ライフサイエンスコーパス: be interpreted in terms of

1 cular proton-proton relaxation rate constant is interpreted in terms of 25 +/- 4 water molecules that

2 pic and redox properties of NEM-modified FTR are interpreted in terms of a [4Fe-4S]2+ cluster covalen

3 The binding data are interpreted in terms of a cooperative binding model

4 The results are interpreted in terms of a dual-system theory propose

5 These results are interpreted in terms of a folding mechanism in which

6 rom the double-jump stopped-flow experiments are interpreted in terms of a folding/unfolding model.

7 The results are interpreted in terms of a general mechanism that fea

8 These results are interpreted in terms of a groove structure for A5 wh

9 dent backbone proton lability of the F helix are interpreted in terms of a holoprotein which is less

10 The results are interpreted in terms of a homology model based on th

11 context-dependent effects of a -2 nucleotide are interpreted in terms of a mechanism in which the bin

12 The results are interpreted in terms of a model for the wild type in

13 These data are interpreted in terms of a model in which (i) aminobe

14 Our observations are interpreted in terms of a model in which factor X(a)

15 These findings are interpreted in terms of a model in which rate-limiti

16 of the interfacial kinetic paradigm, results are interpreted in terms of a model in which several amp

17 These data are interpreted in terms of a model in which the dark co

18 Our results are interpreted in terms of a model in which the secreto

19 The results are interpreted in terms of a model integrating cross-br

20 These results are interpreted in terms of a model that assumes the pre

21 The results are interpreted in terms of a model whereby the high tre

22 The results are interpreted in terms of a model wherein HypA control

23 The present results are interpreted in terms of a more compact hydrodynamic

24 They are interpreted in terms of a multisensory integration m

25 nical calculations, the experimental results are interpreted in terms of a novel subfemtosecond contr

26 These findings are interpreted in terms of a pathophysiological model o

27 These observations are interpreted in terms of a previously proposed dimer-

28 The results are interpreted in terms of a previously proposed hypoth

29 The results are interpreted in terms of a scheme that includes (i) h

30 These results are interpreted in terms of a simple model in which the

31 These results are interpreted in terms of a state of the enzyme (redox

32 These results are interpreted in terms of a structural model, calculat

33 These observations are interpreted in terms of a thermally activated penetr

34 The results are interpreted in terms of a thermally activated, poten

35 These data are interpreted in terms of a three-dimensional model of

36 The experimental observations are interpreted in terms of a two component model involv

37 These results are interpreted in terms of a two-site model.

38 These results are interpreted in terms of a two-state model for the in

39 These results are interpreted in terms of a working hypothesis proposi

40 The results are interpreted in terms of a zwitterionic mechanism for

41 The hyperstimulation effect can be interpreted in terms of a "piggy-back binding" model

42 These metabolites could be interpreted in terms of a biological human response t

43 e electronic structure of Au(40)(SR)(24) can be interpreted in terms of a dimer of two 8-electron sup

44 uspended between optically trapped beads can be interpreted in terms of a generalized cross-bridge mo

45 The results can be interpreted in terms of a model where alpha-crystalli

46 The effects of both PS and Ca(2+) could be interpreted in terms of a previous proposal for the n

47 These results could be interpreted in terms of a sequential model of channel

48 lation reaction is biphasic, a fact that has been interpreted in terms of a mechanism for sequesterin

49 molecular simulation studies, however, have been interpreted in terms of a model where there are two

50 for a reevaluation of evidence that has long been interpreted in terms of a more conventional nucleos

51 Whereas quantum oscillations have been interpreted in terms of a nodal-antinodal Fermi sur

52 stal diffraction; the fiber-like pattern has been interpreted in terms of a repeating unit with four

53 Previously such relationships have been interpreted in terms of a specific and regular fold

54 rium unfolding data for the heterodimer have been interpreted in terms of a three-state mechanism.

55 d phase of increasing fluorescence intensity is interpreted in terms of a combination of probe repart

56 The isotope effect is interpreted in terms of a highly asynchronous transit

57 This surprising proximity is interpreted in terms of a model for the peptidoglycan

58 s for the regulatory effects of component B, is interpreted in terms of a model involving carboxylate

59 p85 alpha phosphopeptide binding specificity is interpreted in terms of a model of the p85 alpha/PDGF

60 ffects on cell-wall binding and biosynthesis is interpreted in terms of a recent proposal that oritav

61 This result is interpreted in terms of a strong hydrophobic interact

62 tion-selective (14,15)N and (17)O ENDOR data is interpreted in terms of a structural model of the ACC

63 ft with respect to pH, and the pH dependence is interpreted in terms of a two pK(a) model for proton

64 This unusual observation is interpreted in terms of a vibrationally activated qua

65 This is interpreted in terms of a weak-to-moderate hydrogen b

66 These complex binding data were interpreted in terms of a free energy binding model

67 Data were interpreted in terms of a group with a pKa of 6.5 t

68 These results were interpreted in terms of a model in which P-Src exis

69 The results were interpreted in terms of a model in which the stable

70 Sedimentation equilibrium data were interpreted in terms of a monomer-dimer equilibrium

71 sence of interknuckle NOE cross-peaks, which were interpreted in terms of a more compact structure in

72 The results were interpreted in terms of a partition/diffusion model

73 mer generated under H/D quenching conditions were interpreted in terms of a significant loss of struc

74 librating these reporters such that they can be interpreted in terms of absolute molecular counts, we

75 These were interpreted in terms of acylation transition state

76 The results are interpreted in terms of altered ionic interactions i

77 The results are interpreted in terms of an aggregate within a single

78 These results are interpreted in terms of an effect of unc-73 on deter

79 The diffusion data are interpreted in terms of an effective medium theory f

80 The observations are interpreted in terms of an emergent curved spacetime

81 e observed with a factor of ~1.8 in D2O, and are interpreted in terms of an excited-state proton tran

82 The results are interpreted in terms of an interaction between the r

83 nomalously low E value, which had previously been interpreted in terms of an axially symmetric (D(inf

84 Crosspeak intensity has been interpreted in terms of an ethanol distribution fun

85 he lifetime difference between binding modes is interpreted in terms of an anomeric effect on the exc

86 proceeds through a syn S(E)' mechanism which is interpreted in terms of an intramolecular delivery of

87 The low q data were interpreted in terms of an effective diffusion coef

88 Shape reconstructions of the data have been interpreted in terms of appropriate molecular model

89 The EXAFS spectra on the As K edge can be interpreted in terms of arsenic polymerization in the

90 pair-density function is found at 2.3 A, and is interpreted in terms of atomic tunnelling.

91 These dynamics are interpreted in terms of autodetachment from the init

92 ific differences in apparent order parameter are interpreted in terms of backbone dynamics modes with

93 The structural data are interpreted in terms of biochemical data suggesting

94 These results are interpreted in terms of both a three-state kinetic m

95 ce from allozyme and microsatellite data and is interpreted in terms of both extensive gene flow and

96 This is interpreted in terms of both intrinsic effects and ex

97 The experimental findings are interpreted in terms of calculated infrared absorpti

98 nct energy groupings, and Cl K-edge XAS data are interpreted in terms of Cl 1s transitions into both

99 ion rate nor its dependence on SA can simply be interpreted in terms of cluster evaporation or the mo

100 s of the 1-(E)-propenyl-2-methylcyclobutanes are interpreted in terms of competitive processes involv

101 Intensity variations are interpreted in terms of concentration quenching and

102 These results are interpreted in terms of crystal structures of the in

103 n all five variants, the midpoint potentials are interpreted in terms of Cys11 and Cys17 ligating the

104 These data are interpreted in terms of dehydration of the polynucle

105 lizes data from Phi-value analysis that have been interpreted in terms of delocalized or polarized tr

106 The results are interpreted in terms of differences in cell-wall bio

107 s of these two types of [Fe(3)S(4)] clusters are interpreted in terms of different locations of the m

108 he systems investigated this observation can be interpreted in terms of different proportions of the

109 between the two enzymes with this substrate were interpreted in terms of different acyl-enzyme confo

110 the N-terminal domains; rather the data can be interpreted in terms of differential allosteric activ

111 on heavy metals for activity has invariably been interpreted in terms of direct metal binding to the

112 lobin in which the iron was replaced by Mg2+ are interpreted in terms of effects produced by electric

113 xplicitly related to film properties and can be interpreted in terms of elastic energy storage and vi

114 The correlation was interpreted in terms of electron transfer between th

115 The low order for this spin is interpreted in terms of exchange between the C2'-endo

116 mers with spectral characteristics that have been interpreted in terms of exciton theory.

117 Results are interpreted in terms of extension and failure of chr

118 e translational control mechanism identified is interpreted in terms of flux adjustments needed in re

119 The cyclizations are interpreted in terms of generation of an alkyl radic

120 led clear spatiotemporal patterns, which can be interpreted in terms of gradients in concentrations o

121 unish defectors, this behavior has typically been interpreted in terms of group-level rather than ind

122 This decrease is interpreted in terms of H bonding present in the prot

123 shallow temperature dependence, the results are interpreted in terms of heavy-atom tunneling.

124 dies of plasticity in the visual cortex have been interpreted in terms of heterosynaptic competition

125 These calorimetrically determined values are interpreted in terms of high-resolution X-ray crysta

126 A three-dimensional reconstruction has been interpreted in terms of high-resolution X-ray model

127 Toxicity to resistant cancer cells is interpreted in terms of higher lipophilicity of the d

128 Observed quantum tunneling splittings are interpreted in terms of hydrogen bond rearrangements

129 These results can be interpreted in terms of initial hydrolysis of phospho

130 This finding might be interpreted in terms of innate differences in DNA-rep

131 f 53% of the volume of the baseplate has now been interpreted in terms of its atomic structure.

132 selectivity of the [2]rotaxane for chloride is interpreted in terms of its unique interlocked bindin

133 Instead, all isotherms can be interpreted in terms of just two equilibria, involvin

134 The results from these experiments are interpreted in terms of known structural features of

135 esponding N(epsilon)-H(epsilon) bond vectors were interpreted in terms of Lipari-Szabo model-free par

136 These results are interpreted in terms of local structural effects of

137 These can be interpreted in terms of local rings showing single-ha

138 Diffusion results could be interpreted in terms of loss of tissue volume and/or

139 ces in the side chain of the cmF residue can be interpreted in terms of maintaining similar interacti

140 Findings are interpreted in terms of Markowitsch's and Kopelman's

141 fficient; on the other hand, the high q data were interpreted in terms of mean square displacements.

142 for most of the aromatic spins in CTSYM that are interpreted in terms of microsecond to millisecond t

143 of DIC contrast of gold/silver nanoparticles is interpreted in terms of Mie's theory and DIC working

144 an be applied to hundreds of genomes and can be interpreted in terms of minimal histories of mutation

145 ure in the C-N coupling cyclization reaction is interpreted in terms of minimization of allylic strai

146 UV-vis-NIR spectra of the iodine-doped films are interpreted in terms of molecular-like transitions i

147 nd lumi intermediates in the mutant pigments are interpreted in terms of movement of the Schiff base

148 s in patterns of structural changes that can be interpreted in terms of movements of helices that ext

149 amino- and 2,4-bis(acylamino)pyrimidines can be interpreted in terms of multiple intra-/intermolecula

150 This 1200 A-long, 20 MDa structure has been interpreted in terms of multiple copies of its appr

151 ng of coiled coil peptides has traditionally been interpreted in terms of native dimer and unfolded m

152 The results are interpreted in terms of neural signatures of saccade

153 A number of the changes could be interpreted in terms of neutrophil physiology and the

154 y of hydrazine/nitrogen tetroxide pair, have been interpreted in terms of NO2 dimers.

155 ne fibrin clots first reported by Ferry have been interpreted in terms of nonspecific ionic strength

156 These findings are interpreted in terms of nucleotide-induced shifts in

157 al repertoire of nerve fibres, and here they are interpreted in terms of osmotic changes that may ill

158 These isotope effects are interpreted in terms of partitioning of the tetrahed

159 The results are interpreted in terms of possible roles of electrosta

160 These results are interpreted in terms of possible roles of RNA struct

161 ity of the force applied to a ssDNA template is interpreted in terms of preferential stabilization of

162 ically, allostery in structured proteins has been interpreted in terms of propagated structural chang

163 These reactions were interpreted in terms of rapid trimethylsilyl migrat

164 The results are interpreted in terms of relative rates of cyclizatio

165 allow the measured cross-relaxation rates to be interpreted in terms of relative interaction strength

166 The observed patterns are interpreted in terms of rescue effects for strong sp

167 The negative Eoverall is interpreted in terms of reverse reactions that decomp

168 RTIL were also investigated, and the results were interpreted in terms of RTIL nanodomains.

169 dielectric-semiconductor interface has long been interpreted in terms of Schottky's theory with modi

170 The results are interpreted in terms of several established models o

171 Heretofore, these measurements have been interpreted in terms of simple bimolecular reaction

172 These results are interpreted in terms of single-electron charging and

173 The observed dynamics are interpreted in terms of single-step sequence-depende

174 requires thermodynamic measurements that can be interpreted in terms of specific chemical interaction

175 mulation allowed the H/D exchange results to be interpreted in terms of specific interactions between

176 This difference is interpreted in terms of spin-orbit interaction and ch

177 buffer in membrane-reconstituted alamethicin is interpreted in terms of stabilization by helical hydr

178 The relative enthalpies of activation are interpreted in terms of strong SiH sigma-complex for

179 E with increasing degree of unsaturation can be interpreted in terms of structural changes associated

180 This difference is interpreted in terms of structural differences betwee

181 The results are interpreted in terms of the ability of the residues

182 The results are interpreted in terms of the allosteric activation of

183 Our gas-phase results are interpreted in terms of the antimicrobial and chemot

184 These results are interpreted in terms of the catalytic mechanism for

185 These results are interpreted in terms of the coupled oscillation of C

186 Results of previous mutational studies are interpreted in terms of the crystal structures, and

187 The results are interpreted in terms of the crystallographically def

188 The resulting velocity measurements are interpreted in terms of the flight behaviours of sma

189 The kinetic data are interpreted in terms of the Forster mechanism descri

190 These observations are interpreted in terms of the Forster resonance energy

191 These results are interpreted in terms of the hypotheses that bestroph

192 These results are interpreted in terms of the intermediates generated

193 The observed dynamics are interpreted in terms of the mean squared amplitude o

194 se in thermodynamic potentials, and the data are interpreted in terms of the model of two-state confo

195 The results of the mutational analysis are interpreted in terms of the model structure of Rox1.

196 The electronic spectra are interpreted in terms of the molecular orbital analys

197 differences in the mass spectra of mixtures are interpreted in terms of the more significant effects

198 The changes are interpreted in terms of the multiple steps of involv

199 Y356F and double mutant Y356F and Y122F R2, are interpreted in terms of the possible role of Y356 in

200 Results are interpreted in terms of the pressure dependence of b

201 netic sensitivity of Drosophila cryptochrome are interpreted in terms of the radical pair mechanism a

202 rom oriented fibers of the EtBr:DNA complex, are interpreted in terms of the relative orientations of

203 These results are interpreted in terms of the S1-binding state alloste

204 associated with inorganic phosphate binding are interpreted in terms of the specific interactions of

205 The results are interpreted in terms of the steric effects produced

206 These results are interpreted in terms of the stimuli that activate fe

207 These data are interpreted in terms of the strongly electron-donati

208 ctive positions in each conformer, which may be interpreted in terms of the accessibility of the site

209 by ion mobility spectrometry (IMS) can often be interpreted in terms of the coexistence of different

210 It is suggested that these phenomena can be interpreted in terms of the combined effects of parti

211 des mentioned above allows the IR spectra to be interpreted in terms of the conformation and solvatio

212 olecule information, the latter of which can be interpreted in terms of the cooperativity of unfoldin

213 The observed line broadening can be interpreted in terms of the hydrocarbon chain crystal

214 Data can be interpreted in terms of the mechanism of reverse tran

215 fibers in the thin lamellipodial region can be interpreted in terms of the number of filaments in th

216 This process can be interpreted in terms of the out-of-equilibrium intera

217 -directed spin-labeling experiments that can be interpreted in terms of the protein tertiary fold, it

218 The latter can be interpreted in terms of the quantum confinement effec

219 This can be interpreted in terms of the rate-determining breakdow

220 high affinity of IgE for FcepsilonRI can now be interpreted in terms of the recently determined cryst

221 how the information in these sequences might be interpreted in terms of the structure, function, and

222 These results have been interpreted in terms of the existence of (a) specif

223 r the first time, spin-label orientation has been interpreted in terms of the orientation of a labele

224 For decades, rates of protein evolution have been interpreted in terms of the vague concept of functi

225 The sign inversion is interpreted in terms of the ability of solvent molecu

226 exhibit a reversal in solvatochromism, which is interpreted in terms of the ability of the media to s

227 The fast and efficient N-arylation reaction is interpreted in terms of the bifunctionality of the su

228 The significance of these dynamic results is interpreted in terms of the catalytic cycle of the en

229 BSA binding event from whole serum, and this is interpreted in terms of the difference in RI contrast

230 The unexpected selectivity is interpreted in terms of the different hydrogen-bondin

231 ference between the NMR and X-ray structures is interpreted in terms of the existence of two conforma

232 The ease of dissociation is interpreted in terms of the intrinsic stability of th

233 olarity of the environment of the nitroxide, is interpreted in terms of the nitroxide moiety being cl

234 The involvement of a Heck mechanism is interpreted in terms of the reduced nucleophilicity o

235 This result is interpreted in terms of the role of this residue (G69

236 mple of the missing mode effect; the spacing is interpreted in terms of the time-dependent overlaps i

237 It is interpreted in terms of the varying glycosylation alo

238 This difference was interpreted in terms of the ability of the various m

239 The binding of hemoglobin to band 3 was interpreted in terms of the binding of two hemoglobi

240 DPH anisotropy decay was interpreted in terms of the Brownian rotational diff

241 The behavior of these mutants was interpreted in terms of the crystal structures of th

242 The differences were interpreted in terms of the algorithms used to extr

243 These trends were interpreted in terms of the divergent mechanisms fo

244 The interactions occurring were interpreted in terms of the reaction scheme E + I l

245 erences between the two nanosheet assemblies were interpreted in terms of the relative stereoelectron

246 between the PF6(-) and NTf2(-) ionic liquids were interpreted in terms of the tight versus loose ion

247 uld processes of gene expression and control be interpreted in terms of their capacity to allow futur

248 3) in the Protein Data Bank and the Q-scores were interpreted in terms of their structural underpinni

249 carboxylic acids and halides, a result that was interpreted in terms of these former species binding

250 The results are interpreted in terms of three mechanisms.

251 t the end of such sorting out phenomena have been interpreted in terms of tissue surface tensions ari

252 The absorption was interpreted in terms of total organic carbon present

253 st, right hemisphere activation changes have been interpreted in terms of transcallosal disinhibition

254 rogen exchange results for cytochrome c have been interpreted in terms of transient hydrogen bond-bre

255 These results are interpreted in terms of two closely competing reacti

256 s in the nematode Caenorhabditis elegans has been interpreted in terms of two metabolic theories of a

257 These counter-intuitive results may be interpreted in terms of upstream AUGs having an impor

258 ntary carbonate and total organic carbon can be interpreted in terms of variations in the global carb

259 ure dependence of internal side-chain motion is interpreted in terms of volume fluctuations on the na

260 Results are interpreted in terms of water-plant surface interact

261 The results are interpreted in terms of x-ray structures of the FdI