ライフサイエンスコーパス: in detail

1 tem is significant, and should be understood in detail.

2 behind such effects remain to be understood in detail.

3 We sought to examine this trend in detail.

4 amidoaryl Pd(IV) complexes has been studied in detail.

5 terminal galactosylated species were studied in detail.

6 uality of the olive oil produced was studied in detail.

7 ll responses to allergens are also discussed in detail.

8 d, mutations at one locus were characterized in detail.

9 D culture and discusses microsystems designs in detail.

10 as first human clinical trials are discussed in detail.

11 ntibody therapeutics is still not understood in detail.

12 ked neurotransmission to study this function in detail.

13 CT scanner qualification process and results in detail.

14 tic regulation (ERNs) have been investigated in detail.

15 isparities in exposure have not been studied in detail.

16 and cell proliferation effects were studied in detail.

17 id-state batteries are outlined and analyzed in detail.

18 diagnostic for future use are also discussed in detail.

19 munomodulatory genes have been characterized in detail.

20 timate costs and outcomes were not discussed in detail.

21 (FDOM) has not been previously investigated in detail.

22 sulting nanocomposites has been investigated in detail.

23 e light illumination, have been investigated in detail.

24 osensor designs concerning cancer biomarkers in detail.

25 he tether on the transformation are analyzed in detail.

26 he incus was investigated and described here in detail.

27 es, but the functions of these are not known in detail.

28 iew of abstracts, 442 articles were reviewed in detail.

29 lar targets of these complexes are discussed in detail.

30 elaxation of protein and solvent is analyzed in detail.

31 -inspired hybrid materials is then presented in detail.

32 ation of other GTPases has not been explored in detail.

33 The trial's safety results are now reported in detail.

34 figure-of-merit ZT is derived and discussed in detail.

35 contaminant bioavailability is investigated in detail.

36 cades, and the activation cascades are known in detail.

37 ations of axially chiral amides were studied in detail.

38 The entire imaging data was analyzed in detail.

39 es, but these biases have not been described in detail.

40 ged mice, however, has not yet been explored in detail.

41 purified human IECs has never been described in detail.

42 limits of block copolymer phase segregation in detail.

43 ded receptor kinases have not been described in detail.

44 tic distribution of which need to be studied in detail.

45 ERS spectra of 11 nanoparticles were studied in detail.

46 ption of these composites has been explained in detail.

47 igh-chlorophyll fluorescence164) was studied in detail.

48 NNB1 from two knockout strains were examined in detail.

49 The IRE method is not covered in detail.

50 ity and internalization) could be understand in detail.

51 ution and function has not been investigated in detail.

52 plication relationships will be investigated in detail.

53 ure and monodispersity of the nanoconjugates in detail.

54 tion on GI radioprotection will be described in detail.

55 l level, however, remains to be investigated in detail.

56 ape variation have not yet been investigated in detail.

57 minogen, and one of them, FnBPB, was studied in detail.

58 roperty of the P(VDF-TrFE) films was studied in detail.

59 are poorly understood, we studied this issue in detail.

60 interactions have only recently been studied in detail.

61 /reduction) properties and stability of 3-NT in detail.

62 e method of tarsoaponeurectomy were examined in detail.

63 y seropositive mothers have not been studied in detail.

64 magnetic field modulated CSMEN are described in detail.

65 e B and pantothenate synthetase are examined in detail.

66 ural stem/progenitor cell lines was analyzed in detail.

67 n, its kinetics and selectivity were studied in detail.

68 al products, but they have not been examined in detail.

69 ture is wide-ranging even if never discussed in detail.

70 0 years after stroke have not been described in detail.

71 onnel costs and material costs were assessed in detail.

72 r and the value of studying advanced disease in detail.

73 ation of turnover has not been characterized in detail.

74 limnophila, to analyse its cell organization in detail.

75 een different emission processes is analyzed in detail.

76 of magnitude between the three mice analyzed in detail.

77 trength of toroidal dipolar mode are studied in detail.

78 mbly and disassembly, have been investigated in detail.

79 metabolic networks has not been investigated in detail.

80 ailure, and atrial fibrillation is discussed in detail.

81 xperimental setup of the SLSIS are described in detail.

82 ane core of a gagunin E analogue is reported in detail.

83 ence between quasi-Fermi levels are analyzed in detail.

84 le size and the voltages needed, are studied in detail.

85 primary human monocytes has not been studied in detail.

86 chanisms involved in glutathione degradation in detail.

87 ality large-scale superlattices are explored in detail.

88 analyze structures of DNA-protein complexes in detail.

89 s with the 530 bp deletion have been studied in detail.

90 e delivery, and cancer therapy are discussed in detail.

91 of quality care, but have not been examined in detail.

92 blood cultures (FUBC) have not been studied in detail.

93 cific biosynthesis and release are discussed in detail.

94 on the reaction mechanism has been discussed in detail.

95 function of the microcompartment organelles in detail.

96 ies of these filaments were not investigated in detail.

97 -43 loss of function have not been described in detail.

98 he work and the Pohrt-Popov one is explained in detail.

99 nderlying this interaction were investigated in detail.

100 a fluorescently labeled reporter nucleotide in detail.

101 s on a number of criteria that are discussed in detail.

102 he transformation is theoretically described in detail.

103 ple one- and two-gene elements are presented in details.

104 hemical properties of the drug are described in details.

105 In detail, 8% of bacteria had an atypical pathway for ac

106 We report in detail a case of severe nocturnal anaphylaxis due to

107 ens E. coli O157:H7 and Salmonella enterica, in detail a nucleic acid lateral flow and an electrochem

108 Here, we describe in detail a strategy to amplify and sequence long inters

109 We present the MCAM methods in detail, along with an initial description of the 471

110 S-based correlative microscopy are discussed in detail alongside the advantages, limitations, and the

111 To understand the pathway in detail, an untargeted metabolomic approach that harne

112 These pathways are examined in detail and a projection of how the field may evolve i

113 characteristics, and outcomes were examined in detail and compared among demographic subgroups.

114 tack and O-O radical coupling, are discussed in detail and compared in terms of their potential use i

115 n parameters derived from these measurements in detail and comprehensiveness: proton (H(+)) efflux, b

116 IKur rate-dependence have not been analyzed in detail and currently available mathematical action-po

117 We examine this interference in detail and discuss possible solutions to this issue.

118 owing liquid cathode (FLC-APGD) were studied in detail and discussed.

119 ct the electromagnetic emission of kilonovae in detail and enable the mass, velocity and composition

120 s in which each of the steps can be examined in detail and evaluated in its effect on the final struc

121 ing modes of these large (~850 Da) compounds in detail and explained the observed SAR, i.e. the stron

122 We characterized the thick IL2-5 and IL4-3 in detail and found increased mesophyll cell size and le

123 On evaluation in detail and from clinical history, we came to know tha

124 Abs from one donor (CAP256) has been studied in detail and many Abs at different stages of maturation

125 this study discusses the nature of this flow in detail and proposes a calculation pathway for quantif

126 Arbutus unedo) fruits has been characterised in detail and quantified for the first time.

127 a ficus-indica spp.) have been characterized in detail and quantified for the first time.

128 FgATG1 and FgATG5 were investigated in detail and showed severe defects in autophagy.

129 Antibodies were characterized in detail and used to select a total of 26 unique 'escap

130 complex structural variation at the HP locus in detail and, by using imputation from flanking SNP gen

131 temperature, and SALE duration were studied in detail, and a generalizable mechanism for SALE proces

132 initial fragment screening hit is described in detail, and additional analogues with differing famil

133 ies and sensing performance was investigated in detail, and discussed from the aspects of material na

134 hetic routes within each class are discussed in detail, and the progress in carbohydrate chemistry ov

135 , and atomic force microscopy, are described in detail, and their strength and limitations related to

136 We discuss each building block in detail, approaches specific to the structural heart d

137 s that would allow us to test the hypotheses in detail are still lacking.

138 R's role in active PFL synthesis was studied in detail as these regulators directly interact with the

139 s advantages and disadvantages are discussed in detail, as are the design, execution, and evaluation

140 r, radioluminescence microscopy is explained in detail, as it is a newly developed technique that ena

141 on and operation of the flow-focusing device in detail, as well as the bioinformatics pipeline used t

142 though various TTSPs have been characterized in detail biochemically and functionally, the basic prop

143 small concentrations of water are described in detail, but the process is extended and demonstrated

144 electrochemical properties has been studied in detail by a combination of X-ray crystallography, UV-

145 We quantify these interactions in detail by employing a combination of spectroscopic me

146 theory, we study the pigment-protein complex in detail by exploring the energy transfer and coherence

147 The dyads and triads were characterized in detail by HR-MS, 1D and 2D NMR, absorption, fluoresce

148 ives as guests (G1 and G2) have been studied in detail by NMR ((1)H NMR, 2D NOESY), optical (steady s

149 The binding site was mapped in detail by NMR and confirmed by truncation and alanine

150 homologous steroid pairs, were investigated in detail by NMR, X-ray crystal diffraction, ITC, and qu

151 we characterize the EMSY/KDM5A/SIN3B complex in detail by quantitative interaction proteomics and ChI

152 In this work, we investigate this interplay in detail by relying on a molecular model, which permits

153 al network in wide-field has been visualized in detail by taking advantage of light microscopy.

154 y of these azapeptides have now been studied in detail by the synthesis and analysis of a set of 25 a

155 The cellular phenotype was studied in detail by using flow cytometry, functional immunologi

156 the parent C60 fullerene have been analyzed in detail by using the activation strain model of reacti

157 The densification mechanisms are studied in details by means of AIMD simulations and compared to

158 el catalysts it has been possible to examine in detail correlations between the structural, electroni

159 eeting, participants discussed data elements in detail, defined the data, determined data priority, a

160 with two axial hydroxy ligands were studied in detail, demonstrating catalytic H2 production.

161 We then analyzed one of them, P2-insulin, in detail, demonstrating that it behaves as designed: It

162 We discuss in detail drivers of poor care in each domain.

163 tial energy surfaces (PESs) that can be used in detailed dynamical calculations, mainly using the qua

164 They mention, but do not discuss in detail, evidence for g in nonmammalian species, for w

165 Two cases were investigated in detail: first, the interaction of N-HA-N triblock com

166 biocompatibility of SPNs is discussed first in details, followed by examples of their applications r

167 and examined the process of route formation in detail for a small number of selected individuals.

168 ism of vinylphosphonate REM-GTP is discussed in detail for initiation and propagation including activ

169 t records nanostructure features in situ and in detail for later readout.

170 The analysis is performed in detail for the case of alkanethiols on mercury and th

171 drying rates and patterns were then compared in detail, for various levels of disorder.

172 DNA substrates, albeit in a way that differs in detail from XLF.

173 To identify in detail Gag residues and structural interfaces associa

174 periments to understand reassortment in pigs in detail have been limited because experiments with reg

175 stems, attempts to understand crystal growth in detail have so far relied on developing models that a

176 configurations and applications is reviewed in detail here.

177 d library preparation) and are not described in detail here.

178 th those obtained by an expert, who examined in detail histological sections for each individual.

179 We analyse in detail how externally measured rate constants and pho

180 of infection and recovery events, and study in detail how heterogeneity in susceptibilities and prop

181 This splicing assay can be used to explore in detail how HIV-1 splicing is regulated and, with mode

182 Although the authors outline in detail how social instincts that govern supernatural

183 ds ranging from 2 to 12 months and monitored in detail how suppression of virus replication affected

184 This protocol outlines in detail how to implement either the re-Guide or re-Cas

185 How this occurs was previously examined in detail in a swimmer using body undulations (lamprey),

186 re; however, to date none has been described in detail in adults.

187 essment of lesion targeting is being studied in detail in an expansion cohort.

188 the structures of the expanded virus differ in detail in each complex, suggesting that each of the N

189 etection (2f-WMS) is performed and discussed in detail in order to offer a clear view of the benefits

190 tion of supported NHC compounds is discussed in detail in order to set up necessary criteria for an i

191 unction of these genes has not been examined in detail in the adult brain, and the cell type-specific

192 italium reviewed at the meeting is described in detail in the individual articles included in this su

193 utualistic relationships have been described in detail in the past decade, and they reveal how import

194 oinformatics analyses, which are not covered in detail in this protocol.

195 and fusion of granules have not been studied in detail in three dimensions (3D) in unmodified samples

196 t of dysfunction of a single channel subtype in detail in vivo.

197 lasmic reticulum (ER) has been characterized in detail in yeast and is thought to function similarly

198 All aspects of the subject are examined in detail, including the structures of monomeric and dim

199 ain multiple sequences to depict the fistula in detail is cumbersome and confusing for the clinicians

200 However, studying them in detail is difficult because of the extreme conditions

201 ar functions of BRCA1 have been investigated in detail, its role during mitosis is little understood.

202 unit assembly intermediates has been studied in detail, little is known about ribosomal RNA (rRNA) st

203 In detail, m1GPS 1 was more frequently observed in benig

204 anism DMS Module 1.0, was developed and used in detailed model investigations of multiphase DMS chemi

205 Surprisingly few studies have focused in detail on the chimera.

206 study of stress response, bypassing the need in detailed orthologous mapping.

207 As discussed in detail, our findings support a general role of compac

208 retention profile shape can be investigated in detail, our results agree with, and provide validatio

209 In detail, our strategy combines antibacterial nanotopog

210 , few studies have examined the infant brain in detail, particularly in infants under 3 months of age

211 ation, sulfonation, and others are discussed in detail, particularly the nucleophilic aromatic substi

212 mitochondrial quality control are described in detail, physiological or pathological triggers of mit

213 disease, many of them have not been studied in detail regarding the cerebellum and depression.

214 erous chitinolytic enzymes have been studied in detail, relatively little is known about enzymes capa

215 of targeting nanoparticles can be addressed in detail, relevant biological characterization of the n

216 powerful synthetic method are not understood in detail, requiring further investigation of the kineti

217 Its particular geometry, described here in detail, results in XRPD data displaying significantly

218 In detail, RET/PTC3 induced STAT1 overexpression and pho

219 The few that have been characterized in detail sense nitric oxide (NsrR), iron limitation (Ri

220 umor-initiating cells have not been analyzed in detail so far.

221 In detailed studies of the EpCAM promoter region, we obs

222 ies with aryl boronic acids has been studied in detail taking advantage of four novel, stable difluor

223 ange coupled to mass spectrometry to explore in detail temperature-dependent structural dynamics in l

224 re are, however, interesting dissimilarities in details that reveal differences between bacterial and

225 To describe in detail the central retinal structure of a large group

226 Moreover, few studies have examined in detail the changing epidemiology of human H5N1 cases

227 They are also irreplaceable to investigate in detail the complex relationship between genotypes and

228 We study in detail the contribution of microRNA319 (miR319)-regul

229 It is thus important to study in detail the diversity and functions of gut microbiota

230 Here we study in detail the effect of eukaryotic flagellates, represen

231 We investigate in detail the effects of the size of nanoparticles, aver

232 However, few studies have investigated in detail the epidemiological and virological characteri

233 atory and inhibitory neurons that reproduced in detail the experimental NBG and BOLD data.

234 itted through the germ line, we investigated in detail the extent to which the piRNA pathway contribu

235 We have examined in detail the function of the monothiol GrxS15 in plants

236 e interactions, it has been difficult to map in detail the functional contributions of individual Ub

237 the brain controls motor actions, we studied in detail the interplay between MEG signals from the pri

238 pathways in cancer progression and describe in detail the key signaling components of such mechanotr

239 spects of transcriptome wiring by discussing in detail the metastasis-related MAPK and the Wnt/beta-c

240 We assessed in detail the phenotypic and genetic spectrum of SPAST-r

241 Our dense sampling allowed us to describe in detail the population structure, provide insight into

242 Here we describe in detail the procedure for a hiCLIP experiment and the

243 editing, are providing ability to understand in detail the process of cancer initiation, progression,

244 Understanding in detail the processes involved in HCMV replication is

245 Here, we examined in detail the processivity of the 17alpha-hydroxylation

246 This work describes in detail the production and application of such sensors

247 ntextualize our current discussion, I review in detail the proposal for etiologic diagnostic systems

248 nome-wide phylogenetic analysis demonstrated in detail the relationship of the newly genome sequenced

249 We studied in detail the reproducibility of community development i

250 Here, we examine in detail the shape and internal structure of the New Ca

251 To explain this discrepancy, we investigated in detail the spatiotemporal expression pattern of the N

252 Here, we charted in detail the structural microheterogeneity of C9 purifi

253 Here, we describe in detail the structure and folding of the isolated pseu

254 Herein, we review in detail the structure and function of the ARC-PVH circ

255 We examine in detail the thermal stability characteristics of equid

256 Here, we investigate in detail the thermodynamics of assembly of diphenylalan

257 Our analysis revealed in detail the transcriptional divergence and conservatio

258 d for semi-competing risks data, we describe in detail the use of illness-death models primarily beca

259 ric concatemers of human Orai1 and comparing in detail their ionic currents to those of native CRAC c

260 We sought to study in detail these aspects of advanced breast cancers that

261 Scientists can easily and quickly analyze in detail three characteristic spectra.

262 (ii) We have analyzed in detail three rec8 phospho-mutants, with 6, 24 or 29 a

263 The photoelimination reaction was studied in detail through bromine trapping experiments and laser

264 Herein, one such compound is explored in detail through theory and experiment: bismuth oxyiodi

265 rs of the pulse sequences have been analyzed in detail to provide guidelines for their most effective

266 structural and XRD analysis were carried out in detail to show the influence of Cu and the stability

267 verse Aspergillus species and compared these in detail to sister and more distant genera.

268 ture of the keto functionality were explored in detail to understand the mechanism of pyridine ring f

269 thracene moieties are observed and discussed in detail: two types of exclusively edge-to-face (etf),

270 e selected probe compound, was characterized in detail under UV-A and visible irradiation (lambda > 3

271 investigation for over 100 years, resulting in detailed understanding of bacterial chemotaxis and th

272 ty, which has not been available in full and in detail until now.

273 of antibiotics on hematopoietic progenitors in detail using a murine model.

274 and of a decalin building block was studied in detail using circular dichroism spectroscopy in the I

275 racterized this non-neuronal POMC expression in detail using in situ hybridization and immunohistoche

276 hese ionospheric disturbances can be studied in detail using ionospheric total electron content (TEC)

277 different solvent and ion models is analyzed in detail using multi-microsecond simulations.

278 These effects were studied in detail using Multivariate Analysis of Variance (MANOV

279 entially relevant publications were analyzed in detail using predetermined inclusion and exclusion cr

280 behavior of these complexes has been studied in detail using UV-vis and (1)H NMR spectroscopy.

281 ly methylated regions (DMRs), which we study in detail using whole genome bisulphite sequencing.

282 ral properties of CMO NPs were characterized in details using FT-IR, UV/vis., FESEM, XEDS, XPS, TEM,

283 ed photoinduced dynamics is further analyzed in details using induced molecular distortions, delocati

284 imicking activity of the CoOxH-GO nanohybrid in detail via the H2O2-mediated oxidation of Amplex Red

285 housand to 50000 g mol(-1) have been studied in detail via viscometry and sedimentation-diffusion ana

286 er to study antibody recognition and evasion in detail, we analyzed a conformational epitope recogniz

287 ucture and demographic history of this group in detail, we analyzed Indian and Pakistani Parsi popula

288 In order to characterize the interaction in detail, we applied a random library screening approac

289 To dissect the circuit in detail, we developed methods to inhibit unc-9-based g

290 To dissect the role of this channel in detail, we generated a mouse model with a targeted di

291 Exploring one drug in detail, we identify a mechanism of resistance for the

292 To characterize ALT in detail, we physically isolated this lncRNA by a stran

293 In detail, we show that addition of water to prilocaine,

294 By mapping the cell cycle in detail, we show that directly after replication both

295 Here we discuss this approach in detail: what has been done so far, the advantages and

296 In this work, we have studied in detail which neutrophil functions, including neutroph

297 rborne) microdroplets have yet to be studied in detail, which is an essential step toward widespread

298 a binding matrix component were investigated in detail with the model in relation to the performance

299 n redox transformations has not been studied in detail yet.

300 ron-transfer pathways have not been explored in detail yet.