International audienceOne of the most vulnerable areas to ischemia or hypoglycemia is CA1 hippocampal region due to pyramidal neurons death. Glutamate receptors are involved together with protein-kinase C and nitric oxide synthase. Long-term potentiation (LTP) is generated in anoxic or hypoglycemic conditions via activation of NMDA while inhibition of these receptors attenuates this response. Protein-kinase C and nitric oxide synthase are involved in anoxic LTP mechanism. Postischemic neurons are hyperexcitable in CA3 area while CA1 pyramidal neurons degenerate and disappear. Changes of glutamate receptors triggered by ischemia and hypoglycemia are discussed in this review
The changes in excitatory amino acid receptor ligand binding induced by transient cerebral ischemia ...
Excessive stimulation of glutamate receptors is believed to contribute substantially in determining ...
[[abstract]]Potentiation of N-methyl-D-aspartate receptor (NMDAR)-mediated excitatory synaptic plast...
International audienceOne of the most vulnerable areas to ischemia or hypoglycemia is CA1 hippocampa...
International audienceOne of the most vulnerable areas to ischemia or hypoglycemia is CA1 hippocampa...
International audienceOne of the most vulnerable areas to ischemia or hypoglycemia is CA1 hippocampa...
International audienceTransient global ischemia induces delayed neuronal death in certain cell types...
Transient anoxia/hypoglycaemia in organotypic hippocampal slice cultures, a model of transient brain...
C.E.G and P.B. contributed equally to this work.Transient cerebral ischemia causes an inhomogeneous ...
Transient cerebral ischemia causes an inhomogeneous pattern of cell death in the brain. We investiga...
International audienceTransient cerebral ischemia causes an inhomogeneous pattern of cell death in t...
Neurons express extremely different sensitivity to ischemic insults. Striatal spiny neurons are sele...
Neurons express extremely different sensitivity to ischemic insults. Striatal spiny neurons are sele...
Physiological activity-dependent long-term changes in synaptic transmission, as long-term potentiati...
Transient, severe forebrain or global ischemia leads to delayed cell death of pyramidal neurons in t...
The changes in excitatory amino acid receptor ligand binding induced by transient cerebral ischemia ...
Excessive stimulation of glutamate receptors is believed to contribute substantially in determining ...
[[abstract]]Potentiation of N-methyl-D-aspartate receptor (NMDAR)-mediated excitatory synaptic plast...
International audienceOne of the most vulnerable areas to ischemia or hypoglycemia is CA1 hippocampa...
International audienceOne of the most vulnerable areas to ischemia or hypoglycemia is CA1 hippocampa...
International audienceOne of the most vulnerable areas to ischemia or hypoglycemia is CA1 hippocampa...
International audienceTransient global ischemia induces delayed neuronal death in certain cell types...
Transient anoxia/hypoglycaemia in organotypic hippocampal slice cultures, a model of transient brain...
C.E.G and P.B. contributed equally to this work.Transient cerebral ischemia causes an inhomogeneous ...
Transient cerebral ischemia causes an inhomogeneous pattern of cell death in the brain. We investiga...
International audienceTransient cerebral ischemia causes an inhomogeneous pattern of cell death in t...
Neurons express extremely different sensitivity to ischemic insults. Striatal spiny neurons are sele...
Neurons express extremely different sensitivity to ischemic insults. Striatal spiny neurons are sele...
Physiological activity-dependent long-term changes in synaptic transmission, as long-term potentiati...
Transient, severe forebrain or global ischemia leads to delayed cell death of pyramidal neurons in t...
The changes in excitatory amino acid receptor ligand binding induced by transient cerebral ischemia ...
Excessive stimulation of glutamate receptors is believed to contribute substantially in determining ...
[[abstract]]Potentiation of N-methyl-D-aspartate receptor (NMDAR)-mediated excitatory synaptic plast...