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Subject index of volume 5
Ageing Research Reviews 5 (2006) 472–476
Subject index of volume 5 Adenosine; Middle-age; Long-term potentiation; Brain-derived neurotrophic factor; Hippocampus 5, 255 Ageing; Longevity; Age-specific measurements; Multi-dimensional approach 5, 52 Ageing; Longevity; Genetics; Statistics 5, 371 Ageing; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Photoageing; Skin; Keratinocyte 5, 60 Ageing; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny 5, 281 Age-specific measurements; Ageing; Longevity; Multi-dimensional approach 5, 52 Aging; Alzheimer’s disease; Animal models; Cognition; Enrichment 5, 354 Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Aging; Caloric restriction; Intermittent fasting 5, 332
Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Aging; Epigenetics; Cancer; Autoimmunity; Therapy 5, 449 Aging; Fecundity; Force of natural selection; Late life; Mortality; Plateaus 5, 14 Aging; Functional MRI; Motor system; Reorganisation 5, 239 Aging; Mesenchymal stem cell; Senescence; Telomeres 5, 91 Aging models; Systems biology; Scaling laws; Biological networks; Physiome 5, 434 Aging; Oxidative phosphorylation; Mitochondria; Reactive oxygen species; Electron transport chain; Complex III; Cytochrome oxidase 5, 402 Aging; Plasma membrane redox system; Oxidative stress; Mitochondrial dysfunction; Calorie restriction 5, 209 Aging process; Oxidative stress; Healthspan 5, 221 Aging; Sarcopenia; Muscle; Apoptosis; Energy failure; Mitochondrial DNA 5, 179
Aging; Calorie restriction; Bioenergetics; Oxidative damage 5, 125
Aging; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Biological clock; Alzheimer’s disease 5, 33
Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis;
Alzheimer’s disease; Aging; Animal models; Cognition; Enrichment 5, 354
doi:10.1016/S1568-1637(06)00074-2
Subject index of volume 5 Alzheimer’s disease; Aging; Argyrophylic grains; Cognitive reserve; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Alzheimer’s disease; Down syndrome; Endocytosis; DSCR1; ITSN1 5, 388 Alzheimer’s disease; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Biological clock; Aging 5, 33 Animal models; Aging; Alzheimer’s disease; Cognition; Enrichment 5, 354 Apoptosis; Aging; Sarcopenia; Muscle; Energy failure; Mitochondrial DNA 5, 179 Arginine; Zinc pool; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Argyrophylic grains; Aging; Alzheimer’s disease; Cognitive reserve; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Autoimmunity; Aging; Epigenetics; Cancer; Therapy 5, 449 Bioenergetics; Aging; Calorie restriction; Oxidative damage 5, 125 Biological clock; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Aging; Alzheimer’s disease 5, 33 Biological networks; Systems biology; Aging models; Scaling laws; Physiome 5, 434 Brain-derived neurotrophic factor; Middle-age; Long-term potentiation; Adenosine; Hippocampus 5, 255 Caloric restriction; Intermittent fasting; Aging 5, 332
473
Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Calorie restriction; Aging; Plasma membrane redox system; Oxidative stress; Mitochondrial dysfunction 5, 209 Cancer; Aging; Epigenetics; Autoimmunity; Therapy 5, 449 Chaperone; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Circadian rhythm; Suprachiasmatic nucleus; Human brain; Clock genes; Biological clock; Aging; Alzheimer’s disease 5, 33 Clock genes; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Biological clock; Aging; Alzheimer’s disease 5, 33 Cognition; Aging; Alzheimer’s disease; Animal models; Enrichment 5, 354 Cognitive reserve; Aging; Alzheimer’s disease; Argyrophylic grains; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Complex III; Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Electron transport chain; Cytochrome oxidase 5, 402 Cytochrome oxidase; Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Electron transport chain; Complex III 5, 402 Cytokines; Aging; Calorie restriction; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165
Caloric restriction; UCP; Mitochondria; Lifespan; Oxidative stress; Insulin 5, 196
Cytokines; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281
Calorie restriction; Aging; Bioenergetics; Oxidative damage 5, 125
de novo lipogenesis; Energy homoeostasis; Leptin; Lipoapoptosis; Fatty acid oxidation; SREBP1c 5, 144
Calorie restriction; Aging; Cytokines; Exercise; Free radicals; Growth factors; Hormesis;
Down syndrome; Alzheimer’s disease; Endocytosis; DSCR1; ITSN1 5, 388
474
Subject index of volume 5
DSCR1; Alzheimer’s disease; Down syndrome; Endocytosis; ITSN1 5, 388 E3 ligase; Proteasome; Ubiquitin; Proteolysis; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Electron transport chain; Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Complex III; Cytochrome oxidase 5, 402 Endocytosis; Alzheimer’s disease; Down syndrome; DSCR1; ITSN1 5, 388 Energy failure; Aging; Sarcopenia; Muscle; Apoptosis; Mitochondrial DNA 5, 179 Energy homoeostasis; Leptin; Lipoapoptosis; Fatty acid oxidation; de novo lipogenesis; SREBP1c 5, 144 Enrichment; Aging; Alzheimer’s disease; Animal models; Cognition 5, 354 Epigenetics; Aging; Cancer; Autoimmunity; Therapy 5, 449 Exercise; Aging; Calorie restriction; Cytokines; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165
Growth factors; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Growth hormone; Zinc pool; Arginine; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Healthspan; Aging process; Oxidative stress 5, 221 Heat-shock; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Hippocampus; Middle-age; Long-term potentiation; Adenosine; Brain-derived neurotrophic factor 5, 255 Hormesis; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Hormone receptors; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Ontogeny; Ageing 5, 281
Exercise; Sarcopenia; IGF; Muscle mass 5, 310
Human brain; Suprachiasmatic nucleus; Circadian rhythm; Clock genes; Biological clock; Aging; Alzheimer’s disease 5, 33
Fatty acid oxidation; Energy homoeostasis; Leptin; Lipoapoptosis; de novo lipogenesis; SREBP1c 5, 144
IGF; Sarcopenia; Exercise; Muscle mass 5, 310
Fecundity; Aging; Force of natural selection; Late life; Mortality; Plateaus 5, 14 Force of natural selection; Aging; Fecundity; Late life; Mortality; Plateaus 5, 14 Free radicals; Aging; Calorie restriction; Cytokines; Exercise; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Functional MRI; Aging; Motor system; Reorganisation 5, 239 Genetics; Ageing; Longevity; Statistics 5, 371
Insulin; UCP; Mitochondria; Lifespan; Oxidative stress; Caloric restriction 5, 196 Intermittent fasting; Caloric restriction; Aging 5, 332 ITSN1; Alzheimer’s disease; Down syndrome; Endocytosis; DSCR1 5, 388 Keratinocyte; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin 5, 60 Late life; Aging; Fecundity; Force of natural selection; Mortality; Plateaus 5, 14
Subject index of volume 5 Leptin; Energy homoeostasis; Lipoapoptosis; Fatty acid oxidation; de novo lipogenesis; SREBP1c 5, 144
Muscle; Aging; Sarcopenia; Apoptosis; Energy failure; Mitochondrial DNA 5, 179
Lifespan; UCP; Mitochondria; Oxidative stress; Insulin; Caloric restriction 5, 196
Muscle mass; Sarcopenia; Exercise; IGF 5, 310
Lipoapoptosis; Energy homoeostasis; Leptin; Fatty acid oxidation; de novo lipogenesis; SREBP1c 5, 144 Lipofuscin; Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Neuromelanin; Oxidative stress 5, 1 Longevity; Ageing; Age-specific measurements; Multi-dimensional approach 5, 52 Longevity; Ageing; Genetics; Statistics 5, 371 Long-term potentiation; Middle-age; Adenosine; Brain-derived neurotrophic factor; Hippocampus 5, 255 Melatonin; Zinc pool; Arginine; Growth hormone; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Mesenchymal stem cell; Aging; Senescence; Telomeres 5, 91
475
Neurohormesis; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Neuromelanin; Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Lipofuscin; Oxidative stress 5, 1 Neurons; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Protein chaperones; Stress resistance 5, 165 Ontogeny; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ageing 5, 281 Oxidative damage; Aging; Calorie restriction; Bioenergetics 5, 125
Middle-age; Long-term potentiation; Adenosine; Brain-derived neurotrophic factor; Hippocampus 5, 255
Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Electron transport chain; Complex III; Cytochrome oxidase 5, 402
Mitochondria; Oxidative phosphorylation; Aging; Reactive oxygen species; Electron transport chain; Complex III; Cytochrome oxidase 5, 402
Oxidative stress; Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Lipofuscin; Neuromelanin 5, 1
Mitochondria; UCP; Lifespan; Oxidative stress; Insulin; Caloric restriction 5, 196
Oxidative stress; Aging; Plasma membrane redox system; Mitochondrial dysfunction; Calorie restriction 5, 209
Mitochondrial DNA; Aging; Sarcopenia; Muscle; Apoptosis; Energy failure 5, 179 Mitochondrial dysfunction; Aging; Plasma membrane redox system; Oxidative stress; Calorie restriction 5, 209 Mortality; Aging; Fecundity; Force of natural selection; Late life; Plateaus 5, 14 Motor system; Functional MRI; Aging; Reorganisation 5, 239 Multi-dimensional approach; Ageing; Longevity; Age-specific measurements 5, 52
Oxidative stress; Aging process; Healthspan 5, 221 Oxidative stress; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Oxidative stress; UCP; Mitochondria; Lifespan; Insulin; Caloric restriction 5, 196 Photoageing; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Skin; Keratinocyte 5, 60
476
Subject index of volume 5
Physiome; Systems biology; Aging models; Scaling laws; Biological networks 5, 434 Plasma membrane redox system; Aging; Oxidative stress; Mitochondrial dysfunction; Calorie restriction 5, 209 Plateaus; Aging; Fecundity; Force of natural selection; Late life; Mortality 5, 14 Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Protein chaperones; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Stress resistance 5, 165 Proteolysis; Proteasome; Ubiquitin; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Reactive oxygen species; Oxidative phosphorylation; Mitochondria; Aging; Electron transport chain; Complex III; Cytochrome oxidase 5, 402 Reorganisation; Functional MRI; Aging; Motor system 5, 239 Sarcopenia; Aging; Muscle; Apoptosis; Energy failure; Mitochondrial DNA 5, 179 Sarcopenia; Exercise; IGF; Muscle mass 5, 310 Scaling laws; Systems biology; Aging models; Biological networks; Physiome 5, 434 Senescence; Aging; Mesenchymal stem cell; Telomeres 5, 91 Senescence; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Signal transduction; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Skin; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Keratinocyte 5, 60
SREBP1c; Energy homoeostasis; Leptin; Lipoapoptosis; Fatty acid oxidation; de novo lipogenesis 5, 144 Statistics; Ageing; Longevity; Genetics 5, 371 Stress resistance; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones 5, 165 Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Biological clock; Aging; Alzheimer’s disease 5, 33 Systems biology; Aging models; Scaling laws; Biological networks; Physiome 5, 434 Telomeres; Aging; Mesenchymal stem cell; Senescence 5, 91 Therapy; Aging; Epigenetics; Cancer; Autoimmunity 5, 449 Thymic epithelial cells; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Thymic rejuvenation; Zinc pool; Arginine; Growth hormone; Melatonin; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Thymus–hypothalamus–pituitary–adrenal axis; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Hormone receptors; Ontogeny; Ageing 5, 281 Ubiquitin; Proteasome; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 UCP; Mitochondria; Lifespan; Oxidative stress; Insulin; Caloric restriction 5, 196 Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281
Subject index of volume 5 Adenosine; Middle-age; Long-term potentiation; Brain-derived neurotrophic factor; Hippocampus 5, 255 Ageing; Longevity; Age-specific measurements; Multi-dimensional approach 5, 52 Ageing; Longevity; Genetics; Statistics 5, 371 Ageing; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Photoageing; Skin; Keratinocyte 5, 60 Ageing; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny 5, 281 Age-specific measurements; Ageing; Longevity; Multi-dimensional approach 5, 52 Aging; Alzheimer’s disease; Animal models; Cognition; Enrichment 5, 354 Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Aging; Caloric restriction; Intermittent fasting 5, 332
Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Aging; Epigenetics; Cancer; Autoimmunity; Therapy 5, 449 Aging; Fecundity; Force of natural selection; Late life; Mortality; Plateaus 5, 14 Aging; Functional MRI; Motor system; Reorganisation 5, 239 Aging; Mesenchymal stem cell; Senescence; Telomeres 5, 91 Aging models; Systems biology; Scaling laws; Biological networks; Physiome 5, 434 Aging; Oxidative phosphorylation; Mitochondria; Reactive oxygen species; Electron transport chain; Complex III; Cytochrome oxidase 5, 402 Aging; Plasma membrane redox system; Oxidative stress; Mitochondrial dysfunction; Calorie restriction 5, 209 Aging process; Oxidative stress; Healthspan 5, 221 Aging; Sarcopenia; Muscle; Apoptosis; Energy failure; Mitochondrial DNA 5, 179
Aging; Calorie restriction; Bioenergetics; Oxidative damage 5, 125
Aging; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Biological clock; Alzheimer’s disease 5, 33
Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis;
Alzheimer’s disease; Aging; Animal models; Cognition; Enrichment 5, 354
doi:10.1016/S1568-1637(06)00074-2
Subject index of volume 5 Alzheimer’s disease; Aging; Argyrophylic grains; Cognitive reserve; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Alzheimer’s disease; Down syndrome; Endocytosis; DSCR1; ITSN1 5, 388 Alzheimer’s disease; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Biological clock; Aging 5, 33 Animal models; Aging; Alzheimer’s disease; Cognition; Enrichment 5, 354 Apoptosis; Aging; Sarcopenia; Muscle; Energy failure; Mitochondrial DNA 5, 179 Arginine; Zinc pool; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Argyrophylic grains; Aging; Alzheimer’s disease; Cognitive reserve; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Autoimmunity; Aging; Epigenetics; Cancer; Therapy 5, 449 Bioenergetics; Aging; Calorie restriction; Oxidative damage 5, 125 Biological clock; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Aging; Alzheimer’s disease 5, 33 Biological networks; Systems biology; Aging models; Scaling laws; Physiome 5, 434 Brain-derived neurotrophic factor; Middle-age; Long-term potentiation; Adenosine; Hippocampus 5, 255 Caloric restriction; Intermittent fasting; Aging 5, 332
473
Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Calorie restriction; Aging; Plasma membrane redox system; Oxidative stress; Mitochondrial dysfunction 5, 209 Cancer; Aging; Epigenetics; Autoimmunity; Therapy 5, 449 Chaperone; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Circadian rhythm; Suprachiasmatic nucleus; Human brain; Clock genes; Biological clock; Aging; Alzheimer’s disease 5, 33 Clock genes; Suprachiasmatic nucleus; Human brain; Circadian rhythm; Biological clock; Aging; Alzheimer’s disease 5, 33 Cognition; Aging; Alzheimer’s disease; Animal models; Enrichment 5, 354 Cognitive reserve; Aging; Alzheimer’s disease; Argyrophylic grains; Lipofuscin; Neuromelanin; Oxidative stress 5, 1 Complex III; Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Electron transport chain; Cytochrome oxidase 5, 402 Cytochrome oxidase; Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Electron transport chain; Complex III 5, 402 Cytokines; Aging; Calorie restriction; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165
Caloric restriction; UCP; Mitochondria; Lifespan; Oxidative stress; Insulin 5, 196
Cytokines; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281
Calorie restriction; Aging; Bioenergetics; Oxidative damage 5, 125
de novo lipogenesis; Energy homoeostasis; Leptin; Lipoapoptosis; Fatty acid oxidation; SREBP1c 5, 144
Calorie restriction; Aging; Cytokines; Exercise; Free radicals; Growth factors; Hormesis;
Down syndrome; Alzheimer’s disease; Endocytosis; DSCR1; ITSN1 5, 388
474
Subject index of volume 5
DSCR1; Alzheimer’s disease; Down syndrome; Endocytosis; ITSN1 5, 388 E3 ligase; Proteasome; Ubiquitin; Proteolysis; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Electron transport chain; Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Complex III; Cytochrome oxidase 5, 402 Endocytosis; Alzheimer’s disease; Down syndrome; DSCR1; ITSN1 5, 388 Energy failure; Aging; Sarcopenia; Muscle; Apoptosis; Mitochondrial DNA 5, 179 Energy homoeostasis; Leptin; Lipoapoptosis; Fatty acid oxidation; de novo lipogenesis; SREBP1c 5, 144 Enrichment; Aging; Alzheimer’s disease; Animal models; Cognition 5, 354 Epigenetics; Aging; Cancer; Autoimmunity; Therapy 5, 449 Exercise; Aging; Calorie restriction; Cytokines; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165
Growth factors; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Growth hormone; Zinc pool; Arginine; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Healthspan; Aging process; Oxidative stress 5, 221 Heat-shock; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Hippocampus; Middle-age; Long-term potentiation; Adenosine; Brain-derived neurotrophic factor 5, 255 Hormesis; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Hormone receptors; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Ontogeny; Ageing 5, 281
Exercise; Sarcopenia; IGF; Muscle mass 5, 310
Human brain; Suprachiasmatic nucleus; Circadian rhythm; Clock genes; Biological clock; Aging; Alzheimer’s disease 5, 33
Fatty acid oxidation; Energy homoeostasis; Leptin; Lipoapoptosis; de novo lipogenesis; SREBP1c 5, 144
IGF; Sarcopenia; Exercise; Muscle mass 5, 310
Fecundity; Aging; Force of natural selection; Late life; Mortality; Plateaus 5, 14 Force of natural selection; Aging; Fecundity; Late life; Mortality; Plateaus 5, 14 Free radicals; Aging; Calorie restriction; Cytokines; Exercise; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Functional MRI; Aging; Motor system; Reorganisation 5, 239 Genetics; Ageing; Longevity; Statistics 5, 371
Insulin; UCP; Mitochondria; Lifespan; Oxidative stress; Caloric restriction 5, 196 Intermittent fasting; Caloric restriction; Aging 5, 332 ITSN1; Alzheimer’s disease; Down syndrome; Endocytosis; DSCR1 5, 388 Keratinocyte; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin 5, 60 Late life; Aging; Fecundity; Force of natural selection; Mortality; Plateaus 5, 14
Subject index of volume 5 Leptin; Energy homoeostasis; Lipoapoptosis; Fatty acid oxidation; de novo lipogenesis; SREBP1c 5, 144
Muscle; Aging; Sarcopenia; Apoptosis; Energy failure; Mitochondrial DNA 5, 179
Lifespan; UCP; Mitochondria; Oxidative stress; Insulin; Caloric restriction 5, 196
Muscle mass; Sarcopenia; Exercise; IGF 5, 310
Lipoapoptosis; Energy homoeostasis; Leptin; Fatty acid oxidation; de novo lipogenesis; SREBP1c 5, 144 Lipofuscin; Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Neuromelanin; Oxidative stress 5, 1 Longevity; Ageing; Age-specific measurements; Multi-dimensional approach 5, 52 Longevity; Ageing; Genetics; Statistics 5, 371 Long-term potentiation; Middle-age; Adenosine; Brain-derived neurotrophic factor; Hippocampus 5, 255 Melatonin; Zinc pool; Arginine; Growth hormone; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Mesenchymal stem cell; Aging; Senescence; Telomeres 5, 91
475
Neurohormesis; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurons; Protein chaperones; Stress resistance 5, 165 Neuromelanin; Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Lipofuscin; Oxidative stress 5, 1 Neurons; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Protein chaperones; Stress resistance 5, 165 Ontogeny; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ageing 5, 281 Oxidative damage; Aging; Calorie restriction; Bioenergetics 5, 125
Middle-age; Long-term potentiation; Adenosine; Brain-derived neurotrophic factor; Hippocampus 5, 255
Oxidative phosphorylation; Mitochondria; Aging; Reactive oxygen species; Electron transport chain; Complex III; Cytochrome oxidase 5, 402
Mitochondria; Oxidative phosphorylation; Aging; Reactive oxygen species; Electron transport chain; Complex III; Cytochrome oxidase 5, 402
Oxidative stress; Aging; Alzheimer’s disease; Argyrophylic grains; Cognitive reserve; Lipofuscin; Neuromelanin 5, 1
Mitochondria; UCP; Lifespan; Oxidative stress; Insulin; Caloric restriction 5, 196
Oxidative stress; Aging; Plasma membrane redox system; Mitochondrial dysfunction; Calorie restriction 5, 209
Mitochondrial DNA; Aging; Sarcopenia; Muscle; Apoptosis; Energy failure 5, 179 Mitochondrial dysfunction; Aging; Plasma membrane redox system; Oxidative stress; Calorie restriction 5, 209 Mortality; Aging; Fecundity; Force of natural selection; Late life; Plateaus 5, 14 Motor system; Functional MRI; Aging; Reorganisation 5, 239 Multi-dimensional approach; Ageing; Longevity; Age-specific measurements 5, 52
Oxidative stress; Aging process; Healthspan 5, 221 Oxidative stress; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Oxidative stress; UCP; Mitochondria; Lifespan; Insulin; Caloric restriction 5, 196 Photoageing; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Skin; Keratinocyte 5, 60
476
Subject index of volume 5
Physiome; Systems biology; Aging models; Scaling laws; Biological networks 5, 434 Plasma membrane redox system; Aging; Oxidative stress; Mitochondrial dysfunction; Calorie restriction 5, 209 Plateaus; Aging; Fecundity; Force of natural selection; Late life; Mortality 5, 14 Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Protein chaperones; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Stress resistance 5, 165 Proteolysis; Proteasome; Ubiquitin; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Reactive oxygen species; Oxidative phosphorylation; Mitochondria; Aging; Electron transport chain; Complex III; Cytochrome oxidase 5, 402 Reorganisation; Functional MRI; Aging; Motor system 5, 239 Sarcopenia; Aging; Muscle; Apoptosis; Energy failure; Mitochondrial DNA 5, 179 Sarcopenia; Exercise; IGF; Muscle mass 5, 310 Scaling laws; Systems biology; Aging models; Biological networks; Physiome 5, 434 Senescence; Aging; Mesenchymal stem cell; Telomeres 5, 91 Senescence; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Signal transduction; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 Skin; Proteasome; Ubiquitin; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Keratinocyte 5, 60
SREBP1c; Energy homoeostasis; Leptin; Lipoapoptosis; Fatty acid oxidation; de novo lipogenesis 5, 144 Statistics; Ageing; Longevity; Genetics 5, 371 Stress resistance; Aging; Calorie restriction; Cytokines; Exercise; Free radicals; Growth factors; Hormesis; Neurohormesis; Neurons; Protein chaperones 5, 165 Suprachiasmatic nucleus; Human brain; Circadian rhythm; Clock genes; Biological clock; Aging; Alzheimer’s disease 5, 33 Systems biology; Aging models; Scaling laws; Biological networks; Physiome 5, 434 Telomeres; Aging; Mesenchymal stem cell; Senescence 5, 91 Therapy; Aging; Epigenetics; Cancer; Autoimmunity 5, 449 Thymic epithelial cells; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Thymic rejuvenation; Zinc pool; Arginine; Growth hormone; Melatonin; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281 Thymus–hypothalamus–pituitary–adrenal axis; Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Hormone receptors; Ontogeny; Ageing 5, 281 Ubiquitin; Proteasome; Proteolysis; E3 ligase; Chaperone; Heat-shock; Signal transduction; Oxidative stress; Senescence; Ageing; Photoageing; Skin; Keratinocyte 5, 60 UCP; Mitochondria; Lifespan; Oxidative stress; Insulin; Caloric restriction 5, 196 Zinc pool; Arginine; Growth hormone; Melatonin; Thymic rejuvenation; Cytokines; Thymic epithelial cells; Thymus–hypothalamus–pituitary–adrenal axis; Hormone receptors; Ontogeny; Ageing 5, 281