ライフサイエンスコーパス: fully automated

1 ays for therapeutic drug screening today are fully automated.

2 matching and picking, and therefore, are not fully automated.

3 ticentre context, as it is simple, rapid and fully automated.

4 g solutions, thus making the readout process fully automated.

5 Here we develop a fully automated 3D-printed chemorobotic fluidic system t

6 A fully automated 5-month follow-up assessment was conduct

7 Fully automated (68)Ga labeling of 0.3 nmol of aquibepri

8 Here, the procedures for fully automated (89)Zr-mAb production are described and

9 ion in cryo-electron microscopy experiments, fully automated acquisition of every cell in a plastic s

10 A fully automated additive manufacturing process that prod

11 In this work, for the first time, fully automated agitation-assisted demulsification (AAD)

12 gional atrophy rates were derived by using a fully automated algorithm applied to T1-weighted magneti

13 Purpose To develop and evaluate a fully automated algorithm for segmenting the abdomen fro

14 e present inference of peptidoforms (IPF), a fully automated algorithm that uses spectral libraries t

15 nd synthetic images were analyzed by using a fully automated algorithm.

16 Choroidal thicknesses were analyzed using a fully automated algorithm.

17 ictive values and the accuracy of visual and fully automated analyses of (11)C-PiB for the prediction

18 , negative predictive value, and accuracy of fully automated analyses of (18)F-FDG PET were 0.37, 0.7

19 Fully automated analysis of echocardiography images prov

20 Fully automated analysis of LLRs yielded accurate result

21 LCM with a proteomics workflow that provides fully automated analysis of proteomes from microdissecte

22 Fully automated analysis of retinal OCT images from clin

23 ndentation curves, a crucial step to achieve fully-automated analysis of AFM-generated data.

24 Conclusion The fully automated anatomic localization and classification

25 DockTope is fully automated and allows any researcher to construct a

26 size range, this instrumentation is not yet fully automated and can present technical challenges.

27 its [(18)F] radiolabeling within a one-step, fully automated and cGMP compliant radiosynthesis of [(1

28 The system was fully automated and controlled remotely through a local

29 The analysis is fully automated and generates easily manageable database

30 Fully automated and manual left ventricular volumes were

31 An easily performed fully automated and miniaturized flow injection chemilum

32 he microbeads-based microfluidic platform is fully automated and programmable.

33 This novel method is also fully automated and proven to be highly robust for routi

34 A fully automated and rapid system for (99)Tc monitoring i

35 e a first step to the latter goal by using a fully automated and structure-based workflow, applicable

36 PSMD is a new, fully automated, and robust imaging marker for SVD.

37 ucible analysis pipelines that are reliable, fully automated, and scalable to datasets generated over

38 d the label interpretation step to produce a fully automated annotation strategy.

39 A fully automated antifungal susceptibility test system re

40 Here we propose a fully automated approach (DeepCryoPicker) for single par

41 We design a fully automated approach for cryo-EM 3D density maps rec

42 Here, we present a fully automated approach for PUL prediction using genomi

43 n of human iris pigmentation, we introduce a fully automated approach that specifies the areal propor

44 We developed an unsupervised, fully automated approach to classify active electrodes s

45 The fully automated Aptima HIV-1 Quant Dx assay (Aptima assa

46 The purpose of this study was to evaluate a fully automated artificial intelligence approach for pre

47 We use this inexpensive, fully automated assay to quantitatively characterize the

48 Fully automated assays help fill the clinical need for a

49 sent a new interface (Rhapsody) that enables fully automated assessment of pathogenicity, incorporati

50 With use of the fully automated BC data from 12 128 outpatients (mean ag

51 f the Veris HCV Assay for use on the new and fully automated Beckman Coulter DxN Veris Molecular Diag

52 of the Veris HIV-1 assay for use on the new, fully automated Beckman Coulter DxN Veris molecular diag

53 d 5CSRTT system can serve as a prototype for fully automated behavioral training, with methods and pr

54 Recently, the FDA cleared the fully automated BioPlex 2200 Syphilis Total & RPR assay

55 Conclusion Fully automated body composition (BC) metrics vary signi

56 Materials and Methods Fully automated bone attenuation (L1-level attenuation),

57 We present a fully automated cantilever-based method for highly preci

58 Using a fully automated cell-pressure-probe (ACPP) on leaf epide

59 e integration of the methodologies enables a fully automated characterization of HSA using only a few

60 d in this study facilitate fast and accurate fully automated classification of monogeneans at the spe

61 m-based indicators are generally measured on fully automated clinical analyzers available in most hos

62 ike clustering, but a complete solution with fully automated cluster identification has not been achi

63 Fully automated clustering organized the validation data

64 The fully automated combined RNN and CNN framework for analy

65 Here we demonstrate a fully automated computational approach that enables high

66 Here we introduce a fully automated computational approach that programs 2D

67 of fully integrated PET/MRI, we developed a fully automated computational pipeline that allows the n

68 Here we present an easy-to-use, fully automated, computational pipeline (Automated Isofo

69 A fully automated computer algorithm was developed for qua

70 The fully automated computer system detects and anatomically

71 lity compounds of up to 14 carbon atoms in a fully automated (computer-free), independent, low-cost,

72 To overcome this problem, we propose a fully automated cryo-EM 3D density map reconstruction ap

73 Conclusion This fully automated CT-based liver fat quantification tool a

74 A fully automated custom-built software was used to provid

75 Conclusion: A fully automated data-driven motion-compensation approach

76 (R = 0.99) and equivalency (P < .001) of the fully automated deep learning BC analysis method with ma

77 ivalency testing with manual segmentation, a fully automated deep learning BC analysis pipeline was a

78 We aimed to evaluate the prognostic value of fully automated deep learning-based EAT volume and atten

79 Radiomics features extracted from fully automated deep learning-based tumor segmentations

80 Purpose To demonstrate the validity of fully automated, deep learning BC analysis from abdomina

81 A fully automated detection and grading network based on d

82 icate that deep learning can be used for the fully automated detection and grading of urothelial cell

83 sy population, using both semi-automated and fully automated detection methods, and that this biomark

84 In fully automated detection of PCa patients, deep learning

85 ucture elucidation (CASE) and is followed by fully automated determination of relative configuration

86 The newly designed, fully automated diagnostic method based on deep learning

87 In this paper we present a free-standing, fully automated DMF platform for immunoassay.

88 We have developed a fully automated, dual-stage online cleanup that uses str

89 Fully automated EAT volume and attenuation quantificatio

90 Unterschleissheim, Germany) was applied for fully automated EF and LS measurements.

91 Conclusion Fully automated estimates of breast density made from sy

92 This fully automated extraction-HPLC approach was demonstrate

93 llows annotation of copy number changes in a fully automated fashion and quantification of CNV hetero

94 l inference platform to infer the model in a fully automated fashion directly from experimental data.

95 gh-accuracy 3D-model of amyloid plaques in a fully automated fashion, employing rigid and elastic MSI

96 CASE mechanism to elucidate candidates in a fully automated fashion, with input of the molecular for

97 identification of individual HTR events in a fully automated fashion.

98 red to match conventional analysis, but in a fully automated fashion.

99 ed proton and fluorine NMR binding data in a fully automated fashion.

100 to perform the entire process in a reliable, fully automated fashion.

101 ny physiologically-relevant environment in a fully-automated fashion, this method can augment and pot

102 In this work, we propose a fully automated fitting procedure that extracts prior kn

103 as been developed and validated by employing fully automated flow-through elution coupled with online

104 ugh a dedicated compact instrument providing fully automated fluid processing and thermal control.

105 tive, low power and reagents consumption and fully automated for AB detection by using a dual aptamer

106 The method could be fully automated for integration into clinical practice f

107 Fully automated gating is a feasible approach to motion

108 a streamlined strategy for quantitative and fully automated gene-centered Y1H screens using a novel

109 Here we present a fully automated generic approach for registering mass sp

110 The platform for the assay, uTASWako g1 Fully Automated Genetic Analyzer, performs automated sam

111 reframe DNA origami objects, however, render fully automated, geometry-based sequence design approach

112 Conclusion: Procedures for fully automated GMP-compliant production of (89)Zr-mAbs

113 Therefore, we aimed to develop a simple, fully automated, good-manufacturing-practice (GMP)-compl

114 Database generation is fully automated, greatly facilitating incorporation of n

115 This system represents a fully automated GWAS curation effort and is made possibl

116 The method is fully automated, has been validated to work well at two

117 hod may be amenable to field-use followed by fully automated, HCT-independent DBS-SPE-LC-MS/MS bioana

118 A fully automated headspace bubble-in-drop microextraction

119 e we report the design and construction of a fully automated high-throughput fluorescence microscope

120 tabase with which to pursue next-generation, fully automated histological approaches.

121 tumor ecosystem diversity index (EDI), using fully automated histology image analysis coupled with st

122 The validity of this fully automated HTR detection system was tested with the

123 el within a complex 3D cell environment in a fully automated HTS workflow.

124 cated software tool MeroX was employed for a fully automated identification of cross-links.

125 igital images are impediments for developing fully automated identification system for monogeneans (L

126 ch as bars and anchors are used to develop a fully automated identification technique for monogenean

127 We developed a fully automated image analysis approach to address the c

128 In the first place, we developed a fully automated image analysis method to measure quantit

129 ectin (H-AN) assays were developed using the fully automated immunoassay system, HI-1000 and their si

130 rometry (HT-LC-HRMS) approach that employs a fully automated immunocapture step, significantly improv

131 A fully automated integrated analytical platform that incl

132 thy Using the Internet [SHUTi]) was a 6-week fully automated, interactive, and tailored web-based pro

133 We developed DynaMet for fully automated investigations of isotope labeling exper

134 centered 3D OCT images were segmented with a fully-automated Iowa Reference Algorithm into 10 layers.

135 agent, and manual region-of-interest versus fully automated L1 Hounsfield unit measurement were asse

136 The fully automated library preparation by centrifugal micro

137 s and Methods In this retrospective study, a fully automated liver segmentation algorithm was applied

138 n automated and miniaturized LLE procedures, fully automated LLE techniques allowing high-throughput

139 of T2 relaxometry as a sensitive measure in fully automated low-cost magnetic-resonance devices at t

140 In this paper we describe the prototype of a fully automated low-cost, portable live-cell imaging sys

141 ic INNOTEST and the newer modified INNOTEST, fully automated Lumipulse (FL), EUROIMMUN (EI), and Meso

142 We hypothesized that a fully automated machine learning algorithm could circumv

143 A novel fully-automated magnetic stirring-assisted lab-in-syring

144 zyme-linked immunosorbent assay (ELISA) in a fully automated manner for CD4 cell count.

145 eration-labeling kinetics were obtained in a fully automated manner.

146 nterrogation of rapidly moving droplets in a fully automated manner.

147 We propose here a fully automated mathematical approach that identifies cl

148 proved computational methods that facilitate fully automated MD workflows gains more importance.

149 This is the first demonstration of a fully automated ME analysis of soil samples relevant to

150 g need for rapid, specific, inexpensive, and fully automated means of biomarker analysis.

151 Fully automated measurement of haemorrhage volume was po

152 Fully automated measurements were compared using Pearson

153 A fast and fully automated method for chiral analysis has been deve

154 s clones with high confidence and provides a fully automated method for clonal grouping.

155 The fully automated method is based on heated purge-and-trap

156 The findings of the present study favor a fully automated method of analysis for (11)C-PiB assessm

157 The fully automated method resulted in measurements that wer

158 Performance of a fully automated method to accurately detect, differentia

159 Development and validation of a fully automated method to detect and quantify macular fl

160 We have developed a fully automated method to measure iliopsoas muscle volum

161 This paper presents a fully automated method to overcome matrix influences usi

162 The proposed fully automated method was useful for predicting IDH mut

163 quences of Synchronous EvenTs), an improved, fully automated method which determines diagonal structu

164 Conclusion A fully automated method with three-dimensional ultrashort

165 alysis by 2 masked observers and by use of a fully automated method; wide-field mosaics of subbasal n

166 Here we present a fully-automated method of flagellum identification from

167 Currently, there are no user-friendly, fully automated methods to perform the task of identifyi

168 n 60 and 128 minutes using the semi- and the fully-automated methods, respectively.

169 Here, we introduce a new fully automated micro-LLE technique based on gas-pressur

170 We have developed a fully automated microfluidic RT-qPCR system for rapid qu

171 A fully automated microfluidic-based electrochemical biose

172 a method is presented for the first time in fully automated mode and using non-destructive image acq

173 portantly, ITP-DQAMmiR can be performed in a fully automated mode using a commercial CE instrument ma

174 n liquid phase microextraction (mu-EME) in a fully automated mode.

175 sed-loop experimentation) for the robust and fully automated multi-objective optimization of targeted

176 ons for a specific AOSLO imaging system, our fully-automated multi-modality CNN-based cone detection

177 , and globus pallidus were segmented using a fully automated multiatlas approach.

178 cts using state-of-the-art MRI and advanced, fully automated multiatlas segmentation techniques.

179 Bio-Rad Laboratories has developed a fully automated multiplex bead-based assay for the detec

180 rototype custom-made device that can perform fully automated multiplexed analyses is devised.

181 e characteristics of a new, high-throughput, fully automated nucleic acid amplification test system f

182 Here, we introduced a fully automated online dynamic in-tube extraction (ITEX)

183 Our results proved the excellence of the fully automated online dynamic ITEX-GC/MS system for tra

184 We developed a comprehensive, fully automated online platform for high-resolution liqu

185 The continuous-flow and fully automated operation of this nanofluidic protein an

186 It provides a fully automated opportunity to customize the classificat

187 We incorporate this penalty in a fully automated optical design flow using a quasi-Newton

188 thin it and whether such systems ought to be fully automated or remain under some form of direct huma

189 n both plasma and CVL specimens and that the fully automated Panther system has all the necessary fea

190 In this work, a fully automated parallel LC column method was establishe

191 r-friendly streamlined tool which performs a fully-automated parallel processing of genome-wide epige

192 analyses that are quantitative, consistent, fully-automated, parameter-free, and rapid on whole opti

193 SR-MS/MS methodology to use as an online and fully automated partial reduction procedure.

194 ng with SIFT image feature and BoW model for fully automated PCa patients differentiation from prosta

195 Strep (GAS) assay (Luminex, Austin, TX) is a fully automated PCR assay for direct detection of GAS in

196 nds GeneXpert MTB/RIF Ultra (Xpert Ultra), a fully automated PCR assay, as the initial tuberculous me

197 for reliably processing sputum samples in a fully automated PCR system.

198 A fully automated PET-only quantification method was used

199 PconsFold is a fully automated pipeline for ab initio protein structure

200 , were immuno-enriched from rat serum with a fully automated platform based on streptavidin coated ti

201 ance and enables further implementation in a fully automated platform for ESI-MS-based high-throughpu

202 Here, we report a fully automated platform termed autoPOTS (automated prep

203 Methods We aimed to develop a fully automated platform to collect PRO and evaluate its

204 We developed a fully automated portable 2-dimensional (2-D) gas chromat

205 The developed prototype of this fully automated portable device requires minimal reagent

206 ronic boards, can be used to produce simple, fully automated portable sensors for the in situ determi

207 's disease (PD) compared to controls using a fully automated potentially scalable method of analysis.

208 The fully automated procedure exhibited acceptable linearity

209 er number of genomes necessitates the use of fully automated procedures for annotation, but errors in

210 Here we report a fully automated process for enzyme-mediated oligosacchar

211 We first develop a fully automated process synthesis framework to guide pro

212 n interisotopic mass accuracy of 1 ppm, in a fully automated process, using all three parameters, it

213 ct classes of small molecules using the same fully automated process.

214 We describe a fully automated processing pipeline to support the nonin

215 In this paper, we apply a recently developed fully-automated quality control pipeline for cardiac MR

216 value ratio (SUVR) threshold, we assessed a fully automated quantification method comparing visual a

217 levels of the abdomen and may be capable of fully automated quantification of body composition metri

218 Fully automated quantification of percentage of low-atte

219 We established a microfluidic device for fully automated, quantitative assessment of neutrophil c

220 The fully automated radiosynthesis of octreotide[Trp(2-CF(2)

221 wed great potential for the development of a fully automated, rapid, and easy-to-use immune profiling

222 t as well as simulated annealing, and allows fully automated refinement without manual intervention o

223 Fully automated replicate testing using a standard clini

224 transitions across many samples and delivers fully automated, reproducible peak integration results i

225 ple method of processing sputum samples in a fully automated respiratory viral panel RT-PCR assay (Fi

226 Here we report a fully automated robotic ChIP (R-ChIP) pipeline that allo

227 This fully-automated robotic platform, BioAutomata, evaluates

228 To address this deficit, we developed a fully-automated robotic screening platform that provided

229 In this study, a new fully automated robust microplastics identification meth

230 number and intensity correlation (SONIC), is fully automated, robust to noise, and does not require t

231 This plaque characterization approach is fully automated, robust, and promising for live-time tre

232 mple preparation (reduced hands-on time) and fully automated sample analysis.

233 ve developed a nanoPOTS autosampler allowing fully automated sample injection from nanowells to LC-MS

234 ere successfully coupled to HCT-independent, fully automated sample preparation and online liquid chr

235 -based microfiltration device comprised of a fully automated sample processing unit and a machine-vis

236 The Luminex Aries Flu A/B & RSV assay is a fully automated sample-to-answer molecular diagnostic as

237 of the Idylla prototype Ebola virus test, a fully automated sample-to-result molecular diagnostic te

238 as is typical in academics), or used for the fully automated screening of many different interactions

239 We developed a fully automated segmentation method for TKV and TLV meas

240 These findings demonstrate a fully automated segmentation method that measures TKV, T

241 Purpose To describe a fully automated segmentation method that yields object-b

242 CNNs were used to develop a fully automated segmentation model for proton density-we

243 We have developed a fully automated sensor to assay the endoprotease activit

244 Here, we report a method for fully automated sequential cryoFIB preparation of high-q

245 Additionally, fully automated serial cryosectioning and fluorescence i

246 nd organic solvents on a Teflon substrate, a fully automated small-scale strategy is developed on the

247 men were analyzed with previously validated, fully automated software for quantitative estimation of

248 is study tested the hypothesis that a novel, fully automated software using machine learning-enabled

249 WML volume was segmented using fully automated software.

250 und qualitatively consistent results using a fully automated spike ripple detector, including compari

251 In this work, we propose a new fully automated spinal cord segmentation technique that

252 Prototype fully automated spinal segmentation and fracture detecti

253 analysis by means of prototype software for fully automated spinal segmentation and fracture detecti

254 Using a fully automated state-of-the-art platform, the Simoa HD-

255 Using this type of reactor, a fully automated strategy has been developed for the rapi

256 Our fully automated system achieved levels of accuracy compa

257 The fully automated system allows fabrication of models of u

258 This fully automated system can contribute to speed up our un

259 ing, then implement and validate OptoDyCE, a fully automated system for all-optical cardiac electroph

260 methodology reported herein could lead to a fully automated system for depth of sedation monitoring.

261 Conclusions A fully automated system for PRO collection enhanced clini

262 1.5 l pots (81 mm diameter, 300 mm high), a fully automated system was developed enabling measuremen

263 We have developed a fully automated system, 'CognoSpeak', which enables risk

264 ies accurately from small blood volumes in a fully automated system.

265 These improvements include a fully automated targeted sequencing platform through the

266 In this work, we demonstrate a simple and fully-automated technique for obtaining dissolution prof

267 T2MR is the first fully automated technology that directly analyzes whole

268 nce characteristics and the convenience of a fully automated testing system make the Aptima ZIKV assa

269 We developed a novel and fully automated three-dimensional cell nuclei segmentati

270 Our assay is based on the fully automated, time-resolved quantification of phospho

271 We implemented a fully automated, tissue slide-based assay to detect miR-

272 uires no parameter tweaking; thus, it can be fully automated to analyze thousands of images with no u

273 To make PhenoPro a fully automated tool, we also include a natural language

274 Using a fully automated tracking and analysis pipeline, we exami

275 ial to close an important gap in biologging: fully automated tracking and proximity sensing of small

276 We demonstrate its application in fully automated tracking of elongating and intersecting

277 Furthermore, the fully automated two-dimensional separation is extremely

278 These issues motivate us to develop a fully automated, unbiased framework for particle picking

279 We design a fully automated, unsupervised approach for single partic

280 Retinal images were analyzed using a fully automated validated computerized system that provi

281 BPE was quantified using fully-automated validated computer algorithms, separatel

282 mand, therefore allowing highly flexible yet fully automated variant calling.

283 Fully automated VBD estimates from DBT, FFDM, and MR ima

284 Fully automated ventricular segmentation by the tested a

285 ent of a digital-to-biological converter for fully automated, versatile and demand-based production o

286 These protocols can be run fully automated via the ROSIE web server or manually on

287 mammographic density is measured by using a fully automated volumetric method.

288 by using both qualitative visual scoring and fully automated volumetric quantification.

289 d into specified culturing compartments in a fully automated way and at high accuracy.

290 Since the entire process was performed in a fully automated way and was easy to use, our microdevice

291 tem, where individual roots are tracked in a fully automated way.

292 In the recent blind CAMEO benchmark, our fully-automated web server implementing this method succ

293 BREATH is delivered in sixteen fully automated weekly modules covering early survivorsh

294 eparation and analytical processes were also fully automated with the use of a commercial autosampler

295 d on Taylor dispersion analysis (TDA) and is fully automated with the use of standard capillary elect

296 It is fully automated without user supervision, which is disti

297 per scanner) using five freely available and fully-automated WMH segmentation methods (Cascade, kNN-T

298 nique, recovers 95% of the key-odorants in a fully automated work-flow.

299 acquisition of TDP data that incorporates a fully automated workflow able to detect intact masses, g

300 un proteomics analysis, with a potential for fully automated workflow.