… The cellular hallmarks of accelerated aging and their clinical expression may be grouped …
terms ‘accelerated aging and cellular decline’ (AACD) and/or ‘age-associated cellular decline’. …

… and are responsible for the aging phenotype with progressive functional decline [ … Cellular
senescence is a hallmark of aging that may be the result of many cancer therapeutics. Cellular …

… (DLPC), a region of the brain associated with age-related decline. Thus, heroin appears
to be accelerating aging, and while markers of senescence were not explicitly examined in …

… to aging, has been less explored at the molecular/cellular level. Indeed, the role of childhood
or early adulthood exposure to chronic disease and/or treatment on accelerating aging …

… senescence caused by compromised p63 function might be an underlying cellular mechanism
for age-related decline at the organismal level. To investigate whether p63 deficiency …

… the problem of aging is the study of genetic pathologies leading to accelerated aging, such
as … It is possible that this decline in telomeric repair with aging has a functional significance to …

… mice exhibited various accelerated aging phenotypes [eg, … accelerated aging. This then
raised the question of why we observed a significant decrease in lifespan and accelerated aging …

… Speaking of aging, it is worth mentioning the cellular aging and senescence. Although
the meaning of the term “cell senescence” seems obvious as it was first used to indicate the …

… MDD) and cognitive aging. Long-term psychological stress accelerates cellular aging and
predisposes to various diseases, including MDD, and cognitive decline. Among the underlying …

… ANS factors form a cumulative impact on cellular aging. Although these results need further
… ) dysregulations actually lead to overall health decline, although 2 recent review papers …