By Michael B. Fossel
Cells, getting older, and Human Disease is the 1st ebook to discover getting older all of the manner from genes to scientific program, examining the elemental mobile adjustments which underlie human age-related illness. With over 4,000 references, this article explores either the elemental methods of human getting older and the tissue-by-tissue pathology, detailing either breaking study and present state of the art medical interventions in getting older and age-related ailment. faraway from only sharing a typical onset past due within the lifespan, age-related ailments are associated via primary universal features on the genetic and mobile degrees. Emphasizing human mobilephone mechanisms, the 1st part offers and analyzes our present knowledege of telomere biology and telephone senescence. In fabulous educational element, the textual content brings the reader modern on telomere upkeep, telomerase dynamics, and present examine on mobilephone senescence--and the overall model--cell senescence because the vital part in human senescence and melanoma. for every human malignancy, the bankruptcy studies and analyzes all to be had info on telomeres and telomerase, in addition to summarizing present paintings on their medical program in either analysis and melanoma remedy. the second one version, orientated through organs and tissues, explores the particular physiological influence of cellphone senescence and getting older on medical ailment. After a precis of the literature on early getting older syndromes--the progerias--the textual content experiences getting older ailments (Alzheimer's dementia, osteoarthritis, atherosclerosis, immune getting older, presbyopia, sarcopenia, etc.) within the context of the tissues during which they take place. all of the ten scientific chapters--skin, cardiovascular procedure, bone and joints, hematopoetic and immune platforms, endocrine, CNS, renal, muscle, GI, and eyes--examines what we all know in their pathology, the function of telephone sensescence, and clinical interventions, either present and strength.
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Additional info for Cells, Aging, and Human Disease
1995). , 2001), implies incomplete replication of the lagging end of each strand, hence incomplete chromosome copying. Chromosomes shorten with each CELL SENESCENCE 23 division. This “end replication problem” implies progressive telomeric erosion (Greider, 1995) and, ultimately, loss of chromosomal integrity. In increasing probability, this implies that 1. immediately upon evolving, telomeres eroded and life with linear chromosomes became extinct, 2. chromosomes replicate in another fashion and telomere shortening does not occur, or 3.
1998) proving causation and “ending the debate” (de Lange, 1998). , 1998a; Vaziri, 1998; Vaziri and Benchimol, 1998). Transfecting hTERT into human somatic cells (lung fibroblasts, skin fibroblasts, and pigmented retinal epithelial cells) resulted in cells lacking a measurable replicative limit or senescent pattern of gene expression but that were otherwise normal. In four decades, telomerase has changed from Watson’s theoretical “loose end” to a method of immortalizing human somatic cells with enormous clinical potential.
Knock out the catalytic gene from a cell or organism (as in murine cells that constitutively express telomerase; see below), or 3. reversibly control expression of the catalytic component in cells that lack constitutive expression. Roughly speaking, we can add the gene to a cell that lacks it, subtract the gene from a cell that has it, or produce a cell in which we can turn it on and off at will. We are capable of transfection in vitro, ex vivo, and, potentially (with limited“take”), in vivo. Gene knockouts are standard in genetic laboratories as in, for example, the telomerase knockout mouse.
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