Muscarinic-dependent miR-182 and QR2 expression regulation in the anterior insula enables novel taste learning

Keyphrases

• Gene Regulation 100%
• Anterior Insula 100%
• Quinone Reductase 2 100%
• Taste Learning 100%
• MiR-182 100%
• Muscarinic Acetylcholine Receptor 36%
• Anterior Insular Cortex 18%
• Alzheimer's Disease 9%
• Receptor-mediated 9%
• Memory Formation 9%
• Rodents 9%
• Inflammation 9%
• GABAA Receptor (GABAAR) 9%
• Reductase 9%
• Cortex 9%
• Molecular Pathways 9%
• Memory Consolidation 9%
• Long-term Memory 9%
• Receptor Activation 9%
• New Targets 9%
• Molecular Processes 9%
• Learning Paradigm 9%
• Neurodegenerative 9%
• Sensory Stimuli 9%
• Reactive Oxygen Species Production 9%
• Kv2.1 9%
• Protein Synthesis Regulation 9%
• MRNA Destabilization 9%
• Mission Synthesis 9%
• Inflammation Regulation 9%
• Redox Modulators 9%
• MiRNA-182 9%
• Acetylcholine Receptor Antagonists 9%
• Complementary Mechanism 9%
• Redox State 9%

Neuroscience

• Sensation of Taste 100%
• Reduced Nicotinamide Adenine Dinucleotide (Phosphate) Dehydrogenase (Quinone) 100%
• microRNA 182 100%
• Muscarinic Acetylcholine Receptor 36%
• Insular Cortex 18%
• Receptor Antagonist 9%
• GABAA Receptor 9%
• Memory Consolidation 9%
• Long-Term Memory 9%
• Alzheimer's Disease 9%
• Molecular Processes 9%
• Cofactor 9%
• Reactive Oxygen Species 9%
• Protein Synthesis Regulation 9%
• Messenger RNA 9%

Biochemistry, Genetics and Molecular Biology

• Oxidoreductase 100%
• Reductase 100%
• Muscarinic Acetylcholine Receptor 33%
• Upregulation 8%
• Receptor Antagonist 8%
• GABAA Receptor 8%
• Long Term Memory 8%
• MicroRNA 8%
• Memory Consolidation 8%
• Sensory Stimulation 8%
• Protein Synthesis Regulation 8%
• Messenger RNA 8%