ライフサイエンスコーパス: quiet

1 background noise substantially more than in quiet.

2 ll background noise speaker locations and in quiet.

3 reas those involved in protein synthesis are quiet.

4 en when the rest of the genome is relatively quiet.

5 ptake of 14C-labeled 2-deoxyglucose (2DG) in quiet.

6 ss group (2.57 minutes) as compared with the quiet (1.77 minutes) and no family witness (1.67 minutes

7 Of 97 eyes, 65 (67.0%) were clinically quiet, 18 (18.6%) were minimally active, and 14 (14.4%)

8 eaction witness groups (4.0 minutes) vs. the quiet (6.5 minutes) and no family witness groups (6.0 mi

9 gh redshift epoch of star formation in radio-quiet active galactic nuclei, similar to that seen in ra

10 o approximately 60 mV, a value often seen in quiet-aged gerbils, with no concomitant loss of hair cel

11 creased motor activity relative to levels in quiet, alert waking.

12 However, in quiet and across nearly all reverberation conditions, mu

13 act and reconstructed sentences presented in quiet and against background noise.

14 presentations of slowly varying envelopes in quiet and in background noise in the primary auditory co

15 ons in low-frequency sound envelopes both in quiet and in background noise.

16 eature selectivity than monotonic neurons in quiet and in background noise.

17 erceptual tasks, including tone detection in quiet and in noise, frequency discrimination, level disc

18 environment that repeatedly switches between quiet and loud, midbrain neurons accrue experience to fi

19 al neurophysiological responses to speech in quiet and noise in a group of highly trained musicians a

20 d on the periodic cues of speech TFS in both quiet and noisy listening conditions.

21 Each circuit provided significant benefit in quiet and noisy listening situations.

22 IDLs were measured in conditions of quiet and of ipsilateral, contralateral, and dichotic no

23 sturography with eyes open and closed during quiet and perturbed standing.

24 inhibition, the temperamental tendency to be quiet and restrained in unfamiliar situations.

25 cluded vowel and consonant identification in quiet and stationary and temporally gated speech-shaped

26 d users with good unaided intelligibility in quiet and with good temporal processing abilities.

27 The quiet art of informed patient selection by careful asses

28 whereas the pFL is a conditional oscillator quiet at rest that, when activated, e.g., during exercis

29 results indicate that pDCs are important in quieting autoimmune responses during EAE, and that traff

30 ortical activity parcellation in head-fixed, quiet awake GCaMP6 mice from both sexes by using mesosco

31 An inhibition of MECIII input to CA1 during quiet awake reduced ripple bursts in CA1 and restricted

32 range place cell sequence replays during the quiet awake state, but roles of neural inputs to CA1 in

33 min using an 11-point scale ranging from 0 (quiet awake) to 10 (focused licking or biting).

34 ursts and long-range replays specifically in quiet awake, whereas CA3 input is essential for both, re

35 be successfully approached with a small and quiet axial flow pump that provides low incidence of dev

36 avior because this drug (3 nmol) facilitated quiet biting attack.

37 d via plethysmography, was attenuated during quiet breathing and hypercapnic challenge in Gaa(-/-) mi

38 osol particles than other individuals during quiet breathing and therefore bear the burden of product

39 trast, the stretch amplitude expected during quiet breathing at rest is 4%.

40 ry-related PC activity was infrequent during quiet breathing during wakefulness; variable and inconsi

41 mine laminar flow patterns of odorous air at quiet breathing flow rates.

42 ent echo and spin echo) were acquired during quiet breathing in six patients with BPD, six premature

43 han in normal patients, but VO(2RESP) during quiet breathing in these patients is not known.

44 During quiet breathing in wakefulness, phasic expiratory SPC-mu

45 ated to respiratory work (V O(2RESP)) during quiet breathing is small in normal patients.

46 BIC caused a mild increase in quiet breathing rates, whereas MUS tended to slow quiet

47 spiratory rhythm generation, at least during quiet breathing, but may participate in regulating the e

48 and laterolateral axes were measured during quiet breathing, during occluded breaths and during pass

49 Compared with quiet breathing, the breath with largest increase in end

50 LLER, have resulted in reliable imaging with quiet breathing.

51 tilation similar to the Gaa(-/-) mice during quiet breathing.

52 breathing rates, whereas MUS tended to slow quiet breathing.

53 (2) to conduct respiratory work, even during quiet breathing.

54 quisition time, fixed table position) during quiet breathing.

55 V) is sufficient for understanding speech in quiet, but the rapidly varying temporal fine structure (

56 occur when tgCRND8 mice were kept in a dark, quiet chamber during the delay, paralleling previous fin

57 tory signaling processes, new approaches for quieting chronic or inappropriate inflammatory states ma

58 Male fruit flies sing to females with quiet, close-range wing vibrations.

59 itory cortical organization when reared in a quiet colony environment.

60 In the quiet condition, neural response timing was equivalent b

61 doses of MDMA that are nontoxic under cool, quiet conditions can become highly dangerous under condi

62 In quiet conditions, both CI alone and bimodal listening ac

63 table for a period after returning to normal quiet conditions, which could have perceptual consequenc

64 accelerate the fast solar wind and heat the quiet corona.

65 wind or balance the radiative losses of the quiet corona.

66 rate the solar wind and possibly to heat the quiet corona.

67 The quiet different reactivity of the substrate is due to th

68 vity alternating between active upstates and quiet downstates.

69 ip-extensor unit-burst generator, was mainly quiet during deletion scratching.

70 In a quiet environment, each ear produced a complex but stabl

71 Here we show that in a quiet environment, Kv3.1b is basally phosphorylated in r

72 In a quiet environment, the ears of many vertebrates become u

73 When raised in a quiet environment, the rat primary auditory cortex (A1)

74 rage implant user can talk on the phone in a quiet environment.

75 r-filled sphere out to a range of 178 m in a quiet environment.

76 Results indicated that in quiet environments, for all four types of stimuli, liste

77 al listeners' telephone speech perception in quiet environments.

78 nd higher frequency information, at least in quiet environments.

79 ne and follow auditory-only conversations in quiet environments.

80 ection of the prostate has been undergoing a quiet evolution.

81 vels of IL-10 in the setting of a clinically quiet eye may point to impending disease recurrence.

82 , suggesting that normal retinal proteins in quiet eyes induce immunoregulatory responses.

83 : 1) no family witness; 2) a nonobstructive "quiet" family witness; and 3) a family witness displayin

84 ' affected eyes (n = 30) as well as in their quiet fellow-eyes (n = 28) was compared with eyes of age

85 Subclinical MT is present in both quiet fellow-eyes and AU-affected eyes of patients.

86 may be sufficient for speech recognition in quiet, FM significantly enhances speech recognition in n

87 nd that the location of a birdsong played in quiet has little effect on the fidelity of the neural en

88 The phytochemical contents were quiet high, the most abundant being flavonoids (415-494m

89 These behaviors included quiet immobility, exploratory whisking (large-amplitude

90 us intervals <100 msec were delivered during quiet immobility, the response to the second stimulus in

91 During quiet immobility, the somatosensory system seems to be o

92 ory responses in VPM and SI during states of quiet immobility.

93 a neuronal population that may be active or quiet in a coordinated manner during a spinal motor rhyt

94 re active when hip-flexor motor neurons were quiet in normal scratching and had zero overlap with hip

95 itted with cochlear implants perform well in quiet, in the presence of background noise, the speech i

96 of responses were measured during each task: quiet inspiration, prolonged vowels, humming, forced inh

97 on was performed using two serial algorithms-quiet interval analysis and baseline crossing analysis-t

98 ren with behavioral inhibition are cautious, quiet, introverted, and shy in unfamiliar situations.

99 neurons appears to be P2X5, an electrically quiet ion channel.

100 ection of these cells, the virus goes into a quiet latent phase, a characteristic feature of many her

101 oRNA regulation of HCMV is important for the quiet/latent state of this pathogen.

102 protein, thus enabling the virus to ensure a quiet/latent state.

103 eriments, bimodal users were presented under quiet listening conditions with wideband speech (WB), ba

104 l was significantly greater in noisy than in quiet listening conditions, consistent with the principl

105 rbal handoffs were more likely to occur in a quiet location (33.3%; 95% CI, 14.5%-52.2% vs 67.9%; 95%

106 y their habitat use in noisy versus adjacent quiet locations.

107 mofetil prior to pregnancy in patients with quiet lupus nephritis.

108 Quiet magnetic resonance imaging was performed at an aca

109 en by the naked eye, and produced not in the quiet mid-latitude ionosphere, but in the midst of a pul

110 nt research evidence supports the benefit of quieting muscle contractions with botulinum toxin inject

111 Testing during quiet natural sleep included tidal breathing, exhaled ni

112 ctive in an environment unmasked a subset of quiet neurons, enabling the emergence of an alternative

113 s who generated more sleep spindles during a quiet night of sleep went on to exhibit higher tolerance

114 reported that they heard better bimodally in quiet, noisy, and reverberant conditions.

115 ency, frequency and duration of wakefulness, quiet (non-REM) sleep and active (REM) sleep were determ

116 ells contributes to their removal in situ by quiet, noninflammatory, and nonimmunogenic mechanisms.

117 In quiet, nonreverberant backgrounds, pitch can be derived

118 Regular corneal epithelium and a quiet ocular surface were obtained in all patients by a

119 nsitional epochs in contrast to the relative quiet of the intervening evolutionary spans.

120 aste heat recovery with unique advantages of quiet operation, zero hazardous emissions, and long life

121 e the virus remains, for the most part, in a quiet or latent state.

122 Among uveitic eyes with quiet or mostly quiet uveitis before cataract surgery, 2

123 two and seven channels that were relatively quiet, or silent, before agonist stimulation.

124 Both quiet (p = 0.040) and perturbed standing (p </= 0.009) w

125 ng the patterns was adjusted to obtain equal quiet pattern identification performance across all list

126 ow down the active rotation and experience a quiet period before they restore active rotational diffu

127 d HPC environment, and jobs submitted during quiet periods can complete in extraordinarily short time

128 a time line of the sine component identified quiet periods that minimized small-amplitude noise and i

129 of eruptions for several months, followed by quiet periods.

130 actions (e.g., finger to lips indicating "be quiet"), play an important role in human communication.

131 return the radiation-belt structure to its 'quiet' pre-storm configuration.

132 ls by macrophages has been suggested to be a quiet process that does not lead to production of inflam

133 The "quiet" propulsion of swimmers is achieved either through

134 mma-Ray Space Telescope has unveiled a radio quiet pulsar located near the center of the compact sync

135 e Lyman-alpha emission surrounding the radio-quiet quasar UM 287 extends well beyond the virial radiu

136 itude artifacts discretely and to search for quiet recording periods that minimized small-amplitude n

137 on-self-referential tasks were compared with quiet repose either with eyes closed or with simple visu

138 had paradoxical motion of the abdomen during quiet respiration in the erect or sitting position and w

139 muscle response was absent or reduced during quiet respiration, suggesting it is specifically linked

140 volitional laryngeal tasks when compared to quiet respiration.

141 eight different C1 and C3 zone sites during quiet rest and during steady walking on a moving belt.

142 Compared with quiet rest and non-REM sleep, REM enhanced the formation

143 This study shows that compared with quiet rest and non-REM sleep, REM enhances the integrati

144 er rate than head-movement units during both quiet rest and periods of actual movement.

145 d laboratory environment (single-housed in a quiet rest at 22 degrees C) and under conditions that mo

146 ere obtained during each experiment, both in quiet rest conditions and during execution of two behavi

147 s of MDMA under standard control conditions (quiet rest, 22-23 degrees C), but demonstrate dramatic e

148 Epochs of sleep or quiet restfulness were characterised by minimal locomoto

149 During quiet resting and non-REM sleep, C1 cell stimulation (20

150 During quiet resting behavior, involuntary movements are suppre

151 Under quiet resting conditions, cocaine moderately increased b

152 Relative to the quiet resting period prior to the infusion, amphetamine

153 activity whenever the animals changed from a quiet resting posture to any form of behavioral activati

154 ing population activity in awake rats during quiet resting that intrastriatal inhibition maintains a

155 in numerical weather prediction represent a quiet revolution because they have resulted from a stead

156 A quiet revolution in the study of the mechanism has occur

157 A quiet revolution is under way in technologies used for n

158 , imaging in oncology has been undergoing a "quiet" revolution to treat images as data, not as pictur

159 t unrelated activities, such as driving on a quiet road while listening to the radio.

160 these patients after delays spent in a dark, quiet room.

161 amylase, and heart rate were collected in a quiet room.

162 Mean (+/- SE) baseline Qaw during quiet (room air) breathing was 6.6 +/- 0.6 ml/min (range

163 iscovered for the first time that bursty and quiet seasons, manifested in surface magnetic structures

164 through qualitative research: performance in quiet settings, comfort, feedback, frequency of battery

165 Quiet, sick and shy children who were alone were the mos

166 ting forelimb and hindlimb movements) during quiet sitting, more commonly involving RS neurons.

167 be synchronized during skilled movement and quiet sitting.

168 ficantly lower ratio of active sleep (AS) to quiet sleep (QS) and less AS than did infants of low-DHA

169 d whisker twitches are usually larger during quiet sleep (QS) over waking and REM sleep.

170 nsitions from active waking to quiet waking, quiet sleep and active sleep were accompanied by progres

171 ehavioral states, two distinct sleep phases--quiet sleep and active sleep--are identified based on be

172 duce small IPSPs with fast rise-times during quiet sleep are also responsible for the large amplitude

173 e thin-section CT scans were obtained during quiet sleep at a median of 24 months (range, 6-36 months

174 ment sleep were significantly longer than in quiet sleep for pressor challenges.

175 perpnea) was significantly attenuated during quiet sleep in N lambs compared with C lambs and in N la

176 they are present in high-gain records during quiet sleep or during active sleep where they are interm

177 tly more active during AS than during either quiet sleep or wakefulness.

178 Transition from W to quiet sleep was associated with a significant decrease i

179 , and that overall activity increases during quiet sleep, and is even more enhanced in active sleep.

180 e waking; this oscillation diminished during quiet sleep.

181 y on hearing threshold data and listening in quiet-so that a combination of parameters can be set to

182 ve heating may be the prevalent mechanism in quiet solar periods and may contribute to heating the co

183 This common spectrum occurs in the quiet solar wind; in disturbed conditions downstream fro

184 In addition, in the quiet solutions it was possible to detect faster oscilla

185 the sensitivity of auditory cortex such that quiet sounds elicited weak responses in SWS compared wit

186 direct and significant role in detection of quiet sounds in noisy environments.

187 load release task was also performed during quiet stance in three positions: in the middle of the sw

188 Normal quiet stance was associated with intermediate values.

189 ssure (COP) was measured during 4 minutes of quiet stance with eyes opened.

190 re tested with mechanical stimulation during quiet stance, and 98% responded to stimulation.

191 rtical torque (T(z)) was investigated during quiet stance.

192 ere seen during the sway task as compared to quiet stance.

193 pared to the APAs in other phases and during quiet stance.

194 suitable for the low-frequency conditions of quiet standing and believe the passive contribution to b

195 suitable for the low-frequency conditions of quiet standing and believe the passive contribution to b

196 Quiet standing is achieved through a combination of acti

197 During quiet standing the human "inverted pendulum" sways irreg

198 d stiffness relevant to the progression from quiet standing to perturbed balance and movement and can

199 ntre of mass and centre of pressure data for quiet standing will duplicate these results.

200 The high variability of quiet standing, and movement generally, may be indicativ

201 ty to movements which occur naturally during quiet standing, and they produced no evidence of any str

202 is stiffness cannot be neurally regulated in quiet standing.

203 quasi-regular sway was observed like that in quiet standing.

204 quasi-regular sway was observed like that in quiet standing.

205 via vibrating insoles can be used to improve quiet-standing balance control in 15 patients with diabe

206 e-mode dispersive wave can therefore provide quiet states of soliton comb operation useful in many ap

207 433 Eros imaged during two solar flares and quiet sun conditions during the period of May to July 20

208 second scales, occurring in active regions, quiet Sun regions, and coronal holes alike.

209 June 2014 between 07:17 UT to 08:08 UT in a quiet-Sun field-of-view of 60" x 60" (1" = 725 km).

210 For mice returned to quiet, synapses recovered to normal depression, suggesti

211 in healthy term infants aged 5 weeks during quiet tidal breathing in unsedated sleep.

212 clinically useful than those obtained during quiet tidal breathing.

213 vernight immediately after implementation of quiet time in the other unit (62.5 vs 56.1 dB; p < 0.000

214 ere statistically lower in the unit with the quiet time intervention implemented (62.5 vs 59.6 dB; p

215 The use of a formal quiet time intervention was associated with a significan

216 Only one ICU had a formal overnight quiet time policy at the start of the study period.

217 and whether implementation of an overnight "quiet time" intervention is associated with lower ambien

218 We show that quiet times depend on the size of preceding avalanches a

219 ate the relation between avalanche sizes and quiet times, as well as between sizes of consecutive ava

220 debris, and microbes) in the circulation for quiet transport to the sinusoids of spleen and liver whe

221 in a concert hall-despite seeming relatively quiet under the ear of the player-compared with new viol

222 Among uveitic eyes with quiet or mostly quiet uveitis before cataract surgery, 20/40 visual acui

223 lick latencies to brief noxious heat during quiet wake and intraoral NaCl ingestion.

224 hey stimulate breathing about equally during quiet wake and non-rapid eye movement (REM) sleep, and t

225 always reduced VT but reduced fR only during quiet wake and non-REM sleep.

226 leep-wake states, but reduced fR only during quiet wake and non-REM sleep.

227 on always increased VT but raised fR only in quiet wake and non-REM sleep.

228 Although quiet wake and rapid eye movement (REM) sleep are charac

229 nt in the Primed condition compared with the Quiet Wake control condition.

230 During quiet wake or non-REM sleep, hypercapnia (3 or 6% FI,CO2

231 During quiet wake or non-REM sleep, hypercapnia increased both

232 torhythmic mode (anaesthesia, non-REM sleep, quiet wake).

233 eathing has different characteristics during quiet wake, non-REM or REM sleep, including variable dep

234 This increase was specifically composed of quiet wake, while a small but significant decrease of ac

235 d breathing equally during non-REM sleep and quiet wake.

236 ions that occur to a different extent during quiet wakefulness and light general anesthesia.

237 ponse of eight normal volunteers during both quiet wakefulness and non-rapid-eye-movement (NREM) slee

238 Measurements were made during both quiet wakefulness and NREM sleep.

239 a behavioral task remained segregated during quiet wakefulness and NREM sleep.

240 pocampal sharp wave-ripple (SPW-R) events of quiet wakefulness and sleep is believed to play a crucia

241 s during behavior persists during subsequent quiet wakefulness and slow-wave sleep, a process that ma

242 e in these interactions in subsequent SWS or quiet wakefulness and, to a lesser degree, during SWS be

243 four cats (controls) were maintained 2 h in quiet wakefulness before being euthanized.

244 during transitions from sleep to wake and in quiet wakefulness but not in REM, and they were not cohe

245 nhance sensory processing, whereas sleep and quiet wakefulness may facilitate learning and memory.

246 active (up) and silent (down) states during quiet wakefulness or NREM sleep regulate fundamental cor

247 order during sharp-wave ripples observed in quiet wakefulness or slow wave sleep.

248 ominant form of chemoreceptor interaction in quiet wakefulness when the chemosensory control system i

249 ependent decreases relative to a baseline of quiet wakefulness with eyes closed.

250 We found that these periods of "quiet wakefulness" were characterized by state fluctuati

251 manifesting Up/Down states (slow-wave sleep, quiet wakefulness), probably as a result of a higher fir

252 During quiet wakefulness, an initial response (approximately 15

253 ve movement under loose or secure restraint, quiet wakefulness, and anesthesia, GPa activity and 6-10

254 o rhythmic activity in states of anesthesia, quiet wakefulness, and sleep, but not when the organism

255 Their prevalence in sleep and quiet wakefulness, and the memory deficits that result f

256 heir firing rates during movement, sleep and quiet wakefulness, suggesting that basket cells coordina

257 The effects of behavioral state [quiet wakefulness, SWS, and rapid eye movement (REM)], i

258 During quiet wakefulness, the brain produces spontaneous firing

259 responsive (RR) VTA neurons coordinated with quiet wakefulness-associated hippocampal SPW-R events th

260 ct behavioral states: active wakefulness and quiet wakefulness.

261 rapid eye movement (REM) sleep, relative to quiet wakefulness.

262 ure, and normalized to the resistance during quiet wakefulness.

263 patiotemporal reactivated patterns in SWS or quiet wakefulness.

264 zed and active awake animals, but not during quiet wakefulness.

265 l cortex of awake mice during locomotion and quiet wakefulness.

266 ls of Hcrt-1 release during AW compared with quiet waking (QW) in our 10 min dialysis samples, we com

267 ng active waking (AW), similar levels during quiet waking (QW), and rapid eye movement (REM) sleep, a

268 0 days of age across the vigilance states of quiet waking (QW), slow-wave sleep (SWS) and rapid eye m

269 Cortical arousal together with increased quiet waking and decreased sleep after CHP occurred inde

270 ate that these rapid variations, during both quiet waking and locomotion, are highly correlated with

271 They are relatively inactive in quiet waking but are transiently activated during sensor

272 ive waking (waking accompanied by movement), quiet waking, non-REM sleep and REM sleep.

273 tial state transitions from active waking to quiet waking, quiet sleep and active sleep were accompan

274 s are minimally active during both sleep and quiet waking.

275 t a level similar to or greater than that in quiet waking.

276 harge rates during active waking than during quiet waking.

277 s and exploring activity and prolongation of quiet waking.

278 he same dose of MOR produced NLX-antagonized quieting without sedation in 7- and 3-day-old pups; high

279 ways in the distal lung have been called the quiet zone because they are difficult to assess and trea

280 is front in the core may explain the Pacific quiet zone in the secular variation of the geomagnetic f