… All the three functional phases of apoptosis are under the influence of regulatory controls.
Thus, increasing evidences provide support that oxidative stress and apoptosis are closely …

… As GSH depletion will lower a cell‘s capacity to buffer against endogenous oxidants, we
propose that it contributes to the increased oxidative damage commonly observed to …

… regulated apoptotic pathways that involve oxidative stress … to both unbalance in apoptosis
and development of cancer. … the increased resistance of tumor cells to undergo apoptosis, …

… We used menadione to simulate a common physiological form of oxidative stress: an increase
in intracellular production of O 2 • − . We elected to use menadione sodium bisulfite (MSB) …

… the oxidative damage. This review will address some of the current paradigms of oxidative
stress, and antioxidants on apoptosis, … cells are under increased oxidative stress compared to …

… Also, NO radical dot has been reported to induce apoptosis by increasing ceramide
generation through caspase-3 activation, induction of mitochondrial permeability transition, and …

… Our group showed a high sensitivity to oxidative stress and an evident increase in apoptotic
cell death in PBLs from KRS patient with the c.G2629A mutation in ATP13A2, suggesting a …

… that mitochondrial oxidative stress is an early event in apoptosis (115). In fact, oxidation of
mito… membrane potential from apoptotic fi broblasts and an increase in the peroxide content of …

… oxidative stress and apoptosis. Finally, the various methods that can be employed in establishing
a role for both ROS and RNI in apoptosis … indicates increased levels of oxidative stress. …

… of dopamine, which presumably acts by increasing the amount of dopamine released by
surviving neurons. There is evidence of oxidative stress in Parkinson’s disease (Olanow, 1992) …