ライフサイエンスコーパス: dynamic change

1 rmation regarding their spatial and temporal dynamic changes.

2 ons from low frequency LFP signals and their dynamic changes.

3 activation loop autophosphorylation induces dynamic changes across the entire kinase.

4 Male germline transcriptomes undergo dynamic changes after the mitosis-to-meiosis transition

5 ng reveal an inverse association between 6mA dynamic changes and a set of upregulated neuronal genes

6 These limit our ability to assess dynamic changes and heterogeneous responses that occur i

7 have developed to respond to and manage such dynamic changes and maintain homeostasis remain largely

8 tion and ROCK signalling, as well as both MT dynamic changes and p-38 phosphorylation downstream of R

9 Dynamic changes and rearrangement of the plant cell wall

10 sensitive detection of circulating tumor DNA dynamic changes and T-cell expansion can be used to guid

11 ci in tuberculosis (TB) cases (clusters) and dynamic changes, and characterized the drug-resistant TB

12 We show that the majority of dynamic changes are explainable by the internal nonlinea

13 Binding dynamics changes are reflected in the values of beta whi

14 )-based probes are capable of monitoring the dynamic changes associated with histone modifications in

15 (19)F-NMR, which reveals conformational and dynamic changes associated with nickel-activated DNA com

16 Brain dynamic changes associated with schizophrenia are largel

17 tion is a continuous biological process with dynamic changes at cellular and tissue levels, particula

18 In this study, we demonstrate these dynamic changes at high resolution through daily stool s

19 Understanding the dynamic changes at the active site during catalysis is a

20 We also show that the senescent phenotype is dynamic, changing at varying intervals after senescence

21 We show that p.P187S causes structural and dynamic changes communicated to functional sites far fro

22 on at emergency department presentation, its dynamic change during serial sampling, and the time betw

23 re we report that 5hmC levels undergo highly dynamic changes during adult stem cell differentiation f

24 ons are enriched in gene bodies with minimal dynamic changes during asexual development.

25 that while chromatin architecture underwent dynamic changes during cell cycle progression, DNA methy

26 neous prospermatogonial population undergoes dynamic changes during late fetal and neonatal developme

27 But little is known about the complex and dynamic changes during macrosclereid cell development.

28 stant SNACS throughout interphase but showed dynamic changes during mitosis.

29 we showed that DNA methylation went through dynamic changes during seed maturation.

30 How the brain dynamics change during anesthetic-induced altered states

31 udy how higher-order chromatin structure and dynamics change during cell differentiation and ultravio

32 into nucleosome dynamics, and to follow how dynamics change during differentiation, we used a techni

33 However, the actual dynamics change during return of consciousness is not si

34 g have focused on how single-area population dynamics change during short-term adaptation.

35 pedance measurements are used to reveal cell dynamics changes encompassing cellular responses to bioa

36 anging SOC and SON pools size, stability and dynamics changes following conversion of P. australis sa

37 This dynamic change in B cell survival mechanisms is unique t

38 1 cancer biomarkers' aberrant expression and dynamic change in different cells demonstrates the feasi

39 To adapt to the dynamic change in mechanical stress, the constitutive in

40 e ion transport in nanochannels by using the dynamic change in the curvature of channels to adjust io

41 Our results suggest that the dynamic change in the numbers of CTCs with ALK-CNG may b

42 hibitory events in vitro, which results in a dynamic change in the synchrony of a modeled population

43 icable and provides an unprecedented view on dynamic changes in a material's pore space, which is an

44 nulomas and thoracic lymph nodes experienced dynamic changes in affinity for both probes, suggesting

45 gape distance accounted for the majority of dynamic changes in architecture.

46 shown to be sensitive and to respond to fast dynamic changes in aroma release.

47 a desired ventilatory pattern in response to dynamic changes in arterial CO(2) levels and, based on a

48 Decoding the physiological meaning of these dynamic changes in astrocytic Ca(2+) activity has remain

49 To allow dynamic changes in autophagy, mTORC1 activation must be

50 lease, reward, and reinforcement and induces dynamic changes in basal and methamphetamine-induced syn

51 osphorylation and binding events, as well as dynamic changes in binding patterns over time.

52 Dynamic changes in biological systems can be captured by

53 Dynamic changes in body composition which occur during w

54 d potentials (LFPs), and the relationship of dynamic changes in BOLD FC to underlying temporal variat

55 ding RNAs studied, miRNAs displayed the most dynamic changes in both abundance and subcytoplasmic loc

56 tools that allow in vivo measurement of the dynamic changes in brain chemistry.

57 We also find that dynamic changes in Ca(2+) occur during development of th

58 ntal tool to non-invasively characterize the dynamic changes in calcium physiology that occur from in

59 Dynamic changes in cardiac structure and function were e

60 steady state adhesion, while Rap1B regulates dynamic changes in cell adhesion.

61 Cell migration involves dynamic changes in cell shape.

62 ith a panel of cancer therapeutics, we track dynamic changes in cellular behavior and cell state over

63 ial-mesenchymal transition (EMT) encompasses dynamic changes in cellular organization from epithelial

64 t over 5000 distal noncoding regions exhibit dynamic changes in chromatin accessibility between devel

65 he Zdbf2 promoter switch, concomitantly with dynamic changes in chromatin architecture.

66 Mapping of the dynamic changes in chromatin landscape accompanying CCR6

67 of ISC differentiation via association with dynamic changes in chromatin.

68 PP offers a new dimension for characterizing dynamic changes in clinical samples.

69 stometry system (clotMAT) that recapitulates dynamic changes in clot mechanics under physiological sh

70 Dynamic changes in coagulation occur with progression of

71 ca et al provide molecular insights into how dynamic changes in cohesin complex levels are critical t

72 or social information is favoured can drive dynamic changes in collective behaviour.

73 These structures can undergo dynamic changes in composition and expression based on c

74 maintaining biodiversity, by predicting the dynamic changes in conservation finance that will be nee

75 rast imaging (LSCI) was performed to measure dynamic changes in cortical perfusion following reperfus

76 An illustrative patient with dynamic changes in ctDNA content during therapy and a re

77 Collectively, our data define dynamic changes in CXCR4 expression as a marker for intr

78 s associated carcinogenesis are regulated by dynamic changes in DNA methylation of both virus and hos

79 d PARAFAC analysis was used to elucidate the dynamic changes in DOM composition/optical properties wi

80 dipocytes and provide an explanation for the dynamic changes in dWAT mass that occur under physiologi

81 s macaques under various conditions, finding dynamic changes in each state.

82 Additionally, we found dynamic changes in epigenetic regulation, including Dnmt

83 temporal response profiles as the result of dynamic changes in excitatory/inhibitory balance produce

84 ctivation of immune cells is associated with dynamic changes in expression of genes, the products of

85 nterdependence by taking advantage of highly dynamic changes in expression of microRNA 181 family mem

86 d to an earlier-stage environment by sensing dynamic changes in extracellular Wnt.

87 However, detecting dynamic changes in FFA uptake by the liver in live model

88 pathway), rendering cells more responsive to dynamic changes in Fgf signaling required by many develo

89 dhesion require that the AJ be responsive to dynamic changes in force while maintaining mechanical lo

90 Here, we report that dynamic changes in forebrain microRNA (miR)-211 in the m

91 ever, prior research in MDD has not examined dynamic changes in functional connectivity as networks f

92 w-back pain patients and was associated with dynamic changes in functional connectivity.

93 These dynamic changes in functional regulatory sites, distal t

94 Dynamic changes in gases are important cues for plants t

95 scriptional profiling strategies to describe dynamic changes in gene expression and chromatin accessi

96 at this is an effective mechanism to promote dynamic changes in gene expression during cell different

97 ina BeadArray technology was used to measure dynamic changes in gene expression from thirty-seven pai

98 he heterogeneity of pulmonary cell types and dynamic changes in gene expression mediating adaptation

99 amus between Xenopus and mouse, however, the dynamic changes in gene expression observed at later sta

100 core >/=17 points; n = 81) were analyzed for dynamic changes in gene expression over a period of 21 d

101 which transient neuronal activation leads to dynamic changes in gene expression via modifying chromat

102 al to primary follicle and is accompanied by dynamic changes in gene expression(1), but the gene regu

103 tissues in the worm, reveal the complex and dynamic changes in gene expression, both spatially and t

104 ce, a developmental window that is marked by dynamic changes in gene expression, endocannabinoid sign

105 during this formative transition highlights dynamic changes in gene expression, which affect many ce

106 ll RNA-seq research by enabling the study of dynamic changes in gene expression.

107 etwork underlying otic commitment and reveal dynamic changes in gene expression.

108 c stem cell (HSC) ontogeny is accompanied by dynamic changes in gene regulatory networks.

109 Whether dynamic changes in genome architecture underlie transcri

110 Thus, dynamic changes in genome organization and gene activati

111 its utility to explore the distribution and dynamic changes in genome-wide SSBs in response to diffe

112 ent stem cells that respond appropriately to dynamic changes in glucose concentrations in vitro and r

113 ar complexes among these core components and dynamic changes in granule composition and structure in

114 ocess, translating molecular regulation into dynamic changes in growth rate and direction, although t

115 We found that dynamic changes in H1 subtype expression and localizatio

116 epatocellular carcinoma progression, rather, dynamic changes in H3K27me3 promoter deposition correlat

117 a useful and reliable tool for studying the dynamic changes in hepatic FFA flux in models of liver d

118 le approach to quantify spatial and temporal dynamic changes in histone acetylation.

119 In this study, dynamic changes in histone H3K4 modifications at the Pdc

120 Dynamic changes in histone modifications under various p

121 atients, we have demonstrated that there are dynamic changes in HMGB1 isoforms in the brain and blood

122 asic APD response in mouse was partly due to dynamic changes in HR during SNS and was exacerbated by

123 ew layer of complexity by demonstrating that dynamic changes in Id3 and E-protein activity govern bot

124 Dynamic changes in IL33 and soluble suppression of tumor

125 tion at the population level despite causing dynamic changes in individual neurons.

126 Dynamic changes in intracellular ion concentrations are

127 FCP-1 enables imaging of dynamic changes in labile Cu(I) pools in live cells in r

128 hen developed an analysis method that tracks dynamic changes in large-scale network cohesion by quant

129 Unbiased high-resolution profiling of dynamic changes in levels of gene expression, chromatin

130 , UHPLC-MS/MS lipidomics was used to measure dynamic changes in lipid composition as a function of ag

131 rocyte lineage progression is accompanied by dynamic changes in m(6)A modification on numerous transc

132 Dynamic changes in membrane protein composition of the p

133 Central to the stress response are dynamic changes in metabolism, such as the transition fr

134 it is paramount to fully characterize these dynamic changes in methylation and to link them to the o

135 These dynamic changes in methylation mainly occur within trans

136 Dynamic changes in microbial communities play an importa

137 vely restricting lineages as they experience dynamic changes in microenvironment.

138 In this study, we investigated how dynamic changes in motivation, as manipulated through re

139 Our results uncover how dynamic changes in mRNA structure shape AGO2-target reco

140 gene correlation network analysis identified dynamic changes in multiple biologic pathways and, most

141 Dynamic changes in neuronal activity were then evaluated

142 we performed serial breath tests to monitor dynamic changes in neutrophil elastase activity during l

143 enome-wide-DNA methylation analysis revealed dynamic changes in nodule methylomes that were specific

144 A combination of baseline and dynamic changes in noninvasive markers may help to ident

145 between sequential SA and ABA signaling and dynamic changes in NPR1 protein levels and NPR1-dependen

146 during post-germination development requires dynamic changes in nucleosome composition and histone po

147 st cellular mechanisms capable of addressing dynamic changes in O(2) availability.

148 These results highlight the dynamic changes in oxygen levels in the coral diffusive

149 Dynamic changes in peripheral innervation have also been

150 phores) fluorescence polarization to monitor dynamic changes in peroxiredoxin quaternary structure in

151 cyte morphology and suggest a model in which dynamic changes in phosphotyrosine-based signaling confe

152 Drawing on the well-documented capacity of dynamic changes in pitch to elicit impressions of motion

153 ds, and soluble metabolites and recorded the dynamic changes in plastid ultrastructure and in the nuc

154 lating microRNA concentrations may report on dynamic changes in platelet biology following a cardiova

155 Dynamic changes in post-ST-segment-elevation MI edema hi

156 Furthermore, dynamic changes in potassium were independently associat

157 Although dyskinesia is associated with dynamic changes in primary motor cortex physiology, to d

158 is allosterically regulated by structural or dynamic changes in proteins has been extensively investi

159 Our results demonstrate how dynamic changes in protonation state may play a critical

160 These experiments manifest large-scale and dynamic changes in regulatory network connectivity (i.e.

161 Stem cells undergo dynamic changes in response to injury to regenerate lost

162 The neonatal gut microbiome undergoes dynamic changes in response to many nutritional and envi

163 We also characterize dynamic changes in RNA-protein interactions in mammalian

164 In children with NAFLD, dynamic changes in serum ALT and GGT are associated with

165 Tooth morphogenesis involves dynamic changes in shape and size as it proceeds through

166 , and tissue development, cells must undergo dynamic changes in shape.

167 and EEM-PARAFAC can be used to decipher the dynamic changes in size spectra and composition of indiv

168 pable of real-time detection and tracking of dynamic changes in sleep posture, and subtle respiration

169 sary for correlation of network modules with dynamic changes in stomatal conductance, photosynthetic

170 We studied dynamic changes in the 3D chromatin landscape important

171 lity and differentiation that coincided with dynamic changes in the activity of distinct lineage-spec

172 Here, we show that dynamic changes in the acyl chain composition of ER phos

173 oteins that experience conformational and/or dynamic changes in the allosteric regulation.

174 On the other hand, ischemic injury causes dynamic changes in the cardiac ECM that contribute to re

175 at nuclear receptor signaling is integral to dynamic changes in the cardiac mitochondrial phenotype i

176 The in situ observations identify complex dynamic changes in the catalyst on an atomistic level, h

177 PAR4 signaling and trafficking, we observed dynamic changes in the cell membrane, with spherical mem

178 Dynamic changes in the chromatin landscape in response t

179 However, how dynamic changes in the chromatin state such as nucleosom

180 Both effects are implemented through dynamic changes in the decision-making process.

181 Dynamic changes in the demand vector and technosphere ma

182 both rodent and human studies have revealed dynamic changes in the developmental trajectories of cor

183 nt next-generation sequencing, we found that dynamic changes in the disease course of CLL were shaped

184 In this study, we have evaluated dynamic changes in the emergence of genetic variants of

185 acement of LSECs by CECs was associated with dynamic changes in the expression of genes involved in p

186 Dynamic changes in the expression of transcription facto

187 In this work, we show dynamic changes in the expression of VGCCs and Ca(2+)-de

188 r 5 pyramidal cells (PCs) underlie nonlinear dynamic changes in the gain of cellular response, critic

189 ylase (HDAC8), but also significantly caused dynamic changes in the global histone lysine acetylation

190 se from Chlamydomonas reinhardtii evaluating dynamic changes in the hydrogen-bonding network upon pho

191 ized treatment approaches, assessment of the dynamic changes in the immune system at the patient leve

192 Under conditions of homeostasis, dynamic changes in the length of individual adherens jun

193 Chitin induces dynamic changes in the localization, association, or mob

194 We classified dynamic changes in the maternal lipidome during pregnanc

195 This finding demonstrates how dynamic changes in the mechanical properties of a materi

196 Time-lapse imaging revealed dynamic changes in the metabolic profiles of the interst

197 lfite sequencing was conducted to assess the dynamic changes in the methylome of Arabidopsis roots in

198 hese exogenous factors could also affect the dynamic changes in the microbiota composition occurring

199 S analysis revealed a wide network of highly dynamic changes in the phosphoprotein profile of genotox

200 cuss how cyst nematodes induce extensive and dynamic changes in the plant methylome that impact the t

201 The dynamic changes in the resistome are likely a result of

202 Dynamic changes in the respiratory exchange ratio during

203 e day-by-day recovery of sound processing to dynamic changes in the strength of intracortical inhibit

204 mapping of the axon diameter and sensing of dynamic changes in the substructure of myelin at nanosca

205 Dynamic changes in the three-dimensional (3D) organizati

206 We tested this hypothesis by documenting dynamic changes in the tomato (Solanum lycopersicum) nuc

207 Microarray analysis identified dynamic changes in the transcriptome 3 d after injury th

208 we show that cytotoxic chemotherapies induce dynamic changes in the tumor immune microenvironment tha

209 ent technique that simultaneously tracks the dynamic changes in the viscoelastic moduli and mass of a

210 tely identify observed actions despite large dynamic changes in their retinal images and a variety of

211 ing evidence for the relevance of temporally dynamic changes in these risk factors and the consequenc

212 ainst many of the effects of stress and that dynamic changes in this system contribute to different a

213 Yet, whether and how dynamic changes in tissue rheology affect tissue morphog

214 l online processes of evidence accumulation--dynamic changes in tonic activity precisely correlate wi

215 n inhibited MYC-dependent networks, inducing dynamic changes in transcriptional, metabolic, and apopt

216 aradigm of transition-metal signaling, where dynamic changes in transitional metal pools can modulate

217 and repeated NGS testing allows tracking of dynamic changes in variants during the course of a patie

218 en fluorescent protein reporter demonstrated dynamic changes in Wnt/beta-catenin signaling characteri

219 Peroxisomes are highly dynamic, changing in abundance in response to metabolic

220 We collected data on architecture dynamics (changes in muscle shape or the architectural g

221 NSE can pinpoint the nanoscale dynamics changes in a highly specific manner.

222 olution molecular insights on structural and dynamics changes in SDS- and acid-denatured pSRII, thus

223 cts energetic budgets and internal acid-base dynamics, changes in it due to OA or light could mediate

224 These micronuclei undergo dynamic changes including loss of active histone marks a

225 These dynamic changes influence multiple behaviors but are par

226 er risk markers) and may benefit from taking dynamic changes into account in predictive modeling.

227 This dynamic change is due to the dissociation and degradatio

228 s demonstrate that characterization of these dynamic changes is necessary to unlock the full potentia

229 However, the kinetics and dynamic changes occurring to the lymphatic vascular netw

230 In multivariate analysis, the dynamic change of CTC with ALK-CNG was the strongest fac

231 hreshold control, users can easily track the dynamic change of enrichment and depletion of amino acid

232 e study evaluates the resultant conformation/dynamic change of IL-6R.

233 The dynamic change of ion selectivity suggests a charge-scre

234 metamaterial absorber's position leads to a dynamic change of the Salisbury screen's spectral respon

235 ntributes new insights to previously unknown dynamic changes of adventitial lymphatics.

236 Additionally, the dynamic changes of BOLD FC behaved most similarly to the

237 However, these dynamic changes of C- and O-DBP precursors exhibited opp

238 hite ash water extracts (BE and WE) to study dynamic changes of carbonaceous, nitrogenous, and oxygen

239 Our results reveal dynamic changes of chromatin accessibility in adult mamm

240 These data sets reveal dynamic changes of core liver functions and canonical si

241 localization of synaptic markers and altered dynamic changes of dendritic spines, but the viability o

242 x to one that mediates nanoarchitectural and dynamic changes of focal adhesions.

243 dered sequence of cells can be used to study dynamic changes of gene expression along the pseudo-time

244 roles in biological processes; however, the dynamic changes of glutathione concentrations in living

245 junction with functional assays to track the dynamic changes of immunophenotypically purified HSCs in

246 whose levels specifically correlated to the dynamic changes of immunoreactivity and as such could se

247 However, our current knowledge about dynamic changes of m6A levels and how the change of m6A

248 tic understanding of DNA methylation and the dynamic changes of methylomes during disease onset and p

249 We further examined the dynamic changes of microRNAome throughout the time cours

250 In this study, we show the dynamic changes of miRNA 183 cluster (miR-183C) expressi

251 s, however, do not sufficiently dissolve the dynamic changes of miRNA controlled networks upon T cell

252 Therefore, CTCs can be used to monitor dynamic changes of PD-L1 during radiation therapy which

253 We measured dynamic changes of PI(4,5)P2, phosphatidylinositol 4-pho

254 RET reveals the conformational landscape and dynamic changes of proteins by building on the static st

255 neovascularization (RNV) and to monitor the dynamic changes of retinal vein occlusion (RVO) in livin

256 This identified dynamic changes of RNA transcription and translation at

257 The dynamic changes of serum and liver BAs indicated that YC

258 However, the organizational principles and dynamic changes of the bacterial wine microbiota remain

259 logical hypothesis in this paper is that the dynamic changes of the biological system are related to

260 rm memory task and measured learning-related dynamic changes of the ECM protein brevican.

261 To begin to explore potential dynamic changes of the gut microbiome, we characterized

262 rization and will pave the way for observing dynamic changes of the objects such as deformation or ch

263 ential ability of EEM-PARAFAC to monitor the dynamic changes of the primary pollutant sources.

264 Dynamic changes of the strength of inhibitory synapses p

265 This study first reports the dynamic changes of volatiles and phenols that occur duri

266 Genome-wide methylome analysis indicated dynamic changes on promoters and enhancers during develo

267 presented in a single brain region undergoes dynamic changes on the scale of milliseconds.

268 sorghum, and Brachypodium revealed rapid and dynamic changes only occurring to the Ae. tauschii Gli-2

269 e populations at the injury site, with their dynamic changes over time elucidated using trajectory an

270 F patients and the prognostic impact of LVEF dynamic changes over time.

271 The shapes of leaves are dynamic, changing over evolutionary time between species

272 ut little is known about how transcriptional dynamics change over the course of these developmental p

273 We report that bridges are actually highly dynamic, changing size at precise times during germ cell

274 s a population of cells correlated well with dynamic changes such as thermal power, oxygen consumptio

275 This dynamic change suggests that PRDM6 plays a key role in m

276 Adaptive immune response is part of the dynamic changes that accompany motoneuron loss in amyotr

277 port through the channel, the structural and dynamic changes that accompany proton flux and enable ac

278 However, the extent of conformational and dynamic changes that are propagated throughout the kinas

279 We show that it is these dynamic changes that give rise to the observed catalytic

280 The sensor has also been used to track dynamic changes that occur in Abeta aggregation states,

281 ple fluorescent D-amino acids, we illuminate dynamic changes that predator and prey walls go through

282 tant provide insight into the structural and dynamic changes that relieve inhibition.

283 To understand the dynamic changes that the Me31B interactome undergoes fro

284 se tree shape features to explore how adding dynamics changes the relationships between the overall n

285 Despite these dynamic changes, the microbial communities in the replic

286 opment and cell differentiation both involve dynamic changes; therefore, the reconstruction of dynami

287 or advances in documenting and understanding dynamic changes to DNA methylation, small RNAs, chromati

288 Dynamic changes to gene expression signatures and protei

289 we set out to determine the extent to which dynamic changes to histones affect the differentiated ph

290 useful bio-fluid for health monitoring, its dynamic changes to physical activity are not well unders

291 juries and diseases all exhibit dramatic and dynamic changes to the host microenvironment over time.

292 on with 3D analysis to identify and quantify dynamic changes to the luminal structure of murine uteru

293 hromosomal instability in cancer consists of dynamic changes to the number and structure of chromosom

294 in temperature, shows protein structural and dynamic changes very similar to those observed with unif

295 These dynamic changes were recapitulated in the mouse model of

296 show that protein synthesis undergoes highly dynamic changes when stem cells differentiate to neurons

297 ith behavioural changes, but how behavioural dynamics change when a sensory modality is impaired rema

298 By characterising how lung stem cell dynamics change with aging, this study will elucidate ho

299 Understanding how brain dynamics change with dual cognitive and motor tasks can

300 time-specific impulse responses, reflecting dynamic changes, yet the coding scheme for memorised ori