ライフサイエンスコーパス: experimental technique

1 oscopic surgery (NOTES) currently remains an experimental technique.

2 ted as a factor limiting the utility of this experimental technique.

3 , and is a more efficient and cost-effective experimental technique.

4 Device fabrication is applicable via current experimental techniques.

5 as studied using surface- and bulk-sensitive experimental techniques.

6 iverse databases, growing rapidly due to new experimental techniques.

7 look at them individually using conventional experimental techniques.

8 time scales that are inaccessible to current experimental techniques.

9 estigate these assemblies using conventional experimental techniques.

10 ly useful and is within the reach of current experimental techniques.

11 tional modelling and screening with advanced experimental techniques.

12 intensive investigation using many different experimental techniques.

13 lysis of NGS data from different sources and experimental techniques.

14 lex, are becoming increasingly accessible to experimental techniques.

15 rons is only now becoming tractable with new experimental techniques.

16 ly studied these interactions using powerful experimental techniques.

17 e 150 degrees C, as characterized by various experimental techniques.

18 cs that can provide a valuable complement to experimental techniques.

19 cellular identities can be manipulated using experimental techniques.

20 greater detail than currently possible using experimental techniques.

21 ave solved tertiary structures determined by experimental techniques.

22 the advancements in theoretical methods and experimental techniques.

23 in silico and have been studied by different experimental techniques.

24 ructure is available using computational and experimental techniques.

25 sferase (3)-IIIb (AAC) is studied by several experimental techniques.

26 ) reconstruction combining computational and experimental techniques.

27 as been incomplete due to a lack of suitable experimental techniques.

28 d application of novel high-throughput (HTP) experimental techniques.

29 tors that are not readily obtainable through experimental techniques.

30 difficult to structurally characterize using experimental techniques.

31 icles and in the development of the required experimental techniques.

32 d time, are now routinely assayed by various experimental techniques.

33 re the datasets were obtained with different experimental techniques.

34 Rcs pathway using phylogenetic analysis and experimental techniques.

35 t on the synergism between computational and experimental techniques.

36 ments and extends that attainable by current experimental techniques.

37 are difficult to characterize using current experimental techniques.

38 gands are poorly understood due to a lack of experimental techniques.

39 embrane which is challenging to elucidate by experimental techniques.

40 llenging due to the limitations of available experimental techniques.

41 nd one or more datasets from five accessible experimental techniques: a small-angle X-ray scattering

42 t subfemtosecond pulses, the introduction of experimental techniques able to follow in time the elect

43 We here present a novel experimental technique allowing measurement of spatially

44 Given the development of high-throughput experimental techniques, an increasing number of whole g

45 re snapshots of data acquired using a single experimental technique and often require manual populati

46 ivated by the mechanism of HIV entry but the experimental technique and the model framework can be ex

47 nitiated in 2014, has the goal of developing experimental techniques and a Knowledge Management Cente

48 e2 up to approximately 60 GPa using multiple experimental techniques and ab-initio calculations.

49 gy based on new results obtained using novel experimental techniques and analysis to improve sonopora

50 The latest experimental techniques and analytical approaches can pr

51 ractions, many groups working with different experimental techniques and assays have generated a vast

52 Their formation often requires elaborate experimental techniques and attempts to obtain giant ves

53 photophysical properties were examined with experimental techniques and compared with the results ob

54 New experimental techniques and computational methodologies

55 Novel experimental techniques and computational methods have p

56 orders of magnitude depending on the applied experimental techniques and conditions.

57 light the promises and challenges that novel experimental techniques and data will bring to the field

58 In this review, we examine these available experimental techniques and illustrate how they have pro

59 In this study, we employ a combination of experimental techniques and in silico molecular simulati

60 arge influence, as demonstrated with several experimental techniques and in simulations.

61 Entries also give details of experimental techniques and links to other key databases

62 n of the TS has become a major challenge for experimental techniques and molecular simulations approa

63 To minimize differences arising from experimental techniques and to directly compare binding

64 Due to experimental techniques and to the research bias in biol

65 ocesses which are being elucidated by modern experimental techniques, and also incorporate the inhere

66 m, the key optical properties, the principal experimental techniques, and important recent results ar

67 uences, genes and gene regions disrupted and experimental techniques applied to discover/analyze the

68 sed are amenable to testing with noninvasive experimental techniques appropriate for the study of hum

69 iquid samples; (ii) availability of accurate experimental techniques, appropriate for the measurement

70 Next-generation experimental techniques are also generating a wealth of

71 ences, which is of timely relevance as novel experimental techniques are generating increasingly larg

72 However, classical experimental techniques are insufficient because the act

73 a mutational analyses, while high-throughput experimental techniques are often unable to distinguish

74 Since experimental techniques are time and cost consuming, in

75 rt remains, however, unknown because current experimental techniques are unable to evaluate three-dim

76 ee approaches, each involving an independent experimental technique, are in good agreement.

77 hese differences result from deficiencies of experimental techniques, artifacts of tissue damage, or

78 switching was probed using a wide variety of experimental techniques as well as quantum-mechanical in

79 We also review the experimental techniques as well as the key theoretical i

80 uman, resulting from various high-throughput experimental techniques, as well as from curated databas

81 Existing high-throughput experimental techniques assay protein-protein interactio

82 Progress in experimental techniques at nanoscale makes measurements

83 The progress of experimental techniques at the nanoscale in the last dec

84 We discuss experimental techniques available for manipulation of th

85 Given the experimental techniques available, certain biases in pro

86 We demonstrated an experimental technique based on stimulated light scatter

87 shear wave velocities in the laboratory with experimental techniques based on physical acoustics.

88 the current, unprecedented blossoming of new experimental techniques built on second-generation seque

89 infection are not all directly measurable by experimental techniques but can be inferred through math

90 application of the current state-of-the-art experimental techniques by using ultrasonic interferomet

91 Few experimental techniques can assess the orientation of pe

92 Our experimental techniques can be applied to other signalin

93 Advanced experimental techniques can now reveal how single biomol

94 Experimental techniques can provide accurate estimates a

95 Other experimental techniques can provide information on the i

96 However, current experimental techniques can provide only inferential or

97 New experimental techniques can quantify how water interacts

98 resonance (NMR) spin relaxation is the only experimental technique capable of probing local protein

99 lack of information is due to the dearth of experimental techniques capable of addressing elementary

100 However, experimental techniques capable of quantifying or even q

101 The results highlight the need for experimental techniques capable of resolving the interna

102 Four complementary experimental techniques (clonal analysis, immunofluoresc

103 osahedral Ag-In-Yb quasicrystal, and various experimental techniques combined with theoretical calcul

104 ondria are not possible in vivo with current experimental techniques, computational models can be use

105 The experimental techniques currently used are limited to th

106 n ratios and demonstrated the ability of the experimental techniques described here to generate SAM-b

107 amed fluorescence assay by gas expansion, an experimental technique designed for the quantification o

108 ton transfer reaction and that complementary experimental techniques develop understanding of how loc

109 is review aims to provide an overview of the experimental techniques developed with the purpose of at

110 This experimental technique distributes normally congested ro

111 ccharides that are difficult to address with experimental techniques due to the conformational flexib

112 s otherwise challenging to investigate using experimental techniques due to the difficulty in crystal

113 This Review summarizes the experimental techniques employed in XAS studies of liqui

114 Recent developments in experimental techniques enable direct observation of ind

115 e expanded via improvements in equipment and experimental techniques, enabling new capabilities and s

116 luorescence in situ hybridization (FISH), an experimental technique especially well suited to charact

117 seen very rapid development of quantitative experimental techniques, especially at the single-molecu

118 Combining data from multiple experimental techniques-especially bottom-up and top-dow

119 on energies strongly depend on the choice of experimental technique: even the relative trends provide

120 suitability of both the model system and the experimental technique for additional work on the mechan

121 h provides an additional and straightforward experimental technique for determining energy band value

122 We present a new experimental technique for determining rates of surface

123 Here we present an experimental technique for making wax models of these sh

124 at this 2D spectroscopy will be an excellent experimental technique for observing slow hydrogen-bond

125 Here, we present a new experimental technique for studying the Rayleigh-Taylor

126 onal phonon Raman spectroscopy is a powerful experimental technique for the study of crystalline soli

127 A common experimental technique for viewing in vivo angiogenesis

128 y, it highlights the capabilities of various experimental techniques for characterization of these ma

129 sent, for such compounds fast and consistent experimental techniques for determining sorption coeffic

130 study provides a thorough comparison of two experimental techniques for direct temperature measureme

131 Experimental techniques for discovering functional eleme

132 We discuss experimental techniques for fabrication of single-molecu

133 However, current experimental techniques for large-scale detection of pro

134 ons in the density of states enable powerful experimental techniques for measuring a metal's Fermi su

135 Experimental techniques for measuring chromatin accessib

136 oelectricity at the nanoscale, we review the experimental techniques for measuring the thermopower in

137 organism partly because it is well suited to experimental techniques for monitoring and manipulating

138 Experimental techniques for observing such DNA knots (pr

139 physical adsorption with other complementary experimental techniques for obtaining a reliable and com

140 Various experimental techniques for probing exciton dynamics, pa

141 s data from a variety of fast and accessible experimental techniques for rapid and accurate structure

142 using finite element analysis are promising experimental techniques for studying shaken baby syndrom

143 simultaneous multidisciplinary explosions in experimental techniques for synthesizing new materials,

144 iments is currently limited by the available experimental techniques for the generation and character

145 Experimental techniques for the investigation of three-d

146 mbly of functional molecular DSP systems and experimental techniques for their evaluation are explain

147 With experimental techniques for validation and computational

148 tations of current mathematical modeling and experimental techniques hamper our ability to provide in

149 To date, no experimental technique has combined the advantages of 2D

150 r, neither electron microscopy nor any other experimental technique has yet been able to resolve and

151 ry structure of transmembrane proteins using experimental techniques has led to a surge of interest i

152 A lack of experimental techniques has left this hypothesis unanswe

153 conventional glassware using straightforward experimental techniques has thus been developed.

154 Recent advances in experimental techniques have allowed the simultaneous re

155 A variety of experimental techniques have been applied to the problem

156 Both new computational methods and new experimental techniques have been developed to character

157 Over the past decade, high-throughput experimental techniques have been developed to generate

158 Experimental techniques have been developed to monitor t

159 A variety of experimental techniques have been employed to quantify t

160 Two different experimental techniques have been used here to determine

161 Various experimental techniques have been used to detect how the

162 Over the past 18 months, these advances in experimental techniques have been used to further confir

163 Recently, several experimental techniques have emerged for probing RNA str

164 Recent advances in experimental techniques have led to a rapid growth in co

165 sequences and the advent of high-throughput experimental techniques have motivated the development o

166 ism of PPIases is still lacking, and current experimental techniques have not been able to provide a

167 n and highly debated, but recent advances in experimental techniques have presented evidence of more

168 High-throughput experimental techniques have produced a large amount of

169 New experimental techniques have provided insight into the d

170 Single-molecule experimental techniques have recently shown to be of sig

171 ially useful for drug design, limitations of experimental techniques have restricted their practical

172 Recent advances in high-throughput experimental techniques have yielded a large amount of d

173 Although gradual improvements in experimental techniques have yielded ever-better descrip

174 ractions remain largely invisible to current experimental techniques, however, due to the sparse popu

175 ule has been studied through a wide array of experimental techniques; however, the exact molecular me

176 munoprecipitation (ChIP) serves as a central experimental technique in epigenetics research, yet ther

177 tion data, suggesting that it can complement experimental techniques in characterizing protein-DNA in

178 availability of increasingly high-resolution experimental techniques in the cognitive neurosciences a

179 Experimental techniques include liquid ventilation, surf

180 mblies on betaCD surfaces using a variety of experimental techniques including microcontact printing

181 Advances in experimental techniques, including behavioral paradigms

182 ar zwitterions is investigated using several experimental techniques, including concentration-depende

183 Additionally, we highlight cutting-edge experimental techniques, including conditional expressio

184 perturbations were observed by a variety of experimental techniques, including differential scanning

185 ecular dynamics studies are complementary to experimental techniques, including glycan microarray, to

186 By using complementary experimental techniques, including magnetization and spe

187 Using a combination of experimental techniques, including NMR and small-angle x

188 An array of experimental techniques, including X-ray diffraction, Fo

189 One of the most promising experimental techniques is hydrogen-deuterium exchange d

190 To date, challenges in experimental techniques limit large-scale characterizati

191 vant acetyl-Abeta(21-30)-amide peptide using experimental techniques (limited proteolysis, thermal de

192 cing coarse-grained computer simulations and experimental techniques, mechanistic insights were gaine

193 The experimental techniques necessary to investigate these r

194 While several experimental techniques now exist for characterizing pro

195 New experimental techniques now permit the recording of larg

196 The experimental technique of mass spectrometric tracer puls

197 The experimental technique of mass spectrometric tracer puls

198 The experimental technique of tracer pulse chromatography wa

199 thermodynamic integration (TI)] with several experimental techniques of fluorescence spectroscopy.

200 les has been investigated using the combined experimental techniques of negative ion photoelectron sp

201 By combining experimental techniques (optical spectroscopy, HPLC coup

202 cesses--which has not possible using present experimental techniques or traditional simulations based

203 This combination of theoretical and experimental techniques proves to be an important tool t

204 These experimental techniques provide different peak shapes, w

205 Studies performed with different experimental techniques provided evidence that pH or met

206 able to reconcile the results from all four experimental techniques quantitatively, to obtain a comp

207 aborately modifying the existing in situ TEM experimental technique, rapid lithium-ion diffusion thro

208 Using an experimental technique recently developed in this labora

209 Many experimental techniques rely on specific recognition and

210 itional methods, including computational and experimental techniques remain vital in promoting our un

211 proteolipid substructures by high-resolution experimental techniques remains elusive.

212 The experimental techniques reported here will enable therma

213 Our data and experimental techniques reveal a mechanism that suggests

214 Novel experimental techniques reveal the simultaneous activity

215 Single cell experimental techniques reveal transcriptomic and epigen

216 ly here the combination of two complementary experimental techniques, simulations, and theory to the

217 s expensive and time consuming based only on experimental technique, so new computational methods are

218 By integrating a multitude of experimental techniques (solid-state NMR, AFM, SLS, DLS,

219 ning structural constraints from a series of experimental techniques spanning five orders of magnitud

220 erials has been routinely characterized with experimental techniques such as cryo-electron microscopy

221 Complementary experimental techniques such as electrical transport, hi

222 Despite the existence of well-established experimental techniques such as photoconductivity time-o

223 Novel experimental techniques, such as deep inelastic neutron

224 Using current and future experimental techniques, such as gene arrays, these M pr

225 s gap is now being bridged by using emerging experimental techniques, such as mass spectrometry of co

226 inding motifs is corroborated by a number of experimental techniques, such as NMR, absorption, fluore

227 sically disordered proteins: A wide range of experimental techniques suggest that polypeptide chains

228 AmpliCot is an experimental technique that allows the measurement of th

229 We demonstrate an elegant experimental technique that bridges these local and glob

230 We have developed a new experimental technique that is capable of correlating th

231 e that Jacobson identified one detail in our experimental technique that places an additional constra

232 inherent size limitations present in current experimental techniques that aim to directly assess the

233 curring in microdroplet environments require experimental techniques that allow a reaction to be init

234 ignments from random matches and complements experimental techniques that are optimal for glycopeptid

235 Here, we review the experimental techniques that can be applied to study and

236 oted to a detailed revision of the different experimental techniques that can be used for the magneti

237 Also, we discuss experimental techniques that can be used to analyze the

238 ast half century, the number and accuracy of experimental techniques that can deliver values of obser

239 cs, where there is a severe lack of suitable experimental techniques that can yield depth-resolved in

240 ing bioinformatics, computational design and experimental techniques that identifies and stabilizes m

241 Experimental techniques that probe the local environment

242 Experimental techniques that study such motifs use short

243 Experimental techniques that survey an entire genome dem

244 ation have been carried out with a number of experimental techniques, that is, kinetics, electrochemi

245 Here we show, using a suite of in situ experimental techniques, that Pd-Ni-P alloys have a hidd

246 Though our power was adequate using this experimental technique, the ability to differentiate cau

247 We present a hybrid computational-experimental technique, the cell-type transforming clamp

248 e availability of sequence data and advanced experimental techniques, the focus of attention has shif

249 en studied with a variety of theoretical and experimental techniques, the minute details of the very

250 As with all experimental techniques, these methods are subject to co

251 By using two different experimental techniques, this study demonstrates that hy

252 h-throughput analyses, we used a 50-year-old experimental technique to selectively stain for synapses

253 photobleaching (FRAP) is a well-established experimental technique to study binding and diffusion of

254 Cyclic voltammetry is a well-fitted experimental technique to understand the undergoing diff

255 We used a suite of experimental techniques to elucidate the impact of vario

256 e complexity of the system requires advanced experimental techniques to evaluate the performance.

257 use a combination of molecular modeling and experimental techniques to examine the structure of the

258 Experimental techniques to generate elongational flow fi

259 d often require expensive and time-consuming experimental techniques to generate the underlying data.

260 We use a combination of mathematical and experimental techniques to identify key factors on both

261 rough an interdisciplinary ensemble of novel experimental techniques to investigate the impacts of 14

262 Until present, experimental techniques to measure the radiative heat fl

263 In this review article, experimental techniques to probe water interactions with

264 d provides an example for how to use various experimental techniques to rapidly learn significant por

265 e strategic combination of computational and experimental techniques to reveal conformational feature

266 lecules, nowadays investigated with advanced experimental techniques to unveil their molecular mechan

267 ehavior of lipid bilayers using a variety of experimental techniques together with atomic-scale molec

268 The MEDICC algorithms are independent of the experimental techniques used and are applicable to both

269 Therefore, the experimental techniques used are listed and the main fin

270 ules, while simultaneously complementing new experimental techniques used for deciphering the structu

271 We describe the experimental techniques used for state specific reactant

272 Based on our experimental techniques used in this paper, the release

273 Furthermore, the experimental techniques used to date to provide that blo

274 pollutant, and we describe and contrast some experimental techniques used to explore and characterize

275 Here, we propose a new experimental technique using dynamic X-ray radiography t

276 een made possible through recently developed experimental techniques using intravital microscopy that

277 By use of a combination of mathematical and experimental techniques we have recently shown that the

278 By a combination of bioinformatics and experimental techniques we identified a novel enzyme fam

279 Through a combination of bioinformatics and experimental techniques we identified a novel variant of

280 Thanks to a novel experimental technique, we report here a generalized ver

281 By using several complementary experimental techniques, we have investigated the impact

282 By a combination of bioinformatic and experimental techniques, we identified a novel regulator

283 nation of molecular dynamics simulations and experimental techniques, we investigate the solublizatio

284 roach based on computational, synthetic, and experimental techniques, we show that the best potential

285 re, using a combination of computational and experimental techniques, we show that the intracellular

286 Using a combination of experimental techniques, we show that these proteins, wh

287 By using a combination of experimental techniques, we validated the SahR regulon i

288 The data from the three experimental techniques were correlated with each other

289 city, can be the intrinsic limitation of the experimental techniques, which cannot take into account

290 e report key advances in our fabrication and experimental techniques, which have enabled diffraction

291 mosome conformation capture (3C) and related experimental techniques, which measure the probabilities

292 We anticipate that this experimental technique will find a variety of applicatio

293 It is argued that new experimental techniques will yield data that might chall

294 ces provided by isotope exchange endows this experimental technique with a unique importance for dock

295 Combining a single-molecule experimental technique with an emitter that is sensitive

296 Until recently, experimental techniques with adequate time resolution an

297 The integration of novel OCT experimental techniques with computational simulations c

298 is explored in this work combining different experimental techniques with molecular simulation.

299 t combined measurement systems have involved experimental techniques with similar probing volumes, wh

300 A combination of experimental techniques (X-ray crystallography, lanthano