ライフサイエンスコーパス: anticipatory

1 de of replication-coupled destruction allows anticipatory accumulation in late S phase.

2 We suggest a model in which anticipatory activation of a specific network of neurons

3 ts in subsequent memory were associated with anticipatory activation of right amygdala and increases

4 Neuroimaging results revealed that anticipatory activation of the striatum, a region associ

5 Anticipatory activation of the UPR is a new role for est

6 ancer of a different mode of UPR activation, anticipatory activation of the UPR prior to accumulation

7 ogen receptor alpha (ERalpha), induces rapid anticipatory activation of the UPR, resulting in increas

8 program, the mitogen estrogen, drives rapid anticipatory activation of the UPR.

9 ood-restricted animals exhibited strong food anticipatory activity (FAA) and attenuated activity duri

10 mpulsive behavioral responses involving food anticipatory activity (FAA) and caloric loading followin

11 Daily rhythms of food anticipatory activity (FAA) are regulated independently

12 rticular time each day, mammals exhibit food-anticipatory activity (FAA), a daily increase in locomot

13 r to the next scheduled feeding, called food anticipatory activity (FAA).

14 ficantly increased survival and reduced food anticipatory activity (FAA).

15 Patterns of anticipatory activity across the cortex predicted a mode

16 Crucially, the role of anticipatory activity depended entirely on the valence o

17 Forty-two percent of the neurons displayed anticipatory activity during D1.

18 , Per2, and Per3 mutant mice had robust food anticipatory activity during restricted feeding.

19 ons also exhibited target-position-dependent anticipatory activity immediately before target onset, s

20 or the development of cue-evoked dopamine or anticipatory activity in a D1R-dependent Pavlovian condi

21 Increased anticipatory activity in a frontoparietal network and de

22 he hedonic value of taste and is a source of anticipatory activity in GC.

23 We explored the time course of this anticipatory activity in monkeys by briefly flashing sti

24 using methods that have revealed robust food anticipatory activity in other mutant lines.

25 rtex activity predicting treatment response, anticipatory activity in that area was associated with c

26 n anticipatory amygdala function and whether anticipatory activity in the anterior cingulate cortex p

27 regions were in turn mediated by cue-evoked anticipatory activity in the medial orbitofrontal cortex

28 its for incidental material was supported by anticipatory activity in the midbrain and hippocampus an

29 same time daily was sufficient to establish anticipatory activity in wild-type mice.

30 ctive use of such activity may indicate that anticipatory activity is one mechanism by which individu

31 First, the time courses of anticipatory activity preceding reward delivery followed

32 Here, we study specifically this anticipatory activity preceding visual cues in motor cor

33 dexed by spectral changes in the STN: (1) an anticipatory activity reflected in the beta band that si

34 t to the defects in lights-on and lights-off anticipatory activity seen in flies that lack PDF,LarRNA

35 Right-lateralized anticipatory activity selectively influenced the encodin

36 generalized anxiety disorder showed greater anticipatory activity than healthy comparison subjects i

37 Both thalamic and S1 anticipatory activity were predictive of the animal's di

38 exposure on magnitude- and valence-dependent anticipatory activity within discrete reward processing

39 vity in anticipation of a meal, termed "food anticipatory activity" (FAA), depend on circadian food-e

40 We examined food anticipatory activity, which is the output of the FEO, i

41 erformance accuracy based on thalamocortical anticipatory activity.

42 are not necessary for the expression of food anticipatory activity.

43 The shifting of resources was accompanied by anticipatory adjustment of the contingent negative varia

44 Early anticipatory adjustments to being picked up suggest that

45 a complex cognitive process that implements anticipatory adjustments to facilitate future task perfo

46 ction and the inability to produce proactive anticipatory adjustments.

47 llations in occipital and parietal cortices: anticipatory alpha (8-12 Hz) power decreases contralater

48 olved in the attentional top-down control of anticipatory alpha power in the contralateral visual sys

49 ralized anxiety disorder have alterations in anticipatory amygdala function and whether anticipatory

50 Anticipatory and consummatory dissociation of hedonic ex

51 ional MRI (fMRI) and a task that dissociates anticipatory and consummatory phases of reward processin

52 ies of depression have distinguished between anticipatory and consummatory phases of reward processin

53 Anticipatory and contextual cues provide information tha

54 representations, and the distinction between anticipatory and executive rule representations, provide

55 ming a monetary reward/loss task that parses anticipatory and outcome components during functional ma

56 In control subjects, anticipatory and outcome-locked activity in dorsolateral

57 This group also showed increased anticipatory and outcome-locked activity in ventral stri

58 a multidisciplinary approach that focuses on anticipatory and preventive measures as well as active i

59 Here, we assess both anticipatory and reactive aspects of speech motor contro

60 omparing the effects of spatial attention on anticipatory and stimulus-evoked signals and by measurin

61 associated with value processing during the anticipatory and the consummatory phases.

62 Anticipatory anxiety is a core clinical feature of child

63 questionnaires assessing mammography-related anticipatory anxiety, persistent breast pain, mammograph

64 Such an anticipatory approach to LCA requires synthesis of socia

65 of MTL delay period activation-sustained and anticipatory-are present during performance of short-del

66 7 males) while performing a new double step, anticipatory attention/motor preparation paradigm before

67 tivity in response to light and show reduced anticipatory behavior and free-running rhythms, providin

68 To assess the ability of mice to develop anticipatory behavior and to characterize the contributi

69 rd consummatory behavior but not conditioned anticipatory behavior in response to reward-predictive c

70 pattern that was consistent with conditioned anticipatory behavior.

71 nse to the onset of light as well as morning anticipatory behavior.

72 hedonic value of sensory stimuli and driving anticipatory behaviors are organized at the synaptic lev

73 ry complex in brain regions that govern food anticipatory behaviors, sleep, and timing.

74 Anticipatory behavioural adjustments during Approach wer

75 Such anticipatory bias and its modulation by implicit knowled

76 echanism also plays a role in the nonspatial anticipatory biasing of feature-based attention.

77 both groups, once an animal begins its daily anticipatory bout, it keeps running until the usual time

78 Here, we assessed whether anticipatory brain activity influences the encoding of e

79 mulus spontaneous brain activity, suggesting anticipatory brain dynamics.

80 xacerbation of anxiety through its impact on anticipatory brain function.

81 rders, the impact of sleep loss on affective anticipatory brain mechanisms, and the interaction with

82 nts of LTM optimize perception by modulating anticipatory brain states.

83 comotor activity profiles, including loss of anticipatory capacities at morning and evening transitio

84 tably from pneumonia, and wider provision of anticipatory care to enable people to remain in their us

85 ry input was accompanied by the emergence of anticipatory centrally mediated IOS preceding the stimul

86 binge-like hyperphagia of palatable food and anticipatory chow hypophagia (anticipatory negative cont

87 stion more specifically than NTX, abolishing anticipatory chow hypophagia.

88 nase genes rbcS and rbcL), imply large-scale anticipatory circadian mechanisms at the level of gene r

89 These data support the hypotheses that anticipatory control during lifts of familiar objects in

90 erior and middle temporal lobes and impaired anticipatory control for familiar objects.

91 uld have relied on sensorimotor memories for anticipatory control of digit forces.

92 Dexterous object manipulation requires anticipatory control of digit positions and forces.

93 results support the transfer of learning for anticipatory control of manipulation and indicate that t

94 l geometric cues were effective in eliciting anticipatory control with little error at the beginning

95 dictably delivered to the wrist after a long anticipatory cue period of unpredictable duration.

96 ented to rats either alone or preceded by an anticipatory cue.

97 tion evidence by presenting valid or invalid anticipatory cues (e.g., "likely old") before recognitio

98 Although IC responses to anticipatory cues are well established, the role of IC c

99 magnetic resonance imaging while they viewed anticipatory cues to respond to a target to either win m

100 However, responses to anticipatory cues were unaffected by this manipulation.

101 primary gustatory cortex (GC) can respond to anticipatory cues.

102 onses to uncued tastants, cued tastants, and anticipatory cues.

103 top-down inputs in mediating the effects of anticipatory cues.

104 aste processing, is involved in representing anticipatory cues.

105 his enabled us to confirm that the timing of anticipatory deceleration was based on the history of ti

106 found that in both species, males showed an anticipatory decrease (relative to baseline) in steroids

107 occipital regions in humans are involved in anticipatory deployment of visual spatial attention, les

108 ferent cortical networks that operate during anticipatory deployment of visual spatial attention.

109 ating patients before ventilator withdrawal (anticipatory dosing) and of titrating medications to the

110 evidence for a causal involvement of PMd in anticipatory downscaling but not upscaling of grip force

111 Such anticipatory drug development has constructively reshape

112 There appears to be both an anticipatory effect (future targeted procedures reducing

113 me into force (26 March 2006), suggesting an anticipatory effect.

114 Anticipatory effects evidenced in the reaching behaviors

115 Learning was specific and showed an anticipatory electromyographic response to the aversive

116 ons, we identify juvenile hormone (JH) as an anticipatory endocrine signal released after mating.

117 use of time as a cue, whereas rats showed no anticipatory errors and very few perseverative errors, s

118 Anticipatory ethics is a new approach that integrates et

119 renia: namely, a reduction in motor gain and anticipatory eye movements during visual occlusion, a pa

120 potentiated the oculomotor system, producing anticipatory eye velocity on the next trial before the t

121 ations acquire a dense representation of the anticipatory eyelid movement.

122 We also found that this anticipatory factor affected neural responses to subsequ

123 s unclear, as it has been implicated in both anticipatory (feedforward) and reactive (feedback) contr

124 that caloric restriction leads to an altered anticipatory feeding behavior that temporarily abrogates

125 tion of the variations in the time course of anticipatory FF activity provides critical information o

126 This cortical and thalamic anticipatory firing could not be explained by whisker mo

127 l somatosensory pathways exhibited prominent anticipatory firing modulations before the whiskers touc

128 recurrent or chronic hyperghrelinemia on an anticipatory food reward may contribute to the negative

129 Anticipatory force production with both familiar and nov

130 The MIDT parses anticipatory from outcome phases of reward/loss processi

131 atypical phases of gait, accounting for both anticipatory gait modifications before perturbations and

132 rce, suggesting an inhibitory role of PMd in anticipatory grip force control during object lifting.

133 Pediatricians should aim to provide anticipatory guidance and management consistent with the

134 and barriers have been identified, targeted anticipatory guidance can be provided to help mothers ac

135 esearch that could inform the development of anticipatory guidance for parents and caregivers respons

136 Although anticipatory guidance is not evidence-based at this time

137 d children could benefit from evidence-based anticipatory guidance on alternatives to coercive feedin

138 d for life-long monitoring and should inform anticipatory guidance provided to survivors of childhood

139 ly, encourages positive coping, and provides anticipatory guidance regarding the recovery process.

140 idence of multiple food-FPIES has influenced anticipatory guidance.

141 Anticipatory imagery (in silence) for highly familiar na

142 Examining changes in the neural bases of anticipatory imagery during two stages of learning condi

143 Here, we study this predictive "anticipatory imagery" at various stages throughout learn

144 Statistical analyses reveal that the anticipatory increase in wall material predicts, to a hi

145 hich the two individuals shared food, and an anticipatory increase when placed with a partner in a si

146 rait anxiety showed the greatest increase in anticipatory insula activity when sleep deprived.

147 The anticipatory IOS was blocked by bilateral microinjection

148 n-by-association are important mechanisms of anticipatory language processing, this commentary sugges

149 This paper introduces a novel framework for anticipatory LCA that incorporates technology forecastin

150 These examples illustrate the potential for anticipatory LCA to prioritize research questions and he

151 t had no effect on motivation as measured by anticipatory level changes.

152 d licking but also delayed the initiation of anticipatory licking for the next interval in a frequenc

153 Mice learn to respond with anticipatory licking to a solitary CS, but significantly

154 ental area GABA neurons dramatically reduces anticipatory licking to conditioned odours, consistent w

155 Anticipatory licking tracked relative reward magnitude,

156 us signaled a negative outcome (and withheld anticipatory licking within the first few presentations)

157 nd a reward and reported their response with anticipatory licking.

158 Using an anticipatory life cycle analysis framework, the study de

159 pism determinant (Mtd), meets the demands of anticipatory ligand binding by novel means through the C

160 Anticipatory ligand binding through massive protein sequ

161 We use an anticipatory looking test (originally developed for huma

162 related to anticipatory valence (gain/loss), anticipatory magnitude (small/medium/large), and reinfor

163 ion of deterministic maternal effects (i.e., anticipatory maternal effects or transgenerational pheno

164 reveal a behavioral immune response based on anticipatory medication of offspring and outline a nonas

165 delay, BS cells were more likely to exhibit anticipatory modulation and represent the remembered dir

166 ary optogenetic manipulations show that this anticipatory modulation is necessary for drinking in sev

167 Furthermore, the functional role of anticipatory modulation of digit placement to object pro

168 ry changes are distinct from seasonal, often anticipatory morphological changes, such as the reversib

169 years) to further clarify the role of PMd in anticipatory motor control.

170 table food and anticipatory chow hypophagia (anticipatory negative contrast).

171 We first identified the anticipatory network across all 106 participants by cont

172 y was predictive for errors, indicating that anticipatory network reconfigurations are crucial for su

173 hat only younger adults engaged prestimulus, anticipatory neural mechanisms associated with temporal

174 Anticipatory neuronal activity in the VTA supports prepa

175 The anticipatory neuronal responses emerge while the subject

176 Among these anticipatory neurons, 59% increased (D1up) their activit

177 To address the neurobiological basis of anticipatory optimization, we acquired functional magnet

178 ostimulation of mPFC PV+ cells did not alter anticipatory or consummatory licking behavior during rei

179 ch may represent brain regions involved with anticipatory or motor events associated with the end of

180 Biological clocks are autonomous anticipatory oscillators that play a critical role in th

181 We examined anticipatory oscillatory activity in the Cue-to-S2 inter

182 Here, we test for the existence of anticipatory parental effects in the heat stress respons

183 ary motor cortex (M1) with muscimol affected anticipatory patterns in S1 and the thalamus, and impair

184 onse selection compared with the prestimulus anticipatory period.

185 nucleus accumbens (NAc), which occur during anticipatory periods preceding consummatory behavior, re

186 rontal gyrus activity in the CD group during anticipatory phases at posttreatment.

187 l action-outcome valence interactions during anticipatory phases remain unexplored.

188 ntromedial prefrontal cortex activity during anticipatory phases.

189 Prenatal molecular diagnosis facilitates anticipatory planning for both the child and family.

190 iagnosis and subsequent follow-up, including anticipatory planning for therapies to prevent sudden de

191 g this useful information for counseling and anticipatory planning.

192 nts and by the circadian clock, which allows anticipatory Pol III transcription.

193 sent a system that allows the measurement of anticipatory postural adjustment of human legs to be syn

194 A sustained decrease in the variability of anticipatory postural adjustments (APAs) occurs when per

195 e vermis is part of the neural substrate for anticipatory postural adjustments and speculate that dys

196 elsewhere, in the present study we explored anticipatory postural adjustments made by infants to one

197 locomotor region and has neurons related to anticipatory postural adjustments preceding step initiat

198 he faster onset of sensory coding related to anticipatory priming of GC by associative auditory cues.

199 nformation related to expectations, and that anticipatory processes in OFC and striatum may play a ke

200 vide neurobiological support for the role of anticipatory processes in the pathophysiology of general

201 These findings indicate that anticipatory processes influence the way in which women

202 lt populations are reviewed, with a focus on anticipatory processing and striatal regions activated d

203 nd behavioral mechanisms associated with the anticipatory processing of cues specifically predicting

204 mmands, whereas the output from M2 could add anticipatory processing which is essential for allostati

205 se core promoters that may be fundamental to anticipatory programming of p53 response genes upon stre

206 ow that this region mediates the increase in anticipatory psychophysiological reactions in short alle

207 Still, anticipatory pursuit did not rise above that observed wi

208 This contrasts with the common belief that anticipatory pursuit, pursuit maintenance during target

209 andomly interleaving fixation trials reduced anticipatory pursuit, suggesting that a potentiated fixa

210 re pursuit trials to a block did not restore anticipatory pursuit, suggesting that fixation potentiat

211 s in which no target appeared did not reduce anticipatory pursuit.

212 ession was preferentially associated with an anticipatory ramping of activity up to the reward sites.

213 ad-spiking neurons were more active, showing anticipatory rate modulation and transient periods of sp

214 Excessive anticipatory reactions to potential future adversity are

215 both lampreys and hagfish suggests that this anticipatory receptor system evolved in a common ancesto

216 lampreys (Petromyzon marinus) VLRA and VLRB anticipatory receptors are expressed by separate lymphoc

217 Three types of these anticipatory receptors in lampreys (VLRA, VLRB, and VLRC

218 been shown to express VLRA and VLRB types of anticipatory receptors, respectively.

219 nt diversity to encode a large repertoire of anticipatory receptors.

220 role for the subfornical organ (SFO) in the anticipatory regulation of thirst in mice.

221 suggest diverse neural mechanisms underlying anticipatory regulation of VPpp neurons.

222 These areas also show evidence of anticipatory reinstatement as subjects listen to a famil

223 No evidence of presaccadic or anticipatory remapping was found.

224 the lateral intraparietal area (LIP) exhibit anticipatory remapping: these neurons produce a visual r

225 heory assumes that actions are controlled by anticipatory representations of their sensory consequenc

226 fic expectations result in the activation of anticipatory representations.

227 ed that cues could trigger the activation of anticipatory representations.

228 toration in anxiety may ameliorate excessive anticipatory responding and associated clinical symptoma

229 However, excessive anticipatory responding and associated hyper-reactivity

230 The speed with which an anticipatory response emerges is proportional to the inf

231 lative to controls, exhibiting an attenuated anticipatory response to the perturbation.

232 creased across the 30 s delay, suggesting an anticipatory response, and activity in parahippocampal c

233 Rather providing an anticipatory response, parents subject to a prior heat s

234 ork with the regulatory capacity to mount an anticipatory response.

235 allergic hypersensitivity evolved to elicit anticipatory responses and to promote avoidance of subop

236 ties allow the network of DSGCs to propagate anticipatory responses most effectively along their pref

237 Such anticipatory responses to fluctuating environmental cond

238 regulation by positive expectations, and the anticipatory responses to monetary gains and losses in t

239 cal indices of the intensity of individuals' anticipatory responses to potential threat.

240 way mediating interindividual variability in anticipatory responses to threat and yield a novel mecha

241 la activity responses, here evidenced during anticipatory responses.

242 , we also find areas that exhibit predictive anticipatory responses.

243 tment CD participants demonstrated increased anticipatory reward activity in the midbrain, thalamus,

244 suggest that varenicline's downregulation of anticipatory reward processing in smokers, in addition t

245 Over time, marijuana use may alter anticipatory reward processing in the NAcc, which may in

246 The current study probed anticipatory reward processing using a revised monetary

247 effects of the DRD3 antagonist GSK598809 on anticipatory reward processing, using the monetary incen

248 eased colonic propionate production on brain anticipatory reward responses during food picture evalua

249 These deficits may stem from affected anticipatory reward, analogous to anhedonia in patients

250 d bilateral ventral striatal activity during anticipatory reward/loss processing.

251 nervous system are involved in expression of anticipatory rhythms and synchronizing clocks maintainin

252 Using an anticipatory risk-taking task (40 BD and 70 healthy volu

253 ong-term storage of internal models used for anticipatory scaling during object manipulation.

254 ut IMA, participants with IMA displayed poor anticipatory scaling with familiar objects.

255 they exhibited significant decrease in both anticipatory sensitivity and consummatory experience to

256 showed that the SocAnh group had comparable anticipatory sensitivity and consummatory pleasure towar

257 pdating, we hypothesized that differences in anticipatory set would be manifest in the dopaminergic m

258 eholder objects, we found no evidence for an anticipatory shift of attention to the cued location (Ex

259 ism underlying this apparent stability is an anticipatory shifting of visual receptive fields (RFs) f

260 nses in dorsal frontoparietal regions during anticipatory shifts of attention to a location.

261 vated regions suggests lowered thresholds in anticipatory signaling for non-drug rewards.

262 tions may underlie some discrepant findings, anticipatory signaling in the ventral striatum may also

263 ulations is often characterized by divergent anticipatory signaling in the ventral striatum.

264 ned and indiscriminate amygdala responses to anticipatory signals in generalized anxiety disorder and

265 We find that anticipatory signals in the orbitofrontal cortex about u

266 Specifically, anticipatory signals in the striatum when participants a

267 Additionally, identifying how anticipatory signals recover or adjust after protracted

268 P mouse retina allows the passage of lateral anticipatory signals that help track moving stimuli.

269 contribute to the dynamic tuning of lateral anticipatory signals.

270 er in V2 than in V1, and was correlated with anticipatory signals.

271 le can attenuate future fears by suppressing anticipatory simulations of dreaded events.

272 ostextinction recovery (freezing in rats and anticipatory skin conductance responses in humans) when

273 xcitability in visual areas as a function of anticipatory spatial attention.

274 comprehension and find that the greater the anticipatory speaker-listener coupling, the greater the

275 Participants' ability to adopt anticipatory strategies correlated with the gray matter

276 nd volume of the hippocampus were related to anticipatory strategies in a reversal learning task.

277 of the hippocampus in the implementation of anticipatory strategies in reversal learning, we first s

278 hich is the foundation of vaccinology, is an anticipatory strategy with inherent limitations.

279 d other addiction-related features relate to anticipatory striatal signaling over time.

280 This implementable program can help augment anticipatory sun protection guidance in pediatric clinic

281 d (2) the time course of our neural measure (anticipatory suppression of neuronal oscillations in sti

282 Anticipatory sympathetic arousal [i.e., skin conductance

283 lay emerges early in life, most likely as an anticipatory template of later cognitive performance.

284 We then used this neural measure of anticipatory theta activity to explore the expectations

285 (Experiments 2 and 3), but displayed intact anticipatory timing of reward delays (Experiments 2 and

286 tory was used to create a running average of anticipatory timing.

287 However, anticipatory transformational adaptation may be difficul

288 predominantly tonic mode, with an additional anticipatory transient boost.

289 tching to modern nonsolid cooking fuels, and anticipatory transport infrastructure investments are ke

290 visual cortex, we recently observed a large anticipatory trial-related neuroimaging signal that was

291 ging analyses focused on activity related to anticipatory valence (gain/loss), anticipatory magnitude

292 with reduced activity in regions supporting anticipatory valence, including ventral striatum.

293 Across conditions, anticipatory valence-related activity in the striatum wa

294 striatal correlates of prediction error and anticipatory value correlates in the intraparietal sulcu

295 We found that anticipatory value signals in ventromedial prefrontal co

296 confound the findings on the dissociation of anticipatory vs. consummatory hedonic capacities.

297 Food anticipatory (wheel-running) activity in all Period muta

298 onkey's behavioral state, being stronger and anticipatory when the animals' eyes were closed.

299 al cue to engage maximum effort triggered an anticipatory widespread increase of activity in attentio

300 iated with HA (r = 0,220, p = 0,025) and the anticipatory worry (r = 0.227, p = 0.021) dimension.