Glutamate Receptor

AMPA Receptor Antagonists as Potential Anticonvulsant Drugs

Epilepsy / Glutamate / Humans / Animals / Current Topics / Glutamate Receptor

Basal ganglia calcification induced by excitotoxicity: an experimental model characterised by electron microscopy and X-ray microanalysis

Electron Microscopy / Hydroxyapatite / Neurodegenerative Diseases / X Rays / Animals / Microglia / Male / Astrocyte / Basal forebrain / Astrocytes / Neurotoxins / Clinical Sciences / Anthraquinones / Rats / Calcinosis / Basal ganglia / Hydroxyapatites / Electron Probe Microanalysis / Neurosciences / Glutamate Receptor / Experimental Model / Gliosis / Microglia / Male / Astrocyte / Basal forebrain / Astrocytes / Neurotoxins / Clinical Sciences / Anthraquinones / Rats / Calcinosis / Basal ganglia / Hydroxyapatites / Electron Probe Microanalysis / Neurosciences / Glutamate Receptor / Experimental Model / Gliosis

Basal ganglia calcification induced by excitotoxicity: an experimental model characterised by electron microscopy and X-ray microanalysis

Electron Microscopy / Hydroxyapatite / Neurodegenerative Diseases / X Rays / Animals / Microglia / Male / Astrocyte / Basal forebrain / Astrocytes / Neurotoxins / Clinical Sciences / Anthraquinones / Rats / Calcinosis / Basal ganglia / Hydroxyapatites / Electron Probe Microanalysis / Neurosciences / Glutamate Receptor / Experimental Model / Gliosis / Microglia / Male / Astrocyte / Basal forebrain / Astrocytes / Neurotoxins / Clinical Sciences / Anthraquinones / Rats / Calcinosis / Basal ganglia / Hydroxyapatites / Electron Probe Microanalysis / Neurosciences / Glutamate Receptor / Experimental Model / Gliosis

Heterogeneity in synaptic transmission along a Drosophila larval motor axon

Neuroscience / Physiology / Cognitive Science / Psychophysics / Molecular Biology / Behavior / Motor neuron / Immunohistochemistry / Drosophila melanogaster / Systems Neuroscience / Nature / Patch-clamp and imaging techniques / Learning / Memory / Drosophila / Computation / Glutamate / Evoked Potentials / Model / Animals / Functional Imaging / Cortex / Nat Neurosci / Nature Neuroscience / Calcium Signaling / Synaptic Transmission / Diagnostic Imaging / Larva / Neuromuscular Junction / Axons / Neurosciences / Glutamate Receptor / Behavior / Motor neuron / Immunohistochemistry / Drosophila melanogaster / Systems Neuroscience / Nature / Patch-clamp and imaging techniques / Learning / Memory / Drosophila / Computation / Glutamate / Evoked Potentials / Model / Animals / Functional Imaging / Cortex / Nat Neurosci / Nature Neuroscience / Calcium Signaling / Synaptic Transmission / Diagnostic Imaging / Larva / Neuromuscular Junction / Axons / Neurosciences / Glutamate Receptor

The in vitro and in vivo enantioselectivity of etomidate implicates the GABAA receptor in general anaesthesia

Psychology / Neuropharmacology / Cell line / Evoked Potentials / Humans / Thalamus / Mice / Female / Animals / Male / Acetylcholine / Rat Brain / Synaptic Transmission / Rats / Radioligand Assay / Larva / Reflex / Xenopus laevis / Locomotor Activity / Oocytes / Structure activity Relationship / Neurosciences / GABA receptor / Glutamate Receptor / Etomidate / Thalamus / Mice / Female / Animals / Male / Acetylcholine / Rat Brain / Synaptic Transmission / Rats / Radioligand Assay / Larva / Reflex / Xenopus laevis / Locomotor Activity / Oocytes / Structure activity Relationship / Neurosciences / GABA receptor / Glutamate Receptor / Etomidate

NMDA receptors regulate developmental gap junction uncoupling via CREB signaling

Cognitive Science / Gap Junctions / Nature / Signal Transduction / Cell Differentiation / Mice / Hypothalamus / Female / Animals / Male / Nature Neuroscience / Central Nervous System / Synaptic Transmission / Neurons / Rats / Protein Expression / Postnatal development / Action potential / Cell communication / Action Potentials / Knockout Mice / Neurosciences / Glutamate Receptor / Down-Regulation / Connexins / NMDA receptor / Mice / Hypothalamus / Female / Animals / Male / Nature Neuroscience / Central Nervous System / Synaptic Transmission / Neurons / Rats / Protein Expression / Postnatal development / Action potential / Cell communication / Action Potentials / Knockout Mice / Neurosciences / Glutamate Receptor / Down-Regulation / Connexins / NMDA receptor

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