ライフサイエンスコーパス: instrument

1 of 77 instruments (interquartile range 39-87 instruments).

2 ifornia (Optos, Dunfermline, United Kingdom) instrument.

3 ndergoes testing and revision to improve the instrument.

4 cale scores, as well as in subscores of each instrument.

5 0/C20:4) via MS/MS using a novel hybrid SIMS instrument.

6 pathy Questionnaire and a novel HCM-specific instrument.

7 g a handheld micro electro mechanical system instrument.

8 lemented using a simple single mass analyzer instrument.

9 period due to the long-term stability of the instrument.

10 (GC/EI-MS), a standard and widely available instrument.

11 h CP using the Health Utilities Index Mark 3 instrument.

12 of small compound analyses done on the same instrument.

13 was transitioned to an Orbitrap Fusion Lumos instrument.

14 r as-if randomization can be assumed for the instrument.

15 ruit quality analysis, was used as reference instrument.

16 uantitation using a high-resolution Orbitrap instrument.

17 ic system mimicking that of a physical ACTIS instrument.

18 only a fraction of the cost of a commercial instrument.

19 he potential to become a valuable diagnostic instrument.

20 ations against a clinical diagnosis or other instruments.

21 d efficiency of incentive-based conservation instruments.

22 FPR were not significantly different between instruments.

23 OL) power calculation formulas, methods, and instruments.

24 ), automating the researcher rather than the instruments.

25 e largely similar to those obtained on DTIMS instruments.

26 re the development of miniaturized cold-atom instruments.

27 ime PCR requires expensive and sophisticated instruments.

28 y clinically important difference across all instruments.

29 lmed the capacity of automated blood culture instruments.

30 ty in methodology, populations, domains, and instruments.

31 g to a higher sensitivity and selectivity of instruments.

32 n generated by cloud seeding passed over the instruments.

33 rformed with ultrasonic and periodontal hand instruments.

34 QCL setups as well as commercially available instruments.

35 able rates of success or require specialized instruments.

36 absence of significant symptoms by validated instrument, (2) lung function optimization/stabilization

37 However, with the same LC instrument, 3 mm i.d. columns as short as ~5 to 10 mm co

38 spectively collected using the short form-36 instrument (8 HRQL domains and 2 summary scores).

39 n Simplexa, GenMark ePlex) and point-of-care instruments (Abbott ID NOW).

40 es and improve the accuracy of any IMS-based instrument, accurate K(0) values of an ion mobility refe

41 This software instrument addresses the reproducibility concerns of the

42 This unique instrument allows for a myriad of novel studies investig

43 Among other features, the instrument allows multiple pass cyclic ion mobility sepa

44 The intrinsic sensitivity of the instrument and an effective extraction protocol allowed

45 of single-cell proteomic data and recommends instrument and data analysis parameters for improved dat

46 fant-specific birth weight genetic scores as instrument and examined the effects of fetal growth on p

47 patient tumour tissue samples through a qPCR instrument and finally piloted on an ISFET enabled micro

48 boxes score from the CDR(R) Dementia Staging Instrument and in five cognitive domains (episodic memor

49 s must be optimized for CC based on the OCTA instrument and scan patterns used.

50 ly meaningful based on the resolution of the instrument and the density of the scans, the selected al

51 ricated PET insert into our small-animal MRI instrument and used PET/MRI hybrid imaging to define reg

52 tube ion mobility-mass spectrometry (IM-MS) instrument and utilizes both an existing ion multiplexin

53 d by the lack of sensitivity of conventional instruments and assays.

54 w resource settings as it requires expensive instruments and bioinformatic analysis.

55 the capabilities of existing real-time dPCR instruments and chemistries, by extracting more informat

56 from both time-of-flight (TOF) and Orbitrap instruments and demonstrate up to 88% improvement in m/z

57 mass spectrometry (MS) over time and across instruments and develop computational methods for improv

58 cardiovascular diseases demand for flexible instruments and implants that enable sensing and stimula

59 With the development of new instruments and methodologies, the highly dynamic behavi

60 oviders about deficiencies which new, better instruments and metrics must address.

61 While instruments and processes have been the subject of immen

62 We evaluated the biases between the instruments and quantified sources of variation using va

63 ated the diagnostic accuracy of 27 screening instruments and their variations against a clinical diag

64 Twenty-seven screening instruments and their variations were moderately to high

65 lied in the future development of biomedical instruments and therapeutics.

66 an of 2 instruments (interquartile range 1-4 instruments) and evaluated a median of 2 domains (interq

67 n mobility and time-of-flight regions of the instrument, and fragmentation was fast enough to be comp

68 re, (ii) ambient pressure ion mobility-based instruments, and (iii) high flow rate liquid chromatogra

69 tiveness of screening, accuracy of screening instruments, and benefits and harms of treatments in ado

70 launch vehicles, installation of additional instruments, and substantially improved mission life.

71 lts highlight the nebulousness (at patient-, instrument-, and clinician-related levels) of glaucoma d

72 ed; diagnostic accuracy studies of screening instruments; and systematic reviews of randomized trials

73 or scientific discovery, wherein measurement instruments are augmented with decision-making algorithm

74 Most screening instruments are moderately to highly accurate.

75 While such instruments are nondestructive, the resulting image suff

76 he quantity and psychometric quality of such instruments are unknown.

77 g trends, focusing on both the chemistry and instrument aspects, thereby allowing the readers to sele

78 ed cognition using a battery of conventional instruments assessing orientation, immediate- and delaye

79 ent was performed at the high energy density instrument at the European XFEL GmbH, Germany.

80 s were self and peer-rated using a validated instrument based on a 5-point Likert scale (5="master su

81 cient, inexpensive, and easy-to-use portable instrument (bCUBE((R)) by Hyris Ltd) that can be employe

82 ementation of the RAI as a frailty screening instrument began as a quality improvement initiative at

83 Genetically instrumented blood sucrose was not clearly associated wi

84 An experienced optical instrument builder will require ~12 months from the star

85 d using AMSTAR-2 and Joanna Briggs Institute instruments by two authors independently.

86 ity spectrometry (TIMS) functionality of the instrument can crucially support unravelling the complex

87 Screening instruments can adequately detect cognitive impairment.

88 These instruments can be built rapidly and affordably, thereby

89 ume of raw data obtained from real-time dPCR instruments can be exploited to perform data-driven mult

90 An electronic nose is a bio-inspired instrument capable after training of discriminating a wi

91 roscope, we demonstrate a point scanning VCD instrument capable of acquiring spectra rapidly across a

92 We present an automated instrument capable of performing a sperm preparation sta

93 ped 2 robust, age-appropriate versions of an instrument capturing VQoL that can be used cross-section

94 We describe a new instrument carried by an unmanned aerial vehicle (UAV) t

95 Instrumented CFU significantly associated with 2 DE meas

96 his should include an analysis of single-use instruments, chemicals, and products.

97 ion ultrahigh-pressure liquid chromatography instrument, columns between 10 and 20 mm were most effec

98 the miniaturization, and portability of the instrument combined with the easiness to use and no-inva

99 Using genetic instruments common to both populations, plasma sRAGE had

100 en-intensity variation, whereas the types of instrument contributed only a small amount to total vari

101 cimens from 3 sites were processed on a WASP instrument (Copan) and incubated on the WASPLab platform

102 ness by achieving certain thresholds in QOL, instrument costs, and postoperative outcomes.

103 We envision that a portable Raman instrument could be combined with the capillary-tube-bas

104 The automated instrument could improve access to IUI as a treatment op

105 d, battery-powered, and remotely operated ME instrument coupled to laser-induced fluorescence detecti

106 The instrument described allows for future innovative, such

107 experiments reveal that the modified DTIM-MS instrument described here achieves enhanced levels of io

108 Results: The instrument design is described, and its physical perform

109 Records were eligible if they included any instrument developed, tested, and/or used to measure the

110 Standard instrument development processes were followed across 4

111 Automated patch clamp (APC) instruments enable efficient evaluation of electrophysio

112 ectively assessed using EuroQOL-5-dimensions instruments; EP was assessed in 192 patients who survive

113 rved in a native state, by using an OrbiSIMS instrument equipped with cryogenic sample handling and a

114 quency also correlated with years of musical instrument experience suggesting that the former is pote

115 formation dependent upon the capacity of the instrument, experimental design and technical bias.

116 ted, and an extension of this approach to an instrumented fleet of mobile monitoring vehicles is disc

117 Instruments focusing on near-infrared spectroscopy allow

118 vailability in the intensive care unit as an instrument for admission to the intensive care unit.

119 Our objective was to use our validated VQoL instrument for children and young people 10 to 15 years

120 AP) activity using a common quantitative PCR instrument for fluorescence detection.

121 OrbiSIMS is a recently developed instrument for label-free imaging of chemicals with micr

122 Oxford Cognitive Screen [OCS]-Plus, a novel instrument for low-literacy populations, assessing memor

123 ognitive function but not when using a novel instrument for low-literacy settings.

124 formed, psychometrically-validated, clinical instrument for measuring, quantifying and tracking PROMs

125 At this time TE may be the only instrument for proactive therapy which should therefore

126 hemistry matched with an automated fast-flow instrument for the direct manufacturing of peptide chain

127 344 rats on either Test or Control diet were instrumented for electroencephalography biotelemetry mea

128 We reviewed design and instruments for 4 national household surveys, 2012-2016,

129 We selected genetic instruments for blood levels of high-density lipoprotein

130 Clinical Stryker imaging instruments for endoscopy and open surgery were used in

131 timates based on a combination of 16 genetic instruments for gamma' fibrinogen and 75 genetic instrum

132 Genetic instruments for gamma' fibrinogen and total fibrinogen w

133 of administration and more information-rich instruments for managing and recording transactions and

134 To select validated genetic instruments for MR, we regressed plasma sRAGE on genome-

135 Program (MVP) were used to construct genetic instruments for plasma lipid traits.

136 Using genetic instruments for self-reported and accelerometer-measured

137 th simple analyzers and low-cost measurement instruments for the acquisition of the surface temperatu

138 ruments for gamma' fibrinogen and 75 genetic instruments for total fibrinogen indicated a protective

139 the Ocular Response Analyzer (ORA) (Reichert Instruments) for the calculation of corneal resistant fa

140 Herein, we developed an instrument-free approach for rapid quantification of tar

141 tion as a simple (one-step), cost-effective, instrument-free assay and no need for handling reagents.

142 Herein, an instrument-free ZIKV POC test using a drop of blood comp

143 dition, making sensor use facile, rapid, and instrument-free.

144 of the primary visual cortex of chronically instrumented, freely moving male rats (n = 7) during ste

145 Replication analysis using genetic instruments from a different genome-wide study and sensi

146 h (SRH) is widely used as an epidemiological instrument given the changes in public health since its

147 ty Index-3 (HUI-3), and the Glaucoma Profile Instrument (GPI).

148 All four instruments had similar performance, leading to a possib

149 chnique is readily miniaturized and numerous instruments have been developed over the last 3 decades,

150 The instrument holds great promise for monitoring the dynami

151 The cold neutron imaging and diffraction instrument IMAT, at the second target station of the pul

152 ging data includes initial validation of new instruments, important new information about the prevale

153 Following pre-testing of the survey instrument in a different district, questions about soci

154 The SEVERE index may prove to be a useful instrument in identifying patients with high risk of dev

155 The affordable instrument, in conjunction with the disposable paper sen

156 oretical resolution and speed of the optical instruments, in mesoscopic samples, image quality is sti

157 Response Analyzer (ORA; Reichert Ophthalmic Instruments Inc, Depew, New York, USA).

158 Prior studies used a range of cognitive instruments, including subjective assessments (10 studie

159 Instrumented indentation has been developed and widely u

160 nclusion, the good reproducibility among the instruments indicates that they may be used interchangea

161 Studies used a median of 2 instruments (interquartile range 1-4 instruments) and ev

162 domains were evaluated using a median of 77 instruments (interquartile range 39-87 instruments).

163 ene from toxigenic C. difficile The Revogene instrument is a new molecular platform that uses real-ti

164 analyses, investigators must assume that the instrument is as-if randomly assigned.

165 (2) the procedure must be repeated when the instrument is changed or after a certain period due to t

166 The 3DI instrument is composed of a miniaturized electrostatic a

167 nd can be used to validly assess whether the instrument is significantly closer to being as-if random

168 orrelated with AD using novel modalities and instruments is at the center of attention.

169 r analyzing interaction data from biosensors instruments is based on the simplified assumption that a

170 ysis of CC using commercially available OCTA instruments is complicated, and researchers need to tail

171 recorded on different samples and different instruments is however made difficult by variations in b

172 patible with injection systems of Agilent CE instruments is proposed, which consists of a short segme

173 performing targeted analysis on ion trapping instruments is the potential for increased variability i

174 Instrument limits of detection (LOD; 2sigma, 10 s) were

175 Instrument linearity (r(2) >=0.98), inter-day precision

176 Here, we describe the use of instrument logic to select peaks of interest via targete

177 r of fetal growth, and the choice of genetic instrument (maternal or fetal) will greatly influence th

178 Dermatology QOL instruments may measure general skin-specific, disease-s

179 n of a mass spectrometer without any further instrument modifications or increased ion activation.

180 developed for the Sentinel-2 Multi-Spectral Instrument (MSI).

181 (Bubbles; n = 67), and music accompanied by instruments (Music; n = 49) for the nonfood portion of t

182 rming the experiments on a conventional qPCR instrument (n = 41).

183 l with "herring-bone" geometry used with the instrument NanoAssemblr.

184 r authentication sample set measured on five instruments: near-infrared, mid infrared (MIR), ultravio

185 re its performance with other well-validated instruments: No-Apnea, STOP-Bang, and NoSAS.

186 Our multi-instrument observations made 19 months later found that

187 Using digital holography, the instrument obtains the images in a non-contact manner, r

188 Both instruments of functionality and pain showed extensive i

189 SIMS instruments operate in high-vacuum, and samples are typi

190 f taste has become a basis for the design of instruments, operation principles and parameters enablin

191 The normed assessment instruments operationalize the empirically derived syndr

192 Whenever we move, speak, or play musical instruments, our actions generate auditory sensory input

193 eline (ProNorM), we mitigate variation among instruments over time and accurately predict tissue prop

194 Collision energy (CE) is a crucial instrument parameter that can be exploited to improve st

195 Q-SRP was performed by hand instruments per quadrant at 1-week-intervals.

196 sociated with temporally sparse sampling and instrument performance limit our ability to identify loc

197 necessary the evaluation of the precision of instruments performing such measures.

198 The results show new potential for this instrument platform for studies of large protein and pro

199 ry temperature, instrumental conditions, and instrument platform selection.

200 On trap-based instrument platforms that accumulate ions prior to mass

201 n of proteins and protein complexes on three instrument platforms.

202 ine nonoptimized classifiers across multiple instruments, preprocessing methods, and measurements.

203 ew of the literature to identify domains and instruments previously used to evaluate these outcomes.

204 ucoma detection compared to most but not all instrument provided parameters.

205 gnostic accuracy of GBCs to that of standard instrument-provided parameters.

206 idge is operated through a dedicated compact instrument providing fully automated fluid processing an

207 rometry and thus highly sensitive analytical instruments providing high abundance sensitivity are req

208 old, mortality was the sole outcome, or only instrument psychometrics or procedural outcomes were rep

209 and 94.0% of the total ions detected by each instrument, respectively).

210 ence coverage to what was achieved using the instrument's existing ETD capabilities.

211 rate the influence of free convection on the instrument's readings.

212 onnaires after each case evaluating the iOCT instrument's utility.

213 need to tailor their strategies based on the instrument, scan patterns, anatomy, and thresholding str

214 ive use of high-throughput capital-intensive instruments, SEPSTAT has the potential to increase the e

215 hree different RPPA platforms using distinct instrument set-ups and workflows.

216 ses (e.g., with Illumina NextSeq and NovaSeq instruments), shorter paired-end reads and longer single

217 sulfate in field measurements using advanced instruments such as Aerosol Mass Spectrometer and the ma

218 alternative to conventional laboratory-based instruments such as real-time PCR (qPCR).

219 Most IV analyses use naturally occurring instruments, such as distance to a hospital.

220 lity for two practical switching modes in an instrument suitable for scanning the human head.

221 potential of 3D printing to generate optical instruments tailored to the needs of individual analytic

222 MR methods, accommodates multiple correlated instruments, tests the causal effect of gene on trait in

223 eveloped a novel, to our knowledge, in vitro instrument that can deliver intermediate-frequency (100-

224 Here we present an instrument that combines an open-top, single-objective l

225 Here, we describe an optical-imaging instrument that integrates a visible multispectral imagi

226 We used an original survey instrument that presents 7 vaccine-preventable "new" dis

227 f mineral ions can now be explored with ESMS instruments that are increasingly available to bioanalyt

228 nal scanning have enabled the development of instruments that can generate images that are useful in

229 resumably due to the lack of high-resolution instruments that can probe structural changes at the ato

230 or GSH detection often require sophisticated instruments that may not be available in laboratories wi

231 rticularly with the new-generation satellite instruments that offer finer spatial and temporal resolu

232 e the fabrication of more complex laboratory instruments that rely on 3D positioning and accurate dis

233 erformance of numerous detection and imaging instruments that use- X-rays, gamma-quanta, ionising par

234 bed and evaluated psychometric properties of instruments that were developed and used to assess mealt

235 ased sensitivity of MALDI-2 available in one instrument, the described methodology could be a valuabl

236 stic infrastructure dependent on specialized instruments, their exclusive reagent supplies quickly be

237 ed personnel, laborious procedures, or bulky instruments, thereby decentralizing this important test

238 e aggregated a comprehensive list of outcome instruments; this offers an ideal starting basis for eme

239 ntensive and require sophisticated expensive instruments, thus not suitable for point-of-care use.

240 calibration, while concurrently reducing the instrument time and cost.

241 ntitation of PTMs requires a great amount of instrument time for LC-MS data acquisition of individual

242 By administering the pilot instrument to patients, the theoretical framework underg

243 en biomarker discovery in order to train the instrument to provide reliable results based on a specif

244 ed self-reporting questionnaire-20 score (an instrument to screen mental health disorders and detect

245 Using valid instruments to assess caregiving knowledge, attitudes, s

246 nut allergy (PA) on children using validated instruments to assess psychosocial burden and the factor

247 tion and proposed conceptual model can allow instruments to be developed that measure the effects, ex

248 531) addressed the accuracy of 49 screening instruments to detect cognitive impairment.

249 Continuing development of instruments to record PROs in the early stages of AMD ha

250 id of more sensitive, accurate, and portable instruments to verify cleaning onsite has to be filled.

251 1mmol/L (38.67mg/dL) increase of genetically instrumented total and LDL cholesterol were associated w

252 from the space-based TROPOspheric Monitoring Instrument (TROPOMI) launched in 2017 that show methane

253 sted in the presented experiments here while instrument type-specific DEs were obtained.

254 nt approach that is compatible with multiple instrument types and makes no assumptions on the sample'

255 nt varies depending on the type of cognitive instrument used and the etiology of critical illness.

256 module (PHQ-9) is a 9-item self-administered instrument used for detecting depression and assessing s

257 The minimum detection limits for the instrument used were estimated at 2.8 and 1.6 g/mile on

258 nced, and the software version number of all instruments used in the study should be stated clearly.

259 The instruments used to aid diagnosis are time and labor exp

260 The IoT instrument uses an Arduino microcontroller to control te

261 The instrument uses four parallel detection channels and hea

262 The instrument uses thin coated, biocompatible SPME fibers,

263 sponses can be transferred between different instruments via a regression approach.

264 ination of magmatic systems beneath sparsely instrumented volcanoes globally.

265 y old and twelve young subjects walked on an instrumented walkway in real and virtual environments wh

266 While all instruments warrant further testing, Mealtime Engagement

267 The instrument was already fitted with electron transfer dis

268 In Salt Lake City, Utah, a GHG instrument was deployed on a light rail train car that c

269 A portable near infrared spectroscopy (NIRS) instrument was evaluated for the discrimination of indiv

270 cPILOT assay developed on an Orbitrap Velos instrument was transitioned to an Orbitrap Fusion Lumos

271 The 1064 nm laser beam of the handheld Raman instrument was used to partially remove the fat bloom of

272 The psychometric quality of eligible instruments was evaluated using a newly developed psycho

273 on in a standard laboratory light scattering instrument we reproduce the theoretically predicted phen

274 e Clinical Dementia Rating as group-defining instrument, we hypothesised that the MRI signal of monoa

275 pression-reducing features of this prototype instrument, we successfully demonstrated the ultrahigh-t

276 Using these scores as genetic instruments, we estimated the maternal and fetal genetic

277 and the Suitability Assessment of Materials instrument were used to assess the readability and suita

278 Instruments were eligible if they were originally develo

279 9438 records were retrieved and 19 eligible instruments were identified.

280 All instruments were scored as having low psychometric quali

281 Across studies, 366 unique instruments were used, most frequently the Wechsler and

282 Two home-built instruments were utilized, featuring coherent anti-Stoke

283 ot be uncritically utilised as a replacement instrument when measures of physical illness and other o

284 n chemical ionization (CI) mass spectrometer instruments, which are increasingly being used in divers

285 son to recent studies using more advanced MS instruments, which underline the high potential of this

286 ority of ROIs were hypo-reflective with both instruments, while slightly more hyper-reflective ROIs (

287 Here we use the GHGSat-D satellite instrument with 50 m effective spatial resolution and 9-

288 combine a standard nES unit of our nES GEMMA instrument with a commercially available AC corona disch

289 resent a new time-domain multi-confocal FLIM instrument with an array of 64 visible beamlets to achie

290 otyping assay run on a fully integrated dPCR instrument with five optical channels.

291 entation of the GOAL questionnaire, a simple instrument with only four parameters easily obtained dur

292 Marine animals are increasingly instrumented with environmental sensors that provide lar

293 Participant vehicles were instrumented with sensors that captured continuous drivi

294 ime consuming, requiring expensive and bulky instruments with a constant need of electricity which ma

295 Several screening instruments with acceptable sensitivity and specificity

296 nt a quantitative MALDI-MSI method using two instruments with different types of mass analyzers, i.e.

297 covery, or in situ analysis using underwater instruments with limited range of analyte detection and

298 nt sources and suggest that future satellite instruments with similar pixel resolution but better pre

299 ental State Examination was the most-studied instrument, with a pooled sensitivity of 0.89 (95% CI, 0

300 y for combining TOF-SIMS analysis with other instruments within the same analytical chamber.