“…
may alter
signaling by numerous methods, including boosting
inflow from the extracellular area and stimulating
release from intracellular repositories within the brain [
24, 25]. Moreover, growing evidence suggests that there is a positive loop between
and
levels [
13, 26, 27]. We know by now, for example, that the persistent high concentration of
is favorable to the formation of
in rat cortical neurons by imitating
secretase activity, which is crucial for the breakdown of amyloid precursor protein (APP) [
13, 28].…”