Table Of Content

Chemistry and Physics of Lipids, 59 (1991) 273-275 Elsevier Scientific Publishers Ltd. Subject Index Volume 59 (1991) acetylhydrolase, paf aceter receptors, paf antagonists, protein 1,3-diacylamino-3-(O-acyl)-propanes, amide isosteres, kinasec, monocyes, low density lipoproteins, 207 1 ,3-diacylaminopropan-2-ols, micromolecular vectors, vec- acyl anthracene, fluorescence, solvatochromism, 17 tor molecules, secondary alcohol acylation, 267 B-aglycone, glycyrrhetinic acid, MDR, glucoacid activation, 1,3-diacylaminopropan-2-ols, amide isosteres, HBTU, coupling, 255 1,3-diacylamino-3-(O-acyl)-propanes, micromolecular vectors, alkylation, cyclic glycerothiophosphates, steroidphospholipids, vector molecules, secondary alcohol acylation, 267 phosphocholine homologues, hexaethylphosphorus triamide, differential scanning calorimetry, anthroyloxystearic acid, fluores- thione-thiol isomerization, 49 cent probes, nuclear magnetic resonance, 9 1-O-akyl-2-O-methyl-rac-glycero-3-phosphocoline, ether lipid differential scanning calorimetry, phospholipids, sterols, phase synthesis, 2-O-methyl-1,3-O,O-benzylidene glycerol, 1-O- transition, marine invertebrate, liposomes, 245 benzyl-2-O-methyl-rac-glycerol, selective protection of diol dipalmitoylphosphatidylglycerol, melittin, infrared spectroscopy, system, 1-O-alkyl-2-O-methyl-rac-glycerol, reductive cleavage Raman spectroscopy, lipid/protein interactions, 233 of acetals, 263 disk-like structure, prodrug, glycerolipid, GABA, aqueous disper- 1-O-alkyl-2-O-methyl-rac-glycerol, ether lipid synthesis, 2-O- sion, sonication, lamella-like structure, 75 methyl-1,3-O,O-benzylidene glycerol, 1-O-benzyl-2-O-methyl- dog lung, lung surfactant, apoprotein, reconstitution, 29 rac-glycerol, selective protection of diol system, 1-O-akyl-2-O- DPH, tributyltin chloride, tributyltin accetate, liposomes, TMA- methyl-rac-glycero-3-phosphocoline, reductive cleavage of DPH, polarization, 189 acetals, 263 DSC, monolayer, electron microscopy, lung surfactant, amide isosteres, 1,3-diacylaminopropan-2-ols, phospholipids, 151 1 ,3-diacylamino-3-(O-acyl)-propanes, micromolecular vectors, vector molecules, secondary alcohol acylation, 267 egg phosphatidylcholine, phosphonic acid diesters, lipid model anthroyloxystearic acid, fluorescent probes, nuclear magnetic membrane, X-ray and neutron diffraction, 137 resonance, differential scanning calorimetry, 9 electrolytes, phospholipid vesicles, freeze-thaw injury, non- apoprotein, lung surfactant, reconstitution, dog lung, 29 monotonic trends, 183 aqueous dispersion, prodrug, glycerolipid, GABA, sonication, electron microscopy, monolayer, DSC, lung surfactant, lamella-like structure, disk-like structure, 75 phospholipids, 151 endotoxin, lipid IV, lipopolysaccharide, lipid aggregation, 167 1-O-benzyl-2-O-methyl-rac-glycerol, ether lipid synthesis, 2-O- enzyme assay, pyrene, phospholipase C, fluorescence, methyl-1,3-O,O-benzylidene glycerol, selective protection of phospholipid, 69 diol system, 1-O-alkyl-2-O-methyl-rac-glycerol, 1-O-akyl-2-O- EPA, high resolution NMR spectra, 'H, '3C, fish oils, n-3 acids, methyl-rac-glycero-3-phosphocoline, reductive cleavage of DHA, stearidonic acid, 83 acetals, 263 erythritol, optical properties, vesicles, liposomes, free volume, bile acid methyl esters, microwave oven, 97 permeability, 199 ether lipid synthesis, 2-O-methyl-1,3-O,O0-benzylidene glycerol, calcium permeability, sarcoplasmic reticulum, surfactants, | 1-O-benzyl-2-O-methyl-rac-glycerol, selective protection of conformation, gangliosides, ganglioside lactones, 'H-NMR, 107 diol system, 1-O-alkyl-2-O-methyl-rac-glycerol, 1-O-akyl-2-O- conformation, phospholipids, hydration, FTIR spectra, indicator methyl-rac-glycero-3-phosphocoline, reductive cleavage of groups, polar head, 57 acetals, 263 coupling, glycyrrhetinic acid, 8-aglycone, MDR, glucoacid activation, HBTU, 255 fish oils, high resolution NMR spectra, 'H, '°C, n-3 acids, EPA, cyclic glycerothiophosphates, steroidphospholipids, DHA, stearidonic acid, 83 phosphocholine homologues, alkylation, hex- fluorescence, acyl anthracene, solvatochromism, 17 aethylphosphorus triamide, thione-thiol isomerization, 49 fluorescence, phospholipase C, pyrene, enzyme assay, phospholipid, 69 DHA, high resolution NMR spectra, 'H, 'C, fish oils, n-3 fluorescent probes, anthroyloxystearic acid, nuclear magnetic acids, EPA, stearidonic acid, 83 resonance, differential scanning calorimetry, 9 diacetylenic lipids, phosphatidylcholine, polymerizable lipids, fluorinated fatty acids, inhibition, B-oxidation, Spodoptera lit- mixed bilayers, interdigitated bilayers, 215 toralis, 127 274 freeze-thaw injury, phospholipid vesicles, electrolytes, non- liposomes, tributyltin chloride, tributyltin accetate, DPH, TMA- monotonic trends, 183 DPH, polarization, 189 free volume, optical properties, vesicles, liposomes, erythritol, low density lipoproteins, paf-acether receptors, paf antagonists, permeability, 199 acetylhydrolase, protein kinase C, monocytes, 207 FTIR spectra, phospholipids, hydration, indicator groups, polar lung surfactant, apoprotein, reconstitution, dog lung, 29 head, conformation, 57 lung surfactant, monolayer, electron microscopy, DSC, phospholipids, 151 GABA, prodrug, glycerolipid, aqueous dispersion, sonication, lamella-like structure, disk-like structure, 75 marine invertebrate, phospholipids, sterols, phase transition, dif- gangliosides, ganglioside lactones, 'H-NMR, conformation, 107 ferential scanning calorimetry, liposomes, 245 ganglioside lactones, gangliosides, 'H-NMR, conformation, 107 MDR, glycyrrhetinic acid, B-aglycone, glucoacid activation, glucoacid activation, glycyrrhetinic acid, B-aglycone, MDR, HBTU, coupling, 255 HBTU, coupling, 255 melittin, dipalmitoylphosphatidylglycerol, infrared spectroscopy, glycerolipid, prodrug, GABA, aqueous dispersion, sonication, Raman spectroscopy, lipid/protein interactions, 233 lamella-like structure, disk-like structure, 75 membrane fluidity, lipid monolayer, surface potential, surface glycolipids, trehalose mycolate, mycolic acids, 225 pressure, phosphatidylcholine, surface dipole moment, 39 glycyrrhetinic acid, B-aglycone, MDR, glucoacid activation, membrane lipids, phenoxy herbicides, phase properties, HBTU, coupling, 255 phospholipid vesicles, partition coefficients, 91 2-O-methyl-1,3-O,0-benzylidene glycerol, ether lipid synthesis, 'H-NMR, gangliosides, ganglioside lactones, conformation, 107 1-O-benzyl-2-O-methyl-rac-glycerol, selective protection of 'y, 3c, high resolution NMR spectra, fish oils, n-3 acids, EPA, diol system, 1-O-alkyl-2-O-methyl-rac-glycerol, 1-O-akyl-2-O- DHA, stearidonic acid, 83 methyl-rac-glycero-3-phosphocoline, reductive cleavage of HBTU, glycyrrhetinic acid, B-aglycone, MDR, glucoacid activa- acetals, 263 tion, coupling, 255 micromolecular vectors, amide isosteres, hexaethylphosphorus triamide, cyclic glycerothiophosphates, 1,3-diacylaminopropan-2-ols, 1 ,3-diacylamino-3-({O-acyl)- steroidphospholipids, phosphocholine homologues, alkyla- propanes, vector molecules, secondary alcohol acylation, 267 tion, thione-thiol isomerization, 49 microwave oven, bile acid methyl esters, 97 high resolution NMR spectra, 'H, '°C, fish oils, n-3 acids, EPA, mixed bilayers, phosphatidylcholine, diacetylenic lipids, DHA, stearidonic acid, 83 polymerizable lipids, interdigitated bilayers, 215 hydration, phospholipids, FTIR spectra, indicator groups, polar monocytes, paf-acether receptors, paf antagonists, head, conformation, 57 acetylhydrolase, protein kinase C, low density lipoproteins, 207 indicator groups, phospholipids, hydration, FTIR spectra, polar monolayer, electron microscopy, DSC, lung surfactant, head, conformation, 57 phospholipids, 151 infrared spectroscopy, melittin, dipalmitoylphosphatidylglycerol, mycolic acids, trehalose mycolate, glycolipids, 225 Raman spectroscopy, lipid/protein interactions, 233 inhibition, fluorinated fatty acids, 8-oxidation, Spodoptera lit- n-3 acids, high resolution NMR spectra, 'H, '°C, fish oils, EPA, toralis, 127 DHA, stearidonic acid, 83 interdigitated bilayers, phosphatidylcholine, diacetylenic lipids, non-monotonic trends, phospholipid vesicles, freeze-thaw injury, polymerizable lipids, mixed bilayers, 215 electrolytes, 183 nuclear magnetic resonance, anthroyloxystearic acid, fluorescent lamella-like structure, prodrug, glycerolipid, GABA, aqueous probes, differential scanning calorimetry, 9 dispersion, sonication, disk-like structure, 75 lipid/protein _interactions, melittin, dipalmitoyl- optical properties, vesicles, liposomes, erythritol, free volume, phosphatidylglycerol, infrared spectroscopy, Raman spec- permeability, 199 troscopy, 233 B-oxidation, fluorinated fatty acids, inhibition, Spodoptera lit- lipid aggregation, lipid 1V,, endotoxin, lipopolysaccharide, 167 toralis, 127 lipid [V,, endotoxin, lipopolysaccharide, lipid aggregation, 167 lipid model membrane, phosphonic acid diesters, egg paf-acether receptors, paf antagonists, acetylhydrolase, protein phosphatidylcholine, X-ray and neutron diffraction, 137 kinase C, monocytes, low density lipoproteins, 207 lipid monolayer, surface potential, surface pressure, paf antagonists, paf-acether receptors, acetylhydrolase, protein phosphatidylcholine, membrane fluidity, surface dipole mo- kinase C, monocytes, low density lipoproteins, 207 ment, 39 partition coefficients, phenoxy herbicides, phase properties, lipopolysaccharide, lipid IV, ,e ndotoxin, lipid aggregation, 167 phospholipid vesicles, membrane lipids, 91 liposomes, optical properties, vesicles, erythritol, free volume, permeability, optical properties, vesicles, liposomes, erythritol, permeability, 199 free volume, 199 liposomes, phospholipids, sterols, phase transition, differential phase properties, phenoxy herbicides, phospholipid vesicles, par- scanning calorimetry, marine invertebrate, 245 tition coefficients, membrane lipids, 91 275 phase transition, phospholipids, sterols, differential scanning 1,3-diacylaminopropan-2-ols, 1 ,3-diacylamino-3-(O-acyl)- calorimetry, marine invertebrate, liposomes, 245 propanes, micromolecular vectors, vector molecules, 267 phenoxy herbicides, phase properties, phospholipid vesicles, par- selective protection of diol system, ether lipid synthesis, 2-O- tition coefficients, membrane lipids, 91 methyl-1,3-O,0-benzylidene glycerol, 1-O-benzyl-2-O-methyl- phosphatidylcholine, diacetylenic lipids, polymerizable lipids, rac-glycerol, 1-O-alkyl-2-O-methyl-rac-glycerol, 1-O- mixed bilayers, interdigitated bilayers, 215 akyl-2-O-methyl-rac-glycero-3-phosphocoline, reductive phosphatidylcholine, lipid monolayer, surface potential, surface cleavage of acetals, 263 pressure, membrane fluidity, surface dipole moment, 39 solvatochromism, acyl anthracene, fluorescence, 17 phosphocholine homologues, cyclic glycerothiophosphates, sonication, prodrug, glycerolipid, GABA, aqueous dispersion, steroidphospholipids, alkylation, hexaethylphosphorus lamella-like structure, disk-like structure, 75 triamide, thione-thiol isomerization, 49 Spodoptera littoralis, fluorinated fatty acids, inhibition, B- phospholipase C, fluorescence, pyrene, enzyme assay, oxidation, 127 phospholipid, 69 stearidonic acid, high resolution NMR spectra, 'H, '3C, fish phospholipid, phospholipase C, fluorescence, pyrene, enzyme oils, n-3 acids, EPA, DHA, 83 assay, 69 steroidphospholipids, cyclic glycerothiophosphates, phospholipids, hydration, FTIR spectra, indicator groups, polar phosphocholine homologues, alkylation, hex- head, conformation, 57 aethylphosphorus triamide, thione-thiol isomerization, 49 phospholipids, monolayer, electron microscopy, DSC, lung sur- sterols, phospholipids, phase transition, differential scanning factant, 151 calorimetry, marine invertebrate, liposomes, 245 phospholipids, sterols, phase transition, differential scanning surface dipole moment, lipid monolayer, surface potential, sur- calorimetry, marine invertebrate, liposomes, 245 face pressure, phosphatidylcholine, membrane fluidity, 39 phospholipid vesicles, freeze-thaw injury, electrolytes, non- surface potential, lipid monolayer, surface pressure, monotonic trends, 183 phosphatidylcholine, membrane fluidity, surface dipole mo- phospholipid vesicles, phenoxy herbicides, phase properties, par- ment, 39 tition coefficients, membrane lipids, 91 surface pressure, lipid monolayer, surface potential, phosphonic acid diesters, egg phosphatidylcholine, lipid model phosphatidylcholine, membrane fluidity, surface dipole mo- membrane, X-ray and neutron diffraction, 137 ment, 39 polarization, tributyltin chloride, tributyitin accetate, liposomes, surfactants, sarcoplasmic reticulum, calcium permeability, | DPH, TMA-DPH, 189 polar head, phospholipids, hydration, FTIR spectra, indicator groups, conformation, 57 thione-thiol isomerization, cyclic glycerothiophosphates, steroid- polymerizable lipids, phosphatidylcholine, diacetylenic lipids, phospholipids, phosphocholine homologues, alkylation, mixed bilayers, interdigitated bilayers, 215 hexaethyl- prodrug, glycerolipid, GABA, aqueous dispersion, sonication, phosphorus triamide, 49 lamella-like structure, disk-like structure, 75 TMA-DPH, tributyltin chloride, tributyltin accetate, liposomes, protein kinase C, paf-acether receptors, paf antagonists, DPH, polarization, 189 acetylhydrolase, monocytes, low density lipoproteins, 207 trehalose mycolate, glycolipids, mycolic acids, 225 pyrene, enzyme assay, phospholipase C, fluorescence, tributyltin accetate, tributyltin chloride, liposomes, DPH, TMA- phospholipid, 69 DPH, polarization, 189 tributyltin chloride, tributyltin accetate, liposomes, DPH, TMA- Raman spectroscopy, melittin, dipalmitoylphosphatidylglycerol, DPH, polarization, 189 infrared spectroscopy, lipid/protein interactions, 233 reconstitution, lung surfactant, apoprotein, dog lung, 29 vector molecules, amide isosteres, | ,3-diacylaminopropan-2-ols, reductive cleavage of acetals, ether lipid synthesis, 2-O- 1 ,3-diacylamino-3-(O-acyl)-propanes, micromolecular vectors, methyl-1,3-O,O0-benzylidene glycerol, 1-O-benzyl-2-O-methyl- secondary alcohol acylation, 267 rac-glycerol, selective protection of diol system, 1-O-alkyl-2-O- vesicles, optical properties, liposomes, erythritol, free volume, methyl-rac-glycerol, 1-O-akyl-2-O-methyl-rac- permeability, 199 glycero-3-phosphocoline, 263 sarcoplasmic reticulum, surfactants, calcium permeability, | X-ray and neutron diffraction, phosphonic acid diesters, egg secondary alcohol acylation, amide _ isosteres, phosphatidylcholine, lipid model membrane, 137 Chemistry and Physics of Lipids, 59 (1991) 277 Elsevier Scientific Publishers Ireland Ltd. Author Index Volume 59 (1991) Acquotti, D. K6nig, B. Adam, S. Korth, R. Ambrosini, A. Ayanoglu, E. Lafleur, M. Lambert, D.M. Benoit, J.P. Letourneux, Y. Bertoli, E. Liau, D.F. Bidaine, A. Lopez, A. Brearley, C.A. Mergen, F. Camps, F Middeke, M. Chiche, H.B. Mitsner, B.I. Couvreur, P. Mozaffary, H. Dai, M.C. Olliff, C.J. Dayal, B. Dayal, V. Perochon, E. de Almeida, E.T. Pézolet, M. Delgado, A. Pinchuk, A.N. Denizot, B. Poupaert, J.H. Deverre, J.R. Prieto, M.J. Disalvo, E.A. Proust, J.E. Djerassi, C. Puisieux, F. Dumont, P. Diizgiines, N. Raetz, C.R.H. Ragg, E. Fronza, G. Rhodes, D.G. Ruiz, M. Glass, R.L. Ryan, S.F. Gomez-Fernandez, J.C. Salen, G. Gordeliy, V.1. Samson, I. Grdadolnik, J. Schulze, G. Gronowitz, S. Shvets, V.I. Guerrero, A. Singh, A. Gulik, A. Soler, F. Gunstone, F.D. Sonnino, S. Stamatov, S.D HadzZi, D. Hampton, R.Y Tanfani, F. Hodges, N.A. Tchoreloff, P. Hofer, M. Teruel, J.A. Hospital, S. Thuren, T. Tocanne, J.F. loneda, T. Villalain, J. Kaufmann, F. Kidri¢, J. Yu, H. Kinnunen, P.K.J. Klose, G. Zolese, G.