Mechanisms of Ageing and Development 1995: Vol 81 Index

5 Pages·1995·0.51 MB·English

mechaneosf amgsen g
and development
Mechanisms of Ageing and Development
ELSEVIER 81 (1995) 171
Author index
Volume 81 (1995)
Akiyama, K. 81, 119 Ishida, H. 81, | Saransaari, P. 81, 61
Agarwal, S. 81, 15 Ishikawa, Y. 81, | Sasamoto, S. 81, 119
Amano, |. 81, | Sato, |. 81, 27
Andersen, J.K. 81, 73 Kaji, K. 81, 27 Senshu, T. 81, 119
Anno, K. 81, 139 Kaneko, T. 81, 159 Smith, D.W.E. 81, 51
Kawamura, |. 81, 97 Sohal, R.S. 81, 15
Brunelli, R. 81, 107 Sohal, B.H. 81, 15
Brunk, U.T. 81, 37
Leter,G. 81, 107
Takahashi, T. 81, 139
Chen, C. 81, |!
Mancini, C. 81, 107 Taya, K. 81, 119
Matsuo, M. 81, 159
Doria, G. 81, 107
Miyamoto, H. 81, 97
Ueda, K. 81, 139
Mitsuyama, M. 81, 97
Eguchi, T. 81, | Mo, J.Q. 81, 73 Utsuyama, M. 81, 107
Murota, S.-i. 81, 27
Fujio, H. 81, 97
Fukami, J. 81, 139 Watanabe, K. 81, 119
Nagata, S. 81, 119 Watanabe, G. 81, 119
Goldhaber, P. 81, 83
Oja, S.S. 81, 61
Yin, D. 81, 37
Hirokawa, K. 81, 107 Yoshida, S. 81, 97
Rabadjija, L. 81, 83 Yuan, H. 81, 159
Ide, T. 81, 139 Riggs, J.E. 81, 131 Yuan, X. 81, 37

Mechanisms of Ageing and Development
ELSEVIER
81 (1995) 173-175
Subject index
Volume 81 (1995)
Adenylate cyclase; Aging: /-Adrenoceptors; Aminotriazole, Human _ diploid fibroblast;
GTP binding proteins; ADP-ribosylation; Iso- Replicative capacity; Oxygen; Catalase; Super-
proterenol; Forskolin 81, | oxide dismutase; Glutathione peroxidase; Glu-
tathione 81, 159
ADP-ribosylation; Aging: /-Adrenoceptors;
Adenylate cyclase, GTP binding proteins; Iso- Apoptosis; Nitric oxide; Nitric oxide synthase:
proterenol; Forskolin 81, | Cytokine; Human umbilical vein endothelial
cells (HUVECS); In vitro ageing 81, 27
£-Adrenoceptors; Aging: Adenylate cyclase;
Aspartate, Glutamate; Release; Uptake; Devel-
GTP binding proteins; ADP-ribosylation; Iso-
opment; Ageing: Tissue slices; Synapto-
proterenol; Forskolin 81, |
somes 81, 61
Age; Bone organ culture; Bone resorption; Autophagocytosis; Cysteine, Oxygen radicals:
1 x,25-dihydroxycholecalciferol; Interleukin-1/; Lipofuscin; Lysosomes 81, 37
Prostaglandin E, 81, 83
Bone organ culture, Age, Bone resorption; | 2,25-
Aged mice; Legionella pneumophila, \nterferon- dihydroxycholecalciferol: Interleukin-1 f;
gamma; Macrophage; Natural resistance 81, 97 Prostaglandin E, 81, 83
Ageing; Glutamate; Aspartate; Release; Uptake; Bone resorption, Age: Bone organ culture; | z,25-
Development; Tissue slices; Synaptosomes 81, dihydroxycholecalciferol: Interleukin-1 f;
61 Prostaglandin E, 81, 83
Catalase, Human diploid fibroblast; Replicative
Aging; /-Adrenoceptors; Adenylate cyclase:
capacity; Oxygen; Superoxide dismutase, Glu-
GTP binding proteins; ADP-ribosylation; Iso-
tathione peroxidase: Glutathione; Aminotria-
proterenol; Forskolin 81, |
zole 81, 159
Aging: Multiple myeloma; Mortality; Epidemiol-
Cyclin D,; Human fibroblasts; Senescence 81,
ogy: Differential survival 81, 131 139
Aging: Oxidative stress; Oxygen free radicals; Cysteine, Autophagocytosis; Oxygen radicals;
Gerbil; Protein damage: DNA damage 81, 15 Lipofuscin; Lysosomes 81, 37
Aging mouse brain, Free-radical damage; Oxida- Cytokine, Nitric oxide; Nitric oxide synthase:
tive stress; Free-radical scavenging enzymes; Apoptosis; Human umbilical vein endothelial
Lipid peroxidation; Protein oxidation 81, 73 cells (HUVECs), In vitro ageing 81, 27
174 Subject index |M echanisms of Ageing and Development 81 (1995) 173-175
Development; Glutamate; Aspartate; Release: Human diploid fibroblast; Replicative capacity;
Uptake; Ageing; Tissue slices; Synapto- Oxygen; Catalase; Superoxide dismutase; Glu-
somes 81, 61 tathione peroxidase; Glutathione; Aminotria-
zole 81, 159
Differential survival; Multiple myeloma; Mortal-
ity; Aging; Epidemiology 81, 131 Human umbilical vein endothelial cells (HU-
VECs); Nitric oxide; Nitric oxide synthase; Cy-
1a,25-dihydroxycholecalciferol; Age; Bone organ tokine; Apoptosis; In vitro ageing 81, 27
culture; Bone resorption; Interleukin-!/;
Prostaglandin E, 81, 83 Human fibroblasts; Cyclin D,; Senescence 81,
139
DNA damage; Aging; Oxidative stress; Oxygen
free radicals; Gerbil; Protein damage 81, 15 In vitro ageing; Nitric oxide; Nitric oxide syn-
thase; Cytokine; Apoptosis; Human umbilical
Epidemiology; Multiple myeloma; Mortality; Ag- vein endothelial cells (HUVECs) 81, 27
ing; Differential survival 81, 131
Interferon-gamma; Legionella pneumophila:
Evolution; Maximum life span; Mammals;
Macrophage; Natural resistance: Aged
Longevity; Natural selection; Genes 81, 51
mice 81, 97
Forskolin; Aging; /-Adrenoceptors; Adenylate
Interleukin-1/3; Age: Bone organ culture: Bone
cyclase; GTP binding proteins; ADP-ribosyla-
resorption: 1 x,25-dihydroxycholecalciterol:
tion; Isoproterenol 81, |
Prostaglandin E, 81. 83
Free-radical damage; Oxidative stress; Aging
mouse brain; Free-radical scavenging enzymes: Isoproterenol: Aging: /)-Adrenoceptors: Adeny-
Lipid peroxidation; Protein oxidation 81, 73 late cyclase: GTP binding proteins: ADP-ribosy-
lation: Forskolin 81. |
Free-radical scavenging enzymes, Free-radical
damage; Oxidative stress; Aging mouse brain: Legionella pneumophila. Interferon-gamma:
Lipid peroxidation; Protein oxidation 81. 73 Macrophage: Natural resistance; Aged
mice 81. 97
Genes; Maximum life span; Mammals: Evolu-
tion; Longevity; Natural selection 81. 51 Lipid peroxidation: Free-radical damage; Oxida-
tive stress: Aging mouse brain; Free-radical
Gerbil; Aging: Oxidative stress: Oxygen tree rad- scavenging enzymes; Protein oxidation 81. 73
icals; Protein damage: DNA damage 81. 15
Lipofuscin; Autophagocytosis: Cysteine: Oxygen
Glutamate; Aspartate: Release: Uptake: Devel- radicals; Lysosomes 81, 37
opment; Ageing: Tissue slices: Synapto-
somes 81, 61 Longevity; Maximum life span: Mammals: Evo-
lution; Natural selection: Genes 81, 51
Glutathione; Human diploid fibroblast; Replica-
tive capacity; Oxygen; Catalase; Superoxide dis- Lysosomes: Autophagocytosis: Cysteine; Oxygen
mutase; Glutathione peroxidase; radicals: Lipofuscin 81, 37
Aminotriazole 81, 159
Macrophage: Legionella pneumophila, \nter-
Glutathione peroxidase; Human diploid fibrob- feron-gamma; Natural _ resistance; Aged
last; Replicative capacity; Oxygen; Catalase; Su- mice 81, 97
peroxide dismutase; Glutathione;
Aminotriazole 81, 159 Mammals; Maximum life span; Evolution;
Longevity; Natural selection; Genes 81, 51
GTP binding proteins; Aging: /-Adrenoceptors:
Adenylate cyclase; ADP-ribosylation; — Iso- Maximum life span; Mammals; Evolution;
proterenol; Forskolin 81, | Longevity; Natural selection; Genes 81, 51
Subject index |M echanisms of Ageing and Development 81 (1995) 173-175 175
Mortality; Multiple myeloma; Aging; Epidemiol- Prostaglandin E,; Age: Bone organ culture; Bone
ogy; Differential survival 81, 131 resorption, 1|2,25-dihydroxycholecalciferol; In-
terleukin-1f 81, 83
Multiple myeloma; Mortality; Aging: Epidemiol-
ogy; Differential survival 81, 131 Protein damage. Aging: Oxidative stress; Oxygen
free radicals; Gerbil; DNA damage 81, 15
Natural resistance, Legionella pneumophila, \n-
terferon-gamma; Macrophage; Aged mice 81, Protein oxidation, Free-radical damage, Oxida-
97 tive stress; Aging mouse brain; Free-radical
scavenging enzymes; Lipid peroxidation 81, 73
Natural selection; Maximum life span; Mam-
mals; Evolution; Longevity; Genes 81, 51 Release; Glutamate; Aspartate; Uptake; Devel-
opment; Ageing: Tissue slices; Synapto-
somes 81, 61
Nitric oxide; Nitric oxide synthase; Cytokine;
Apoptosis; Human umbilical vein endothelial
Replicative capacity; Human diploid fibroblast:
cells (HUVECs); In vitro ageing 81, 27
Oxygen; Catalase; Superoxide dismutase; Glu-
tathione peroxidase, Glutathione; Aminotria-
Nitric oxide synthase; Nitric oxide; Cytokine;
zole $1, 159
Apoptosis; Human umbilical vein endothelial
cells (HUVECs), In vitro ageing 81, 27
Senescence; Cyclin D,; Human fibroblasts 81,
139
Oxidative stress; Aging: Oxygen free radicals;
Gerbil; Protein damage: DNA damage 81, 15 Superoxide dismutase. Human diploid fibroblast;
Replicative capacity; Oxygen; Catalase; Glu-
Oxidative stress; Free-radical damage; Aging tathione peroxidase; Glutathione; Aminotria-
mouse brain; Free-radical scavenging enzymes; zole 81, 159
Lipid peroxidation; Protein oxidation 81, 73
Synaptosomes, Glutamate; Aspartate; Release;
Oxygen; Human diploid fibroblast; Replicative Uptake; Development: Ageing: _ Tissue
capacity; Catalase; Superoxide dismutase; Glu- slices 81, 61
tathione peroxidase; Glutathione; Aminotria-
zole 81, 159 Tissue slices; Glutamate; Aspartate; Release;
Uptake; Development; Ageing; Synapto-
Oxygen free radicals; Aging, Oxidative stress; somes 81, 61
Gerbil; Protein damage; DNA damage 81, 15
Uptake; Glutamate; Aspartate; Release; Devel-
Oxygen radicals; Autophagocytosis; Cysteine: opment; Ageing: Tissue slices; Synapto-
Lipofuscin; Lysosomes 81, 37 somes 81, 61