ライフサイエンスコーパス: setup

1 ed by waterLOGSY with optimised experimental setup.

2 within the ca. 8 ns laser pulse of our laser setup.

3 cision stirring device into the experimental setup.

4 e in almost any nonlinear optical microscopy setup.

5 s chosen as the model immune system for this setup.

6 e of a non-conventional scanning probe-based setup.

7 show that it can be synthesized in a robotic setup.

8 to the specific noise characteristics of the setup.

9 al resolution achieved in the presented RIXS setup.

10 an be reliably monitored using a very simple setup.

11 fferent concentrations of Pb in a hydroponic setup.

12 ron systems and embed it into the mechanical setup.

13 es results in about 1 h with 2 min for assay setup.

14 h significantly less time (<1 h) and simpler setup.

15 ing both measured with a table-top micro-XRF setup.

16 be performed in an easy-to-use experimental setup.

17 this hypothesis in a controlled animal model setup.

18 high-stability cavity-ring-down-spectroscopy setup.

19 ffer the full function of a conventional ISE setup.

20 laser beam using a laboratory assembled SPR setup.

21 adding any complexity to the fabrication and setup.

22 s traditionally carried out in a crystalline setup.

23 technical approach, and/or the experimental setup.

24 t determination of palytoxin in seawater was setup.

25 in for a scanning ion conductance microscope setup.

26 d, (iv) in a co-operative turn-taking social setup.

27 microscopy (vaTIRFM) adapted to modern TIRF setup.

28 says) can be incorporated in this analytical setup.

29 of TDCIPP, levels were 29 times higher post setup.

30 loped, to simplify the alignment of the FERS setup.

31 tes were obtained compared to the normal ALI setup.

32 ular map of 100 spots, excluding the reagent setup.

33 0 kV was found to be optimal for the present setup.

34 reliable using a simple and convenient HPLC setup.

35 e but high-performance super-resolution SMLM setup.

36 as proof-of-principle for the realized GEXRF setup.

37 both batch conditions and a dynamic (column) setup.

38 increase when compared with the traditional setup.

39 ross section can be determined in a tabletop setup.

40 n flow through an electrical impedance-based setup.

41 aper alternative to traditional Li-ion based setups.

42 roducible across very different experimental setups.

43 lasmids and representing common experimental setups.

44 latform for developing more elaborate EC-SPM setups.

45 d can be installed in different experimental setups.

46 ons in soils requires the use of specialized setups.

47 groups were assessed by different diagnostic setups.

48 id not exert any effect in both experimental setups.

49 ments using different SWATH isolation-window setups.

50 ic errors even in well-designed experimental setups.

51 t composites, using two different 3D printer setups.

52 harged particles in two different analytical setups.

53 refore cannot be used to devise experimental setups.

54 moving objects usable on various microscope setups.

55 l molecules can vary in different instrument setups.

56 In a simple optical setup, a spatial light modulator is used to generate a r

57 This setup achieved stable analyte response and, in calibrati

58 tion of the methodology in a continuous-flow setup achieves comparable yields to those obtained with

59 Using a closed bipolar electrochemistry setup, all important parameters such as overvoltage, hal

60 um of wall-thickness and 280 mum i.d.), this setup allowed for a continual renewal of the acceptor co

61 The novel LA-AMS setup allowed rapid scans on a variety of sample materia

62 Importantly, both setups allowed quantification of a model drug in the ng/

63 This setup allows differentiation in molecular uptake rate ac

64 M) in combination with a windowless detector setup allows high-resolution imaging and chemical compos

65 vidual particles with a two-wavelength laser setup allows us to realize two different morphologies, t

66 owing, in research involving an instrumental setup, an additional involvement of another thalamic nuc

67 Thus, in this experimental setup, an early-life disruption of the microbiota has la

68 PLC-based platform for automation is easy to setup and adapt to different systems and targets.

69 zu-A was rendered leak-free in the electrode setup and also responded well for the amperometric deter

70 he CE-MS method described here enables rapid setup and analysis of glycans and glycopeptides using ma

71 un for up to approximately 7 d, with a total setup and breakdown time of approximately 2 h.

72 pes from 20 volunteers before and after tent setup and by using active air samplers placed inside ass

73 r operating systems with no need for complex setup and configuration and thanks to the comprehensiven

74 BR E3 ligase PARKIN in a simple experimental setup and in real time using fluorescence polarization.

75 dings highlight the importance of the method setup and of sensitivity analyses of choices related to

76 The basic instrument setup and operation are discussed and in situ image corr

77 as the dynamic (31)P-MRS requires a complex setup and patient exercise, our aim was to identify an a

78 We discuss the experimental setup and possible scenarios for candidate quantum spin-

79 ectroplating, focusing on the electroplating setup and processing parameters.

80 high isolated yields, and simplicity of both setup and product purification.

81 The proposed setup and protocol open new perspectives in the characte

82 The setup and purification steps are typically accomplished

83 The combination of optimised setup and rough surface increased the particle content o

84 tc.) from any acquisition hardware, but also setup and sample description, information on provenance,

85 in solution, featuring a simple experimental setup and straightforward data analysis.

86 e two polymerization mechanisms in a one-pot setup and switch the monomer selectivity via an external

87 The setup and the experimental deployment conditions were es

88 oassay using a low-cost Blu-ray optomagnetic setup and two differently sized magnetic particles (micr

89 Here, we implement an electrochemical setup and use the specificity of superoxide dismutase-1

90 For this reason, we employed a column setup and X-ray absorption spectroscopy to investigate t

91 arate laboratories with different analytical setups and different sample sets.

92 However, complex setups and sensitivity to thermal radiation pose limitat

93 of 4.4+/-0.8 dB (11.6+/-0.8 dB in a lossless setup) and 4.8+/-0.8 dB, respectively, compared with the

94 ion to reagents, sample handling, instrument setup, and data analysis, and is essential for successfu

95 antly higher post-tent setup compared to pre setup, and in the case of TDCIPP, levels were 29 times h

96 ding of how Red Queen dynamics emerge in our setup, and the translation of model terms and phenomenol

97 nventional tools in a 30 sample experimental setup; and detects not only single nucleotide variations

98 Current setups are limited by an averaged measurement through th

99 ic assays; however, costly and sophisticated setups are required, decreasing its accessibility to res

100 5 min at 90 degrees C) and a similar reactor setup as for the amination.

101 The technical concept and basic instrumental setup, as well as the general operation of the system ar

102 The IntraCavity OptoGalvanic Spectroscopy setup at the University of Groningen was constructed in

103 g an experimentally feasible Maxwell's demon setup based a single electron transistor capacitively co

104 An automated experimental setup based on the use of a liquid-handling robot and au

105 Here, we present a simple but powerful setup based on wireless, near-field power transfer and m

106 In a realistic evaluation setup, Beegle has an average recall of 84% in the top 10

107 The same setup, but operated in a transient infrared matrix-assis

108 ental findings from a number of experimental setups, but also provide a new conceptual framework for

109 ulties and to greatly simplify the detection setup by using a long, single-mode optical fiber and a f

110 xt to the analytical characterization of the setup by using well-defined model/reference samples, dem

111 tween different mobile phases and instrument setups by using a suitable set of calibration compounds.

112 eer review, we designed a novel experimental setup called the Art Exhibition Game.

113 The setup can also be integrated with complex growth chamber

114 diffraction and shows in principle that the setup can be used for inelastic phonon line-width measur

115 ncentration and demonstrate that the current setup can be used to detect biomolecules at a concentrat

116 Our low-cost SMLM setup can potentially serve as a routine laboratory micr

117 Improper setup can result in equipment malfunction or may cause s

118 ments, we demonstrate that our low-cost SMLM setup can yield similar localization precision and spati

119 lts regarding the comparison of different PA setups can be transferred to other systems, and the opti

120 While these setups can provide a more native environment, data analy

121 evaporation (TE) TIMS with a double filament setup combined with filament carburization for age deter

122 sterile silica sand following five different setups combining fine and coarse sands or a mixture of b

123 A new instrumental setup, combining laser ablation (LA) with accelerator ma

124 The sensitivity of the developed setup compared favorably with previous liquid-phase cavi

125 nd wipes were significantly higher post-tent setup compared to pre setup, and in the case of TDCIPP,

126 An experimental setup consisting of a flow injection hydride generator c

127 We use an experimental setup consisting of a simple online game in which player

128 A semiopen chip-based setup, consisting of open microchannels covered by a lid

129 The experimental setup consists of a commercial spectrofluorometer adapte

130 The experimental setup consists of an AF4 channel with added electrodes;

131 the hydrodynamic aspects of our experimental setup (continuously stirred tank reactor).

132 An untargeted chromatographic setup coupling two different liquid chromatography (LC)

133 In our model setup, crossing the tipping point causes precipitation r

134 rays were tested in vitro using a Franz Cell setup delivering approximately 4.45mg of GEN over 6h.

135 present a home-built side-illumination TERS setup design based on a commercial scanning tunneling mi

136 The setup does not prevent high-efficiency proton transport

137 ng to achieve high photocurrents in a device setup due to limitations imposed by low light absorbance

138 In this setup, electrical contact with the sample to be sintered

139 that, across all scales of the experimental setup, ephemeral species of the genus Ulva increase thei

140 ingle-plex detection with the same measuring setup, exhibiting the limits of detection (LOD) of 0.22,

141 y immune cells, explains how these metabolic setups facilitate immune function, and discusses the eme

142 rthermore, we present results when using the setup for a qualitative and homogeneous biplex immunoass

143 The aim of this work was to find an optimal setup for activity determination of (177)Lu-based SPECT/

144 The optimal setup for activity determination was found to be an unsm

145 perform continuous flow measurements in this setup for analysis of, e.g., reactive, unstable, or mass

146 esigning a suitable continuous flow reaction setup for both types of transformations.

147 re subsequently used in an extended gate FET setup for electrochemical detection of PSA.

148 A simple, laboratory setup for generating small volumes of ppb-ppm of H2S gas

149 coupled plasma mass spectrometry (LA-ICPMS) setup for high spatial resolution elemental imaging of m

150 In this paper, we introduce a novel sampling setup for infrared microspectroscopy of pollens preventi

151 (SPR) biochip and a simple portable imaging setup for label-free detection of imidacloprid pesticide

152 We introduce an experimental setup for modulating adhesion of giant unilamellar vesic

153 In this contribution, we present an optical setup for performing correlative single-particle imaging

154 A laboratory setup for soft X-ray GEXRF measurements is presented.

155 Here we report a new experimental setup for studying NP collisions based on the use of car

156 pray differential mobility analysis (ES-DMA) setup for the absolute quantification of bionanoparticle

157 rect luminescence spectroscopic experimental setup for the determination of complex stability constan

158 A powerful online analysis setup for the simultaneous detection of oxygen and pH is

159 ctroscopy (XPS) and optimization of the RIMS setup for this purpose, as well as the application of th

160 Here, we develop a confocal microscope setup for vertical sample mounting and integrated direct

161 unveil a rich CBP phenomenology and propose setups for realizing them, including in anomalous Hall m

162 fferent configurations of photoacoustic (PA) setups for the online-measurement of gaseous N2O, employ

163 number of different amines and experimental setups gave CO2 capture efficiency greater than 90%.

164 tudies remain limited to specialized optical setups, generally requiring intense phototoxic illuminat

165 The 2T setup gives insight into the interfacial phenomena at bo

166 A new type of in situ ball mill setup has been developed at the Materials Science beamli

167 The optimized design of the FERS setup has remarkable potential for highly sensitive, min

168 3D cell culture metabolism within a standard setup improves in vitro toxicology models in replacement

169 pharmacological evaluation of the hyphenated setup in agonist and mixed antagonist-agonist assay mode

170 ations were realized using a two-compartment setup in which ex situ generated gaseous CF3CHN2 is proc

171 esults of this paper are based on a Bayesian setup in which people use their private information (the

172 This work describes an optimized analytical setup in which the extraction of a solid sample is direc

173 We suggest some experimental setups in which the highly exothermic nature of the fusi

174 We present a spectroelectrochemical setup, in which Raman microscopy is combined with scanni

175 Advantages of this setup include tight control of all bilayer components, w

176 uel cells (BMFCs) with novel geometric anode setups (inverted tube granular activated charcoal (IT-GA

177 Using a highly controlled experimental setup involving a proton-transfer-reaction time-of-fligh

178 The resolution for oxygen of the setup is 0.5-2.0 hPa (approximately 0.02-0.08 mg/L of di

179 The setup is applied to a subject of high academic and pract

180 ond cleavage with DIBAL-H, and the catalytic setup is applied to hydrodefluorinative Friedel-Crafts a

181 for the scanning microwave microscopy (SMM) setup is applied to study the full-wave quantification o

182 The setup is capable of detecting 5 ng of iron in-vitro with

183 of the analytes from the SPME devices in our setup is completely separated from the ionization event.

184 or the supervised learning task and a simple setup is introduced to obtain the scattering pattern of

185 A time-resolved spectroscopic setup is proposed to detect those complexes.

186 The setup is put under test to characterize its response to

187 This setup is specifically designed for detecting O2 in dye s

188 A benchtop photolithographic setup is used to fabricate high fidelity and high resolu

189 The VR setup is validated by replicating previous results in th

190 The setup is very robust and, as we demonstrate via miniatur

191 framework that generalizes across different setups is lacking.

192 Using this external beam setup, it was found that it is possible to determine ele

193 is kind of BGE as well as a production-scale setup leads to significant electric interference between

194 aging in a cost-effective and field-portable setup, making it a promising technique for point-of-care

195 This flexible setup may be readily adapted for systematic comparison o

196 re applied to find an optimal quantification setup: method 1 was a geometry-specific recovery coeffic

197 e (from 15 to 45 min); accordingly, this new setup minimized the effect of electrolysis on extraction

198 e presented results confirm that the sprayer setup needs to be closely controlled to obtain reliable

199 f a competitive strategy and an optomagnetic setup not only enables a turn-on read-out format, but al

200 The setup of a V-shaped optical cavity operating with a 3.29

201 graphic couplings to APLI, a new hyphenation setup of APLI and supercritical-fluid chromatography (SF

202 urvival data are encouraging and support the setup of larger phase II and III clinical trials to asse

203 in nanodiscs, and provide guidelines on the setup of NMR non-uniform sampling (NUS) data acquisition

204 ists of a pick-and-place robot and a modular setup of sensors that can be versatilely extended.

205 e paper discusses approaches to initiate the setup of social networking platforms in research project

206 Reproducing the setup of the DNA condensation experiments, we measured t

207 ighlights a unique machinery and active-site setup of the enzyme that drives the sulfoxide synthase r

208 Setup of the orthotopic liver transplantation model comp

209 The principle and the experimental setup of the SLSIS are described in detail.

210 valuate the impact of variation in equipment setup on the accuracy of acquired data.

211 a seamless integration with most patch-clamp setups on either inverted or upright microscopes, which

212 ajor change in existing fluorescence imaging setups, only the addition of an appropriate short-pass f

213 The basic instrumental setup, operation, and image correlation procedures are d

214 ps X-ray pulse exposure per crystal using a setup optimized for very low scattering background.

215 obviating the need for special experimental setup or handling of ammonia reagents.

216 Current AFM setups perform high-throughput probing of living cells,

217 The new setup permits qualitative and quantitative determination

218 erformance in a conventional three-electrode setup powered by a potentiostat.

219 equire cryogenic temperatures or/and complex setups, preventing the miniaturization and wide use of t

220 The current setup provides 3.6 x 4.2 x 6.5 mum resolution in fluore

221 of ion/ion reactions in a dual spray reactor setup provides a means to disrupt the interactions by co

222 device, along with a temperature-controlled setup, provides a relatively simple and robust technique

223 asma (LPP) source with a scanning-free GEXRF setup, providing a large solid angle of detection.

224 With optical setup reconfiguration, its capability to measure both ab

225 Implementation of the imaging setup requires up to 1 week, and sample preparation take

226 lls in a continuously operating microfluidic setup revealed no adverse effects of the residual DMSO a

227 f 15-200 mg Pt/L), but also in a double-vial setup, separating cells from PtNPs, thus demonstrating s

228 The finite bandwidth of our experimental setup sets the lifetime of potential intermediate states

229 ata captured using our laser-illuminated FPM setup show that the proposed method outperforms other st

230 el operation of a microfluidic stripline NMR setup showing one- and two-dimensional (1)H, (13)C and h

231 regation, and, depending on the experimental setup, spore size and viability.

232 scan patterns, only found on high-end EC-SPM setups such as hopping mode scan, were easily implemente

233 In the mechanical setup, such surface modes can be used for various applic

234 e network functionality, we developed a flow setup that exposes cells to linearly increasing shear st

235 This setup that fixes the intermembrane distance, and thereby

236 sly investigated in an in vitro experimental setup that mimics the human circulation.

237 tudy this potential, we clinically applied 2 setups that included the combination of gamma-detection

238 Using this setup the absolute migration times for analytes from cel

239 In the plasmonic-TDD setup the sample is coated with Au-NPs and irradiated wi

240 Results: In the preclinical setup, the inverse noise variance-weighted SC exhibited

241 In the preclinical setup, the inverse noise variance-weighted SC exhibited

242 In real setups, the measurements always suffer from various dege

243 rried out in a regular two-photon microscope setup through a series of intensity scans.

244 ng seals in aggregations while keeping model setup time minimal.

245 nds with the ECG pad, and mean difference in setup time was 148 seconds (P = .005).

246 show promise, but can be constrained by long setup times and difficulty discriminating animals in agg

247 Coupling a specialized thermomechanical setup to a synchrotron X-ray tomographic microscopy ends

248 We used an automated video tracking setup to characterize how amino acid and reproductive st

249 wing the electrode-punches of the SPS device setup to contact the specimens and pass electric current

250 well as demonstrate a versatile experimental setup to directly measure the shifts.

251 pathways are described, along with a simple setup to functionally validate known targets or discover

252 d in a direct absorption laser spectroscopic setup to measure breath acetone.

253 ory patterns illustrate the potential of our setup to quantitatively study the competitive response t

254 (GEST), allows the use of a conventional NMR setup to study and quantitatively assess a wide range of

255 single-step PCR, performed in <2 hours from setup to transformation.

256 Furthermore, we propose two setups to test our predictions, namely with strongly int

257 the tracheal mucosa without intubation, our setup uniquely allows dynamic in vivo imaging of mucocil

258 n comparison to that of a traditional ES-DMA setup using a condensation particle counter as detector.

259 The basic ToF 3DND setup, utilizing an imaging detector with high spatial a

260 The setup was able to successfully create 3D complex geometr

261 cence microscopy, and the Raman spectroscopy setup was characterized by a nanoparticle based model sy

262 The performance potential of the optical setup was demonstrated in two exemplary applications: Fi

263 ic-based near-infrared spectroscopy (FONIRS) setup was developed and tested for measuring of NIR (760

264 ould block the lines of view, a gamma camera setup was developed to be able to view around the x-ray

265 A three-phase mu-EME setup was employed for investigation of time-dependent d

266 A low dispersion LA-ICPMS setup was employed, providing accelerated throughput and

267 surements were continuous in nature, and the setup was kept in a standard incubator under controlled

268 The setup was operated with a syringe pump, delivering reage

269 The setup was optimised in order to increase the volume of p

270 The setup was optimized to allow -15 kV to be applied to the

271 The optimized experimental setup was subsequently interfaced to HPLC and employed f

272 Furthermore, the NTD-REMPI-TOFMS setup was tested for breath gas taken from a mechanicall

273 To this end, the experimental setup was tested with rasburicase (known to be very sens

274 When the VITOM-GC setup was used, all 10 intraoperatively evaluated SNs co

275 ting SSLM protocol, applying a 96 well plate setup, was adapted to use 1.5 mL glass autosampler vials

276 Using a visualization setup, we characterized the solute transport in a microm

277 In a time-resolved setup, we demonstrated that the catalytic histidine is n

278 analysis with optogenetics in the head-fixed setup, we established a new approach for studying the ne

279 In a separate setup, we show that such effects can be induced by simpl

280 Fast elution kinetics in the column setup were observed during the regeneration.

281 ic display was tested in eight patients in a setup where the lower limbs were simulated using immersi

282 cated using a simple cell-based experimental setup where the rate of evolution is intentionally accel

283 ve dynamics of the moving particles, using a setup where the system spontaneously evolves toward the

284 t experimental measurements from pilot-scale setups where lead release under different flow rates and

285 ains structural modifications of an existing setup, which inhibits electrical breakdowns up to 10(-2)

286 y or treadmill running by using a head-fixed setup while simultaneously recording respiration and fie

287 arable yields to those obtained with a batch setup, while providing drastically increased material th

288 fficacy in a systemic infection murine model setup with a drug-resistant strain of C. albicans.

289 d to obtain reliable data, and a new sprayer setup with a fixed solvent capillary geometry should be

290 rating its photoactivity, an electrochemical setup with a minium-modified graphite electrode (C|Pb3O4

291 rtz crystal microbalance-dissipation (QCM-D) setup with a reflection-mode localized surface plasmon (

292 involves complementing the conventional PEC setup with additional power sources.

293 sed analyzer features a lab-in-syringe (LIS) setup with an integrated stirring system, a Meinhard neb

294 l equilibrium distribution arise in a single setup with equal significance.

295 Bell experiment using the same experimental setup with minor modifications.

296 Here, by designing a setup with sphere/plane geometry, we have been able to f

297 ere identical when comparing the traditional setup with the enclosed plasma interface.

298 er, it usually either requires a complicated setup with two spectrographs and detectors or two measur

299 D nanoscopy of endogenous targets on popular setups with 775 nm STED wavelength.

300 Analogous to reported setups with direct liquid interface and electron ionizat