ライフサイエンスコーパス: behaviorally

1 these cells differ both morphologically and behaviorally.

2 ored features, a prediction which we confirm behaviorally.

3 ller than the upper disparity limit measured behaviorally.

4 nfluenced hominins, both morphologically and behaviorally.

5 Behaviorally, 5-HT depleted subjects demonstrated impair

6 ant-mimicking "myrmecoid" body forms and are behaviorally accepted into their aggressive hosts' socie

7 squitoes are not attracted to lactic acid, a behaviorally active component of human sweat, and they l

8 e EEG (qEEG) to investigate the effects of a behaviorally active dose of the M1/M4-preferring muscari

9 s provide a new approach to the discovery of behaviorally active Orco antagonists for eventual use as

10 Behaviorally adequate neuronal firing patterns are criti

11 open question is whether range adaptation is behaviorally advantageous.

12 trained Standardized Patients according to a behaviorally anchored professionalism criteria checklist

13 Autism spectrum disorder (ASD) is behaviorally and biologically heterogeneous and likely r

14 stantially in the degree to which they adapt behaviorally and can listen successfully under such circ

15 ate nonspectral colors, and are these colors behaviorally and ecologically relevant?

16 nce in clinical outcome in a large sample of behaviorally and emotionally dysregulated youth.

17 runcated tau was halted, most mice recovered behaviorally and functionally.

18 ocation is supported by active sensing, both behaviorally and in terms of brain activity.

19 ther neurodevelopmental disorders (NDDs) are behaviorally and medically heterogeneous.

20 rootworm was present over the last 50 y are behaviorally and metabolically resistant to sequestered

21 te bouts of reward seeking and retrieval are behaviorally and neurally dissociable from bouts of rewa

22 e refinement of fine and gross movements was behaviorally and neurally dissociable.

23 nguishing process-specific computations both behaviorally and neurally is crucial for developing comp

24 These learning mechanisms were separable behaviorally and neurally.

25 ecision, and vividness were dissociable both behaviorally and neurally: successful versus unsuccessfu

26 between central 5-HT and GLP-1 signaling are behaviorally and physiologically relevant for the contro

27 ng stimulus-stimulus learning can be blocked behaviorally and reinstated by optogenetically activatin

28 es leading to the initiation of complex, yet behaviorally appropriate, response patterns and the mobi

29 Our study of behaviorally arrhythmic Drosophila circadian period muta

30 hypersynchronous oscillations that manifest behaviorally as absence seizures.

31 Minimum integration time was calculated behaviorally as the shortest stimulus duration for which

32 Amusia and aphasia were behaviorally assessed at acute and 3 month poststroke st

33 arly and positively related to the degree of behaviorally assessed attenuation; that is, the more par

34 All rats were behaviorally assessed over 2 weeks.

35 Resting-state fMRI data from a subset of the behaviorally assessed subjects (n = 230) revealed that c

36 elopmental psychiatric affliction manifested behaviorally at late adolescence/early adulthood.

37 tions leading to potential rewards were less behaviorally attractive, and those leading to punishment

38 tory cells was associated with responding to behaviorally avoided bitter tastants.

39 we characterized Alzheimer-like alterations behaviorally, biochemically and immunohistochemically 6

40 Although most organisms thermoregulate behaviorally, biologists still cannot easily predict whe

41 Behaviorally, both age groups showed the testing effect

42 Behaviorally, both congruency and reactivation enhanced

43 is a neurodevelopmental disorder, diagnosed behaviorally by social and communication deficits, repet

44 Behaviorally, changes in neural activity were accompanie

45 N abilities in humans.SIGNIFICANCE STATEMENT Behaviorally, children are less proficient than adults a

46 Behaviorally, chronic fluoxetine facilitated extinction

47 Unexpectedly, we find that aged mice remain behaviorally circadian and that their epidermal and musc

48 symptoms and to adults who have spent years behaviorally compensating for narrow esophageal strictur

49 ortant roles in the evolution of all social, behaviorally complex animals, including baboons and huma

50 y boundaries of "America First" populism are behaviorally connected to increased odds of having been

51 es regulate neural circuits in ways that are behaviorally consequential.

52 Behaviorally, consistent with increased striatal dopamin

53 Behaviorally, Cooling Cells promote both warm and cool a

54 Third, these behaviorally critical late-phase IT response patterns we

55 Autism spectrum disorder (ASD) is a behaviorally defined condition that manifests in infancy

56 rliest and at latencies that are within this behaviorally-defined time window.

57 Behaviorally, dependencies in memory were observed for t

58 ive neurons in FEF, but not caudate, encoded behaviorally derived biases in the accumulation process.

59 despite their lower spiking noise, may limit behaviorally determined contrast sensitivity soon after

60 leading to aberrant neural activity that is behaviorally detrimental.

61 ious work has shown that these processes are behaviorally dissociable (e.g., people can have clear me

62 calization production and classify them into behaviorally distinct categories ('words' or 'call types

63 ed paw tracking combined with PAWS reveals a behaviorally divergent mouse strain that displays hypers

64 al hippocampus glutamatergic neurons causing behaviorally diverse responses to stress.

65 To identify biologically and/or behaviorally driven as opposed to diagnostically driven

66 Small-scale, behaviorally driven cluster patterns were found to be cr

67 To study how behaviorally driven dynamics of dural vessels might be a

68 Here, we investigated how behaviorally driven neural activity is distributed and c

69 f specific neuron subtypes in the context of behaviorally driven patterns of neuronal activity.

70 it nigh on impossible to study somnambulism behaviorally during wakefulness.

71 nality, as measured both physiologically and behaviorally, during conditioned fear and innate/social

72 ggest that the two structures interact, in a behaviorally dynamic manner, through subregion-specific

73 It manifests behaviorally early during development and is often used

74 ycling precedes the antidepressant action at behaviorally effective doses and suggest that the rapid

75 n Opn4(-/-); Pde6b(rd1/rd1) mice that cannot behaviorally entrain to light-dark cycles, the phase of

76 tead, the PFC grouped locations representing behaviorally equivalent task features together, consiste

77 Behaviorally, even for unseen targets, subjects reported

78 design feature is the ability to transition behaviorally from solid to fluid under sufficient load o

79 singly, the degree of neural improvement was behaviorally gated.

80 Behaviorally, gratitude was stronger than joy when the b

81 The striatum is anatomically and behaviorally implicated in behaviors that promote effici

82 affected in a PKA-dependent manner, whereas behaviorally important hippocampal projections were pres

83 the world successfully, the brain must parse behaviorally important information from a complex sensor

84 etinal ganglion cell types and projecting to behaviorally important targets including the pulvinar an

85 Hippocampal activity represents many behaviorally important variables, including context, an

86 les used by participants to classify actions behaviorally, in line with the view that this region is

87 Behaviorally, individuals with generalized anxiety disor

88 Notably, (i) JWH133 was behaviorally ineffective in animals that had no prior ex

89 covaries with some linguistic features that, behaviorally, influence on-line processing and comprehen

90 ow no consistent relationships between these behaviorally-influenced aspects of muscle architecture a

91 single neurons, reflecting the fact that the behaviorally informative features of auditory objects ar

92 ersus mitigate risk for social anxiety among behaviorally inhibited children and studies that suggest

93 trol) function together to determine whether behaviorally inhibited children are able to flexibly reg

94 atic control," increase the probability that behaviorally inhibited children display socially reticen

95 to the emotions, thoughts, and behaviors of behaviorally inhibited children in real-world contexts.

96 of adult internalizing psychopathology among behaviorally inhibited individuals.

97 n was reduced at a time when self-generated, behaviorally irrelevant (predictable) signals occur.

98 onstrate that a rapid (~170 ms) reduction of behaviorally irrelevant information occurs in the occipi

99 Behaviorally, KO mice as well as mice with AAV-mediated

100 Behaviorally, Kv4.2TA mice displayed normal initial lear

101 he more-susceptible allele (2L+(a)) are also behaviorally less likely to be found inside houses.

102 le, high signal-to-noise ratio recordings of behaviorally-linked nerve activity over multi-week times

103 Behaviorally, loss of either GABA(A) receptors (GABA(A)R

104 Behaviorally, loss of Lphn2 from the CA1 region increase

105 ision threshold that determines which one is behaviorally manifest: a race model, where action select

106 ternal fluctuations in neural activity drive behaviorally meaningful variations in the likelihood fun

107 Behaviorally-mediated, high trophic transfer characteriz

108 rained, potentially limiting how individuals behaviorally mitigate the effects of environmental chang

109 ogical change, for example the appearance of behaviorally modern humans, may be unwarranted.

110 at impulsive animals are neurochemically and behaviorally more sensitive to heroin and exhibit reduce

111 Persistent firing ability from neurons from behaviorally naive aged rats was lower compared to neuro

112 In behaviorally naive mice the majority of RXFP3+ neurons w

113 I neurons from young and aged rats that were behaviorally naive or trained on trace eyeblink conditio

114 failed to distinguish states when it was not behaviorally necessary.

115 eas for neural network mechanisms underlying behaviorally observed improvements in near-threshold odo

116 ween striatal neurons might give rise to the behaviorally observed synergism between the direct/indir

117 Behaviorally, older hearing-impaired (HI) listeners show

118 d clinically (eg, posture, bradykinesia) and behaviorally (open field test), and their brains were pr

119 umerical discrimination sensitivity observed behaviorally, outside of the scanner.

120 Behaviorally participants discounted less in self-choice

121 Behaviorally, participants had similarly accurate memory

122 Behaviorally, participants were better at discriminating

123 Behaviorally, patients displayed an increased learning r

124 Behaviorally, post-encoding TMS to LOC selectively impai

125 Behaviorally, PSD-95(-/-) mice exhibit a lack of sociabi

126 Behaviorally, rats given an LFPI displayed transient red

127 aphy, gauged sensory inference explicitly by behaviorally recording sensory statistical learning erro

128 ectively silence newly formed connections in behaviorally recovered animals.

129 of rearing, transmission was increased when behaviorally relevant (unpredictable) signals may occur.

130 optimized finely to process and discriminate behaviorally relevant acoustic features and sounds (e.g.

131 istinct signals that are apparently rendered behaviorally relevant and hedonically distinct through e

132 fic measured behaviors requires dissociating behaviorally relevant and irrelevant dynamics, which is

133 gating patterns of cortical excitability are behaviorally relevant and may be a necessary component o

134 hat are affected by the movements; and it is behaviorally relevant as excitation of T cells affected

135 Critically, these neural representations are behaviorally relevant as they closely track the perceive

136 these parietal identity representations were behaviorally relevant as they closely tracked the percei

137 rected behaviour indeed constrains models to behaviorally relevant aspects of the environment, but th

138 bling animals to flexibly assign sounds into behaviorally relevant categories.

139 tify natural sounds and categorize them into behaviorally relevant categories.

140 recently established technique for removing behaviorally relevant cell populations, we present evide

141 interneurons is responsible for transmitting behaviorally relevant cholinergic signals to spiny proje

142 network-level resting fMRI fluctuations with behaviorally relevant circuit-level neural dynamics.

143 nding how active dendrites are exploited for behaviorally relevant computations is a fundamental chal

144 ivation of MCtx corticobulbar neurons evokes behaviorally relevant concurrent movements of the foreli

145 This work establishes mosquito legs as the behaviorally relevant contact sensors of DEET.

146 We demonstrated the iTango system in a behaviorally relevant context, by inducing expression of

147 These behaviorally relevant differences in local and between-r

148 Furthermore, behaviorally relevant dynamic FC emerges from the interc

149 each and grasp tasks, PSID revealed that the behaviorally relevant dynamics are significantly lower-d

150 Furthermore, PSID more accurately learned behaviorally relevant dynamics for each joint and record

151 vity while dissociating and prioritizing its behaviorally relevant dynamics.

152 two pattern completion neurons could trigger behaviorally relevant ensembles and correct behavioral r

153 Disruption of behaviorally relevant ensembles by activation of non-sel

154 However, flexible and reliable selection of behaviorally relevant ensembles can occur with unbiased

155 of only two pattern completion neurons from behaviorally relevant ensembles improved performance, by

156 es were evoked by the mistaken activation of behaviorally relevant ensembles.

157 systems play a key role in the detection of behaviorally relevant environmental stimuli.

158 e pupil diameter increases when orienting to behaviorally relevant events and is positively correlate

159 ontrol the timing of eye movements to detect behaviorally relevant events.

160 nstantaneous firing rate in biologically and behaviorally relevant factors: spiking refractoriness, e

161 , visual processing tasks are simplified and behaviorally relevant features from the visual environme

162 d to increased intrinsic excitability in the behaviorally relevant Fos-expressing neuronal ensembles,

163 are critical for conveying information about behaviorally relevant frequency trajectories, and how th

164 circuits may act synergistically to achieve behaviorally relevant functions.

165 t ventral striatum (vStr) exhibit prominent, behaviorally relevant gamma-band oscillations.

166 exibly assign sensory stimuli into discrete, behaviorally relevant groupings.

167 cognitive process for assigning stimuli into behaviorally relevant groups.

168 Enzymes capable of synthesizing these behaviorally relevant hormones were largely limited to t

169 ent-specific areas; these AIS increases were behaviorally relevant in the brain's fusiform face area.

170 time, that the electrosensory flow contains behaviorally relevant information accessible only throug

171 Second, the ACC integrates diverse, behaviorally relevant information across multiple timesc

172 Third, the ACC signals behaviorally relevant information flexibly, displaying t

173 is critical to perception, serving to select behaviorally relevant information for privileged process

174 Attention selectively routes the most behaviorally relevant information from the stream of sen

175 Maintaining behaviorally relevant information in spatial working mem

176 large rapid eye movements-saccades-to bring behaviorally relevant information into the fovea, where

177 isual attention allows the brain to focus on behaviorally relevant information while ignoring irrelev

178 standing of how the auditory system extracts behaviorally relevant information, the vocalizer identit

179 rmation on those different scales to extract behaviorally relevant information.

180 vity that reflects the active maintenance of behaviorally relevant information.

181 sifting the visual scene for the few bits of behaviorally relevant information.

182 iverse temporal filtering properties encodes behaviorally relevant input timing patterns, and how thi

183 boratory and field techniques, we identified behaviorally relevant levels of nighttime light and mapp

184 ng alternately promotes either sampling at a behaviorally relevant location (i.e., sensory functions)

185 s in human subjects while they attended to a behaviorally relevant location and prepared a response e

186 echanisms that boost sensory processing at a behaviorally relevant location while filtering out compe

187 y after a symbolic spatial cue, specifying a behaviorally relevant location, microsaccades tend to be

188 olarizes membrane potential responses at the behaviorally relevant location.

189 lectively activated place cells that encoded behaviorally relevant locations in a virtual reality env

190 Spatial attention is discontinuous, sampling behaviorally relevant locations in theta-rhythmic cycles

191 electrophysiological evidence indicates that behaviorally relevant locations, regardless of the sourc

192 te local interneuronal circuits by tACS in a behaviorally relevant manner provides a basis for tACS a

193 circuits, providing a novel pathway for the behaviorally relevant midrange time-scale regulation of

194 we tested the specific hypothesis that this behaviorally relevant modulation is present in the MGB s

195 ovements called microsaccades changes around behaviorally relevant moments in a way that stabilizes t

196 s that it reflects the temporal selection of behaviorally relevant moments, broadly facilitating the

197 en the visual properties of an object elicit behaviorally relevant motor representations.

198 ded into discriminable areas based solely on behaviorally relevant neural activity, revealing functio

199 The behaviorally relevant neural correlates of cue reliabili

200 PSID provides a general new tool to reveal behaviorally relevant neural dynamics that can otherwise

201 Our results reveal behaviorally relevant neural sensory-motor coupling duri

202 thereby gained optogenetic control of these behaviorally relevant neurons.

203 ual cortex, and posit V4 as a foundation for behaviorally relevant object codes.

204 ted to the processing of location-dependent, behaviorally relevant object features.

205 ical results support the hypothesis that all behaviorally relevant object properties are extracted in

206 Appropriate responses to behaviorally relevant objects are informed by integratio

207 s": the interpretation of complex signals as behaviorally relevant objects.

208 co-selecting image elements that are part of behaviorally relevant objects.

209 These preference adjustments became behaviorally relevant only for choices that were remembe

210 adapt in awake animals, when stimuli may be behaviorally relevant or not, remains unclear.

211 Behaviorally relevant patterns of vestibular nerve activ

212 ayer pyramidal neurons that is selective for behaviorally relevant pup vocalizations.

213 whereas its output reflects the planning of behaviorally relevant saccadic eye movements.

214 Sensorimotor behaviors require processing of behaviorally relevant sensory cues and the ability to se

215 early in discrimination learning to enhance behaviorally relevant sensory information.SIGNIFICANCE S

216 High-level neurons processing complex, behaviorally relevant signals are sensitive to conjuncti

217 ICANCE STATEMENT The ability to focus on the behaviorally relevant signals is essential for the brain

218 ance the representation of a newly acquired, behaviorally relevant sound category.

219 Perception of vocalizations and other behaviorally relevant sounds requires integrating acoust

220 trajectories are an inherent feature of many behaviorally relevant sounds, such as species-specific v

221 s organisms to enhance the representation of behaviorally relevant stimuli by altering the encoding p

222 We relied on ecologically and behaviorally relevant stimuli, contact calls, to investi

223 ntion enhances the neural representations of behaviorally relevant stimuli, typically by a push-pull

224 lized to the left hemisphere and specific to behaviorally relevant stimuli.

225 ical constraints, but also the statistics of behaviorally relevant stimuli; in particular, anticipato

226 the deeper layers become more selective for behaviorally relevant stimuli; more invariant to locatio

227 Neural representations of behaviorally relevant stimulus features displaying invar

228 When a behaviorally relevant stimulus has been previously assoc

229 ising from selectively enhanced responses to behaviorally relevant target stimuli.

230 uence task revealed a rich representation of behaviorally relevant task structure, consistent with th

231 ion of interval-selective neurons can encode behaviorally relevant temporal patterns with millisecond

232 rites can perform sequence discrimination on behaviorally relevant time-scales.

233 in time, increases perceptual sensitivity at behaviorally relevant times.

234 showed that this population was active on a behaviorally relevant timescale and partially overlapped

235 r, the dynamics of excitability over longer, behaviorally relevant timescales remain underexplored.

236 information is communicated between areas on behaviorally relevant timescales.

237 between neurons in different brain areas on behaviorally relevant timescales.

238 ve areas to conjunctively represent multiple behaviorally relevant variables, and possibly by the bas

239 is crucial for the ability of mice to detect behaviorally relevant visual changes.

240 The retina of a larva encodes behaviorally relevant visual information in neural activ

241 allows us to select and act upon a subset of behaviorally relevant visual stimuli while ignoring dist

242 visually responsive neurons appear to select behaviorally relevant visual targets and, subsequently,

243 ction specifically modulates selectivity for behaviorally relevant vocalizations in a specific part o

244 higher-level features because they are more behaviorally relevant, and more invariant and categorica

245 e how adaptation can enhance selectivity for behaviorally relevant, dynamic visual features.

246 Despite both being behaviorally relevant, little is known about their poten

247 Although one dimension was behaviorally relevant, multivariate activity patterns in

248 spond to pitch trajectories that distinguish behaviorally relevant, natural sound categories.SIGNIFIC

249 and complex visual representations that are behaviorally relevant.

250 twork connectivity in hemispatial neglect is behaviorally relevant.

251 olinergic modulation of naturally-evoked and behaviorally-relevant dopamine signaling, these data sug

252 Testing a large range of behaviorally-relevant dopamine signals, we found that th

253 We have previously observed slower behaviorally reported rates of a basic visual phenomenon

254 estrogen-regulated structural plasticity of behaviorally salient connections in the adult female bra

255 the relative timing between sensory cues and behaviorally salient events to form predictive associati

256 ure promoted food intake in free-feeding and behaviorally sated rats, validating the appetite stimula

257 We also identified behaviorally selective doses of exendin-4 that reduced o

258 s in motor cortical output patterns enable a behaviorally selective engagement of short-latency effec

259 We show that fish are behaviorally sensitive to millisecond variations in natu

260 tration with the probability of diagnosis of behaviorally severe autism, defined as ADOS >14, across

261 Behaviorally, sleep spindle density predicted an increas

262 Behaviorally, song structure degraded as the HVC-RA circ

263 w that RNA editing is particularly common in behaviorally sophisticated coleoid cephalopods, with ten

264 include a wide range of morphologically and behaviorally specialized organisms.

265 Collectively, they exhibited a behaviorally specific bi-phasic deficit in reversal lear

266 Behaviorally, stress-induced loss of reward sensitivity

267 ge-scale electrophysiology, we observed that behaviorally sufficient object identity solutions emerge

268 ssing through vlPFC as critical to producing behaviorally sufficient object representations in IT.

269 could transform how ASD is detected, both in behaviorally symptomatic children, and in infants at ris

270 Behaviorally, TD showed a significant correlation with m

271 ochemical analysis of cortical extracts from behaviorally tested mice revealed distinct age-dependent

272 olescents (n = 569) aged 14 to 24 y, we show behaviorally that over the course of adolescence there i

273 We show behaviorally that subjects' value updating was sensitive

274 We show that, behaviorally, the attentional blink impairs conscious de

275 Behaviorally, the hypophagia induced by the pharmacologi

276 Behaviorally, the LAC treatment during the last part of

277 Behaviorally, the mutant mice had reduced voluntary loco

278 Behaviorally, the mutants have increased sensitivity to

279 Behaviorally, the occurrence of hippocampal IEDs was acc

280 Behaviorally, the percentages on memory test and the lik

281 Behaviorally, the punishment decision is primarily defin

282 onths and were evaluated morphologically and behaviorally to determine the integrity of their nigrost

283 ion can be manipulated pharmacologically and behaviorally to impair problematic memories.

284 d made mice resistant both biochemically and behaviorally to the antidepressant effects of ketamine.

285 Behaviorally too, unmated males but not females persiste

286 ve zebrafish, as well as optogenetically and behaviorally triggered NE release in the LC and hypothal

287 hine learning algorithm, are able to deliver behaviorally triggered stimuli to flies in a feedback-lo

288 model of Parkinson's disease, we found that behaviorally undetectable nigrostriatal lesions induced

289 ive, brain-based indices of consciousness in behaviorally unresponsive patients represents a challeng

290 ts in the brain even when it does not enable behaviorally useful linear decoding.

291 We analyzed the effects biochemically and behaviorally, using the forced swim, tail suspension, an

292 Behaviorally, veterans with PTSD were somewhat slower to

293 y task to index reinstatement of lure images behaviorally via the recapitulation of encoding-related

294 Behaviorally, we find that 4-9 month old B6.Htt(Q111/+)

295 Behaviorally, we found that chords elicited high pleasur

296 Behaviorally, we found that emotional attribution was si

297 Behaviorally, we found that reward motivation enhanced 2

298 Behaviorally, we show that human subjects reduce uncerta

299 Behaviorally, we show that the extent to which participa

300 Behaviorally, we show the model replicates the linear re