mechaniofs amgesin g and development Mechanisms of Ageing and Development ELSEVIER 87 (19962)3 1 Author index Volume 87 (1996) Abiko, Y. 87, 47 Hansford, R.G. 87, 35 Périchon, R. 87, 115 Aiba, Y.-i. 87, 99 Hogue, B. 87, 35 Perry Ill, H.M. 87, 61 Hoffman, B.B. 87, 75 Pieri, C. 87, 15 Barkats, M. 87, 155 Hosokawa, T. 87, 99 Beauchamp, R.D. 87, 25 Hosono, M. 87, 99 Riggs, J.E. 87, 91 Benito-Andrés, FJ. 87, | Hu, Z.-W. 87, 75 Rink, L. 87, 197 Bertholet, J.-Y. 87, 155 Roach, H.I. 87, 165 Bourre, J.M. 87, 115 Ishizuka. J. 87. 25 Rohwer, J. 87, 197 Bubna-Littitz, H. 87, 127 Ito. H. 87. 141. 183 Sanchez-Bernal, C. 87, | Cabezas, J.A. 87, | : Schiitz, R.-M. 87, 197 Cakman, I. 87, 197 Kaiser, F.E. 87, 61 Shibata, Y. 87, 47 Calzada-Garcia, J.A. 87, | Katsura, Y. 87,99 Shimada, Y. 87, 183 Chu, K.U. 87, 25 Kucaner, Hi. G7, 15 Shirasawa, T. 87, 219 Cohen-Salmon, C. 87, 155 Kondo, H. 87, 14! Skalicky, M. 87, 127 Kraenzle D. 87, 61 Stevenson, R. 87, 61 Edris. W. 87. 35 Kreutter, D. 87, 61 Edwards, BJ. 87, Kudryashova, |. 87, 35 Takiguchi, H. 87, 47 Erenpreisa, J Tamatani, M. 87, 35 Evers, B.M , 25 Marra, M. 87, 15 Tanaka, F. 87, 47 Maruyama, N. 87, 219 Thompson, J.C. 87, 25 Filburn, C.R. 87, 35 Matsuda, U. 87, 47 Townsend, Jr.,C.M. 87, 25 Fujinaga, M. 87, 75 Miller, J.W. 87, 75 Fujita, T. 87, 219 Morley, J.E. 87, 61 Uchida, K. 87, 219 Moroni, F. 87, 15 Garcia, L.J.M. 87, | Viidik, A. 87, 127 Gonzalez, M.N.P. 87, | Ogura, N. 87, 47 Greeley, Jr..G.H. 87, 25 Okazaki, M. 87, 75 Yonezawa, Y. 87, 141 mechaniosf amgesin g and development ELSE¥2V IE3 R Mechanisms 87o f (1A9g9e5i)n g and Development 33 + 6 Subject index Volume 87 (1996) az, Adrenergic receptors; Heart; Aorta; RNase Amianthoid, Transdifferentiation; Chondrocytes ! protection assay; In situ hybridization; Ag Osteoblasts; Proliferation; Apoptosis; Epigenetic ing 87 selection; Electron Microscopy; Asymmetric di visions 87, 165 Ageing. Homeostasis; Life-span Metabolic Aorta, % Adrenergic receptors Heart; Heart efficiency; Oxidative stress; Stress resistance 87 RNase protection assay; In situ hybridization 211 Aging 87, 75 Age. Proteinuria; SDS-PAGE; Western blotting Apoptosis; Transdifferentiation; Chondrocytes Rat 87, | Osteoblasts; Proliferation; [ pigenetic selection Electron Microscopy Asymmetric divisions Aging: x, Adrenergic receptors; Heart; Aorta; Amianthoid 87, 165 RNase protection assay: In situ hybridiza tion 87, 75 Asymmetric divisions: Transdifferentiation; Chon- drocytes; Osteoblasts; Proliferation; Apoptosis Epigenetic selection: Electron Microscopy; Ami Aging; Calcium binding protein; Development inthoid 87, 165 Kidney; Liver; Senescence marker protein-30 (SMP30) 87, 219 Body-weight; Rat; Aging; Physical training; Open-field; Motor activity 87, 127 Aging. Caloric restriction; Gastrin 87, 25 cytochrome P450, Peroxisome, f-oxidation; Ag Aging; Granule cells; Hippocampus; Inbred ing; Mouse; Liver: Very long chain fatty acid mice 87, 155 Catalase; Urate oxidase 87, 115 Aging: Peroxisome: f-oxidation; Mouse: Liver Calcium binding protein, Aging, Development Kidney; Liver; Senescence marker protein-30 Very long chain fatty acid; cytochrome P450 (SMP30) 87, 219 Catalase; Urate oxidase 87, 115 Caloric restriction, Aging: Gastrin 87 Aging. Rat: Physical training; Body-weight Open-field; Motor activity 87 Campylobacter rectus, in vitro senescence Gingival fibroblasts; Interleukin-6;, Lipopolysac Aging. Senescence; Natural selection; Epidemiol charide 87, 47 ogy: Differential survival 87, 91 Catalase; Peroxisome, 6-oxidation Aging Aging; Tumor necrosis factor; Macrophages Mouse; Liver; Very long chain fatty acid; cy GM-CFUs_ 87, 183 tochrome P450; Urate oxidase 87, 115 234 Subject index Cell migration; Interferon-6; Human skin fibrob- Granule cells; Aging; Hippocampus; Inbred last; In vitro aging 87, 141 mice 87, 155 Chondrocytes; Transdifferentiation; Osteoblasts; Heart; «, Adrenergic receptors; Aorta; RNase Proliferation; Apoptosis; Epigenetic selection; protection assay; In situ hybridization; Ag- Electron Microscopy; Asymmetric divisions; ing 87, 75 Amianthoid 87, 165 Hemolysis; Erythrocytes; Membrane; Peroxida- Clonal deletion by SEB; T cell repertoire in tion 87, 15 aging; T cell deletion in the aged; T cell shock to SEB; VB8* T cells in the aged 87, 99 Hippocampus; Aging; Granule cells; Inbred mice 87, 155 Cytokines; Elderly; Zinc; Lymphocyte subsets; Homeostasis; Ageing; Life-span; Metabolic Serum proteins 87, 197 efficiency; Oxidative stress; Stress resistance 87, 2I 11 Development; Aging; Calcium binding protein; Kidney; Liver; Senescence marker protein-30 (SMP30) 87, 219 Human skin fibroblast; Interferon-B; In vitro ag- ing; Cell migration 87, 141 Differential survival; Senescence; Natural selec- tion; Aging; Epidemiology 87, 91 Inbred mice; Aging; Granule cells; Hippocam- pus 87, 155 Elderly; Zinc; Lymphocyte subsets; Cytokines; Serum proteins 87, 197 In situ hybridization; «, Adrenergic receptors; Heart; Aorta; RNase protection assay; Ag- ing 87, 75 Electron Microscopy; Transdifferentiation; Chon- drocytes; Osteoblasts; Proliferation; Apoptosis; Epigenetic selection; Asymmetric divisions; Ami- Interferon-6; Human skin fibroblast; In vitro anthoid 87, 165 aging; Cell migration 87, 141 Electron transport; Myopathies; Mitochondrial Interleukin-6; In vitro senescence; Gingival DNA; Oxidative phosphorylation 87, 35 fibroblasts; Lipopolysaccharide; Campylobacter rectus 87, 47 Epidemiology; Senescence; Natural selection; Ag- ing; Differential survival 87, 91 In vitro aging; Interferon-§; Human skin fibrob- last; Cell migration 87, 141 Epigenetic selection; Transdifferentiation; Chon- drocytes; Osteoblasts; Proliferation; Apoptosis; In vitro senescence; Gingival fibroblasts; Inter- Electron Microscopy; Asymmetric divisions; leukin-6; Lipopolysaccharide; Campylobacter Amianthoid 87, 165 rectus 87, 47 Erythrocytes; Membrane; Peroxidation; Hemoly- Kidney; Aging; Calcium binding protein; Devel- sis 87, 15 opment; Liver; Senescence marker protein-30 (SMP30) 87, 219 Gastrin; Aging; Caloric restriction 87, 25 Life-span; Ageing; Homeostasis; Metabolic Gingival fibroblasts; In vitro senescence; Inter- efficiency; Oxidative stress; Stress resistance 87, leukin-6; Lipopolysaccharide; Campylobacter 211 rectus 87, 47 Lipopolysaccharide; In vitro senescence; Gingival GM-CFUs; Tumor necrosis factor; Macro- fibroblasts; Interleukin-6; Campylobacter rec- phages; Aging 87, 183 tus 87, 47 Subject inde x Liver; Aging; Calcium binding protein; Develop- Peroxidation, Erythrocytes; Membrane; Hemoly- ment; Kidney; Senescence marker protein-30 SIS 87, 15 (SMP30) 87, 219 Peroxisome, [-oxidation; Aging; Mouse; Liver; Liver; Peroxisome; f-oxidation; Aging; Mouse; Very long chain fatty acid; cytochrome P450; Very long chain fatty acid; cytochrome P450; Catalase; Urate oxidase 87, 115 Catalase; Urate oxidase 87, 115 Physical training; Rat; Aging; Body-weight; Lymphocyte subsets; Elderly; Zinc; Cytokines; Open-field; Motor activity 87, 127 Serum proteins 87, 197 Postprandial hypotension; Systolic blood pres- Macrophages; Tumor necrosis factor; Aging; sure, Vasodilatory peptide 87, 61 GM-CFUs 87, 183 Proliferation, Transdifferentiation; Chondro- Membrane; Erythrocytes; Peroxidation; Hemoly- cytes; Osteoblasts; Apoptosis; Epigenetic selec sis 87, 15 tion; Electron Microscopy; Asymmetric divisions; Amianthoid 87, 165 Metabolic efficiency; Ageing: Homeostasis; Life- span; Oxidative stress; Stress resistance 87, 211 Proteinuria; Age; SDS-PAGE; Western blotting Rat 87, | Mitochondrial DNA; Myopathies; Electron transport; Oxidative phosphorylation 87, 35 Rat; Age, Proteinuria; SDS-PAGE; Western blotting 87, | Motor activity; Rat; Aging; Physical training Body-weight; Open-field 87, 127 Rat; Aging; Physical training; Body-weight Open-field; Motor activity 87, 127 Mouse, Peroxisome; f-oxidation; Aging; Liver Very long chain fatty acid; cytochrome P450 RNase protection assay; x, Adrenergic receptors Catalase; Urate oxidase 87, 115 Heart; Aorta; In situ hybridization; Aging 87 < Myopathies; Electron transport; Mitochondrial DNA; Oxidative phosphorylation 87, 35 SDS-PAGE; Age: Proteinuria; Western blotting; Rat 87,1 Natural selection; Senescence, Aging: Epidemiol ogy; Differential survival 87, 91 Senescence marker protein-30 (SMP30), Aging: Calcium binding protein; Development; Kidney f-oxidation, Peroxisome; Aging; Mouse; Liver; Liver 87, 219 Very long chain fatty acid; cytochrome P450; Catalase; Urate oxidase 87, 115 Senescence, Natural selection; Aging; Epidemiol- ogy; Differential survival 87, 91 Open-field; Rat; Aging; Physical training; Body- weight; Motor activity 87, 127 Serum proteins; Elderly; Zinc; Lymphocyte sub- sets; Cytokines 87, 197 Osteoblasts; Transdifferentiation; Chondrocytes; Proliferation; Apoptosis; Epigenetic selection; Stress resistance; Ageing; Homeostasis; Life- Electron Microscopy; Asymmetric divisions; span; Metabolic efficiency; Oxidative stress 87 Amianthoid 87, 165 211 Oxidative phosphorylation; Myopathies; Electron Systolic blood pressure, Postprandial hypoten- transport; Mitochondrial DNA 87, 35 sion; Vasodilatory peptide 87, 61 Oxidative stress; Ageing; Homeostasis; Life T cell deletion in the aged; T cell repertoire in span; Metabolic efficiency; Stress resistance 87 aging, T cell shock to SEB; Clonal deletion by . 211 SEB; VB8* T cells in the aged 87, 99 236 Subject index T cell repertoire in aging; T cell deletion in the Vasodilatory peptide; Postprandial hypotension; aged; T cell shock to SEB; Clonal deletion by Systolic blood pressure 87, 61 SEB; VB8* T cells in the aged 87, 99 Very long chain fatty acid; Peroxisome: f-oxida T cell shock to SEB; T cell repertoire in aging; 1 tion; Aging; Mouse; Liver; cytochrome P450 cell deletion in the aged; Clonal deletion by SEB; Catalase; Urate oxidase 87, 115 VB8* T cells in the aged 87, 99 Transdifferentiation; Chondrocytes; Osteoblasts; VB8* T cells in the aged T cell repertoire in Proliferation; Apoptosis; Epigenetic selection; aging; T cell repertoire in aging; T cell deletion Electron Microscopy; Asymmetric divisions; in the aged; T cell shock to SEB; Clonal deletion Amianthoid 87, 165 by SEB 87, 99 Tumor necrosis factor; Macrophages; Aging: Western blotting; Age; Proteinuria; SDS-PAGI GM-CFUs_ 87, 183 Rat 87, | Urate oxidase; Peroxisome; B-oxidation; Aging: Mouse; Liver; Very long chain fatty acid; cy Zine; Elderly; Lymphocyte subsets; Cytokines tochrome P450; Catalase 87, 115 Serum proteins 87, 197