ライフサイエンスコーパス: retrieval

1 are reinstated to support successful memory retrieval.

2 ing hippocampal memory encoding, storage, or retrieval.

3 memory organization during both encoding and retrieval.

4 interaction with one another during episodic retrieval.

5 ression may be a universal feature of memory retrieval.

6 role of DG relates to memory acquisition or retrieval.

7 ontaneous recovery of fear during extinction retrieval.

8 t timescale differences between encoding and retrieval.

9 ute to every step of information storage and retrieval.

10 mory consolidation, or to deficits in memory retrieval.

11 ues to maintain overall technical success of retrieval.

12 from these MBONs are all required during LTM retrieval.

13 e involvement of awake replay in fear memory retrieval.

14 ppocampal activity during spontaneous memory retrieval.

15 rities across memories during maintenance or retrieval.

16 creased expression does not affect LTM after retrieval.

17 mesolimbic system during memory encoding and retrieval.

18 t genes expressed following consolidation or retrieval.

19 tion of detailed visuospatial information at retrieval.

20 uring learning and reactivated during memory retrieval.

21 disruption of this plasticity would prevent retrieval.

22 ucial to reinstatement for successful memory retrieval.

23 ion-which requires articulation but not word retrieval.

24 ports contextually mediated processes during retrieval.

25 during retrieval supports successful memory retrieval.

26 ray synthesis using parallel oligonucleotide retrieval.

27 ferral center specializing in complex filter retrieval.

28 t an influence during both consolidation and retrieval.

29 ocess often referred to as active controlled retrieval.

30 d short-term memory tasks and enhance memory retrieval.

31 is interaction was beneficial for successful retrieval.

32 eta networks synchronize during encoding and retrieval.

33 ss-susceptible male mice after remote memory retrieval.

34 tudies suggested functional synaptic vesicle retrieval.

35 trosplenial cortex is no longer required for retrieval.

36 d creatinine level in the donor before organ retrieval.

37 to centers with expertise in advanced filter retrieval.

38 ROSPECT-MP for spectra modelling and pigment retrieval.

39 contribution to contextually mediated memory retrieval.

40 ends in emission inventories using satellite retrievals.

41 ither the same frequency during encoding and retrieval (60-60 or 90-90 Hz) or different frequencies (

42 undergo a period of vulnerability following retrieval, a process termed 'reconsolidation.' Recent wo

43 how that GABAergic inhibition of hippocampal retrieval activity forms a key link in a fronto-hippocam

44 ively associated with memory, whereas DG/CA3 retrieval activity was negatively associated with memory

45 imulations to explore different guided phase retrieval algorithms for imaging defective crystals usin

46 However, BCDI relies on phase retrieval algorithms that can fail to accurately reconst

47 subsequent memory generally benefitted from retrieval, an effect possibly driven by task difficulty

48 Spikes also reduced the odds of word retrieval, an effect that was stronger with spikes outsi

49 in catalogue information and provides a data retrieval, analysis, and visualization system of microbi

50 provides a flexible tool for expression data retrieval and analysis with short or long lists of Droso

51 nic health record, clinician laboratory data retrieval and communication during ICU rounds at our ins

52 activity in dorsal hippocampus during memory retrieval and context generalization, whereas females sh

53 findings thus suggest that DG contributes to retrieval and extinction, as well as to the initial esta

54 se of knowledge graphs for data integration, retrieval and federated queries.

55 -treated rats showed hippocampus-independent retrieval and lack of discrimination.

56 icular nucleus of the thalamus (PVT) for the retrieval and maintenance of fear memories.

57 In particular, memory retrieval and novelty encoding were considered in indepe

58 suited to support initial memory formation, retrieval and planning, whereas sleep reactivation may p

59 We show that retrieval and relearning effects are associated with sep

60 However, means to enhance retrieval and render a memory more labile are unknown.

61 eb-based tool for interactive visualization, retrieval, and computation of functional similarity and

62 ical field visualisation, improve lymph node retrieval, and decrease the incidence of anastomotic lea

63 are crucial for acquisition, consolidation, retrieval, and extinction of associative emotional memor

64 variables that are available at the point of retrieval, and so does not include cold ischemic time.

65 -mPFC may underlie cocaine-associated memory retrieval, and therefore disruption of this plasticity w

66 e in which data processing and concentration retrieval are straightforward.

67 h other retrieval classes reflect contextual retrieval, as correct recalls alone arise from the corre

68 ative gain signals affecting maintenance and retrieval aspects of working memory processing stabilize

69 n of a previously described "Oligonucleotide Retrieval Assay" designed to measure DNA excision repair

70 cytosis was recruited to accelerate membrane retrieval at increased activity and temperature.

71 trical brain stimulation during encoding and retrieval been assessed.

72 track again and displayed an apparent memory retrieval behavior: avoidance of the shock zone.

73 ed grasping deficits but normal reaching and retrieval behaviors.

74 pocampal model positing that acquisition and retrieval both involve coordinated activity in DG and CA

75 ience, as this may help ease the information retrieval burden facing participants in the precision on

76 n written object naming, which requires word-retrieval but not articulation, was also significantly m

77 ve and aversive memories that compete during retrieval but not during acquisition.

78 tex (PPC) is thought to contribute to memory retrieval, but little is known about its specific role.

79 eceptor antagonist propranolol before memory retrieval, but not after (during memory reconsolidation)

80 with distinct phases of memory formation and retrieval, but the underlying molecular signaling pathwa

81 for CaMK2N1; enabling LTM maintenance after retrieval by inhibiting T286 autophosphorylation of alph

82 ntoparietal network that interrupts episodic retrieval by modulating hippocampal activity; less is kn

83 rified composite parts that are barcoded for retrieval by PCR.

84 eting of fused synaptic vesicles toward slow retrieval by the asynchronous release Ca(2+) sensor syna

85 Reconsolidation theory proposes that retrieval can destabilize an existing memory trace, open

86 ing system with powerful data navigation and retrieval capabilities.

87 ifferentiate correct recalls from both other retrieval classes reflect contextual retrieval, as corre

88 ior to correct recalls relative to the other retrieval classes, with no differentiation between intru

89 onal networks underlie error sensitivity and retrieval components.

90 nd memory as assessed under autobiographical retrieval conditions.

91 On retrieval, consolidated long-term memory can be neutrali

92 noisy and high-dimensional query data, this retrieval criterion turns out to be very noisy as well.

93 ian conditioning experiments indicate that a retrieval cue can return a conditioned aversive memory t

94 Using a context retrieval-dependent memory-enhancement model in rats, we

95 Finally, ciliary receptors that lack retrieval determinants such as the anorexigenic GPCR NPY

96 ACC infusions immediately 'before' testing (retrieval) did not result in context fear generalization

97 he neural underpinnings of successful memory retrieval differ when remembering life events and recent

98 w the neural substrates of successful memory retrieval differed as a function of the targeted memory

99 xt preexposure or interference during memory retrieval-differentially affected trace dominance and tr

100 ith recall such as rapid memory updating and retrieval-driven instinctive fear responses.

101 fluid and cellular exchange and microsphere retrieval during release.

102 indings extend memory models of encoding and retrieval dynamics by pinpointing a specific contextual

103 te the underlying mechanisms of encoding and retrieval dynamics, human subjects viewed pre-familiariz

104 ) is introduced as a novel approach to phase retrieval enabled control of monochromatic light transmi

105 ession is required for memory consolidation, retrieval engages PL BDNF to regulate excitatory and inh

106 ed at the same frequency during encoding and retrieval enhances memory.

107 n respond to intrusions by suppressing their retrieval, excluding them from awareness.

108 s: (1) attenuation of fear memory using post-retrieval extinction training, and (2) pharmacological e

109 tered either standard extinction training or retrieval + extinction.

110 ing brief cue-elicited memory retrieval (ie, retrieval-extinction [R-E] training) can attenuate/eradi

111 Retrieval-extinction training substantially attenuated c

112 es a genuine memory impairment rather than a retrieval failure.

113 aining (the R-E group) or nonsmoking-related retrieval followed by extinction training (the NR-E grou

114 ned to receive either smoking-related memory retrieval followed by extinction training (the R-E group

115 pontaneous and evoked pools, suggesting that retrieval following fusion is partially segregated for s

116 study, we explore the neural bases of active retrieval for auditory nonverbal information, about whic

117 of bytes per molecule and obtained a perfect retrieval from a density of 215 petabytes per gram of DN

118 tors (GPCRs) fail to undergo BBSome-mediated retrieval from cilia back into the cell, these GPCRs con

119 t that sortilin- and retromer-mediated Glut4 retrieval from endosomes may represent a step in the Glu

120 ed retromer complex has been linked to cargo retrieval from endosomes to the trans-Golgi network.

121 What brain regions underlie retrieval from episodic memory?

122 t is brought back into working memory during retrieval from long-term memory.

123 There was evidence for similar trends in the Retrieval group.

124 encoding (Encoding group; N=20), retrieval (Retrieval group; N=20), or neither (Placebo group; N=20)

125 a total of 222 patients referred for complex retrieval had fractured filters.

126 rns of activity recorded during encoding and retrieval has been found to predict better memory perfor

127 training following brief cue-elicited memory retrieval (ie, retrieval-extinction [R-E] training) can

128 Moreover, we developed an oligonucleotide retrieval immunoprecipitation (ORiP) assay using a novel

129 tional memory separately during encoding and retrieval in healthy participants.

130 n to monitor synaptic vesicle exocytosis and retrieval in intact animals.

131 quality controls, and biological information retrieval in large volumes of genomic data.

132 enormous source of useful kidneys, but their retrieval in many countries is infrequent.

133 e course by delaying the kinetics of vesicle retrieval in response to increasing Ca(2+) levels.

134 e data do not support a modular view of word retrieval in speech production but rather support substa

135 ce on subsequent tasks that rely on episodic retrieval, including imagining future experiences, solvi

136 Coupling CO2 inhalation to retrieval increased activation of amygdala neurons beari

137 techniques to maintain technical success of retrieval increases with dwell time.

138 Transient acidification increased the retrieval-induced lability of an aversive memory.

139 unced differences; that is, autobiographical retrieval instantiated with the life memory test prefere

140 SUT1 and SbSUT5 increasingly function in Suc retrieval into metaphloem sieve elements to maintain a h

141 neural measures that allow us to watch this retrieval into working memory unfold with high temporal

142 rging evidence suggests that episodic memory retrieval involves the reinstatement of neural activity

143 ppocampal theta-gamma rhythms at the time of retrieval is a specific reconsolidation marker.SIGNIFICA

144 Word retrieval is core to language production and relies on c

145 ch experiment is modelled separately and the retrieval is done by finding related models.

146 ver, it remains elusive whether human memory retrieval is driven by attractor dynamics and what neura

147 al encoding of memories, but its role during retrieval is poorly understood.

148 However, VCF files are large and data retrieval is relatively slow.

149 Detailed memory retrieval is thought to involve the reinstatement of tho

150 us studies have suggested that verbal memory retrieval leads to the reinstatement of activity across

151 not be attributed to changes in fear memory retrieval, learned safety, or memory interference.

152 bility is that neural activity during memory retrieval, like replay of spiking neurons in the hippoca

153 We show here that memory retrieval may benefit from this non-specific plasticity

154 Thus, context retrieval-mediated fear-memory enhancement results from

155 rods and analyzing the results using a phase retrieval method we obtained the three-dimensional elect

156 n the antibody, detection kit brand, antigen retrieval method, and clinically defined methods by the

157 Phase retrieval methods allow us to map the internal spin stru

158 e flanked by endoplasmic reticulum retention/retrieval motifs (ERret) are incorporated into the N- or

159 fects within a posterior midline core memory retrieval network during all phases of the experiment.

160 -experienced events throughout a core memory retrieval network.

161 altered images compared with old images when retrieval occurred during periods of threat compared wit

162 h the most robust reactivation during memory retrieval occurring in mid-CA3 (CA3b), the region showin

163 maintenance of established LTM, but only if retrieval occurs.

164 The formation and retrieval of a memory is thought to be accomplished by a

165 t of GABAB(1a) receptors in consolidation or retrieval of a precise fear memory.

166 e consolidation of non-social memory and the retrieval of both non-social and social memory.

167 Coherent X-ray microscopy by phase retrieval of Bragg diffraction intensities enables latti

168 erefore, retromer-mediated endosome-to-Golgi retrieval of cation-independent mannose-6-phosphate rece

169 Targeted retrieval of chemical documents is closely connected to

170 Recent advances in the retrieval of Chl fluorescence from space using passive m

171 es may thus contribute to sex differences in retrieval of context fear and greater generalization of

172 ulate cortex (ACC), during consolidation and retrieval of context fear training.

173 suggesting a mechanism whereby cues trigger retrieval of context, which then triggers retrieval of o

174 s GluA1 levels in hippocampal synapses after retrieval of contextual fear LTM.

175 The acquisition and retrieval of contextual fear memory requires coordinated

176 s into the mechanisms of the acquisition and retrieval of contextual fear memory.

177 ace) enables ontology-powered search for and retrieval of CRAM, bigwig and bedGraph files, gene and e

178 sting its role in guiding choice, but not in retrieval of CTA memory.

179 amygdala is necessary for context-dependent retrieval of cued fear memories.

180 been shown to occur during consolidation and retrieval of emotional memories.

181 Ever-improving analytic methods for retrieval of empirical data from archaeological sites, t

182 er 5, play a crucial role selectively in the retrieval of episodic memories.

183 be system is essential for the formation and retrieval of episodic memory for which individual hippoc

184 Finally, the direct retrieval of fully atomistic detail is possible through

185 PopFly allows the visualization and retrieval of functional annotations, estimates of nucleo

186 Retrieval of important chemical information in most case

187 imbic system is involved in the encoding and retrieval of information but it is unclear how these two

188 essential cognitive elements of encoding and retrieval of information by the hippocampus.

189 Specifically, we found that the retrieval of information from long-term memory was limit

190 o-occur with humans, such as bipedalism, and retrieval of information that determines category member

191 ay be critical for the encoding, storage and retrieval of information.

192 tem and contributes both to the encoding and retrieval of long-term memories.

193 activation process during the formation and retrieval of long-term memory and define general memory-

194 ts); and (iii) it is involved in spontaneous retrieval of long-term memory.

195 n of genes related to encoding, storage, and retrieval of memories is a major interest in neuroscienc

196 describe a computational tool for automated retrieval of microtubule filaments from single-molecule-

197 However, OFC inactivation left retrieval of no-choice CTA intact, suggesting its role i

198 ystem in the acquisition, consolidation, and retrieval of non-social and social memory in mice, using

199 t affect the acquisition, consolidation, and retrieval of non-social and social memory, icv infusion

200 er retrieval of context, which then triggers retrieval of other decisions from that context.

201 distributed network to support the flexible retrieval of person attributes.

202 ance of faces and an extended system for the retrieval of person-knowledge and other nonvisual inform

203 P-independent endocytosis primarily involved retrieval of pre-existing membrane, which depended on Ca

204 eceptor subtype affects consolidation and/or retrieval of precise contextual and spatial memories.

205 d presynaptic inhibition is not critical for retrieval of precise contextual memory, but rather has a

206 ecently that this ability is achieved by the retrieval of previous motor actions and by enhanced rele

207 ng-term motor memories: recall, reflecting a retrieval of previous motor actions, and faster relearni

208 These results suggest that retrieval of relative stimulus values from memory depend

209 te that COMT genetic variations modulate the retrieval of remote memories through the dysregulation o

210 retrieval techniques has positively impacted retrieval of retrievable inferior vena cava filters with

211 dicate that MDMA attenuates the encoding and retrieval of salient details from emotional events, cons

212 on neural networks (NN) for the analysis and retrieval of single cell RNA-Seq data.

213 n posterior cortical areas for the selective retrieval of specific aspects of a memorized experience,

214 and genetic data are available, enabling the retrieval of specific frozen brains through the UK Medic

215 Cue presentation induces retrieval of the drug-cue memory, which becomes labile a

216 After in situ incubation, retrieval of the ichip and processing of its contents wi

217 ormation when compared to natural organisms, retrieval of the information requires in vivo transcript

218 n the random query mode, which also supports retrieval of the summary statistics, an overhead in the

219 lapping memories during immediate and 1-week retrieval of these associations.

220 se representations are reinstated during the retrieval of those words.

221 We use these surface measurements, retrievals of column-averaged CH4 mole fractions from GO

222 Launched on 2 July 2014, OCO-2 provides retrievals of the column-averaged CO2 dry-air mole fract

223 a gold standard corpus and also by document retrieval on a collection of abstracts on hereditary dis

224 fect is mediated by fMRI measures of context retrieval on each trial, suggesting a mechanism whereby

225 This suggests that these regions serve word-retrieval or articulatory functions in the undamaged bra

226 or genes expressed during the consolidation, retrieval or extinction of associative memories.

227 and models suggest that DG plays no role in retrieval; others encourage the opposite conclusion.

228 ctivation did not impair spatial learning or retrieval per se, but impaired the ability to follow cha

229 ppocampus, reinstatement effects between the retrieval phases correlated with memory performance.

230 ch as introspection, autobiographical memory retrieval, planning the future, and predicting someone e

231 By considering this as an information retrieval problem, we have adapted methods developed for

232 ODS AND From January 2009 to April 2015, 762 retrieval procedures were identified from a prospectivel

233 recycling pathways are segregated during the retrieval process but can partially intermix during stim

234 cued, suggesting that explicit cue-triggered retrieval processes did not drive cueing benefits.

235 Through the lens of memory encoding and retrieval processes, we construct whole-brain connectivi

236 ing detailed spatiotemporal analysis of word retrieval processes.

237 ing reflected variation at the level of word-retrieval processes.

238 a novel surgical technique with a lymph node retrieval rate that met or exceeded current oncologic gu

239 high calcium levels increase exocytosis and retrieval rates in AWC(ON), generating distinct tonic an

240 t of retrievable inferior vena cava filters, retrieval rates remain low.

241 apidly recover, raising the possibility of a retrieval rather than a storage deficit.

242 NIFICANCE STATEMENT We show that cued memory retrieval reinstates neural activity on a faster timesca

243 n-is markedly reduced during episodic memory retrieval relative to closely matched analogical reasoni

244 d when individuals engage in episodic memory retrieval, relative to other cognitive tasks, and that t

245 How these cells participate in memory retrieval remains unclear.

246 sults suggest that transient acidosis during retrieval renders the memory of an aversive event more l

247 Understanding memory formation, storage and retrieval requires knowledge of the underlying neuronal

248 ther during encoding (Encoding group; N=20), retrieval (Retrieval group; N=20), or neither (Placebo g

249 Mirroring signal-dependent retrieval, signal-dependent ectocytosis is a selective a

250 role of oscillatory reinstatement in memory retrieval.SIGNIFICANCE STATEMENT Recent neurobiological

251 ortical activity is a feature of cued memory retrieval.SIGNIFICANCE STATEMENT We show that cued memor

252 ially discovered in yeast that regulates the retrieval, sorting, and retrograde transport of membrane

253 During retrieval, subjects were instructed to differentiate amo

254 udies, implying that novelty (new > old) and retrieval success (old > new) effects may co-occur in th

255 d, the co-occurrence of striatal novelty and retrieval success effects in independent studies underli

256 Overall retrieval success rate was 98% (n=745).

257 red when new information is presented during retrieval, suggesting that this process may allow existi

258 reinstatement of neural oscillations during retrieval supports successful memory retrieval.

259 se findings support the broad principle that retrieval suppression is achieved by regulating hippocam

260 searched the Medical Literature Analysis and Retrieval System Online (MEDLINE), the Excerpta Medica D

261 The Medical Literature Analysis and Retrieval System Online via PubMed, Excerpta Medica Data

262 Medical Literature Analysis and Retrieval System Online, Excerpta Medica Database, and T

263 The Bio-TDS is a flexible retrieval system that affords users from multiple biosci

264 , nucest, and nucgss databases of the Entrez retrieval system, which integrates these records with a

265 tion mechanism causes saturation of the KDEL retrieval system.

266 red to five similar bioscience analytic tool retrieval systems with the Bio-TDS outperforming the oth

267 ing problem faced by large-scale information retrieval systems.

268 the effect of spikes on memory encoding and retrieval, taking into account the spatial distribution

269 execution of a skilled forelimb food-pellet retrieval task in mice.

270 ticipants, ages 19-85, took part in a memory retrieval task with a protracted retrieval trial consist

271 s outdoor (encoding task) or old versus new (retrieval task), while fMRI and eye tracking data were r

272 the only risk factor for failure of standard retrieval technique (odds ratio, 1.08; 95% confidence in

273 e inflection point when the risk of standard retrieval technique failure increases significantly, nec

274 When standard retrieval techniques failed, advanced techniques were us

275 The development of advanced retrieval techniques has positively impacted retrieval o

276 reases significantly, necessitating advanced retrieval techniques to maintain overall technical succe

277 al paternal care in rats, as measured by pup-retrieval tests.

278 urally inspired cognitive modeling of memory retrieval that has no biologically unconstrained paramet

279 During both encoding and retrieval, the AG and lateral occipital complex (LOC) be

280 Following the delayed retrieval, they freely recalled all videos outside of th

281 that this substrate predicts working memory retrieval times on a trial-by-trial basis.

282 s (males and females) that stopping episodic retrieval to suppress an unpleasant image triggers paral

283 in a memory retrieval task with a protracted retrieval trial consisting of an initial memory search p

284 y adults (n = 19) during memory encoding and retrieval under a face-name paired-associate learning ta

285 The suggested metric for retrieval using clusterings is the normalized informatio

286 ested a process that can allow 2.18 x 10(15) retrievals using the original DNA sample and were able t

287 y exploiting digital information storage and retrieval via the Internet.

288 emory's unique episodic reinstatement during retrieval was inversely related to its representation of

289 Absolute lymph node retrieval was not related to survival (P = 0.520).

290 vity specifically associated with contextual retrieval, we compared correct recalls, intrusions (inco

291 ate and skin conductance level during memory retrieval were measured before, directly after, and 24 h

292 A total of 5030 retrievals were found which were screened for duplicatio

293 ed implantation times present a challenge to retrieval, where standard techniques often fail.

294 odularity is conducive to effective episodic retrieval, which requires close collaboration between go

295 s of unwanted thoughts and tried to suppress retrieval while being scanned with functional magnetic r

296 approximately 50 GHz bandwidth) followed by retrieval with 98.7% fidelity.

297 After template retrieval with acetonitrile, these imprinted micelles we

298 ory and reconcile current theories of memory retrieval with classic notions about the memory mechanis

299 ed that augmenting synaptic signaling during retrieval would increase memory lability.

300 An examination of successful retrieval (yes responses) for recently studied scenes fo