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4 l DAT binding, there would be differences in extrastriatal (123)I-FP-CIT SPECT binding to SERT betwee
7 ian fear conditioning, while inactivation of extrastriatal A2ARs in the forebrain inhibits fear condi
10 in (11)C-raclopride BP in both striatal and extrastriatal areas, including amygdala, temporal and fr
12 hat dopamine denervation of the striatum and extrastriatal basal ganglia profoundly alters the transm
13 ltivariate striatal connectivity pattern and extrastriatal baseline D2 receptor binding potential and
15 udate nucleus and putamen) and the SERT-rich extrastriatal brain regions (thalamus, hypothalamus, and
16 nts of [(18)F]fallypride in the striatal and extrastriatal brain regions and the correlations of thes
17 sure amphetamine-induced dopamine release in extrastriatal brain regions in the non-human primates wa
18 iography using [3H]7-OH-DPAT in striatal and extrastriatal brain regions of the common marmoset (Call
23 re, selective inactivation of the A(2A)Rs in extrastriatal cells by administering the A(2A)R antagoni
25 In advanced Parkinson's disease, significant extrastriatal decreases in [(18)F]dopa K(i)(o) were obse
29 e possibility of measuring both striatal and extrastriatal dopamine release during activation paradig
30 paminergic deficit, we examined striatal and extrastriatal dopamine release in severely cannabis-depe
34 onization of neuronal discharge, the role of extrastriatal dopamine, and expanded intrinsic and input
35 system must be changed to take into account extrastriatal dopaminergic projections and intrastriatal
36 o investigate the mesencephalic striatal and extrastriatal dopaminergic projections together with ext
39 but are also present at lower levels in the extrastriatal forebrain (i.e., hippocampus, cortex), int
41 y left hemi-Parkinson's disease, significant extrastriatal increases in [(18)F]dopa K(i)(o) were obse
46 esults indicate that A(2A)Rs in striatal and extrastriatal neurons exert an opposing modulation of ps
47 evidence for the critical role of A(2A)Rs in extrastriatal neurons in modulating psychomotor behavior
48 sults identify a critical role of A(2A)Rs in extrastriatal neurons in providing a prominent excitator
51 have studied the progression of striatal and extrastriatal post-synaptic dopaminergic changes in a gr
52 ET, we have objectively localized changes in extrastriatal, pre-synaptic dopaminergic function in Par
53 e differential effects of psychostimulant in extrastriatal regions and other uptake inhibitors in the
54 ng in dopamine release in SCZ involving most extrastriatal regions and the midbrain; and a significan
55 knockout mice and examined both striatal and extrastriatal regions at molecular and cellular levels.
59 ask induced increased ligand displacement in extrastriatal regions of the reward circuit, including t
60 decrease in (18)F-fallypride binding in the extrastriatal regions points to the importance of dopami
61 wever, because receptor density was lower in extrastriatal regions than in the striatum, the counting
63 ecific [3H]7-OH-DPAT binding in striatal and extrastriatal regions were not different to those in nor
64 in FFG, whereas D1 BP in striatal and other extrastriatal regions were unrelated to neural activity
68 the binding potential of (18)F-fallypride in extrastriatal regions: thalamus (-20%), amygdala (-39%)
69 assessed D2/3R availability in striatal and extrastriatal reward regions in 14 OB and 14 age- and ge
70 kinetic model in detecting both striatal and extrastriatal reward-induced dopamine release, using hum
71 iatal dopaminergic projections together with extrastriatal serotonin transporter binding in Parkinson
72 frame for assessing (123)I-FP-CIT binding to extrastriatal SERT is between 2 and 3 h after injection
73 OR transgene in the striatum, rather than in extrastriatal sites, is needed for the restoration of op
74 receptors, either within the striatum or in extrastriatal sites, regulate D2 receptor-mediated Fos e
75 seline binding potential across cortical and extrastriatal subcortical regions (t25 = 3.01, P = .01,
76 g to most cortical regions and even to other extrastriatal subcortical regions not previously conside
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