Sentence examples for aging of organisms from inspiring English sources

Since differences in the circulating miRNAs have been found in a variety of age-associated diseases, and accumulation of senescent cells in the elderly emerges as a possible detrimental factor in aging, it is well conceivable that these miRNAs might contribute to the functional decline observed during aging of organisms.

In spite of these variously good and bad effects of cellular senescence, recent studies support the idea that accumulation of senescent cells with the aging of organisms accelerates age-associated diseases and loss of tissue function (Baker et al., 2011).

Aging of organism, tissues, or cells is a complicated and irreversible process, but the time when it occurs and the pace of the process may be regulated.

How is this related to aging of multicellular organisms?

Glucose and insulin/IGF-1 – like pathways in yeast, worms, and flies – lead to growth as well as aging of these organisms.

This refers to both "chronologic" aging where yeast survival is limited by exhaustion of nutrients and/or accumulation of toxic products of metabolism and to "replicative" aging which seems to be a measure of fecundity rather than longevity and is limited by other factors compared to those relevant to aging of multicellular organisms [ 40, 41].

Aging of the organism, tissues, and organs is the main cause of functional decline, and the premature aging of tissues and organs is the utmost pathological basis for chronic degenerative diseases.

There is a growing perception that epigenetic modifications, such as DNA methylation and histone modification, play an important role for cellular senescence and aging of the organism [1] [3].

Aging of an organism can be defined as the progressive decline and deterioration accompanying age.

This indicates that cellular aging might be related to aging of the organism.

Endothelial dysfunction develops due to various risk factors, including aging of the organism.