J774 mouse macrophages express an ionotropic receptor gated by extracellular ATP. Activation of this receptor, currently named purinergic P2Z, causes transmembrane ion fluxes, plasma membrane depolarization, cell swelling and eventual cell death. The physiological role of this receptor is as yet unknown. In the present report we show that macrophage cell clones that hypo-express the P2Z receptor showed a very low degree of spontaneous cell death in culture, while hyper-expressing clones were exceedingly susceptible to cell death. To further support a role for ATP receptors in spontaneous cell death, addition to the macrophage cell cultures of oxidized ATP, a selective inhibitor of ionotropic purinergic receptors, or the ATP-hydrolysing enzy...
Anecdoctal evidence accumulated over almost 20 years has shown that many different cell types are ki...
The macrophage is a major phagocytic cell type, and its impaired function is a primary cause of immu...
Abstract Extracellular ATP (ATPo) is known to be cytotoxic to many cell types through a mechanism w...
It has been proposed that extracellular ATP (ATPo) may function as a cytotoxic molecule in Ca(2+)-in...
We have investigated responses of human monocyte/macrophage cells to extracellular ATP (ATPe). Fresh...
Mouse and human macrophages express a plasma membrane receptor for extracellular ATP named P2Z/P2X7....
AbstractThe death of BCG-infected human macrophages induced in vitro by ligation of surface CD95 (Fa...
Two closely related cell lines were characterized in their responses to extracellular ATP (ATPo): th...
Two closely related cell lines were characterized in their responses to extracellular ATP (ATPo): th...
Extracellular ATP (ATPe) is known to cause release of processed IL-1 beta from LPS-treated macrophag...
Increasing evidence suggests that adenosine and ATP not only modulate cell growth and differentiatio...
The effects of oxidized ATP (oATP) on responses triggered by extracellular adenosine 5'-triphosphate...
Phagocytosis plays an important role in controlling inflammation and antigen cross-presentation thro...
Macrophages express P2X(7) and other nucleotide (P2) receptors, and display the phenomena of extrace...
Abstract Many immune and inflammatory cells express a plasma membrane receptor for extracellular AT...
Anecdoctal evidence accumulated over almost 20 years has shown that many different cell types are ki...
The macrophage is a major phagocytic cell type, and its impaired function is a primary cause of immu...
Abstract Extracellular ATP (ATPo) is known to be cytotoxic to many cell types through a mechanism w...
It has been proposed that extracellular ATP (ATPo) may function as a cytotoxic molecule in Ca(2+)-in...
We have investigated responses of human monocyte/macrophage cells to extracellular ATP (ATPe). Fresh...
Mouse and human macrophages express a plasma membrane receptor for extracellular ATP named P2Z/P2X7....
AbstractThe death of BCG-infected human macrophages induced in vitro by ligation of surface CD95 (Fa...
Two closely related cell lines were characterized in their responses to extracellular ATP (ATPo): th...
Two closely related cell lines were characterized in their responses to extracellular ATP (ATPo): th...
Extracellular ATP (ATPe) is known to cause release of processed IL-1 beta from LPS-treated macrophag...
Increasing evidence suggests that adenosine and ATP not only modulate cell growth and differentiatio...
The effects of oxidized ATP (oATP) on responses triggered by extracellular adenosine 5'-triphosphate...
Phagocytosis plays an important role in controlling inflammation and antigen cross-presentation thro...
Macrophages express P2X(7) and other nucleotide (P2) receptors, and display the phenomena of extrace...
Abstract Many immune and inflammatory cells express a plasma membrane receptor for extracellular AT...
Anecdoctal evidence accumulated over almost 20 years has shown that many different cell types are ki...
The macrophage is a major phagocytic cell type, and its impaired function is a primary cause of immu...
Abstract Extracellular ATP (ATPo) is known to be cytotoxic to many cell types through a mechanism w...