ライフサイエンスコーパス: multichannel

1 n 7 cyclopleged subjects using a custom-made multichannel 3-active-optical-elements polychromatic AO

2 A soft multichannel ABI, fabricated using thin-film processing,

3 The MS multichannel ability minimized the LC method development

4 Here, we demonstrate a multichannel acquisition framework based on shift-excita

5 hone matching algorithms, array microphones, multichannel adaptive noise reduction algorithms, and sy

6 ios and role of intersystem crossing for the multichannel, addition-elimination reactions of unsatura

7 ight, enabling them to perform high-contrast multichannel afterglow imaging in vitro and in vivo with

8 We have developed a multichannel air displacement pipet with reconfigurable

9 Multichannel amplitude compression is widely used in hea

10 enabling in situ microarray fabrication and multichannel analysis of biomolecule probe-target intera

11 y combining ambient noise interferometry and multichannel analysis of surface waves (MASW).

12 ere, the ability to perform high throughput, multichannel analysis with optically gated sample introd

13 ight source/photodetector modules allows for multichannel analysis, such configurations significantly

14 d 750 nm using a gated optical spectrometric multichannel analyzer following photodissociation of the

15 difference spectra were collected by a gated multichannel analyzer in the visible region (lambda = 46

16 This system is combined with a multichannel analyzer to map the erosion/corrosion activ

17 followed using a gated optical spectrometric multichannel analyzer.

18 records, we analyzed amplitude histograms of multichannel and single-channel data during the applicat

19 ermore, electrophysiological measurements of multichannel and single-channel experiments confirm that

20 In both multichannel and single-channel patches, large variation

21 Multichannel architecture having 800-1800 mum cross-sect

22 A multichannel architecture that uses electroosmotic pumpi

23 heir construction promises general access to multichannel architectures with multicomponent gradients

24 By using a six-dye multichannel array and a defined porosity threshold, our

25 To address this issue, we implanted multichannel arrays of electrodes in the dorsal and vent

26 To address this issue, we implanted two multichannel arrays of electrodes in the mPFC and dCA1 o

27 e conducted a soil warming experiment with a multichannel automated chamber system in a 55-year-old w

28 A versatile multichannel biosensor surface is prepared by site-direc

29 ed protein immobilization to functionalize a multichannel biosensor, which was used for the simultane

30 All three strategies, including the multichannel block, preserved atrial electrophysiologica

31 tion, and thus a synergism resulted from the multichannel block.

32 Multichannel blockers are believed to have advantages ov

33 of computational models into the analysis of multichannel brain-activity measurements as provided by

34 noparticle administration with the implanted multichannel bridge led to increased numbers of regenera

35 f FluoRender not only maintains the existing multichannel capabilities for a greatly extended number

36 Combining lotus root-like multichannel carbon nanofibers 'filling' and amino-funct

37 OSA was assessed using a home-based multichannel cardiorespiratory device.

38 high-speed clinical microanalyzers based on multichannel chips.

39 ion with the fusion of individual experts in multichannel classification and preprocessing tools such

40 The combination of a multichannel collimator with diamond anvil cells enabled

41 ed to the development of methods for fitting multichannel compression hearing aids.

42 's strong optomechanical interaction and its multichannel configuration, we further demonstrate all-o

43 ts demonstrated that we could indeed realize multichannel confocal fluorescence microscopy by utilizi

44 p, to verify the feasibility of the proposed multichannel confocal microscope, we have developed a tw

45 For instance, in PD, novel multichannel coordinated reset stimulation (CRS) was des

46 ested successfully on a variety of simulated multichannel current traces.

47 ubunit, betaT263I, causes ethanol to enhance multichannel currents elicited with both low and high ac

48 In all of these receptors, ethanol enhances multichannel currents elicited with low agonist concentr

49 existing tools have incorporated support of multichannel data using various strategies, the lack of

50 A new multichannel deposition system was developed for off-lin

51 sis of two-dimensional (2D) separations with multichannel detection (e.g., GC x GC-TOFMS) or multiple

52 e the ability of fluorescence technology for multichannel detection as well as to maximize the capabi

53 f classifiers that are experts in performing multichannel detection of leukocoria from recreational p

54 e region (450-750 nm) were probed by optical multichannel detection, allowing high spectral resolutio

55 alized gold nanoparticle interface films for multichannel detection.

56 the gains in resolution from high-field and multichannel detection.

57 nt Raman signals that are suitable for rapid multichannel detection.

58 y captured by a NIR spectrometer with InGaAs multichannel detector and then analyzed by a computer pr

59 Using gradient-echo MRI at 7.0 tesla and a multichannel detector, a nominal voxel size of 0.24 x 0.

60 estricted to a selected channel of a planar, multichannel device as a result of negative dielectropho

61 rom a number of interconnected electrodes, a multichannel device with dedicated circuits for each ele

62 The basic principles of multichannel devices with an array of electrospray tips

63 Using multichannel digital fluorescence videomicroscopy, we fo

64 dy, we demonstrated that the partition-based multichannel digital PCR (dPCR) system can be used to de

65 mple operating principle, we have shown that multichannel digital transmission can be implemented on

66 A cascade micromixer and a multichannel DNA sequencing chip were demonstrated exper

67 High performance liquid chromatography with multichannel electrochemical detection indicated that th

68 The present study used multichannel electrode arrays and paired single-unit rec

69 eived implants of transverse intrafascicular multichannel electrodes (TIMEs) in their median and ulna

70 Single units were recorded from chronic multichannel electrodes implanted in the medial division

71 During visual perception, multichannel electroencephalographic recordings revealed

72 binaural timing cues.SIGNIFICANCE STATEMENT Multichannel electroencephalography demonstrated impairm

73 ITDs (0, +/-0.4, +/-1 ms) was recorded using multichannel electroencephalography.

74 e their integration with multifunctional and multichannel electronic devices.

75 chitecture, HERMES (hetero-nuclear resonance multichannel electronic system), for versatile, high-thr

76 Our results show that a fast multiwavelength multichannel electrophoretic microsystem will be capable

77 ng optogenetic stimulation with simultaneous multichannel electrophysiological readout of isolated un

78 rk for analyzing cross-frequency coupling in multichannel electrophysiological recordings.

79 ofluidic system, here we demonstrate a novel multichannel electrophysiology unit to record multiple z

80 A multichannel electrospray ionization source was assemble

81 using a blind-source separation approach for multichannel EMG signal processing.

82 tory evoked potential (MAEP) recorded with a multichannel epipial electrode array.

83 Multichannel ERPs were recorded in 22 patients with schi

84 brief introduction into some newly developed multichannel experimental capabilities to demonstrate th

85 We recorded multichannel extracellular activity in V1 of transgenic

86 Using multichannel extracellular recording in restrained flesh

87 somatosensory cortex of awake animals using multichannel extracellular recording strategies.

88 We then performed multichannel extracellular recordings of multiunit firin

89 eizure activity in real time on the basis of multichannel field potential signals, we demonstrated th

90 oriens were analysed using intracellular and multichannel field potentials along the cell axis.

91 tection of minimal residual disease (MRD) by multichannel flow cytometry (MFC) prior to hematopoietic

92 Experimental observations using a multichannel flow reactor, Teflon (polytetrafluoroethyle

93 We developed a multichannel fluidic system to study the MuB-DNA interac

94 l microscope: frequency division multiplexed multichannel fluorescence confocal microscope, in which

95 ction, this method adds another dimension to multichannel fluorescence cytometry and provides a means

96 cquiring fluorescence images and quantifying multichannel fluorescence images.

97 orescent dyes will find many applications in multichannel fluorescence imaging assays.

98 ially localized cellular events in live-cell multichannel fluorescence imaging.

99 ocyte recruitment in vivo by using real-time multichannel fluorescence intravital microscopy of a tum

100 We combine Nomarski and multichannel fluorescence microscopy to study processes

101 lation in tissue sections was evaluated with multichannel fluorescence microscopy with rhodaminated L

102 e then plated in a 96-well plate, from which multichannel fluorescent images are acquired with automa

103 Here, we utilize multichannel fluorescent in situ hybridization to detect

104 Here we use multichannel fluorescent molecular tomography (FMT) for

105 are designed to measure and handle solids in multichannel format and expedite screening of enzyme imm

106 Operated in its full capacity, this multichannel format was projected to yield a sample thro

107 In this study, we utilized multichannel functional near-infrared spectroscopy (fNIR

108 Here we introduce a general framework of multichannel games.

109 simple, single-channel form as well as in a multichannel gradient array of more complex design.

110 iple-immunofluorescence staining followed by multichannel, high-magnification confocal laser scanning

111 The architecture and design of a compact, multichannel, hybrid-multiplexed potentiostat for perfor

112 material's physical response from nanoscale multichannel hyperspectral imagery and provides new capa

113 tains important biological information via a multichannel image-like representation.

114 ion of fluorophores to progressively build a multichannel image.

115 hed network colocalization in 2D z-projected multichannel images by using agent-based Monte Carlo mod

116 veloped a pipeline to segment terabyte-sized multichannel images from light sheet microscopy, enablin

117 nt protein imaging wavelengths and so enable multichannel imaging studies.

118 Here, using high-speed multichannel imaging to simultaneously visualize recepto

119 tions as fluorescent tags and indicators for multichannel imaging.

120 millimeters as well as brain-wide serial 2D multichannel imaging.

121 Here, we developed nanoengineered multichannel immunosensors for rapid detection of circul

122 All patients received the same multichannel implant system and were followed up for 5 y

123 Here we demonstrate the direct evidence of multichannel-improved charge-carrier mechanism to facili

124 s, and more importantly, the one-dimensional multichannel-improved charge-carrier photosynthetic hete

125 Herein we introduce a multichannel in situ pressure measurement system that al

126 Here, we employed multichannel in vivo electrophysiology to study RSC neur

127 al nnU-Net convolutional neural network with multichannel inputs (T1, T2, and T1 postcontrast and flu

128 es include high-density microwire arrays and multichannel instrumentation.

129 Here, a "multichannel interdiffusion" protocol is demonstrated by

130 able to learn to use an initially unfamiliar multichannel intracortical microstimulation signal, whic

131 Hypopharyngeal multichannel intraluminal impedance with a specialized c

132 Combined multichannel intraluminal impedance, the pH (MII-pH) mon

133 esophageal biopsy, esophageal manometry, and multichannel intraluminal impedance-pH monitoring.

134 d increased esophageal acid exposure by 24-h multichannel intraluminal pH-impedance measurement (MII-

135 a calcium-sensitive fluorochrome and digital multichannel intravital microscopy to image unstimulated

136 A novel PFA ablation system consisted of a multichannel irreversible electroporation generator syst

137 alysis of this data with a recently reported multichannel kinetic model was used to construct a PCET

138 o creatinine determination with zone fluidic multichannel kinetic spectrophotometry.

139 We use a theoretical model based on the multichannel Landauer-Buttiker formalism to analyse the

140 In this investigation, multichannel laser scanning confocal microscopy and quan

141 nmental yeast S. cerevisiae, imaged using 3D multichannel laser scanning confocal microscopy.

142 in planar lipid membranes at the single- and multichannel levels within the 20 degrees C to 40 degree

143 Here we show that multichannel LFPs in monkey motor cortex each contain a

144 In this paper, we use rapid multichannel live-cell imaging with novel image analysis

145 o demonstrates that spike-field coherence in multichannel local field potential data can be analyzed

146 Here, we perform long-term multichannel local field potential recordings in the bra

147 egions of the retinal slice by a custom-made multichannel local perfusion system.

148 observation of elemental distributions in a multichannel manner.

149 The Multichannel Mars Organic Analyzer (McMOA), a portable i

150 A multichannel mass spectrometer based on the rectilinear

151 robots for autonomous escaping from complex multichannel mazes without the need for human-like brain

152 ore, we show the feasibility of simultaneous multichannel measurements of distinct biological phenome

153 -resolved single-channel closure events, and multichannel measurements, we find that AmPrbetaCD actio

154 tween the open and closed states measured on multichannel membranes also show statistically significa

155 h recent results on ATP flux measurements in multichannel membranes using the luciferin/luciferase me

156 ance DNA analysis system, a high-throughput, multichannel, microcapillary electrophoresis instrument.

157 A high-density multichannel microchip device was then fabricated and th

158 edge, this report is the first to describe a multichannel microchip electrophoresis device with integ

159 n to the microchip platform, especially to a multichannel microchip system, would allow for screening

160 For parallel analysis on a multichannel microchip, both the gating beam and the pro

161 methods such as dip-pen nanolithography and multichannel microfluidic delivery devices.

162 Formula: see text]) and investigated a model multichannel microfluidic network.

163 he transport of particles and fluids through multichannel microfluidic networks is influenced by deta

164 nciples and practices of 3D visualization of multichannel microscopic data.

165 This suggests multichannel microstimulation as a viable means of senso

166 We here present the first multichannel, modular, lightweight, and wirelessly power

167 munication' (BIO-PC) to engineer distributed multichannel molecular communication between populations

168 SDB was assessed with home overnight multichannel monitoring and SDB was defined based on an

169 e readout system can be readily expanded for multichannel monitoring and telecommunication capabiliti

170 ate and characterize a new interference-free multichannel monolithic quartz crystal microbalance (MQC

171 Multichannel Monolithic Quartz Crystal Microbalance (MQC

172 Multichannel (multicolor) imaging has become a powerful

173 ted workflow for processing large multiview, multichannel, multiillumination time-lapse SPIM data on

174 almost certainly affects data collected in a multichannel, multiplexed modality, such as Fourier tran

175 data reveal the existence of ANO1-containing multichannel nanodomains in DRG neurons and suggest that

176 caffolds for the supramolecular synthesis of multichannel nanotubular architectures and report on the

177 antagonism of L-type channels reflected the multichannel nature of the pacemaking process.

178 a neuropsychological battery while wearing a multichannel near-infrared spectroscopy (NIRS) device to

179 Using a wireless multichannel neural recording technique, we observed in

180 Here, using multichannel neural recordings in the auditory midbrain

181 tion of earlier preliminary findings using a multichannel neuromagnetometer, suggesting altered later

182 of a region, the present investigation used multichannel neuronal recording and tract tracing method

183 and determine the branching ratios (BRs) for multichannel non-adiabatic reactions, such as those of g

184 reached the capability of describing complex multichannel nonadiabatic reactions.

185 We also demonstrate simple multichannel operation of the magnetometer, and localiza

186 on tomography/magnetic resonance imaging and multichannel optical imaging are particularly promising

187 ibe a novel add-on approach for simultaneous multichannel optical microscopy based on simple wedge pr

188 , we developed a novel method to achieve the multichannel optical spectral sensing with nanometer res

189 racking antenna arrays, these devices enable multichannel optogenetic research on complex behavioral

190 Using optogenetics and a multichannel optrode, we investigated the function of PV

191 h different geometries, such as the designed multichannel or bifurcating and the personalized structu

192 ers of channels and, therefore, supports the multichannel origin of sparks.

193 xamines the effectiveness of a "real world," multichanneled paradoxical thinking intervention, with m

194 lowest value in the 40-y 1979-2018 satellite multichannel passive-microwave record, 10.7 x 10(6) km(2

195 male rats, we recorded unitary currents from multichannel patches and used a coupled Markov model to

196 The dose-response relations in multichannel patches are often fit with Hill coefficient

197 Thus, dose-response relations from multichannel patches should be interpreted with caution,

198 the presence of HP(2)O(7)(3-) anion through multichannel perturbations of the redox potential of the

199 study used data from the MCT encounters of a multichannel PES program in Massachusetts.

200 Together with multichannel pharmacology data, this model predicts that

201 This multichannel phasic response was followed by trail of di

202 SO) arrays with 0.5-mm pixels was coupled to multichannel photomultiplier tubes and evaluated for use

203 The crystal arrays are coupled to multichannel photomultiplier tubes via a tapered, pixela

204 ng both alkyne and diyne units, allowing for multichannel pi-conjugation, were synthesized using an o

205 n, redox, and complexation reactions, with a multichannel pipet for adding the reagent and an infrare

206 tips and in combination with a programmable multichannel pipet form a highly efficient epitope mappi

207 A multichannel pipet or automated liquid-transfer system i

208 While linear multichannel pipets enable many established assays, they

209 limited to the configurations of traditional multichannel pipets.

210 6-well plate, reagents are delivered using a multichannel pipette and a microwave reactor is used to

211 g possibilities for field analysis since the multichannel pipette and the infrared camera are both op

212 s method, the reactions inside the tips of a multichannel pipette were combined with temperature moni

213 loped bacteriophage 6, an adjustable spacing multichannel pipette, and the statistical design opportu

214 can be parallelized for 384 samples by using multichannel pipettes and 96-well plates.

215 ng amenable to automated sample handlers and multichannel pipettes.

216 We use a multichannel plate detector with a delay-line anode that

217 A biofilm of E. faecalis was grown in multichannel plates.

218 We have developed a fully integrated multichannel polymerase chain reaction-capillary electro

219 Multichannel polysomnographic studies were performed in

220 ectrodes together with a bespoke, low-power, multichannel, portable data-acquisition system.

221 The applicability of the prototype multichannel potentiostat is also demonstrated using rea

222 ranes has traditionally been addressed using multichannel preparations.

223 In this work, a multichannel pulsed-valve inlet system was developed for

224 under the same conditions by using parallel multichannel QCM instruments.

225 Our results show that the single-chip, multichannel QCM is a feasible and promising technology

226 tudied with the help of a specially designed multichannel Raman chemical imaging.

227 Here, we report the development of a novel, multichannel RAR (mRAR) system for simultaneous measurem

228 ridization is considered to be a competitive multichannel reaction process: a system wherein many spe

229 lementing a trypsin/Lys-C enzyme-immobilized multichannel reactor (MCR) consisting of 126 channels (8

230 artridge is read out by an original portable multichannel reader based on the magnetic particle quant

231 a linear-scanning optical system capable of multichannel real-time fluorescence spectroscopic analys

232 sent investigation employed a combination of multichannel recording and neuroanatomical techniques to

233 lation to animal motion, in combination with multichannel recording of neural activity in the medulla

234 opically organized inferior colliculus using multichannel recording techniques.

235 Using multichannel recording with silicon probes and channelrh

236 ontaining no apparent motion confound, using multichannel recordings and multivariate analysis method

237 of methaqualone was further investigated in multichannel recordings from primary frontal cortex netw

238 Dense multichannel recordings of scalp electroencephalogram (E

239 channel blockers introduce brief events into multichannel recordings that can be readily quantified b

240 and consistent appearance in both single and multichannel records have led to speculation that they m

241 = 5 events/h) was assessed using home-based, multichannel respiratory monitoring.

242 nd cone bipolar cells) may be maintained for multichannel rod-based signaling in balaenid whales.

243 ron multiplier and the data processed with a multichannel scaler.

244 nstructed on over 2000 h of high-resolution, multichannel SEEG and video recordings from 14 DRE patie

245 Here, we present new multichannel seismic and high-resolution bathymetric dat

246 om the analysis of approximately 1,500 km of multichannel seismic data collected across the intermedi

247 cquisition of wellhead pressure data, marine multichannel seismic profiles, seafloor and water-column

248 preading to fast-spreading ridge crests, the multichannel seismic reflection technique has imaged a n

249 e subcaldera magma reservoir determined from multichannel seismic results.

250 learning model was also developed to analyze multichannel sensor data for quantitative detection of t

251 least 6 weeks, showing their potential as a multichannel sensor device.

252 Here, we present a high-throughput multichannel sensor platform that can profile the mechan

253 Using this multichannel sensor, we have successfully identified bre

254 le sequences makes this platform perfect for multichannel sensors.

255 al sequences makes this platform perfect for multichannel sensors.

256 Multichannel sequence analysis identified 5 distinct wor

257 As the proof-of-concept work, multichannel series piezoelectric quartz crystal (MSPQC)

258 ding to the changes in target locations, and multichannel single-neuron activity was recorded from th

259 Multichannel, single-unit recordings were taken across l

260 We envision that this multichannel smartphone optical biosensor will be useful

261 For the first time, we demonstrate a multichannel smartphone spectrometer (MSS) as an optical

262 This hardware approach to multichannel source separation can be applied to robust

263 Intriguingly, interplay of RyRCs in multichannel sparks renders an unusual, thermodynamicall

264 prehensive two-dimensional separations using multichannel spectral detection, we evaluated it with se

265 ost interesting, (3) a slow wave phase whose multichannel spectral signature is a broad rounded maxim

266 bsorption spectra using a broadband lamp and multichannel spectrometers, allowing samples to be autom

267 tudy applies a statistical method to in vivo multichannel spike trains of dorsal cochlear nucleus neu

268 uced focal liver injury and repair model and multichannel spinning disk confocal microscopy allowed v

269 In contrast, in this study using dual laser multichannel spinning-disk intravital microscopy of join

270 d Salmonella sp. in hamburger sample using a multichannel SPR biosensor having appropriate functional

271 hniques could readily be adapted to existing multichannel SQUID systems used for magnetic source imag

272 Using multichannel STORM and STORM-electron microscopy correla

273 table two-way neural interface for wireless, multichannel streaming of field potentials in five indiv

274 nductance states have been thought, based on multichannel studies, to represent monomer <--> dimer re

275 In our study we showed that multichannel superficial phased-array coils improved ima

276 s shown to realize polarization-controllable multichannel superpositions of orbital angular momentum

277 ) and task-related power (TRPow) analysis of multichannel surface EEG to investigate the functional c

278 included procedures were obtained through a multichannel synchronized recording device.

279 ation of a data acquisition system recording multichannel synchronized video and vehicle kinematics i

280 We tested a multichannel system in a multiplexed manner and showed r

281 Here we demonstrate SPS in random multichannel systems for the transmittance T of microwav

282 New types of multichannel systems that allow much higher throughput e

283 with their corresponding antibodies through multichannel TDCS WB.

284 tigators using these tools routinely collect multichannel three-dimensional (3D) images and time seri

285 dation (14% [14 of 99]) data sets to train a multichannel three-dimensional U-Net convolutional neura

286 This protocol describes multichannel time-lapse confocal imaging of anchor-cell

287 Multichannel titrations with different substrates reinfo

288 We present a multichannel tomographic technique to detect fluorescent

289 noisy training sets, we propose a multi-task multichannel topological convolutional neural network (M

290 convolutional neural networks to construct a multichannel topological neural network (TopologyNet) fo

291 actors constitute branches downstream of the multichannel Tor proteins that can be selectively modula

292 Using multichannel unit recording techniques in behaving rats,

293 Following multichannel validation, including standard verification

294 Multichannel ventricular fibrillation electrogram data f

295 DESIGN, SETTING, AND PARTICIPANTS: The Multichannel Vestibular Implant (MVI) Early Feasibility

296 Our multichannel visualization includes a multilevel streami

297 Evaluation of the multichannel waveguide shows an excellent concordance wi

298 our sample throughput, we have incorporated multichannel waveguides capable of simultaneous multiple

299 the design, fabrication, and development of multichannel waveguides for the simultaneous detection o

300 onance antennas and battery-free schemes for multichannel wireless operation of independently address