ライフサイエンスコーパス: comprehension

1 e (e.g., in production) or passive (e.g., in comprehension).

2 o in home recordings) correlated with in-lab comprehension.

3 to increased listening effort during speech comprehension.

4 ol provides special challenges in design and comprehension.

5 ctures, however, poses challenges for speech comprehension.

6 ernally and incrementally constructed during comprehension.

7 sensory modules, such as vision and language comprehension.

8 uage control mechanisms in production versus comprehension.

9 d cause inconsistent impairments of sentence comprehension.

10 appy and sad moods on discourse and sentence comprehension.

11 complex and requires a high level of reading comprehension.

12 sustained silent reading speeds, and reading comprehension.

13 at, RPM reports are not conducive to patient comprehension.

14 posterior perisylvian region and spoken word comprehension.

15 ocess involving vision, memory, and language comprehension.

16 reading skills: word recognition and reading comprehension.

17 rogressively turned towards its atomic level comprehension.

18 25 age-matched controls during passive story comprehension.

19 e envelope of speech) is critical for speech comprehension.

20 e interconnection of language production and comprehension.

21 s of episodic memory, naming and grammatical comprehension.

22 g to well-known story characters during text comprehension.

23 ed the importance of prediction for language comprehension.

24 ntic prediction speeds speech production and comprehension.

25 of inferior frontal gyrus in natural speech comprehension.

26 fication in lesion-based studies of auditory comprehension.

27 h syllabic rate but showed no sensitivity to comprehension.

28 had an unpredicted negative effect on speech comprehension.

29 ain activation pattern as a measure of story comprehension.

30 ions of these networks to naturalistic story comprehension.

31 nguals monitor their languages for efficient comprehension.

32 ldren are detectable in the initial stage of comprehension.

33 ry cortex are primarily responsible for word comprehension.

34 I BOLD in brain areas associated with speech comprehension.

35 t the left temporal pole is crucial for word comprehension.

36 haviorally, influence on-line processing and comprehension.

37 hanced performance of stream-specific speech comprehension.

38 ment (effect-size range: 0.05-0.10), reading comprehension (0.02-0.10), and receptive vocabulary (0.0

39 racy (1.69, 1.15-2.49; p=0.007), and reading comprehension (1.54, 1.06-2.23; p=0.02) than were those

40 t only white matter volume predicted reading comprehension 2 years after scanning.

41 TATEMENT We know that, during natural speech comprehension, a broad network of perisylvian cortical r

42 ain regions that support strategic discourse comprehension: a domain-general control network and a ne

43 Phonological training improved speech comprehension abilities and was particularly effective f

44 oreign speakers despite their limited speech comprehension abilities, suggesting that speaker discrim

45 nd this partial coherence directly predicted comprehension accuracy.

46 ions showed that although task-free language comprehension activates only the auditory and frontotemp

47 revision of these materials to allow greater comprehension among a wider audience.

48 patients in their access to health services; comprehension and adherence; quality of care; and patien

49 ecall task in that it involves an element of comprehension and can be implemented in an ongoing fashi

50 ns should provide valuable assistance in the comprehension and design of palladium-catalyzed reaction

51 cussion of semantic variant PPA, grammatical comprehension and expression in a discussion of nonfluen

52 We use a new dataset, which includes in-lab comprehension and home measures from the same infants.

53 ct equations are easily derived that provide comprehension and insight of how extra-column broadening

54 ulation that have major implications for the comprehension and manipulation of unwarranted cell loss.

55 the multisynaptic hierarchy underlying word comprehension and object naming.

56 -based structural connectome), auditory word comprehension and object recognition tests were obtained

57 ood blood lead level with deficits in verbal comprehension and processing speed were not statisticall

58 ples of supposed locality biases in language comprehension and production, and their link to memory c

59 nvincingly for a unified system for language comprehension and production, they fail to explain how s

60 elopmental perspective on the integration of comprehension and production.

61 phasia, associated with poor auditory-verbal comprehension and repetition, plus fluent speech with ja

62 orrelates of mind wandering during discourse comprehension and shows that the processes being engaged

63 and prior neuroimaging studies of discourse comprehension and strategic reading comprehension have s

64 sing, the ideomotor theory predicts that the comprehension and the production of language are functio

65 f microbial communities, thus increasing our comprehension and understanding of the behaviors of micr

66 rm across linguistic domains (production and comprehension) and whether it is a subdomain of general

67 syntactic processing during spoken language comprehension, and a wealth of research examining adults

68 undergone, and knowledge about testing, risk comprehension, and decisional conflict and regret at 24

69 okinetic rate, rudimentary auditory language comprehension, and executive functioning (scores on a ma

70 ocessing Speed, Perceptual Reasoning, Verbal Comprehension, and Full-Scale IQ.

71 stimuli with a specific impairment in social comprehension, and highlight the need to conceive of ASD

72 ons during reading reflects the ease of text comprehension, and increased word frequency results in r

73 nt action to develop accounts of production, comprehension, and interactive language.

74 ng cognitive effects that impact perception, comprehension, and memory, leading to increased listenin

75 : causal reasoning, moral judgment, language comprehension, and more.

76 The project of coordinating perception, comprehension, and motor control is an exciting one, but

77 Mind wandering often interferes with reading comprehension, and prior neuroimaging studies of discour

78 ciated with mathematics achievement, reading comprehension, and receptive vocabulary.

79 t the neural substrates of word and sentence comprehension are dissociable and that a circumscribed c

80 rticle proposed that language production and comprehension are interwoven, with speakers making predi

81 networks, their respective contributions to comprehension are likely distinct, yet such differences

82 -controlled clinical measures of grammatical comprehension are unavailable.

83 l language-switching tasks in production and comprehension as well as in analogous tasks in which, in

84 of brain regions specific to production and comprehension, as well as those that are shared between

85 on neural systems supporting spoken language comprehension, beginning with age-related physiological

86 language familiarity effect is not based on comprehension but rather on familiarity with the phonolo

87 udies do reveal links between production and comprehension, but also demonstrate that the integration

88 the dynamics of auditory decoding in speech comprehension by challenging syllable tracking and speec

89 dings constrain cognitive models of language comprehension by suggesting a novel distinction between

90 possible contributions of the MD network to comprehension, contrasts with accounts positing that thi

91 omprehension deficits (median [IQR] sentence comprehension correct: nfvPPA-PSP, 98% [80-100]; nfvPPA-

92 lobal effort has produced deeper mechanistic comprehension coupled with an evolving appreciation for

93 se findings emphasise a distinct grammatical comprehension deficit in naPPA and associate this with i

94 with evidence of classic dyslexia, specific comprehension deficit, and language learning disability.

95 atrophy and a trend toward greater sentence comprehension deficits (median [IQR] sentence comprehens

96 Comprehension deficits are common in stroke aphasia, inc

97 Our findings suggest that syntactic comprehension deficits in primary progressive aphasia re

98 brain activation are associated with social comprehension deficits.

99 icity, or indirectly in that all elements of comprehension derived from electrochemical experiments c

100 d cingulate cortex, was associated with word comprehension difficulties after factoring out object re

101 Linear regressions related grammatical comprehension difficulty in naPPA to left anterior-super

102 Grammatical comprehension difficulty is an essential supporting feat

103 s "multiple demand" (MD) network scales with comprehension difficulty, but also with cognitive effort

104 The reason comprehension drops when speech is accelerated could hen

105 al level are believed to facilitate auditory comprehension during movements and drive auditory halluc

106 Language comprehension engages a cortical network of left frontal

107 In addition, language comprehension engages a second network consisting of bil

108 's audio severely increase the participants' comprehension error rates.

109 ual (AV) integration is essential for speech comprehension, especially in adverse listening situation

110 Most brain-imaging studies of language comprehension focus on activity following meaningful sti

111 nd 2.9 points (95% CI: -4.4, -1.3) in Verbal Comprehension for each standard deviation increase in to

112 res, suggesting that they chose to sacrifice comprehension for speed.

113 h to separate processes specific to language comprehension from those related to general task demands

114 avioural evidence of language expression and comprehension, functional magnetic resonance imaging and

115 ionship with the LRTC of brain dynamics when comprehension halts.

116 iscourse comprehension and strategic reading comprehension have shown that there are at least two net

117 predict individual differences in discourse comprehension: higher working memory scores and lower ex

118 In comprehension, however, a biphasic pattern was observed:

119 The drop in comprehension, however, is signaled by a significant dec

120 t localized deficits in non-literal language comprehension, humour, theory of mind and social reasoni

121 20 patients with chronic aphasia with speech comprehension impairment following left hemisphere strok

122 the presence of a logopenic aphasia or word comprehension impairment made FTLD-tau unlikely.

123 ound that the individual degree of syntactic comprehension impairment was predicted by left frontal a

124 ures of the aphasia, such as agrammatism and comprehension impairment, were as informative of underly

125 Patients with more severe speech comprehension impairments also showed strengthening of b

126 Severe comprehension impairments for single words, on the other

127 Reports of combined word and sentence comprehension impairments in Wernicke's aphasia come alm

128 The most severe sentence comprehension impairments were associated with a heterog

129 is characterized by severe word and sentence comprehension impairments.

130 ssociated with recovery from auditory-verbal comprehension impairments.

131 ate the functional neuroanatomy of syntactic comprehension in 51 individuals with primary progressive

132 ed, memory, perceptual reasoning, and verbal comprehension in adolescence and adulthood.

133 elated changes in sensation, perception, and comprehension in complex communication situations.

134 along the ventral pathway facilitates speech comprehension in multisensory environments.

135 Speech comprehension in multitalker situations is a notorious r

136 associated with impaired verbal fluency and comprehension in schizophrenia but improved performance

137 a comprehensive bottom-up account of speech comprehension in the human brain.SIGNIFICANCE STATEMENT

138 hat place the locus of action perception and comprehension in the motor system and invite a shift in

139 s (P&G's) integrated model of production and comprehension includes no explicit role for nonlinguisti

140 a right cerebellar contribution in language comprehension independently from motor, cognitive, and l

141 by decrements in processing speed and verbal comprehension index.

142 ed within Wernicke's area, leave single word comprehension intact and cause inconsistent impairments

143 tex, a pattern of atrophy that left sentence comprehension intact.

144 Narratives offer increased comprehension, interest, and engagement.

145 with previous studies, we found that speech comprehension involves hierarchical representations star

146 ad passages of information fluently and with comprehension is a basic component of socioeconomic succ

147 Auditory word comprehension is a cognitive process that involves the t

148 Discourse comprehension is a hallmark of human social behaviour an

149 These data show that speech comprehension is constrained by concurrent stimulus-driv

150 Speech comprehension is improved by viewing a speaker's face, e

151 These data suggest that speech comprehension is not limited by the capacity of theta os

152 Proof of comprehension is not required and rarely obtained.

153 Speech comprehension is preserved up to a threefold acceleratio

154 sults show how normal variability in reading comprehension is related to gene, white matter volume, a

155 We found that speech comprehension is related to the scale-free dynamics of d

156 Consequently, auditory-verbal comprehension is significantly impaired in Wernicke's ap

157 area equally critical for word and sentence comprehension is unlikely to exist anywhere in the cereb

158 ), and a reduced or even reversed production-comprehension lag (a reduction or reversal of the well-e

159 alia, and clinical lore about the production-comprehension lag).

160 ics, 12 scored above an eighth grade reading comprehension level, and 12 met <50% of International Pa

161 emphasis on local, individual production and comprehension makes it difficult to accommodate the ubiq

162 s the neural mechanisms underlying discourse comprehension (measured by the Discourse Comprehension T

163 A concrete implication is that speech comprehension might be enhanced, by first measuring each

164 Sentence comprehension occurs very rapidly, and can only be under

165 ts into meaningful clusters, improving human comprehension of a document collection.

166 ts ranging from completely artificial to the comprehension of a fully natural bilingual conversation

167 f a solution to a problem (an "aha moment"), comprehension of a joke or metaphor, or recognition of a

168 a challenge for practitioners as a parent's comprehension of a trial may differ from that intended b

169 abolised forms is paramount for the in-depth comprehension of adverse effects on living organisms, th

170 Our comprehension of AKT regulation and functions is particu

171 Such classifications facilitate our comprehension of an otherwise complex biology, but are l

172 ter definition of cocoa quality and a deeper comprehension of biochemical changes occurring during fe

173 losing this gap will require a more detailed comprehension of brain function, a rethinking of how we

174 irm these preliminary results to enhance our comprehension of complex age-associated phenomena.

175 e the neural responses during production and comprehension of complex real-life speech.

176 nsional single EV data, thereby facilitating comprehension of EV functions and biomarker development.

177 We discuss this concept and, to advance comprehension of exosomal function in cancer as mediator

178 , which significantly add to the biochemical comprehension of flavin metabolism and its subcellular c

179 These findings might help the comprehension of fruit development, which in turn, impac

180 opment software project for the analysis and comprehension of high-throughput data in genomics and mo

181 discovery marks an important advance in our comprehension of how miRNAs function in the development

182 Advances in these areas have broadened our comprehension of how the immune system functions in the

183 in this area has the potential to widen our comprehension of immune homeostasis.

184 imental platform that may be pivotal for the comprehension of key mechanisms responsible for the accu

185 l to switch languages in production, but the comprehension of language switches recruits a distinct n

186 his process is central to the expression and comprehension of language, little is known about its neu

187 This study offers a key comprehension of mediator sensitivity to reoxidation by

188 tes) are common and often attributed to poor comprehension of medical information.

189 ocal population synaptic activity, enhancing comprehension of neural processes across spatiotemporal

190 Creativity assessment included Comprehension of Novel Metaphors (CNM), Remote Associati

191 Comprehension of Novel Metaphors was better in PD patien

192 een proven in multiple clinical studies, the comprehension of other biologic mechanisms of action on

193 tivation of vitamin D has revolutionized our comprehension of phosphate homeostasis.

194 The comprehension of primary and secondary malaria vectors a

195 The comprehension of protein and DNA binding in vivo is esse

196 opportunities to alter practice to maximize comprehension of radiologic reports and thus optimize th

197 ctive quiz on a tablet-based system improves comprehension of research study procedures and risks.

198 inorganic nanoparticles (NPs) is central to comprehension of self-organization processes and a wide

199 timulation to the left AG resulted in faster comprehension of semantically meaningful combinations li

200 ve typically focused on either production or comprehension of single speech utterances such as syllab

201 This study opens new perspectives for comprehension of social deficits in this mental disorder

202 ss progress in sampling and trapping and our comprehension of spatial distribution of these pests as

203 The comprehension of tautomeric equilibria of this new class

204 A significant improvement of our comprehension of the accessible resolution in TERS is th

205 Despite much progress in the comprehension of the complex process of somatic cell rep

206 However, comprehension of the cutaneous lipid complement, and con

207 Comprehension of the degradation of macroalgal polysacch

208 esults represent significant progress in the comprehension of the diencephalic region of Xenopus and

209 Comprehension of the events that lead to seizure termina

210 hanced Raman spectroscopy, at revisiting our comprehension of the factors limiting it both from a the

211 of delta/theta oscillations, the greater the comprehension of the fastest speech rate.

212 appears therefore to be essential for a deep comprehension of the folding mechanism.

213 ecalis virulence and contributes to a deeper comprehension of the genetic mechanism leading to the tr

214 MV vaccine and opens new perspectives on the comprehension of the HCMV cell entry mechanism and tropi

215 A thorough comprehension of the interplay between helminth infectio

216 The full comprehension of the mechanisms induced by tfec will rep

217 diated inflammatory and autoimmune diseases, comprehension of the mechanisms underlying its therapeut

218 the immunocompromised host are key goals for comprehension of the pathogenesis of pulmonary aspergill

219 nts in immunodiagnosis have further advanced comprehension of the pathophysiology of this disease.

220 visualization, and integration for a better comprehension of the results.

221 y also provide the basis for a more detailed comprehension of the role of flavin homeostasis in biolo

222 activity time courses during production and comprehension of the same narrative we were able to iden

223 and listener's brains during production and comprehension of the same narrative.

224 These findings can contribute to the comprehension of the stress response mechanisms used by

225 tion to the foundations of a more insightful comprehension of the structure and reactivity of titaniu

226 t of patients; however, we lack a satisfying comprehension of the underlying mechanisms of anti-CTLA-

227 ment of these complications demands a deeper comprehension of their cause and pathophysiology.

228 fficient delivery strategies and fundamental comprehension of their interaction with target bacterial

229 production of communicative signals and the comprehension of their meanings.

230 Advances in this direction will improve our comprehension of transport process in the natural intrac

231 n benthic ecosystems in order to improve our comprehension of viral diversity in the oceans and its r

232 ensitive to the syllabic rate, yet reflected comprehension on a single-trial basis.

233 agrammatism (p<0.017) and impaired sentence comprehension (p<0.036).

234 yllabic rhythm.SIGNIFICANCE STATEMENT Speech comprehension partly depends on the ability of the audit

235 nitive test performance in 4 domains (verbal comprehension, perceptual [visual] reasoning, working me

236 zed scores for both Full Scale IQ and Verbal Comprehension, Perceptual Reasoning, Working Memory, and

237 e IQ (primary outcome) and indexes of Verbal Comprehension, Perceptual Reasoning, Working Memory, and

238 ere, especially the frontal lobe, to reading comprehension performance on the particular passage comp

239 ects, both of which are important aspects of comprehension performance.

240 extraversion levels predict better discourse comprehension performance.

241 equire an orchestration of brain regions for comprehension, planning, and integration of a heard soun

242 Human speech comprehension, poorly understood as a neurobiological pr

243 ious models of human sentence production and comprehension predict that long dependencies are difficu

244 inguistic content of language production and comprehension, predictably setting limits on useful comp

245 spheric functional connectivity during story comprehension predicted better receptive language perfor

246 However, the varieties of these comprehension problems, and their underlying causes, are

247 uistic input, and suggests a new typology of comprehension processes based on their extent of input t

248 The integration of language production and comprehension processes may be more specific in terms of

249 tion, (b) how they interweave production and comprehension processes, and (c) how they use these pred

250 ork of regions supporting coherence-building comprehension processes.

251 t is processing actions whose activation for comprehension/production explains intra-/inter-speaker p

252 an life, including learning, speech and text comprehension, prospection and future planning, and expl

253 etransplant MRI severity and baseline verbal comprehension (r = -0.340; P = .008), perceptual reasoni

254 e fundamental for the optimisation of speech comprehension, recalibration problems could render langu

255 MD networks.SIGNIFICANCE STATEMENT Language comprehension recruits both language-specific mechanisms

256 occurs after a stroke to classical language comprehension regions in the left temporoparietal cortex

257 tem is altered after damage to the classical comprehension regions.

258 essed without support from classic posterior comprehension regions.

259 nce for the efficacy or mechanisms of speech comprehension rehabilitation.

260 d bilateral coupling between production- and comprehension-related processing within both linguistic

261 results showed that language production and comprehension rely on different networks: whereas langua

262 Speech comprehension requires that the brain extract semantic m

263 VA decrement was associated with 5.9% lower comprehension score (95% CI: -9.1, -2.7, P = .001).

264 The primary outcome measure was speech comprehension score on the comprehensive aphasia test.

265 g speed, sustained-silent reading speed, and comprehension score.

266 er, AMD participants had substantially lower comprehension scores than controls (53% vs 85% correct,

267 he AF, however, correlated only with reading comprehension scores, bilaterally.

268 MD patients demonstrated substantially lower comprehension scores, suggesting that they chose to sacr

269 lower white matter volume and lower reading comprehension scores.

270 le only the left ILF correlated with reading comprehension scores.

271 etworks, the brain bases of switching during comprehension seemed language specific.

272 ferior temporal regions are crucial for word comprehension, serving as a hub to integrate auditory an

273 tion should be provided, and how the donors' comprehension should be ascertained.

274 representations aids language production and comprehension.SIGNIFICANCE STATEMENT The cerebellum is t

275 and working memory, lexical and grammatical comprehension, single word retrieval and fluency, and sp

276 Natural, task-free language comprehension solely recruits auditory and frontotempora

277 standing the neural foundations of discourse comprehension, suggesting that core elements of discours

278 network, which overlaps extensively with the comprehension system.

279 elligence and object naming) and a syntactic comprehension task that shows age-related preservation.

280 7 - 2 = x), and performed a control sentence comprehension task while undergoing fMRI.

281 Using a Go/NoGo task embedded in a sentence comprehension task, we found that negation in the contex

282 -channel language comprehender in a sentence comprehension task: (i) semantic cues should pull senten

283 ed by the dorsal stream and lexical-semantic comprehension tasks supported by the ventral stream.

284 ension performance on the particular passage comprehension test used in this study.

285 rse comprehension (measured by the Discourse Comprehension Test) and systematically examine its relat

286 isual" cortex is more active during sentence comprehension than during a sequence memory task with no

287 complex neural computations in human speech comprehension to the rapidly evolving ASR systems that a

288 ge-specific processes (speech perception and comprehension, verbal working memory and pre-articulator

289 stained silent reading speeds, while reading comprehension was assessed based on silent reading test

290 Toddlers' spoken word comprehension was examined in the context of pictures th

291 In perception of scenes as well as language comprehension, we make use of knowledge that briefly exc

292 tion of motor system involvement in language comprehension, we recorded neuromagnetic responses elici

293 Semantic deficits on tests of single-word comprehension were generally mild, and these deficits we

294 Conversely, effects of language-switching in comprehension were observed in the anterior cingulate co

295 tory prostheses can partially restore speech comprehension when hearing fails.

296 small but significant improvement in speech comprehension, whereas donepezil had a negative effect.

297 d chemistry in Li-S cell and provides a deep comprehension, which is helpful to the cathode materials

298 In comprehension, while laboratory switches recruited execu

299 dromes, prefrontal lesions produce declining comprehension with repetition in both verbal and non-ver

300 llations followed the nonlinear variation of comprehension, with LRTC rising only at the highest spee