… affinity (pore binding dissociation constant 2 nM) and biophysical characteristics that included
an inwardly rectifying current suited to calcium uptake into mitochondria and inhibition by …

… + uptake to the cellular redox state. … uptake at physiological cytosolic Ca2+ levels, with
deleterious consequences on mitochondrial bioenergetics and cellular function. The redox control …

… tested the mitochondrial calcium uptake inhibition properties of … Our evaluation of mitochondrial
calcium uptake inhibition … and the Ca 2+ -responsive fluorescent dye Calcium Green-5 n …

… Calcium (Ca 2+ ) uptake into the mitochondrial matrix from the cytoplasm occurs at the …
One of the major signaling mechanisms that control [Ca 2+ ]m dynamics is store-operated Ca 2+ …

… The redox status of the intracellular milieu is controlled by a variety of … Furthermore, ROS
cause inhibition of SERCA function by uncoupling Ca 2+ uptake activity from ATP hydrolysis [5]. …

… of redox regulation of Ca 2+ permeable ion channels such as voltage-gated (CaV) Ca 2+
channels… 2+ ] o ), already indicates the importance of constant and tight control of cellular Ca 2+ …

… review is on calcium channels. The reader interested in redox controlled ion channels per …
transients induced by activation of IP 3 sensitive channels in the ER cause uptake of calcium …

… set of SOCE controlling molecules, to determine their redox-… consequence of key redox-sensitive
components of the pre- … The effects of thimerosal on calcium uptake and inositol 1,4,5…

… The essential role of the Ca-ATPase in controlling properties of the calcium transient suggests
its possible role as an additional sensor of oxidative stress working in concert with CaM in …

… Ca 2+ in shaping the interface redox environment, we stimulated cells with an IP 3 -linked
agonist and a SERCA inhibitor, thapsigargin (Tg), to elicit ER Ca 2… mitochondrial Ca 2+ uptake, …