… ATP, in addition to its classical role as the energy currency of living cells, is an important …
Broadly expressed, the plasma membrane ATP release channel PANX1 has been implicated in …

… channel and its function as an ATP release channel [57]. The most direct evidence that
pannexin-1 is an ATP-permeable channel … The opening and activation of pannexin-1 channels …

… of the Peizo1 channel can induce ATP release and regulate hDP-MSC migration, as we
have shown here for chemical activation of the Pieoz1 channel. Moreover, both ATP-induced …

… in vesicular storage in ATP-secreting cells. … ATP release represents a major pathway for
purinergic chemical transmission, which had been mainly attributed to ATP permeation channels…

… For example, taking advantage of the permeability to Ca 2+ ions during ATP-gated P2X
channel opening, versatile tools were developed by fusing the genetically encoded Ca 2+ …

… ATP release from astrocytes, activation of adenosine receptors in the axon initial segment
and the nodes of Ranvier, increased cyclic AMP concentration, activation of HCN2 channels, …

… channels changes to become inhibitory, closing the channels. As soon as the release channels
… level that stimulates the opening of the release channels. A new cycle can then begin. …

… and demonstrated that channel activation by caspase cleavage … channel, albeit at a much
lower rate. We further show that Panx1 channels provide a molecular pathway for flux of ATP …

… (1) Channel-mediated ATP release occurs mainly via pannexin-1 channels and connexin-43
hemichannels [12,49]. Pannexin-1-dependent ATP release occurs in apoptotic cells, which …

… Stretch-induced Ca2+-signals depended on Ca2+-entry via piezo1 channels, activated
pannexin-1 hemichannels, and resulted in ATP release from ATI cells. ATP measurements with …