ライフサイエンスコーパス: change over time

1 lity during the adult stage influences range change over time.

2 OS from diagnosis was 3.6 years and did not change over time.

3 nge, were similar in each group, and did not change over time.

4 e among these patients was 45.4% and did not change over time.

5 ies for detecting early Abeta deposition and change over time.

6 groups, but the difference did not appear to change over time.

7 ts in children, particularly when monitoring change over time.

8 year to year, and the predominating strains change over time.

9 Nitrite concentrations did not tend to change over time.

10 ngitudinal mixed models were used to analyze change over time.

11 cal impairment was not predictive of cardiac change over time.

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

13 sed only on level of kidney function did not change over time.

14 works is that the wiring of interactions can change over time.

15 oth failed to detect any significant pattern change over time.

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

17 o initiation of therapy in survivors did not change over time.

18 ll not be sufficiently demanding to identify change over time.

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

20 (18)F-FDG uptake of synthetic grafts did not change over time.

21 , however, how compartmentalization dynamics change over time.

22 TP and explain why synaptic plasticity rules change over time.

23 n of faces in the brain might be expected to change over time.

24 there are global trends in miRNA expression change over time.

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

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

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

28 ve that abundances of assembly intermediates change over time.

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

30 s and on adaptive management strategies that change over time.

31 of age-related neuropathologies on cognition change over time.

32 intraplaque hemorrhage (IPH) development and change over time.

33 nd type of care, nor how these patterns have changed over time.

34 xamine how climate and floral resources have changed over time.

35 dy (MCS) to analyze how this association has changed over time.

36 vate labels) matter, and if disparities have changed over time.

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

38 mass index (BMI) and malnutrition in U5s has changed over time.

39 are extremely social, and that cultures have changed over time.

40 utcomes reported, and how these factors have changed over time.

41 hospitals' and health-systems' impacts have changed over time.

42 ts with heart failure and if utilization has changed over time.

43 , immunohistochemical ERalpha expression had changed over time.

44 and assessed how these characteristics have changed over time.

45 fingerprint (in contrast to leaves and air) changed over time.

46 n of randomized trials in advanced NSCLC has changed over time.

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

48 ted whether OHCA incidence and survival have changed over time.

49 d targets (percentage of cue validity, % CV) changed over time.

50 to investigate how clusters in the data set changed over time.

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

52 and each neuropathologic index on cognition changed over time.

53 to evaluate the individualized pathological changes over time.

54 impact of different sound types potentially changes over time.

55 1999-2007) and to assess the significance of changes over time.

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

57 cytic neoplasms for microscopic stability vs changes over time.

58 ty of apixaban in relation to renal function changes over time.

59 cognitive deterioration and structural brain changes over time.

60 ive gene selection and posit population size changes over time.

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

62 A panel survey design was used to analyze changes over time.

63 nguishing between alternative causes of rank changes over time.

64 terpret environmental information that often changes over time.

65 mize our ability to accurately measure Abeta changes over time.

66 th repeated follow-up measurements to assess changes over time.

67 ation about how a cell's physiological state changes over time.

68 o determine cerebrospinal fluid inflammatory changes over time.

69 duct, and used meta-regression to assess the changes over time.

70 ue for the identification of DNA methylation changes over time.

71 ey Transplant Recipients and impact of their changes over time.

72 in which traits adaptively track temperature changes over time.

73 permutation, and their relative contribution changes over time.

74 ation measurements and good tracking of flow changes over time.

75 organism is embedded in an environment that changes over time.

76 ession model to evaluate the significance of changes over time.

77 Radiation and chemotherapy dose changes over time.

78 pital volume and mortality, and assessed for changes over time.

79 nts and reflect environmental conditions and changes over time.

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

81 motility of cortical granules significantly changes over time.

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

83 ese results and revealed individual regional changes over time.

84 fluences reliable early measurement of Abeta changes over time.

85 tand the substantial variations reported and changes over time.

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

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

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

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

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

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

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

93 ism requires the ability to study structural changes over time.

94 on distribution of psychological distress is changing over time.

95 rent levels of transmission and risk groups, changing over time.

96 easured by total fertility) and other traits changed over time?

97 ells was low before KT and virtually did not change over time (0.0139% +/- 0.0039 and 0.0120% +/- 0.0

98 ; 95% confidence interval: -1.59, -0.26) and change over time (-0.36 BI points per year per SD increm

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

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

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

102 As the ocean environment changes over time, a paucity of long-term data sets and

103 e how activation and functional connectivity change over time across the salience, executive, and tas

104 he control group; odds ratio for incremental change over time, adjusted for hospital and patient char

105 mechanisms of this beneficial effect likely change over time after injury.

106 It is unclear how individual drug prices change over time after launch and what market determinan

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

108 resenting African ancestry-related bias, has changed over time amidst monthly updates, with the most

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

110 Mitochondrial morphologies change over time and are tightly regulated by dynamic ma

111 ella serovars that cause human infection can change over time and location.

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

113 that the roles of species in a community can change over time and that persistence is predicted by me

114 Here, we assessed whether these differences change over time and the relation with dysglycemia.

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

116 hospital outpatient clinics for angina have changed over time and whether more frequent use of certa

117 re-estimated global surgical volume to track changes over time and assess rates associated with healt

118 These identified changes over time and associations between early optic n

119 nducted to assess substance use and behavior changes over time and compare changes between HCV seroco

120 ine how neural activation during risk taking changes over time and contributes to adolescents' real-l

121 cal and often a challenge due to source code changes over time and dependencies.

122 The association between Abeta deposition changes over time and generalized arterial stiffness ind

123 r characterize regional variation in ICU bed changes over time and identify regional characteristics

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

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

126 We analyzed changes over time and used hierarchical logistic regress

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

128 dmark analyses accounting for aspirin dosing change over time, and across subgroup analyses by age, s

129 hologies begin to develop, their patterns of change over time, and their relationship with future cog

130 after acute myocardial infarction (AMI) has changed over time, and data on contemporary national tre

131 aracteristics and ventilation practices have changed over time, and outcomes of mechanically ventilat

132 na, USA to determine whether water yield has changed over time, and to examine and attribute the caus

133 igated if seasonal or annual CO2 fluxes have changed over time, and whether spatial differences in me

134 e was used to examine the effects of groups, changes over time, and time-group interaction on outcome

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

136 actions between neurons and how interactions change over time are key challenges for systems neurosci

137 cross scientific fields and their structural changes over time are hardly known.

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

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

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

141 The mean yearly rates of IENFD change over time at the distal leg, distal thigh, and pr

142 The magnitude of changes over time between the different vascular beds wa

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

144 modulated by the dynamic hand force and its change over time, but also retains memory of the exerted

145 The mean slopes of IENFD change over time by cause regardless of biopsy site are

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

147 ive and helpful strategies and reflection of change over time codes were amended, integrated and coll

148 In addition, AE-QoL score changes over time correlated significantly with changes

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

150 .14 versus control) and LV ejection fraction change over time differed (30.5% [28.4-33.4] to 32.9% [2

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

152 sidential and agricultural insecticides have changed over time, due in part to regulatory restriction

153 etermine whether such a perturbation induces changes over time, e.g. comparing a perturbed and unpert

154 This relationship, however, may change over time following alternations in other environ

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

156 having limited understanding of how factors change over time for parents.

157 Hg levels in seabirds only changed over time for those species where delta(34)S als

158 Questionnaire-Parent Form, we assessed FAQOL changes over time for children who underwent food challe

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

160 ell tumor (MT-GCT), but how the initial risk changes over time for those who survived since curative

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

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

163 reduced eGFR, or both, did not significantly change over time from 28.4% (95% CI, 23.8%-32.9%) in 198

164 with the combination, the gammaH2AX pattern changed over time from the well-defined Top1-induced dam

165 Because Earth's field changes over time, geomagnetic imprinting should cause t

166 ndings and in whom the mammographic features changed over time had a highly increased risk of breast

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

168 tre population-based study powered to detect changes over time has reported dementia incidence.

169 Whether these proxies are changing over time has implications for prevention and t

170 Yet, methods for tracking change over time have not been established.

171 rmine the effect of capacity improvements or changes over time have rarely been performed.

172 rmine how CAM arises within a population and changes over time, here, we study the motion of mammary

173 6 and 12 months (IL-10 and TNF-alpha) or no change over time (IL-6 and RANTES).

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

175 les with the highest combined sensitivity to change over time in aMCI and weighted these items accord

176 nd granzyme B activity did not significantly change over time in ECs, suggesting that the gradual inc

177 The primary outcome was change over time in eGFR among patients at dialysis init

178 conducted to examine differences in rate of change over time in FA and D(R).

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

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

181 Measuring change over time in neurodegenerative conditions is cent

182 cipitation, which showed successive downward change over time in northeastern and southern China.

183 There was no net change over time in opioid dose among those who received

184 ypermethrin, and permethrin) and DDT did not change over time in our study population.

185 We examined change over time in QOL among long-term survivors of non

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

187 The change over time in temperature-diarrhea relation was al

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

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

190 There was no change over time in the low rates of data sharing among

191 ce vs. SST relationships for neither species changed over time in a manner consistent with thermal ad

192 transmission, and measured how transmission changed over time in the 12 districts of Sierra Leone wi

193 Our objective was to examine changes over time in 3 quality metrics available from th

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

195 We estimated state-level changes over time in a stable cohort of primary care pra

196 n men and 11.6% [10.2%-13.2%] in women) with changes over time in age and region (defined by codes in

197 usive equivalents to infer crustal thickness changes over time in ancient orogens.

198 n, of Atrophy) and FreeSurfer to investigate changes over time in brain volume and cortical thickness

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

200 Changes over time in elective abortions and in the cohor

201 However, how brain activity changes over time in individuals with autism spectrum di

202 Changes over time in PPOIT and placebo groups were exami

203 the 12-week follow-up, to study connectomic changes over time in relation to treatment response.

204 reatinine clearance (AKI), but there were no changes over time in renal blood flow between groups (P

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

206 ificant intergroup differences or intragroup changes over time in respiratory AEs, lung function or a

207 r had a good ability to predict distribution changes over time in response to changes in water temper

208 Conclusion VAS assessment of HRQOL changes over time in response to infliximab therapy in c

209 Changes over time in school-based commercialism as well

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

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

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

213 ervirulent organisms, we sought to determine changes over time in the bacteriology of sinusitis-relat

214 Changes over time in the incidence of parkinsonism and P

215 The aim of this study was to describe changes over time in the indications and outcomes of cat

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

217 vealed that localization of individual mRNAs changes over time in the oocyte and between ovarian and

218 We hypothesised that there have been changes over time in the sepsis definitional elements (i

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

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

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

222 However, this rate of disease progression changes over time in women.

223 After adjustment for factors that changed over time, including CD4 cell count, we detected

224 ents with and without BD and assessed volume changes over time, including changes in tissue overall a

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

226 Transplanted cell numbers did not change over time, indicating absence of cell proliferati

227 ulatory networks controlling gene expression change over time is critical for understanding evolution

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

229 ffects of these discrete events and how they change over time may be more important to conservation o

230 Remote zone T2 did not change over time (mean change, 0.0+/-2.7 ms; P=0.837), w

231 nal pregestational diabetes mellitus neither changed over time nor differed by diabetes subtype.

232 plant respiration to temperature and CO2 to change over time of exposure to new or changing environm

233 Further studies should evaluate changes over time of interleukin-6 plasma levels as a pr

234 en, though individual languages do of course change over time, operating within this basic framework.

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

236 se experiments is identifying genes that are changing over time or space, for example, and then chara

237 in individual or cumulative symptom scores, changes over time, or the pattern of functional decline.

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

239 as those in the Control Group experienced no change over time (P = 0.001).

240 Unweighted modularity did not appear to change over time (p = 0.18), but a significant decreasin

241 Density did not appear to change over time (p = 0.71).

242 nd assigned blood pressure target groups and change over time (p=0.196).

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

244 d that mixed voices were more likely to have changed over time (p=0.030), be internally located (p=0.

245 iqueness) and a fingerprint pattern does not change over time (persistence).

246 cident cardiovascular disease (CVD) may have changed over time remains unclear.

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

248 somedial prefrontal cortex (dmPFC) signaling change over time, resulting in different neuroadaptation

249 ommunity assemblages of EBLF could have been changing over time, resulting in no palaeo-analogs to mo

250 ver, quantitative analysis of filament shape change over time revealed that myosin XI generates the f

251 allows us to control how fast the osmolarity changes, over time scales ranging from a fraction of a s

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

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

254 ing of seed maturation showed no significant change over time, suggesting that warmer temperatures ma

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

256 sies and, although some cellular appearances changed over time, the only difference between septic an

257 To assess changes over time, the start year of the study was inclu

258 A piecewise hazard model showed that the HR changed over time: the HR for 0-5 months was 1.46 (95% C

259 Although the prevalence of most risk factors changed over time, their associated hazards for atrial f

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

261 xicalize the color space and how the systems change over time; they illustrate the promise of phyloge

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

263 ce for the importance of region area and its changes over time, together with a role for temperature.

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

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

266 to -17.8 dB), and the median rate of 10-2 MD change over time was -0.38 dB/year (IQR, -0.07 to -0.77

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

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

269 To study how a protein's energy landscape changed over time, we characterized the folding trajecto

270 To determine if disparities had changed over time, we conducted a similar analysis of HC

271 f HBV and HCV to HCC worldwide, and identify changes over time, we conducted a systematic review of c

272 nable monitoring of methylation status as it changes over time, we establish a reporter of genomic me

273 nic potential of lineally related stem cells changes over time, we used a conditional transgenic syst

274 essure values postintervention (P > 0.05) or changes over time [weighted mean difference (95% CI): -0

275 Changes over time were compared to those in control subj

276 Changes over time were correlated with disease progressi

277 Retinopathy changes over time were determined by DRSS step differenc

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

279 Nef polymorphisms associated with functional changes over time were identified in follow-up samples f

280 Cell proliferation was quantified, and tumor changes over time were monitored with 14.0-T MR imaging

281 Changes over time were seen in cortical area (mean annua

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

283 It is currently unknown whether EAT volume changes over time when patients are exposed to statin th

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

285 Semen naturally undergoes physiological changes over time, whereby it converts from a gel-like c

286 ant questions: how word orders are likely to change over time, which word orders were dominant histor

287 ure of the healthy URT microbiota and how it changes over time will contribute to a better understand

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

289 that the clinical profile of celiac disease changed over time with an increasing rate of non-classic

290 current exposure with new strains is common, changed over time with increasing age.

291 elationship of single marker measurements or changes over time with clinical events, organ dysfunctio

292 in gastroenteritis-associated mortality are changing over time with development of antibiotic resist

293 final PAC-QoL questionnaire was sensitive to change over time, with changes significantly relating to

294 ient positive and negative interactions that change over time, with DUSP6 predominating at commitment

295 microbial communities within the bioreactors changed over time, with Atx. ferrooxidans becoming incre

296 mphipod Hyalella azteca to sediment total Cu changed over time, with older sediments being less toxic

297 Serous retinal detachment showed fluctuating changes over time, with alternating active and inactive

298 find the distribution of individual fitness changes over time, with average fitness increasing at a

299 The effect sizes for change over time within a site and with experimental war

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