… In the mouse model for Duchenne muscular dystrophy, elevated ROS signaling through
divergent Ca 2+ derived from the SR cooperated to cardiomyopathy [117]. In addition, …

… ROS emission despite lower ROS production at the ETC (Figure 2, left part). This redox-optimized
ROS balance underscores the crucial role played by Ca 2… [Ca 2+ ] c elevation may be …

… from ROS following [Ca2+]in elevation. Thus, it is possible that ROS may take parts in
supporting calcium homeostasis and in regulation of a number of calcium dependent physiological …

… Calcium influx into plant cells is mediated by Ca 2+ … The ROS-Ca 2+ hub contributes to
physiological reactions controlled by ROS and Ca 2+ , demonstrating synergism and unity of Ca 2…

… ROS rise can modulate Ca 2+ dynamics and augment Ca 2+ … Ca 2+ induced ROS increase
and ROS modulated Ca 2+ … , elevated intracellular calcium has been shown to enhance …

… Calcium (Ca 2+ ) and reactive oxygen species (ROS) are versatile signaling molecules …
MCU channel activity, leading to elevated ROS and Ca 2+ levels within mitochondria [123]. …

… Calcium (Ca2+) and reactive oxygen species (ROS) … integrate functionality of Ca2+ and ROS
in different types of cells. … response to elevations of the cytosolic Ca2+ concentration ([Ca2+]…

… ROS generation was elevated in the AD cybrids. AD cybrids also displayed an increased
basal cytosolic calcium … peak calcium transient is comparable to the 450–550 nm Ca 2+ range …

… of reactive oxygen species, release of calcium, and an increase in the cytosol calcium …
The elevation of Ca2+i causes accumulation of Ca2+ by mitochondria and activation of a …

… in ROS production and intracellular Ca2+ levels. Whereas the thapsigargin- or ionophore-induced
elevation of calcium … cellular redox potentials, or ROS production, pro-oxidants and …