منابع مشابه
Telomere length and reproductive aging
BACKGROUND Rate of reproductive aging may be related to rate of biological aging. Thus, indicators of aging, such as short telomere length, may be more frequent in women with a history suggestive of premature reproductive senescence. METHODS Telomere-specific quantitative PCR was used to assess telomere length in two groups of women with evidence of reproductive aging: (i) patients with idiop...
متن کاملTelomere Length and Aging
Telomeres, the TTAGGG tandem repeats at the ends of chromosomes, become progressively shortened with each replication of cultured human somatic cells (reviewed in Wong and Collins (Wong & Collins 2003)) until a critical length is achieved, at which point the cell enters replicative senescence. This situation can be reversed by the enzyme named telomerase that is responsible for Telomere Length ...
متن کاملTelomere length, stem cells and aging.
Telomere shortening occurs concomitant with organismal aging, and it is accelerated in the context of human diseases associated with mutations in telomerase, such as some cases of dyskeratosis congenita, idiopathic pulmonary fibrosis and aplastic anemia. People with these diseases, as well as Terc-deficient mice, show decreased lifespan coincidental with a premature loss of tissue renewal, whic...
متن کاملTelomere Length, Aging, and Somatic Cell Turnover
T elomeres are unique protein–DNA structures that comprise the termini of eukaryotic linear chromosomes (for review see references 1, 2). Telomeric DNA does not contain protein-encoding genes but rather consists of G-rich hexanu-cleotide repeats that in vertebrate cells are (TTAGGG) n sequences. Based on studies initially carried out in yeast and other single cell organisms, it appears that tel...
متن کاملCommentary Telomere Length , Aging , and Somatic Cell Turnover By Richard
T elomeres are unique protein–DNA structures that comprise the termini of eukaryotic linear chromosomes (for review see references 1, 2). Telomeric DNA does not contain protein-encoding genes but rather consists of G-rich hexanu-cleotide repeats that in vertebrate cells are (TTAGGG) n sequences. Based on studies initially carried out in yeast and other single cell organisms, it appears that tel...
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ژورنال
عنوان ژورنال: Human Reproduction
سال: 2009
ISSN: 1460-2350,0268-1161
DOI: 10.1093/humrep/dep007