… the yeast Cdc48 protein, which has led to the first discovery of yeast apoptosis, an human
orthologue has since been confirmed as a regulator of mammalian apoptosis, having …

… cause apoptosis, whereas increased levels of this protein provide an anti-apoptotic effect. …
mechanisms of Cdc48/VCP-mediated apoptosis observed in yeast and other species. Cdc48/…

… , it is controversial whether human senescent cells die apoptotically or necrotically. The
present results in yeast apoptosis favor an apoptotic age-… Human disease and yeast apoptosis …

… Autophagy is induced by shortage of nutrients and can be viewed as a cellular pro-survival
response of ‘self-recycling’ that plays a critical role in diverse human diseases. …

… aspects and its links to human diseases. … for yeast apoptosis, yApoptosis, that contains a
list of apoptosis and PCD-related genes (called together apoptosis genes), curated apoptosis …

… of several human and animal apoptosis proteins in either budding or fission yeast results in
… Recent exploitation of yeast as tools for studying human apoptosis-regulatory proteins has …

… yeast apoptosis network behavior. Extended model of humanized yeast gives new insights of
how complex human disease … contrast to human apoptotic network yeast apoptosis is linear …

… has been a valuable help in understanding the intricate mechanisms of cell death in
higher eukaryotes, and of severe human diseases associated with mitochondria-dependent …

… explored to study a wide range of processes, from the basic cellular and molecular
pathways to the implications of their regulation and dysfunction in human diseases. Previously, …

… the current knowledge on apoptosis in the yeast S. cerevisiae … in yeast cell death after
treatment with acetic acid, hydrogen peroxide and diamide that are known to be yeast apoptosis …