ライフサイエンスコーパス: detection method

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

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

3 nalyte to demonstrate the feasibility of our detection method.

4 sorption/ionization mass spectrometry as the detection method.

5 sorption/ionization mass spectrometry as the detection method.

6 as well as knowledge of melanoma risk and a detection method.

7 anced Raman scattering (SERS) was applied as detection method.

8 r across the entire genome, depending on the detection method.

9 or predicted pockets identified by a pocket-detection method.

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

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

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

13 detected by the density based lesion border detection method.

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

15 etween studies, perhaps because of different detection methods.

16 her exploration and optimization of standoff detection methods.

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

18 ight the limitations of using traditional AF detection methods.

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

20 motifs are typically disregarded by enhancer detection methods.

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

22 tive compared to colorimetric or fluorescent detection methods.

23 e engineering, novel enzymes, and off-target detection methods.

24 e volume requirements of currently available detection methods.

25 to uncover possible biases from experimental detection methods.

26 th sensitivity comparable to other real-time detection methods.

27 ood and clinically we lack robust, objective detection methods.

28 or of 10-100 in comparison with the existing detection methods.

29 re comparable to the commercial urease based detection methods.

30 as nanozyme for developing highly sensitive detection methods.

31 velopment of simple, accurate, and sensitive detection methods.

32 eference HIV and Treponema pallidum antibody detection methods.

33 ssed in association with the most applicable detection methods.

34 o hours or even days needed for conventional detection methods.

35 These facts are challenging for current detection methods.

36 d using various spectroscopic and scattering detection methods.

37 re stripe visualized by conventional in situ detection methods.

38 -positive results often associated with most detection methods.

39 uid to enhance the sensitivity of downstream detection methods.

40 he environment due to limitation of existing detection methods.

41 led monitoring using multiple, complementary detection methods.

42 ssay (ELOSA) or electrochemical (biosensors) detection methods.

43 25- to 10000-fold over comparable real-time detection methods.

44 e static structure; rather, it is defined by detection methods.

45 because of the insensitivity of conventional detection methods.

46 nostic measures to complement currently used detection methods.

47 the European Commission for animal proteins detection methods.

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

49 and labour demands when compared to existing detection methods.

50 a pressing need for adequate and comparable detection methods.

51 ormance of alignment-based fusion transcript detection methods.

52 uate the performance of different subnetwork detection methods.

53 or developing more efficient and precise CNV detection methods.

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

55 multi-gene regulations require more advanced detection methods.

56 ause of the limited sensitivity of available detection methods.

57 considerable interest in faster and simpler detection methods.

58 o outperformed three state-of-the-art nuclei detection methods, a single pass voting method, a multi-

59 Additionally, the developed objective detection method addresses the testing of drugs with var

60 This cyclic imine detection method allowed the detection of 13-desmethyl s

61 Newly developed GMO detection methods, also multiplex methods, are mostly fo

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

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

64 We investigate how the use of different detection methods and filtering techniques affects the d

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

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

67 learly outperforms state-of-the-art homology detection methods and the CASP-winning template-based pr

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

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

70 tors, despite differences in averaging time, detection method, and sampling location.

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

72 ve profile-profile comparison-based homology detection methods, and non-homology-based domain co-occu

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

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

75 ays of illness, demonstrating that serologic detection methods are best utilized during presumed conv

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

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

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

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

80 the fungus is largely unknown, and accurate detection methods are needed to identify environmental r

81 However, these existing rare variant detection methods are not able to identify which rare va

82 Culture-based detection methods are sensitive for detecting C. diffici

83 Better, more specific, and more sensitive detection methods are therefore urgently needed.

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

85 Traditional pathogen detection methods are time-consuming, require well-equip

86 g system in non-OPSCC and improvement of HPV detection methods are warranted before broad application

87 Electrochemical detection methods are widely used in DNA diagnostics as

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

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

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

91 Here we present a detection method based on CCD imaging and software image

92 ng that makes use of an optical colorimetric detection method based on gold nanoparticles.

93 We present a label-free biomarker detection method based on immunoaggregation and resistiv

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

95 We develop a novel DE detection method based on NanoString nCounter data.

96 We have developed an ultrasensitive gas-detection method based on the measurement of a different

97 vel has been developed using an amperometric detection method based on the use of a miniaturized sens

98 Current ricin detection methods based on immunoassays lack the require

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

100 ee and washing-free enzyme-amplified protein detection method by using dual-functional synthetic mole

101 cobacterium tuberculosis (MTB) amplification/detection method, called MTB isothermal solid-phase ampl

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

103 A simple detection method capable of rapid and sensitive analysis

104 Molecular biological detection methods capable of rapidly identifying viable

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

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

107 Moreover, different detection methods (colorimetric, fluorescent, electroche

108 rforms both whole-genome and whole-exome CNV detection methods considerably and is shown to offer a s

109 g should be deployed, but suggests that both detection methods could be used for monitoring geoengine

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

111 These two detection methods coupled with the use of stable isotope

112 A number of rHuEPO detection methods currently exist, including measurement

113 Additionally, the detection method demonstrates the platinum is dissolved

114 networks that, unlike previous change point detection methods designed for time series data, require

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

116 The choice of NPs and the corresponding detection method directly affect the performance of thes

117 rate and false positive rate of the proposed detection method do not change significantly for CNVs wi

118 red to other detection methods for hCG, this detection method does not require the use of antibody an

119 Among various detection methods, electrical detection is particularly

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

121 We then describe a novel detection method for accurate detection of heteroplasmie

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

123 elective, but simple, rapid, and inexpensive detection method for bacteria.

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

125 e first culture-independent direct molecular detection method for Candida BSIs (T2Candida).

126 mance liquid chromatography with diode array detection method for determination of 13 sulphonamides i

127 fore it needs a highly specific and accurate detection method for diagnosis of HER2 over-expression.

128 Here we show an amplification-coupled detection method for directly measuring released hydroge

129 of quadruplex forming sequences to develop a detection method for DNA sequences in solution.

130 was used as a highly sensitive and selective detection method for eluting glycosylated peptides.

131 ast, sensitive, specific, and cost-effective detection method for horse, soybean, sheep, poultry, por

132 Raman spectroscopy has been of interest as a detection method for liquid chromatographic separations

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

134 nteractions and could also serve as a direct detection method for nucleobase modifications.

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

136 Native ESI MS as an online detection method for SEC also enables meaningful charact

137 In the absence of an appropriate detection method for simple and rapid differentiation of

138 accurate, straightforward, and low limit of detection method for the analysis of Asp isomerization a

139 ere we show a highly sensitive and selective detection method for the discrimination of carbohydrate

140 pure crystal form and establish a sensitive detection method for the identification of crystal form

141 osensors also provide a simple and sensitive detection method for the specific determination of Anti-

142 A quick, sensitive, and low-cost detection method for these non-volatile explosives is ea

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

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

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

146 Fluorescent detection methods for ATP with facile performance and hi

147 d the need is urgent for rapid and sensitive detection methods for diagnosis and monitoring of such d

148 Unlike other electrochemical detection methods for DNA methylation, methylation speci

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

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

151 Compared to other detection methods for hCG, this detection method does no

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

153 ls are hardly culturable from these pellets, detection methods for packaged live L. pneumophila forms

154 Conventional detection methods for pathogens are time consuming and l

155 Effective early detection methods for PDAC are needed.

156 ment of mass spectrometry and antibody-based detection methods for pyrophosphoproteins.

157 Despite advances made in the field, rapid detection methods for the human pathogen Candida albican

158 Current commercial detection methods for these spoilage species are liable

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

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

161 While colorimetric detection methods gave higher detection limits than elec

162 rement of hematologic parameters, gene-based detection methods, glycomics, use of peptide markers, el

163 This VOC-based disease detection method has a high accuracy of approximately 90

164 microplate reader-based mCherry fluorescence detection method has a wide dynamic range of 4.5 orders

165 In conclusion, visual caries detection method has good overall performance.

166 h microfluidic sample delivery and real-time detection methods has the capability to simultaneously m

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

168 Different SV detection methods have been developed; however, each is

169 over the last few years, a number of nuclei detection methods have been proposed, most of these appr

170 essment of cancer burden, but existing ctDNA detection methods have insufficient sensitivity or patie

171 Molecular detection methods have revealed higher prevalences of ma

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

173 Noninvasive early detection methods have the potential to reduce mortality

174 Most of the detection methods, however, fail to identify the in vivo

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

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

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

178 the potential application of this "light-on" detection method in multiple logic gate fabrication was

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

180 developing and evaluating somatic CNV and SV detection methods in cancer genomics studies.

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

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

183 s (LFIAs) are advantageous over conventional detection methods in terms of their simplicity and rapid

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

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

186 Current common allergen detection methods, including enzyme-linked immunosorbent

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

188 Available detection methods, including standard bacteriological te

189 Comparison with the Western blot detection method indicated greater linearity, wider dyna

190 Traditional detection methods involve cell culture and PCR, which ar

191 Our detection method is based on direct injection into an at

192 This detection method is effective because the electrostatic

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

194 itionally, a microscope-free magnetorotation detection method is introduced, based on a simple laser

195 This biomarker detection method is label-free, rapid, and able to quant

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

197 A novel DNA detection method is presented based on a gold nanopartic

198 a paper-based micro-calorimetric biochemical detection method is presented.

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

200 ping a rapid, highly specific, and sensitive detection method is thus of great pertinence.

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

202 ng its good sensitivity and selectivity, the detection method is well suited for the detection of nit

203 e development of simple, sensitive and rapid detection methods is necessary.

204 Consensus on SDD detection methods is recommended to advance our knowledg

205 A major challenge in developing H2S detection methods is separating the often similar reacti

206 ment of noninvasive and low-cost tissue iron detection methods is very limited.

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

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

209 This paper presents a new homology detection method MRFalign, consisting of three key compo

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

211 Detection methods of antibiotic residues in blood serum

212 The detection methods of O2(*-) are categorized and elaborat

213 Although rapid and sensitive detection methods offering simplicity, accuracy, and mul

214 In practice, the ease of this biomarker detection method offers an alternative to traditional an

215 Thus, our detection method offers prominent advantages, such as re

216 Most existing identity-by-descent (IBD) detection methods only consider haplotype pairs; less at

217 ironments with efficient and high resolution detection methods, particularly at the high brightness s

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

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

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

221 ric interference spectroscopy is used as the detection method, providing a simple, but highly sensiti

222 study region, specimen type, HPV DNA source, detection method, publication calendar period and Gleaso

223 in, we report an alternative DNA methylation detection method referred to as "Methylsorb", which is b

224 Majority of the existing fragment detection methods rely on database-driven search strateg

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

226 However, traditional viral detection methods rely on prior sequence or antigen know

227 ally be mistaken for biological particles by detection methods relying on fluorescence.

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

229 Among detection methods, reporter phages represent unique and

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

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

232 ction of this network using formal community detection methods reveals strong modularity, with 10 dis

233 ause the responses of traditional mass-based detection methods scale with the mass of the ligands.

234 sults have been verified by all-optical echo detection methods, sensitive only to coherent excitation

235 New and improved allergen detection methods should be evaluated for their applicat

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

237 nal differential splicing (or transcription) detection methods so that biologists can choose the most

238 eins in human heart using SDS-PAGE and three detection methods: specific enzymatic conjugation of O-G

239 Conventional pathogen detection methods such as culturing, enzyme linked immun

240 Common biological detection methods such as rapid antigen detection tests

241 Conventional pathogen detection methods, such as enzyme linked immunosorbent a

242 t incorporates readout modules for different detection methods, such as fluorescence, to complement t

243 ive sample preparation with highly sensitive detection methods, such as liquid chromatography-electro

244 However, many miRNA detection methods, such as real-time PCR, obliterate val

245 reactivity among the flaviviruses, molecular detection methods, such as reverse-transcription polymer

246 he results of our mitochondrial heteroplasmy detection method suggest that mitochondrial heteroplasmi

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

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

249 We demonstrate a new nanometre resolution detection method that can replace OBDT, where diffractio

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

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

252 of species preferences, and we propose a new detection method that follows from a basic property of b

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

254 Herein, we developed a new separation-based detection method that is capable of simultaneously ident

255 There is no single detection method that is ideal for all situations.

256 is the first practical group-wise IBD tracts detection method that is scalable to very large datasets

257 tion array system (CHAS), a colorimetric DNA detection method that is used by food inspection laborat

258 ple, specific and sensitive microRNA (miRNA) detection method that utilizes Chlorella virus DNA ligas

259 time, but coupling of these techniques with detection methods that are capable of providing detailed

260 We evaluate several IBD detection methods that are fast enough for application t

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

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

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

264 test which uses single pass absorption as a detection method, through either the label free detectio

265 A fast detection method to analyze gaseous organic compounds in

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

267 phy tandem mass spectrometry-based corrinoid detection method to examine relationships among corrinoi

268 sorting-based green fluorescent protein-LC3 detection method to measure the autophagic flux in cardi

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

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 Phyre2, which uses advanced remote homology detection methods to build 3D models, predict ligand bin

273 Generally, SNP detection methods use a reference genome.

274 ique more closely resembles the amperometric detection method used in commercial self-monitoring bloo

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

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

277 One of the most traditional detection methods uses ninhydrin, a chemical that reacts

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

279 nce of BAYSIC in comparison to other variant detection methods using ten low coverage (~5X) samples f

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

281 A novel multiplex detection method was developed based on microsphere immu

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

283 This detection method was optimized by detecting rabbit IgG a

284 First, the detection method was optimized using Bovine serum albumi

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

286 The detection method was reproduced in a microfluidic paper

287 Using automated elliptical-particle detection methods, we determined the translation and rot

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

289 ric protease sensors and sentinel lymph node detection methods, which give no information about cance

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

291 This contrasts with many active sub-network detection methods, which rely solely on protein-protein

292 rison to state-of-the-art active sub-network detection methods, which reveals how it may enhance the

293 ing single-nucleotide polymorphism-based IBD detection methods, while retaining reasonable accuracy f

294 feasibility of integrating the calorimetric detection method with paper based microfluidic devices.

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

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

297 s low in cost compared with standard optical detection methods, without any compromise in sensitivity

298 The detection method works well regardless of the mutation p

299 efficiency indices we found that biochemical detection methods yield hits with superior ligand effici

300 In an additional model controlling for detection method, young age was associated with signific