ライフサイエンスコーパス: fluctuations in

1 ement, that of dominant multi-orbital charge fluctuations in a Hund's metal, may be a primary pair gl

2 he genome against short-term transcriptional fluctuations, in a process we term 'microguarding'.

3 Large-scale fluctuations in abundance are a common feature of small

4 lation that exhibits non-cyclic, large-scale fluctuations in abundance.

5 cells, feedback loops can amplify stochastic fluctuations in actin dynamics, often resulting in trave

6 We show that protrusion waves are due to fluctuations in actin polymerization rates and that over

7 ctomyosin cytoskeleton impact basal membrane fluctuations in adherent cells.

8 anomalous SST winters suppress the expected fluctuations in air-sea heat exchange accumulated along

9 rom the dramatic change in Raman spectra and fluctuations in AL/AS values.

10 a visuospatial attention task, we show that fluctuations in alpha power during a delay period in a s

11 Fluctuations in AMPK activity, Akt activity, and cytosol

12 Here we show that fluctuations in Antarctic Ice Sheet discharge caused by

13 th experiments, we characterize the scale of fluctuations in antigenic environments and we provide to

14 cal framework that explains how these larger fluctuations in archaeal cell cycle events contribute to

15 Furthermore, we demonstrate that natural fluctuations in arterial CO2, without administration of

16 Fourth, fluctuations in arteriole diameter coherently drive fluc

17 omotion, i.e., intrinsic ultra-slow (0.1 Hz) fluctuations in arteriole diameter, provides this link.

18 zoic, these organisms have experienced major fluctuations in atmospheric CO2 levels (from greenhouse

19 Fluctuations in attention behind the wheel poses a signi

20 al attention served as a behavioral index of fluctuations in attentional flexibility.

21 Here we study analytically how fluctuations in attentional state affect the structure o

22 cillatory power and spontaneous arterial CO2 fluctuations in awake humans at rest.

23 ized the blood oxygen level-dependent (BOLD) fluctuations in benign and malignant musculoskeletal tum

24 both 12 weeks and 52 weeks, having excluded fluctuations in best corrected visual acuity owing to vi

25 hypothesis proposed by Lack that population fluctuations in birds arise from temporal variation in t

26 Yet a physiological link between fluctuations in blood oxygenation with those in neuronal

27 tions in arteriole diameter coherently drive fluctuations in blood oxygenation.

28 ontrasting effects may cause larger seasonal fluctuations in body mass and vital rates.

29 The recent evolution of cattle is marked by fluctuations in body size.

30 rates are ectotherms, which often experience fluctuations in body temperature as a result of their en

31 ded animals experience substantial and rapid fluctuations in body temperature.

32 We determined intraindividual fluctuations in body weight from baseline weight and fol

33 mate change projections predict large future fluctuations in both wet and dry conditions, we expect f

34 inked arousal, fixational eye movements, and fluctuations in bottom-up sensory processing.

35 Intrinsically generated fluctuations in brain activity within several key defaul

36 e shaped by behavioral states and endogenous fluctuations in brain activity.

37 iabetes may be associated with corresponding fluctuations in brain volume.

38 Arterial CO2 can be modulated by natural fluctuations in breathing pattern, as might typically oc

39 arbon dioxide (CO2) originate primarily from fluctuations in carbon uptake by land ecosystems.

40 Respiratory-linked fluctuations in cardiac vagal tone give rise to respirat

41 y extracting the principal components of the fluctuations in Cartesian coordinates as well as fluctua

42 Spontaneous fluctuations in CBV and vessel diameter persisted when l

43 a mechanism for regulating both the mean and fluctuations in cell-division timing for controlling siz

44 and power output from molecular motor-driven fluctuations in cells overexpressing an invasive isoform

45 m partitioning of resources at division, and fluctuations in cellular growth rates.

46 tic mechanisms in this process, particularly fluctuations in chromatin states and metabolism, which c

47 ive panel data over 47 y, I demonstrate that fluctuations in climate, particularly temperature, signi

48 e survival by comparing spatial and temporal fluctuations in climatic conditions, cause-specific mort

49 Spontaneous fluctuations in cognitive flexibility are characterized

50 g energy from delocalized, collective charge fluctuations-in contrast to complexes with other types o

51 gene products are subject to inherent random fluctuations in copy numbers over time.

52 Overall, the data show that slow fluctuations in cortical state are selectively linked to

53 udies are needed to identify whether greater fluctuations in daily EI over time occur with increasing

54 We show that the algorithm is robust to fluctuations in data quality by successfully clustering

55 transient changes that are characterized by fluctuations in delta-band EEG power.

56 lecular dynamics simulations show that these fluctuations in diameter of amorphous core and overall t

57 ne the relationship between intra-individual fluctuations in dopamine and interval timing.

58 ld have major implications for understanding fluctuations in driver attention and designing advance d

59 the decision process, the fact that activity fluctuations in each of these cell groups correlate with

60 vironmental perturbations to these normative fluctuations in eCB signaling, such as stress, potential

61 synchronization between SO and spindle power fluctuations in EEG recordings.

62 remain unclear; proposed hypotheses rely on fluctuations in either the magnitude of CH4 sources or C

63 he localized in vivo monitoring of subsecond fluctuations in electroactive neurotransmitter concentra

64 emission as a unique probe of high frequency fluctuations in electronic systems that are fundamental

65 ce an upper limit of 40 s on the lifetime of fluctuations in elongation rate, with initiation rate va

66 on and provide a framework for understanding fluctuations in emotional memory and psychiatric symptom

67 microbiota provide a buffer against seasonal fluctuations in energy and nutrient intake, thus enablin

68 , both spatially and temporally, yet extreme fluctuations in environmental factors can cause shifts i

69 over a mechanism by which the body adapts to fluctuations in erythrocyte integrity.

70 Initial fluctuations in estimates may be explained by delayed he

71 Modeling intra-individual fluctuations in estradiol and progesterone may provide u

72 A majority of mammalian genes exhibit daily fluctuations in expression levels, making circadian expr

73 ver independently of 5-InsP7, in response to fluctuations in extracellular supply of a key nutrient.

74 Therefore, small "fluctuations" in feature values measured in isolated pat

75 ystem, we show how fishing may both increase fluctuations in fish abundances and also, when accompani

76 impacts by showing how fishing can increase fluctuations in fishes and their ecosystem, particularly

77 ion of the cells causes large time-dependent fluctuations in flow properties.

78 The asymmetry and fluctuations in flow quantities and the flow reversal wo

79 ts flow invariant behaviour and is robust to fluctuations in flow rate.

80 n response to environmental changes, such as fluctuations in food abundance, to maximize survival and

81 6(-/-) females, coinciding with sex-specific fluctuations in footpad skin glutathione levels.

82 Owing to the inherent fluctuations in free-electron lasers, this mandates a fu

83 Fluctuations in functional connectivity thus appear to b

84 onal supportive evidence for the presence of fluctuations in functional network topology over time.

85 The model matched wide fluctuations in G and Pcanopy across nine data sets from

86 at, in diet-induced obesity, these circadian fluctuations in gastric vagal afferent mechanosensitivit

87 When expressed in islets, fluctuations in GCK activation were observed in response

88 other survival strategy is to rely on random fluctuations in gene expression to produce continuous, u

89 al potential energy change caused by thermal fluctuations) in glassy systems by a systematic low-temp

90 Because fluctuations in GLP-1 concentrations monitored by the ol

91 2.0-fold and birds 3.7-fold higher community fluctuations in grasslands than in forests, suggesting a

92 odels, we have elaborated how nonequilibrium fluctuations in growth kinetics and membrane shape can y

93 not adequately estimate IOP mean, peaks and fluctuations in healthy subjects.

94 Cross-sectional studies show that activity fluctuations in healthy young adults possess robust temp

95 Spontaneous fluctuations in hemodynamic signals in the absence of a

96 ther these parasites can sense and cope with fluctuations in host nutrient levels.

97 In two experiments, we show that spontaneous fluctuations in human resting-state brain activity can b

98 mes and stress the importance of considering fluctuations in incident light in future experiments tha

99 shed resource-competition model to show that fluctuations in inflow concentrations of two limiting re

100 a model of coupled oscillators, we show that fluctuations in instantaneous frequency predict alpha am

101 intake to obtain weight loss and (b) reduce fluctuations in insulin secretion through avoidance of r

102 sociated with SNHL exaggerates the perceived fluctuations in intensity in amplitude-modulated sounds.

103 These changes may underlie the diurnal fluctuations in interstitial and cerebrospinal fluid Abe

104 Fluctuations in intracellular NAD(+) levels regulate SIR

105 r intervals would require relatively greater fluctuations in intramuscular bioenergetics than in VO2

106 Despite massive fluctuations in its internal triglyceride content, the l

107 bor exchange events are driven by stochastic fluctuations in junction length, regulated in part by ju

108 Thus, fluctuations in KYNA levels emerge as a previously unide

109 Earlier evidence includes fluctuations in levels, location, activity, and binding

110 photoprotection in response to environmental fluctuations in light intensity.

111 little is known about the effect of dynamic fluctuations in light on plant phenotype and acclimatory

112 We mimicked natural fluctuations in light over a diurnal period to examine t

113 rations of dissolved iron and large seasonal fluctuations in light, temperature and the extent of sea

114 domains of coexisting phases and composition fluctuations in lipid bilayers.

115 We also observed dynamic fluctuations in LPB that were predicted by changes in ob

116 lone cannot account for the observed dynamic fluctuations in LPB.

117 tive anaerobe blooms, which may be driven by fluctuations in luminal redox.

118 Olive et al argue that ~10% fluctuations in melt supply do not produce appreciable c

119 by increased input conductance and synaptic fluctuations in membrane potential was suggested to orig

120 Nevertheless, we found increased synaptic fluctuations in membrane potential, irregular firing, an

121 Kinesin-8-deletion strains showed large fluctuations in metaphase spindle length, suggesting a d

122 uberty, menopause and pregnancy, while daily fluctuations in microbial composition observed through c

123 ose that actin waves create large stochastic fluctuations in microtubule-based transport and neurite

124 Hallmarks of the multi-polar state are large fluctuations in microtubule-based transport into and out

125 depressive disorder (rMDD) often report more fluctuations in mood as residual symptomatology.

126 recurrent chronic disorder characterised by fluctuations in mood state and energy.

127 Fluctuations in NAD(+) concentrations within these subce

128 some refinement to account for physiological fluctuations in NE efflux as a function of naturally occ

129 We find that fluctuations in net precipitation on timescales from hou

130 or cross-spectral density and estimated slow fluctuations in neural (postsynaptic) gain.

131 Spontaneous fluctuations in neural activity and connectivity are tho

132 spontaneous (i.e., in the absence of a task) fluctuations in neural activity that are correlated acro

133 as a neuroendocrine peptide in proportion to fluctuations in neural serotonin circuit functions, and

134 orks (RSNs) is based on spontaneous temporal fluctuations in neuronal oscillatory power, as measured

135 during wakefulness is characterized by rapid fluctuations in neuronal responses.

136 First, ultra-slow fluctuations in neuronal signaling, which occur as an en

137 Interactions between predictable fluctuations in night-time luminosity and the underlying

138 tors that mediate responses to environmental fluctuations in nitrate have been identified; however, l

139 t is supported further by nutrient profiles, fluctuations in nitrogen components over flood-ebb tidal

140 s (FAs) that can be mobilized in response to fluctuations in nutrient abundance.

141 frequency changes reduces the quantum noise fluctuations in one quadrature of the field well below t

142 We found that fluctuations in ongoing and stimulus-evoked population a

143 gnals, in contrast to modularly synchronized fluctuations in oscillatory neural activity.

144 ommand is a major achievement as involuntary fluctuations in our motions are difficult to keep under

145 us variations in dopamine underlie transient fluctuations in our perception of time.

146 ze choice preferences despite trial-by-trial fluctuations in outcomes, whereas BLA is necessary for t

147 ver is highly vascularized, we reasoned that fluctuations in oxygenation after tissue loss may contri

148 n essential element to all living cells, yet fluctuations in P concentrations are recurrent in the ma

149 correlated motions and increases correlated fluctuations in part of the eIF4G binding site.

150 To determine if fluctuations in peak expiratory flow (PEF) are predictiv

151 ue but were predictive of the trial-to-trial fluctuations in perceptual accuracy.

152 favoured a resilient flora capable of large fluctuations in photosynthetic productivity and explains

153 erential responses to selection arising from fluctuations in phylogenetic integration, thus influenci

154 newborn marmoset monkeys are driven by slow fluctuations in physiological state; the results shed li

155 timescale for which they are exposed due to fluctuations in physiological traits over time.

156 stry practices, although all lakes exhibited fluctuations in pigments and geochemical variables due t

157 environmental variation drives most temporal fluctuations in plant densities.

158 ales, while there were only relatively small fluctuations in PO4-P.

159 and speciation, yield unrealistically small fluctuations in population abundance, and a strong posit

160 regulation and is known to generate temporal fluctuations in population density.

161 We combine satellite-derived measurements of fluctuations in population distribution with high-resolu

162 from 13 bird populations that magnitudes of fluctuations in population size are mainly driven by sto

163 its expected nucleotide diversity because of fluctuations in population size over the millions of yea

164 However, whether local fluctuations in population synchrony during wakefulness

165 We tracked the fluctuations in position and orientation of molecules fr

166 flickers' of membrane potential, recorded as fluctuations in potentiometric fluorophore intensity (fl

167 from a pixel-by-pixel covariance analysis of fluctuations in potentiometric fluorophore intensity dur

168 These marked fluctuations in pre-bloom silicate inventories will like

169 The observed fast motions are fluctuations in pre-existing equilibrium configurations.

170 f any single mode, was associated with large fluctuations in precipitation and productivity.

171 Century-to-millennial scale fluctuations in precipitation and temperature are an est

172 Individuals regularly experience fluctuations in preparatory cognitive control that affec

173 Fluctuations in progeny production and failure to reach

174 However, gene expression noise causes fluctuations in protein abundances that may compromise r

175 ding dislocation cores, and find that stress fluctuations in quiescent polycrystals are uniformly dis

176 RA concentration despite naturally occurring fluctuations in RDH10 and DHRS3.

177 e neural correlates in humans of spontaneous fluctuations in readiness to covertly shift attention be

178 p to gain a better understanding of how mood fluctuations in real life are represented in the brain a

179 of CheB in receptor deamidation and the slow fluctuations in receptor methylation.

180 women that might be triggered by peripartum fluctuations in reproductive hormones.

181 However, it is unclear how might fluctuations in resource availability alter community-le

182 of dendritic integration, and trial-to-trial fluctuations in response latency.

183 avioral lapsing and intraindividual temporal fluctuations in response speed.

184 single neurons to reveal multiple timescale fluctuations in response to constant stimuli, along with

185 Fluctuations in resting-state functional connectivity oc

186 e current results demonstrate that intrinsic fluctuations in resting-state variability exhibit unique

187 edict rewards requires agents to account for fluctuations in reward value.

188 n processes, and thus they may exhibit sharp fluctuations in running time, especially for large alpha

189 iation, which also stabilizes conformational fluctuations in S-protein.

190 ns show that RA are strongly correlated with fluctuations in sarcoplasmic reticulum calcium, because

191 pended sediment and discharge data to assess fluctuations in sediment source location, delivery mecha

192 ntroduce a computational model that captures fluctuations in self-esteem engendered by prediction err

193 We find quasiperiodic fluctuations in sign language, characterized by lower fr

194 i1 puncta gated by STIM1, exhibit repetitive fluctuations in single-channel output.

195 etitive cycles of vacuolarization, dynamical fluctuations in size and shape, chaotic growth and fusio

196 ppocampal neural events influence endogenous fluctuations in specific RSNs-like the DMN-unitarily.

197 age, characterized by lower frequencies than fluctuations in speech.

198 ing (spiking irregularity and trial-to-trial fluctuations in spiking) in neurons of visual area V2 co

199 ike intervals (CV(2)) and the trial-to-trial fluctuations in spiking, or mean matched Fano factor (m-

200 sting-state fMRI has revealed that infraslow fluctuations in spontaneous activity are organized into

201 as 3-4 molecules per average cell cycle, and fluctuations in SprE are approximately Poisson distribut

202 ensity behind the invasion front can produce fluctuations in spreading speed.

203 gap detection was not predictable from local fluctuations in stimulus acoustics.

204 trast, auditory cortex had a code with rapid fluctuations in stimulus and choice information over hun

205 gic neurons can manifest as rapid and robust fluctuations in striatal dopamine concentration and rece

206 onsistent with the hypothesis that transient fluctuations in striatal dopamine contribute to intra-in

207 cells in monkey visual cortex exhibit rapid fluctuations in synchrony ranging from desynchronized re

208 , which thrive under environments with large fluctuations in temperature and salinity, among which so

209 that temporal drivers, such as environmental fluctuations in temperature, growth dynamics, and modifi

210 activity, and that irregular state-dependent fluctuations in thalamic inputs shape the susceptibility

211 h both long term changes of and short period fluctuations in that magnetic field.

212 ons disrupt the binding site by facilitating fluctuations in the 5'-end of helix P1.

213 ex entrain to slow ([Formula: see text]8 Hz) fluctuations in the acoustic envelope.

214 g and locomotion, are highly correlated with fluctuations in the activity of corticopetal noradrenerg

215 a memory guided saccade task are related to fluctuations in the amplitude of expression of task-rela

216 cond encoding of membrane receptor potential fluctuations in the apex for precise phase-locking to so

217 Repeated major fluctuations in the carbonate record after 3.1 ka theref

218 accurate, mathematical models of stochastic fluctuations in the CDK control system.

219 f origin that make possible monitoring their fluctuations in the circulation as potential biomarkers

220 ring Arabidopsis thaliana sepal development, fluctuations in the concentration of the transcription f

221 xposure to inflammatory agents that catalyze fluctuations in the concentrations of acute-phase protei

222 Our results indicate that fluctuations in the concentrations of translational comp

223 fact signal depth here because they convert fluctuations in the correlation level into a mean change

224 ang, in regions corresponding to the largest fluctuations in the cosmic density field.

225 to the Stark effect and thus charge density fluctuations in the CT state.

226 tures and the amplitude of daily temperature fluctuations in the culture medium can be drastically re

227 Third, co-fluctuations in the diameter of pairs of arterioles with

228 rise from electrostatic interactions between fluctuations in the electronic charge density.

229 on can be explained by a competition between fluctuations in the electronically excited state, which

230 orms of temporal information: slowly varying fluctuations in the envelope (ENV) and rapidly varying f

231 impact of variation in population size from fluctuations in the environment.

232 ulation size are mainly driven by stochastic fluctuations in the environment.

233 all interactions in the presence of thermal fluctuations in the fields of physical chemistry, materi

234 We identify fluctuations in the fitness acting specifically on clone

235 ing a high threshold level of Spo0A P due to fluctuations in the flux of phosphoryl groups through th

236 lline AChE, coupling of rapid electric field fluctuations in the gorge with proper alignments of the

237 s some correlation between observed dramatic fluctuations in the gut microbiome and intensified medic

238 escribe a possible mechanism responsible for fluctuations in the human brain's network architecture t

239 at frequencies that match the rate of energy fluctuations in the incoming sound streams (i.e. >50 Hz)

240 ic pattern emerged as the combined result of fluctuations in the inflow of resources and their consum

241 ough seasonality is widespread and can cause fluctuations in the intensity and direction of natural s

242 ntly, such positive feedback can drive large fluctuations in the internal state, complicating analyti

243 n extracellular Fgf4 concentration, internal fluctuations in the levels of expression of the transcri

244 function for the femtosecond and picosecond fluctuations in the local electric field of the membrane

245 Supersaturation fluctuations in the low aerosol/slow microphysics limit

246 e magnetic noise originating from the domain fluctuations in the material of the FGs.

247 s and robust against the naturally occurring fluctuations in the metabolic response to U(VI) of plant

248 n in a solution is preceded by large density fluctuations in the mother liquor that results in the fo

249 rmal distribution with a width determined by fluctuations in the number of independent Ca(2+) wave fo

250 Assuming that stability is limited by fluctuations in the number of independent motor elements

251 This reclustering generates fluctuations in the number/size of emissive graphenic na

252 is used to track snapshots of conformational fluctuations in the phosphotransferase adenylate kinase

253 forces on a movable mirror or sensing minute fluctuations in the position of the mirror.

254 tiple scales: it can quantify the correlated fluctuations in the positions of gene loci, find large g

255 anobody complex, IXO binding leads to higher fluctuations in the protein-coupling interface than ARC,

256 d fluctuating changes in telomere length and fluctuations in the rates of chromosome instability phen

257 This modulation presents itself as fluctuations in the recorded Faradaic current.

258 block of data, thus reducing the statistical fluctuations in the sample and greatly enhancing the fin

259 variability is typically viewed in terms of fluctuations in the seasonal cycle induced by higher fre

260 mantic performance and stronger BOLD-related fluctuations in the semantic network.

261 es requires a sensor that can compensate for fluctuations in the signal due to changing environmental

262 erate amount of spatial disorder and thermal fluctuations in the simple cubic lattice.

263 It is almost trivial to say that such fluctuations in the soil modify plant growth, developmen

264 y be involved in adaptation to environmental fluctuations in the Southern Ocean.

265 tuations in Cartesian coordinates as well as fluctuations in the space of physical contacts, which ar

266 post-Golgi compartments, thus counteracting fluctuations in the sphingolipid biosynthetic flow.

267 Interestingly, fluctuations in the strength of attention do not affect

268 Dopamine fluctuations in the striatum fail to encode RPEs, as ant

269 ns in the envelope (ENV) and rapidly varying fluctuations in the temporal fine structure (TFS).

270 he independent component arises heavily from fluctuations in the underlying probability of spiking, w

271 t diapedesis is facilitated when the tension fluctuations in the VEC monolayer were increased by proi

272 we discuss studies suggesting that circadian fluctuations in the vessel wall and in the circulation c

273 dition to this alternating access mechanism, fluctuations in the volume of the PS1 central cavity fac

274 come elevated in groundwater due to seasonal fluctuations in the water table.

275 Tadpoles can experience large temperature fluctuations in their habitats and many species are dist

276 cluding the behaviour of thermal and quantum fluctuations in their vicinity.

277 However, fluctuations in this background current often occur with

278 ctions--that lead to significant statistical fluctuations in toughness and strength.

279 retically predicted, enhanced stoichiometric fluctuations in transcript numbers, nor of bistable beha

280 ng, we hypothesize that extrinsic noise from fluctuations in transcription factor activity may be amp

281 Despite major fluctuations in transcription factor binding, our machin

282 can be disrupted by high amplitude seasonal fluctuations in transmission rates, resulting in determi

283 smission, rather than through high-amplitude fluctuations in transmission rates.

284 o very stable: the standard deviation of the fluctuations in transverse spindle position during metap

285 The fluctuations in transverse velocity in this wavy porous

286 s a novel therapeutic avenue to curb symptom fluctuations in TS.

287 I) induced transient reduction and irregular fluctuations in uterine artery blood flow associated wit

288 ion-associated genetic bottleneck as well as fluctuations in viral genetic diversity over time, accom

289 l symptoms (glare, halos, double vision, and fluctuations in vision), in 99% for ocular symptoms (pai

290 s populations to persist by compensating for fluctuations in vital rates, including disease-induced m

291 ly vs. continuously reduced the amplitude of fluctuations in VO2 and intramuscular metabolism, dissoc

292 stems in the study area showed high seasonal fluctuations in water quality.

293 Fluctuations in weather and release scenario may lead to

294 a root mean squared error method to reflect fluctuations in weight independent of the net weight cha

295 Metabolic changes incorporating fluctuations in weight, insulin resistance, and choleste

296 Short-term fluctuations in wetness caused significant lag effects o

297 rmful herding behavior accompanied by strong fluctuations in which a large majority of agents crowd t

298 s are broken at the quantum level by quantum fluctuations, in which case the theory is said to have q

299 y finite dimensional quantum states when the fluctuations in work are bounded by a given amount c.

300 e processes, such as reversible cooling, the fluctuations in work diverge.

301 adipose tissue showed significant circadian fluctuations in young WT mice.