterol 7a-hydroxylase, HMGCoA dynamic light scattering, fusion, calcium, phosphatidylserine, reductase, liver microsomes, 97 phase transition, vesicles, 103 bile salts, bile salt micelles, calcium binding, calcium precipita- effect of cation binding, crystal-to-liquid transition tion, murexide, gallstones, 17 temperature, isothermal phase transition, effect of protona- bile salt micelles, bile salts, calcium binding, calcium precipitation, effect of hydration, 309 tion, murexide, gallstones, 17 binary phase diagrams, order-function relationship, lipid mix- effect of hydration, crystal-to-liquid transition temperature, tures, chemically driven phase separation, single channel cur- isothermal phase transition, effect of protonation, effect of rent fluctuations, 363 cation binding, 309 biological membranes, infrared spectroscopy, phase transi- effect of protonation, crystal-to-liquid transition temperature, tions, 213 isothermal phase transition, effect of hydration, effect of ca- biomembranes, phospholipids, cytoskeleton, allosteric regulation binding, 309 tion, 375 electrostatics, lipid monolayers, fluorescence microscopy, biophysical inhibition, pulmonary surfactant, dipalmitoyl phase transition, shape transition, phospholipid domains, phosphatidylcholine, surfactant apoproteins, lipid-protein pattern formation, 227 interactions, 49 fats, compilation, liquid crystal, mesomorph, polymorph, ther- calcium, dynamic light scattering, fusion, phosphatidylserine, modynamic data, 275 phase transition, vesicles, 103 fatty acid, fluidity, fusion, permeability, phosphatidylcholine, calcium binding, bile salts, bile salt micelles, calcium precipita- omega-3, omega-6, 87 tion, murexide, gallstones, 17 fatty acid, hexagonal phase, lipid polymorphism, phosphatidyl- calcium precipitation, bile salts, bile salt micelles, calcium bin- ethanolamine, phase transition, 75 ding, murexide, gallstones, 17 fatty acids, n-alkanes, n-alkanols, charged alkyl compounds, calorimetry, phospholipids, phase transitions, lipid bilayers, phase transitions, 341 241 flip-flop, lipid polymorphism, gramicidin, melittin, fusion, peptide-lipid interactions, 327 charged alkyl compounds, n-alkanes, n-alkanols, fatty acids, phase transitions, 341 fluctuations, phospolipid, bilayer, phase transition, lipid- 402 lipids, 7H-NMR, '3P-NMR, '°C-MASS-NMR, model mem- cholesterol interaction, lipid-protein interaction, anaesthetics, 179 branes, bilayers, non-bilayer phases, 195 fluidity, fusion, permeability, fatty acid, phosphatidylcholine, lateral separation, phase transitions, hydration, surface elec- omega-3, omega-6, 87 trostatics, model membranes, 293 fluorescence depolarization, Langmuir-Blodgett films, stearic lipid-cholesterol interaction, phospolipid, bilayer, phase transi- acid, nanosecond fluorometry, wobbling motion, orientation tion, fluctuations, lipid-protein interaction, anaesthetics, 179 angle, 39 lipid-protein interaction, phospolipid, bilayer, phase transition, fluorescence microscopy, lipid monolayers, phase transition, fluctuations, lipid-cholesterol interaction, anaesthetics, 179 shape transition, phospholipid domains, electrostatics, pat- lipid-protein interactions, pulmonary surfactant, dipalmitoyl tern formation, 227 phosphatidylcholine, surfactant apoproteins, biophysical fluorescent lipids, aminophospholipid translocase, phospho- inhibition, 49 lipid flip-flop, spin-labels, 29 lipid-water systems, phospholipids, glycolipids, phase transi- fusion, dynamic light scattering, calcium, phosphatidylserine, tions, phase diagrams, 165 phase transition, vesicles, 103 lipid/polypeptide interactions, hydrophobic helices, glyceryl- fusion, fluidity, permeability, fatty acid, phosphatidylcholine, monooleate, gramicidin-lipid complex, | omega-3, omega-6, 87 lipid bilayers, phospholipids, phase transitions, calorimetry, 241 fusion, lipid polymorphism, gramicidin, melittin, flip-flop, peptide-lipid interactions, 327 lipid mixtures, order-function relationship, binary phase diagrams, chemically driven phase separation, single channel gallstones, bile salts, bile salt micelles, calcium binding, calcium current fluctuations, 363 precipitation, murexide, 17 lipid monolayers, fluorescence microscopy, phase transition, glycerylmonooleate, lipid/polypeptide interactions, hydro- shape transition, phospholipid domains, electrostatics, pat- phobic helices, gramicidin-lipid complex, | tern formation, 227 glycolipids, phospholipids, phase transitions, phase diagrams, lipid phase transition, inverted hexagonal phase, infinite lipid-water systems, 165 periodic minimal surfaces, spontaneous curvature, 147 gramicidin, lipid polymorphism, melittin, fusion, flip-flop, lipid phase transitions, structure, kinetics, mechanisms, non- peptide-lipid interactions, 327 equilibrium effects, synchrotron radiation, martensitic gramicidin-lipid complex, lipid/polypeptide interactions, transformations, 121 hydrophobic helices, glycerylmonooleate, | lipid polymorphism, fatty acid, hexagonal phase, phosphatidylethanolamine, phase transition, 75 hexagonal phase, fatty acid, lipid polymorphism, phosphatidyl- lipid polymorphism, gramicidin, melittin, fusion, flip-flop, ethanolamine, phase transition, 75 peptide-lipid interactions, 327 HMGCOoA reductase, cholesterol 7a-hydroxylase, bile acid lipid polymorphism, phospholipid bilayers, non-lamellar analogues, liver microsomes, 97 phases, lyotropic transitions, thermotrophic transitions, 109 hydration, phase transitions, surface electrostatics, lateral liquid crystal, compilation, fats, mesomorph, polymorph, ther- separation, model membranes, 293 modynamic data, 275 hydrophobic helices, lipid/polypeptide interactions, glyceryl- liver microsomes, cholesterol 7a-hydroxylase, _HMGCoA monooleate, gramicidin-lipid complex, | reductase, bile acid analogues, 97 lyotropic transitions, phospholipid bilayers, non-lamellar infinite periodic minimal surfaces, inverted hexagonal phase, phases, thermotrophic transitions, lipid polymorphism, 109 spontaneous curvature, lipid phase transition, 147 lysophosphatidylcholine, myosin, differential scanning infrared spectroscopy, biological membranes, phase transi- calorimetry, viscoelasticity, 81 tions, 213 inverted hexagonal phase, infinite periodic minimal surfaces, spontaneous curvature, lipid phase transition, 147 martensitic transformations, lipid phase transitions, structure, isothermal phase transition, crystal-to-liquid transition kinetics, mechanisms, non-equilibrium effects, synchrotron temperature, effect of protonation, effect of hydration, effect radiation, 121 of cation binding, 309 mechanisms, lipid phase transitions, structure, kinetics, non- equilibrium effects, synchrotron radiation, martensitic kinetics, lipid phase transitions, structure, mechanisms, non- transformations, 121 equilibrium effects, synchrotron radiation, martensitic melittin, lipid polymorphism, gramicidin, fusion, flip-flop, transformations, 121 peptide-lipid interactions, 327 mesomorph, compilation, fats, liquid crystal, polymorph, ther- Langmuir-Blodgett films, stearic acid, fluorescence depolariza- modynamic data, 275 tion, nanosecond fluorometry, wobbling motion, orientation model membranes, nuclear magnetic resonance, phospholipids, angle, 39 2H-NMR, |3P-NMR, '3C-MASS-NMR, bilayers, non- lateral phase separation, nuclear magnetic resonance, phospho- bilayer phases, lateral phase separation, 195 403 model membranes, phase transitions, hydration, surface elec- phase transitions, biological membranes, infrared spec- trostatics, lateral separation, 293 troscopy, 213 monovalent cations, vesicle aggregation, divalent cations, phase transitions, hydration, surface electrostatics, lateral phospholipid unsaturation, cholesterol, 59 separation, model meinbranes, 293 murexide, bile salts, bile salt micelles, calcium binding, calcium phase transitions, n-alkanes, n-alkanols, fatty acids, charged precipitation, gallstones, 17 alkyl compounds, 341 myosin, lysophosphatidylcholine, differential scanning phase transitions, phospholipids, bilayers, polymer mem- calorimetry, viscoelasticity, 81 branes, polymerization, 253 phase transitions, phospholipids, calorimetry, lipid bilayers, nanosecond fluorometry, Langmuir-Blodgett films, stearic 241 acid, fluorescence depolarization, wobbling motion, orienta- phase transitions, phospholipids, glycolipids, phase diagrams, tion angle, 39 lipid-water systems, 165 7H-NMR, '?P-NMR, '3C-MASS-NMR, nuclear magnetic phosphatidylcholine, fluidity, fusion, permeability, fatty acid, resonance, phospholipids, model membranes, bilayers, non- omega-3, omega-6, 87 bilayer phases, lateral phase separation, 195 phosphatidylethanolamine, fatty acid, hexagonal phase, lipid non-bilayer phases, nuclear magnetic resonance, phospho- polymorphism, phase transition, 75 lipids, 7H-NMR, '?P-NMR, '°C-MASS-NMR, model mem- phosphatidylserine, dynamic light scattering, fusion, calcium, branes, bilayers, lateral phase separation, 195 phase transition, vesicles, 103 non-equilibrium effects, lipid phase transitions, structure, phospholipids, bilayers, phase transitions, polymer mem- kinetics, mechanisms, synchrotron radiation, martensitic branes, polymerization, 253 transformations, 121 phospholipids, biomembranes, cytoskeleton, allosteric regula- non-lamellar phases, phospholipid bilayers, lyotropic transition, 375 tions, thermotrophic transitions, lipid polymorphism, 109 phospholipids, glycolipids, phase transitions, phase diagrams, nuclear magnetic resonance, phospholipids, 7H-NMR, |3P- lipid-water systems, 165 NMR, '2C-MASS-NMR, model membranes, bilayers, non- phospholipids, nuclear magnetic resonance, 7H-NMR, !3Pp- bilayer phases, lateral phase separation, 195 NMR, '3C-MASS-NMR, model membranes, bilayers, non- bilayer phases, lateral phase separation, 195 omega-3, fluidity, fusion, permeability, fatty acid, phospha- phospholipids, phase transitions, calorimetry, lipid bilayers, tidylcholine, omega-6, 87 241 omega-6, fluidity, fusion, permeability, fatty acid, phospha- phospholipid bilayers, non-lamellar phases, lyotropic transi- tidylcholine, omega-3, 87 tions, thermotrophic transitions, lipid polymorphism, 109 order-function relationship, lipid mixtures, binary phase phospholipid domains, lipid monolayers, fluorescence diagrams, chemically driven phase separation, single channel microscopy, phase transition, shape transition, electrostatics, current fluctuations, 363 pattern formation, 227 orientation angle, Langmuir-Blodgett films, stearic acid, phospholipid flip-flop, aminophospholipid _ translocase, fluorescence depolarization, nanosecond fluorometry, wob- fluorescent lipids, spin-labels, 29 bling motion, 39 phospholipid unsaturation, vesicle aggregation, monovalent cations, divalent cations, cholesterol, 59 pattern formation, lipid monolayers, fluorescence microscopy, phospolipid, bilayer, phase transition, fluctuations, lipid- phase transition, shape transition, phospholipid domains, cholesterol interaction, lipid-protein interaction, anaes- electrostatics, 227 thetics, 179 peptide-lipid interactions, lipid polymorphism, gramicidin, polymerization, phospholipids, bilayers, phase transitions, melittin, fusion, flip-flop, 327 polymer membranes, 253 permeability, fluidity, fusion, fatty acid, phosphatidylcholine, polymer membranes, phospholipids, bilayers, phase transi- omega-3, omega-6, 87 tions, polymerization, 253 phase diagrams, phospholipids, glycolipids, phase transitions, polymorph, compilation, fats, liquid crystal, mesomorph, ther- lipid-water systems, 165 modynamic data, 275 phase transition, dynamic light scattering, fusion, calcium, polymorphic transformation, asclepic acid, unsaturated fatty phosphatidylserine, vesicles, 103 acid, 67 phase transition, fatty acid, hexagonal phase, lipid polymor- pulmonary surfactant, dipalmitoyl phosphatidylcholine, sur- phism, phosphatidylethanolamine, 75 factant apoproteins, biophysical inhibition, lipid-protein in- phase transition, lipid monolayers, fluorescence microscopy, teractions, 49 shape transition, phospholipid domains, electrostatics, pattern formation, 227 shape transition, lipid monolayers, fluorescence microscopy, phase transition, phospolipid, bilayer, fluctuations, lipid- phase transition, phospholipid domains, electrostatics, pat- cholesterol interaction, lipid-protein interaction, tern formation, 227 anaesthetics, 179 single channel current fluctuations, order-function relation- 404 ship, lipid mixtures, binary phase diagrams, chemically thermodynamic data, compilation, fats, liquid crystal, driven phase separation, 363 mesomorph, polymorph, 275 spin-labels, aminophospholipid translocase, phospholipid flip- thermotrophic transitions, phospholipid bilayers, non-lamellar flop, fluorescent lipids, 29 phases, lyotropic transitions, lipid polymorphism, 109 spontaneous curvature, inverted hexagonal phase, infinite periodic minimal surfaces, lipid phase transition, 147 unsaturated fatty acid, asclepic acid, polymorphic transforma- stearic acid, Langmuir-Blodgett films, fluorescence depolarization, 67 tion, nanosecond fluorometry, wobbling motion, orientation angle, 39 structure, lipid phase transitions, kinetics, mechanisms, non- vesicles, dynamic light scattering, fusion, calcium, phospha- equilibrium effects, synchrotron radiation, martensitic tidylserine, phase transition, 103 transformations, 121 vesicle aggregation, monovalent cations, divalent cations, surface electrostatics, phase transitions, hydration, lateral phospholipid unsaturation, cholesterol, 59 separation, model membranes, 293 viscoelasticity, lysophosphatidylcholine, myosin, differential surfactant apoproteins, pulmonary surfactant, dipalmitoyl scanning calorimetry, 81 phosphatidylcholine, biophysical inhibition, lipid-protein interactions, 49 synchrotron radiation, lipid phase transitions, structure, wobbling motion, Langmuir-Blodgett films, stearic acid, kinetics, mechanisms, non-equilibrium effects, martensitic fluorescence depolarization, nanosecond fluorometry, orien- transformations, 121 tation angle, 39 Chemistry and Physics of Lipids, 57 (1991) 405 Elsevier Scientific Publishers Ireland Ltd. Author Index Volume 57 (1991) Ahmed, N. Kriechbaum, M. Araiso, T. Laggner, P. Baatz, J.E. Leung, S.O. Barak, P. Lichtenberg, D. Baruch, E. Lohner, K. Belcher, D. Blume, A. Mantsch, H.H. Bosisio, E. Marsh, D. McElhaney, R.N. Caffrey, M. Mittler-Neher, S. Ceve, G. Mouritsen, O.G. Chen, R. Moynihan, D. Colleau, M. Mukasa, K. Crestani, M. Nir, S. De Fabiani, E. Notter, R.H. de Kruijff, B. Devaux, P.F. Pfeiffer, W. Pullman, A. Egelandsdal, B. Ehringer, W.D. ROotzer, H. Eikenberry, E.F. Eklund, K.K. Sackmann, E. Epand, R.F. Sato, K. Epand, R.M. Schmidt, G. Shyamsunder, E. Silvius, J.R. Fasoli, L. Spinke, J. Fellmann, P. Fretheim, K. Spooner, P.J.R. Stillwell, W. Suzuki, M. Gruner, S.M. Takkunen, J.E. Hall, S.B. Tate, M.W. Harbitz, O. Tenchov, B. Hasegawa, N.39 Tournois, H. Hauser, H. Tsuneta, R. Henkel, T. Turner, D.C. Hervé, P. Ho, J.T. Venkitaraman, A.R. Hogan, J. Wang, J. Ishii, T. Wassall, S.R. Watts, A. Kimura, N. Weis, R.M. Kinnunen, P.K.J. Whitsett, J.A. Knoll, W. Koyama, T. Yoshimoto, N.