… of cellular senescence. This review will help place the regulation and role of p53 in cellular
senescence in the contexts of the evolution of complex multicellular organisms, and cellular …

… Here, we describe some examples of this diversity of senescent cell types, focusing on …
cellular senescence to aging and cancer development. We also discuss the functions, regulation, …

… in senescent cells are crucial to the induction, progression, and maintenance of senescence…
This review will highlight some of the epigenetic mechanisms mediating cellular senescence…

… established that cellular senescence is, like apoptosis, an inherent cellular defense that acts
… cellular senescence, focusing on recent findings with regard to the transcriptional regulation …

… dependent senescence signaling pathways involved with different stages of senescence and
… We also provide an overview on the regulation of p53-mediated cellular senescence in the …

… models, and clinical data has revealed that cellular senescence plays a vital role in p53-mediated
tumor suppression. Cellular senescence is a permanent cell-cycle arrest caused by …

… and because both are capable of inducing cellular senescence, we sought to determine
whether Id1 regulation of cellular senescence could be mediated by direct transcriptional effects …

… Below, we will summarize knowledge on the molecular mechanisms that underlie cellular
senescence and promote aging at the cellular level. We will also examine mechanisms that …

… in the regulation of cellular senescence. Indeed, cytokines belonging to the senescent
secretome, as well as tumor-infiltrating immune subsets, have been described to modulate the …

… the molecular and cellular biology of cellular senescence is … precise mechanisms of cellular
and organismal homeostatic … molecular mechanisms maintaining cellular homeostasis and …