Howard Hughes Medical Institute / Biology Massachusetts Institute of Technology Cambridge / Psychology McGill University / Mice Each bar / Shionogi Institute / H. Hall / Scale bar / Control Mice Each bar / Cognitive Sciences Massachusetts Institute of Technology Cambridge / Massachusetts Institute of Technology / University of Cincinnati College / Neuroscience Finch University / McGill University / University of Cincinnati / /
Instituto Cajal de Neurociencia / Institute of Technology Cambridge / Department of Psychology McGill University Montreal / Medical Institute Center for Learning and Memory / Chicago Medical School / Neuroscience Finch University / Massachusetts Institute of Technology / McGill University / Shionogi Institute for Medical Science / University of Cincinnati / University of Cincinnati College of Medicine / Department of Brain / Department of Cell Biology / Neurobiology / and Anatomy / Howard Hughes Medical Institute / Natural Sciences and Engineering Research Council of Canada / Group of Eight / /
Person
Francis J. White / Ming Xu / Gene Pulser / Norman M. White / ‡ Ann / van der Kooy / Ann M. Graybiel / § Francis / Lorinda Baker / Timothy E. Koeltzow / † Giovanni / Mackey / Rosario Moratalla / J. Zhang / Giovanni Tirado Santiago / Clark / Diaz / G. Holm / Donald C. Cooper / Susumu Tonegawa / /
Position
mediator / RT / Research Scientist Development Award DA00207 / /
Product
reserpine / Control injection / ES / Amphetamine Sulfate / acetic acid / D2 / D3 / /
Neuron, Vol. 19, 837–848, October, 1997, Copyright 1997 by Cell Press Dopamine D3 Receptor Mutant Mice Exhibit Increased Behavioral Sensitivity to Concurrent Stimulation of D1 and D2 Receptors Ming Xu,*k Timothy E.