Though transmitters can be released from astrocytes, the conditions that permit their modulation of synaptic transmission are under debate. Santello et al. in this issue of Neuron now show that TNFα promotes a burst mode of glial transmitter release that escapes reuptake processes allowing access to neuronal NMDA receptors
Astrocytes spontaneously release glutamate (Glut) as a gliotransmitter (GT), resulting in the genera...
Astrocytes, the most abundant glial cell in the brain, play critical roles in metabolic and homeosta...
International audienceGlutamatergic gliotransmission, that is the release of glutamate from perisyna...
Though transmitters can be released from astrocytes, the conditions that permit their modulation of ...
AbstractIt has become increasingly clear over the past several years that astrocytes can release che...
Astrocytes undergo elevations in intracellular calcium following activation of metabotropic receptor...
SummaryGlutamatergic gliotransmission provides a stimulatory input to excitatory synapses in the hip...
Gliotransmission, a process involving active vesicular release of glutamate and other neurotransmitt...
In this issue of Neuron, Tani et al. (2014) revisit a disputed issue where biochemical and physiolog...
The traditional view of the central nervous system (CNS) in which only neurons are capable of active...
There are several indications that glial cells participate in the neberger et al., 2010; Perea and A...
The influence of astrocytes on synaptic function has been increasingly studied, owing to the discove...
Removal of synaptically-released glutamate by astrocytes is necessary to spatially and temporally li...
Astrocytes spontaneously release glutamate as a gliotransmitter (GT) resulting in the generation of ...
AbstractGlial cells throughout the nervous system are closely associated with synapses. Accompanying...
Astrocytes spontaneously release glutamate (Glut) as a gliotransmitter (GT), resulting in the genera...
Astrocytes, the most abundant glial cell in the brain, play critical roles in metabolic and homeosta...
International audienceGlutamatergic gliotransmission, that is the release of glutamate from perisyna...
Though transmitters can be released from astrocytes, the conditions that permit their modulation of ...
AbstractIt has become increasingly clear over the past several years that astrocytes can release che...
Astrocytes undergo elevations in intracellular calcium following activation of metabotropic receptor...
SummaryGlutamatergic gliotransmission provides a stimulatory input to excitatory synapses in the hip...
Gliotransmission, a process involving active vesicular release of glutamate and other neurotransmitt...
In this issue of Neuron, Tani et al. (2014) revisit a disputed issue where biochemical and physiolog...
The traditional view of the central nervous system (CNS) in which only neurons are capable of active...
There are several indications that glial cells participate in the neberger et al., 2010; Perea and A...
The influence of astrocytes on synaptic function has been increasingly studied, owing to the discove...
Removal of synaptically-released glutamate by astrocytes is necessary to spatially and temporally li...
Astrocytes spontaneously release glutamate as a gliotransmitter (GT) resulting in the generation of ...
AbstractGlial cells throughout the nervous system are closely associated with synapses. Accompanying...
Astrocytes spontaneously release glutamate (Glut) as a gliotransmitter (GT), resulting in the genera...
Astrocytes, the most abundant glial cell in the brain, play critical roles in metabolic and homeosta...
International audienceGlutamatergic gliotransmission, that is the release of glutamate from perisyna...