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Titlebook: Aging and Cell Structure; Volume 1 John E. Johnson Book 1981 Plenum Press, New York 1981 RNA.aging.biology.brain.cell.cells.complication.me

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期刊全稱Aging and Cell Structure
期刊簡稱Volume 1
影響因子2023John E. Johnson
視頻videohttp://file.papertrans.cn/152/151472/151472.mp4
圖書封面Titlebook: Aging and Cell Structure; Volume 1 John E. Johnson Book 1981 Plenum Press, New York 1981 RNA.aging.biology.brain.cell.cells.complication.me
影響因子Approaching any task on aging brings a flood of images that are a personal repetition of what has been one of the greatest and most persistent concerns of mankind. Even restricting time to the past decade or so and approaching only the biomedical sciences, one still encounters a flood of information in this relatively young research area. The- ories and ideas abound as though each researcher provides one of his own. This might well be expected; aging is an exceedingly complicated series of crossroads involving trails and even superhighways. Each specialist has a peephole (society, body, organ, tissue, cell, or-especially in modern biology-cellular organelles, macromolecules, and even molecules) and the views of the crossroads are obviously different. Hence, the num- ber of observations just about equals the number of independent ideas put forward. It is natural to seek from highly specialized knowledge a fundamental understand- ing of aging through the modern research trends in biology that focus on events at the cellular, subcellular, macromolecular, and molecular levels. The ultimate clues must lie there-with one serious complication: There are numerous cell types in any body and
Pindex Book 1981
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Complexity Theory of Real Functionsf observation are held responsible. However, there is often a residual variation and unpredictability when measurement error and external uncontrollable disturbance (noise) have been effectively removed. The following principle can be stated:
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Ordinary Differentiation Equations,t sites of local nerve entrapment, other changes are interpreted to result from atherosclerotic ischemia of nerves, while others are assumed to correspond to primary decay due to biological aging per se. Such changes involve both somatic and autonomic neurons, and transcend at the level of the neuro
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Progress in Theoretical Computer Science organs in which there is a repetition of structural-functional units, the brain is a complex collection of groups of nerve cells, each with varying metabolic and functional characteristics (a multiorgan organ). A decline in the number of brain cells or key connections with one another, when below a
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Basics in Discrete Complexity Theory,re the kidneys, which receive much attention in pathologic states in young and middle life, but little notice in senescence. Gross studies indicate that overall kidney size, weight, amount of cortex, and number of glomeruli decrease with age, although this is variable, while light microscopic examin
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