Mechanisms of Ageing and Development 1996: Vol 86 Index

7 Pages·1996·0.81 MB·English

Fis Mechanisms of Ageing and Development
ELSEVIER 86 (19962)1 5
Author index
Volume 86 (1996)
Allen, R.G Hiremath, A.N. 86, 11 Oda, N. 86
Hoffman, B.B. 86, 1! Ogamo
Barbieri, D Ortolam, ¢
Barja, G Iguchi, H. 86, 67 Ozaki, N
Bell, W. 86, Ishibashi, S. 86, 105
Belmonte, S Paganelli, R
Bender, B.S Kaiser. FE 86. 39 Pamplona, R
Bersani, fF . 3 Keogh, B.P. 86, 151 Pelletier. J
Bertini, F 86, 75 Kinoshita, M. 86, 145 Perry. H.M
Béliveau, R. 86, 115 Kojo, S. 86, 67 Pérez-Campo
Kraenzle, D. 86, 39 Possekel, S
Cadenas, S$
Kreutter, D.K. 86, 39 Prat, J. 8&6
astellani, G Kuroda, N. 86, 27
hin, J.H. 86
Kurokawa, T. 86, 105 Rojas, ¢ 86
ossarizza, A
ottey, R 86 ‘ Link, T.A. 86 Sansoni
Cristofalo, V.J 151 Londei, M. 86 Sato, f
De la Fuente, M. 86, 83 Lopez Torres, M Schafer, S
Desrosiers, R.R. 86, 115 Semceuka, T. 66, 27
Dusewey.G.A. 8. 16! Marikovsky, Y , 137 Sosa, M.A. 86, 75
Mhaskar, Y 86 Stevenson, R.W. 86, 39
Edwards, B.J 39 Miyata, Y. 86 Suzuki. T. 86. 145
Miyazawa, T
Fagiolo, U. 86, 173 Mizuno, T Takei, S. 86
Ferrandez, M.D. 86, 83 Monti, D. 86, 173 Taylor, S$
Franceschi, C. 86, 173 Morley, J.E Tokumaru, S
Fujimoto, K. 86, 145 Miller-Hocker, | 7 Tresini, M. 86
Hammer, C. 86, 197 Nakagawa, Y . Yanagida, J
Hashimoto, S.-i. 86, 105 Nakano, M Yoshida, R

Mechanisms of Ageing and Development
ELSEVIER
86 (1995) 217-220
Subject index
Volume 86 (1996)
Ageing; Hydroperoxide; Lipid peroxidation; Antibody-dependent cellular cytotoxicity; Natural
RD adi,c al ' react‘ ion u(s Mouse) 86, 67 killer; Aging; Exercise; Mice; Sex 86, 83
Aging; Antibody-dependent cellular cytotoxicity; Antioxidants; c-fos; Nordihydroguaiaretic acid;
Natural killer; Exercise; Mice; Sex 86, 83 N-acetyl cysteine; Gene expression; Protein ki-
nase C; MAP kinase; Proliferative senesence;
Aging; c-fos; Nordihydroguaiaretic acid; N- Aging 86, 151
acetyl cysteine; Antioxidants; Gene expression;
Protein kinase C; MAP kinase; Proliferative ATP-depletion Erythrocyte Cytoskeleton;
senesence 86, 151 Shape; Aging 86, 137
Aging, Carboxy! methylation; Methyltransferase; B-adrenergic receptors; Aging, G proteins; Vas-
Kidney cortex; Development 86, 115 cular relaxation 86, 11
c-fos; Nordihydroguaiaretic acid; N-acetyl cys-
Aging; Erythrocyte; Cytoskeleton; Shape; ATP-
teine; Antioxidants; Gene expression; Protein ki-
depletion 86, 137
nase C; MAP kinase; Proliferative senesence-;
Aging 86, 151
Aging; G proteins; Vascular relaxation; B-adren-
ergic receptors 86, 11
Carboxyl methylation, Methyltransferase,; Kid-
ney cortex; Development; Aging 86, 115
Aging; Longevity; Centenarians; CD45
lymphocytes; Immune memory 86, 173 CD45; Aging; Longevity; Centenarians; T
lymphocytes; Immune memory 86, 173
Aging; Longevity; Mitochondria; Free radicals;
Fatty acids; Unsaturation; Lipid peroxidation; Cell aging; Respiratory chain; Defects of com-
Membranes; Liver 86, 53 plex III-V; Immunohistochemistry; Ultracyto-
chemistry; Monkey 86, 197
Aging: Microdialysis; Neurotransmitter
metabolism; Dopamine; Rat striatum; Sexual Centenarians; Aging; Longevity; CD45; T
maturation 86, 95 lymphocytes; Immune memory 86, 173
Aging: Red blood cells; Phosphatidyicholine hy- Cytoskeleton, Erythrocyte; Shape; ATP-deple-
droperoxide,; Phosphatidylethanolamine hy- tion; Aging 86, 137
droperoxide 86, 145
Defects of complex III-V; Respiratory chain; Cell
Aging; Temperature; Immunology; Infection; aging; Immunohistochemistry; Ultracytochem-
Pneumonia; Hypothermia; Influenza 86, | istry; Monkey 86, 197
218 Subject index |M echanisms of Ageing and Development 86 (1996) 217-220
Development; Carboxyl methylation; Methyl- Influenza; Temperature; Aging; Immunology; In-
transferase; Kidney cortex; Aging 86, 115 fection; Pneumonia; Hypothermia 86,
Dopamine, Microdialysis; Aging; Neurotransmit Kidney cortex; Carboxyl methylation; Methyl-
ter metabolism; Rat striatum; Sexual matura- transferase; Development; Aging 86, 115
tion 86, 95
Lectin receptor; Red blood cell ageing; En(a-)
En(a-) red blood cell; Red blood cell ageing; red blood cell 86, 27
Lectin receptor 86, 27
Lipid peroxidation; Ageing, Hydroperoxide
Energy metabolism; 6-phosphofructo-|-kinase; Radical reaction (Mouse) 86, 67
Postnatal development; Metabolic regulation
Protein synthesis; mRNA 86, 161 Lipid peroxidation; Aging; Longevity; Mitochon
dria; Free radicals; Fatty acids; Unsaturation
Erythrocyte; Cytoskeleton; Shape; ATP-deple Membranes; Liver 86, 53
tion; Aging 86, 137
Liver, Aging; Longevity; Mitochondria; Free
Exercise; Antibody-dependent cellular cytotoxic- radicals; Fatty acids; Unsaturation; Lipid perox
ity; Natural killer; Aging; Mice; Sex 86, 83 idation; Membranes 86, 53
Fatty acids; Aging; Longevity; Mitochondria; Longevity; Aging; Centenarians; CD45
Free radicals; Unsaturation; Lipid peroxidation;
lymphocytes; Immune memory 86, 173
Membranes; Liver 86, 53
Longevity; Aging; Mitochondria; Free radicals
Free radicals; Aging; Longevity; Mitochondria;
Fatty acids; Unsaturation; Lipid peroxidation
Fatty acids; Unsaturation; Lipid peroxidation;
Membranes; Liver 86, 53
Membranes; Liver 86, 53
mRNA; 6-phosphofructo-|-kinase; Postnatal de-
Gene expression; c-fos; Nordihydroguaiaretic
velopment; Energy metabolism; Metabolic regu-
acid; N-acetyl cysteine; Antioxidants; Protein ki-
lation; Protein synthesis 86, 161]
nase C; MAP kinase; Proliferative senesence;
Aging 86, 151
MAP kinase; c-fos; Nordihydroguaiaretic acid
N-acetyl cysteine; Antioxidants; Gene expres
G proteins; Aging; Vascular relaxation; B-adren
sion; Protein kinase C; Proliferative senesence
ergic receptors 86, 11
Aging 86, 15!
Hydroperoxide; Ageing; Lipid peroxidation;
Radical reaction (Mouse) 86, 67 Membranes; Aging; Longevity; Mitochondria
Free radicals; Fatty acids; Unsaturation; Lipid
Hypothermia; Temperature; Aging; Immunol- peroxidation; Liver 86, 53>
ogy; Infection; Pneumonia; Influenza 86, |
Metabolic regulation, 6-phosphofructo-|-kinase
Immune memory; Aging; Longevity; Centenari- Postnatal development; Energy metabolism
ans; CD45; T lymphocytes 86, 173 Protein synthesis; mRNA _ 86, 161
t hict hemistry; Respiratory chain; Cell Methyltransferase; Carboxyl methylation; Kid-
aging; Defects of complex III-V; Ultracytochem- ney cortex; Development; Aging 86, 115
istry; Monkey 86, 197
Mice; Antibody-dependent cellular cytotoxicity;
Immunology; Temperature; Aging; Infection; Natural killer; Aging; Exercise; Sex 86, 83
Pneumonia; Hypothermia; Influenza 86, |
Microdialysis; Aging; Neurotransmitter
Infection, Temperature; Aging; Immunology; metabolism; Dopamine; Rat striatum; Sexual
Pneumonia; Hypothermia; Influenza 86, | maturation 86, 95
Subject index | Mechanisms of igcing and Development 86 (1996) 217 —22 19
Mitochondria; Aging, Longevity: Free radicals pression; MAP kinase: Proliferative senesence
Fatty acids; Unsaturation; Lipid peroxidation Aging 86, 15!
Membranes; Liver 86, 53
Protein synthesis 6-phosphofructo- | -kinase
Monkey; Respiratory chain; Cell aging; Defects Postnatal development: Energy metabolism
of complex I1I-V; Immunohistochemistry, Ultra
Metabolic regulation: mRNA 86, 16!
cytochemistry 86, 19
Radical reaction (Mouse). Agcing: Hydroperox
\V-acetyl cysteine f Nordihydroguaiaretic
ide: Lipid peroxidation 86, 6
acid; Antioxidants; Gene expression; Protem ki
nase ( MAP kinase: Proliferative senesence
Rat striatum. Microdialysis; Aging: Neurotrans
Aging 86, 15!
mitter metabolism, Dopamine, Sexual matura
Natural killer, Antibody-dependent cellular cyto tor 86. 95
toxicity; Aging: Exercise: Mice: Sex 86, 83
Reactive oxygen. Senescence-accelerated mouse
Neurotransmitter metabolism, Microdialysis, Ag (SAM); SAMP8; SAMR|I: Oxidative stress 8
Rat striatum: Sexual matura
von
Red blood cell ageing mz ed blood cell
Nordihydroguaiaretic acid V-acetyl cys Lectin receptor 86, 27
teine; Antioxidants; Gene expression: Protein ki
nase C: MAP kinase: Pro senesence Red blood cells; Aging: Phosphatidyicholine hy
Aging 86, 15! droperoxide Phosphatidylethanolamine hy
droperoxide 86, 145
Oxidative stress, Senescence-accelerated mouse
(SAM); SAMP8; SAMR |; Reactive oxygen 86 Respiratory chain, Cell aging: Defects of com
‘iis plex IIl-V; Immunohistochemistry;, Ultracyto
chen y; Monkey 86, 197
6-phosphofructo- |-kinase Postnatal develop
ment; Energy metabolism; Metabolic regulation SAMP8, Senescence-accelerated mouse (SAM)
Protein synthesis; mRNA 86, 161 SAMR Reactive oxygen: Oxidative stress 86
th
Phosphatidyicholine hydroperoxide, Red blood
cells Aging, Phosphatidyle-thanolamine hy
droperoxide 86, 145 SAMRI clerated mouse (SAM)
SAMPR Oxidative stress 86
Phosphatidylethanolamine hydroperoxide, Red 105
blood cells; Aging; Phosphatidyicholine hy
droperoxide 86, 145 Senescence-accelerated mouse (SAM). SAMPS
SAMR I: Reactive oxygen: Oxidative stress 86.
Pneumonia, Temperature; Aging, Immunology
Infection; Hypothermia; Influenza %6, |
Sex; Antibody-dependent cellular cytotoxicity
Postnatal development, 6-phosphofructo-!-ki Natural killer; Aging; Exercise; Mice 86, 83
nase; Energy metabolism; Metabolic regulation
Protein synthesis; MRNA 86, 161 Sexual maturation, Microdialysis; Aging: Neuro
transmitter metabolism, Dopamine, Rat stria
Proliferative senesence fos, Nordihydrogua tum 86, 9
iaretic acid; N-acetyl cysteine; Antioxidants
Gene expression; Protein kinase C; MAP kinase Shape, Erythrocyte; Cytoskeleton; ATP-deple
Aging 86, 151 tion; Aging 86, 137
Protein kinase C; c-fos; Nordihydroguaiaretic Temperature, Aging: Immunology; Infection
acid; N-acetyl cysteine; Antioxidants; Gene ex Pneumonia; Hypothermia; Influenza 86, |
220 Subject index |M echanisms of Ageing and Development 86 (1996) 217-220
T lymphocytes; Aging; Longevity; Centenarians; Unsaturation; Aging; Longevity; Mitochondria;
CD45; Immune memory 86, 173 Free radicals; Fatty acids; Lipid peroxidation;
Membranes; Liver 86, 53
Ultracytochemistry; Respiratory chain; Cell ag-
ing; Defects of complex III-V; Immunohisto- Vascular relaxation; Aging; G proteins; B-adren-
chemistry; Monkey 86, 197 ergic receptors 86, 11