Chemistry and Physics of Lipids 1998: Vol 95 Index

5 Pages·1998·1.1 MB·English

CPL
CHEMISTRY AND
Chemistry and Physics of Lipids PHYSICS OF LIPIDS
95 (1998) 189
Author index
Volume 95 (1998)
Ambrosini, A. 95, 37 Hummel, B. 95, 11 Rapp, G. 95, 59
Schlegel, W. 95, 181
Bossi, G. 95, 37 Janshoff, A. 95, 95
Schofield, M. 95, 23
Jenski, L.J. 95, 23
Caffrey, M. 95, 11 John, H. 95, 181 Schéppe, A. 95, 59
Cheng, A. 95, 11 Spiteller, G. 95, 105
Chen, Z. 95, | K6éberl, M. 95, 59 Steinem, C. 95, 95
Stillwell, W. 95, 23
Kramer, R.A. 95, 169
Dante, S. 95, 37 Sturtevant, J.M. 95, 163
Dubini, B. 95, 37 Sun, A. 95, |
Leone, L. 95, 37
Dumaual, A.C. 95, 23
Liu, Z.-L. 95, 49
Tristram-Nagle, S. 95, 83
Liu, Z.-Q. 95, 49
Egmond, M.R. 95, 169
van der Hijden, H.T.W.M. 95, 169
Ma, L.-P. 95, 49 van Duijnhoven, J.P.M. 95, 169
Flipsen, J.A.C. 95, 169
Verheij, H.M. 95, 169
Nagle, J.F. 95, 83
Galla, H.-J. 95, 95
Gobbi, L. 95, 37 Yang, Y. 95, |
Grazia Ponzi Bossi, M. 95, 37 Petrache, H.I. 95, 83
Zhou, Q. 95, |
Hinz, H.-J. 95, 59 Qiu, H. 95, 11 Zolese, G. 95, 37
PIT $0009-3084(98)00094-2

CPL
CHEMISTRY AND
RR eel) Chemistry and Physics of Lipids PHYSICS OF LIPIDS
ELSEVIER
95 (1998) 191-192
Subject index
Volume 95 (1998)
Aldehydes; Lipid peroxidation; Linoleic acid peroxidation; Hy- Differential scanning calorimetry; Cholesterol sulfate; Choles-
droxy acids; Epoxides; Mass spectrometry; Atherosclerosis; terol; Docosahexaenoic acid; Lipid bilayers 95, 23
Antioxidants 95, 105
Differential scanning calorimetry; Lipid phase transitions;
Antioxidants; Lipid peroxidation; Linoleic acid peroxidation; Sodium chloride; Calcium chloride 95, 163
Hydroxy acids; Epoxides; Aldehydes; Mass spectrometry;
Atherosclerosis 95, 105 Docosahexaenoic acid; Cholesterol sulfate; Cholesterol; Differ-
ential scanning calorimetry; Lipid bilayers 95, 23
Antioxidant synergism; Low density lipoprotein; Lipophilic
DSC; Fluconazole; Model Membranes; X-ray diffraction;
vitamin C; Vitamin E 95, 49
Transmission Electron Microscopy; Fluorescence 95, 37
Area per lipid; Lipid bilayers; Osmotic pressure; Fluctuations,
DSC; Glycolipids; Phase transitions; DSD; X-ray scattering;
Synchrotron X-ray diffraction 95, 83
Enthalpy; Cooperative units 95, 59
Atherosclerosis; Lipid peroxidation; Linoleic acid peroxida-
DSD; Glycolipids; Phase transitions; DSC; X-ray scattering;
tion; Hydroxy acids; Epoxides; Aldehydes; Mass spectrometry;
Enthalpy; Cooperative units 95, 59
Antioxidants 95, 105
Enthalpy; Glycolipids; Phase transitions; DSC; DSD; X-ray
Calcium chloride; Lipid phase transitions; Differential scanning
scattering; Cooperative units 95, 59
calorimetry; Sodium chloride 95, 163
Epoxides; Lipid peroxidation; Linoleic acid peroxidation; Hy-
Cholesterol; Cholesterol sulfate; Docosahexaenoic acid; Differ-
droxy acids; Aldehydes; Mass spectrometry; Atherosclerosis;
ential scanning calorimetry; Lipid bilayers 95, 23
Antioxidants 95, 105
Cholesterol sulfate; Cholesterol; Docosahexaenoic acid; Differ-
Fluconazole; Model Membranes; DSC; X-ray diffraction;
ential scanning calorimetry; Lipid bilayers 95, 23 Transmission Electron Microscopy; Fluorescence 95, 37
Cis—trans isomerization; |2-(.S)-Hydroxyheptadecatrienoic acid
Fluctuations, Synchrotron X-ray diffraction; Lipid bilayers; Os-
(HHT); High-performance liquid chromatography; Gas chro-
motic pressure; Area per lipid 95, 83
matography-mass spectrometry 95, 181
Fluorescence; Fluconazole; Model Membranes; DSC; X-ray
Cooperative units; Glycolipids; Phase transitions; DSC; DSD; diffraction; Transmission Electron Microscopy 95, 37
X-ray scattering; Enthalpy 95, 59
Frictional heating; Cubic phase; Homogeneity; Hydrated
Cubic phase; Frictional heating; Homogeneity; Hydrated lipids; Metastability; Mixing device 95, 11
lipids; Metastability; Mixing device 985, 11
Gas chromatography-mass spectrometry; |2-(S)-Hydroxyhep-
Cutinase; Interfacial binding; Oil drop tensiometer; Triolein tadecatrienoic acid (HHT); Cis—trans isomerization; High-per-
hydrolysis; Oleic acid diffusion; Qualitative model 95, 169 formance liquid chromatography 95, 181
PIT $0009-3084(98)00095-4
192 Subject index
Glycolipids; Phase transitions; DSC; DSD; X-ray scattering; Melittin; Impedance spectroscopy; Quartz crystal microbal-
Enthalpy; Cooperative units 95, 59 ance; Solid-supported lipid bilayers 95, 95
Head-group; Olfactory sensor; Interdigital electrode; Hydro- Metastability; Cubic phase; Frictional heating; Homogeneity;
carbon chain; Voltage response 95, | Hydrated lipids; Mixing device 95, 11
Mixing device; Cubic phase; Frictional heating; Homogeneity;
High-performance liquid chromatography; 1|2-(S)-Hydroxyhep-
Hydrated lipids; Metastability 95, 11
tadecatrienoic acid (HHT); Cis—trans isomerization; Gas chro-
matography-mass spectrometry 95, 181
Model Membranes; Fluconazole; DSC; X-ray diffraction;
Transmission Electron Microscopy; Fluorescence 95, 37
Homogeneity; Cubic phase; Frictional heating; Hydrated
lipids; Metastability; Mixing device 95, 11
Oil drop tensiometer; Interfacial binding; Cutinase; Triolein
hydrolysis; Oleic acid diffusion; Qualitative model 95, 169
Hydrated lipids; Cubic phase; Frictional heating; Homogene-
ity; Metastability; Mixing device 95, 11
Oleic acid diffusion; Interfacial binding; Cutinase; Oil drop
tensiometer; Triolein hydrolysis; Qualitative model 95, 169
Hydrocarbon chain; Olfactory sensor; Interdigital electrode;
Head-group; Voltage response 95, | Olfactory sensor; Interdigital electrode; Hydrocarbon chain;
Head-group; Voltage response 95, |
Hydroxy acids; Lipid peroxidation; Linoleic acid peroxidation;
Epoxides; Aldehydes; Mass spectrometry; Atherosclerosis; An- Osmotic pressure; Lipid bilayers; Area per lipid; Fluctuations,
tioxidants 95, 105 Synchrotron X-ray diffraction 95, 83
Impedance spectroscopy; Melittin; Quartz crystal microbalance; Phase transitions; Glycolipids; DSC; DSD; X-ray scattering;
Solid-supported lipid bilayers 95, 95 Enthalpy; Cooperative units 95, 59
Qualitative model; Interfacial binding; Cutinase; Oil drop ten-
Interdigital electrode; Olfactory sensor; Hydrocarbon chain;
Head-group; Voltage response 95, | siometer; Triolein hydrolysis; Oleic acid diffusion 95, 169
Interfacial binding; Cutinase; Oil drop tensiometer; Triolein Quartz crystal microbalance; Impedance spectroscopy; Melit-
tin; Solid-supported lipid bilayers 95, 95
hydrolysis; Oleic acid diffusion; Qualitative model 95, 169
12-(S)-Hydroxyheptadecatrienoic acid (HHT); Cis—trans iso-
Linoleic acid peroxidation; Lipid peroxidation; Hydroxy acids;
merization; High-performance liquid chromatography; Gas
Epoxides; Aldehydes; Mass spectrometry; Atherosclerosis; An-
chromatography-mass spectrometry 95, 181
tioxidants 95, 105
Sodium chloride; Lipid phase transitions; Differential scanning
Lipid bilayers; Cholesterol sulfate; Cholesterol; Docosahex-
calorimetry; Calcium chloride 95, 163
aenoic acid; Differential scanning calorimetry 95, 23
Solid-supported lipid bilayers; Impedance spectroscopy; Melit-
Lipid bilayers; Osmotic pressure; Area per lipid; Fluctuations,
tin; Quartz crystal microbalance 95, 95
Synchrotron X-ray diffraction 95, 83
Transmission Electron Microscopy; Fluconazole; Model Mem-
Lipid peroxidation; Linoleic acid peroxidation; Hydroxy acids;
branes; DSC; X-ray diffraction; Fluorescence 95, 37
Epoxides; Aldehydes; Mass spectrometry; Atherosclerosis; An-
tioxidants 95, 105
Triolein hydrolysis; Interfacial binding; Cutinase; Oil drop
tensiometer; Oleic acid diffusion; Qualitative model 95, 169
Lipid phase transitions; Differential scanning calorimetry;
Sodium chloride; Calcium chloride 95, 163
Vitamin E; Low density lipoprotein; Antioxidant synergism;
Lipophilic vitamin C 95, 49
Lipophilic vitamin C; Low density lipoprotein; Antioxidant
synergism; Vitamin E 95, 49
Voltage response; Olfactory sensor; Interdigital electrode; Hy-
drocarbon chain; Head-group 95, |
Low density lipoprotein; Antioxidant synergism; Lipophilic vi-
tamin C; Vitamin E 95, 49 X-ray diffraction; Fluconazole; Model Membranes; DSC;
Transmission Electron Microscopy; Fluorescence 95, 37
Mass spectrometry; Lipid peroxidation; Linoleic acid peroxida-
tion; Hydroxy acids; Epoxides; Aldehydes; Atherosclerosis; X-ray scattering; Glycolipids; Phase transitions; DSC; DSD;
Antioxidants 95, 105 Enthalpy; Cooperative units 95, 59