D[1]:D[2] Dopamine receptor interactions
Author(s)
Bibliographic Information
D[1]:D[2] Dopamine receptor interactions
（Neuroscience perspectives）
Academic Press, c1993
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Includes bibliographical references and idex
Description and Table of Contents
Description
This volume presents up-to-date comprehensive reviews of neuroscience research and theory on the fundamental interactions between the D1 and D2 dopamine receptor subtypes at numerous levels of investigation-from molecular biology and neuroanatomy, through electrophysiology, to the psychopharmacology of multiple forms of behavior, putative clinical significance, and therapeutic potential. This volume seeks to stand as a reference source on the evolution of the concept of D1: D2 interactions, on their substrates and psychopharmacological roles and, in such a continually evolving field, to look to the future. The Neuroscience Perspectives series aims to provide an all-round view of a current topic of great interest in neuroscience from the biochemical, pharmacological, and physiological standpoints together with the potential therapeutic applications.
Table of Contents
D.R. Sibley, F.J. Monsma, and Y. Shen, Molecular Neurobiology of D1: D2 Dopamine Receptors.
J.N. Joyce, S. Goldsmith, and A.M. Murray, Neuroanatomical Localisation of D1: D2 Receptors: Similar Organisation in the Basal Ganglia of the Rat, Cat and Human, and Disparate Organisation in the Cortex and Limbic System.
J.L. Waddington and S.A. Daly, Regulation of Unconditioned Motor Behaviour by D1: D2 Interactions.
F.J. White and X.-T. Hu, Electrophysiological Correlates of D1: D2 Interactions.
R. Benninger, Role of D1: D2 Receptors in Learning.
E.B. Nielsen Regulation of Drug Discrimination Behaviour by Dopamine D1: D2 Receptors.
E. Ongini, Role of D1: D2 Receptors in the Modulation of States of Arousal and Sleep.
S.J. Cooper and H. Al-Naser, D1: D2 Dopamine Receptor Interactions in Relation to Feeding Responses and Food Intake.
M.S. Starr, Regulation of Seizure Threshold by D1: D2 Receptors.
J.L. Waddington, Future Directions: Clinical Significance and Therapeutic Potential of D1: D2 Interactions in Parkinsons Disease, Schizophrenia and Other Disorders.
Subject Index.
by "Nielsen BookData"