ライフサイエンスコーパス: be revealed by

1 ous arene units in the rings in the R series is revealed by (1)H NMR spectroscopy.

2 ls and distinct phospho-interaction patterns are revealed by (19)F-NMR.

3 oselenazolone-catalyzed bromination reaction were revealed by (77)Se NMR spectroscopic and ES-MS stud

4 liver cirrhosis at gene and function levels are revealed by a comparison with those for type 2 diabe

5 Sites of higher reactivity are revealed by a composite spin density map (SDM) of od

6 ells exhibit type II excitability, which can be revealed by a discontinuity in their f-I curves.

7 end, n, can be either one or two, and should be revealed by a robust zero-bias peak (ZBP) of height 2

8 we show how such biophysical information can be revealed by a simple experiment in which a library of

9 egradation of polyubiquitylated proteins, is being revealed by a combination of crystal or NMR struct

10 tural basis for the hijacking of AP-2 by Nef is revealed by a 2.9 A crystal structure of Nef bound to

11 deposition of ARH at clathrin assembly zones is revealed by a beta2-YFP with a disrupted ARH binding

12 The efficient formation of 10- and 15-AGNRs is revealed by a combination of different spectroscopic

13 How the human brain encodes numbers is revealed by a new analysis of patterns of brain activ

14 An additional level of plasticity is revealed by a small fraction of bona-fide 14-mers (<4

15 This cognitive phenomenon is revealed by a subsequent memory error when we confide

16 The significant antimalarial potential was revealed by a 100% cure rate of malaria in mice with

17 No surviving virus was revealed by a 50% tissue culture infective dose assa

18 ced clot turbidity and delay in fibrinolysis was revealed by a crystal structure of the D-dimer from

19 DnRor2 inhibited the action of Wnt11, which was revealed by a decreased percentage of Wnt11-induced

20 r, direct interaction between SHP2 and c-SRC was revealed by a fluorescence resonance energy transfer

21 and immediate biomechanical impairment that was revealed by a mean +/- SEM decrease in dynamic stiff

22 ral killer (NK) cells during viral infection was revealed by a recessive N-ethyl-N-nitrosourea-induce

23 able reversible changes in the DNA structure were revealed by a slight increase in DNA electrophoreti

24 The early stage and the normalization pool are revealed by adapting gratings that themselves fail t

25 he roles of the negative links and weak ties are revealed by adding them back to the giant component.

26 ere not sequenced and that could potentially be revealed by additional sequencing.

27 contribution of GAT-3 in regulating e[GABA] was revealed by administration of the GAT-3 inhibitor SN

28 een Ty1 integration and nucleosomal position was revealed by alignment of hotspot Ty1 insertion posit

29 partially rescued by TrkB.T1 deletion, which was revealed by an amelioration of the enhanced aggressi

30 ovalently immobilized (TG2-MB) and then ATG2 were revealed by an antibody labeled with peroxidase.

31 in top-gate polymer field-effect transistors is revealed by analysing temperature-dependent transfer

32 oth peptide and oligosaccharide compositions are revealed by analysis of the ion fragmentation patter

33 The networks are revealed by analysis of the synchronization patterns

34 e responses, leading to fast errors that can be revealed by analyzing accuracy as a function of posts

35 e substituents the origin of their structure is revealed by analyzing the PJT interaction between the

36 ory element, the locus control region (LCR), was revealed by analyzing DNase I hypersensitive sites,

37 Second, transport pathways of PM 2.5 are revealed by another motif, which reflects transmissi

38 ures in carbon-based materials, which cannot be revealed by any other standard characterization metho

39 A QCP can be revealed by applying pressure, magnetic field, or cha

40 undetermined interactions among cancer genes were revealed by assessing gene pairs that are frequentl

41 Enhanced persistence of hCPCeP versus hCPCe was revealed by bioluminescence imaging at up to 8 weeks

42 ma involving the gastrojejunostomy site that was revealed by bleeding or obstruction.

43 d with the excitatory synaptic drives, which are revealed by blocking action potentials intracellular

44 irement for vimentin in repair cell function is revealed by both small interfering RNA vimentin knock

45 N-arylamine and a planar four-membered ring, was revealed by both AM1 calculations and X-ray crystall

46 rect role of RKIP induction in sensitization was revealed by both overexpression of RKIP (mimicking N

47 ority of bronchial tree variants and lesions are revealed by bronchofiberoscopy, which is an objectiv

48 fferent pathways become predominant, and can be revealed by carefully inhibiting the oscillatory comp

49 The inhomogeneities are revealed by changes in the coherence spectra at diff

50 s cryptic genetic variation in the DGRP that is revealed by changing allele frequencies in the outbre

51 mic domain of MzrA in MzrA-EnvZ interactions was revealed by characterizing bifunctional, fully solub

52 onic structures of tetrylones and tetrylenes are revealed by charge- and energy decomposition analyse

53 Large numbers of TF binding motifs have been revealed by ChIP-chip experiments followed by compu

54 e choreography between proteins and DNA that is revealed by chromatin immunoprecipitation (ChIP).

55 complete, extensive homology with human has been revealed by chromosome painting.

56 These phenomena are revealed by combining high-pressure single-crystal X

57 erall, three times as many interaction types were revealed by combining molecular information from pa

58 ar readthrough candidates that are currently being revealed by comparative sequence analysis.

59 A 7-fold increase in signal intensity was revealed by comparing continuous ion beam current wi

60 f S. cristatus on P. gingivalis colonization was revealed by comparing levels of P. gingivalis and S.

61 This was revealed by comparing wild-type (WT) versus TSP-1 nu

62 an understanding of the release profile can be revealed by complementary surface and bulk analysis a

63 ns of jasmonic acid (JA) in maize (Zea mays) are revealed by comprehensive analyses of JA-deficient m

64 of gangliosides in the human nervous system are revealed by congenital mutations in ganglioside bios

65 Stable rotors and focal sources for human AF were revealed by contact panoramic mapping (focal impuls

66 s that are considerably more widespread than are revealed by conventional threshold testing.

67 ition of betaCaMKII within the actin bundles was revealed by cryoelectron tomography.

68 this hospital clonal cluster which would not be revealed by current typing methodologies.

69 Indeed, induction of autophagy was revealed by cytoplasmic accumulation of autophagic v

70 Genes disrupted in schizophrenia may be revealed by de novo mutations in affected persons fro

71 etween all four genes relating to commitment were revealed by deleting them individually and in combi

72 ies, with the triggered thrust faulting only being revealed by detailed seismic wave analyses.

73 ening allergies to peanuts and tree nuts can be revealed by detecting antibodies (IgEs) to their alle

74 properties of AsP(3) in comparison with P(4) are revealed by DFT and atoms in molecules (AIM) approac

75 sed channels have on AP shape and conduction are revealed by different pharmacological and pacing pro

76 was caused by changes in protein folding, as was revealed by differential deuterium exchange.

77 on temperature of equimolar PSM/Cer bilayers was revealed by differential scanning calorimetry.

78 ansport in amorphous semiconductors that can be revealed by direct imaging based on SUEM.

79 site in the upper kinase lobe of FGFR1 that is revealed by displacement of the kinase domain activat

80 f nearest-neighbor chains in glassy polymers are revealed by distance-dependent (13)C-(13)C dipolar c

81 es are weak inducers of CCR5 endocytosis, as is revealed by EC50 values for chemokine-mediated endocy

82 rrangements that cannot be resolved by aCGH, were revealed by efficient breakpoint sequencing.

83 ue to Cu-binding and a point mutation (G41D) were revealed by EID-MS.

84 nuation of the charge recombination for RSQ2 was revealed by electrochemical impedance analysis (EIS)

85 icrotomography, while the submicron features are revealed by electron microscopy and light spectrosco

86 s of sF(GCNt) and non-GCNt-appended sF could be revealed by electron microscopy and were distinguisha

87 er of <50 nm extending into the sub-nm range was revealed by electron microscopy analyses.

88 xpression; differential DNA-binding activity was revealed by electrophoretic mobility shift assay, an

89 axis in the manifestation of TNBC phenotypes is revealed by elevated plasma and tissue lactoferrin an

90 FMRP suppression of Kv4.2 is revealed by elevation of Kv4.2 in neurons from fmr1 k

91 structure-activity relationships of NirE has been revealed by elucidating its crystal structure, but

92 s of autoantibodies in vitiligo patients can be revealed by employing the methodology of phage displa

93 are masked in postnatal microfibrils and can be revealed by enzymatic digestion or by genetic ablatio

94 tors for common, complex human diseases have been revealed by epidemiologic studies, but how genotype

95 ance of STAT3 in Smo-mediated carcinogenesis was revealed by epidermal specific knockout of STAT3.

96 halomethanes (THMs) in untreated groundwater were revealed by evaluating low-level analytical results

97 ctive reviews several complexities that have been revealed by evolutionary and experimental studies o

98 e phospholipid and LPS biosynthetic pathways was revealed by experimental observations that LpxC is a

99 ion (feedforward or feedback inhibition) has been revealed by experiments.

100 erties of continuous attractor networks that are revealed by explicitly considering excitatory and in

101 ole for TAF7 as a regulator of transcription was revealed by expression profiling analysis: expressio

102 equence specificity of Hg(2+) and daunomycin was revealed by force spectroscopy for the first time, a

103 rio Cholera and duplexed with a target which was revealed by Fourier Transform Infrared Spectroscopy.

104 s in the composition of the cell wall, which were revealed by Fourier-transform infrared (FTIR) spect

105 ggested that the new N-terminal stalk, which is revealed by GAIN domain cleavage, can directly activa

106 pithelial subtypes or transcriptional states were revealed by gene expression analysis of selected po

107 The mechanisms of planar cell polarity are being revealed by genetic analysis.

108 Its functional involvement was revealed by genetic disruption of the IR gene in the

109 This was revealed by genetic studies with double mutants incl

110 gulatory programs of tissue regeneration can be revealed by genome-wide H3.3 profiling.

111 An ancient relationship to Sex-lethal is revealed by gonadal expression of RBP9, providing a m

112 er the involvement of the motor cortex could be revealed by grasping with different hand postures.

113 detectable protein denaturation, which might be revealed by heme loss or an increase in charge state

114 ic activity induces plastic changes that can be revealed by high-density electroencephalography recor

115 The existence of the bubble domains is revealed by high-resolution piezoresponse force micro

116 The site of drug absorption was revealed by high spatial resolution matrix-assisted

117 Homodimerization of ZnT1, -2, -3, -4, and -7 was revealed by high subcellular fluorescence observed u

118 epitaxial growth of the BaM film on sapphire was revealed by high-resolution transmission electron mi

119 nodes, where the presence of HNSCC cells can be revealed by histologic and immunohistochemical evalua

120 The charge transport mechanism of a wire can be revealed by how its electrical resistance varies with

121 in resistance to multiple anticancer agents is revealed by Huang et al.

122 sulinoma beta-cells (not in adjacent islets) was revealed by immunohistochemistry.

123 the mis-positioning of CCR6-deficient B(mem) was revealed by immunohistological analysis with an alte

124 activated IGF-1 receptors in the vasculature was revealed by immunostaining.

125 ocation-originated stacking fault tetrahedra are revealed by in situ high-resolution observations and

126 frequency of 85A-specific memory cells could be revealed by in vivo or in vitro boosting or after cha

127 hanol in liquid phase over acid zeolite beta is revealed by in situ solid-state (13)C NMR spectroscop

128 Further support of a presynaptic mechanism was revealed by increased I-O relationships and probabil

129 tochemical evidence for HDM-induced DNA DSBs was revealed by increased levels of the DSB marker gamma

130 Drug-induced DNA damage in HCT116 cells was revealed by induction of the histone gamma-H2AX mark

131 deep history of morphological evolution can be revealed by integrating fossils of transitional forms

132 A new level of HDL complexity has recently been revealed by investigating the lipid composition of

133 show that several trans-electrode properties are revealed by ionic conductance measurements on a grap

134 The synergistic effects of graphene are revealed by its endurance after CNT growth and low c

135 a conclusion, the presence of an actin shell is revealed by its action that alters membrane mechanics

136 The value of SCC is revealed by its comparison with two other correlation

137 rect evidence of mTOR activation by ketamine was revealed by its induction of p70S6 kinase.

138 such substantial thermal expansion switching is revealed by joint studies with synchrotron X-ray diff

139 and the mechanism of the catalytic reaction were revealed by joint experimental and theoretical stud

140 The physiological impact of the interaction was revealed by knocking down GF14lambda by T-DNA insert

141 A ferroelectric transition at T(c1) = 250 K is revealed by lambda-type anomalies in C(p) and dielect

142 occurs during CAT self-fusion have recently been revealed by live-cell imaging of genetically engine

143 errin, and alpha-casein (S1 and S2 forms, as was revealed by MALDI MS) were found to bind with the ex

144 ncorporated into cellular metabolites, which was revealed by MALDI-MS.

145 bind fatty acids (FA) in multiple sites has been revealed by many studies.

146 The enzymatic activity is revealed by maturation following an autocatalytic pro

147 ns of activity in populations of neurons can be revealed by measurements of field potential fluctuati

148 sustained components of synaptic exocytosis were revealed by membrane capacitance measurement upon m

149 The details of the event are revealed by model synthetic studies and by kinetic,

150 which an important shared function may only be revealed by mutating all family members.

151 New aspects of gene regulation have been revealed by natural mutations that downregulate glo

152 -loading reaction pathway of DNA replication are revealed by new crystal structures of bacteriophage

153 Numerous candidate genes under selection are being revealed by next-generation sequencing, providing

154 ed over cosmological light-travel times, may be revealed by observing sharp features in gamma-ray bur

155 Reduced ASC and RIPK2 levels were revealed by orthogonal comparison of the expression

156 haematological diseases, and these could not be revealed by other univariate and multivariate methods

157 several novel structural motif families have been revealed by our clustering analysis.

158 al directions versus the energy distribution is revealed by our calculations comparing wild-type lyso

159 The model for CFTR gene expression that is revealed by our data provides a paradigm for other la

160 The multi-domain structure of relaxors that is revealed by our molecular dynamics simulations is con

161 entity- and redox state-dependent regulation is revealed by our structural studies of pirin.

162 efinition, an intermediate-spin iron center, were revealed by our static and kinetic X-ray data, as s

163 t becomes undetectable at metaphase, but can be revealed by partially suppressing CPC activity, sugge

164 plasticity occurring at the spinal level can be revealed by performing, several weeks later, a comple

165 High genetic diversity was revealed by PFGE and MLST.

166 We show that these sites can be revealed by photoinduced electron transfer dissociati

167 Gastrointestinal shunting was revealed by planar imaging in 4, by SPECT in 9, and

168 ng several regulatory interactions that have been revealed by previous studies, this approach has ide

169 The sequence determinants of aggregation can be revealed by probing the ability of amino acid substit

170 Platelet dysfunction in DKO mice is revealed by prolonged bleeding times and ineffective

171 tion, which occurred primarily over 14 days, was revealed by propagating seismicity, ground deformati

172 fect on the structure, but at pH 4.0 changes were revealed by proteinase K digestion.

173 of proteins S-nitrosylated by iNOS-S100A8/A9 were revealed by proteomic analysis.

174 cluding abundance, diversity and composition were revealed by quantitative PCR and high-throughput se

175 and release rate of individual chemicals can be revealed by Raman spectroscopy.

176 The ancient origins for these families have been revealed by recent findings, providing new perspect

177 merging role for PD-1 in innate immunity has been revealed by recent studies showing that PD-1 can li

178 The importance of this protein is revealed by recent evidence that mutations in the car

179 results in mitochondrial dysfunction, which is revealed by reduced citrate synthase activity and mtD

180 e properties, while not directly observable, are revealed by reductions in both apparent size and tex

181 chlights of potential predators, animals may be revealed by reflections from their body surface [4-7]

182 d sodium channel 1.7 (Nav1.7) in nociception was revealed by remarkable human clinical and genetic ev

183 The importance of these changes was revealed by rescue of crypt apoptosis and Wnt pathwa

184 The morphology of retinal ganglion cells was revealed by retrograde biocytin labeling from the op

185 Substantive overlap with human CCA specimens was revealed by RNA profiling.

186 isplayed placenta-specific expression, which was revealed by RT-PCR analysis of a large panel of tiss

187 s of the (001) LSMO within the first few uc, are revealed by scanning transmission electron microscop

188 olecular intricacies of these processes have been revealed by scanning probe microscopy.

189 with unusually large signal amplitudes have been revealed by scanning tunneling microscopy in interc

190 th direction commensurate with the SL period is revealed by scanning transmission electron microscopy

191 he atomic structure of the stacking boundary is revealed by scanning transmission electron microscopy

192 to surface step edges and structural defects is revealed by scanning tunneling microscopy.

193 loalkanoate dehalogenase superfamily (HADSF) was revealed by screening a customized substrate library

194 No different polypeptide profiles were revealed by SDS-PAGE between exposed and nonexposed

195 f the Drosophila and mammalian CRMP proteins are revealed by several types of evidence.

196 Arg-phosphate salt bridge interaction was revealed by short guanidinium-phosphate distances an

197 A functional inhibitory role for TRAIL-R3/4 was revealed by shRNA knockdown and mAb blockade, showin

198 rlying vestibular patients' symptoms may not be revealed by simple VOR assessment.

199 allized as salts with AlCl(4)(-) counterions are revealed by single-crystal X-ray diffraction.

200 f fluorophores within a molecule complex can be revealed by single-molecule photobleaching imaging.

201 enetic variation for complex traits that can be revealed by single-SNP genome-wide association studie

202 A physiologic role of TUG was revealed by siRNA-mediated depletion, which showed t

203 p-335, the catalytic essentiality of Glu-216 was revealed by site-specific mutagenesis.

204 ution orientations of all five POTRA domains are revealed by small-angle X-ray scattering of the enti

205 The flexibility within desmoplakin has been revealed by small-angle X-ray scattering and fluore

206 red at the species level, a fact that cannot be revealed by species-averaged data sets used in prior

207 roscopy imaging, and its formation mechanism was revealed by spectroscopic characterization and theor

208 ation; the underlying physical mechanism has been revealed by steered molecular dynamics simulations.

209 The potential mechanism of disruption was revealed by structural analysis of MPER conformation

210 The nature and origin of the amplification are revealed by studies of the intermolecular flavin-try

211 in promoter melting and RNA synthesis, which were revealed by studying the pre-initiation steps of pr

212 Insight into the BlaC specificity was revealed by successful co-crystallization of the pro

213 In contrast, the local Li/Sn ordering was revealed by synergistic investigations via solid-sta

214 large-scale protein functional data and can be revealed by systematic analysis.

215 mmune cell distribution and PD-L1 expression was revealed by T3 analysis of the whole tumors.

216 The ortho-H2/para-H2 interconversion is revealed by temperature-dependent ENDOR measurements

217 diffusion to (sub-)ballistic superdiffusion, are revealed by temporal and spatio-temporal image corre

218 otective signals triggered by the microbiota were revealed by testing NOD mice lacking MyD88 in combi

219 of a transition state into a stable minimum are revealed by the calculations.

220 xl protein components in the ternary complex are revealed by the combination of NMR and crystallograp

221 They can be revealed by the breath and used as an innovative anti

222 Lineal relationships can be revealed by the identification of descendents of cell

223 Previously unexplored phenomena can be revealed by the synergy of electrochemistry and SM-SE

224 ecific contributions to gene regulation have been revealed by the comparison of the activities from D

225 patterns of chromatin interactions that have been revealed by the latest experimental and computation

226 measured, and the initial asphaltene content is revealed by the change in absorbance.

227 e in both catalysis and cofactor orientation is revealed by the combined results for the first time.

228 ic of the DNA sequence of CGI promoters that is revealed by the cotranscriptional formation of R loop

229 eason for the low reactivity toward dioxygen is revealed by the crystal structure of the complex betw

230 ve-center, six-electron in-plane aromaticity is revealed by the diatropic dissected nucleus-independe

231 cis natural antisense transcripts (cis-NATs) is revealed by the discovery of 48,718 human gene antise

232 ted and its unique role during embryogenesis is revealed by the early embryonic lethality of HMG-17 h

233 formational control of this process (gating) is revealed by the finding that it responds to changes i

234 gar plates where the growth of giant viruses is revealed by the formation of lysis plaques.

235 cy dependent, the formation of the pseudogap is revealed by the gradual suppression of the featureles

236 that remains phenotypically cryptic until it is revealed by the impairment of HSP90 function.

237 electrons passing across a potential barrier is revealed by the iso-frequency contour analysis and nu

238 embly half-life and that the elongation time is revealed by the length of the lag phase.

239 unctional significance of these interactions is revealed by the observation that RNA interference (RN

240 unctional significance of these interactions is revealed by the observation that RNAi-mediated knockd

241 t avoids the use of secondary antibodies and is revealed by the photoluminescence quenching ability o

242 A promising way to proceed is revealed by the recent studies of rare subsets of ASD

243 The ominous dark side is revealed by the recent work demonstrating that hMSCs

244 This is revealed by the relocalization of GLUT4 to endosomes

245 t the single-channel level, the weak agonism is revealed by the requirement of 20-fold higher concent

246 ive time of a residue's gating energy change is revealed by the slope of its rate-equilibrium constan

247 The intrinsic asymmetry is revealed by the structural individuality of the CCT s

248 The functional relevance of this mutation is revealed by the ultrashort (<19 h) but robust circadi

249 Safety was revealed by the absence of Brucella associated patho

250 The safety was revealed by the absence of splenomegaly in mice that

251 A close NO-phytochrome interaction was revealed by the almost complete recovery of the etio

252 in neurons of the central nervous system, as was revealed by the analysis of conditional Lrp1-deficie

253 y resolved when their soft-tissue morphology was revealed by the discovery of exceptionally preserved

254 pDC deficiency on innate antiviral responses was revealed by the failure to control acute infection w

255 second, deadenylation independent mechanism was revealed by the finding that PUMs repress an mRNA th

256 and coordination among the class C sortases was revealed by the finding that SrtC-1 and SrtC-3 are r

257 ensitive response on the concentration scale was revealed by the hydrophilic MELI, followed by photos

258 This was revealed by the identification of individuals with a

259 ding to an asymmetric trough of SWI/SNF that was revealed by the improved imaging of free SWI/SNF.

260 physiological importance of this association was revealed by the inability of cancer-related p16(INK4

261 rombotic thrombocytopenic purpura and sepsis was revealed by the inverse relationship between the con

262 The most frequently recognized MOG epitope was revealed by the P42S mutation positioned in the CC'-

263 in the ERK1/2-independent regulatory pathway was revealed by the significantly attenuated FcepsilonRI

264 n that would result from migratory insertion was revealed by the stereochemistry of the enamine produ

265 causal effect of HSV-2 infection on BV risk was revealed by the summary relative risk for the prospe

266 This early critical period was revealed by the temporally controlled suppression of

267 IP3-dependent regulation of axonal lysosomes was revealed by the worsening of the amyloid plaque path

268 ow this efflux protein binds Cu(+) and Ag(+) were revealed by the crystals of the CusB-Cu(I) and CusB

269 ciency, and the molecular details of binding were revealed by the first X-ray crystal structures of l

270 r and skeletal disorder diseases, and cancer were revealed by the ICEGM.

271 ing among vascular tissue preferential genes was revealed by their assignment to coexpression groups

272 cet structure present in these model systems is revealed by theory directed modeling in which experim

273 tructural and functional characteristics can be revealed by these new biosensors.

274 synaptic properties of these cells that have been revealed by these approaches, with a particular reg

275 nisms underlying its variable pathology have been revealed by these models.

276 nes were generally followed, major anomalies were revealed by this review.

277 nteractions in cells of opposite mating type were revealed by this study, including bilateral heterot

278 This was revealed by three different approaches.

279 The crosslinked sites are revealed by thymidine to cytidine transitions in the

280 ull forces at the tips of the invading cords were revealed by time-lapse imaging, which showed cells

281 raction pair for a specific conformation can be revealed by tracking the charge state dependence of t

282 The interior pathways are revealed by trajectories of subsurface RAFOS floats

283 leotides in apoptotic cell clearance in vivo was revealed by two approaches.

284 forms of two key O-demethylases in the latex were revealed by two-dimensional immunoblot analysis.

285 Extensive isomerism was revealed by ultra-high-performance liquid chromatogr

286 Autophagy was revealed by upregulation of the LC3II/LC3I ratio and

287 nic wiring of all Fe/S clusters in complex I are revealed by using the tunneling current theory and c

288 ction of multisubunit complexes that may not be revealed by using traditional studies with haploid ge

289 e path followed by DNA through the complexes is revealed by using a DNA mimic anti-restriction protei

290 This was revealed by utilizing a nanomaterial graphene as an

291 etween the MWCNT and graphene oxide (GO) has been revealed by UV-Vis absorption spectroscopy.

292 ntation patterning in a single flower, which was revealed by virus-induced gene silencing.

293 he enormous number of 'silent' gene clusters being revealed by whole-genome sequencing and hence in m

294 gerhans cell response to epidermal cytokines was revealed by whole transcriptome analysis.

295 This has been revealed by X-ray reflectometry experiments, and co

296 The three-dimensional structure of Esp was revealed by x-ray crystallography and shown to be hi

297 The binding mode of the potent inhibitor 18 was revealed by X-ray crystallography, confirming our in

298 tions of 3 produced crystals whose structure was revealed by X-ray crystallography.

299 ical environments induced by nitrogen dopant are revealed by XANES and RIXS measurements.

300 uPc layer, which results in domain fracture, is revealed by XPS analysis and ozone-dosing experiments