ライフサイエンスコーパス: detection method

1 y the combination of analysis with a uniform detection method.

2 level was observed depending on the protein detection method.

3 -resolution mass spectrometry as a sensitive detection method.

4 etter than the sensitivity of antibody-based detection method.

5 iderably enhance the applicability of such a detection method.

6 hly selective and label-free single-molecule detection method.

7 sorption/ionization mass spectrometry as the detection method.

8 sensing of nucleic acids using a paper-based detection method.

9 hese have only been uncovered using a single detection method.

10 s not possible due to the lack of a reliable detection method.

11 horesis (CE) with laser-induced fluorescence detection method.

12 detected by the density based lesion border detection method.

13 loping a species-specific and blood-specific detection method.

14 ic test strips, providing a highly sensitive detection method.

15 ously with (1)H-MRS using a specific lactate detection method.

16 nalyte to demonstrate the feasibility of our detection method.

17 sorption/ionization mass spectrometry as the detection method.

18 anopore technology is a promising label-free detection method.

19 id and wash-free homogeneous electrochemical detection method.

20 foods has great potential as a rapid in-situ detection method.

21 ogen entry and spread but also the choice of detection method.

22 magnetic field and using the multielectrode detection method.

23 of controlled vocabularies for experimental detection methods.

24 ation in response or a lack of robustness in detection methods.

25 of RNA for most PCR-based amplification and detection methods.

26 cal to many single-molecule manipulation and detection methods.

27 -optional platform to design target specific detection methods.

28 e requirements for colorimetric or tag-based detection methods.

29 ner that has not been described for other EV detection methods.

30 etween studies, perhaps because of different detection methods.

31 ary of FNA- and nanomaterial-based metal ion detection methods.

32 as nanozyme for developing highly sensitive detection methods.

33 nostic measures to complement currently used detection methods.

34 the European Commission for animal proteins detection methods.

35 and labour demands when compared to existing detection methods.

36 a pressing need for adequate and comparable detection methods.

37 ormance of alignment-based fusion transcript detection methods.

38 uate the performance of different subnetwork detection methods.

39 or developing more efficient and precise CNV detection methods.

40 multi-gene regulations require more advanced detection methods.

41 ause of the limited sensitivity of available detection methods.

42 considerable interest in faster and simpler detection methods.

43 her exploration and optimization of standoff detection methods.

44 the two differently sized beads for the two detection methods.

45 ight the limitations of using traditional AF detection methods.

46 its toxic effects and to set up appropriate detection methods.

47 apse detection tools as well as generic spot detection methods.

48 actors, such as the sensitivity of available detection methods.

49 to analyze zinc and metabolites by separate detection methods.

50 ficking to EVs, experimental conditions, and detection methods.

51 ss and speed of isothermal amplification and detection methods.

52 ose a great analytical challenge to existing detection methods.

53 ing wide-field illumination and camera-based detection methods.

54 Based on the detection method, a spectral modulation system for the o

55 Our approach consists of a sensitive peak detection method able to discover both faint and localiz

56 t CNV Radar is more sensitive than other CNV detection methods, accurately detects clinically importa

57 data require improvements to existing fusion detection methods along multiple axes: high depth of seq

58 cross-sectional study of a standard germline detection method and a deep learning method in 2 conveni

59 g R package l1kdeconv based on a new outlier detection method and an aggregate Gaussian mixture model

60 Additionally, by using the ultrasonic wave detection method and fractal dimension analyses, how fre

61 challenges using a duplex-focused precursor detection method and stacked random forests with special

62 es of Mozambique were screened using antigen detection methods and further characterized by molecular

63 here is a dire need to improve pre-malignant detection methods and identify new therapeutic targets f

64 stic markers due to development of optimised detection methods and increasing use of 3 T clinical sca

65 the latest next-generation sequencing-based detection methods and techniques to detect alternative B

66 While highly sensitive nucleic acid detection methods and testing of multiple specimens impr

67 microinfarcts, partly driven by new in-vivo detection methods and the development of animal models t

68 A detailed introduction to ammonia detection methods and the execution of control experimen

69 However, the use of targeted virus detection methods and the selective focus on EVs by most

70 ood products, with standardized HLA antibody detection methods and to investigate factors associated

71 t standardisation of antiglycolipid antibody detection methods and use as biomarkers in daily clinica

72 ays are prone to antibody batch differences, detection methods and variation between laboratories, th

73 n of 1.55 mum, as measured by the knife-edge detection method, and a field-of-view width of 28.0 mm w

74 based on ethnicity, cancer type, methylation detection method, and control source.

75 ke of preventive measures, adoption of early detection methods, and better treatments have resulted i

76 ll-based methods, nucleic acid amplification detection methods, and biosensors.

77 sing both semi-automated and fully automated detection methods, and that this biomarker outperforms a

78 nNETs) is increasing owing to more sensitive detection methods, and this increase is creating challen

79 A number of detection methods are available but their performances a

80 The current SA detection methods are costly, labor-intensive and requir

81 nfortunately, current commercially available detection methods are designed for the diagnosis of DENV

82 Conventional detection methods are effective, yet the expense and lac

83 umulation, for which sensitive and selective detection methods are highly necessary to carry out its

84 The specificity and sensitivity of detection methods are imperfect in complex samples, incl

85 s important that simple, rapid and sensitive detection methods are introduced.

86 ous role in diverse biological contexts, CDN detection methods are limited.

87 Therefore, simple, rapid, and specific detection methods are needed for food safety.

88 uitous in modern large biobanks, current IBD detection methods are not efficient at such a scale.

89 amages in humans and animals, while existing detection methods are not sensitive enough to detect OPs

90 Therefore, sensitive and selective DA detection methods are of high clinical relevance.

91 Efficient DNA mutation detection methods are required for diagnosis, personaliz

92 f the existing microbiological and molecular detection methods are time consuming and/or cannot diffe

93 ood labeling, robust, specific and sensitive detection methods are urgently needed.

94 Nucleic acid-based detection methods are widely accepted as the gold standa

95 Electrochemical detection methods are widely used in DNA diagnostics as

96 overcome the pitfall of present day albumin detection methods as well as accelerate the detection pr

97 emonstrated that SERS can be used as a broad detection method, as it identified a model set of 17 cli

98 ecome favorable alternatives to conventional detection methods, as they are cost-effective, environme

99 Distance-based detection methods, as used in development of microfluidi

100 e sensitivity of widely used driver mutation detection methods, as well as identify subtypes that hav

101 e findings will support development of early detection methods, as well as mechanism(s) of injury and

102 The VAMPr variant detection method, association and prediction models will

103 There are several sulfite detection methods available in the literature that vary

104 Nowadays, there is a broad range of detection methods available to identify CTCs.

105 nation cage, we developed a simple and rapid detection method based on fluorescence quenching to dete

106 In the second step, a detection method based on liquid chromatography coupled

107 tudy, we propose a novel scRNA-seq cell type detection method based on similarity learning, called Si

108 disintegration to develop a novel label-free detection method based on the quantification of subcellu

109 n we demonstrate a rapid, multiplex, one-pot detection method based on two-step amplification of the

110 his study, we present ADEPT, a dynamic error detection method, based on the quality scores of each nu

111 The proposed sensitive and selective THz detection method can provide abundant information of det

112 However, antibody detection methods can be combined with quantitative real

113 Object detection methods can be useful for identifying individu

114 ybridization probe for different small ncRNA detection methods, can be designed and searched using th

115 Molecular biological detection methods capable of rapidly identifying viable

116 oped CRISPR-assisted RNA-protein interaction detection method (CARPID), which leverages CRISPR-CasRx-

117 nexpensive capillary electrophoresis with UV-detection method (CE-UV) was optimized and validated for

118 esent a novel network-based protein homology detection method, CMsearch, based on cross-modal learnin

119 Currently, the most effective ncRNA detection methods combine structure-based techniques wit

120 The application of Raman spectroscopy as a detection method coupled with liquid chromatography (LC)

121 Additionally, the detection method demonstrates the platinum is dissolved

122 s in their brains using a mass spectrometric detection method developed for this purpose.

123 Mutation detection methods developed for either bulk-cell sequenc

124 Existing mutation signature detection methods do not consider tumor-level clinical/d

125 stablished chemical probing and newer duplex detection methods each having deficiencies.

126 Among various detection methods, electrical detection is particularly

127 ed to develop a capillary electrophoresis UV detection method, enabling nucleotide assignment in comp

128 hich combined with a low-cost real-time qPCR detection method, enhances assay detection sensitivity f

129 This facile and reproducible detection method exhibits an excellent linear dynamic ra

130 While D-loop detection methods exist, it is currently unfeasible to a

131 potential wide applicability as a One Health detection method for Ac and Am.

132 his task can be adapted to serve as an early detection method for Alzheimer's disease pathology.

133 as the potential to be a rapid and sensitive detection method for C. jejuni.

134 for the development of a rapid and sensitive detection method for C. jejuni.

135 Western blotting would be a simple end point detection method for cell-based screening of compound li

136 etailed characterization of the IMS as a new detection method for chip-HPLC.

137 fast, non-expensive, and minimally invasive detection method for distinguishing control and mdx mode

138 a rapid, sensitive, and selective real-time detection method for explosives traces may have an enorm

139 improve the phylogeny-based genome-wide HGT detection method for future applications.

140 technology works as a targeted amplification detection method for improved spatial transcriptomic vis

141 iquid chromatography with an electrochemical detection method for measuring plasma catecholamines (R(

142 omplexity of probe design and lack of proper detection method for multiplex analysis.

143 Forster resonance energy transfer (TR-FRET) detection method for PTMs of cysteine residues using a s

144 and this is the first published paper-based detection method for S. typhimurium in bird feces and wh

145 Even though ELISA is the official detection method for such residues, this technique may b

146 lcholine demonstrated the selectivity of our detection method for transmitters with positive charge.

147 es a new type of tracer nanoagents and a new detection method for water tracer sensing in oil reservo

148 current sensors do not have validated impact detection methods for accurate exposure monitoring.

149 Reliable direct-detection methods for active B. burgdorferi infection ha

150 Separation and detection methods for analyte mixtures, normally envisio

151 The current detection methods for food allergens are mostly based on

152 tended proof of concept for fast in solution detection methods for glutathione peptides that have exp

153 Traditional detection methods for heavy metals such as atomic absorp

154 public health and a key challenge is to find detection methods for identification of hazards in food.

155 pid, sensitive, portable and easy-to-operate detection methods for numerous drugs of interest in dive

156 Conventional detection methods for pathogens are time consuming and l

157 Effective early detection methods for PDAC are needed.

158 opment of thin-film composite membrane-based detection methods for the rapid, fieldable analysis of P

159 Current commercial detection methods for these spoilage species are liable

160 es require rapid, sensitive, and multiplexed detection methods for timely decision making.

161 Direct detection methods for Treponema pallidum include dark-fi

162 mples, the monoclonal antibody based antigen detection method from urine samples has been developed a

163 While colorimetric detection methods gave higher detection limits than elec

164 ap-IBD and four state-of-the-art IBD segment detection methods (GERMLINE, iLASH, RaPID, and TRUFFLE)

165 ntal influences, fungicides, sanitizers, and detection methods has vastly improved knowledge of this

166 Over the years, PCR-based molecular detection methods have been developed, but optimal sensi

167 Although many Hg(2+) detection methods have been developed, only few offer se

168 Even though several explosives detection methods have been established, these approache

169 Rapid point-of-care viral antigen detection methods have been previously employed for the

170 The electrochemical detection methods have emerged as a potential alternativ

171 However, available symmetry detection methods have not been tested systematically on

172 However, most radionuclide detection methods have spatial resolution inadequate for

173 oach combines multiple complementary subtype detection methods (HOPACH, sparse non-negative matrix fa

174 ection can be accomplished by a nucleic acid detection method; however, a negative result does not ex

175 ta and observe that his automated song pulse-detection method identifies only approximately 50% of th

176 n(s) for all ages in terms of exposure, sex, detection methods, IFA titre, Legionella species measure

177 developed ultrasensitive and genome-wide DSB detection method: immobilized direct in situ breaks labe

178 potential of this GO-peptide-based SPR chip detection method in clinical application.

179 itivity and specificity of the bioelectronic detection method in comparison to classical molecular bi

180 In order to assess the applicability of MOXI detection method in real samples; this method was tested

181 f the reasons is due to the lack of powerful detection method in the complex environmental matrix.

182 as imaging (OGI) is a commonly utilized leak detection method in the upstream and midstream sectors o

183 We examined the performance of peanut detection methods in cumin and garlic, focusing on quant

184 their pathogenic mechanism, and gene fusion detection methods in lacrimal gland and primary orbital

185 Applications of electrochemical detection methods in microfluidic paper-based analytical

186 ought to improve the sensitivity of obesogen detection methods in order to guide post-toxicological c

187 Technical advances in MRD detection methods in recent years have led to reduced co

188 earch based and commercially available miRNA detection methods in the last decade considering their s

189 r approach can be applied to a number of DNA detection methods including microbial profiling and may

190 boratories using molecular and culture-based detection methods, including a murine viral outgrowth as

191 research of rapid in-field aquatic bacteria detection methods, including cell-based methods, nucleic

192 merous complementary advantages over optical detection methods, including its label-free nature, capa

193 tudies on a reported fluorescence-based HCHO detection method involving its reaction with ampicillin.

194 Interferometric Optical Detection Method (IODM) was employed for reading out the

195 A promising new nucleic acid detection method is Clustered Regularly Interspaced Shor

196 nd water, an affordable and highly sensitive detection method is crucial.

197 e signal-generating moiety, stability of the detection method is increased relative to commonly used

198 a sensitive, specific and cost-effective DNA detection method is motivated by increasing demand for t

199 Moreover, our detection method is not affected by chemical alterations

200 An erythromycin (ERY) detection method is proposed using the fiber optic core

201 o adequately tackle this issue, an effective detection method is required for screening potential mal

202 This new digital detection method is very useful for detecting ultralow c

203 Therefore, standardization of detection methods is recommended.

204 Conventional PTHrP detection methods like immunoradiometric assay (IRMA) la

205 extraction and tube extraction) and two peak detection methods (manual and automated) showed sensitiv

206 ch programme, the low sensitivity of current detection methods means that mutations may be difficult

207 However, most detection methods (molecular, serological, chemical) are

208 op a statistically founded non-coding driver-detection method, ncdDetect, which includes sample-speci

209 the functional role of these modifications, detection methods need to be developed that provide info

210 r some circumstances, and development of new detection methods of the pathogens is of high interest.

211 This aptasensor as well as the detection method offer a promising solution for on-site

212 , and significantly better than the chimeric detection method offered by the Bionano Hybrid Scaffold

213 Therefore, our sensitive and label-free detection method offers new perspectives for direct bact

214 Current virus detection methods often take significant time or can be

215 niversally as a stand-alone somatic mutation detection method or with an ensemble of existing methods

216 ssment (postinduction or consolidation), MRD detection method, phenotype/genotype (B cell, T cell, Ph

217 The direct CI detection method presented here should allow study of th

218 to its unbiased nature, this new cell-based detection method presents itself as an invaluable tool f

219 The vast majority of community detection methods proceed via optimization of a quality

220 label-free, real time, and surface sensitive detection method provides chemical information to protei

221 We propose a novel cancer driver gene detection method, QuaDMutNetEx.

222 Common apoptosis-detection methods rely on fluorescent markers, which nec

223 Most current non-PCR detection methods rely on linear signal amplification, w

224 nce to relationship classification, but most detection methods rely on phasing information and theref

225 Most of the existing detection methods rely on sequence similarity to known b

226 is achieved very differently than in visual detection methods reported previously and hence affords

227 Among detection methods, reporter phages represent unique and

228 Current genetic detection methods require gene isolation, gene amplifica

229 Most existing position detection methods require high-numerical-aperture object

230 Conventional MTB DNA detection methods require sophisticated infrastructure a

231 s, high cost, and poor availability of these detection methods restrict their widespread use as clini

232 ully-automated multi-modality CNN-based cone detection method resulted in comparable results to previ

233 Despite the availability of various glycogen detection methods, selective visualization of glycogen i

234 sed on a standard addition method and direct detection method showed high precision for measuring glu

235 This detection method shows an energy resolution of 12 eV for

236 and, enhancing the sensitivity of downstream detection methods such as ddPCR, sequencing, and clamped

237 Traditional detection methods such as high-performance liquid chroma

238 Although nucleic acid detection methods such as reverse transcription polymera

239 difficult the application of a conventional detection method, such as an enzyme-linked immunosorbent

240 been replaced by more accurate and sensitive detection methods, such as DNA-based techniques.

241 It is concluded that the detection methods targeting antibodies are not suitable

242 Fast, sensitive and accurate detection methods targeting antigens need to be develope

243 y reviewed 103 studies assessing prevalence, detection methods, technical and clinical detection cuto

244 hts on the developer, commercial brand name, detection methods, technical operational details, detect

245 ured by background noise, an untargeted peak detection method termed the "enhanced TIC algorithm" was

246 rtion compared with objective based position detection methods, thanks to the light guiding in optica

247 Here we demonstrate a head impact detection method that can be implemented on a wearable s

248 Here we report a rapid genetic detection method that can detect the bacterial gene dire

249 nergy transfer (BRET) is a sensitive optical detection method that can monitor changes in the relativ

250 In this article, we introduce a novel eGene detection method that considers this empirical evidence

251 The outcome was a rapid genetic detection method that directly detected bacterial genes

252 used to introduce a rapid and sensitive DNA detection method that does not require amplification.

253 We also developed a detection method that employs I-PhiAB6TSP immobilized on

254 ed-tube single-nucleotide polymorphism (SNP) detection method that has shown many advantages in point

255 alternate approach, we propose a new malaria detection method that we call third-harmonic generation

256 We also discuss analytical detection methods that are suitable for detecting hormon

257 Os) demands low-cost, rapid and portable GMO-detection methods that are technically and economically

258 has been hampered due to a lack of sensitive detection methods that can be easily implemented on pape

259 s is the lack of sensitive and practical DNA detection methods that can be seamlessly integrated into

260 s a pressing need for accurate computational detection methods that could be used to efficiently scan

261 iversity have made it challenging to develop detection methods that have sufficient resolution and sp

262 Detection methods that use ensemble algorithms and emerg

263 Newer MRD detection methods that use next-generation sequencing ha

264 For all detection methods, the overall association between beta-

265 satellite imagery, we proposed a land change detection method to capture significant land change hots

266 Our study presents the first detection method to evaluate genome-wide off-target effe

267 Here we report a novel detection method to monitor methyl transfer from serine

268 Thus, an efficient, specific, and simple detection method to monitor SDS reliably in the environm

269 is article a novel high-performance in vitro detection method to recognize sIgE to molecular allergen

270 enefit from a sensitive and reliable species detection method to unambiguously demonstrate species au

271 mands for simpler, faster, and more reliable detection methods to be developed allowing the most appr

272 However, more sensitive detection methods to complement radiologic techniques ar

273 ombining such amplification methods with POC detection methods to enable the development of diagnosti

274 over the healthy threshold, depending on the detection method used: respectively 77.8% for automated,

275 Various anti-PEG detection methods used in different studies were provide

276 es algorithm, a new step-wise active pathway detection method using a dynamic programing approach.

277 We developed a simple, data-driven spike detection method using a scaled form of template matchin

278 Herein we present a sensitive yet simple DNA detection method using a surface-enhanced Raman scatteri

279 A sensitive prostate-specific antigen (PSA) detection method using a visual-readout closed bipolar e

280 een our approach and existing cancer hotspot detection methods using structural data suggests that in

281 These (1)H-detection methods utilize the significantly enhanced sen

282 The peptide discovery and detection methods validated here are general and should

283 Impressively, a high-throughput and portable detection method was established by the integration of t

284 Therefore, a facile in solution detection method was evaluated to visually detect denatu

285 tes (25-60 bpm) and processed by the feature detection method was found to be significantly different

286 e advantages of such robustness, the coupled detection method was proved to be a promising platform f

287 This detection method was successfully validated using clinic

288 The detection method was then effectively modulated in a 20-

289 Using an EPR-based detection method, we find that some protein-protein inte

290 Using sensitive allele-specific detection methods, we demonstrate that MLH1 is the targe

291 Quantitative ELISAs employing the absorbance detection method were demonstrated on the noted multiref

292 ely heavily on PCR amplification and optical detection methods which have restrictions when applied t

293 Pseudouridine was verified by multiple detection methods, which include pseudouridine-specific

294 ent generally requires LC-MS/MS or gel-based detection methods, which suffer from low resolution, sig

295 Ion mobility spectrometry is a powerful detection method widely used in various applications.

296 lem by developing a novel skin lesion border detection method with a robust edge indicator function,

297 D outperforms existing chromatin interaction detection methods with improved sensitivity, replicate c

298 implications of collagen remodeling and its detection methods with specific focus on targeting nativ

299 principle and examples of the isolation and detection methods with the potential to be used for extr

300 Direct detection methods yielded few positive results.