ライフサイエンスコーパス: more accurately

1 reated a model to determine the risk for CRC more accurately.

2 dry deposition velocities could be estimated more accurately.

3 sing available information to estimate truth more accurately.

4 r dysfunction', to calibrate individual risk more accurately.

5 the impact of modifications to be predicted more accurately.

6 of the virus, and transmission between hosts more accurately.

7 after treatment to assess treatment response more accurately.

8 vity and enables the model to match the data more accurately.

9 efine multiple lymphoproliferative disorders more accurately.

10 ve created an opportunity for detecting CNVs more accurately.

11 opportunity exists to capture this metadata more accurately.

12 rror metrics characterize signaling failures more accurately.

13 -defined introns are spliced even faster and more accurately.

14 so that protein complexes can be identified more accurately.

15 les of cancer subtypes and cell-cycle phases more accurately.

16 ption of updated state-wide Cu criteria that more accurately account for the parameters influencing C

17 We propose that choice behavior can be more accurately accounted for by surprise minimization c

18 and instead provides a mechanism that could more accurately address risk dose dependency of ionizing

19 turally evolved group-level traits, they are more accurately analyzed as complex adaptive systems tha

20 ambiguously assign reads to microbial clades more accurately and >50x faster than current approaches.

21 ach combining multiple forms of evidence can more accurately and comprehensively capture pathway asso

22 to predict or explain disease susceptibility more accurately and comprehensively.

23 we are able to estimate connection strengths more accurately and detect the presence of connections m

24 l communities in the human respiratory tract more accurately and explore their interactions with bact

25 mpare synthetic networks and real-world PSNs more accurately and faster than existing network (alignm

26 e more efficiently, identify motif instances more accurately and get more reliable motif clusters tha

27 ets of TNBC that reflect biological behavior more accurately and may lead to further effective therap

28 priorities for exposure assessment that will more accurately and precisely define exposure-response r

29 both low and high, are stored significantly more accurately and precisely than intermediate rewards.

30 r their color preferences, with colors named more accurately and quickly being more preferred.

31 on (EM) algorithm, reads can be assigned far more accurately and quickly than is currently possible w

32 em, allowing an animal to perceive its world more accurately and react to environmental changes more

33 ich perovskite solar cells can be understood more accurately and their performances are perhaps furth

34 p to determine the disease state of patients more accurately, and identify the patients who require t

35 which permits resectability to be predicted more accurately, and in surgery.

36 reas high spatial resolution is essential to more accurately approach neuronal operations of human mu

37 mbedding solution that preserves information more accurately as compared to any individual embedding

38 ses both SNP-wise and sample-wise calling to more accurately ascertain genotypes at rare, low-frequen

39 citement because of their potential to model more accurately aspects of human neurodegeneration.

40 The ability to more accurately assess infection levels and predict whic

41 rations of the estimators can be improved to more accurately assess risk in individual patients.

42 FET, and we therefore suggest it be used to more accurately assess the biological properties of gene

43 lly simulate extreme precipitation years and more accurately assess the ecological consequences.

44 F-DOPA PET has less prognostic value, it can more accurately assess the extent of the disease in pati

45 design and application of best practices to more accurately assess the quality and impact of our res

46 Thus, the identification of biomarkers to more accurately assess this heterogeneity and disease se

47 nital nevi, prospective trials are needed to more accurately assess whether surgical excision mitigat

48 low individual-tree heritability, but can be more accurately assessed in clonally-replicated planting

49 ped CellNet, a network biology platform that more accurately assesses the fidelity of cellular engine

50 kin becoming darker, may allow physicians to more accurately assign a skin phototype and, by inferenc

51 To more accurately assign function to new proteases, invest

52 of this study was to determine which method more accurately assigns statins to patients with feature

53 ovement analyses also show that HAS-BLED was more accurately associated with major bleeding compared

54 thod not only selects variables and patterns more accurately, but also provides smaller models with b

55 cation, and treatment monitoring can be done more accurately by assessing lipid metabolism with (11)C

56 pes of lower-grade glioma that were captured more accurately by IDH, 1p/19q, and TP53 status than by

57 rrant the use of immuno-competent mice, that more accurately capture the relevant biology that is bei

58 We find that SDSE and FBSE more accurately characterize network heterogeneity than

59 FRS2 in combination with CDK4 and MDM2 will more accurately characterize pathologic features of high

60 mal definition of charring intensity (CI) to more accurately characterize pyrolysis, and we document

61 ome systems, gradients of predation risk may more accurately characterize spatial variation in vital

62 t the use of (18)F-FMISO kinetic modeling to more accurately characterize the response to treatments

63 ution of the signal and backgrounds and (ii) more accurately characterizing backgrounds, which allows

64 Correlations among network kernels more accurately classified Parkinson's disease from cont

65 Use of cMyC more accurately classified patients with a single blood

66 Our model more accurately classifies a woman's breast cancer risk

67 y phi, psi, chi1, and pseudo-dihedral angles more accurately classify kinase crystal conformations th

68 s that may reflect storm-event N variability more accurately compared to grab samples.

69 ic data, we show that our method can resolve more accurately complex configurations of nucleosomes, a

70 e as test data, we found that detectMITE can more accurately, comprehensively, and efficiently detect

71 a community resource to allow researchers to more accurately conduct and interpret their experiments

72 um dynamics provides a promising approach to more accurately contrast selection efficacy across popul

73 was found of a complimentary mechanism that more accurately conveys female mating status.

74 perfusion would help test this hypothesis by more accurately correlating these changes with future lo

75 (6) A sequencing strategy (PA-m(6) A-seq) to more accurately define sites with m(6) A modification.

76 Our objective was to more accurately define the temporal contributions of IRS

77 Further studies are needed to more accurately define the usefulness of IGRAs in immuno

78 edical records and parental reports helps to more accurately define wheezing disorders during childho

79 rgeted in the RISC, indicating that PAR-CLIP more accurately defines meaningful targeting interaction

80 graphy in both the jejunum and the ileum and more accurately depicts endoluminal abnormalities and ea

81 de traditional network metrics, allows us to more accurately describe a networks topology.

82 Models inferred by ACE more accurately describe the statistics of the data, inc

83 Our studies show that ANGPTL4 is more accurately described as a reversible, noncompetitiv

84 Description of protein-like properties are more accurately described by generalized models, such as

85 n traits, we empirically derive a model that more accurately describes how heritability varies with m

86 Vital signs more accurately detect cardiac arrest in nonelderly pati

87 mulated sugars containing potato starch were more accurately detected by the industrial methods, wher

88 The derived model more accurately detected cardiac arrest (area under the

89 dard case definitions, it is now possible to more accurately determine population-average risk profil

90 I is emerging as a tool which may be able to more accurately determine the risk of significant diseas

91 Using this method, we have more accurately determined the effect of C-terminal phos

92 ble as a tissue-based molecular biomarker to more accurately diagnose or predict the development of C

93 cteristic analysis showed that visual scores more accurately discriminated lobes with GS </= 3 + 3 fr

94 As a result, this new model can more accurately distinguish true genetic association sig

95 We applied this approach to more accurately elucidate relative species vulnerability

96 Because skinfolds can more accurately estimate body fatness than can BMI, it i

97 iven study, and the implementation of PAC to more accurately estimate K.

98 trace level PGE emissions as a technique to more accurately estimate LDVs' contributions to airborne

99 a 32-cm phantom requires SSDE conversion to more accurately estimate patient dose; CTDI(vol) calcula

100 or pancreaticobiliary (PB) types, which may more accurately estimate prognosis.

101 Eliminating these biases should more accurately estimate suicide prevalence in attempter

102 ion modeling to reconcile published data and more accurately estimate the incidence of EAC among peop

103 e biomarkers of omega-3 intake are needed to more accurately estimate their effects on endometrial ca

104 ence increases, the distribution of S can be more accurately estimated.

105 pidemiology Collaboration (CKD-EPI) equation more accurately estimates glomerular filtration rate (GF

106 long-term outcomes studies are necessary to more accurately evaluate the benefits and drawbacks of f

107 the only means to bring extinct species--or, more accurately, extinct traits--back to life.

108 remes of the human condition, perhaps we can more accurately grasp the power of the human survival in

109 linical decision making has the potential to more accurately guide treatment by establishing which pa

110 ning ability - males that copied tutor songs more accurately had more bridge neurons.

111 It more accurately identified low-risk patients than the CH

112 On simulated data, MULCCH more accurately identifies genes exhibiting pathogen-spe

113 individual and combined methylation classes more accurately identifies patients at high risk of dise

114 e-to-use clinical-genomic risk grouping that more accurately identifies patients at low, intermediate

115 n alternative fibroblast surface marker that more accurately identifies the resident cardiac fibrobla

116 In order to more accurately identify subclones, define phylogenetic

117 Furthermore, heterozygotes performed more accurately in behavioral tasks that primarily depen

118 erring differences between groups of samples more accurately in metabolomic studies, where the observ

119 enables DSGCs to discriminate visual motion more accurately in noisy visual conditions without compr

120 o define the nature of morphological changes more accurately in patients with suspected or diagnosed

121 DISCERN identifies perturbed genes more accurately in synthetic data than existing methods

122 on determines sparsity parameters faster and more accurately (in terms of edge recovery) than other m

123 supports this finding as subjective time is more accurately indexed by the amplitude of early EPs th

124 fit if they can make use of floral cues that more accurately indicate nectar availability.

125 The assay was found to more accurately measure algal lipids conducive to biodie

126 l by 10x and show that two-photon excitation more accurately measures the bulk lifetime.

127 Motion-corrected OCT more accurately measures the change in corneal refractiv

128 To more accurately mimic the junctional CCC, we designed a

129 illustrate the utility of a canine system to more accurately model human osteosarcoma and strongly su

130 ults indicate the polarizable force field to more accurately model peptide-folding cooperativity base

131 is next generation of prediction studies may more accurately model the dynamic nature of psychopathol

132 with advanced aftertreatment can be used to more accurately model the impact of anthropogenic emissi

133 nsequently, the vast majority of changes are more accurately modeled as a function of logarithmic age

134 es that can lead to very different behavior, more accurately modeled by taking into account the therm

135 ework by which the behavior of spinel can be more accurately modeled under the extreme environments i

136 Adolescent CORT-treated rats performed more accurately on the SSRTT, but showed greater impulsi

137 y an automated method such as a GA, leads to more accurately parameterized models that can simulate r

138 BRCA1 or BRCA2 mutation carriers more accurately perceived their risk for contralateral b

139 elative to the stationary environment can be more accurately perceived.

140 te functional and phylogenetic approaches to more accurately portray microbial communities and their

141 hal beam spinning produces TIRFM images that more accurately portray the real fluorophore distributio

142 To more accurately predict direct phosphorylation substrate

143 interactions, and community organization to more accurately predict ecosystem-level response to futu

144 macroecology is establishing a framework to more accurately predict global patterns of infectious di

145 Our results more accurately predict minimum VA from Titmus stereoacu

146 e of focusing on postchemotherapy staging to more accurately predict outcome and eligibility for surg

147 ellin sequences, was successfully refined to more accurately predict pilins based on the in vivo veri

148 ental approaches on the entire life cycle to more accurately predict population and species persisten

149 pothesis that ecological niche models (ENMs) more accurately predict species distributions when they

150 d that incorporates a range of pore sizes to more accurately predict the capillary transport of fluid

151 In order to identify severity factors and more accurately predict the course of an influenza infec

152 Instead, the Henry equation can more accurately predict the electrophoretic mobility at

153 itly considering visual sensing allows us to more accurately predict the propagation of behavioral ch

154 ion of atmospheric chemistry and help others more accurately predict the properties of aerosols, the

155 hogenesis of human genetic myopathies and to more accurately predict their response to novel therapeu

156 togenetically identified as projecting to PL more accurately predicted behavioral responses during co

157 Post-TIPS OHE was more accurately predicted by CFF than by PHES.

158 emerged that RNA secondary structure can be more accurately predicted by computing the maximum expec

159 EGFR activity, which was more accurately predicted by the ratio of Mig6/EGFR, hig

160 The cardiac arrest risk triage score more accurately predicted cardiac arrest than the Modifi

161 found that several machine learning methods more accurately predicted clinical deterioration than lo

162 POA1 gene expression and microbial abundance more accurately predicted month 6 steroid-free remission

163 Neural responses to emotional salient faces more accurately predicted outcome than clinical data.

164 Mean achieved SBP more accurately predicted outcomes than baseline or time

165 The 5-gene score more accurately predicted patient outcomes than gene exp

166 erestingly, ribosomal primary sequences were more accurately predicted than non-ribosomal sequences,

167 ngs alone, a point score based on this model more accurately predicted the presence of an acute lesio

168 ith plant phylogeny and (2) MR and RC can be more accurately predicted with a phylogenetic predictor

169 strated greater interpersonal sensitivity by more accurately predicting how their own personalities w

170 ew quantitative echocardiographic parameters more accurately predicts outcome following PMV than exis

171 Moreover, it also more accurately predicts the DNA- and RNA-binding protei

172 st that in vitro vector growth in NHBE cells more accurately predicts virus yield in cotton rats than

173 ins and generate higher-resolution data that more accurately probes protein domain function and influ

174 were synthesized and purified to confirm and more accurately quantify selected disinfection byproduct

175 of radiation treatment in older patients and more accurately quantify treatment efficacy in this grou

176 As these new approaches more accurately recapitulate the complex TME, it is pred

177 Our approach more accurately reconstructs ancestral interactions than

178 cell types (90% correct), and this approach more accurately reconstructs missing data than imputatio

179 nd supertree analyses are frequently used to more accurately recover vertical evolutionary history bu

180 11) bound to longer DNA molecules, which may more accurately reflect a broken chromosome.

181 m cells provide a unique signature that will more accurately reflect drug response in human patients

182 be dispersed within in vitro experiments to more accurately reflect in vivo conditions).

183 ly more difficult and costly to collect, but more accurately reflect patients' clinical status, thus

184 le topological network models to models that more accurately reflect the dynamics of cascading in a p

185 o generate longer, continuous filaments that more accurately reflect the length of the underlying dsR

186 ckground to build richer disease models that more accurately reflect the level of variation in the hu

187 uality scores produced by our implementation more accurately reflect the likelihood that a variant is

188 ategory should improve predictive models and more accurately reflect the quality and value of care pr

189 ation in toxicity response and, as such, may more accurately reflect the range of response that is ob

190 valve pathology using 3 parameters that may more accurately reflect the severity of the disease: TR

191 ers, which are not metabolized and therefore more accurately reflect transmembrane amino acid transpo

192 included in the POPH MELD exception score to more accurately reflect waitlist mortality risk.

193 ing both index and subsequent attempt deaths more accurately reflects prevalence.

194 motion and reason, a modulatory relationship more accurately reflects the current research in affecti

195 t the name gadolinium-induced fibrosis (GIF) more accurately reflects the totality of knowledge regar

196 says may identify CMV-sensitized individuals more accurately, regardless of serological evidence of C

197 o assembly followed by global realignment to more accurately remap reads.

198 nsional (2D) cell culture systems into 3D to more accurately replicate in vivo cell and tissue functi

199 s for studying neural cells, 3D cultures can more accurately replicate the microenvironment of neural

200 To more accurately represent gradations in mRNA abundance a

201 in developing drug-screening platforms that more accurately represent the complex physiology of the

202 ns and conformations of residues that likely more accurately represent the receptor structure and dyn

203 ch of the EM-MM difference, but EMs may have more accurately represented crop temperature sensitiviti

204 hed models, and found that the unified model more accurately represented multiple experimental studie

205 The results show that TPG tracking more accurately reproduces the actual 1D trajectories, p

206 the model with overlapping reservoir species more accurately reproduces the progression of rabies spr

207 does not reproduce sleep state rebounds, but more accurately reproduces the temporal patterns observe

208 prediction of non-canonical target sites and more accurately resolves miRNA interactions from AGO CLI

209 nd their many properties may be exploited to more accurately reveal commonalities of a gene set.

210 Conclusion SE more accurately reveals mTBI than mean FA, more accurate

211 E more accurately reveals mTBI than mean FA, more accurately reveals those patients with mTBI who dev

212 TV) and total lesion glycolysis (TLG), would more accurately risk-stratify patients.

213 a necessitate re-examination of this role to more accurately risk-stratify recipients.

214 This study used both imaging techniques to more accurately stage hepatic fibrosis in a rat model.

215 ains light responses to a variety of stimuli more accurately than a linear model, including stimuli t

216 y patterns in cancer and normal tissue types more accurately than alternative methods, based on the a

217 detect rare cancer cells in the bloodstream more accurately than before.

218 onderal mass index estimates body fat levels more accurately than BMI in non-Hispanic white adolescen

219 ver, TMI diagnoses adolescents as overweight more accurately than BMI z scores and equally as well as

220 twork and its metadata to detect communities more accurately than can be done with either alone.

221 des reproduce protein conformational changes more accurately than Cartesian normal modes.

222 scopy can detect underlying cervical disease more accurately than conventional cytology.

223 activity and the onset and recurrence of LN more accurately than conventional laboratory measures.

224 at may direct appropriate therapy sooner and more accurately than current approaches, including PCR-b

225 age patients with metastatic prostate cancer more accurately than current imaging methods.

226 tive ability and no longer predicted outcome more accurately than did simple antecedent patient chara

227 ationship of query sequences to the database more accurately than do POY, RAxML, EPA or pplacer.

228 trate that HATS infers the amplified alleles more accurately than does the naive approach, especially

229 classified mice based on insulin sensitivity more accurately than each metabolite on its own or other

230 therapy from the time of sample collection, more accurately than established markers.

231 differences of new variant influenza strains more accurately than evolutionary sequence comparisons.

232 ach predicts HLA-DR/DQ types relevant to T1D more accurately than existing methods and is rapid and c

233 ering of points along simulated trajectories more accurately than existing methods.

234 n to detect temperature rise much faster and more accurately than external measurement of cell surfac

235 genetic risk score might predict persistence more accurately than family history.

236 tworks to identify disease-gene associations more accurately than GWAS alone.

237 Tourette patients responded more accurately than healthy controls when there was no

238 ole blood, which can be used to lookup eQTLs more accurately than in standard unconditional whole blo

239 r model predicted ultrasound gestational age more accurately than it predicted last menstrual period

240 highly familiar and typical items were named more accurately than less familiar/atypical items at all

241 PV post-treatment predicts treatment failure more accurately than margin status.

242 NGS-MRD predicted relapse and survival more accurately than MFC-MRD (P < .0001), especially in

243 D models in general can describe experiments more accurately than one-dimensional (1D) models, comput

244 depressive symptoms may inform dementia risk more accurately than one-time assessment of depressive s

245 genes and translation initiation sites (TIS) more accurately than Orphelia which uses a single model.

246 erindividual differences in task performance more accurately than other fMRI and PET imaging measures

247 e that our methods recover true associations more accurately than other methods in terms of AUC value

248 n variance but also predicts gene expression more accurately than other methods.

249 that dRW and dRW-kNN can replenish functions more accurately than other related approaches, especiall

250 onse to PARP inhibitors in vitro and in vivo more accurately than PARP1 expression itself.

251 showed that proposed methodology detects HEs more accurately than previously reported ImageJ-based te

252 ggesting that current health determines risk more accurately than prior history and that risk assessm

253 0.76-0.92) predicted liver fat at 11.3 years more accurately than routinely available parameters (AUR

254 ur method identifies known functional motifs more accurately than sampling and parametric-based appro

255 is able to make high-confidence predictions more accurately than several baselines, and about as wel

256 a glioma's biological and clinical behavior more accurately than stratifications based solely on his

257 ht predict disease progression and behaviour more accurately than the available prognostic factors.

258 e measurements that can estimate organ doses more accurately than the calculated SSDE, which provides

259 h pseudo-array staircases are able to impute more accurately than the classic one-step imputation.

260 Overall, the ATM plus CA test detected ESBLs more accurately than the CLSI and CLSI plus BA tests, es

261 -LTR formation describes the history of ERVs more accurately than the commonly used exponential decay

262 ions and predict metabolic gene essentiality more accurately than the original model.

263 hiPSC-CMs may predict adverse drug responses more accurately than the standard human ether-a-go-go-re

264 bioaccumulation and type I narcosis toxicity more accurately than the traditional K(OW)-based approac

265 r minds depict socially relevant information more accurately than their younger counterparts.

266 tions predicted reactor performance outcomes more accurately than those that did not.

267 function terms defined by the Gene Ontology more accurately than three standard baseline methods in

268 mer patterns to capture DNA sequence signals more accurately than traditional motif approaches.

269 coupling alone allows spikes to be predicted more accurately than tuning curve models based on extern

270 rameter values for certain classes of models more accurately than two recently proposed computational

271 e recognition: Familiar faces are recognized more accurately than unfamiliar ones and under difficult

272 which TF binding sites regulate a given gene more accurately than using genomic distance.

273 t parameter uncertainty can be characterized more accurately than with maximum-likelihood methods.

274 ROP plus disease severity score may reflect more accurately the behavior of expert ROP clinicians an

275 eir use of the electroencephalogram to track more accurately the brain states of elderly patients rec

276 ules in the cells, their levels reflect much more accurately the cellular phenotype and the regulator

277 euroimaging data allowing us to characterize more accurately the molecular spectrum of LYRM7 mutation

278 a novel algorithm was developed to calculate more accurately the pI values of peptides identified fro

279 ctive compounds is necessary for calculating more accurately their daily intake amount.

280 ameters for this population and to elucidate more accurately their response to surgical treatment.

281 e percentage of cervix excised may correlate more accurately to risk than absolute dimensions.

282 o, to harvest stem cells for transplantation more accurately, to track palisade structure for better

283 gnificant improvement over linear models and more accurately tracks VF change over time in this cohor

284 nd microvascular components, can be detected more accurately using noninvasive CMR-based absolute myo

285 lusion of the caudal component, which may be more accurately viewed as a dorsal extension of the MR.

286 at, overall, Medusa recovers disease modules more accurately when combining different semantics.

287 umulated to higher levels and were processed more accurately when expressed from chimeric OsMIR390-ba

288 RadA intein splices dramatically faster and more accurately when provided with ssDNA.

289 odels predict that ectotherms thermoregulate more accurately when thermal resources are dispersed thr

290 indicated their heading direction faster and more accurately when they were heading in a tilted-up or

291 ses were reduced overall yet decoded stimuli more accurately when vision was behaviorally relevant, w

292 ls occurring at a cued location are detected more accurately, whereas frequently occurring ones are r

293 omyositis may allow the clinician to predict more accurately which patients will be at higher risk fo

294 BA2 makes it possible to assess its activity more accurately, which will be helpful in analyzing its

295 iques have made it possible to target tumors more accurately while sparing normal tissues.

296 measure both venous and arterial PO2 values more accurately with an average deviation of -2 +/- 11%

297 us possible so that tumors may be classified more accurately with respect to diagnosis and prognosis.

298 Frequency-tagged stimuli were classified more accurately with SND than ND arrays in both the time

299 tform that models the tumor microenvironment more accurately, with physiologically and morphologicall

300 To place the Rrp1/2 proteins more accurately within HR sub-pathways, we carried out e