ライフサイエンスコーパス: conditioned stimulus

1 valuation or to the influence of a pavlovian-conditioned stimulus.

2 us in the direction away from the unrewarded conditioned stimulus.

3 s cocaine infusions paired with a light/tone conditioned stimulus.

4 ing session and may reflect attention to the conditioned stimulus.

5 t was resistant to disruption by an aversive conditioned stimulus.

6 learning when measured in the absence of the conditioned stimulus.

7 used in place of an external (e.g., a tone) conditioned stimulus.

8 nonreinforced preexposure (PE) of the future conditioned stimulus.

9 did not generalize to an explicitly unpaired conditioned stimulus.

10 seeking was still suppressed by an aversive conditioned stimulus.

11 dy classical conditioning using light as the conditioned stimulus.

12 are affected by an acoustic, fear-arousing, conditioned stimulus.

13 discrete or contextual stimulus is used as a conditioned stimulus.

14 ated nonrein-forced preexposure to the to-be-conditioned stimulus.

15 n unconditioned stimulus in the absence of a conditioned stimulus.

16 itioning with either an auditory or a visual conditioned stimulus.

17 s track perceptual similarity gradients to a conditioned stimulus.

18 h a faster latency to freeze to the auditory conditioned stimulus.

19 s represent different approaches towards the conditioned stimulus.

20 ons occurring in the presence of a cue-light conditioned stimulus.

21 ence of a rewarded (CS+) or unrewarded (CS-) conditioned stimulus.

22 tered concurrently with exposure to the fear conditioned stimulus.

23 Mice were trained using two coterminating conditioned stimulus (30 s; 85 dB white noise)--uncondit

24 asal inhibition modulates CR expression, the conditioned stimulus-activated inhibition is required fo

25 ear conditioning, and were re-exposed to the conditioned stimulus after amphetamine injection had sig

26 nalis in a single conditioning trial using a conditioned stimulus, amyl-acetate, paired with a salien

27 radual decrease in freezing responses to the conditioned stimulus and a gradual increase in amygdala

28 0 trials per day training using a 3 kHz tone conditioned stimulus and airpuff unconditioned stimulus.

29 classical eyeblink conditioning with a tone conditioned stimulus and an air puff unconditioned stimu

30 iving explicitly unpaired presentations of a conditioned stimulus and an unconditioned stimulus did n

31 ying how the temporal relationship between a conditioned stimulus and an unconditioned stimulus is re

32 , persistent responses that begin during the conditioned stimulus and persisted into the trace interv

33 SNr inhibition facilitates avoidance to the conditioned stimulus and suffices to drive avoidance wit

34 were independent of the presentation of the conditioned stimulus and were therefore not related to e

35 sically conditioned eyeblinks to an auditory conditioned stimulus and whether they were able to perfo

36 ve memory involves convergence of the odors (conditioned stimulus) and the electric shock (unconditio

37 ng either visual or auditory modality as the conditioned stimulus, and that the reduction was specifi

38 eurons potentiate their response to the tone conditioned stimulus, and that this potentiation is requ

39 hat reduce the fear aroused by the Pavlovian conditioned stimulus are reinforced through instrumental

40 ously established conditioned responses to a conditioned stimulus are suppressed.

41 al nucleus of the amygdala, but not in other conditioned stimulus areas located in the auditory thala

42 can induce hippocampally mediated losses in conditioned stimulus associability (learning rate parame

43 exhibited prospective information about the conditioned stimulus associated with the environment.

44 enula neurons was most strongly excited by a conditioned stimulus associated with the most unpleasant

45 y identified units that are inhibited by the conditioned stimulus, called CEl(off) units.

46 The electrical responses to a conditioned stimulus (click CS) and an unconditioned sti

47 itioning, a sensory cue, such as a tone (the conditioned stimulus), comes to predict an innately aver

48 abuse are known to reduce intake of a taste conditioned stimulus (conditional stimulus, CS), a behav

49 rly age, but eyeblink conditioning to a tone-conditioned stimulus (conditional stimulus; CS) paired w

50 lusion that delay conditioning (in which the conditioned stimulus CS and unconditioned stimulus US ov

51 ear conditioning procedure in which one tone conditioned stimulus (CS +) was always paired with an av

52 centrations of FGF2 and fear expression to a conditioned stimulus (CS) (a stimulus paired with a shoc

53 oustic startle reflex in the presence of the conditioned stimulus (CS) (CS-noise trials) and also in

54 he memory is reactivated with an extinction [conditioned stimulus (CS) alone] or a reinforced trial (

55 s the presentation of a behaviorally neutral conditioned stimulus (CS) and a behaviorally salient unc

56 l conditioning paradigm, using a tone as the conditioned stimulus (CS) and a corneal air puff as the

57 that requires the association of an auditory conditioned stimulus (CS) and a shock unconditioned stim

58 that requires the association of an auditory conditioned stimulus (CS) and a shock unconditioned stim

59 ed or unpaired training with a tone or light conditioned stimulus (CS) and a unilateral periorbital s

60 ia the experience of contingencies between a conditioned stimulus (CS) and an aversive unconditioned

61 red or unpaired presentations of an auditory conditioned stimulus (CS) and an electric shock uncondit

62 es as evidence that an association between a conditioned stimulus (CS) and an unconditioned stimulus

63 coding the predictive relationship between a conditioned stimulus (CS) and an unconditioned stimulus,

64 quires learning of the association between a conditioned stimulus (CS) and an unconditioned, aversive

65 duced responding during presentations of the conditioned stimulus (CS) and during the interstimulus i

66 then received paired presentations of a tone-conditioned stimulus (CS) and eye-shock unconditioned st

67 l auditory thalamic sensory responses to the conditioned stimulus (CS) and learning-related activity

68 0 ms delay eyeblink conditioning with a tone conditioned stimulus (CS) and one of three co-terminatin

69 conditioning of the reflex with a siphon tap conditioned stimulus (CS) and tail shock unconditioned s

70 ent period elapses between the offset of the conditioned stimulus (CS) and the delivery of the uncond

71 is interposed between the termination of the conditioned stimulus (CS) and the onset of the unconditi

72 y tested for conditioning to the white noise conditioned stimulus (CS) and the training context.

73 onditioning in which the presentation of the conditioned stimulus (CS) and the unconditioned stimulus

74 studies used delay procedures, in which the conditioned stimulus (CS) and unconditioned stimulus (UC

75 ning, to a loss of the association between a conditioned stimulus (CS) and unconditioned stimulus (US

76 ays used for classical conditioning, such as conditioned stimulus (CS) and unconditioned stimulus (US

77 convergence from pathways responsive to the conditioned stimulus (CS) and unconditioned stimulus (US

78 anging the temporal relationship between the conditioned stimulus (CS) and unconditioned stimulus (US

79 preparations from turtles by pairing a weak conditioned stimulus (CS) applied to the auditory nerve

80 nterconditioning in male rats to establish a conditioned stimulus (CS) as a signal for reward (or dan

81 sion of fear-potentiated startle to a visual conditioned stimulus (CS) but not to an olfactory CS.

82 trained to respond defensively to a neutral conditioned stimulus (CS) by pairing it with an aversive

83 lysia can be elicited by training in which a conditioned stimulus (CS) delivered to one side of the s

84 rtion of cerebellar neurons responded to the conditioned stimulus (CS) during CeA inactivation.

85 ases in conditional freezing to the auditory conditioned stimulus (CS) during extinction and exhibite

86 the hippocampus stores a memory trace of the conditioned stimulus (CS) during the stimulus-free perio

87 is hypothesized that amphetamine facilitates conditioned stimulus (CS) effects by selectively enhanci

88 For conditioning, we used a tone as a conditioned stimulus (CS) followed 250 ms later by a 100

89 For conditioning, we used a tone as a conditioned stimulus (CS) followed by an air puff as an

90 PPS enhanced fear reactions to a conditioned stimulus (CS) following a trace fear protoco

91 Eyeblink conditioning using a conditioned stimulus (CS) from one sensory modality (e.g

92 erebellar fMRI signals related to the visual conditioned stimulus (CS) from signals related to the su

93 nditioning in which a time gap separates the conditioned stimulus (CS) from the unconditioned stimulu

94 wed faster inhibitory learning about a light conditioned stimulus (CS) if it had previously been an i

95 re tested for their fear to the extinguished conditioned stimulus (CS) in either the extinction conte

96 MBs integrate olfactory conditioned stimulus (CS) inputs with neuromodulatory re

97 ), which decomposes the affective value of a conditioned stimulus (CS) into its salience and valence

98 mental context in which a discrete Pavlovian conditioned stimulus (CS) is experienced can profoundly

99 In olfactory conditioning, an odor conditioned stimulus (CS) is paired with an unconditione

100 male mice are trained on a trial in which a conditioned stimulus (CS) is presented alone and followe

101 During Pavlovian fear conditioning a conditioned stimulus (CS) is repeatedly paired with an a

102 gn-trackers) come to approach and engage the conditioned stimulus (CS) itself - a lever - more and mo

103 We recently reported that a conditioned stimulus (CS) memory retrieval-extinction pr

104 In Pavlovian eyeblink conditioning, a conditioned stimulus (CS) must precede the unconditioned

105 , adult rats were trained with a 150-ms tone conditioned stimulus (CS) paired with a periorbital shoc

106 The auditory conditioned stimulus (CS) pathway that is necessary for

107 n isolated and intact sensory neurons of the conditioned stimulus (CS) pathway.

108 a trace-conditioning task in which a visual conditioned stimulus (CS) predicted a food reward after

109 t a consequence of retrieval in unreinforced conditioned stimulus (CS) presentation but the mere perc

110 In the test stage, conditioned stimulus (CS) presentations enhanced instrum

111 culus) were conditioned after 8 days of tone conditioned stimulus (CS) presentations or 8 days of con

112 ement (fixed-ratio 1, FR1) with a 20-s light conditioned stimulus (CS) presented contingently upon ea

113 A tone conditioned stimulus (CS) previously paired with a grid

114 Whether this is due to an alteration of the conditioned stimulus (CS) representation in the lateral

115 ng caused most CeM neurons to increase their conditioned stimulus (CS) responsiveness.

116 light conditional stimulus (S+/S-) and tone conditioned stimulus (CS) separated by a 1-s trace.

117 The authors examined how a conditioned stimulus (CS) that included species-typical

118 eutral sensory stimulus can become a fearful conditioned stimulus (CS) through conditioning.

119 itioning task were variably motivated to the conditioned stimulus (CS) through different levels of wa

120 d be changed by introducing an auditory fear-conditioned stimulus (CS) to a previously neutral enviro

121 activated by sensory information to link the conditioned stimulus (CS) to the conditioned behavior.

122 es and send integrated information about the conditioned stimulus (CS) to the mushroom bodies.

123 r, this effect was significant only when the conditioned stimulus (CS) was 500 rather than 100 ms in

124 ive Pavlovian conditioning task in which the conditioned stimulus (CS) was either localized (a light

125 a trace-conditioning task in which a visual conditioned stimulus (CS) was followed by a delay period

126 nditioning task in which the duration of the conditioned stimulus (CS) was increased nearly twofold,

127 amount of liquid reward associated with one conditioned stimulus (CS) was manipulated by changing th

128 acquisition regardless of whether the taste conditioned stimulus (CS) was novel or familiar.

129 erstimulus intervals (ISIs) in which a short conditioned stimulus (CS) was paired with a US to the le

130 On Day 1, a 30-s tone conditioned stimulus (CS) was paired with an electric sh

131 In Experiment 1, an auditory conditioned stimulus (CS) was paired with footshock, exc

132 ve preparation in which presentations of one conditioned stimulus (CS) were immediately followed by f

133 take of a normally preferred 0.15% saccharin conditioned stimulus (CS) when it is paired with an aver

134 Rats suppress intake of a saccharin conditioned stimulus (CS) when paired with a drug of abu

135 rats are first trained to associate a light conditioned stimulus (CS) with a food outcome, and then

136 Rabbits were initially trained using a tone conditioned stimulus (CS) with a relatively long ISI to

137 Pavlovian conditioning, pairing of a neutral conditioned stimulus (CS) with a reward leads to conditi

138 ntal subjects learn to associate an auditory conditioned stimulus (CS) with an aversive unconditioned

139 ning task that involves the association of a conditioned stimulus (CS) with an unconditioned stimulus

140 safety by negatively correlating an auditory conditioned stimulus (CS) with aversive events (US).

141 memory through the presentation of the cue (conditioned stimulus (CS)) only interferes with the memo

142 m in mice to condition footshock to an odor (conditioned stimulus (CS)).

143 first-order Pavlovian discrimination where a conditioned stimulus (CS)+ predicted food, and a control

144 an ethanol-associated light cue, acting as a conditioned stimulus (CS), effectively reinstated exting

145 e and unpaired training sessions with a tone conditioned stimulus (CS), light CS, and periorbital sti

146 quisition of fear conditioned to an explicit conditioned stimulus (CS), the extent to which the hippo

147 Given a conditioned stimulus (CS), the model amygdala and latera

148 eyeblink response in rats was tested with a conditioned stimulus (CS)-alone extinction test and 2 se

149 reactivation of a well-learned memory for a conditioned stimulus (CS)-cocaine association, abolishes

150 Acetylcholine (ACh) mediated the conditioned stimulus (CS)-elicited excitation of B51 in

151 Two days later, rats were tested for conditioned stimulus (CS)-elicited freezing behavior in

152 monstrate that extinction does not erase the conditioned stimulus (CS)-US association.

153 e processing of nicotine as an interoceptive conditioned stimulus (CS).

154 gnaled shocks to reinstate fear to the light conditioned stimulus (CS).

155 the palatability of the taste serving as the conditioned stimulus (CS).

156 ere given 20-min access to a 0.15% saccharin conditioned stimulus (CS).

157 eexposures or no preexposures to an auditory conditioned stimulus (CS).

158 form is determined by characteristics of the conditioned stimulus (CS).

159 of the associative strength activated by the conditioned stimulus (CS).

160 livery of reward following presentation of a conditioned stimulus (CS).

161 ted in lysates of the pathway supporting the conditioned stimulus (CS).

162 l was evoked in the PAG by the auditory fear conditioned stimulus (CS).

163 suppress eating when presented with a tone [conditioned stimulus (CS)] that was previously paired wi

164 ize one was paired with mild electric shock [conditioned stimulus (CS)], while the others, safety cue

165 tinction, an animal learns that a previously conditioned stimulus (CS+) no longer predicts delivery o

166 during intermittent presentations of a free conditioned stimulus (CS+) sucrose cue.

167 conditioning sessions in which one auditory conditioned stimulus (CS+) was paired with 15% ethanol a

168 zation of fear from an aversively reinforced conditioned stimulus (CS+, a conditioned danger cue) to

169 The next day, the extinguished conditioned stimulus (CS+E) was re-presented to assess e

170 with two paired presentations of an auditory conditioned stimulus (CS, 30 seconds, 85 dB white noise)

171 S+) was paired with 15% ethanol and a second conditioned stimulus (CS-) was not.

172 + (paired with shock) and as a nonreinforced conditioned stimulus (CS-, a conditioned safety cue), an

173 rats were either conditioned to attend to a conditioned stimulus (CS; 1-s, 7-dB increase in white no

174 conditioning trials consisted of an auditory conditioned stimulus (CS; 3 sec) and a fear-producing sh

175 A mid-sized rectangle served as a conditioned stimulus (CS; 50% electric shock probability

176 For example, a food-predictive conditioned stimulus (CS; an illuminated lever) becomes

177 that experienced an explicitly unpaired (EU) conditioned stimulus (CS; saccharin, SAC) and unconditio

178 s the presentation of a behaviorally neutral conditioned stimulus (CS; whisker stimulation) from a be

179 tailed study of neural responses to unpaired conditioned-stimulus (CS-) can therefore indicate whethe

180 task, an animal learns to associate a taste (conditioned stimulus [CS]) with the experience of malais

181 Consequently, stimuli (conditioned stimulus, CS) associated with pain onset (un

182 d Form rats were given odor (orange oil, the conditioned stimulus, CS) paired with footshock (PRD) an

183 cedures wherein the presentation of a lever (conditioned stimulus, CS) was followed by the response-i

184 nhanced motor response to a visual stimulus (conditioned stimulus, CS) when it is paired with touch (

185 ed by pairing an initially neutral stimulus (conditioned stimulus, CS; e.g., a tone) to an unconditio

186 uired when an animal consumes a novel taste (conditioned stimulus; CS) and then experiences the sympt

187 ats acquired a strong aversion to saccharin (conditioned stimulus; CS) and then underwent CTA extinct

188 ditioned stimulus; US) and their predictors (conditioned stimulus; CS).

189 wn, however, whether the convergent auditory conditioned stimulus (CSa) pathways interact with each o

190 seeking behavior reinstated by exposure to a conditioned stimulus cue.

191 S replay of stimuli, which differed from the conditioned stimulus, did not affect conditioned stimulu

192 ymmetric, thus providing a mechanism for the conditioned stimulus discrimination during fear behavior

193 t dPAG and vPAG both encoded the time of the conditioned stimulus during early extinction and display

194 cortex was associated with lower SCR to the conditioned stimulus during extinction recall (i.e., gre

195 ncreased behavioural surprise signals to the conditioned stimulus during subsequent re-learning, and

196 ponding to the unconditioned stimulus to the conditioned stimulus during the acquisition of a fear me

197 g of hippocampal theta-band responses to the conditioned stimulus early on during conditioning predic

198 fear conditioning trials and were tested for conditioned stimulus-elicited freezing 24 hr later.

199 Accompanying conditioned stimulus-evoked heart rate slowing was atten

200 ion with increased discharge and also showed conditioned stimulus-evoked increases in discharge durin

201 Therefore, conditioned stimulus-evoked persistent responses remain

202 In addition, fear to an explicit, Pavlovian conditioned stimulus (fear-potentiated startle) was enha

203 mulus (US) when tested in the absence of the conditioned stimulus following classical conditioning.

204 n because they receive information about the conditioned stimulus from the basolateral amygdala (BLA)

205 ulated by the feature cue and its associated conditioned stimulus in a manner consistent with an occa

206 dent decrease in freezing in response to the conditioned stimulus in all age groups.

207 the gradient of perceptual similarity to the conditioned stimulus in healthy individuals, whereas cli

208 ndicate that music can serve as a contextual conditioned stimulus in rats and influence drug-seeking

209 rther assess the effectiveness of music as a conditioned stimulus in rats, to determine rats' prefere

210 esulting from the repeated presentation of a conditioned stimulus in the absence of the unconditioned

211 ion gradient was displaced from the rewarded conditioned stimulus in the direction away from the unre

212 sis, operant lever pressing for sucrose, and conditioned stimulus-induced feeding.

213 These findings suggest that conditioned stimulus-induced reinstatement in B6 mice is

214 aine priming; however, they exhibited robust conditioned stimulus-induced reinstatement.

215 amygdala projections, conveying the acoustic conditioned stimulus information to the amygdala during

216 ans suggest that multiple representations of conditioned stimulus inputs may exist in local populatio

217 lum interactions in which the amygdala gates conditioned stimulus inputs to the cerebellum through a

218 lled fear conditioning occurs when a neutral conditioned stimulus is paired with an aversive uncondit

219 s beyond the training context, even when the conditioned stimulus is presented in an environment that

220 During extinction training, the conditioned stimulus is repeatedly presented in the abse

221 Repeated presentations of a previously conditioned stimulus lead to a new form of learning know

222 tone or with mossy fiber stimulation as the conditioned stimulus learn responses that approach targe

223 s trained on Postnatal Day (PD) 18 expressed conditioned stimulus learning on PD 19 in freezing but n

224 rom the conditioned stimulus, did not affect conditioned stimulus memory strength but induced general

225 etermined the role of the dorsal striatum in conditioned-stimulus modulation of instrumental respondi

226 general excitatory influence of a Pavlovian conditioned stimulus on instrumental performance.

227 h fixed-duration intervals of 1-16 s between conditioned stimulus onset and reward.

228 ecting the cardiac-orienting response to the conditioned stimulus or the cardiac-unconditioning respo

229 lience onto a specific reward cue (pavlovian conditioned stimulus, or CS).

230 went threat (fear) conditioning using a tone-conditioned stimulus paired with an electric shock to th

231 an adults underwent threat conditioning to a conditioned stimulus paired with an electrical shock.

232 ian conditioned responses evoked by a visual conditioned stimulus paired with food were examined in r

233 orylation of a 24 kDa protein referred to as conditioned stimulus pathway phosphoprotein (Csp24).

234 ioning also regulates the phosphorylation of conditioned stimulus pathway phosphoprotein 24 (Csp24),

235 eracting with the hippocampus in the context conditioned stimulus pathway, for example, the amygdala,

236 nsory neurons, type B photoreceptors, of the conditioned stimulus pathway.

237 ormation of fear memory by gating LTP in the conditioned stimulus pathways.

238 discriminated approach behavior to a visual conditioned stimulus predictive of food reward.

239 In fear conditioning, where a conditioned stimulus predicts the arrival of an aversive

240 ponse was reinforced by a cocaine-associated conditioned stimulus presentation.

241 In rats trained with tone as the conditioned stimulus, presentation of the tone during th

242 These studies examined the ability of a conditioned stimulus previously paired with footshock to

243 reat expectancy, and neural responses during conditioned stimulus processing and during extinction-re

244 Conditioned stimulus properties of nicotine may contribu

245 Nicotine has both unconditioned and conditioned stimulus properties.

246 stimulation or natural quinine (0.1 mM) as a conditioned stimulus, rats specifically generalized the

247 aining, ITC cells could reduce the impact of conditioned-stimulus-related BLA inputs to the CEA by me

248 eaching signal to instruct plasticity of the conditioned stimulus representation in fear-related brai

249 primary visual cortex (V1) relate operantly conditioned stimulus-reward intervals with modulated pat

250 or nonreinforcement disrupts maintenance of conditioned stimulus salience.

251 avoid shock by shuttling during an auditory conditioned stimulus showed increased expression of the

252 e avoidance behavior) serves as an effective conditioned stimulus signal to drive avoidance responses

253 that music serves as an effective contextual conditioned stimulus, significantly increasing both musi

254 ss through which the ability of a previously conditioned stimulus, such as a conditioning context, to

255 ere trained sequentially to acquire discrete conditioned stimulus-sucrose conditioning, followed by s

256 mulation of mossy fibers substitutes for the conditioned stimulus, suggesting that changes take place

257 n stimulation of the whisker pad was used as conditioned stimulus, suggesting that tDCS modulates the

258 Presentation of an aversive conditioned stimulus suppressed drug seeking in rats wit

259 frequency of a conditioned response when the conditioned stimulus that elicits it is repeatedly nonre

260 ing under conditions of food satiation, by a conditioned stimulus that had been paired with food whil

261 lenge, relative to vehicle, in response to a conditioned stimulus that predicted delivery of reward.

262 nondeprived rats after the presentation of a conditioned stimulus that previously signaled meal acces

263 In mammals, repeated presentations of a conditioned stimulus that was previously paired to a nox

264 food was available during presentations of a conditioned stimulus that was previously paired with foo

265 ed stimulus (US; tail shock), while a second conditioned stimulus (the CS-), delivered to a different

266 cedures that varied in the use of a discrete conditioned stimulus, the number of trials administered,

267 odor or tone, but when odor was used as the conditioned stimulus, the RND group also partially reins

268 ry nerve presynaptic boutons that convey the conditioned stimulus to abducens motor neurons.

269 d long-lasting deficit in the ability of the conditioned stimulus to be learned about or control fear

270 raining context in the absence of the target conditioned stimulus to reactivate the training memory.

271 ed reinforcement refers to the capacity of a conditioned stimulus to support instrumental behavior by

272 that conveys information about the auditory conditioned stimulus to the lateral nucleus of the amygd

273 ditioned HR deceleration can generalize from conditioned stimulus to US as a function of conditioning

274 During each trial, the conditioned stimulus (tone) and the unconditioned stimul

275 gnitude of skin conductance response to both conditioned stimulus types differentiated patients from

276 Neuronal responses elicited by the conditioned stimulus typically increased before behavior

277 leaving presynaptic activation by the paired conditioned stimulus + unchanged.

278 C) neurons participate in the measurement of conditioned stimulus-unconditioned stimulus (CS-US) time

279 bbian plasticity that stores memories of the conditioned stimulus-unconditioned stimulus association,

280 immunoreactivity (FLI) in subjects acquiring conditioned stimulus-unconditioned stimulus associations

281 a variable band of 3-12 Hz depending on the conditioned stimulus-unconditioned stimulus intervals (1

282 on on patterns of neuronal activation during conditioned stimulus-unconditioned stimulus pairing were

283 was expressed in FPS on PD 25 when nontarget conditioned stimulus-unconditioned stimulus training occ

284 ipants demonstrated greater retention of the conditioned stimulus/unconditioned stimulus association

285 bellar cortex in eyeblink conditioning under conditioned stimulus?unconditioned stimulus intervals kn

286 The conditioned stimulus was an auditory tone, while the unc

287 This was true whether the conditioned stimulus was odor or tone, but when odor was

288 y eyeblink conditioning task in which a tone conditioned stimulus was paired with a periorbital stimu

289 y eyeblink conditioning task in which a tone conditioned stimulus was paired with a periorbital stimu

290 Following fear conditioning in which one conditioned stimulus was paired with shock (CS+) and ano

291 r (an index of learned fear) to the auditory conditioned stimulus was suppressed in the extinction co

292 of the mEP emerged with the acquisition of a conditioned stimulus, was extinguished following changes

293 blocked detection of a low salience whisker conditioned stimulus (WCS) in an active avoidance task,

294 active avoidance to detect a salient whisker conditioned stimulus (WCS) that signals an aversive even

295 Concomitant heart rate changes evoked by the conditioned stimulus were also assessed.

296 ns yielded significant learning to a blocked conditioned stimulus, which otherwise should not have be

297 eyeblinks to a mild vibrissal airpuff as the conditioned stimulus while injections of the glutamate a

298 tic vesicle release elicited by the unpaired conditioned stimulus -, while leaving presynaptic activa

299 Pairing of an odor-conditioned stimulus with an electric shock-unconditione

300 th predictive or incentive properties of the conditioned stimulus, with a crucial involvement of the