ライフサイエンスコーパス: retrieval

1 rganized during episodic memory encoding and retrieval.

2 Ca(2+) is not essential for synaptic vesicle retrieval.

3 limbic (PL) and infralimbic (IL) mPFC during retrieval.

4 naling due to a failure of Golgi-to-ER STING retrieval.

5 generalized based on cue-induced freezing at retrieval.

6 advance a functional role for EMs in memory retrieval.

7 effects supporting moment-to-moment content retrieval.

8 e for future learning-based attosecond pulse retrieval.

9 approaches to oligomeric assembly alignment/retrieval.

10 on, curation, integration and efficient data retrieval.

11 these structures implement selective memory retrieval.

12 spective of the cues used to initiate memory retrieval.

13 t reactivation of this engram induces memory retrieval.

14 ovements can be used for computational image retrieval.

15 suppress freezing during context fear memory retrieval.

16 s is critical for trace memory formation and retrieval.

17 w memorability influences associative memory retrieval.

18 e attention-dependent stages of encoding and retrieval.

19 thetic DNA strands are then stored for later retrieval.

20 representations during free episodic memory retrieval.

21 amatically reduces this interference cost at retrieval.

22 within a specific temporal window opened by retrieval.

23 e to long-term fear expression during memory retrieval.

24 tal numbers, and flexible data reporting and retrieval.

25 ecially as it pertains to awake human memory retrieval.

26 y role in HC-PFC function during fear memory retrieval.

27 ubjective reactivity during emotional memory retrieval.

28 ld supports recent, but not remote, episodic retrieval.

29 ear memory acquisition and extinction memory retrieval.

30 emporal resolution to segregate encoding and retrieval.

31 es and can be accessed directly without cued retrieval.

32 zes certain information to facilitate memory retrieval.

33 ezing to light stimulation alone during fear retrieval.

34 ks and creates several index tables for fast retrieval.

35 hetamine (METH) days after learning, without retrieval.

36 itory PrL neurons during context fear memory retrieval.

37 crop better than any model or remote sensing retrieval.

38 te where we treat stimuli as cues for memory retrieval.

39 tive in reducing size and subsequently stone retrieval.

40 rcuitry supports post-extinction fear memory retrieval.

41 ivity is related to familiarity and episodic retrieval.

42 ream effects of these changes at the time of retrieval.

43 cing it with a much weaker one during memory retrieval.

44 computations supporting memory encoding and retrieval.

45 prefrontal cortex (dlPFC) in mediating such retrieval.

46 mice to generalize across calls for reliable retrieval(10,11).

47 published a neural network model for memory retrieval, a model that became a cornerstone in theoreti

48 During memory retrieval, a population of vCA1 neurons became correlate

49 of IPL activity arising from episodic memory retrieval, according to the type of information that cha

50 XC configurations that are each required for retrieval activity in cells.

51 We show that, on memory retrieval after prolonged withdrawal, the matured silent

52 A single-distance phase-retrieval algorithm was applied to the acquired CT proje

53 ased API provides flexible, declarative data retrieval along with a simple-to-use REST API.

54 al flexible tools have been developed to aid retrieval and analysis of the data.

55 al processes, particularly for the encoding, retrieval and discrimination of similar memories.

56 ium imaging to examine remapping during fear retrieval and extinction of an inhibitory avoidance task

57 ccessing the "cognitive map" during episodic retrieval and further highlight the dynamic interplay of

58 t which cortical structures are critical for retrieval and how they influence oscillatory coupling is

59 Retrieval and immunolabeling of epithelial markers, an o

60 rL projectors suppresses context fear memory retrieval and impairs the ability of PrL neurons to dyna

61 her words, are more readily available during retrieval and lead to more intrusions when retrieval fai

62 e and sequencing coverage on successful file retrieval and look for systematic DNA strand drop out.

63 geable energy sources, device deployment and retrieval and materials engineering to provide increased

64 rupted neural activity critical for mnemonic retrieval and mental simulation and (2) reduced traversa

65 associative memories become destabilized on retrieval and must be reconsolidated into long-term memo

66 found evidence for dissociable vector-based retrieval and pattern-completion processes that contribu

67 ies by retrieval practice suggests that both retrieval and re-encoding of stored memories might rely

68 ulate reconstructive processes during memory retrieval and reduce memory errors due to misinformation

69 odulate cortical reinstatement during memory retrieval and reduce misinformation errors.

70 gnitive stress mechanisms may disrupt memory retrieval and restrict prospective planning, with delete

71 n processing in the right hemisphere; memory retrieval and semantic judgement in the left hemisphere.

72 for flexibly and selectively engaging memory retrieval and show that memory-based choices are prefere

73 emented at motif.rcsb.org) enables real-time retrieval and superposition of structural motifs, either

74 aulty reconstructive processes during memory retrieval and the reactivation of brain regions involved

75 Phase retrieval and tomographic reconstruction then yield the

76 The File Server library decouples data retrieval and transformation from specific visualization

77 ion by ultrasonication, heat-induced antigen retrieval and two alternative methods for efficient dete

78 ptimization of time constraints during organ retrievals and implantation, less organs and blood produ

79 9) times the odds of failing prior to oocyte retrieval, and 1.32 (95% CI: 1.13, 1.54), 1.27 (95% CI:

80 is engaged during fear memory formation and retrieval, and activity of these projections facilitates

81 Is) from 75 to 375 milliseconds elicited pup retrieval, and cortical responses were generalized acros

82 intenance of plant osmotic balance, nutrient retrieval, and exclusion of deleterious chemicals from t

83 fter deparaffinization, rehydration, antigen retrieval, and homogenization, the protein analytes in F

84 w routes for non-binary information storage, retrieval, and intrinsic encryption, and it suggests fut

85 LPC) shows robust activation during episodic retrieval, and is involved in content representation, as

86 dation, but dispensable for learning, memory retrieval, and reconsolidation.

87 n injury exert less cognitive control during retrieval, and so are susceptible to memory misattributi

88 n and were replayed during successful memory retrieval, and this replay was associated with ripples i

89 r hand, fronto-parietal task control, memory retrieval, and visual and dorsal attention systems had r

90 Furthermore, we show that such a retrieval approach can be generalized to unseen images.

91 ological mechanisms that support such memory retrieval are largely unknown.

92 he dorsal system preferentially engaged when retrievals are used to improve performance.

93 ry representation and subsequent retrievals (retrieval as a starting point).

94 membering an event at the time of retrieval (retrieval as an end point) as well as how emotion alters

95 Key residues in VAMP4 that regulate its retrieval as well as functional clathrin-mediated vesicl

96 atal circuits in item and associative memory retrieval as well as in the stabilization of memories by

97 ) is central to long-term memory storage and retrieval as well as spatial navigation across many spec

98 d in cognitive processing, including lexical retrieval as well as verbal working memory and visual sc

99 hed recollected from nonrecollected items at retrieval, as well as contributing to relatively greater

100 auditory-driven maternal preference in a pup-retrieval assay.

101 CB1R antagonism also inhibited memory retrieval-associated increases in BLA zinc finger 268 (z

102 Retrieval-associated networks demonstrated enhanced invo

103 pocampal control over memory acquisition and retrieval at theta and gamma frequencies, respectively.

104 Our results show that computational image retrieval based on eye movements during spontaneous imag

105 izing the goals of viable energy storage and retrieval based on the N-H bonds of ammonia in a carbon-

106 imes referred to as the testing effect or as retrieval-based learning) and consider directions for fu

107 -associated memories are persistent, but, on retrieval, become temporarily destabilized and vulnerabl

108 of GABAergic networks that restores accurate retrieval behavior in Mecp2(het) also restores maternal

109 (het) ) failed to acquire a learned maternal retrieval behavior when exposed to pups, an effect linke

110 In contrast, gffutils provides faster retrieval but doubles the size of the GFF files.

111 campal neurons and disrupted selectively the retrieval, but not encoding, of declarative memories.

112 It improves the speed of query and retrieval by several magnitudes compared to the state-of

113 between hippocampal activity and associative retrieval, (c) older age weakened cortical reinstatement

114 This challenge of information retrieval can be characterized in terms of "semantic" an

115 ine with powerful cross-referencing and data retrieval capabilities.

116 nt inhibition of the PVT->NAc pathway during retrieval causes enduring protection against opiate-prim

117 obabilities outperformed content-based image retrieval (CBIR) representations of AI in the mobile tec

118 ses to characterize WM encoding, binding and retrieval comparing ADHD and non-ADHD matched adolescent

119 at for rodent contextual fear memories, this retrieval conditioning effect is observed only when cond

120 dicted the extent of reduction of subjective retrieval confidence.

121 verbal memory task and asked how encoding or retrieval correlated with inter-regional synchronization

122 e that followed or preceded, respectively, a retrieval cue.

123 ated encoding-related EMs following degraded retrieval cues and this reinstatement was negatively cor

124 Using trial-to-trial retrieval data, we show that tonic lapses in attention i

125 star (MBS) stent provided with a customized retrieval device (9 or 15 Fr) has been developed to spar

126 c field for 90 s via a magnetically assisted retrieval device facilitates rapid retrieval of up to 94

127 et and postonset activity around the time of retrieval did not predict memory performance for repeate

128 ents during acute metabolic stress and their retrieval during the recovery phase provide a competitiv

129 nization, spotted masses of DNA, and droplet retrieval dwell times.

130 We evaluate the retrieval efficiency of an HRE quantum memory and the ou

131 main problem of quantum memories is the low retrieval efficiency of the quantum systems from the qua

132 we define a novel quantum memory called high-retrieval-efficiency (HRE) quantum memory for near-term

133 The direction of replay supporting retrieval, either backward or forward, depended on wheth

134 Here, the dependency of the retrieval-extinction effect on memory destabilization or

135 ilization, and thus reconsolidation, for the retrieval-extinction effect was subsequently investigate

136 understand the mechanisms that underlie the 'retrieval-extinction' effect.

137 g retrieval and lead to more intrusions when retrieval fails.

138 roach argues that if the amnesia is due to a retrieval failure, BM-LTM should remain at levels compar

139 hibition is due to memory erasure and not to retrieval failure.

140 sensitive to the moment-to-moment content of retrieval) fell primarily within canonical default netwo

141 e a plethora of studies suggested sequential retrieval for deterministic choice outcomes, it remains

142 g to task-relevant stimuli and during active retrieval from memory while engaging in learned categori

143 -rich region of Erv46 were also required for retrieval function in cells.

144 tcue sleep spindle power, demonstrating that retrieval has a strong relationship with spindles.

145 Theoretical models of memory retrieval have focused on processes of recollection and

146 WM encoding and WM retrieval have not been investigated in schizophrenia wi

147 hile neurons TRAPed during earlier and later retrievals have similar broad projections throughout the

148 or if the trace is present but inaccessible (retrieval impairment).

149 t such amnesia is due to storage rather than retrieval impairments.

150 us to identify neural correlates of task-set retrieval in a functional network involving ventral and

151 sms supporting long term memory (LTM) access/retrieval in language and music.

152 s and examined the regulation of fear memory retrieval in male and female mice.

153 Intestine graft viability compromises retrieval in most brain-dead donors.

154 f successful associative memory encoding and retrieval in patients (10 females and 9 males) undergoin

155 ex have been linked with context fear memory retrieval in rodents, but the mechanisms by which HC-PrL

156 7 x 10(-6) for fractional isotopic abundance retrievals in 1 s.

157 emories is uniquely vulnerable to immediate, retrieval-independent, and lasting disruption by direct

158 ich memories are maintained following memory retrieval-induced destabilization.

159 Consideration of how memory retrieval influences the addiction process suggests nove

160 e demonstrate this method, named in situ PSF retrieval (INSPR), across a range of cellular and tissue

161 t vmPFC drives the hippocampus during memory retrieval, irrespective of how old the recalled memories

162 ER protein retrieval is achieved by the KDEL receptor, which recogn

163 orm rapidly, but their influence on episodic retrieval is dictated by the need to bolster fading memo

164 Episodic memory retrieval is increasingly influenced by schematic inform

165 ings reveal that post-extinction fear memory retrieval is supported by local and interregional experi

166 Episodic memory retrieval is thought to rely on the replay of past exper

167 y generalization and impairs fear extinction retrieval, leaving the expression of the original cued r

168 apped on endosomes coated with the endosomal retrieval machinery retromer.

169 coming the streetlight effect in information retrieval, making up the key components of Knowledge Org

170 Preconditioning of donor livers before organ retrieval may improve organ quality after transplantatio

171 e viewpoint-dependent stimuli activating the retrieval (mental frame syncing) plays a critical role i

172 Here we propose a pulse retrieval method based on conditional variational genera

173 osslinking and an innovative biotinylated Cp retrieval method, here we comprehensively define binding

174 Conventional attosecond pulse retrieval methods face two major challenges: the ability

175 h heat- and enzymatic-mediated virus antigen retrieval methods to determine the optimal virus antigen

176 recovery as well as identifying alternative retrieval methods to enable flexibility of IHC methods.

177 cascades during fear behavior (context fear retrieval) (n = 16).

178 equent encounters with the item serve to cue retrieval of (i.e., predict) the associated CCD.

179 that such a response is due to the specific retrieval of a similar, previously encoded item is sever

180 xamine whether spatial contexts serve to cue retrieval of associated task demands (e.g., context A an

181 tion, is detrimental to the subsequent rapid retrieval of aversive contextual associations.SIGNIFICAN

182 re transplanted and the in vitro and in vivo retrieval of capsules containing nanoparticles functiona

183 possibility is that the similarity reflects retrieval of common spoken language representations.

184 if and how these network states support the retrieval of competing memories, we mimicked endogenous

185 ATEMENT Drug relapse can be triggered by the retrieval of context-drug memories on re-exposure to a d

186 bumin-expressing interneurons in mice during retrieval of contextual fear and extinction memories.

187 sembles of vCA1 neurons mediate encoding and retrieval of contextual fear memories.

188 -amygdala pathway has been implicated in the retrieval of contextual fear memory, the mechanism by wh

189 omputational mechanisms for memorization and retrieval of data is a long-standing problem at the inte

190 resentations of time during the encoding and retrieval of episodes [7-12].

191 conclude that human CA3 is necessary for the retrieval of episodic memories long after their initial

192 information is critical for the encoding and retrieval of episodic memories.

193 g of novel information, while down-weighting retrieval of erroneous memory predictions to promote an

194 xt plays a critical role in the encoding and retrieval of events.

195 Retrieval of everyday experiences is fundamental for inf

196 th accuracy for lure images, suggesting that retrieval of existing representations (i.e., pattern com

197 ves fear expression during both encoding and retrieval of fear memory.

198 ngular response of the final film allows for retrieval of key physical properties and the chemical co

199 By prioritizing retrieval of negative and positive over neutral memories

200 article reviews the importance of practicing retrieval of newly experienced information if one wants

201 The endocytic retrieval of NHE3 was promoted by depletion of USP7 or U

202 fMRI was used during both encoding and retrieval of paired associates.

203 oModels Parameters, to facilitate search and retrieval of parameter values from the Systems Biology M

204 interface access to KEGG and STRING for the retrieval of pathway diagrams and protein-protein intera

205 c stem cell (mESC) complementation assay and retrieval of patient-related information were combined t

206 suggest that distinct processes underlie the retrieval of pattern separated item representations and

207 IPL is more consistently associated with the retrieval of perceptual (97%), than semantic aspects of

208 n lexical representations and facilitate the retrieval of predicted representations.

209 Selective export and retrieval of proteins between the endoplasmic reticulum

210 ch in turn supports the consolidation and/or retrieval of remote fear memories.

211 he secretory pathway relies on retention and retrieval of resident proteins.

212 arch engine has been fine-tuned for improved retrieval of search results.

213 in mPFC was also observed during the initial retrieval of self-generated information within a time wi

214 and locality-sensitive hashing for efficient retrieval of similar profiles.

215 lates parahippocampal gamma amplitude during retrieval of spatial context, suggesting a role for cros

216 origin of a memory is remembered through the retrieval of specific features (e.g. perceptive, sensiti

217 ral context may be problematic for selective retrieval of specific memories.

218 ull-length articles) and do not allow direct retrieval of specific statements, which is key for tasks

219 We present a novel method for the local retrieval of surface bound species and their rapid in-li

220 usion at defined release sites and endocytic retrieval of synaptic vesicle membranes.

221 Retrieval of synaptic vesicles via endocytosis is essent

222 (e.g., context A and B probabilistically cue retrieval of task demands X and Y, respectively), and th

223 nostructured substrates, allow for on-demand retrieval of the captured CTCs/CFNCs with high cell viab

224 onitoring and/or require additional surgical retrieval of the implants, which comes with increased ri

225 larity between activity patterns during cued-retrieval of the learned room and during the image is lo

226 Retrieval of the optical phase information from measurem

227 a temporal structure, suggesting alternating retrieval of the outcomes.

228 ural pattern separability) predict proactive retrieval of the probabilistically dominant associated t

229 the basolateral amygdala complex (BLC) with retrieval of the remote (30-day-old) stress memory.

230 AMPA/NMDA and dopamine D1 receptors, but the retrieval of the response associated with the instructiv

231 eft IPL is more consistently associated with retrieval of the semantic (95% of eligible contrasts) th

232 One day later, they engaged in cued retrieval of these episodes while undergoing magnetoence

233 Successful retrieval of these memorable items, relative to less mem

234 of GORAB causes impairment of COPI-mediated retrieval of trans-Golgi enzymes, resulting in a deficit

235 l activity and cortical reinstatement during retrieval of trial-unique associations.

236 assisted retrieval device facilitates rapid retrieval of up to 94% (+/-3.1%) of the transplant volum

237 typically triggers asynchronous release and retrieval of VAMP4 from the plasma membrane also augment

238 Synaptic vesicle fusion is coupled to swift retrieval of vesicle components from the synaptic plasma

239 (lapping) compared to humans (suction and/or retrieval of water into containers), it seems unlikely t

240 The Entrez system provides search and retrieval operations for most of these data from 35 dist

241 or temporal cortex when the control process (retrieval or suppression) is triggered and in the latera

242 Retrieval P3 discriminated change only in the non-ADHD g

243 Encoding and retrieval P3 were significantly correlated only in non-A

244 stimulus onset and correlated with accurate retrieval performance of self-generated information.

245 was predictive of autobiographical episodic retrieval performance.

246 To investigate this, we used the retrieval practice paradigm, shown to elicit memory inte

247 well as in the stabilization of memories by retrieval practice suggests that both retrieval and re-e

248 of attribution mechanisms in shaping memory retrieval, prior work examining implicit memory suggests

249 and function as memory cues facilitating the retrieval procedure.

250 Neurofilament-H in combination with antigen retrieval procedures.

251 tact in ADHD, attention-related encoding and retrieval processes are compromised, resulting in a fail

252 ifically on how emotional valence influences retrieval processes, examining how emotion influences th

253 ontaneous, but stimulus-dependent, conscious retrieval processes, that are generally intact in health

254 l temporal lobe-dependent declarative memory retrieval processes.SIGNIFICANCE STATEMENT Interictal ep

255 Cognitive control constrains retrieval processing and so restricts what comes to mind

256 dal integration, consistent with its role at retrieval proposed by CoBRA.

257 al and spatial characteristics of successful retrieval provided new insights into the cross-regional

258 an lead to the development of low-cost phase retrieval receivers for various applications of few-mode

259 underlying memory storage, consolidation and retrieval remain incompletely understood.

260 he temporal dynamics of these regions during retrieval remain largely unknown.

261 ience of remembering an event at the time of retrieval (retrieval as an end point) as well as how emo

262 erlying memory representation and subsequent retrievals (retrieval as a starting point).

263 Choices requiring memory retrieval selectively engaged phase-locking of MFC neuro

264 Specifically, practicing retrieval shortly after learning can slow the forgetting

265 providing an effective indicator of offline retrieval.SIGNIFICANCE STATEMENT Memories are thought to

266 rieval under drug influence) and 1 wk later (retrieval sober).

267 n errors promote hippocampal encoding versus retrieval states, as marked by distinct network connecti

268 he metabolic changes that occur during organ retrieval, storage, and implantation have been relativel

269 In addition, rare-cell retrieval strategies, including stimulus-responsiveness

270 resection of Gerota's fascia, and lymph node retrieval strengthen the need for a randomized trial to

271 striatal monitoring processes in association retrieval suggests that associative memory might be part

272 on supported by hippocampus and vector-based retrieval supported by parahippocampal cortex and latera

273 e activity, VAMP4-dependent synaptic vesicle retrieval supports a pool of vesicles that fuse spontane

274 During organ retrieval, surgeons estimate the degree of arteriosclero

275 We introduce an information retrieval system for large metagenomic data sets that ex

276 ), PsycINFO, Medical Literature Analysis and Retrieval System Online (MEDLINE) and Cumulative Index o

277 formed a goal-directed episodic encoding and retrieval task(22).

278 s outdoor (encoding task) or old versus new (retrieval task).

279 Retrieval teams should develop protocols that ensure the

280 y, resulting in high levels of fear during a retrieval test.

281 altered by this manipulation during the same retrieval test.

282 ic predictions linking chunking and task-set retrieval that were borne out by behavioral performance

283 orcine kidneys for the first time from organ retrieval, through warm ischemia, transportation on ice,

284 ur periods [ovarian stimulation (OS), oocyte retrieval to embryo transfer (ET), ET to implantation, i

285 Perfusion was maintained from organ retrieval to implantation.

286 Together, these findings link memory retrieval to stabilization and provide a powerful tool f

287 ance of cognitive processes governing memory retrieval to substance use disorder.

288 ubstrates are targeted for degradation after retrieval to the ER or delivery to the lysosome/vacuole.

289 ins virtually unexplored because appropriate retrieval tools have been unavailable until very recentl

290 correlated with the declared confidence of a retrieval trial, with higher firing rates indicative of

291 microcapsule is developed that enables graft retrieval under an applied magnetic field.

292 Memory was tested immediately (encoding and retrieval under drug influence) and 1 wk later (retrieva

293 CVGN pulse retrievals under various simulated noise levels and expe

294 vent-related potential (ERP) index of memory retrieval was present for both trials when the stimuli w

295 nts, we found that trial-by-trial successful retrieval was supported by the sequential replay of epis

296 effectively suppressed aversive taste memory retrieval when applied either during or before the encod

297 generally had difficultly suppressing memory retrieval when negative stimuli were presented.

298 The hippocampus supports memory encoding and retrieval, which may occur at distinct phases of the the

299 on waist and is easily removable due to long retrieval wires deployed within the duodenum.

300 bits, including addressing, and demonstrate retrieval with streaming nanopore sequencing.