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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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

Hyperactivity Of Mapk Signaling In Accumbal D1r Msns But Not In
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