ライフサイエンスコーパス: setup

1 (working electrode) substrate (two-electrode setup).

2 ms ion mobility separation with the current setup.

3 al prior data to be accumulated on each such setup.

4 subsequently validated using a rotating disk setup.

5 ired by the electrons in a grazing incidence setup.

6 kenes using a one-pot, two-step experimental setup.

7 otoactivated localization microscopy (iPALM) setup.

8 uality inequalities in the same experimental setup.

9 le-sided polished wafers were mounted in the setup.

10 in a time-of-flight (TOF) mass spectrometry setup.

11 noESI interface used with the same ULF LC-MS setup.

12 ractions as part of a portable molecular lab setup.

13 p. PCC 6803 using a reproducible cultivation setup.

14 auditory cortex via a real-time closed-loop setup.

15 alysis time and the very simple instrumental setup.

16 from laser stimulation with our experimental setup.

17 portable, compatible, scalable, and easy to setup.

18 prived conditions probed by our experimental setup.

19 ut-compatible microflow or conventional-flow setup.

20 ze USVs and a principled supervised learning setup.

21 by using an external semipermeable membrane setup.

22 modulator and a less stringent experimental setup.

23 ently demonstrated x-ray single-shot probing setup.

24 4 hours in a normothermic machine perfusion setup.

25 ccumulating a total of 4,580 steps with this setup.

26 ehavior is robust to variations in the given setup.

27 ing a custom real-time infrared spectroscopy setup.

28 pre-processing and has an easy experimental setup.

29 show how to improve the success rate in our setup.

30 investigated by using an in-house developed setup.

31 f the sensor as a working electrode in an EC setup.

32 relatively low costs and a minimal equipment setup.

33 retention times for a specific experimental setup.

34 otinylated peptides in a single experimental setup.

35 y detected in a low-cost stand-off detection setup.

36 elf movement in a simplified virtual reality setup.

37 itivity as well as simpler optical detection setups.

38 experiments with two micromechanical testing setups.

39 he limitation of currently used experimental setups.

40 rences in genome structures and experimental setups.

41 de processes in one-pot, and continuous flow setups.

42 ine loss in industrially preferred fixed bed setups.

43 modulatory effects across these experimental setups.

44 of simulated and real datasets under various setups.

45 n time models between different experimental setups.

46 odes, recording amplifiers, and experimental setups.

47 l model of MS, in preventive and therapeutic setups.

48 rom indwelling medical devices to industrial setups.

49 g for statistical inference in these complex setups.

50 equent radionuclide production, experimental setup, (18)F labeling, and formulation of a product that

51 ctively, compared to acetate/lactate-amended setups (6.3 +/- 0.7 mug As/L).

52 conventional single tip as well as two novel setups, a dual-tip and a co-axial arrangement were desig

53 olved As was detected in the acetate/lactate setups, after 100 days, higher concentrations of As (8.3

54 Herein, we developed an innovative setup aimed at performing an in situ electrochemical mon

55 In particular we integrate in our setup all the technologies required for: (i) fibre-based

56 This setup allowed the use of in situ UV-Vis probes to contin

57 upon a novel, readily available measurement setup allowing for the determination of the dynamical st

58 coupled plasma mass spectrometer (LA-ICP-MS) setup allows for high-resolution, high-speed imaging of

59 This setup allows simultaneous collection of targeted and non

60 This setup allows the selective ejection of the most abundant

61 in combination with a UV-transparent optical setup, allows for lateral resolution on the order of 200

62 milliseconds delivered by the laser ablation setup, an icpTOF 2R TOF-based ICP-MS instrument was used

63 aining, with exercises arranged in a circuit setup and a moderate intensity with high perceived exert

64 e-dependent inhibition that simplifies assay setup and allows comparison of inhibition models is disc

65 By developing an experimental setup and analysis tools, we show that, within the whole

66 itive they are to choices made in simulation setup and analysis.

67 require a special design of the experimental setup and any external perturbations, pre-measurements o

68 The setup and approach proposed here have shown to be sensit

69 m(-/-) mice were ventilated with a flexiVent setup and bronchial hyperresponsiveness was determined u

70 nted here provide confidence in the facility setup and can be used to guide future next-generation fo

71 It does not require a complex optical setup and can easily be implemented in any existing cryo

72 ansconductance in our two-probe experimental setup and demonstrate how it captures energy-resolved in

73 ammar for benchmarking and allows for easier setup and execution of benchmark comparisons, while impr

74 ted in a multicentric institutional practice setup and included 25 eyes of 25 patients with culture-p

75 Importantly, instrument setup and liquid chromatography-tandem MS are described

76 After the optimization of the instrumental setup and the frontal chromatographic parameters, As(III

77 as used to validate a numerical model of the setup and to simulate an industrial-scale biogas upgradi

78 Investigating different setups and excitation schemes, we show that this process

79 b-based application that works on various VR setups and operating systems.

80 sign of a multitude of reliable experimental setups and sometimes methodology development beyond that

81 acteria limits the usability of experimental setups and the interpretation of the resulting data beca

82 ands a significant amount of time, extensive setup, and cost along with the skilled human labor to di

83 correlation with the well-based experimental setup, and differences in observed errors between the tw

84 etailed instructions for device fabrication, setup, and operation of microfluidic oscillatory washing

85 nd Faraday effects in realistic experimental setups, and based on which we predict the sensitive freq

86 require costly instrumentations, laboratory setups, and reagents, and they are invasive.

87 th four qubits in the IBM Quantum Experience setups, and the experimental results of our algorithm sh

88 red all three phenotypic assays to a 96-well setup, applied small molecules and found that a liver X

89 Global models of tide, storm surge, and wave setup are used to obtain projections of episodic coastal

90 low removal efficiencies and complex system setups are not desirable.

91 us outperforms previous research type EC-QCL setups as well as commercially available instruments.

92 rences were resolved using both experimental setups, as corroborated by a positive linear relationshi

93 Using the helium nanodroplet isolation setup at the ultrabright free-electron laser source FELI

94 menting the method using a pulse-burst laser setup at up to 5 million-frames-per-second, time-resolve

95 xcitation and one detection wavelength, this setup avoids all sources of errors resulting from chroma

96 A new machine learning model has been setup based on an update of the SweetenersDB and on open

97 lexity, we introduce a simpler single-sensor setup based on laser-frequency modulation and frequency-

98 Here, we propose a setup based on Pauli spin blockade (PSB) for the prepara

99 quiring little or no additional equipment or setup beyond what is ordinarily used in a magneto-optica

100 s, with the help of a custom-made electronic setup but without the use of any chemical markers.

101 er from two to one dimension in a controlled setup by varying the twist angle, which provides an intr

102 an integrated cryo-FIB and light microscope setup called the Photon Ion Electron microscope (PIE-sco

103 The total acquisition time of the setup can be adapted to fulfill the required sensitivity

104 rode electrical impedance spectroscopy (EIS) setup can be realized by simply connecting a commercial

105 The setup can measure the rise in ICP during depressurizatio

106 Our SWaP setup can measure the RWU and redistribution of sandy-so

107 ition and analysis) for both 3D and 4D-LC/MS setups can be completed within less than 1-2 days, compa

108 A HIFU setup capable of controlling the excitation pressure, sp

109 library for IgBLAST, which offers a minimal setup CLI and API, FASTQ support, file chunking for larg

110 The presented setup combines high sensitivity, large optical path leng

111 Here, we describe a neurorehabilitation setup combining several approaches that were shown to ha

112 ts mimicking (highly cluttered) experimental setups commonly used in behavioral experiments: a rectan

113 ve cells cultured in a custom-built in vitro setup compatible with live cell microscopy.

114 However, the added setup complexity caused by electrodes in the system impe

115 break free from the restrictions of optical setup complexity, we introduce a simpler single-sensor s

116 we have devised an automated liquid transfer setup comprising a peristaltic pump, control unit, custo

117 ow-cost and miniaturized magnetic levitation setup consisting of two opposing magnets to create a gra

118 ed and regulated using a confocal ultrasound setup controlled by an instrumentation platform and a PC

119 However modifications to the setup could in the future offer a solution that facilita

120 Our experimental setup could provide a setting for solid-state analogs of

121 e procedure that includes (i) a laser system setup coupled to a Waters Q-TOF or Thermo Fisher Q Exact

122 A sampling setup coupled to PTR-ToF-MS (Proton Transfer Reaction Ti

123 Our specific setup creates a photon pulse, which closely resembles th

124 Implementing these kernels, our setup delivers viable decision boundaries for standard n

125 We implement an all-optical setup demonstrating kernel-based quantum machine learnin

126 conducted in a novel double surface balance setup designed to emulate compression-expansion dynamics

127 Our setup does not require any special storage requirements.

128 However, different experimental setups (e.g., differences in columns, gradients, solvent

129 The coupled setup Electro-Pulse-Amplitude-Modulation ("e-PAM") enabl

130 tion, are achieved using a Fourier-transform setup embedding metasurfaces able to manipulate, simulta

131 Here we report a compact setup employing a snapshot hyperspectral camera and the

132 This setup enabled RM to identify particles of different mate

133 Additionally, the microfluidic setup enables a convenient analysis of dependences of ac

134 The same setup enables structure elucidation based on TIMS aligne

135 This setup enables the measurement of exactly coregistered el

136 cell membrane sheets, a unique experimental setup enabling direct access to the intracellular face o

137 entation of an integrated multimodal imaging setup enabling the assessment of multiple, complementary

138 ete mass balances were observed, and the new setup ensured that the volatilization losses were kept b

139 The experimental setup, entirely built inside the pipette tip, is able to

140 is should, in principle, be feasible in bulk setups, especially for nonpolar and mildly polar solvent

141 ach not only reduces complexity and provides setup flexibility but also results in improved signal qu

142 In this setup, fluorescence-labeled molecules are added to the a

143 Here, we discuss the different experimental setups, fluorescence detection schemes, and data analysi

144 terial bonds, which provides an in vivo-like setup for analysis of bacterial binding to mucins.

145 objectives were (1) to design a closed test setup for biodegradation tests in soil in which the main

146 The method uses a standard 2P microscopy setup for both uncaging and detection and a set of litho

147 n acoustic ejection mass spectrometry (AEMS) setup for contactless electrospray ionization mass spect

148 We foresee suitability of this setup for examining the spatial patterns of local drug r

149 We adapted this setup for fluorescence lifetime imaging microscopy with

150 ication of a novel electric field-ionization setup for high-resolution laser spectroscopy measurement

151 isted laser desorption/ionization (AP-MALDI) setup for high-throughput large-scale sample analysis (>

152 , which provided an azoxymethane (AOM)-based setup for investigations into sporadic (Step 5A) and, wh

153 case potential applications of the presented setup for kinetic studies, we monitored the conversion o

154 coupled to both UV and MS is an established setup for purity assessments in many areas.

155 We report a mid-IR transmission setup for the analysis of the protein amide I and amide

156 ((1)D) in a multidimensional LC (3D and 4D) setup for the automated characterization of mAb variants

157 We have setup for the first time a long-term (72 hr) respiratory

158 te, which has proven to provide an excellent setup for trace analysis at environmentally relevant con

159 a blind, cross-institutional and randomized setup, four expert neuroradiologists recorded radiologic

160 report a 96-well paper-based and laboratory setup-free optical platform for the detection of butyryl

161 With the new setup, full-scale OECD 307 tests were performed using th

162 tandard liquid-metal drop electron transport setup has been carried out, and this process helped to d

163 work, a rotating ring disk electrode (RRDE) setup has been developed to study quantitatively the rol

164 This setup has significant flaws related to metal/salt refere

165 sity functional studies using the B3LYP/TZVP setup have been employed to explore various pathways for

166 t the high cost and large size of commercial setups have made them impractical for most basic researc

167 A basic setup implements bounded rationality, loss aversion, and

168 e a secondary electrospray ionization (SESI) setup in combination with both targeted tandem mass spec

169 We characterized the setup in detail and achieved an optimum ring-down time o

170 emphasizing the application of the proposed setup in studies where enzymatic reuse is desired.

171 t Scanning Electrochemical Microscope (SECM) setup in which an AC potential is applied to the sample

172 s assumed to require a cognitively demanding setup, in which birch bark is heated in anaerobic condit

173 The five-detector setup includes a triple detector device (multiangle ligh

174 wo-dimensional liquid chromatography (2D-LC) setup including several column selectors.

175 We tested diverse GC-CI-MS setups, including methane and isobutane reagent gases, t

176 o facilitate ease of use, detailed build and setup instructions, as well as LabVIEW-based control sof

177 The employed low-dispersion LA setup is based on the tube-type COBALT ablation cell in

178 The setup is capable to analyze pure CO(2) samples of ~100 m

179 The versatility of the proposed setup is demonstrated for various spectroscopic challeng

180 A novel measurement setup is designed, constructed, and validated by theoret

181 A new compact and economic optical setup is developed to read two different sensor spots on

182 Our setup is directly compatible with a variety of quantum o

183 First, the experimental setup is discussed to provide common guidelines for thes

184 The setup is easily adapted to any FTIR and fiber-coupled Ra

185 We find that such a minimal setup is extremely rich and leads to a variety of realis

186 chemicals, and a biometer closed-incubation setup is recommended for testing slightly volatile chemi

187 cells; a glass capillary-based microfluidic setup is used to extract each desired single cell from a

188 A proof-of-concept material in a cantilever setup is used to show morphing, and analytical modeling

189 by using a Fourier plane imaging microscopy setup, is essentially achromatic over about 150 nm in th

190 at the counter electrode of a potentiostatic setup, it is finally demonstrated that the oxidation rea

191 With this novel setup, it is possible to continuously fractionate and co

192 text]) and fast rise time of 17 nanoseconds (setup-limited), among others, hence achieving a combinat

193 In our setup, <400 nW of power can heat an experimental area of

194 The developed setup made of beam splitters, mirrors and phase shifters

195 Details for the electrochemical cell setup, measurements, and data analysis used to quantify

196 Here, we present an improved setup, named the extended field switching ion shutter.

197 and informative methods paper describing the setup of modern equipment and step-by-step procedure to

198 concerning preprophase band function and the setup of the division site, cytokinesis and its spatial

199 sis, the Accelerator Mass Spectrometry (AMS) setup of the Technical University of Munich using a Gas-

200 We sought to leverage the multistudy setup of the Women's Health Initiative cohort to generat

201 Setup of this model typically takes ~30 min and enables

202 ugh in-vitro measurements using a convenient setup of Vector Network Analyzer (VNA) that records nota

203 erform a true screening of oregano using the setup offered.

204 ssays on microtiter plates, our microfluidic setup offers a 25-50-fold reduction of sample and reagen

205 hogonal characterization methods in a single setup often provide a more comprehensive description of

206 smartphone coupled to an appropriate optical setup, opening the way to simple and inexpensive point-o

207 m temperature without a specialized reaction setup or equipment to exclude air or moisture.

208 are either severely limited by bulky optical setups or by restricted channel capacity with low effici

209 l confinement, often imposed by experimental setups or in harbors and locks, exacerbates oscillations

210 This setup provided a drastically reduced transfer distance b

211 This experimental setup provides a novel and powerful tool for this type o

212 sive online build- and use-instructions, our setup provides an inexpensive and customisable solution

213 In this setup, PS transported TAC efficiently over air-liquid in

214 typically take 6-8 h to complete, including setup, reaction time and workup.

215 The reaction setup requires minimal preparatory work and enzyme quant

216 The optimized hardware and method setup resulted in high-throughput performance and enable

217 studies with the newly developed analytical setup revealed the suitability of IMS as a promising and

218 The devices native setup shows limited ability to perform a true screening

219 n achieve coexistence in a continuous growth setup (similar to an industrial bioreactor or gut microb

220 In a first experimental setup, solvent and temperature gradients were used simul

221 roximately 10% relates to testing conditions/setups, species variabilities, incoherently documented p

222 elution-peak prediction than is achieved by setup-specific models.

223 The developed setup stands out in terms of robustness and ease of samp

224 rent readout methods in a single measurement setup, such as sensitive electronic and optical readouts

225 not been possible due to different recording setups, tasks, species, etc.

226 rature with an optimized double-beam optical setup that adjusts the path length (26 mum) to ensure ro

227 s-based modification of a commercial flowNMR setup that allows for recycling the medium while confini

228 design of a versatile and airtight EQCM cell setup that can be used either with aqueous or non-aqueou

229 We present a novel setup that can be used for the in-line monitoring of sol

230 generation processes and the geometry of the setup that give rise to the entanglement.

231 lved using a specially designed experimental setup that makes use of spherical crystal samples.

232 l liquids spiked with histamine in a testing setup that mimics the environment inside the duodenum.

233 We propose an experimental setup that simulates the intracranial hydrodynamics of a

234 unseen biological cell data obtained with a setup that was not used to generate the training dataset

235 es the use of free space optical measurement setups that prevent packaging of quantum devices.

236 With the QCM setup, the association and dissociation rate constants a

237 o switch from a highly sensitive nanoflow-LC setup, the de facto standard platform in mass-spectromet

238 In this setup, the degradation kinetics of highly volatile chemi

239 In photoelectrochemical setups, the background processes are stochastic and appe

240 We evaluate the performance of this setup through exemplary measurements on various quantum

241 This setup thus helps to distinguish the electron harvesting

242 EMG electrode positioning, which may reduce setup time and error across experimental sessions.

243 readouts that provide results in <1 h with a setup time of less than 15 min.

244 utcomes were time to electroencephalography, setup time, ease of use, and quality of electroencephalo

245 atible robotic system enables multi-landmark setup to align the head and body independently and accur

246 We have adapted the NMR setup to be compatible to microreactor technology, scali

247 icability of the developed EW-CRDS prototype setup to different molecular systems, we investigated th

248 wer, compact and computationally inexpensive setup to estimate depth in a 3D scene in real time at hi

249 riations in a conventional widefield imaging setup to extract position information over a typical mic

250 nsmission) and tuneable dual pulsed solenoid setup to generate a homogeneous (laterally and in depth)

251 We utilized this setup to investigate the salt-induced aggregation kineti

252 We apply this setup to monitor protein-ligand interactions and protein

253 sis, we have established a live cell imaging setup to observe male meiocytes.

254 we developed a versatile visual stimulation setup to probe combined spatial, temporal and spectral r

255 trosonically sprayed (-3 kV) from a homemade setup to produce tiny (~9 um) microdroplets, we obtain 1

256 Finally, we suggest an appropriate setup to stretch a protein by uniform flow, in which pro

257 -dimensional) substrate, a simple laboratory setup to study intercellular interactions.

258 ommercialization of the nanohole array (NHA) setup to the outside world still remains a challenge.

259 We use the MEA-SICM setup to visualize the effect of blebbistatin, a myosin

260 ble pathogens requiring practical diagnostic setups to control their transfer chain and stop sever ou

261 and the data collected in a radiant cooling setup together demonstrate the influence of free convect

262 tly simplified operation (single-measurement setup), ultralow power-consumption (<1 nW), self-adaptiv

263 using both DUS and CTA in a mutually blinded setup until the end of the study or until any major aneu

264 ers revealed protection in a harsh challenge setup using an early-passage human patient isolate.

265 acute (24 h) and chronic (3 weeks) exposure setups using Raw264.7 macrophages as cell model.

266 It is noteworthy that the experimental setup utilized a planar interface rather than an interfa

267 Yet, in parallel setups, variability does occur.

268 ilable AC corona discharge device in a novel setup via an adapter.

269 We have designed a flexible, simple to setup viewer that is easily adaptable to any type of can

270 s correlation coefficient (ICC) of each scan setup was calculated and compared across reconstruction

271 The current experimental setup was capable of detecting as low as ~80 ppb of meth

272 te its operation, a custom-built measurement setup was constructed using a Shack-Hartmann wavefront s

273 In another innovation, a two-column setup was employed where the columns were placed in diff

274 The setup was tested at the Collinear Resonance Ionization S

275 This setup was used for optimization of the sTALE scaffolds,

276 An online microtrap column with a dilution setup was used to collect eluted proteins from the first

277 In every case, the described experimental setup was validated by retrieving the original literatur

278 In our setup we dissolve hydrogen gas in the solvent, then flow

279 With this setup, we can measure pM concentrations, corresponding t

280 -based isolator into a superconducting qubit setup, we demonstrate fast, high-fidelity, QND measureme

281 Analysing a circuit QED setup, we find that this JCM provides more accurate pred

282 Using a dual-trap optical tweezers setup, we found the fusion speeds of four types of dropl

283 Using a modified gas exchange setup, we measured the effects of diffuse light and leaf

284 Using a novel naturalistic 3D setup, we show that the zebrafish combines position and

285 capillary electrophoresis-mass spectrometry setup were 80%-95% of that observed with a commercial ca

286 l obstacle course and a custom-made grasping setup were used.

287 zone elution from the bioautogram, different setups were investigated to reduce the impact of the bio

288 us checkerboard patterning in an optogenetic setup, where cell-to-cell signaling is emulated with lig

289 emical biosensor uses two or three electrode setup, which involves sensing electrode for a specific r

290 w predictive model for each specific type of setup, which is not only inefficient but also requires s

291 ion, and treatment as in a conventional flow setup while decreasing the application barrier of lab-on

292 ch bark is heated in anaerobic conditions, a setup whose inherent complexity was thought to require m

293 probes (500 muL) to a microfluidic stripline setup with 150 nL detection volume.

294 lyzed motor-skill learning in the head-fixed setup with a floating container.

295 COMSOL software to construct a virtual ACTIS setup with a fluidic system mimicking that of a physical

296 We introduce an in vitro multipatch setup with an automated pipette pressure and cleaning sy

297 Using a microscopic Z-scan setup with femtosecond laser pulses tunable across the v

298 quire only three particles in linear optical setups with equal efficiency for boson, fermion or anyon

299 ys in a straightforward single-step analysis setup, without concurrent use of signal inhibitors or ot

300 ible microtube plasma ionization (LD-FmuTPi) setup, without sample manipulation.