ライフサイエンスコーパス: change over time

1 cenarios where species' ranges are static or change over time.

2 ns of some key electroencephalogram features change over time.

3 Caregiving relationships change over time.

4 ical disease progression is fibrosis and its change over time.

5 Diastolic blood pressure did not change over time.

6 ere reproducible and we found no significant change over time.

7 that use genetic variants with effects that change over time.

8 ntry variation in both health burden and its change over time.

9 CI 26.1 - 30.0%) respectively, with no clear change over time.

10 ot related to depressive symptom severity or change over time.

11 e genetic variants used on exposure does not change over time.

12 y (P < 0.05) associated with fasting glucose change over time.

13 iation (P < 5 x 10(-8)) with fasting glucose change over time.

14 ultilevel models were constructed to examine change over time.

15 as well as understanding how their functions change over time.

16 y over time was correlated with polyp number change over time.

17 irst, we develop a metric to quantify visual change over time.

18 ving systems where an electrode response may change over time.

19 id droplet) and show how these relationships change over time.

20 ocapillaris lesions were similar and did not change over time.

21 ve that abundances of assembly intermediates change over time.

22 itions of a single martian volcanic province change over time.

23 , and these risk differences were tested for change over time.

24 ts where available carbon and energy sources change over time.

25 ongitudinal assessment of global SD-OCT RNFL change over time.

26 ow how the relative strengths of ITV drivers change over time.

27 ized crystals even when crystal growth rates change over time.

28 f exposure with trajectories and patterns of change over time.

29 , 26.1 - 30.0%), respectively, with no clear change over time.

30 equenced SARS-CoV-2 viruses were diverse and changed over time.

31 rd of how their rates of C accumulation have changed over time.

32 of hospitals that provided surgical services changed over time.

33 uired, and estimated how this classification changed over time.

34 reported whether the trends in survival have changed over time.

35 al quality of prognostic factor analyses has changed over time.

36 neither diversity nor differentiation (FST) changed over time.

37 of the institutions communicating health has changed over time.

38 and nonurgent ocular conditions and how they changed over time.

39 healthcare-associated infections (HAIs) has changed over time.

40 ve evidence for how relative testes mass has changed over time.

41 clinical trial publication and how they have changed over time.

42 nce occurs, to what degree, and how this has changed over time.

43 tionary constraints of antigenic site B have changed over time.

44 varies by payer, and how these amounts have changed over time.

45 The proportion of women authors has not changed over time.

46 insurance); these and other characteristics changed over time.

47 Estimated measures of mortality changed over time.

48 l women and among screened women to evaluate changes over time.

49 and oxygen saturation, showed no significant changes over time.

50 riation in plasticity and tracked phenotypic changes over time.

51 ity) and evaluated predictors of metrics and changes over time.

52 ersible structural and load-bearing capacity changes over time.

53 tored in a Git repository to precisely track changes over time.

54 not affected by correction for brain volume changes over time.

55 al properties of the tissue and follow their changes over time.

56 lation of PAH pollution with microstructural changes over time.

57 ty survey results did not reveal significant changes over time.

58 es differ in their rates and there have been changes over time.

59 en with Third Harmonic Generation (THG) that changes over time.

60 The human archaeological record changes over time.

61 ts and the prognostic impact of LVEF dynamic changes over time.

62 it is also found that the frequency ordering changes over time.

63 ke from larger portions without compensatory changes over time.

64 uate the association between market and cost changes over time.

65 etation models to evaluate forest tree cover changes over time.

66 Radiation and chemotherapy dose changes over time.

67 , and GRD at T1 seem to influence GRD and KT changes over time.

68 -up studies are warranted to investigate BMI changes over time.

69 ese results and revealed individual regional changes over time.

70 fluences reliable early measurement of Abeta changes over time.

71 tand the substantial variations reported and changes over time.

72 regulation of motility and cell division and changes over time.

73 vious human studies have not examined immune changes over time.

74 poral links, meaning the network's structure changes over time.

75 er set of protein, miRNA and DNA methylation changes over time.

76 pattern of occupancy of Hoxa1 is dynamic and changes over time.

77 in the mean to alter how community phenology changes over time.

78 lso providing a more complete picture of IOP changes over time.

79 oss the genome, where the balance of alleles changes over time.

80 e-engage a person as their HIV exposure risk changes over time.

81 , allowing for cross-country comparisons and changes over time.

82 ly could be used to monitor for glaucomatous changes over time.

83 renal diseases differs between locations and changes over time.

84 clined, 18% increased, and 67% showed no net changes over time.

85 tic traits of BD or result from pathological changes over time.

86 lly dynamic, with thousands of binding sites changing over time.

87 osited genome assemblies and annotations are changing over time.

88 of comorbidities among hospitalized PLHIV is changing over time.

89 r the hippocampus in action-based prediction change over time?

90 ; 95% confidence interval: -1.59, -0.26) and change over time (-0.36 BI points per year per SD increm

91 crease in mean (95% confidence interval) PCT change over time (-2.18 [-2.97 to -1.40 mum/year] and -1

92 rimental socioeconomic status on oral health changes over time, 2) the role of unfavorable patterns o

93 This study was designed to estimate changes over time (2000 to 2010) in disparities in expos

94 um/year], respectively) and mean PCT percent change over time (-3.32% [-4.36 to -2.27 mum/year] and -

95 duals with different migratory schedules has changed over time (a generational shift).

96 This consistency of change over time across domains within each subgroup is

97 h inverse-normal transformed fasting glucose change over time adjusting for age at baseline, sex, and

98 her or how fluorosis prevalence and severity change over time after tooth eruption.

99 ts) and looking at how viral group abundance changes over time along both fractions, we show that the

100 In early disease, looking for change over time also may be useful for glaucoma diagnos

101 The risk of sudden death has changed over time among patients with symptomatic heart

102 tic variation and analyzing how age patterns change over time and across birth cohorts.

103 eurons comprising departure ensembles do not change over time and are not correlated with bond streng

104 ynamic, that dysregulated signaling pathways change over time and can transition from deleterious to

105 The identical viral RNA sequences did not change over time and did not evolve resistance to the AR

106 How RNA-protein interactions change over time and space to support these roles is poo

107 suites of VOCs produced by Mycobacteria ssp. change over time and that individual strains produce dif

108 he potential to learn about regional climate change over time and therefore evaluates the appropriate

109 nd points in major cardiovascular trials has changed over time and examine temporal trends in the cli

110 genetic clusters composing SSA1 species have changed over time and that this may be in response to se

111 d frequency generated by the migrating cells changed over time and these parameters were used to accu

112 posttreatment functional MRI data to assess changes over time and ability to predict abstinence duri

113 Using mixed-effects models, we analysed NfL changes over time and correlated them with longitudinal

114 We aimed to assess the changes over time and demographic determinants of firear

115 rs in live cells, especially when their size changes over time and space, remains a challenge.

116 ely the incidence of vitreomacular interface changes over time and their influence on choroidal neova

117 We found that DMN topology changes over time and those different patterns are assoc

118 ory is a foundational cognitive ability that changes over time and varies across individuals.

119 t is unclear to what extent metabolic health changes over time and whether such transition affects ri

120 atment fMRI data were used to assess network changes over time and within-subject replication.

121 GSTT2, CTSA, PPARG, CDA, ENPP1 and NRG1-Iis changing over time and correlates with disease progressi

122 Climatic conditions changing over time and space shape the evolution of orga

123 e pesticide co-exposures, determine how they change over time, and assess differences between farmwor

124 ce for sequences whose underlying statistics change over time, and enables the model to capture effec

125 es, why they differ between people, why they change over time, and how they could be improved.

126 vealed individual differences in personality change over time, and showed that a few individuals with

127 to attribution methods, how these estimates change over time, and the main factors contributing to t

128 ncephalogram features and neurologic outcome changed over time, and accounting for these changes impr

129 e procedure, detailing how the procedure has changed over time, and has been shaped by forces of evid

130 ement of myocardial infarction (MI) may have changed over time, and thus altered the prognoses after

131 istribution of fitness within the population changes over time, and find a travelling wave of adaptat

132 udinal gene expression data, weather pattern changes over time, and growth curves.

133 , need for valve reintervention, hemodynamic changes over time, and quality of life through 3 years.

134 baseline echocardiographic characteristics, changes over time, and the interaction between treatment

135 quencies and quality factors of sensors that change over time are evaluated.

136 gest that genetic effects on fasting glucose change over time are likely to be small.

137 response to antidepressants and whether its changes over time are correlated to symptom changes.

138 trolling how tissue-specific gene expression changes over time are less well understood.

139 Baseline NIT scores and their changes over time are predictors of adverse clinical and

140 CNPEs have very slow temporal responses that change over time as the liquid rises in the CNPE.

141 nesis, vertebrate and Drosophila progenitors change over time as they generate a diverse population o

142 of elements, the composition of the Universe changes over time as stars populate the periodic table.

143 and research by considering age-at-onset and changes over time as well as different developmental per

144 idence that the targets of natural selection change over time, as epistasis and historical contingenc

145 how that cf-mRNA reflects dynamic functional changes over time associated with cellular activity.

146 other mammals, the prominent dynamics is of change over time at the level of the colony as a whole.

147 the interaction network are both subject to change over time based on social inheritance.

148 the inactive X (Xi)-compartment are known to change over time, because after initial Xist spreading a

149 there was a modest correlation of percentage change over time between methods (r = 0.49).

150 These ecosystem components not only change over time but also interact with each other.

151 The size of networks did not change over time but those with no friends and duration

152 The use of minimally invasive PD did not change over time, but robotic PD increased (2.5 to 4.2%;

153 ky performance status; and responsiveness to change over time by ANOVA.

154 Linear regression models compared change over time by SWAD/STAY group, adjusted for age, r

155 Models estimated price changes over time by level of competition, adjusting for

156 Linear regression models compared changes over time by SWAD/STAY group, adjusted for age,

157 ean mass, the inability to accurately detect changes over time calls into question its use in clinica

158 wever, it is unclear how their outcomes have changed over time compared with those only enrolled in M

159 ctices vary widely between hospitals and are changing over time, complicating the interpretation of a

160 se is not accompanied by specific structural changes over time detectable with this method.

161 in FOV increased during the task, but these changes over time did not differ by symptom severity.

162 For each chemical the concentration change over time differed between the systems.

163 Gene expression programs change over time, differentiation and development, and i

164 sented as discrete units and their behaviour changes over time due to a variety of processes.

165 surements show that the product distribution changes over time due to epimerization of the C1 center.

166 Group membership changes over time due to mortality or emigration, potent

167 y neural representations of temporal context change over time during encoding.

168 e Rev response element (RRE), whose sequence changes over time during infection within a single host.

169 tions at the injury site, with their dynamic changes over time elucidated using trajectory analyses.

170 CI) data for assessment of cyanoHABs and the change over time, even with issues such as variable data

171 It groups time series with correlated changes over time, even if those patterns occur earlier

172 silateral breast tumor recurrence (IBTR) may change over time following breast-conserving therapy.

173 s unclear how satisfaction with RYGB surgery changes over time following surgery and factors associat

174 tistical analysis revealed similar metabolic changes over time for IP-, LI- and BIO-samples, mainly d

175 ificant interaction between study groups and changes over time for total skill scores (F[2, 37] = 4.0

176 d pressure, and respiratory rate, along with changes-over-time for each.

177 OCT devices also permit analysis of macular changes over time, for example, changes in the ganglion

178 Outcome measures included mean BCVA and CFT change over time from the point (month 3 or 6) at which

179 tive process evaluations that seek to assess changes over time from a complex systems perspective.

180 ience Sampling (MDES) to chart how cognition changes over time from moments in time when external att

181 Whether species interactions are static or change over time has wide-reaching ecological and evolut

182 globally, assessments of regional and local change over time have been equivocal.

183 munity assembly; therefore, by incorporating change over time, host community assembly may provide a

184 phy (SDOCT) measurements and compared global change over time in advanced glaucoma eyes.

185 Progression of change over time in endosperm tissue was followed to dis

186 and assess its ability to portray functional change over time in glaucoma.

187 ganglion cell-inner plexiform layer (GCIPL) change over time in healthy and glaucoma eyes.

188 Global change over time in longitudinal eyes was -1.51 mum/year

189 Measuring change over time in neurodegenerative conditions is cent

190 A significant correlation was found between change over time in predicted and observed RNFL thicknes

191 ribed as systems of inherited variation that change over time in response to processes such as select

192 ascertained based on distinctive profiles of change over time in symptoms and functioning.

193 ween temperature and mortality and nonlinear change over time in the association.

194 This study investigates change over time in the level of hiring discrimination i

195 We first modeled change-over-time in 18 biomarkers tracking organ-system

196 ho had been sexually active in the past year changed over time in 43 countries, with increases in 30

197 asis of the types of molecular pathways that changed over time in a given individual.

198 tribution of HIV-1 subtypes and recombinants changed over time in countries, regions, and globally.

199 infected hosts, and that host attractiveness changes over time in a species-specific manner.

200 However, how the ceramide metabolism changes over time in AD, in vivo, remains unknown.

201 We aimed to describe changes over time in admissions and outcomes, including

202 We compared changes over time in cervicovaginal fluid cytokine and c

203 n in state-level surveillance practices, and changes over time in diagnosis methods.

204 To evaluate changes over time in drug use among patients undergoing

205 ies of urbanization, we compute and validate changes over time in multidimensional street connectivit

206 There are few studies on how alloimmunity changes over time in patients on kidney allograft waitin

207 The aim of this study was to assess changes over time in prevalence of coeliac disease sympt

208 There were statistically significant adverse changes over time in relative performance to experienced

209 iple regression analysis was used to compare changes over time in rescue symptomatic AR medication us

210 However, how iso/anisohydry changes over time in response to year-to-year variations

211 between England and Wales and Scotland, and changes over time in Scotland.

212 timates and case report data by allowing for changes over time in screening coverage and reporting co

213 We investigated the associations of changes over time in TBW, FM, and FFM with changes in LV

214 To describe the evidence base and changes over time in the AHA/ACC/HRS guidelines on AF wi

215 The objective was to examine changes over time in the number and rate of inappropriat

216 We compared changes over time in the use of assisted ventilation and

217 between-person differences and within-person changes over time in the use of tobacco products.

218 of any organism are consistently exposed to changes over time in their environment.

219 factors, vascular risk factors and lifestyle changes over time in these cohorts.

220 ltiplying into small colonies and the volume changes over time in these colonies were used to measure

221 death reporting, and also does not allow for changes over time in tuberculosis control programmes and

222 The Earth's biota is changing over time in complex ways.

223 diac troponin, and especially their relative changes over time, indicate acute myocardial injury.

224 Predicting how pathogen populations will change over time is challenging.

225 This pattern of synchronized colony changes over time is also reflected in the profile of vo

226 temperature-mortality association worldwide changes over time is crucial to addressing questions of

227 embryonic patterning, but whether their role changes over time is unclear.

228 Whether the risk of SCD changes over time is unknown.

229 Although taxonomic structure changed over time, its spatial distribution remained rel

230 d telomere dynamics (rate of telomere length change over time, longitudinal approach) in one of the m

231 Metabolic profile changes over time may imply responses to exposures and s

232 aring the rate of retinal sublayer thickness change over time (mean follow-up 3.9 years for STGD1, 2.

233 th a significant between-group difference in change over time of -4.6 (95% CI=-8.7, -0.56) in favor o

234 reover, biomarker plasma levels and rates of change over time of participants who developed Alzheimer

235 To evaluate the change over time of vision-related quality of life (QoL)

236 but not evenness; site-wide richness did not change over time on control plots but declined significa

237 are low and whether any such association has changed over time or relates to comorbid disorders (eg,

238 te of PCT change (P = .28) or PCT percentage change over time (P = .23).

239 ot significantly associated with rates of MD change over time (P = 0.994, P = 0.689, P = 0.920, respe

240 e multi-item scales showed responsiveness to change over time (p values <0.05), as did nine of 15 sin

241 The proportion of LT HIV-infected did not change over time (P-trend = 0.16).

242 The proportion of LT HIV-infected did not change over time (P-trend=0.16).

243 oups and control group in the trends of MELD change over time (p=0.55 for the G-CSF group vs standard

244 c diversity in primary CMV infection and the changes over time remain incompletely defined, we examin

245 describe the characteristics, circumstances, change over time, resource use, and outcomes of patients

246 ities can threaten ocean ecosystems and have changed over time, resulting in new challenges and threa

247 The capsid sequence of GII.4 strains is changing over time, resulting in viruses with altered li

248 ble biopolymers and their network assemblies change over time reveal dynamical and mechanical propert

249 ively observed that properties of ecosystems change over time, space, and environmental conditions.

250 The patients were assessed for lipid changes over time, stratified according to the presence

251 ntify molecules that show similar expression changes over time; such molecules may be co-regulated an

252 We did not find that SI variability changed over time, suggesting it might be trait-like, at

253 Longitudinal global network changes over time suggests an altered and more 'diffuse'

254 Changes-over-time temperature, blood pressure, and heart

255 que concept identifiers (RXCUIS) can undergo changes over time that can obfuscate their meaning when

256 cies sorting dynamically alters composition, changing over time the distribution of vacant niches to

257 ative abundances of host-associated bacteria change over time, the biological processes governing mic

258 temporal networks with nodes and links that change over time, they remain highly complex.

259 ed or diseased tissues, or to monitor tissue changes over time, thus expanding the range of questions

260 olution concentrations, S:P:H:L precipitates change over time to become droplet-like in appearance, a

261 arch should assess how frailty and cognition change over time to better elucidate this complex relati

262 other cell populations and biomaterials that change over time to better understand and improve therap

263 ctional volume, it is unclear whether volume changes over time translate into predictable outcome cha

264 drought resistance and resilience of forests change over time under climate change.

265 in the clinic, among other uses, to monitor change over time using the 2-FDG standardized uptake val

266 ic, being able, among other uses, to monitor change over time using the 2-FDG SUV metric.

267 We analyzed demographic changes over time using linear regression, and changes i

268 e annual incidence of child maltreatment has changed over time, using official record data and time-s

269 Both arrival and green-up changed over time, usually in the same direction (earlie

270 rindividual variation, and within-individual change over time varied significantly with age.

271 The estimated normal average RNFL thickness change over time was -0.54 +/- 0.23 mum/year (P < .001).

272 Fasting glucose change over time was defined as the slope of the line de

273 Little change over time was reported in consistent condom use o

274 as measured by the slopes of gene expression changes over time, was significantly faster in mouse com

275 investigate how the (CTG)n repeat expansion changes over time, we collected three longitudinal blood

276 Rates of NfL change over time were associated with rate of decline in

277 Larger scars at baseline but not changes over time were associated with a significant inc

278 Changes over time were compared to those in control subj

279 Changes over time were correlated with disease progressi

280 Retinopathy changes over time were determined by DRSS step differenc

281 icant differences in CVD mortality rates and changes over time were found among the 3 largest Hispani

282 In mixed-effects models, cfPWV changes over time were similar for cluster-2 versus clus

283 erent across thermally variable habitats and changes over time when corals are reciprocally transplan

284 f BDE-153 and beta-HCH did not significantly change over time, whereas concentrations of Sigma(4)PCB,

285 midthigh muscle area (0 +/- 1 cm(2)) did not change over time, whereas the midcalf muscle area decrea

286 Given how economies change over time, whether these statistical properties a

287 ires knowledge of how phenology is likely to change over time, which can be gained by identifying the

288 Brain QTs often change over time while the disorder progresses and thus

289 uate the association of trauma center volume change over time with mortality.

290 lycan ligands, as well as their evolutionary changes over time with alterations in their host ligand

291 We identified hundreds of dynamic eQTLs that change over time, with enrichment in enhancers of releva

292 The MRSA population structure changed over time, with a 1.5x increase in clonal comple

293 ) antibodies, but their subclass composition changed over time, with IgG1 persisting, IgG3 rapidly de

294 e pattern of late toxic effects has markedly changed over time, with survivors having a reduction in

295 Our study reveals dramatic changes over time, with a reduction in total number of f

296 e were consistently lower in TW, with little change over time within each group.

297 burden across countries, but as biodiversity changed over time within these countries, this correlati

298 trasting land covers as a proxy for land use changes over time without considering possible atmospher

299 udinal studies of the evolution of these VMI changes over time would be of great interest.

300 infection status of individuals and how this changes over time would complement these findings by enh