… Senescence and death of the different organs are intimately … of developmental senescence
from organ senescence to cellular cell death with a special focus on signals, regulatory …

… to distinguish senescence fundamentally from programmed cell death (PCD), as does the
fact that viability is essential for the initiation and progress of cell senescence. Senescence (…

… the relocation of nutrients from senescent leaves is another … , leaf senescence is an
evolutionarily acquired developmental … have different senescence physiology and regulatory …

… Here we describe senescence as a normal developmental mechanism found throughout …
senescent cells are nonproliferative and share features with oncogene-induced senescence …

… death without a clear intervening senescence phase. Such genetic interventions show that
death neither requires senescence … currently have of source–sink regulation of senescence. …

… death, and senescence … death or apoptosis has long been known to occur during development
to help sculpt organs and tissue systems. Other processes such as cellular senescence, …

… role of senescence. Recently, additional cellular features of senescent cells and SASP
regulation have been described, including the budding-off of chromatin fragments from senescent …

… It is therefore necessary to understand the mechanisms regulating senescence onset and
… , as senescence generally leads to death, it should be viewed as a programmed cell death (…

… after senescence, cell death responsible for senescence is … heavily involved in regulating
the senescence of plant organs … a dual role in the regulation of senescence, and can both …

… Senescent cells are heterogeneous and perform various biological functions. Therefore,
entry into senescence and the long-term cell cycle exit are regulated … -dependent cell death. …