D1r Chat Msn
Overview Of Whole Brain Input To D1r Msns And D2r Msns In Different
Overview Of Whole Brain Input To D1r Msns And D2r Msns In Different
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Summary Of Major Differences Between D1r Msns And D2r Msns Based On
Summary Of Major Differences Between D1r Msns And D2r Msns Based On
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Working Model Switch Between The D1r Msn And D2r Msn Activation States
Working Model Switch Between The D1r Msn And D2r Msn Activation States
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Increased Synaptic Transmission Of D1r Msn But Not D2r Msn In The Nac
Increased Synaptic Transmission Of D1r Msn But Not D2r Msn In The Nac
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Chemogenetic Inhibition Of D1r Msn Or D2r Msn In The Nac Shell
Chemogenetic Inhibition Of D1r Msn Or D2r Msn In The Nac Shell
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D1r Msns And D2r Msns Are Equally Vulnerable To Cell Autonomous Mutant
D1r Msns And D2r Msns Are Equally Vulnerable To Cell Autonomous Mutant
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Neural Representation Of Social Interaction By D1r Expressing Msns
Neural Representation Of Social Interaction By D1r Expressing Msns
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Gpr88 In D1r Type And D2r Type Medium Spiny Neurons Differentially
Gpr88 In D1r Type And D2r Type Medium Spiny Neurons Differentially
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D1r Activation Modulates Propofol Induced Changes In The Sipscs And
D1r Activation Modulates Propofol Induced Changes In The Sipscs And
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Phosphorylation Signals Downstream Of Dopamine Receptors In Nac
Phosphorylation Signals Downstream Of Dopamine Receptors In Nac
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Volume 88 Issue 3 Pages November 2015 Ppt Download
Volume 88 Issue 3 Pages November 2015 Ppt Download
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D1r And D2r Expressing Msns Are Randomly Distributed In The Rostral
D1r And D2r Expressing Msns Are Randomly Distributed In The Rostral
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Increased Excitability Of D1r And D2r Msns In The Nac Shell After Tle
Increased Excitability Of D1r And D2r Msns In The Nac Shell After Tle
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Rhes Travels From D2r Msn To D1r Msn In Vitro A Confocal Live Cell
Rhes Travels From D2r Msn To D1r Msn In Vitro A Confocal Live Cell
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Differential Roles Of D1r Glun1 And D2r Glun2b Heteromerization In
Differential Roles Of D1r Glun1 And D2r Glun2b Heteromerization In
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Expression Of D1r D2r A2ar And D3r Containing Msns In
Expression Of D1r D2r A2ar And D3r Containing Msns In
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Colocalization Of The D1 And D2 Receptor With Dynorphin And Enkephalin
Colocalization Of The D1 And D2 Receptor With Dynorphin And Enkephalin
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Haloperidol Induced Immobility And Catalepsy In Mice Lacking D1r Or D2r
Haloperidol Induced Immobility And Catalepsy In Mice Lacking D1r Or D2r
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Npas4 And Its Phosphorylation In Accumbal D1r Msns Control
Npas4 And Its Phosphorylation In Accumbal D1r Msns Control
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Similar Excitatory Synaptic Strength Of Accdms Neurons On D1r Versus
Similar Excitatory Synaptic Strength Of Accdms Neurons On D1r Versus
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D2r Tg Expression In Striatal Msns A Generation Of D2r Oe Mice B
D2r Tg Expression In Striatal Msns A Generation Of D2r Oe Mice B
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Asic1a Disruption Increases The Amparnmdar Ratio Preferentially In D1r
Asic1a Disruption Increases The Amparnmdar Ratio Preferentially In D1r
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Whole Brain Mapping Of The Inputs And Outputs Of The Medial Pbrainvta
Whole Brain Mapping Of The Inputs And Outputs Of The Medial Pbrainvta
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Working Model Of Pka Rap1 Signaling In Accumbal D2r Msn Mediating
Working Model Of Pka Rap1 Signaling In Accumbal D2r Msn Mediating
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Dopamine D1r And D2r Colocalized In Gaba Glutamate Coexpressing Msns
Dopamine D1r And D2r Colocalized In Gaba Glutamate Coexpressing Msns
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Frontiers The Signaling And Pharmacology Of The Dopamine D1 Receptor
Frontiers The Signaling And Pharmacology Of The Dopamine D1 Receptor
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Nmda Receptor Function Is Equal At Vsub D1r And D2r Msn Synapses A
Nmda Receptor Function Is Equal At Vsub D1r And D2r Msn Synapses A
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Frontiers The Striatal Balancing Act In Drug Addiction Distinct
Frontiers The Striatal Balancing Act In Drug Addiction Distinct
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D2r Upregulation Reduces D2 Msn Inhibitory Transmission To Ventral
D2r Upregulation Reduces D2 Msn Inhibitory Transmission To Ventral
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Vsub Regular And Burst Spiking Neurons Equally Project To Nac Medial
Vsub Regular And Burst Spiking Neurons Equally Project To Nac Medial
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Schematic Diagram Illustrating D1r And Nmdar Signaling Cascades In
Schematic Diagram Illustrating D1r And Nmdar Signaling Cascades In
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Frontiers Segregation Of D1 And D2 Dopamine Receptors In The Striatal
Frontiers Segregation Of D1 And D2 Dopamine Receptors In The Striatal
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Cell Type Identification A D1r And B D2r Expressing Neuronal Cell
Cell Type Identification A D1r And B D2r Expressing Neuronal Cell
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Diagram Of The Structure Of Dopamine Receptor 1 D1r And D2r And
Diagram Of The Structure Of Dopamine Receptor 1 D1r And D2r And
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Hyperactivity Of Mapk Signaling In Accumbal D1r Msns But Not In
Hyperactivity Of Mapk Signaling In Accumbal D1r Msns But Not In
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