Long-Term Enhancement of NMDA Receptor Function in Inhibitory Neurons Preferentially Modulates Potassium Channels and Cell Adhesion Molecules

Keyphrases

• Cell Adhesion Molecules 100%
• Inhibitory Neurons 100%
• Potassium Channel 100%
• NMDA Receptor Function 100%
• N-methyl-D-aspartate Receptor (NMDAR) 66%
• Prelimbic Cortex 66%
• K+ Channels 33%
• Na + 33%
• In Vitro Activity 33%
• Apoptosis 33%
• Brain Regions 33%
• MRNA Level 33%
• Therapeutic Potential 33%
• Nave 33%
• Small Changes 33%
• Parvalbumin 33%
• Neurotransmitter Receptors 33%
• Electrophysiological Parameters 33%
• Ca2+ Channels 33%
• Safety Profile 33%
• Transcriptional Profiling 33%
• Primary Auditory Cortex 33%
• Functions Activities 33%
• Brain Diseases 33%
• Functional Profiling 33%
• Reduced Function 33%
• Positive Allosteric Modulator 33%

Neuroscience

• Potassium Channel 100%
• NMDA Receptor 100%
• Cell Adhesion Molecule 100%
• Prefrontal Cortex 66%
• In Vitro 33%
• In Vivo 33%
• Calcium Channel 33%
• Cell Cycle 33%
• Auditory Cortex 33%
• Neurotransmitter Receptor 33%
• Encephalopathy 33%
• Positive Allosteric Modulator 33%
• Parvalbumin 33%