ライフサイエンスコーパス: structural characterization

1 FPOP) has become a valuable tool for protein structural characterization.

2 rate reduction, for detailed biophysical and structural characterization.

3 cal formulas while also enabling preliminary structural characterization.

4 otein complex it has long been refractory to structural characterization.

5 n PC2 (SUPC2) as a model for biophysical and structural characterization.

6 robactin complex has eluded crystallographic structural characterization.

7 ture of prokaryotic proteasomes has hampered structural characterization.

8 in yield and quality was appropriate for NMR structural characterization.

9 New tools are required for their structural characterization.

10 te functional annotation of proteins through structural characterization.

11 esonance assignments for subsequent detailed structural characterization.

12 nt human AMBN in quantities that allowed its structural characterization.

13 (FcRn) binding correlated very well with the structural characterization.

14 tance of glycosyltransferase (GT) enzymes to structural characterization.

15 tion as evidenced from the morphological and structural characterizations.

16 ased in silico screening and biochemical and structural characterization, along with medicinal chemis

17 malleable proteins, thus facilitating their structural characterization and accelerating the discove

18 Rs) and guide drug design via microisolation-structural characterization and ALIS capabilities.

19 oscopy (TEM) has provided a route to analyze structural characterization and chemical evolution with

20 Structural characterization and configurational assignme

21 Careful structural characterization and defect characterization

22 Structural characterization and electrochemical studies

23 lycoprotein (Env) trimer has facilitated its structural characterization and guided Env immunogen des

24 Together with additional structural characterization and microscopy data, these r

25 ystem can serve as an excellent tool for the structural characterization and optimization of LRRK2 in

26 , and EPR measurements were supported by the structural characterization and quantum chemical analysi

27 Structural characterization and simulation suggest excep

28 and highlight the critical need for precise structural characterization and systematic assessment of

29 perhalogenated cis-azobenzenes enabled their structural characterization and the first evidence of a

30 8 with unknown sources, and 94 with partial structural characterization and unknown sources.

31 endent small molecules are proposed based on structural characterizations and network relationships.

32 Structural characterizations and theoretical calculation

33 erantigens (vSAGs) are notorious for defying structural characterization, and a consensus has yet to

34 We report the synthesis, structural characterization, and binding properties of a

35 The synthesis, structural characterization, and binding properties of t

36 Here we report synthesis, structural characterization, and biological activity of

37 Independent synthesis, structural characterization, and catalytic studies of th

38 Reported here are the isolation, structural characterization, and decomposition kinetics

39 We report the synthesis, structural characterization, and functionality (framewor

40 The synthesis, spectroscopic/structural characterization, and HNO donor properties of

41 spectroscopy is a unique tool for detection, structural characterization, and quantification of compo

42 We report the synthesis, structural characterization, and reactivity of a series

43 re achieved by carrying out the preparation, structural characterization, angle-resolved and X-ray ph

44 the cleavage or formation of chemical bonds, structural characterization at the atomic level is most

45 In these dimeric PDI molecules, NMR-based structural characterization became nontrivial because se

46 The success of structural characterizations bridging the gap between ma

47 extreme reactivity presents an impediment to structural characterization, but their biological import

48 Structural characterization by chemical derivatization,

49 unit cells per edge, on average-has impeded structural characterization by conventional means.

50 orphous nature of this oligomer prevents its structural characterization by experiment.

51 We combined structural characterization by means of transmission ele

52 Structural characterization by single-crystal X-ray diff

53 tained as large single crystals suitable for structural characterization by X-ray crystallography and

54 Metal binding titration studies and structural characterization by X-ray crystallography pro

55 leeting transient in 2 allowed isolation and structural characterization by X-ray crystallography.

56 , and its flexibility has thus far prevented structural characterization by X-ray crystallography.

57 ridged dicopper complex) has allowed for its structural characterization by X-ray diffraction.

58 The morphological and structural characterizations by a scanning electron micr

59 Detailed structural characterizations by Raman spectroscopy and h

60 Structural characterizations by X-ray crystallography of

61 Detailed structural characterizations confirm the presence of Cu(

62 Our structural characterization defines the order of the elu

63 Biochemical and structural characterization demonstrates that the AcCS s

64 Herein, our biophysical and structural characterization demonstrates that, with the

65 trometry (IM-MS) is a powerful technique for structural characterization, e.g., sizing and conformati

66 Proton NMR spectra are indispensable for structural characterization even in conjunction with 2D

67 This study encompasses the synthesis, structural characterization, gas adsorption, and CO2 cap

68 The synthesis, structural characterization, hydrolytic reactivity, and

69 NMR-based structural characterization implies that the lithium pin

70 l GSLs in one and the same TLC run and their structural characterization in crude lipid extracts afte

71 f high-purity Hg(OTeF5)2 has resulted in its structural characterization in the solid state by Raman

72 pose above 130 degrees C and are amenable to structural characterization in the solid state by X-ray

73 achieved by CB[8] complexation, allowing for structural characterization in the solid state.

74 ols for unbiased and accurate macromolecular structural characterizations in solution.

75 nd may benefit other areas of pharmaceutical structural characterization including impurity profiling

76 cule devices as well as their electrical and structural characterization, including a historical over

77 The structural characterization is confirmed by X-ray diffra

78 nic interfaces such as electrodes, but their structural characterization is exceedingly difficult wit

79 population of excited states for study, but structural characterization is not trivial because of th

80 a correlation of the QCM-D results with the structural characterization it is possible to infer that

81 Structural characterization, mutagenesis, biochemistry a

82 han 20 such potential substrates, as well as structural characterization of 12 resulting unknown prod

83 The structural characterization of 3-ring and 4-ring MDA iso

84 MaizeSNP50 Bead Chip was used for a detailed structural characterization of 89 introgression lines.

85 , we report the biochemical, functional, and structural characterization of a 130-amino-acid protein,

86 This study focuses on the structural characterization of a biosensor for NE activi

87 r study presents the first atomic resolution structural characterization of a client protein bound to

88 bacterial cellulose biosynthesis, including structural characterization of a functional cellulose sy

89 In this work, we report the structural characterization of a group 6 LEA protein fro

90 Here we describe the mechanistic and structural characterization of a high affinity inactivat

91 Here, we report detailed kinetics and structural characterization of a highly selective submic

92 The latter represents the first structural characterization of a monohydrido bridged iso

93 The first structural characterization of a mononuclear, EPR-active

94 report on the evolutionary, biological, and structural characterization of a novel bat adenovirus (B

95 Here we report the first molecular and structural characterization of a novel cell-surface prot

96 Here, we report the first isolation and structural characterization of a product of MoaA.

97 Cp''3 is also reported, comprising the first structural characterization of a Pu-C bond.

98 Here we present the structural characterization of a recombinant form of hum

99 into the collagen degradation mechanism and structural characterization of a subtilisin-like collage

100 Here we report the isolation and structural characterization of a thermally stable compou

101 This work constitutes the most extensive structural characterization of a viral lncRNA and intera

102 We report the initial structural characterization of AbetaM01-42 fibrils utili

103 ed heterogeneous catalysts requires detailed structural characterization of active sites, an essentia

104 what has been learned from this atomic-level structural characterization of affinity maturation in HI

105 erall, these results provide a comprehensive structural characterization of an iGluR intermediate sta

106 otential of polarized Raman spectroscopy for structural characterization of anisotropic biological sp

107 pite recent advances in the phylogenetic and structural characterization of bacteriophages, only a sm

108 roviding unprecedented opportunities for the structural characterization of biological macromolecules

109 Computational modeling is essential for structural characterization of biomolecular mechanisms a

110 Here we report the isolation and structural characterization of CAP257-RH1, an N276 glyca

111 A recent structural characterization of cell walls from monocot s

112 We report the genetic, biochemical and structural characterization of CmoB, the enzyme that rec

113 Complete structural characterization of complex lipids, such as g

114 We show that this method is effective in structural characterization of complex RiPPs, including

115 Advances in the structural characterization of components of the human R

116 significantly expand the use of DEER for the structural characterization of conformational changes in

117 Here, we report the biochemical and structural characterization of different mutant polymera

118 The structural characterization of diterpenoids accumulating

119 Full spectroscopic and structural characterization of each derivative establish

120 red enzymes.Significant challenges exist for structural characterization of enzymes responsible for b

121 al enthalpy calculations in conjunction with structural characterization of ethylene binding in Co2(m

122 g the in-depth biochemical, biophysical, and structural characterization of FadD32, we investigated i

123 re an in-depth biochemical, biophysical, and structural characterization of four FadD32 orthologs, in

124 In this study, we present the structural characterization of full-length IRF4.

125 relevance to cell function and pathogenesis, structural characterization of full-length tandem-repeat

126 he in meso crystallization technique for the structural characterization of G-protein coupled recepto

127 Despite recent breakthroughs in the structural characterization of G-protein-coupled recepto

128 reflectometry was employed as a first direct structural characterization of GCase and alpha-syn.GCase

129 ectrometry have made it a preferred tool for structural characterization of glycerophospholipids.

130 Accordingly, the identification and structural characterization of glycolipids from the cell

131 fer dissociation (ETD) alone is used for the structural characterization of glycopeptides.

132 d the glycan, thereby enabling comprehensive structural characterization of glycoproteins in a single

133 combinatorial technique allows for efficient structural characterization of GSLs in small tissue samp

134 To address the dearth of atomic-level structural characterization of heterochiral helix pairin

135 pects of applying physisorption for the pore structural characterization of hierarchical materials su

136 Structural characterization of highly sulfated glycosami

137 by a lack of dynamics measurements with and structural characterization of homogeneous isotypically

138 While structural characterization of homotypic chains has been

139 ensive chemical data set for a more complete structural characterization of hydroxyterpenylic acids i

140 isotope labeling required for a detailed NMR structural characterization of IGF-II analogs that revea

141 s received increased attention; however, the structural characterization of intact precursor proteins

142 Detailed structural characterization of intact rough-type lipopol

143 Previous structural characterization of integrase-viral DNA compl

144 Now, we report the capture and structural characterization of intermediates produced du

145 a tool for quantitation and molecular-scale structural characterization of ionomers and proteins wit

146 High-resolution structural characterization of lattices formed in the pr

147 Our structural characterization of LpSpl and its comparison

148 analytical methods that afford comprehensive structural characterization of mAbs to ensure their stri

149 aps by providing a reliable, high-throughput structural characterization of macromolecular complexes

150 X-ray crystallographic structural characterization of many examples reveals ver

151 unique capabilities of X-ray scattering for structural characterization of materials in their native

152 Structural characterization of Mediator is challenging d

153 Structural characterization of membrane proteins and oth

154 We recently demonstrated a workflow for the structural characterization of metabolites detected by L

155 of fragment ions and thereby facilitate the structural characterization of metabolites.

156 -based metabolomics relies on MS(2) data for structural characterization of metabolites.

157 We then carried out an exhaustive structural characterization of metastable states on the

158 ine enables both quantification and in-depth structural characterization of molecular lipid species e

159 increasingly common and useful technique for structural characterization of molecules in solution.

160 In addition, we present the first structural characterization of MOLP and oxidative additi

161 Structural characterization of MOS was carried out using

162 Herein, we present biochemical and structural characterization of MppR that demonstrates a

163 Here we report a detailed biochemical and structural characterization of MutM variants containing

164 Herein, we describe the first structural characterization of N-alkylated twisted amide

165 Structural characterization of new alpha/gamma-peptide f

166 irectionality aspect in much greater detail: Structural characterization of nine curvopeptin biosynth

167 In this work we report the biochemical and structural characterization of Nocardia farcinica Lys mo

168 s simulations represents a powerful tool for structural characterization of not only isolated membran

169 In this study, we describe the structural characterization of novel flagellar glycans f

170 One of the major challenges in structural characterization of oligosaccharides is the p

171 Structural characterization of one of these V2 Abs revea

172 s of MsbA to flip LPS, and paves the way for structural characterization of other lipid flippases.

173 Energetic insights emerging from the structural characterization of peptide cross-beta assemb

174 The structural characterization of peptide-protein complexes

175 is work is to set up a strategy for the full structural characterization of peptides including disulf

176 ays a foundation for further biochemical and structural characterization of PhaC, which could assist

177 k demonstrates a gas-phase means to increase structural characterization of phosphatidylcholines via

178 X-ray structural characterization of Pol eta complexed with si

179 A structural characterization of polysaccharides from edib

180 We report here on the design and structural characterization of potent peptidic inhibitor

181 of the B cell repertoire, and the increasing structural characterization of protective antigens and e

182 ased techniques with a modeling strategy for structural characterization of protein assemblies.

183 Structural characterization of protein complexes is esse

184 is a reference source of information for the structural characterization of protein interaction netwo

185 ern day drug discovery and requires detailed structural characterization of protein-ligand interactio

186 Structural characterization of protein-protein interacti

187 ectroscopy is a nondestructive technique for structural characterization of proteins and polypeptides

188 Structural characterization of proteins in the gas phase

189 tions and can become a valuable tool for the structural characterization of proteins.

190 upled with computational methods enables the structural characterization of purified 3-ring and 4-rin

191 ethod expands the application of sPRE beyond structural characterization of rigid proteins and comple

192 We here describe a method for automated structural characterization of RiPPs by tandem mass spec

193 Structural characterization of Sac2 revealed a unique pl

194 Yet, while techniques for the elemental and structural characterization of samples have achieved sub

195 To address this question, we performed a structural characterization of several HLA-A2/peptide co

196 Further documented is the isolation and structural characterization of several key transition-me

197 wing discrimination of cathinone isomers and structural characterization of small molecules, includin

198 X-ray scattering analyses to provide in situ structural characterization of solar fuels catalysts.

199 e lack of in situ experimental tools for the structural characterization of solid porous materials du

200 Structural characterization of species belonging to each

201 We describe the isolation and detailed structural characterization of stable toxic oligomers of

202 knockouts provided negative controls for the structural characterization of stereid secondary cell wa

203 Structural characterization of Streptococcus pneumoniae

204 We report the solution and structural characterization of Streptococcus thermophilu

205 We present here the first detailed structural characterization of such a target protection

206 The structural characterization of such states has so far la

207 structural data to provide the first general structural characterization of TE proteins and to estima

208 Despite recent structural characterization of the AQP0-CaM complex, the

209 hensive review describes the biochemical and structural characterization of the ARD family, the propo

210 A complete physicochemical and structural characterization of the as-made chiral HPM-1

211 Furthermore, structural characterization of the assembly of these bet

212 We present the first structural characterization of the Axl kinase domain in

213 Here, we report biochemical and structural characterization of the C-terminal three FF d

214 Detailed structural characterization of the catalyst binding site

215 We report here a structural characterization of the central 970 residues

216 the process of conducting these studies, rR structural characterization of the dioxygen adduct of LP

217 TFB2M around the LSP and represent the first structural characterization of the entire mitochondrial

218 However, significant challenges exist for structural characterization of the enzymes responsible f

219 re, we report synthesis, crystal growth, and structural characterization of the first polynuclear hyd

220 red states of proteins, we provide a precise structural characterization of the free energy landscape

221 Full structural characterization of the full-length oligomeri

222 Structural characterization of the human Y4 receptor (hY

223 Structural characterization of the inhibitors with BasE

224 In this study we offer biochemical and structural characterization of the interaction between T

225 Structural characterization of the intermediate assembli

226 )H NMR spectroscopic monitoring was used for structural characterization of the intermediates and pro

227 A detailed structural characterization of the involved carbohydrate

228 inal helical zinc-binding domain and provide structural characterization of the linked JmjN-JmjC doma

229 the first, to our knowledge, high-resolution structural characterization of the major components of t

230 To support structural characterization of the many metabolites pres

231 11 of MgsG (i.e., DH11) in vivo, followed by structural characterization of the metabolites accumulat

232 Both biochemical and structural characterization of the mutants suggested tha

233 In this study, we report biochemical and structural characterization of the mycobacterial N-acety

234 Structural characterization of the O-linked glycans rele

235 Structural characterization of the PAF-R agonists induce

236 The structural characterization of the pathway along with st

237 The structural characterization of the phage tail after ejec

238 nteractions, these limitations had precluded structural characterization of the PIC.

239 Two-dimensional NMR structural characterization of the polysaccharide, named

240 By completing our structural characterization of the previously unknown N-

241 Structural characterization of the product revealed it t

242 We present to our knowledge the first structural characterization of the proliferating-cell-nu

243 Solution and solid-state structural characterization of the protein in complex wi

244 Despite significant progress in the structural characterization of the quasicrystalline stat

245 Structural characterization of the RAM linker with sedim

246 present a detailed in vitro biochemical and structural characterization of the S100B-RSK1 interactio

247 Full spectroscopic and structural characterization of the siloxide products is

248 Comparative structural characterization of the T. cruzi CYP51 comple

249 We carried out the structural characterization of the three preparations us

250 Herein, we report the isolation and structural characterization of the trinuclear electron-t

251 Here, we performed biophysical and structural characterization of the TRX1-binding domain o

252 This is based on the structural characterization of the two partner proteins,

253 sent thorough kinetic analyses combined with structural characterization of the VCA0947 SpeG enzyme f

254 resonance Raman (rR) spectra now permitting structural characterization of their key Fe-O-O fragment

255 Spectroscopic and structural characterization of these compounds supports

256 The first-time isolation and structural characterization of these elusive molecules d

257 ivo, and here, we report the biochemical and structural characterization of these enzymes.

258 Despite their potential, structural characterization of these glycan epitopes rem

259 NMR structural characterization of these metabolites identif

260 Biochemical and structural characterization of these mutants along with

261 isted in the public database, and therefore, structural characterization of these proteins has played

262 However, due to their ephemeral nature, structural characterization of these species remains cha

263 Structural characterization of these surfaces is perform

264 For the structural characterization of these transmetalation int

265 Here we report the synthesis, isolation, and structural characterization of three cadmium selenide QD

266 ygenated diterpenoids, which in turn enabled structural characterization of three novel compounds pro

267 yze misfolded proteins and peptides, but the structural characterization of transiently formed misfol

268 Here we present a functional and structural characterization of two closely related AA9-f

269 tudy reports on the detailed biochemical and structural characterization of two of these.

270 The analysis also led to the structural characterization of two reactive precolibacti

271 In addition, we also report the structural characterization of vDHBPS in its apo form an

272 Thus, the kinetic and structural characterization of vDHBPS reveals the molecu

273 us expression and subsequent biochemical and structural characterization of ZgLamAGH16 from Zobellia

274 eport systematic high-pressure transport and structural characterizations of the newly discovered sup

275 m-phage dynamics are genetic, molecular, and structural characterizations of these groups of phages.

276 Functional and structural characterizations of TRPV1 shed light on vani

277 Higher-order structural characterization plays an important role in m

278 However, its structural characterization remains undetermined.

279 genome analysis combined with isolation and structural characterization represents a phylogenetic ap

280 Structural characterization revealed strong metal-arene

281 Structural characterization revealed symmetrically bridg

282 High resolution TEM/SAED structural characterization revealed that Al2O3 coatings

283 Initial structural characterization revealed that our most effec

284 Structural characterizations show that the transferred f

285 Structural characterization shows that the interactions

286 hermo-optical technique, thermal analysis by structural characterization (TASC), that can provide spa

287 Despite half a century of structural characterization, the architecture of the NPC

288 f truly monodisperse nanoparticles and their structural characterization to atomic precision are impo

289 R MS/MS demonstrated its promising role as a structural characterization tool complementary to tradit

290 X-ray scattering is a structural characterization tool that has impacted diver

291 Consequently, structural characterization typically requires molecular

292 Our second approach to structural characterization used atomic force microscopy

293 Composition and structural characterization using field emission scannin

294 on processes that occur and was supported by structural characterization using small-angle neutron sc

295 Structural characterization via NMR spectroscopy reveale

296 Structural characterization was performed on an antibody

297 the IL-10.GAG complex could be obtained, its structural characterization was possible by NMR spectros

298 linical evaluation as well as functional and structural characterization, we established p.G411S as a

299 Through detailed electrochemical and structural characterization, we have shown that the enha

300 unds are presented, along with comprehensive structural characterizations (X-ray diffraction, electro