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Properties of [3H]Haloperidol and [3H]Dopamine Binding Associated with Dopamine Receptors in Calf Brain Membranes
Molecular Pharmacology · 1976 · Vol. 12(5) · pp. 800–812
David R. Burt✉(Johns Hopkins University)Ian Creese(Johns Hopkins Medicine)Solomon H. Snyder(Johns Hopkins Medicine)
Plant and fungal interactionsNeurotransmitter Receptor Influence on BehaviorChemical synthesis and alkaloidsDopamineHaloperidolDopaminergicChemistryDopamine receptorDopamine antagonistPharmacologyEndogenous agonistDopamine receptor D2Internal medicine
MeSH terms
AnimalsBrainCattleDopamineHaloperidolKineticsMembranesReceptors, DrugIn Vitro Techniques
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483
FWCI
141.91
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A Quantitative Analysis of Beta-Adrenergic Receptor Interactions: Resolution of High and Low Affinity States of the Receptor by Computer Modeling of Ligand Binding Data
Molecular Pharmacology · 1980 · 555 citations
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