This collection of review articles authored by international experts pulls together current information about the role of mitochondria in aging and diseases of aging. Mitochondria are vitally important cellular organelles and undergo their own aging process becoming less efficient in aged animals including humans. These changes have wide-ranging significance contributing to immune dysfunction (autoimmunity and immune deficiency), inflammation, delayed healing, skin and retinal damage, cancer and most of the degenerative diseases of aging. Mitochondrial aging predisposes to drug toxicity in the geriatric population and to many of the features of normal aging. The research detailed in this book summarizes current understanding of the role of mitochondria in the complex molecular changes of aging, moving on to specific diseases of aging. Mitochondrial dysfunction is an important target for development of treatments for aging and disease. The last article details how exercise is a treatment and combats many features of the aging process.
Subjects
age-related diseases sphingolipids glaucoma ALS neurodegeneration mitochondrial dysfunction adaptive immunity senescence de-emergence innate immunity cell danger response mitochondrial transfer axonal transport cytokines mitochondrial age-related macular degeneration prevention heart failure purinergic signaling autophagy Alzheimer's disease diabetic retinopathy proteostasis 1$$Q1 immunosenescence Miro1 ROS metabolism optic nerve polypharmacy eIF2? Parkin coenzyme Q10 neurodegenerative disease DNA damage skin exercise nucleotide metabolism pasteur effect stress response inflammation retina drug-induced mitochondrial toxicity neuroinflammation exosomes reactive oxygen species 25(OH)D cardiomyopathy crabtree effect insulin resistance cardiovascular disease ageing genetic mutations metabokines mitochondria multiple sclerosis aerobic healing cycle SOD1 mitophagy PINK1 type 2 diabetes integrated cell stress response morbidity and mortality ultraviolet photoageing cancer aging 25(OH)2D lysosome NAD+ Parkinson's disease