ライフサイエンスコーパス: anticipation

1 y control subjects) and conditions (win/loss anticipation).

2 rent motivational states (low vs high reward anticipation).

3 la, but not BNST, hyperactivity during shock anticipation.

4 s baseline, and win anticipation versus loss anticipation.

5 ivity direction as a function of win or loss anticipation.

6 G) during breathlessness and its conditioned anticipation.

7 ased ventral striatum activity during reward anticipation.

8 demonstrate VS hypoactivation during reward anticipation.

9 ng neural and physiological responses during anticipation.

10 e and medial prefrontal cortex during reward anticipation.

11 ological variables) available at the time of anticipation.

12 ined subset of data eliminates the signal of anticipation.

13 unfolds with time during periods of anxious anticipation.

14 xtent of suprathreshold activation by reward anticipation.

15 rtainment bias can entirely explain observed anticipation.

16 rences in the neural bases of choice-outcome anticipation.

17 th anterior cingulate activation during loss anticipation.

18 utamen and paracingulate gyrus during reward anticipation.

19 and S1 exhibited activity related to reward anticipation.

20 mputation like parallel processing or motion anticipation.

21 n, whereas others selectively encoded reward anticipation.

22 value, saliency, and category during outcome anticipation.

23 sponded to the previous daily window of food anticipation.

24 sk that included the periods of win and loss anticipation.

25 d by such information can boost the level of anticipation.

26 nt bilateral VS hypoactivation during reward anticipation (23 studies, n = 917) in patients compared

27 ncluded 23 studies (917 patients) for reward anticipation, 9 studies (358 patients) for reward feedba

28 rettes daily correlated negatively with loss anticipation activity in the medial prefrontal cortex on

29 Reward-anticipation activity in the striatum before and after t

30 Motion anticipation allows the visual system to compensate for

31 xygen level-dependent response during reward anticipation, analysis of intraclass correlations of fun

32 amygdala may regulate responses during shock anticipation and actual shock confrontation.

33 observed in response to viewing the positive anticipation and agonistic facial expressions.

34 y load, and scanned the following day during anticipation and application of inspiratory loading usin

35 s from Sample 2 (n = 48) we demonstrate that anticipation and confrontation evoke bradycardic and tac

36 of the OFC in value processing during reward anticipation and consummation.

37 mpulsive behavioral responses involving meal anticipation and consumption of large meals during situa

38 n humans that somatosensory demands, both in anticipation and during the processing of tactile stimul

39 We conclude that outcome anticipation and ensuing loss aversion involve multiple

40 combination of hypoactivation during reward anticipation and hyperactivation during reward outcome i

41 in individuals with addiction during reward anticipation and in individuals with gambling addiction

42 cterize amygdala activation during uncertain anticipation and in response to unexpected stimuli.

43 tudies on the neural bases of choice-outcome anticipation and loss aversion provided inconsistent res

44 cient to create robust false signals both of anticipation and of heritability of age of onset.

45 hypoactivations and hyperactivations during anticipation and outcome notification of monetary reward

46 tion of reward-processing disruptions during anticipation and outcome notification of monetary reward

47 eward-related brain activation during reward anticipation and outcome using fMRI (planned before data

48 und that mesolimbic brain areas encoded both anticipation and prediction error of confidence-in remar

49 ledge of procedure-specific sequelae informs anticipation and prevention of many complications after

50 ng fMRI, we examined how neural responses to anticipation and receipt of an aversive stimulus are mod

51 local patterns of brain activity during the anticipation and receipt of painful stimulation in the r

52 unctional magnetic resonance imaging, during anticipation and receipt of reward and loss during a mon

53 urons showed activity associated with reward anticipation and receipt that emerged with learning and

54 tive delay (MID) task, distinguishing reward anticipation and receipt.

55 reward task involving monetary reward anticipation and/or outcome; participants showing addict

56 dels" was significantly greater than that of anticipations and not improved by adding "anticipations"

57 gher scores over time on one mature defense (anticipation) and significantly lower scores on two neur

58 hrough a THAL-->VS-->SMA route during reward anticipation, and (3) the EEG CNV signal is best predict

59 onetary incentive delay task, probing reward anticipation, and a go/no-go task, probing response inhi

60 , we found a lack of phase locking, movement anticipation, and contact-related tactile responses.

61 g tasks involving inhibitory control, reward anticipation, and emotion processing.

62 ogical subprocesses (e.g., reward valuation, anticipation, and motivation).

63 , and LC groups during reward/loss prospect, anticipation, and notification.

64 ('risky') prospects was measured during both anticipation, and outcome.

65 ng painful heat from nonpainful warmth, pain anticipation, and pain recall.

66 ogy, key neural activity involved in anxious anticipation, and resulting aversive emotional states.

67 re studies claiming statistical evidence for anticipation are suggested.

68 ral prefrontal cortex) regions during reward anticipation at age 14 predicts problematic drug use at

69 ween psychosis RPS and VS BOLD during reward anticipation at all 4 psychosis RPS models and for 2 P t

70 ing fMRI, we inspected BOLD responses during anticipation (before any action was executed) and when t

71 refrontal activation differences during loss anticipation between cocaine-using groups.

72 vation of the ventral striatum during reward anticipation; blunted autonomic responding for relevant

73 dulated the neural network underlying reward anticipation but not response inhibition, suggesting tha

74 sed to study the neural correlates of reward anticipation, but the interrelation of EEG and fMRI meas

75 er to expedite punishment, implying that its anticipation carries a cost, often conceptualized as 'dr

76 of interest BOLD signal change during reward anticipation compared with placebo was investigated usin

77 rticular stage of reward processing, such as anticipation, consumption, or action selection.

78 Ventral striatal (VS) activity during loss anticipation correlated negatively with negative urine s

79 superior frontal gyrus (SFG) during conflict anticipation correlated negatively with the SSRT.

80 Ventral striatal activity during reward anticipation correlated positively with reward sensitivi

81 howed decreased insula activation during the anticipation/decision phase of loss events.

82 Brain responses during reward anticipation decreased in a graded manner between health

83 ventral striatal neural responses to reward anticipation, decreased DA and DA metabolites in cerebro

84 e with neural response in the NAcc to reward anticipation during a monetary incentive delay task cont

85 in ventral striatal activation during reward anticipation (familywise error-corrected P < .03 for mul

86 arrative can captivate the audience, driving anticipation for plot resolution, thus becoming a self-m

87 The anticipation for substituting conventional fossil fuels

88 s and early successes in model systems build anticipation for this prospect.

89 experimental and theoretical results for an Anticipation Game, a two-stage game wherein the standard

90 tions are present in human NAc during reward anticipation, highlighting the translational potential o

91 epeat expansions are associated with genetic anticipation (ie, earlier disease onset in successive ge

92 he likely direction of the kick, and dive in anticipation, if they are to have a chance of saving the

93 e function and neural activity during reward anticipation in 27 participants including healthy volunt

94 ow altered striatal activation during reward anticipation in a directionality and localization consis

95 ith left ventral striatal activity to reward anticipation in all participants.

96 acterized the regional processes of conflict anticipation in association with intersubject variation

97 Three independent reports have claimed anticipation in Creutzfeldt-Jakob disease (CJD) caused b

98 nectivity among regions involved in win/loss anticipation in depressed individuals with bipolar disor

99 provide clinical-based evidence for disease anticipation in families carrying a C9orf72 repeat expan

100 rtive evidence for the occurrence of disease anticipation in families carrying a C9orf72 repeat expan

101 We suggest that reports of anticipation in genetic prion disease are driven entirel

102 sponsivity of the ventral striatum to reward anticipation in prenatally exposed adolescents may repre

103 In addition, the pattern of genetic anticipation in some telomeropathies generates thought-p

104 stand the significance of circadian-mediated anticipation in stomatal opening, we have generated SGC

105 plicates regional neural responses to reward anticipation in the pathogenesis of several psychiatric

106 ns support an alternative model for apparent anticipation in which rare variants from noncarrier pare

107 During reward anticipation, individuals with substance and gambling ad

108 ated ventral striatal response during reward anticipation is a core feature of schizophrenia that is

109 Reward anticipation is associated with activity in the dopamine

110 Here we demonstrate that motion anticipation is computed autonomously within the dendrit

111 superior frontal gyrus (SFG) during conflict anticipation is positively correlated with the capacity

112 Anticipation is the phenomenon whereby age of onset in g

113 sponse in the ventral striatum during reward anticipation (left side, F = 14.98 [P < .001]; right sid

114 ivation during all anticipation periods (win anticipation + loss anticipation) versus baseline, and w

115 ated ventral striatal activity during reward anticipation may be a potential biomarker of bipolar II

116 These results uncover that a value-anticipation mechanism in vmPFC declines in aging, and t

117 showed that right SFG activation to conflict anticipation mediates the correlation between SSRT and m

118 In our data set, the number of years of anticipation observed depends upon how strictly the data

119 to accept or forgo a current kidney offer in anticipation of a future high-quality offer.

120 eds facilitates preprocedural evaluation and anticipation of a higher level of postprocedural care.

121 th of high-quality crystalline materials, in anticipation of a host of different technological applic

122 Our analysis revealed that in anticipation of a picture to be remembered, alpha power

123 pecific changes in visual cortex activity in anticipation of a stimulus.

124 power plant NOX controls in earlier years in anticipation of accelerated coal power plant retirements

125 is widely thought to follow from prospective anticipation of action consequences using a learned map

126 and an experimental paradigm focusing on the anticipation of actively touching an animate (human hand

127 In anticipation of actual, potential or perceived ethical c

128 ntly inherited disease that exhibits genetic anticipation of affected progeny due to expansions of a

129 three species of great apes reliably look in anticipation of an agent acting on a location where he f

130 umulation, which might reflect ADHE-mediated anticipation of anaerobic survival.

131 In contrast, increased firing in anticipation of and during movement was attributable to

132 hildren with ADs experience distress both in anticipation of and during novel and surprising events.

133 The fMRI task involved cued anticipation of aversive and neutral picture stimuli; "c

134 described Hb as a brain nucleus activated in anticipation of aversive outcomes.

135 btype that showed elevated activation to the anticipation of both gain and loss, an intermediate resp

136 blood oxygen level-dependent response during anticipation of both smoking and monetary rewards.

137 In anticipation of breast density notification legislation

138 r monetary gambles and pcore activating with anticipation of cessation of thermal pain (signaling rew

139 gulate physiologic and behavioral rhythms in anticipation of changes in the environment.

140 showed a loss of ability to open stomata in anticipation of daily dark-to-light changes and of circa

141 Circadian clocks allow anticipation of daily environmental changes.

142 he environment is particularly important for anticipation of dawn and the timing of nocturnal events;

143 en reorient during the night to face east in anticipation of dawn.

144 ake-promoting signal that awakens the fly in anticipation of dawn.

145 care and withdraw life-sustaining agents in anticipation of death.

146 withdrawal currently and 67.5% terminally in anticipation of death.

147 investment in immunity will be optimized in anticipation of disease risk.

148 fic hardwiring of NLR expression patterns in anticipation of distinct challenges.

149 ateral prefrontal cortex associated with the anticipation of drug-related rewards (cigarette puff).

150 orsal striatum (dorsal putamen) signaled the anticipation of effort independently of the prospect of

151 proinflammatory and prothrombotic states in anticipation of either injury or hemorrhage during a thr

152 ed as apprehension cued by the occurrence or anticipation of elevated spaces.

153 subject of much recent attention due to the anticipation of emergent phenomena arising from the coop

154 thods, experimental and/or computational, in anticipation of endowing their methods with enough power

155 ependent expression of a novel metabolism in anticipation of environmental stress, while minimizing e

156 ime consuming, they should be carried out in anticipation of epidemics rather than in response to the

157 ic guidance of human decision making, beyond anticipation of expected reward, is supported by hippoca

158 lamus, the activity of which also changes in anticipation of feeding onset.

159 phase to provide a high level of arousal in anticipation of feeding, and mediates satiety.

160 switch that enhances oocyte proteostasis in anticipation of fertilization may be conserved in other

161 Affordable Care Act reduces DSH payments in anticipation of fewer uninsured patients and therefore d

162 tive of visual receptive fields remapping in anticipation of forthcoming spatial structure; and we de

163 oach to decision making that is based on the anticipation of future changes in ecosystem state, funct

164 of data, scale-up of child health research, anticipation of future child health needs), and policy (

165 Perception is guided by the anticipation of future events.

166 Thus, in anticipation of future gene therapy trials in humans, we

167 to people who are laymen to the EPR field in anticipation of future progress and broad application of

168 system processing have been reported during anticipation of generalized reward.

169 In anticipation of greater frequency and duration of extrem

170 We measured neural responses during the anticipation of guilt about committing potential everyda

171 l role for the anterior insula in coding the anticipation of guilt regarding potential moral transgre

172 s was extremely grim; her family gathered in anticipation of her death as she underwent four operatio

173 In right NAcc, TPD blunted activation by anticipation of high rewards.

174 uggest that a decrease in sensitivity to the anticipation of high-risk negative outcomes might underl

175 s reflect stronger investment in immunity in anticipation of higher disease risk, and that winged aph

176 a suggests their potential as biomarkers for anticipation of invasive candidiasis.

177 ically adjusted the timing of their calls in anticipation of jamming.

178 ty will conserve glucose for maternal use in anticipation of lactation.

179 Anticipation of LOS was accurate (+/-2 days) in 30.0% an

180 sed striatal and amygdalar activation in the anticipation of losses, and impulsivity was associated w

181 In the anticipation of losses, obesity without binge eating had

182 ts an adaptive increase of decision bound in anticipation of maladaptive reductions in sensitivity to

183 ers > Val/Val) on brain responses during the anticipation of monetary losses, baseline D2/3 receptor

184 OLD response in the mesolimbic system during anticipation of monetary reward and an alcohol infusion.

185 f nucleus accumbens (NAcc) activation during anticipation of monetary reward from childhood to young

186 level-dependent (BOLD) signal change during anticipation of monetary reward using the monetary incen

187 smoking reward was significantly higher and anticipation of monetary rewards was significantly lower

188 urons that have opposing spiking patterns in anticipation of movement.

189 king related to decreased sensitivity to the anticipation of negative outcomes.

190 that causes cells to accumulate glycogen in anticipation of nightfall.

191 eased neural response in the NAcc during the anticipation of nondrug rewards.

192 he application of lung or myocardial rest in anticipation of organ recovery, or as a bridge to long-t

193 During the anticipation of others' responses, the power of alpha os

194 n measurement may impede quality assessment, anticipation of penalties, and quality improvement.

195 the limbic striatum in motivation to smoke, anticipation of pleasure from cigarettes and relief of w

196 smaller and 1 to 3 positive nodes; however, anticipation of PMRT may lead to delay or omission of re

197 to positive affect by sustaining arousal in anticipation of positive emotional events.

198 activation in putamen and insula during the anticipation of potential losses; and increased left inf

199 e convenience, tolerability, simplification, anticipation of potential new drug interactions, pregnan

200 us, and superior occipital cortex during the anticipation of potential rewards; reduced activation in

201 Decision making under risk entails the anticipation of prospective outcomes, typically leading

202 bjective reports of state anxiety during the anticipation of public speech, a validated experimental

203 ps wore the device on their wrist during the anticipation of public speech, and were given the cover

204 : reward uncertainty, expected reward value, anticipation of punishment, and unexpected reward and pu

205 s of initial pathogen encounter, in apparent anticipation of reinfection.

206 vity in the ventrolateral PAG (vlPAG) during anticipation of resistive loading, with activity in the

207 magnetic stimulus by seeking out a target in anticipation of reward (food).

208 d-oxygen-level-dependent (BOLD) responses to anticipation of reward in the monetary incentive task in

209 lated positively with the neural response to anticipation of reward in the nucleus accumbens.

210 reduced ventral striatal activity during the anticipation of reward.

211 tly linked to frustration or the unsatisfied anticipation of reward.

212 to temporally analyze signals coding for the anticipation of reward.

213 enhancing ventral striatum responses to the anticipation of reward.

214 orms of learning and behavior, including the anticipation of rewarding events.

215 by an idea in behavioral economics that the anticipation of rewards is itself attractive, we hypothe

216 indicates that incentive value depends on an anticipation of rewards within a given context.

217 In the anticipation of rewards, subjects with binge eating diso

218 PFC and ventral striatum interact during the anticipation of rewards.

219 The blood oxygen level-dependent response to anticipation of smoking reward was significantly higher

220 as associated with higher cortisol levels in anticipation of social stress.

221 that the rule-specific coding maintained in anticipation of stimuli may change with execution of the

222 In anticipation of subsequent taxonomic changes being compi

223 ts were admitted to the ward for bed rest in anticipation of surgery and were positioned on the side

224 Anticipation of the actions of others is often used as a

225 Neural activity in anticipation of the animate target significantly correla

226 with the actual topological surface state in anticipation of the change of topology.

227 rception-predictive oscillations occurred in anticipation of the expected events.

228 ce to implement physiological adaptations in anticipation of the forthcoming winter, but also exploit

229 In anticipation of the increasing relevance of genetic test

230 dies and their remaining projections mediate anticipation of the lights-on and lights-off transitions

231 ping white matter, promoting angiogenesis in anticipation of the metabolic demands of oligogenesis, b

232 /C at the onset of differentiation led to an anticipation of the myogenic program because of an alter

233 hey find neurons whose activity reflects the anticipation of the opponent's yet unknown choice, which

234 In anticipation of the proliferation of time series data se

235 Analyze surgeons' anticipation of the risk of hepatectomy.

236 PAs) often aim to maintain connectivity, but anticipation of the scale and extent of climatic impacts

237 sought out such unusual sensory stimulation, anticipation of the sensory outcome was encoded in the s

238 fetal GR primes the activity of PPARalpha in anticipation of the sudden shifts in postnatal nutrient

239 and start firing earlier in the sequence in anticipation of their preferred stimulus.

240 e orbitofrontal neurons fired differently in anticipation of uncertain (33% and 67%) versus certain (

241 sis of congenital heart disease (CHD) allows anticipation of urgent neonatal treatment and provides a

242 hat neural processing in TCLs is launched in anticipation of whisker contact with objects, depends on

243 ls decreased the size of their braincases in anticipation of winter by an average of 15.3%.

244 irtual crossmatch (XM) strategies, a correct anticipation of XM results is required for appropriately

245 c midbrain and the striatum, associated with anticipations of high versus low updating probability.

246 ncluded (i) "surgeons' intuition" (surgeons' anticipation) of the difficulty of the procedure, postop

247 Such anticipation often benefits us if we can infer that a ch

248 Interspersed short fixation trials reduced anticipation on long pursuit trials, suggesting that fix

249 sm rs1800497 and VS activation during reward anticipation on WM (p<0.01), such that carriers of the m

250 During loss anticipation, on the other hand, decreased activation wi

251 primarily subcortical process, i.e., reward anticipation, onto a cortical signature.

252 ls engaged in the task, and those reflecting anticipation or behavioral choices specifically in neuro

253 reover, even non-CJD deaths exhibit 16 years anticipation (p = 0.002), indicating that ascertainment

254 nation of a well-established monetary reward anticipation paradigm during functional magnetic resonan

255 hip in response to a well established reward anticipation paradigm using simultaneous EEG-fMRI record

256 It has been suggested that this apparent anticipation pattern may result from germ-line genomic i

257 No strictly defined anticipation pattern was observed.

258 94 pedigrees were compiled to assess genetic anticipation patterns (International Agency for Research

259 We compared coincidence-anticipation performance in normal vision and stroboscop

260 participants failed to maintain coincidence-anticipation performance in the normal vision condition

261 s by contrasting brain activation during all anticipation periods (win anticipation + loss anticipati

262 reported neuronal differences during reward anticipation plays in this development.

263 nificantly increased between the viewing and anticipation (post-decision, pre-outcome) periods when s

264 Anticipation, prediction, and management of toxic sedime

265 obiological mechanisms may underlie aberrant anticipation processes in BDD and MDD, and that distinct

266 ive disorder in neural mechanisms underlying anticipation processes.

267 gh scores of negative symptoms during reward anticipation (r = -0.41; P < .001).

268 ial prefrontal response during logo-elicited anticipation (r = -0.44).

269 tions at rest, whereas during breathlessness anticipation, reduced functional synchronicity was seen

270 S) or the anterior insula (AI) during reward anticipation regardless of motivated response and to the

271 neural activation, AMPT decreased the reward anticipation-related neural activation in the anterovent

272 nding to this vulnerable moment in time when anticipation-related neural signals may be present.

273 During action anticipation, reward and effort expectations were integr

274 ng of conflict, error, and volatility, error anticipation, reward learning, and reward prediction err

275 decision-making process (baseline, viewing, anticipation, reward periods) and investigated whether a

276 opamine-like characteristics lacked a reward anticipation signal and showed a smaller response to rew

277 We suggest that such boosted anticipation significantly drives risk-seeking behaviors

278 tive function in the so-called preoccupation/anticipation stage involve the dysregulation of key affe

279 utcome and to prefrontal regions during loss anticipation, suggesting that long-term cocaine abstinen

280 atients and 20 matched controls completed an anticipation task during an fMRI scan.

281 atum activity during performance of a reward anticipation task in both species, using fMRI in humans

282 Motivating this review is the anticipation that the molecular genetic dissection of th

283 blunted activation in the NAcc during reward anticipation (time 1 to time 2: beta = -0.26, P = .04; t

284 ole of the right SFG in translating conflict anticipation to the control of impulsive response, which

285 ow that in each sample when going from shock anticipation to the moment of shock confrontation neural

286 of anticipations and not improved by adding "anticipations" to the model.

287 Entering a state of anxious anticipation triggers widespread changes across large-sc

288 During reward anticipation, unmedicated individuals with BD II/NOS had

289 variation of NAcc responses to gain and loss anticipations using fMRI.

290 loss anticipation) versus baseline, and win anticipation versus loss anticipation.

291 nticipation periods (win anticipation + loss anticipation) versus baseline, and win anticipation vers

292 whether VS/caudate activation during reward anticipation was associated with WM performance and whet

293 Win anticipation was characterized by dense connectivity of

294 These analyses showed that loss anticipation was characterized by denser top-down fronto

295 ect link between DAT availability and reward anticipation was detected within the mesolimbic pathway

296 ated ventral striatal response during reward anticipation was observed following ketamine relative to

297 The functional neuroanatomy of aversive anticipation was probed through functional magnetic reso

298 all participants, DS activity (during reward anticipation) was positively associated with putamen vol

299 defensive responding during uncertain threat anticipation whereas the amygdala may drive responding u

300 4-Hz oscillations predominate during reward anticipation, which can effectively trigger neurostimula