Dopamine acting at D1-like, D2-like and α1-adrenergic receptors differentially modulates theta and gamma oscillatory activity in primary motor cortex

Keyphrases

• Dopamine 100%
• Adrenergic Receptors 100%
• Oscillatory Activity 100%
• Primary Motor Cortex 100%
• D2-like 100%
• Gamma Power 30%
• Oscillation 20%
• Gamma Activity 20%
• Co-application 20%
• Theta Activity 20%
• Dopamine Receptor 20%
• D1 Receptor 20%
• Pharmacology 10%
• Carbachol 10%
• Adrenergic Receptor Antagonist 10%
• A1 Receptor 10%
• Motor Performance 10%
• Oscillatory Power 10%
• Basal Ganglia 10%
• Beta Frequency Band 10%
• Receptor Agonist 10%
• Amines 10%
• Local Field Potential 10%
• Causal Relationship 10%
• Deep Brain Stimulation 10%
• Neurotransmitter Release 10%
• Kainic Acid 10%
• SKF38393 10%
• Dopamine D1 10%
• Sulpiride 10%
• Quinpirole 10%
• SCH23390 10%
• Dopamine Replacement Therapy 10%
• Selective Agonist 10%
• Theta Frequency 10%
• Theta Power 10%
• Receptor 1 10%
• Phenylephrine 10%
• Amphetamine 10%
• Parkinson 10%
• Complex Action 10%
• Prazosin 10%
• Differential Modulation 10%
• D2 Receptor Antagonists 10%

Neuroscience

• Adrenergic Receptor 100%
• Primary Motor Cortex 100%
• Agonist 66%
• Receptor Antagonist 66%
• Dopamine Receptor 66%
• Receptor 66%
• In Vitro 33%
• Basal Ganglia 33%
• Neurotransmitter Release 33%
• Local Field Potential 33%
• Receptor Agonists 33%
• Electrical Brain Stimulation 33%
• Carbachol 33%
• Kainic Acid 33%
• Sulpiride 33%
• Levosulpiride 33%
• Quinpirole 33%
• D2-Like Receptor 33%
• Phenylephrine 33%
• D1-Like Receptor 33%
• Prazosin 33%