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1 impulsive action) and delayed gratification (impulsive choice).
2 mediate over large, delayed rewards (greater impulsive choice).
3  dopamine signaling are associated with high-impulsive choice.
4  dopamine signaling are associated with high-impulsive choice.
5 s caused increased impulsive action, but not impulsive choice.
6 were sufficient to bidirectionally influence impulsive choice.
7 oaches, we dissociated impulsive action from impulsive choice.
8 he role of serotonin in impulsive action and impulsive choice.
9 whereas 8-OH-DPAT infused into OFC decreased impulsive choice.
10 e the systemic effect of ADHD medications on impulsive choice.
11 ng state VLF oscillations during waiting and impulsive choice.
12 ally assess attention, impulsive action, and impulsive choice.
13 ase reversed this relationship, resulting in impulsive choice.
14 enhance learning from rewarding outcomes and impulsive choice.
15 ay discounting task commonly used to measure impulsive choice.
16 ay-discounting task commonly used to measure impulsive choice.
17 gic signaling would benefit and exhibit less impulsive choice.
18 ecific neural mechanisms linking NAc D2Rs to impulsive choice.
19 counting, which measures a different form of impulsive choice.
20 ecision caution characteristic of unsafe and impulsive choices.
21 ceipt, is an established behavioral model of impulsive choice, a key component of a broader impulsivi
22 in adulthood to assess trait-like, conserved impulsive choice across development.
23 vity variables using three broad categories: impulsive choice, action and personality.
24 ial cognition, social function, and level of impulsive choice also remained undisturbed.
25 ggression are correlated with differences in impulsive choice and decreased serotonin (5-HT) innervat
26 est that cognitive reappraisal helps control impulsive choice and the process is mediated by the vent
27 ered cocaine can cause lasting elevations in impulsive choice, and that the high levels of impulsive
28 ort the conclusion that impulsive action and impulsive choice are distinct behavioral phenotypes with
29             The neural mechanisms underlying impulsive choice are not well understood, but growing ev
30                 There was no effect of TD on impulsive choice as indexed by the reward delay-discount
31 egulation in CINs of the mouse NAc increases impulsive choice as measured in a delay discounting task
32 that serotonin is involved in the control of impulsive choice, as characterized by high preference fo
33 echol-O-methyltransferase gene predicts both impulsive choice behavior and activity levels in the dPF
34  specifically in these neurons contribute to impulsive choice behavior is unknown.
35 ine exposure can cause enduring increases in impulsive choice behavior, consistent with observations
36 nt, cocaine-exposed rats displayed increased impulsive choice behavior.
37     Animals were screened for aggressive and impulsive choice behaviors and categorized into Low-Aggr
38 our hypothesis, L-DOPA had no main effect on impulsive choice, but reduced risk-seeking for gains in
39  raising cortical dopamine levels attenuates impulsive choice by changing corticostriatal function.
40 oint and play a critical role in suppressing impulsive choice by regulating decision trade-off.
41 ds more uncertain, and in these environments impulsive choices can be beneficial.
42 h substance abuse, but in males, LBN reduced impulsive choice compared to controls.
43 dol reduced the nondecision time and reduced impulsive choice compared with placebo.
44                                              Impulsive choice contributes to drug addiction, attentio
45                         These differences in impulsive choice could be linked to gender differences a
46 or bipolar disorder or suicide to modify the impulsive choice dimension of this diseases.
47  self-administered cocaine displayed greater impulsive choice (enhanced preference for the small imme
48                                              Impulsive choice has enduring trait-like characteristics
49 ctivation just prior to decisions attenuated impulsive choice in both young and aged rats.
50  in females, whereas orchiectomies increased impulsive choice in males.
51 NAc projection elicited a robust increase in impulsive choice in rats with lower vs. higher baseline
52 the nucleus accumbens core induce persistent impulsive choice in rats.
53 le functional roles of the mOFC and lOFC for impulsive choice in rodents.
54 ivation of 5-HT1A receptors in OFC increases impulsive choice in the adjusting delay procedure.
55 eward delivery, indicating that the enhanced impulsive choice in these rats may be related to deficit
56 ipt of the small, immediate reward increased impulsive choice in young rats but had no effect in aged
57 ms, with the hot system proposed to generate impulsive choices in the presence of a proximate reward.
58 osure reduced impulsive action but increased impulsive choice, indicating that chronic stress hormone
59                                              Impulsive choice is exemplified by choosing a small or p
60 evated impulsive choice, or whether elevated impulsive choice is solely a predisposing factor for coc
61 mpulsive choice, and that the high levels of impulsive choice observed in human cocaine users may be
62                                              Impulsive choice, often characterized by excessive prefe
63 d processing areas during decision-making in impulsive choice or delay discounting (DD) tasks.
64 ot clear whether cocaine use causes elevated impulsive choice, or whether elevated impulsive choice i
65 f the two systems may underlie apathetic and impulsive choice patterns in neurological and psychiatri
66 ocaine use is associated with high levels of impulsive choice (preference for immediate over delayed
67                    Rats were trained with an impulsive choice procedure between an adjusting smaller
68 est the hypothesis that impulsive action and impulsive choice represent statistically independent beh
69  These data show that male rats exhibit less impulsive choice than females and that this difference i
70  underpins value versus salience coding, and impulsive choice versus impulsive action.
71                  In the present experiments, impulsive choice was assessed by evaluating intolerance
72                                              Impulsive choice was defined as preference for the small
73                                              Impulsive choice was not altered significantly by MPH, A
74         To clarify the impact of dopamine on impulsive choice, we administered 150 mg L-DOPA to 87 he
75 al effects between groups, as aggression and impulsive choice were both inhibited in H-Agg animals, w
76  and eticlopride infused into mPFC increased impulsive choice, whereas 8-OH-DPAT infused into OFC dec