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1 and computes a negative prediction error in Pavlovian conditioning.
2 c effects are typically demonstrated through Pavlovian conditioning.
3 a classical Model-Free system, necessary for Pavlovian conditioning.
4 NMDARs in the dopamine system to appetitive Pavlovian conditioning.
5 lic voltammetry was combined with appetitive Pavlovian conditioning.
6 dopamine receptor in aversive and appetitive pavlovian conditioning.
7 aged when potentiated feeding is produced by pavlovian conditioning.
8 h intrinsic enhanced excitability underlying pavlovian conditioning.
9 ar whether similar mechanisms operate during Pavlovian conditioning.
10 neurons of a CS and US used for associative Pavlovian conditioning.
11 neuronal excitability are two mechanisms for Pavlovian conditioning.
12 raining infusions dose-dependently disrupted Pavlovian conditioning.
13 ning and a similar dichotomy in the realm of Pavlovian conditioning.
14 rather than substantially different forms of Pavlovian conditioning.
15 ral reinforcement learning contexts, such as Pavlovian conditioning and decisions guided by reward hi
16 med from the LAT of anesthetized rats during pavlovian conditioning and during the presentation of st
18 In this study, human participants underwent Pavlovian conditioning and extinction before we manipula
20 of membrane DOR expression in CINs and both pavlovian conditioning and pavlovian-instrumental transf
21 e projections from the VTA are necessary for Pavlovian conditioning and specifically implicate the PF
22 ygdala (LA) during consolidation of aversive pavlovian conditioning and that this memory requires cap
23 The administration of the antagonists during Pavlovian conditioning and/or testing abolished the enha
24 degradation of the instrumental contingency, Pavlovian conditioning, and Pavlovian-instrumental trans
26 ining infusions of muscimol had no effect on Pavlovian conditioning but produced a dose-dependent eff
31 Because predictability is fundamental to Pavlovian conditioning, failure to predict panic attacks
32 rogress in understanding the neural basis of Pavlovian conditioning has stimulated a new wave of rese
33 ing in dopamine neurons was not required for Pavlovian conditioning; however, NMDARs in D(1) dopamine
36 ity and the response to clicks changed after Pavlovian conditioning in which blink responses were eli
37 ce learning has been proposed as a model for Pavlovian conditioning, in which an animal learns to pre
38 hat the interaction between instrumental and Pavlovian conditioning induces powerful motivational bia
50 re lesions did not have any marked effect on Pavlovian conditioning or on Pavlovian-instrumental tran
58 quail (Coturnix japonica) were compared in a Pavlovian conditioning procedure in which presentation o
60 nted, male DBA/2J mice underwent an unbiased Pavlovian-conditioning procedure for ethanol-induced CPP
65 ty and synaptic drive that contribute to the pavlovian conditioning process, here we used in vivo int
69 esent the first clear evidence that, through Pavlovian conditioning, rats can develop preferences for
70 ss tasks that examine food-specific satiety, Pavlovian conditioning, reinforcer devaluation, and simu
76 omotes a negative reward prediction error in Pavlovian conditioning.SIGNIFICANCE STATEMENT Stimuli th
77 nction in the water maze, like extinction in Pavlovian conditioning, suppresses the original associat
83 N=25, aged 19-52 years) completed a passive (Pavlovian) conditioning task with appetitive (monetary g
84 he involvement of D1/D5 receptors in various pavlovian conditioning tasks in mammals; however, these
86 any test of instrumental conditioning or in Pavlovian conditioning, they failed to show any positive
89 y limbic area involved in fear responses and pavlovian conditioning with the potential to directly re
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