ライフサイエンスコーパス: experimental result

1 ends were consistent between theoretical and experimental results.

2 conductivity, which completely describes our experimental results.

3 different chromophore protonation states in experimental results.

4 l, and fungal cells from previously reported experimental results.

5 on state model is also in agreement with the experimental results.

6 e hydroxylation that accounts for many prior experimental results.

7 as sufficient to mechanistically explain our experimental results.

8 fracture mechanics principles well model our experimental results.

9 ted that omitting K(+) channels supports our experimental results.

10 te configurations were in agreement with the experimental results.

11 two catalytic mechanisms to account for our experimental results.

12 exed Fe(III)SRFA is most consistent with our experimental results.

13 ble and point to misinterpretation of recent experimental results.

14 ellent agreement between the theoretical and experimental results.

15 nterparticle interaction potentials based on experimental results.

16 ic systems, showing excellent agreement with experimental results.

17 d the emission rate enhancements support the experimental results.

18 lose resemblance between the simulations and experimental results.

19 finite element simulations are fitted to the experimental results.

20 y the theoretical model and by the analogous experimental results.

21 al models and the difficulty of interpreting experimental results.

22 The model largely supported the experimental results.

23 ng it difficult for researchers to interpret experimental results.

24 pparent discrepancy in the interpretation of experimental results.

25 these simulations did not exactly match the experimental results.

26 electronic band structure to rationalize the experimental results.

27 er models aided in the interpretation of the experimental results.

28 eans of AIMD simulations and compared to the experimental results.

29 simplified theories are consistent with the experimental results.

30 so established, which compares well with the experimental results.

31 as accurate as a MCC model in describing the experimental results.

32 full-length domain, consistent with previous experimental results.

33 We draw conclusions in light of the experimental results.

34 computational study provides insights to the experimental results.

35 age-matched healthy controls, confirming our experimental results.

36 greement is found between the simulation and experimental results.

37 geted in-depth studies rationalizing complex experimental results.

38 nterpretation of biological observations and experimental results.

39 are being developed in order to explain the experimental results.

40 ser powder bed interactions to elucidate the experimental results.

41 combined therapy provide good agreement with experimental results.

42 ned about 10(-19) m(2)/V(2) by analyzing the experimental results.

43 ich the model's behavior was consistent with experimental results.

44 l simulations, all in perfect agreement with experimental results.

45 raction yield of 17.91% was validated by the experimental result (16.67+/-0.30).

46 me sample, leaving the interpretation of the experimental results a subject of debate.

47 Together with experimental results, a combination of theoretical model

48 These results are important for transferring experimental results across scales and material structur

49 The experimental results agree well with the simulated ones

50 culations yield excellent agreement with the experimental results, allow the assignment of spectral s

51 Model calibration to experimental results allowed estimating biotransformatio

52 smatch between modelling predictions and the experimental results allowed us to construct an improved

53 Our experimental results along with thermodynamic energy ana

54 Experimental results also demonstrated that the anode th

55 The experimental results also match with numerical solutions

56 The experimental results also show the excellent performance

57 On the basis of the experimental results and analysis by DFT calculations, a

58 Experimental results and computations enabled us to meas

59 Finally, published experimental results and data newly obtained via compara

60 ationalize the stereoselectivity for several experimental results and demonstrate a combined classica

61 Our combined experimental results and density functional theory (DFT)

62 derlying mechanism can aid with interpreting experimental results and designing future experiments.

63 Based on experimental results and DFT calculations, it is shown t

64 these catalysts is proposed on the basis of experimental results and DFT calculations.

65 Our calculation correctly describes the experimental results and elucidates the role of those mo

66 ination of valine, for the first time, using experimental results and modeling.

67 Prior experimental results and models lead to the hypothesis t

68 Experimental results and molecular dynamic simulations r

69 Herein we describe experimental results and numerical models in support of

70 Based on our experimental results and numerical simulations, we concl

71 Theoretical modeling supports the experimental results and predicts AC frequency-dependent

72 e system are in excellent agreement with the experimental results and prove that the measured interac

73 The presented experimental results and simulations of the ab initio qu

74 ivisive modulatory mechanism, reproduces our experimental results and suggests that qualitative varia

75 he LSPR measurement response agree well with experimental results and support that the LSPR measureme

76 The experimental results and the model show that concentrati

77 one receptor are in very good agreement with experimental results and the Perron-cluster cluster anal

78 We present the experimental results and the simulations regarding pairs

79 The kinetics model agrees with both the experimental results and thermodynamic model calculation

80 ations are extensively used to (1) interpret experimental results and understand the atomic-level dyn

81 t simulations showed good agreement with the experimental results, and indicated that for our system

82 onstitutive model is calibrated based on the experimental results, and is used to investigate the mec

83 The experimental results are compared with jets issued into

84 The collected experimental results are compared with numerically filte

85 Our experimental results are consistent with a radical chain

86 Our experimental results are consistent with the idea that t

87 These combined computational and experimental results are consistent with the proposed ro

88 The experimental results are in good agreement with the pres

89 The experimental results are in qualitative agreement with m

90 Our experimental results are in qualitative agreement with t

91 Preliminary experimental results are obtained for generating 1.8-4.2

92 Extensive experimental results are presented displaying the effect

93 A variety of experimental results are shown to be consistent with our

94 Additionally, the UV-vis and NMR experimental results are supported by density functional

95 Furthermore our experimental results are supported by numerical as well

96 Model and experimental results are used to find best-fit rate coef

97 le as particulate matter (PM).] However, the experimental results are very heterogeneous, and a gener

98 review will cover these studies, focusing on experimental results, as well as covering recent results

99 he researcher in locating key references and experimental results, as well as understanding the featu

100 tegration of diverse information coming from experimental results available in the literature.

101 Our model successfully reproduces key experimental results, both established and new, and offe

102 From the experimental results, both measuring methods provide qua

103 The results provide insight into recent experimental results by several groups and suggest new w

104 The experimental results, compared with four benchmark metho

105 We present experimental results comparing two proof-of-concept ball

106 of analytical models that were validated by experimental results, comprehensive understanding of var

107 yclin dependent kinase (CDK) activities, and experimental results concur in showing that progression

108 Further experimental results confirmed that cells grown under fa

109 The experimental results confirmed that charge exclusion con

110 The experimental results confirmed that the developed system

111 These experimental results consolidate the feasibility of anal

112 These experimental results corroborate the structures predicte

113 Our experimental results demonstrate a strategy for the sele

114 The experimental results demonstrate development of tetrahed

115 Instead, our modelling and experimental results demonstrate that conjugation dynami

116 l materials are widely estimated as 0.5, our experimental results demonstrate that for FN networks th

117 Experimental results demonstrate that FUEL-mLoc outperfo

118 Both theory and experimental results demonstrate that intramolecular CHp

119 formula calculation and fits to the previous experimental results demonstrate that the quality factor

120 Our theoretical and experimental results demonstrate that the tensile strain

121 Experimental results demonstrate the efficacy of the dev

122 Experimental results demonstrate the real-time capabilit

123 These experimental results demonstrate the viability of sulfat

124 Experimental results demonstrated differentiated behavio

125 Experimental results demonstrated that calcium can be co

126 The theory and experimental results demonstrated that the SSDL concept

127 The combination of experimental results demonstrates that differences betwe

128 We report on recent experimental results deploying a continuous cryogenic hy

129 Our experimental results directly support theories rooting s

130 Based on the experimental results, equations describing the amount of

131 Experimental results evidenced that low molecular weight

132 imated in the benchmark test compared to the experimental results for a group of protein complexes.

133 odel simulations were in good agreement with experimental results for both successful and unsuccessfu

134 on of coercive fields, which agree well with experimental results for ceramics and thin films.

135 ted a different activation trend compared to experimental results for different time points of a stre

136 matical model shows excellent agreement with experimental results for silk with various diameters: 50

137 any CV-PAC and demonstrate its validity with experimental results for sodium and potassium ions in pr

138 Here, we report on experimental results for the budding yeast Saccharomyces

139 Kinetic modeling of experimental results for the ensuing M584E/E1244Q mutant

140 Experimental results from 54 MSI sequences show that our

141 ase profile is qualitatively consistent with experimental results from micropipette measurements.

142 The experimental results further suggest that at low tempera

143 These experimental results further support earlier observation

144 The experimental results further the understanding of SOTs-i

145 the basis for initiating PrP conversion, but experimental results have been conflicting.

146 Experimental results have been interpreted to indicate t

147 The experimental results have implications in emulsion formu

148 On the one hand, more and more recent experimental results have provided us with clear indicat

149 e crystal structure explains the accumulated experimental results, identifies possible effector bindi

150 Our experimental results identify differences in the binding

151 Experimental results illustrated that the designed immun

152 Our experimental results imply novel potential application o

153 Taken together, the simulation and experimental results imply that transient defects rather

154 hasizing the need for computation to predict experimental results in advance of their measurement.

155 te the approach on crystalline GB1, with our experimental results in good agreement with theoretical

156 The interpretation of experimental results in mouse models can also be confoun

157 We describe the experimental results in terms of hopping and tunnelling

158 to construct a model that explains the main experimental results in the DG.

159 Experimental results in the field of heterogeneous catal

160 The model was parameterized with experimental results in the literature, with a focus on

161 Our experimental results indicate that fine ash production a

162 The experimental results indicate that NiHi defects are most

163 Model and experimental results indicate that PCoA oxidation and it

164 Experimental results indicate that strong interaction ex

165 The obtained experimental results indicate that the graphene-aluminum

166 Experimental results indicate that the Lip NR system tha

167 The experimental results indicate that this non-monotonic, n

168 The experimental results indicate that, regardless of the se

169 Experimental results indicated that both coumarin and p-

170 the temperature range of 77-297 K, which the experimental results indicated that LBO has very low opt

171 Experimental results indicated that, upon an increase in

172 Incorporations of experimental results into organic matter decomposition m

173 The experimental result is consistent with observations from

174 This implies that our experimental result is robust for any model underlying t

175 Full agreement with the experimental results is reached when some degree of mism

176 tudy are general in that they explain extant experimental results obtained for both so-called moody a

177 mechanistic studies and slow translation of experimental results obtained in animal models into the

178 e-level tunnel model satisfactorily explains experimental results obtained in three different molecul

179 e importance of continuous reality checks of experimental results obtained in vitro or with genetical

180 ations for single-level tunneling to explain experimental results obtained under a wide range of expe

181 The comparison of the experimental results of Closed-J and Open-J with those o

182 nalytical platform, for visual comparison of experimental results of National Institute of Standards

183 These direct experimental results of oxygen migration may provide a c

184 Analysis of the experimental results of suramin using quantitative pharm

185 The experimental results of the present study reconcile with

186 We validate our theory against experimental results on an anisotropic rough surface.

187 The experimental results on both synthetic and real-world ne

188 c and hydrophobic wires, with the support of experimental results on cactus spines.

189 is end, we perform a network analysis of 951 experimental results on DOM-PM interactions, which enabl

190 In addition, the experimental results on FCMs with 500 nodes and DREAM4 p

191 magnets, which is distinct from the reported experimental results on heavy rare-earth diffusion.

192 by the present simulations explains several experimental results on nanoporous materials.

193 The experimental results on S.cerevisiae data show that the

194 lear downturn on the O site, consistent with experimental results on single layer materials but diffe

195 Experimental results on tens of thousands of ncRNA seque

196 nalize nearly all of the previously reported experimental results on the selectivity of ORR catalyzed

197 By combining experimental results on the synthesis of CdSe nanoplatel

198 Comparing the model predictions to the experimental results permits the evaluation of three hyp

199 The experimental results point to the formation of different

200 The experimental results presented here highlight the intere

201 The experimental results provide a sensitive test for quantu

202 These experimental results provide the much-needed benchmark d

203 Our work explains a recent experimental result regarding nonlinear inverse Thomson

204 Furthermore, experimental results regarding apparent social interacti

205 Because the experimental results reported in the literature are high

206 egime beneath the East Pacific Rise with our experimental results requires that existing estimates fo

207 Experimental results reveal self-similarity of normalize

208 Comparison with the latest experimental results revealed that our models agree well

209 The parameters extracted from these experimental results revealed that the rate of associati

210 on theory (XMCQDPT2) methods and compared to experimental results, revealing that high quantum yields

211 Experimental results show combining the new distributed

212 The experimental results show good quantitative agreement wi

213 The experimental results show significant performance improv

214 Experimental results show that accurate ion-neutral coll

215 Both the simulation and the experimental results show that an OAM channel with a hig

216 The experimental results show that broadband light can be co

217 Experimental results show that DACE runs between 6 and 8

218 The experimental results show that hierarchical ensemble met

219 Experimental results show that in certain configurations

220 The simulation and experimental results show that in the frequency range of

221 Experimental results show that our method yields diffusi

222 The experimental results show that PRINCESS provides secure

223 Our experimental results show that SANJAY also outperforms t

224 The experimental results show that Short-Pair can achieve be

225 The experimental results show that the glucose concentration

226 Experimental results show that the output of both mEN an

227 The experimental results show that the peak positive pressur

228 Experimental results show that the proposed DPMD method

229 The experimental results show that the PVS segmentation perf

230 Simulation and experimental results show the imprint of longitudinal ra

231 The analysis and experimental results show the observed error is the resu

232 The experimental results show the significant performance bo

233 Experimental results showed detection limits as low as 7

234 The experimental results showed that 3.4 +/- 0.1 g of bioflo

235 Our experimental results showed that half of the reads were

236 t density functional theory calculations and experimental results showed that the emission is not fro

237 The experimental results showed that the new algorithm ran s

238 The experimental results showed that the one-calibrant kinet

239 We present theoretical predictions and experimental results showing that, in decentralized comm

240 The experimental results strongly suggest that CBS offers sc

241 eads to quantitative insights into important experimental results, such as the greater Cas9 tolerance

242 Experimental results suggest possible roles of noncovale

243 Taken together, these experimental results suggest that cells in culture biolo

244 Experimental results suggest that ions present in sea wa

245 Both simulation and experimental results suggest that multiple fiber bundles

246 Taken together, the experimental results suggest that reduced Wwox expressio

247 Experimental results suggest that the reaction likely pr

248 Experimental results suggest that the reactions proceed

249 The experimental results suggest that this concentration-dep

250 However, recent experimental results suggest that this regime may not ex

251 Experimental results suggest the sensors can be embedded

252 Together our model and experimental results suggest unanticipated functional be

253 Based on experimental results suggesting that NS5A- or protease-i

254 Computational and experimental results support a concerted asynchronous [3

255 These experimental results support the current prompt-partitio

256 Our experimental results supported by in-silico DFT calculat

257 Our experimental results, supported by theoretical calculati

258 o the extracellular solution, explaining the experimental result that PT in E148A is blocked whether

259 des of intensive study, there are still many experimental results that are not well understood becaus

260 e from that model, and we present additional experimental results that extend our understanding of th

261 In contrast to the reported simulations and experimental results that rear-located surface plasmon o

262 The opposed defined-pathway model stems from experimental results that show that proteins are assembl

263 Here, we present experimental results that suggest that the inhomogeneous

264 this has so far proven sufficient to predict experimental results, there is no theoretical reason to

265 Combined with experimental results, these can provide valuable and com

266 theoretical framework, supported by existing experimental results, thus helps us to understand and pr

267 charge transfer in excellent agreement with experimental results, thus providing a guide towards eng

268 Moreover, there is no direct experimental result to show the true hydrodynamics of tr

269 By comparing our experimental results to band structure calculations, we

270 We contrast our experimental results to gas absorption and demonstrate f

271 Further study is required to extrapolate experimental results to reservoir-scale and to explore t

272 The experimental results unambiguously exhibit the presence

273 Experimental results under optimized conditions revealed

274 Here we present experimental results utilizing highly accurate densimetr

275 In agreement with experimental results we find that for steady state netwo

276 Based on our experimental results, we built a kinetic model which exp

277 Based on these experimental results, we conclude that coupling of sugar

278 On the basis of our experimental results, we have developed a mathematical m

279 t a well-defined graphene nanostructure with experimental results, we propose a model based on interf

280 However, through theory and experimental results, we show that if the ligand binds t

281 investigated at variable concentrations, the experimental results well fit the kinetic equation for c

282 The model ensemble reproduced the experimental results well.

283 and molecular dynamic simulation support the experimental results well.

284 The experimental results were additionally validated by a le

285 nescence measurements were conducted and the experimental results were compared to molecular docking

286 ubjected to biochemical assay validation and experimental results were in accordance with the in sili

287 Experimental results were simulated by the numerical cod

288 According to the experimental results, when compared to conventional benc

289 omputational results are consistent with the experimental results, where the selected proteins were s

290 uding the quantum size effect reproduces the experimental results, whereas a classical model only pre

291 We combine our experimental results with a model describing the spectra

292 We combined these experimental results with anatomical data to create a mu

293 Preliminary experimental results with commercial off the shelf parts

294 Comparison of the experimental results with crystal-field multiplet calcul

295 Combining our experimental results with density functional theory calc

296 A quantitative model fits our experimental results with log Kd = -9.7 +/- 0.3 and a 2:

297 By comparing experimental results with model predictions, we show tha

298 ly expected migration order was confirmed by experimental results with selected Ag NPs.

299 By combining the experimental results with theoretical calculations, we w

300 Furthermore, we quantitatively explain our experimental results within the Landauer framework for q