Orai1 Channels Are Essential for Amplification of Glutamate-Evoked Ca²⁺ Signals in Dendritic Spines to Regulate Working and Associative Memory

Keyphrases

• Glutamate 100%
• Ca2+ 100%
• Dendritic Spines 100%
• Orai1 100%
• Working Memory 100%
• Orai Channels 100%
• Associative Memory 100%
• Central Nervous System 33%
• Interneuron 33%
• Synaptic Plasticity 33%
• Long-term Potentiation 33%
• Forebrain 33%
• Pyramidal Neurons 33%
• Activity-dependent 33%
• Spine Morphogenesis 33%
• Calcium Channel 33%
• N-methyl-D-aspartate Receptor (NMDAR) 33%
• Hippocampal Neurons 33%
• Memory Task 33%
• Channel Function 33%
• Behavioral Model 33%
• Schaffer collateral-CA1 Synapses 33%
• Ca2+ Signaling 33%
• Cognitive Processing 33%
• Learning Model 33%
• Store-operated 33%
• Signaling Role 33%
• Glutamate Uncaging 33%
• Synaptic Simulation 33%
• Cellular Model 33%
• Excitatory Neurons 33%
• Selective Ion Channel 33%

Neuroscience

• Glutamic Acid 100%
• Dendritic Spine 100%
• Associative Memory 100%
• Working Memory 100%
• Vertebral Column 50%
• Central Nervous System 50%
• Long-Term Potentiation 50%
• Synaptic Plasticity 50%
• Ion Channel 50%
• Synapse 50%
• Calcium Channel 50%
• Cognitive Process 50%
• Calcium Signaling 50%
• NMDA Receptor 50%
• Schaffer Collateral 50%
• Morphogenesis 50%
• Interneuron 50%

Biochemistry, Genetics and Molecular Biology

• Dendritic Spine 100%
• Working Memory 100%
• Associative Memory 100%
• Glutamic Acid 100%
• Interneuron 50%
• Morphogenesis 50%
• Synapse 50%
• Calcium Signaling 50%
• Nerve Cell Plasticity 50%
• NMDA Receptor 50%
• Long Term Potentiation 50%
• Calcium Channel Function 50%
• Ion Channel 50%