ライフサイエンスコーパス: analytical approach

1 re assessed by means of an interdisciplinary analytical approach.

2 l complexity and the lack of a comprehensive analytical approach.

3 oral honeys) were investigated using a multi-analytical approach.

4 developed into a bottom-up proteomics-grade analytical approach.

5 ures was investigated using a multitechnique analytical approach.

6 tion results, demonstrating the value of the analytical approach.

7 ppt) range despite a sensitive and selective analytical approach.

8 ial Doppler (TCD) using a comprehensive meta-analytical approach.

9 his targeting, we derived a quantitative and analytical approach.

10 lipid identification compared to traditional analytical approaches.

11 of pneumonia pathogenesis, and need distinct analytical approaches.

12 l scales that elude detection by traditional analytical approaches.

13 y comparisons are hampered by differences in analytical approaches.

14 adaptation - that can be acquired only with analytical approaches.

15 ification confidence compared to traditional analytical approaches.

16 mates were highly correlated between the two analytical approaches.

17 ution of CTL selection without using complex analytical approaches.

18 iderable and are poorly met by most existing analytical approaches.

19 ither inefficient study design or suboptimal analytical approaches.

20 e severely underestimated using conventional analytical approaches.

21 f populations for study and on collaborative analytical approaches.

22 will require extensive refinement of current analytical approaches.

23 d diarrhea is consistent across a variety of analytical approaches.

24 ds using combined experimental and numerical/analytical approaches.

25 he implementation of sensitive and selective analytical approaches.

26 over a range of study designs and different analytical approaches.

27 tuations in the internal state, complicating analytical approaches.

28 The current study thus employed two separate analytical approaches: a morphological investigation usi

29 ts in GWAS arrays that can be identified via analytical approaches accounting for allele frequencies.

30 9% difference in predictions between the two analytical approaches across all samples analyzed, with

31 Within the framework of existing analytical approaches, adding the complexity of a direct

32 However, by design, such analytical approaches allow assessment of the presence o

33 The combined analytical approach allowed the quantification and spati

34 Our analytical approach allowed us to explicitly specify hyp

35 erent amplification strategies is one of the analytical approaches allowing the screening of protein

36 This analytical approach also will have implications for many

37 fying 1) the causal question motivating this analytical approach and 2) the assumptions regarding the

38 The authors utilize an analytical approach and a simulation study to assess the

39 ents the first independent assessment of our analytical approach and calibration methodology.

40 phylogenetic precision of our 16S rRNA gene analytical approach and depth of bar-coded sequencing al

41 The analytical approach and the experimental setup presented

42 Finally, the analytical approach and the insights derived from this w

43 New analytical approaches and discoveries are demanding fres

44 However, prevailing analytical approaches and energetic constraints may limi

45 Using quantitative analytical approaches and molecular modeling, we identif

46 hy, combined with more-conventional targeted analytical approaches and multimedia mass-balance modeli

47 Using analytical approaches and numerical simulations, we stud

48 n, advocating greater cross-fertilization of analytical approaches and the inclusion of an ethics of

49 ortant strengths and weaknesses of different analytical approaches, and key principles in the interpr

50 nalyzed the 187-taxon dataset using multiple analytical approaches, and we evaluated several alternat

51 We discuss some of the analytical approaches applied to extract biological know

52 Prevailing analytical approaches applied to this technology make us

53 The limitations of the analytical approach are discussed, showing that even in

54 Novel analytical approaches are also being developed to facili

55 New genome sequences and improved analytical approaches are clarifying angiosperm evolutio

56 Effective data management and analytical approaches are essential to fully decipher th

57 Our experimental and analytical approaches are important alternatives and com

58 Nontarget analytical approaches are indispensable for revealing th

59 Analytical approaches are investigated for determination

60 Here, the same analytical approaches are repeated using 5S and MMTV-B n

61 l review, experimental, theoretical and data analytical approaches are revisited to examine their pow

62 The literature shows that different analytical approaches are used to determine the stabilit

63 The analytical approach as well as the subsequent data handl

64 to better risk prediction will require meta-analytical approaches, as will determination of prognost

65 investigators, and the tools, techniques and analytical approaches available to overcome them.

66 An analytical approach based on gas chromatography/ mass sp

67 A novel analytical approach based on pyrolysis-gas chromatograph

68 We report an analytical approach based on the method of functional eq

69 We demonstrate that an analytical approach based upon continuous correlation wi

70 In this research, two analytical approaches based on ambient ionization techni

71 This recent analytical approach, based on dissolution with NaOH and

72 Here we present a data-analytical approach, based on singular-value decompositi

73 tudy demonstrated that a combination of meta-analytical approaches best addresses the highly dimensio

74 This analytical approach can be extended to the quantificatio

75 higher than in previous studies because our analytical approach can more sensitively detect noisy tr

76 These data and analytical approaches can be used to facilitate the disc

77 Analytical approaches can discover focused mutations suc

78 The latest experimental techniques and analytical approaches can provide a fresh perspective on

79 Since the analytical approach cannot predict the evolution of cort

80 Here we present a new analytical approach capable of determining the free-ener

81 New analytical approaches, combined with remotely sensed or

82 We pursued a nontarget analytical approach combining effect-directed analysis (

83 erapeutic effect, we pursued a complementary analytical approach combining label-free visualization w

84 -cell experimental outputs require different analytical approaches compared with pooled cell profiles

85 report that several different image sets and analytical approaches converge to show that nearly all f

86 Such a large-scale, multivariable-based analytical approach could be applied to other similar la

87 The analytical approaches demonstrated here are broadly appl

88 The analytical approach described here, which combines an an

89 The analytical approach described provides a systematic proc

90 If multiallelism is a general rule, analytical approaches designed to identify multiallelic

91 We used analytical approaches, developed to cope with "big data"

92 synergistic information on the two powerful analytical approaches, e.g., NanoLC EI-MS and LC x LC, i

93 pneumonia etiology and review how the common analytical approaches (eg, descriptive, case-control, at

94 Our orthogonal high resolution analytical approach enabled a comprehensive molecular le

95 Altogether, combining observation scales and analytical approaches enabled to quantify SM degradation

96 Careful attention to experimental and analytical approaches ensures correct interpretation of

97 Raman spectroscopy and traditional off-line analytical approaches exceeded 0.75, and major trends we

98 Our analytical approach first defines ab initio the genomic

99 Herein, we report an alternative analytical approach for ADCs, such as THIOMAB antibody-d

100 Furthermore, it provides an analytical approach for calculating the required depth f

101 is study, we generalize a recently developed analytical approach for deriving simplified mechanistic

102 Here we present a general analytical approach for deriving simplified models of lo

103 se inhibitor resistance and coupled it to an analytical approach for detecting changes in signaling c

104 e functionally validated but also a powerful analytical approach for finding genetic variants that ca

105 It is therefore desirable to develop an analytical approach for GAG sequencing that does not req

106 New analytical approach for high-throughput and comprehensiv

107 gnoring a covariate and generalizes the meta-analytical approach for incorporating covariates that ar

108 These results provide the basis for a new analytical approach for label-free protein detection bas

109 s of the metabolic syndrome and establish an analytical approach for linkage analysis of complex pedi

110 s microfluidic architecture introduces a new analytical approach for OBOC library screening, and repr

111 DX) is a fast and sensitive, yet unharnessed analytical approach for providing information on the str

112 Here, we describe an analytical approach for quantifying methionine metabolic

113 We also present an analytical approach for quantifying signal and noise in

114 Here we present a novel analytical approach for simultaneous detection of change

115 with a newly developed pH probe provides an analytical approach for spatially resolved noninvasive p

116 so provides a reliable and effective genomic analytical approach for the analysis of dynamic regulato

117 A rapid analytical approach for the assay of resveratrol in red

118 therefore developed MALDI-TOF-MS as a novel analytical approach for the assessment of food that when

119 In this study we have developed a SERS-based analytical approach for the assessment of human biofluid

120 We develop an analytical approach for the covering time of random walk

121 metry (HR-MS) can be exploited as a powerful analytical approach for the detailed characterization of

122 This study describes the development of an analytical approach for the determination of Cr(III) in

123 te this problem, we developed a graphing and analytical approach for use with more than two variables

124 his review focuses on critical evaluation of analytical approaches for assay of milk adulteration, wi

125 Quantitative analytical approaches for discovering new compound mecha

126 Using analytical approaches for distinguishing selected resist

127 mass spectrometric detection-are attractive analytical approaches for large-scale sample analysis by

128 We developed analytical approaches for measuring all model parameters

129 ability of genomic-scale data sets and novel analytical approaches for statistically comparing differ

130 potential effects on health and disease and analytical approaches for their study.

131 In this study, two analytical approaches for wine sample pre-treatment, mic

132 Here, we suggest the first non-numerical (analytical) approach for finding rate constants of prote

133 Using a numerical analytical approach from highly parallel resistor arrays

134 Herein, we review 3 longitudinal analytical approaches from the Genetic Analysis Workshop

135 A new analytical approach has been developed for simultaneous

136 The analytical approach has been successfully developed for

137 l as understand its biological significance, analytical approaches have been developed, alongside the

138 ritical quality attribute (CQA), and several analytical approaches have been proposed that facilitate

139 application of integrative multidimensional analytical approaches have begun to provide both detaile

140 Metabonomic analytical approaches have now been translated into mult

141 Most semi-analytical approaches have simplified the problem by con

142 The FOX-1 based analytical approach herein presented is a valuable tool

143 Complemented by several alternative analytical approaches (i.e., in vivo visualization and i

144 n spectroscopy has proven to be an effective analytical approach in geology, semiconductor, materials

145 Metabolomics is a rapidly evolving analytical approach in life and health sciences.

146 xFT-IR illustrates the applicability of this analytical approach in the separation of simpler but sti

147 be used to correlate multiple complementary analytical approaches in the analysis of a single tissue

148 Unfortunately, this is not yet a routine analytical approach, in part because data analysis can b

149 Our analytical approach, in which demographic models are lin

150 lt (or impossible), which makes conventional analytical approaches incapable of attaining suitable de

151 HEAL was evaluated employing several analytical approaches including a pre-post evaluation of

152 Thanks to several analytical approaches including preparative gas chromato

153 We investigated common analytical approaches, including available-case (AC) ana

154 Likewise, new methods and analytical approaches, including genome array studies an

155 determined using different state-of-the-art analytical approaches, including high resolution transmi

156 s several such integrative computational and analytical approaches, including meta-analysis, function

157 The ToxT analytical approach incorporates the dimension of time i

158 on of TWIM and UV detection with traditional analytical approaches increases the selectivity and spec

159 Here the authors show a hybrid analytical approach integrating molecular spectroscopy a

160 Here we show that a hybrid analytical approach integrating molecular spectroscopy w

161 The analytical approach introduced here should also be produ

162 Using a new analytical approach involving the simultaneous fitting o

163 An approximate analytical approach is also developed for the calculatio

164 The proposed analytical approach is based on proteoliposomal sample a

165 The experimental and analytical approach is new, to our knowledge, and has wi

166 This analytical approach is used to model recently published

167 Based on our analytical approaches it is possible to characterize the

168 ting genome-wide association studies (GWAS), analytical approaches leveraging biological information

169 demographic characteristics; and used three analytical approaches (matching, with-versus-without com

170 This analytical approach may facilitate the further character

171 An integrated meta-analytical approach may increase the precision of this e

172 This analytical approach may represent an effective tool to p

173 t al. apply a hitherto infrequent multilevel analytical approach: multiple membership multiple classi

174 ses differed most commonly in statistical or analytical approaches (n = 18) and in definitions or mea

175 We provide a tractable analytical approach, not only in the terms of expected e

176 This comprehensive analytical approach of mutator defects provides a model

177 linical traits have been pursued by using an analytical approach of quantitative genetics.

178 able studies might be explained by different analytical approaches or different national contexts.

179 network state transitions and attractors via analytical approaches or identify a perturbation by obse

180 Our analytical approach predicts an inhomogeneous distributi

181 An additional benefit of the analytical approach presented is that it allows for asse

182 The use of a worst-rank analytical approach proved to be an important limitation

183 This analytical approach provides a high molecular specificit

184 sensitivity of direct-detect (1)H NMR, this analytical approach provides an avenue for simple and ra

185 One reason is the lack of an efficient analytical approach quantifying individual molecular spe

186 Such analytical approach remains valid for a wide range of cr

187 The analytical approach resulted in the loss of information

188 The authors conclude that more than one analytical approach should be adopted to gain more insig

189 Our analytical approach shows collapse of these variables to

190 This may be achieved by combining different analytical approaches such as risk analysis (RA), life c

191 Alternative analytical approaches such as the use of family negative

192 The key distinction between standard analytical approaches, such as multivariable regression,

193 iques, including conventional techniques and analytical approaches, such as spectral (NIR spectra), m

194 ticle (SP) ICPMS coupled online to HDC as an analytical approach suitable for simultaneously determin

195 Here, we describe a new analytical approach, super-resolution radial fluctuation

196 We first show that existing analytical approaches target specific instances of a mor

197 itates the use of different experimental and analytical approaches than those employed for soluble pr

198 Using a novel real-time analytical approach that allowed us to examine dynamic c

199 adaptive management efforts with a decision-analytical approach that can guide the initial selection

200 e-based cantilever platform represents a new analytical approach that can lead to an alternative to t

201 o our knowledge, this is the first practical analytical approach that can monitor plasma corticostero

202 Here, we describe a single-molecule analytical approach that can perform direct detection of

203 Here we develop an analytical approach that corrects a major cause of measu

204 Here we employ a novel analytical approach that incorporates functional genome

205 a continuous trait-like variable, we used an analytical approach that is consistent with this biology

206 We outline an analytical approach that represents the behaviour of the

207 Here we describe a novel analytical approach that uses such observations, combine

208 is work we apply the Internal Standard-based analytical approach that we described in an earlier comm

209 f synchronicity was quantified using a novel analytical approach that yields a parameter that we call

210 Here, we present an analytical approach that yields explicit constraints on

211 In this context, we present an analytical approach that, based on cognitive theories of

212 Phylogeography has benefited from analytical approaches that allow empiricists to estimate

213 In this review, we discuss analytical approaches that are beginning to be applied t

214 d refine, molecular and stable isotope-based analytical approaches that are increasingly being used t

215 ental and stem cell biology, emphasizing the analytical approaches that are specific to studying gene

216 We highlight analytical approaches that can be applied to emerging gl

217 Finally, we point to existing analytical approaches that can be used to advance develo

218 Currently there are no integrative analytical approaches that can predict which complexes a

219 ems, it is imperative to develop and utilize analytical approaches that can provide molecular level d

220 onsequence, there is a need to develop novel analytical approaches that can reduce this analysis time

221 are starting to incorporate experimental and analytical approaches that could provide more solid and

222 on of the toxicity of a sample than chemical analytical approaches that focus on a limited set of pri

223 Here, we define experimental and analytical approaches that permit us to distinguish unam

224 Analytical approaches that preserve the endogenous state

225 Such complexity means that analytical approaches that search for a single 'best' wi

226 We present three analytical approaches that take advantage of specific as

227 Here, we use a novel analytical approach, the Price equation, to partition th

228 We apply a multidimensional analytical approach, the right-angled mixture triangle,

229 en together, these studies demonstrate a new analytical approach to assessing CE and DAG molecular sp

230 The analytical approach to assessing infant feeding duration

231 Here, we take a meta-analytical approach to broadly evaluate whether non-nati

232 Here, we provide, to our knowledge, a novel analytical approach to compute transmembrane currents di

233 we employ a recently developed wavelet-based analytical approach to examine how different substrates

234 Here we utilize a novel analytical approach to explore these multi-allelic assoc

235 pha Shape Theory, we previously developed an analytical approach to identify protein functional surfa

236 We report an analytical approach to integrate ordinal clinical inform

237 We use a large-scale exploratory analytical approach to investigate metabolic phenotype v

238 nd in vivo conditions, and outline a general analytical approach to investigate regulated PTM of rece

239 We apply a novel analytical approach to measure and compare transcription

240 is work, we propose and demonstrate a simple analytical approach to measure biological N2 fixation ra

241 ansmission Raman spectroscopy as a secondary analytical approach to nondestructively measure specific

242 ionship for T. diversifolia and the combined analytical approach to obtain reliable data that contrib

243 se limitations necessitate a new, integrated analytical approach to pneumonia etiology data.

244 ng step in the development of a standardized analytical approach to provide bioanalytical support for

245 Here we developed an analytical approach to quantify time- and rate-dependent

246 Herein, we present an analytical approach to screen the presence of five highl

247 Here, we used a novel multivariate analytical approach to show that crossmodal EEG mu rhyth

248 Herein, we present an analytical approach to study enzymatic hydrolysis of pol

249 Our method provides an analytical approach to study the relationship between ep

250 This report presents an analytical approach to tissue characterization based on

251 A recent study has introduced a new analytical approach to understanding neural circuits whi

252 This article presents an analytical approach to understanding the population dyna

253 This review focuses on analytical approaches to authentication of food of anima

254 ere is clearly a need for novel research and analytical approaches to better characterize the health

255 However, there are currently no analytical approaches to determine the stimulation param

256 the necessity of establishing combinatorial analytical approaches to elucidate cellular uptake, the

257 The present study used two complementary analytical approaches to examine whole-brain resting-sta

258 However, there have been few analytical approaches to explain the role of network str

259 genetic mapping studies, new and established analytical approaches to identifying pleiotropic effects

260 We performed a meta-analysis with several analytical approaches to investigate mortality and other

261 gas chromatography provide highly sensitive analytical approaches to measure these novel lipids.

262 we combine unique in vitro experimental and analytical approaches to mimic in vivo drug exposure in

263 Therefore, the development of analytical approaches to study interactions at the cell

264 Two analytical approaches to the model are constructed, by s

265 We compared two WGS strategies and two analytical approaches to the standard method of SmaI res

266 or meta-foodweb models, and the need for new analytical approaches to them.

267 ome 200,000 material flows, and have devised analytical approaches to treat the suite of metals as co

268 ta renders the traditional multivariate data analytical approaches unattractive.

269 mputationally inefficient for large systems; analytical approaches use a linear approximation to the

270 The multivariate analytical approach used here is directly applicable to

271 The analytical approach used to quantify methionine metaboli

272 king mammals as others use the technical and analytical approaches used here.

273 An analytical approach using matrix-assisted laser desorpti

274 us, these methods represent an easy and fast analytical approach, using equipment available in almost

275 The excellent match between both analytical approaches validates the applicability of the

276 recombinant monoclonal antibodies with a new analytical approach via derivatization with Girard's Rea

277 An example of this novel analytical approach was demonstrated for the analysis of

278 on-tandem mass spectrometry (HPLC-DAD-MS/MS) analytical approach was developed for retinoid profiling

279 An innovative analytical approach was developed to tackle the most com

280 rformance liquid chromatography (HPLC)-based analytical approach was developed where initial reaction

281 Although the analytical approach was originally tailored to achieve r

282 The analytical approach was then applied to promethazine, an

283 Using a novel analytical approach we examined allelic heterogeneity of

284 Thanks to this analytical approach we identified a fragrant lactone cor

285 Using an improved Bayesian analytical approach, we consistently discover 5-fold mor

286 Using a region of interest analytical approach, we found that patients with fatigue

287 s cytometry and an unbiased multidimensional analytical approach, we identified 2 specific human Treg

288 Using a systems biology analytical approach, we predicted that SIRT1 induces ker

289 Using simulations and a flexible analytical approach, we show how these strategies depend

290 Using this analytical approach, we verified the relevance of RPA fr

291 Here, combining experimental and analytical approaches, we showed that mitochondrial inte

292 Using this model, and both numerical and analytical approaches, we studied the adaptation process

293 Area dissections and analytical approaches were optimized.

294 Two additional and complementary analytical approaches were used to confirm the validity

295 Four analytical approaches were used: 1) assuming intention t

296 This work describes a versatile analytical approach, which combines the proxy ligand ele

297 on ranged from 98.4 to 100% depending on the analytical approach, while the specificity ranged from 8

298 We anticipate that such an analytical approach will be extended to other lipidomics

299 From a practical point of view, this 96-well analytical approach will facilitate a massively parallel

300 Each analytical approach yielded substantively different insi