Chemistry and Physics of Lipids 1994: Vol 74 Index

5 Pages·1994·1.2 MB·English

Chemistry and Physics
of
LIPIDS
Chemistry and Physics of Lipids
ELSEVIER 74 (1994) 211
Author index
Volume 74 (1994)
Attard, G.S. 74, 83 Gericke, A. 74, 205 Parish, E.J. 74, |
Gerst, N. 74, | Pinkerton, F.D. 74, |
Baczynskyj, O. 74, 163 Grandgirard, A. 74, 185 Poullain, D. 74, 175
Blackaby, W.P. 74, 83 Guido, D.M. 74, 163
Bondar, O.P. 74, 93 Raudino, A. 74, 25
Brodersen, R. 74, 43 Hedstr6m, G. 74, 195 Rowe, E.S. 74, 93
Buffenbarger, S.L. 74, 163 Hiihnerfuss. H. 74, 205
Buxser, S.E. 74, 163 Sarpietro, M.G. 74, 25
Kézdy, F.J. 74. 163 Schroepfer, Jr..G.J. 74, |
Cambria, A. 74, 25 Klose. G. 74, 17 Sébédio, J.-L. 74, 175, 185
Castelli, F. 74, 25 Knechtel. T.J. 74. 163 Siddiqui, A.U. 74, |
Chardigny, J.-M. 74, 175, 185 Slotte, J.P. 74, 195
Cheng, K.H. 74, 49 Leach. A.R. 74. 83 Somerharju, P. 74, 49
Lutzke. B.S. 74. 163 Stallmach, F. 74, 17
Decker, D. 74, 163 Sugar, |. 74, 49
Dietrich, U. 74, 17 Mathews, W.R. 74, 163
Dong Doan, H. 74, 185 Mattjus, P. 74, 195 Tassignon, P. 74, 39
de Buyck, L. 74, 39 McCall, J.M. 74, 163
de Rijk, T. 74, 39 Melnykovych, G. 74, 93 Vatéle, J.-M. 74, 175, 185
de Wit, D. 74, 39 Vorum, H. 74, 43
Noél, J.-P. 74, 175
Epps, D.E. 74, 163 Wilson, W.K. 74, |
Eynard, T. 74, 175 Oliver, L.K. 74, 163
Zeidler, J. 74, 73
Ferretti, A. 74, 65 Paltauf, F. 74, 101 Zimmermann, W. 74, 73
Flanagan, V.P. 74, 65
0009-3084/94/$07.00 © 1994 Elsevier Science Ireland Ltd. All rights reserved
o)
Chemistry and Physics
of
LIPIDS
Chemistry and Physics of Lipids
74 (1994) 212-214
Subject index
Volume 74 (1994)
Acyl chain length; Monolayer‘membranes; Cholesterol oxidase; Cubic phases; Glycolipids; Phase behaviour; Liquid
Cholesterol; Phosphatidylcholine; Lipid interaction; Phase sep- crystals 74, 83
aration; Fluorescence microscopy 74, 195
Cyclic platelet activating factor analogue; Phospholipid syn-
Adsol; Anticoagulant; Tirilazad mesylate (U-74,006f); red thesis; Cyclic thioether; Chiral sulphur compound 74, 73
blood cell; Osmotic fragility 74, 163
Cyclic thioether; Phospholipid synthesis; Cyclic platelet activat-
Adsorption; Fatty acid; Freundlich’s adsorption isotherm; ing factor analogue; Chiral sulphur compound 74, 73
Aqueous solution; Solubility of fatty acids; Liposomes 74, 43
Cyclohexyl 9-oxo-10,12-E,E-octadecadienoate; Methyl 9-oxo-
Amides; Prostaglandin F; Metabolite; PGF-M; Electron ioniza- 10,12-E,E-octadecadienoate; Catalysis 74, 39
tion; Mass spectrometry 74, 65
Cytostatic ether lipids; Plasmalogens; _1-O-alkyl-2-
Anticoagulant; Adsol; Tirilazad mesylate (U-74,006f); red acylglycerophospholipids; | ,2-di-O-alkylglycerophospholipids;
blood cell; Osmotic fragility 74, 163 Phospholipases; Phospholipid transfer 74, 101
Aqueous solution; Fatty acid; Adsorption; Freundlich’s adsorp- Dimyristoylphosphatidylcholine-liposomes; Farnesol; Phase
tion isotherm; Solubility of fatty acids; Liposomes 74, 43 transition 74, 93
[1-'4C}-labelled fatty acids; Trans linolenic acids synthesis; Electron ionization; Prostaglandin F; Metabolite; PGF-M;
Wittig reaction 74, 175 Amides; Mass spectrometry 74, 65
Catalysis; Methyl 9-oxo-10,12-E,E-octadecadienoate; Cyclo- Enzymatic process; IR reflection absorption spectroscopy;
hexyl 9-oxo-10,12-E,E-octadecadienoate 74, 39 Monolayers; Phospholipids; Phospholipase A, 74, 205
Catalyzed acetylenic coupling; Wittig reaction; 6,y-Unsaturated Farnesol; Dimyristoylphosphatidylcholine-liposomes; Phase
aldehydes; n-3 trans Polyunsaturated fatty acids 74, 185 transition 74, 93
Chiral sulphur compound; Phospholipid synthesis; Cyclic plate- Fatty acid; Adsorption; Freundlich’s adsorption isotherm;
let activating factor analogue; Cyclic thioether 74, 73 Aqueous solution; Solubility of fatty acids; Liposomes 74, 43
Cholesterol; Monolayer membranes; Cholesterol oxidase; Phos- Fluorescence microscopy; Monolayer membranes; Cholesterol
phatidylcholine; Acyl chain length; Lipid interaction; Phase oxidase; Cholesterol; Phosphatidylcholine; Acyl chain length;
separation; Fluorescence microscopy 74, 195 Lipid interaction; Phase separation 74, 195
Cholesterol; Vitamin D,; Thermotropic properties; Lipid Freundlich’s adsorption isotherm; Fatty acid; Adsorption; Aque-
chains 74, 25 ous solution; Solubility of fatty acids; Liposomes 74, 43
Cholesterol oxidase; Monolayer membranes; Cholesterol; Phos- Glycolipids; Phase behaviour; Liquid crystals; Cubic
phatidylcholine; Acyl chain length; Lipid interaction; Phase phases 74, 83
separation; Fluorescence microscopy 74, 195
Hydration force; Osmotic stress technique; X-ray diffraction;
Conformational analysis; |5-Ketosterols; Liquid-ammonia Mixed lipid bilayers; POPC; Phosphonic acid dibutyl
reduction; NMR_ 74,| ester 74, 17
0009-3084/94/$07.00 © 1994 Elsevier Science Ireland Ltd. All rights reserved
Subject index /C hem. Phys. Lipids 74 (1994) 212-214 213
Internal motions of acyl chains; Kinetic models; Metastable 1,2-di-O-alkylglycerophospholipids; Plasmalogens; |-O-alkyl-2-
state 74, 49 acylglycerophospholipids; Cytostatic ether lipids; Phospho-
lipases; Phospholipid transfer 74, 101
IR reflection absorption spectroscopy: Monolayers;
Phospholipids; Phospholipase Aj; Enzymatic process 74, 205 Osmotic fragility; Adsol; Anticoagulant; Tirilazad mesylate
(U-74,006f); red blood cell 74, 163
15-Ketosterols; Liquid-ammonia reduction; NMR; Conforma-
Osmotic stress technique: Hydration force; X-ray diffraction;
tional analysis 74, |
Mixed lipid bilayers; POPC; Phosphonic acid dibutyl
ester 74, 17
Kinetic models; Metastable state; Internal motions of acyl
chains 74, 49
PGF-M; Prostaglandin F; Metabolite; Amides; Electron ion-
ization; Mass spectrometry 74, 65
Lipid chains; Cholesterol; Vitamin D,; Thermotropic proper-
ties 74, 25 Phase behaviour; Glycolipids; Liquid crystals; Cubic
phases 74, 83
Lipid interaction; Monolayer membranes; Cholesterol oxidase;
Cholesterol; Phosphatidylcholine; Acyl chain length; Phase Phase separation; Monolayer membranes; Cholesterol oxidase;
separation; Fluorescence microscopy 74, 195 Cholesterol; Phosphatidylcholine; Acyl chain length; Lipid in-
teraction; Fluorescence microscopy 74, 195
Liposomes; Fatty acid; Adsorption; Freundlich’s adsorption
isotherm; Aqueous solution; Solubility of fatty acids 74, 43 Phase transition; Farnesol; Dimyristoylphosphatidylcholine-
liposomes 74, 93
Liquid crystals; Glycolipids; Phase behaviour; Cubic
phases 74, 83 Phosphatidylcholine; Monolayer membranes; Cholesterol oxi-
dase; Cholesterol; Acyl chain length; Lipid interaction; Phase
Liquid-ammonia reduction; |5-Ketosterols; NMR; Conforma- separation; Fluorescence microscopy 74, 195
tional analysis 74, |
Phospholipase A,; IR reflection absorption spectroscopy;
Monolayers; Phospholipids; Enzymatic process 74, 205
Mass spectrometry; Prostaglandin F; Metabolite; PGF-M;
Amides; Electron ionization 74, 65
Phospholipases; Plasmalogens; 1-O-alkyl-2-acylglycerophos-
pholipids; | ,2-di-O-alkylglycerophospholipids; Cytostatic ether
Metabolite; Prostaglandin F; PGF-M; Amides; Electron ioniza-
lipids; Phospholipid transfer 74, 101
tion; Mass spectrometry 74, 65
Phospholipid synthesis; Cyclic platelet activating factor ana-
Metastable state; Kinetic models; Internal motions of acyl
logue; Cyclic thioether; Chiral sulphur compound 74, 73
chains 74, 49
Phospholipid transfer; Plasmalogens; 1-O-alkyl-2-acylglycero-
Methyl 9-oxo-10,12-E,E-octadecadienoate; Cyclohexyl 9-oxo-
phospholipids; |,2-di-O-alkylglycerophospholipids; Cytostatic
10,12-E,E-octadecadienoate; Catalysis 74, 39
ether lipids; Phospholipases 74, 101
Mixed lipid bilayers; Hydration force; Osmotic stress technique;
Phospholipids; IR reflection absorption spectroscopy; Mono-
X-ray diffraction; POPC; Phosphonic acid dibutyl ester 74,
layers; Phospholipase Aj; Enzymatic process 74, 205
17
Phosphonic acid dibutyl ester; Hydration force; Osmotic stress
Monolayer membranes; Cholesterol oxidase; Cholesterol; Phos-
technique; X-ray diffraction; Mixed lipid bilayers; POPC 74,
phatidylcholine; Acyl chain length; Lipid interaction; Phase
17
separation; Fluorescence microscopy 74, 195
Plasmalogens; 1-O-alkyl-2-acylglycerophospholipids; 1 ,2-di-
Monolayers; IR_ reflection absorption spectroscopy:
O-alkylglycerophospholipids; Cytostatic ether lipids;
Phospholipids; Phospholipase Aj; Enzymatic process 74, 205
Phospholipases; Phospholipid transfer 74, 101
NMR; 15-Ketosterols; Liquid-ammonia reduction; Conforma-
n-3 trans Polyunsaturated fatty acids; Wittig reaction; Catalyzed
tional analysis 74, |
acetylenic coupling; B,y-Unsaturated aldehydes 74, 185
1-O-alkyl-2-acylglycerophospholipids; Plasmalogens; |,2-di-O- POPC; Hydration force; Osmotic stress technique; X-ray dif-
alkylglycerophospholipids; Cytostatic ether lipids; Phospho- fraction; Mixed lipid bilayers; Phosphonic acid dibutyl
lipases; Phospholipid transfer 74, 101 ester 74, 17
214 Subject index /C hem. Phys. Lipids 74 (1994) 212-214
Prostaglandin F; Metabolite; PGF-M; Amides; Electron ioniza- B,y-Unsaturated aldehydes; Wittig reaction; Catalyzed
tion; Mass spectrometry 74, 65 acetylenic coupling; n-3 trans Polyunsaturated fatty acids 74,
185
Red blood cell; Adsol; Anticoagulant; Tirilazad mesylate
(U-74,006f); Osmotic fragility 74, 163 Vitamin D,; Cholesterol; Thermotropic properties; Lipid
chains 74, 25
Solubility of fatty acids; Fatty acid; Adsorption; Freundlich’s
adsorption isotherm; Aqueous solution; Liposomes 74, 43 Wittig reaction; Trans linolenic acids synthesis; [1-'*C]-
labelled fatty acids 74, 175
Thermotropic properties; Cholesterol; Vitamin D,; Lipid
chains 74, 25 Wittig reaction; Catalyzed acetylenic coupling; £,7-
Unsaturated aldehydes; n-3 trans Polyunsaturated fatty
Tirilazad mesylate (U-74,006f); Adsol; Anticoagulant; red acids 74, 185
blood cell; Osmotic fragility 74, 163
X-ray diffraction; Hydration force; Osmotic stress technique;
Trans linolenic acids synthesis; [1-'4C]-labelled fatty acids; Mixed lipid bilayers; POPC; Phosphonic acid dibutyl
Wittig reaction 74, 175 ester 74, 17