His group found that when activated by ATP astrocytes can release glutamate through pores formed from P2X7 receptors; neuronal activities can be heterosynaptically suppressed by glia-released ATP and these ATP are released through exocytosis of lysosomes.
Neuronal activities can be heterosynaptically suppressed by glia-released ATP and these ATP are released through exocytosis of lysosomes. His group found that when activated by ATP astrocytes can release glutamate through pores formed from P2X7 receptors.
His group found that when activated by ATP astrocytes can release glutamate through pores formed from P2X7 receptors. Neuronal activities can be heterosynaptically suppressed by glia-released ATP and these ATP are released through exocytosis of lysosomes.
His group found that when activated by ATP astrocytes can release glutamate through pores formed from P2X7 receptors. Neuronal activities can be heterosynaptically suppressed by glia-released ATP and these ATP are released through exocytosis of lysosomes.