… for ROS has been shown for modulation of various ion channels (BK, KCN, ERG, TRP, etc.)
and consequently for the regulation of the neuronal and cardiomyocyte excitability [45], [46], […

… from mitochondria of excitable cells. Although Na + -dependent Ca 2+ efflux from mitochondria
… Furthermore, mitochondrial Ca 2+ is a crucial modulator of mitochondrial permeability …

… understanding of how mitochondria and iGluR localization is … toward increased ROS
production, mostly by mitochondria, as a … The direction of calcium modulation by ROS is …

… , which are essential for the excitability of excitable cells, permitting the accumulation of secreted
… amount of evidence suggests that mitochondrial complex II is an important modulator of …

… via mitochondrial reactive oxygen species (ROS… modulation of these receptors. One of the
most important findings in our study is that tau mediates this modulation through mitochondrial …

… In effect, excitable cells maintain extremely … mitochondrial-derived ROS might couple cell
metabolism to the control of neuronal inhibition, by participating in diverse forms of modulation …

… or modulation of sympathetic outflows to the cardiovascular system. We also highlight future
… of research on mitochondrial physiology and pathophysiology. Mitochondria are well-known …

… There is increasing evidence to suggest that increased oxidative stress from reactive
oxygen species (ROS), which is elevated in conditions such as diabetes and hypertension, can …

Modulation of mouse retinal ganglion cell excitability by mitochondrial reactive oxygen species
… synaptic inputs, that may underlie the oxidative modulation of excitability, are warranted. …

… in redox-state modulation of glia and neuronal cells. They … the outer mitochondrial membrane
in most cell types, including … of activity-dependent modulation of cellular excitability. The …