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 ...

In a recent article, researchers explored how calcium carbonate nanoparticles enhance T cell activation through calcium ...

Recent research reveals that “nerve glue” plays significant roles in psychiatric conditions such as depression and ...

Pain signals travel through the nervous system with the help of proteins known as calcium channels, which play a crucial role ...

When the electrical signal reaches the end of one nerve cell it is converted into a biochemical signal, in the form of calcium. In turn, an increase in calcium triggers the release of signalling ...

Stem cells in the intestine can adjust their function by using PIEZO channels that sense extracellular forces and activate ...

Known as paresthesia, this symptom occurs because calcium is critical for nerve signalling ... so a deficiency can make your cells work harder, leading to sluggishness and low energy.

When pain signals are passed along the nervous system, proteins called calcium channels play a key role. Researchers at ...

Deficiencies in magnesium and calcium may impair brain cell communication in older adults, accelerating memory loss, focus issues, and slower information processing.