and to calcium ionophores and phorbol esters, which in combination elicited a full 'T cell–activation' response but individually could be used to distinguish signaling pathways activated by ...
Research into calcium homeostasis suggests that calcium signaling could be involved in the selective degeneration of dopaminergic neurons 8 —the distinguishing hallmark of PD—and Ritz and ...
In turn, an increase in calcium triggers the release of signalling molecules called neurotransmitters. This biochemical signal is received by the next nerve cell, that converts the signal back ...