ライフサイエンスコーパス: fingerprinting

1 ray ionisation mass spectrometry (ESI(-)-MS) fingerprinting.

2 is was applied to the data for comprehensive fingerprinting.

3 feasible by fatty acid and volatile compound fingerprinting.

4 Mycobacterium avium could be matched by DNA fingerprinting.

5 pulsed-field gel electrophoresis (PFGE) DNA fingerprinting.

6 TS or secondary metabolite biosynthetic gene fingerprinting.

7 our descriptors associated with the volatile fingerprinting.

8 ogens were then detected using label-free IR fingerprinting.

9 ted spots were characterised by peptide mass fingerprinting.

10 itive-sequence polymerase chain reaction DNA fingerprinting.

11 s spectrometer capable of performing peptide fingerprinting.

12 rgence is necessary to separate homeologs by fingerprinting.

13 ats used for over 20 years in humans for DNA fingerprinting.

14 term mass spectrometric (MS) phosphopeptide fingerprinting.

15 rption ionization-time of fight peptide mass fingerprinting.

16 reas of bioscience research involving FIE-MS fingerprinting.

17 ylamide gel electrophoresis and peptide mass fingerprinting.

18 king, RNA affinity purification, and peptide fingerprinting.

19 rray of chemical markers useful for chemical fingerprinting.

20 ure by MALDI-TOF MS followed by peptide mass fingerprinting.

21 :H7 and S. enteriditis through label-free IR fingerprinting.

22 22 of which were identified by peptide mass fingerprinting.

23 metamorphosis, and in toadlets via microbial fingerprinting.

24 s key to the successful application of water fingerprinting.

25 Proteins were identified by peptide mass fingerprinting.

26 bowel disease were subjected to metabolomic fingerprinting.

27 exing, thereby reducing the costs of variety fingerprinting.

28 cal distance generated by comparing affinity fingerprintings.

29 We used (13)C-fingerprinting, (13)C metabolic flux analysis ((13)C-MFA

30 tandem mass spectrometry, GC/APCI-MS/MS) for fingerprinting a crude oil and environmental samples fro

31 in the northwest (5 degrees to 9 degrees C), fingerprinting a North Atlantic origin.

32 tween two laboratories on olive oil (1)H NMR fingerprinting, aiming to demonstrate the robustness of

33 esolved intact proteins so that peptide mass fingerprinting analysis by MALDI-TOF MS resulted in the

34 To study fingerprinting analysis of anthocyanins, acai samples we

35 Whereas, the fingerprinting analysis of methanol extracts of ADSR-1,

36 roxidase were used to carry out peptide mass fingerprinting analysis.

37 Fingerprinting ancient gold work requires the use of non

38 In addition, protein fingerprinting and CD spectroscopy reveal the flexibilit

39 This study reports the (poly)phenolic fingerprinting and chemometric discrimination of leaves

40 gas chromatography-mass spectrometry (GC/MS) fingerprinting and chemometrics were employed successful

41 xidizable compounds as well as for the rapid fingerprinting and classification of white wines from di

42 Recent advances in both clone fingerprinting and draft sequencing technology have made

43 were investigated by HS-SPME-GC-MS to define fingerprinting and identify chemical markers and/or indi

44 requency analysis can enable the independent fingerprinting and label-free separation of intact micro

45 spectra, allowing this method to be used for fingerprinting and linear combination analysis of known

46 Chemical fingerprinting and mass profiling methods to identify bi

47 We have developed LC/MS based fingerprinting and mass profiling methods to identify fa

48 ssed recently by using a powerful metabolite fingerprinting and metabolite profiling method to assess

49 recombinant proteins utilizing peptide mass fingerprinting and MS/MS analysis.

50 ts is a description of the use of metabolite fingerprinting and multivariate data analysis to assess

51 igh resolution mass spectrometry (DART-HRMS) fingerprinting and multivariate regression analysis in p

52 culosis that we identified through proteomic fingerprinting and pattern recognition have a plausible

53 Subsequent peptide mass fingerprinting and protein sequencing experiments confir

54 We employed bacterial fingerprinting and pyrosequencing for microbiome analysi

55 Peptide mass fingerprinting and quadrupole TOF MS identified two diff

56 rn recognition tools (i.e. template matching fingerprinting and scripting) providing highly informati

57 py imparts specificity through spectroscopic fingerprinting and selectivity through species-specific

58 Modern molecular tools for fingerprinting and sequencing allow for pathogen identif

59 abitats, and used a combination of community fingerprinting and sequencing of marker genes to identif

60 een the polyploid-like regions inferred from fingerprinting and the polyploid-like sequences inferred

61 focal fluorescence microscopy using emission fingerprinting and three-dimensional reconstruction tech

62 the first study of its kind in India to use fingerprinting and transport modeling techniques for sou

63 Then by peptide mass fingerprinting and x-ray crystallography, we demonstrate

64 s: to expand coverage for discovery studies (fingerprinting) and to make the quantitative method more

65 nal restriction fragment length polymorphism fingerprinting, and cloning and sequencing of full-lengt

66 rt review, susceptibility testing, molecular fingerprinting, and DNA sequence analyses of resistant M

67 ctive site mutagenesis, high-throughput P450 fingerprinting, and fingerprint-driven P450 reactivity p

68 ent length polymorphism analysis (RFLP), PCR fingerprinting, and multilocus sequence typing (MLST).

69 d for mass spectrometry, peptide ion mapping/fingerprinting, and protein identification through datab

70 tudy describes the development of a rapid MR fingerprinting- and diffusion-based examination for quan

71 In this study, we evaluated an MRI fingerprinting approach (MRvF) designed to provide high-

72 We introduce a kinetic fingerprinting approach called single-molecule recogniti

73 We propose a single-cell-level biochemical fingerprinting approach named "ramanome", which is the c

74 designed for developing a nontargeted global fingerprinting approach of lung tissue, for the first ti

75 As a result, the presented fingerprinting approach provided predictive modeling of

76 A nontargeted fingerprinting approach was applied to a pooled sample o

77 cement (PROFILE), a 1D (1)H NMR spectroscopy fingerprinting approach, is superior to traditional two-

78 on puree has been investigated using a GC-MS fingerprinting approach.

79 s makes it possible to apply 2D NMR spectral fingerprinting approaches directly to drug products in o

80 infrared (FT-IR) spectroscopy, as metabolic fingerprinting approaches, with SIP to demonstrate the q

81 nsic investigators have universally accepted fingerprinting as a reliable identification method via p

82 nsic investigators have universally accepted fingerprinting as a reliable identification method, whic

83 cument a successful application of elemental fingerprinting as a tracking tool to determine sources o

84 , we used a reversible cross-linking-peptide fingerprinting assay to identify peptides in the capsid

85 o pooled urine assay, (3) in vivo wastewater fingerprinting assay, (4) analysis with HR-MSMS, (5) dat

86 ia combined human metabolism and urban water fingerprinting assay.

87 hich are regulated by law, and (ii) targeted fingerprinting based on 140 OHCs reported in citrus esse

88 rug Profile Matching (DPM), a novel affinity fingerprinting-based in silico drug repositioning approa

89 nation consisting of magnetic resonance (MR) fingerprinting-based T1, T2, and standard apparent diffu

90 and nuclear magnetic resonance spectroscopy fingerprinting, both gold standard HOS techniques, were

91 gy by mass spectrometry (ZooMS) peptide mass fingerprinting but extracts protein from the parchment s

92 merging as a powerful technique in olive oil fingerprinting, but its analytical robustness has to be

93 nstrated the possibilities for glycosylation fingerprinting by comparing different Erythropoietin sou

94 prior to cloning and sequencing or community fingerprinting by denaturing gradient gel electrophoresi

95 Volatile fraction fingerprinting by solid-phase microextraction with direc

96 d NSE with the additional ability to perform fingerprinting by the selective determination of ProGRP

97 idate biomarkers, identified by peptide mass fingerprinting, by conventional immunoassays and SVM cla

98 We showed that fingerprinting can robustly distinguish between healthy

99 dvantage of fast label-free imaging with the fingerprinting capability of Raman spectroscopy and enab

100 Supplementary analyses were done using DNA fingerprinting, cloning, and sequencing.

101 Therefore, multi-element fingerprinting combined with the use of multivariate sta

102 The chromatic lipid/PDA/gel array-based "fingerprinting" concept is generic, easy to apply, and c

103 The authors used molecular fingerprinting data to estimate the relative contributio

104 Using n-alkane fingerprinting data, both linear discriminant analysis (

105 ogeneous RF fields into a magnetic resonance fingerprinting data-acquisition process.

106 are unlikely to affect findings based on DNA fingerprinting data.

107 dy, a new Dual Contrast - Magnetic Resonance Fingerprinting (DC - MRF) methodology is described that

108 Fingerprinting enabled processing of five times more pla

109 Fingerprinting enabled selection of Strecker aldehydes,

110 Fingerprinting enabled selection of terpenoids, phenylpr

111 Fingerprinting enabled selection of volatiles clearly ch

112 er desorption/ionization-time of flight mass fingerprinting equating to 51 different proteins.

113 MALDI-TOF-MS peptide mass fingerprinting following trypsin digestion indicated CpL

114 efore highlight the potential of metabolomic fingerprinting for organic food authentication purposes.

115 rked B0 and B1 field inhomogeneities, the MR fingerprinting framework was extended by using a two-dim

116 classified and, therefore, methodologies for fingerprinting fuel and other device components can be v

117 g with their corresponding receptors and for fingerprinting functional protein domains in living cell

118 tion electrospray mass spectrometry (FIE-MS) fingerprinting generates measurements relating to large

119 The multi-element fingerprinting has a great potential for the differentia

120 ination of the origin of coffee beans by NMR fingerprinting has been shown promising and classificati

121 e we demonstrate the huge potential collagen fingerprinting has for identifying hominin remains in hi

122 However, radiocarbon fingerprinting here clearly indicates that light-absorbi

123 R) is arguably the most sensitive method for fingerprinting HOS of a protein in solution.

124 ehensive integration of MS-based metabolomic fingerprinting (HS-SPME-GC-MS) and chemometric tools has

125 Prospective surveillance and DNA fingerprinting identified the cluster, enabling health p

126 g 2D western blots, followed by peptide mass fingerprinting, identified several keratins as targets.

127 Amplification is followed by HRM sequence fingerprinting in all reactions, simultaneously.

128 copic equipment for oil spill monitoring and fingerprinting in aqueous systems has to date been mainl

129 of fatty acid and volatile organic compound fingerprinting in combination with chemometrics have bee

130 ada, were analysed using untargeted (1)H NMR fingerprinting in combination with chemometrics in order

131 the feasibility of APCI-MS volatile compound fingerprinting in conjunction with chemometrics (PLS-DA)

132 The feasibility of elemental fingerprinting in the classification of wines according

133 dvantages, enabling label-free, biomolecular fingerprinting in the native state.

134 to illustrate the usefulness of ethoxylate "fingerprinting", in a first application to monitor water

135 Proteolytic fingerprinting indicates celastrol binds to Hsp90 C-term

136 Importantly, DNA fingerprinting indicates that the human iPS cells were d

137 ome scale by using evolutionary analysis and fingerprinting inhibitor-protein interactions with the p

138 Therefore, our study confirms that water fingerprinting is a promising tool for biomarker selecti

139 Metabolic fingerprinting is an untargeted approach which has not y

140 Solution state x-ray diffraction fingerprinting is demonstrated as a method for experimen

141 sample preparation before LC-MS metabolomic fingerprinting is one of the most challenging and error-

142 ofiling by isotope dilution and non-targeted fingerprinting is proposed for cancer cell studies.

143 ospray mass spectrometry (FIE-MS) metabolite fingerprinting is widely used as a 'first pass' screen f

144 ure (HPHT) sterilised carrot purees using a 'fingerprinting kinetics' approach.

145 egrated analytical and engineering toolbox: "fingerprinting-kinetics" was used.

146 se approaches problematic for the purpose of fingerprinting large biological macromolecules.

147 For the third method, we used a peptide mass fingerprinting-like approach in combination with a rando

148 s a novel, effective, and simple approach to fingerprinting liquids.

149 fingerprint (MALDI-TOF) and peptide fragment fingerprinting (MALDI LIFT-TOF/TOF) spectra of fifteen b

150 batch reaction time course in a qualitative "fingerprinting" manner as well as in quantitative detail

151 (iii) sequence coverage of the peptide mass fingerprinting map is improved using a novel method in w

152 NN) were applied to the four chromatographic-fingerprinting matrices.

153 Therefore, drug interaction fingerprinting may be harnessed to differentiate drug id

154 we describe an enzymatic/mass spectrometric fingerprinting method to analyze the FA of chitosan poly

155 h and South America and used a ribosomal DNA-fingerprinting method to compare bacterial community com

156 An enzymatic fingerprinting method using endo-beta-mannanase, in addi

157 Then, an UHPLC-QTOF metabolic fingerprinting method was developed to investigate plant

158 the k-core decomposition, a standard network fingerprinting method.

159 This biological fingerprinting methodology is sensitive, fast, cost-effe

160 e chemistry of interfering reactions for the fingerprinting methods and conclude that for accurate co

161 ds, protein, and carbohydrates): three rapid fingerprinting methods and three advanced chromatography

162 Multivariate analysis based on both fingerprinting methods showed significant chemical varia

163 alysis is a widespread technique for rapidly fingerprinting microbial communities.

164 nds from 2001-05 (n=20) were assessed by DNA fingerprinting (MIRU-VNTR and spoligotyping), with addit

165 of multilocus variable-number tandem-repeat fingerprinting (MLVF) and multilocus variable-number tan

166 The fatty acid fingerprinting model revealed three misclassified sample

167 The volatile compound fingerprinting models showed an 88%, 100% and 100% accur

168 MALDI-TOF mass spectrometry, tryptic peptide fingerprinting, molecular characterization and pepsin di

169 , they found that no benefit was gained from fingerprinting more than 10x coverage.

170 alization--which we term 'magnetic resonance fingerprinting' (MRF)--that permits the simultaneous non

171 Fingerprinting of 16 isolates by repetitive sequence-bas

172 Molecular fingerprinting of 2348 Mycobacterium tuberculosis isolat

173 was constructed by high-information content fingerprinting of almost 600,000 bacterial artificial ch

174 laboratory study, we employed stable isotope fingerprinting of amino acids to identify the biosynthet

175 Metabolite fingerprinting of Arabidopsis (Arabidopsis thaliana) mut

176 tograms, this new method for the qualitative fingerprinting of AXOS breakdown can also be applied for

177 Metabolic fingerprinting of biological tissues has become an impor

178 Molecular fingerprinting of clinical isolates identified 2 clonal

179 etermine expression level changes, molecular fingerprinting of cornu ammonis 1 (CA1) pyramidal neuron

180 g these analyses with (i) inorganic chemical fingerprinting of deep saline groundwater, (ii) characte

181 Simultaneous metabolic fingerprinting of deuterium-labeled saturated and unsatu

182 Fingerprinting of donor L1s revealed that a handful of s

183 hus demonstrate the potential of such direct fingerprinting of dried biofluid spots as a viable alter

184 is novel instrumental approach enabled rapid fingerprinting of examined samples and detection of nume

185 the diagnosis of diseases and for molecular fingerprinting of exhaled breath.

186 on among very similar analytes and exquisite fingerprinting of extremely similar mixtures over a wide

187 ds for recombination detection, evolutionary fingerprinting of genes, codon model selection, co-evolu

188 mutational analysis of IDE and peptide mass fingerprinting of GSNO-treated IDE using Fourier transfo

189 y presents a new method for exhaustive lipid fingerprinting of human blood plasma samples based on th

190 TR(3) permits fingerprinting of intermediates by their unique vibratio

191 s identification was based upon peptide mass fingerprinting of isolated synthase protein, a tight cor

192 onnectivity realized through trace-elemental fingerprinting of larval shells, we document the seasona

193 spectrometry (LDI-MS) for the rapid chemical fingerprinting of lichen extracts.

194 this technique for high-resolution spectral fingerprinting of molecular iodine vapour, acquiring in

195 elapse and reinfection, distinguished by DNA fingerprinting of Mycobacterium tuberculosis strains rec

196 onstrated to be a valuable tool for chemical fingerprinting of naphthenic acids.

197 tection power of ICPMS and enables elemental fingerprinting of objects which cannot be transferred to

198 ly serve as a general approach for metabolic fingerprinting of other metabolites.

199 A method allowing parallel fingerprinting of proteins and maltooligosaccharides dir

200 e-of-flight mass spectrometry (MALDI-TOF MS) fingerprinting of proteins was developed.

201 This study reports the (1)H NMR fingerprinting of raw and roasted hazelnut, with the aim

202 Fingerprinting of relapse isolates from 31 treated patie

203 ed variable-number tandem repeats (VNTR) for fingerprinting of respiratory isolates of M. intracellul

204 ry (HR-ICP-MS) methodology for multi-element fingerprinting of rice has been carried out.

205 We therefore used chemical fingerprinting of skin swabs and genetic analysis to exp

206 LA-ICPMS) is a powerful method for elemental fingerprinting of solid samples in a quasi-nondestructiv

207 Structural fingerprinting of the cell wall polymers further reveale

208 Comparison of the headspace GC-MS fingerprinting of the differently processed broccoli pur

209 reactivity and validate it against affinity fingerprinting of the kinases and our own drug redesign

210 d future studies on the fate, transport, and fingerprinting of the Macondo well oil released from the

211 The analytical procedure for chromatographic fingerprinting of the methyl-transesterified fraction of

212 The fingerprinting of the oil spill is based on a trace anal

213 nal restriction fragment length polymorphism fingerprinting of the protein-encoding cytochrome c oxid

214 Bioinformatic analysis and mass fingerprinting of tryptic fragments of culture supernata

215 as a high throughput-screening platform for fingerprinting of wood chemotype.

216 Enzymatic fingerprinting of xylan showed the specific absence in t

217 This method of 'functional fingerprinting' of plant extracts represents a novel too

218 r-tweezers-based, single-molecule structural fingerprinting on the six inter-handle distances reveals

219 Kinetic and thermodynamic fingerprinting on the six trajectories defined by each h

220 hybridization and techniques based on genome fingerprinting or sequencing selected genes like 16S rDN

221 Protein stable isotope fingerprinting (P-SIF) is a method to measure the carbon

222 Motivation: Peptide mass fingerprinting (PMF) is a method for protein identificat

223 tegrate this technique into current forensic fingerprinting practice.

224 overall microbial profiles, showed distinct fingerprinting profiles for each group.

225 was developed for automated editing of sized fingerprinting profiles generated by the ABI Genetic Ana

226 Metabolite fingerprinting provides a powerful method for discrimina

227 Urban water fingerprinting provides a timely alternative to traditio

228 Metabolic fingerprinting provides valuable information on the phys

229 e use of X-ray diffraction analysis for food fingerprinting purposes.

230 Short tandem repeats for DNA fingerprinting represents an efficient and reproducible

231 The MALDI-TOF/MS followed by peptide mass fingerprinting revealed homology with a predicted protei

232 In particular, fingerprinting revealed that C6 and F98 glioma models ha

233 ficially analyze this phenomenon by standard fingerprinting (RFLP and VNTR).

234 In conclusion, MR vascular fingerprinting seems to be an efficient technique to stu

235 mapping studies, human identity testing (DNA fingerprinting), sequence homology and population studie

236 Fingerprinting showed 11 different PFGE types (seven in

237 For the 9 L glioma model, fingerprinting showed blood oxygenation measurements tha

238 The new method for fingerprinting showed to be a powerful and fast tool to

239 a mechanistic land-surface model and optimal fingerprinting statistical techniques to attribute obser

240 A fingerprinting strategy based on genetic (simple sequenc

241 the future use of ultradeep sequencing as a fingerprinting strategy for locating and identifying mod

242 An automated fingerprinting strategy is presented, termed COLMAR quer

243 Mechanical fingerprinting studies of a series of C-terminally trunc

244 s a methanol precipitation typically used in fingerprinting studies.

245 lications of adduct-mediated effects for CIU fingerprinting studies.

246 se of SPIONs provides a major advancement in fingerprinting subcellular compartments, with an increas

247 rst standardised a capillary electrophoresis fingerprinting technique for PSP identification and char

248 Here, an electrochemical fingerprinting technique is described, which suggests th

249 is a powerful technique and can be used as a fingerprinting technique to compare various samples.

250 High-throughput content fingerprinting techniques employing capillary electropho

251 In prokaryotes fingerprinting techniques exploiting VNTR (variable numb

252 development of new high-information content fingerprinting techniques for constructing BAC-based phy

253 prehensive integration of MS-based metabolic fingerprinting techniques, advanced data preprocessing a

254 e, we highlight the considerable advances in fingerprinting technology that can simultaneously provid

255 present the use of short tandem repeat DNA "fingerprinting" technology as a method of early, definit

256 This study highlights the importance of fingerprinting the effects of detected chemicals.

257 For fingerprinting the oil spill, we constructed diagrams an

258 ogeochemical studies that aim at molecularly fingerprinting the source of natural DOM could be satisf

259 ceded by magnetoresistance (MR) oscillations fingerprinting the underlying regular vortex structure.

260 Compared with chromatographic fingerprinting, the bioassay provided better discriminat

261 We report a robust protocol for fingerprinting these pharmaceutical agents.

262 tatic prostate cancer, we used phage display fingerprinting to analyze sequentially acquired serum sa

263 The role of oncogenic viruses and genetic fingerprinting to determine the origin of TCCtu are desc

264 fragment length polymorphism (AFLP) genomic fingerprinting to each other and to strains of a referen

265 se results showed the relevance of cheese MS fingerprinting to generate new findings and to detect ev

266 based on UHPLC-TOF-MS profiling and (1)H NMR fingerprinting to highlight metabolite differences on a

267 Here we use genetic fingerprinting to identify parthenogenetic offspring pro

268 ability of mass spectrometry (MS) metabolic fingerprinting to investigate modifications induced by b

269 dy of sufficient size and duration using DNA fingerprinting to investigate tuberculosis relapse and r

270 problem we have applied a method of collagen fingerprinting to more than 2000 fragmented bones from t

271 er analysis (ARISA) whole-assemblage genetic fingerprinting to quantify species richness in 103 near-

272 oteome of orange pulp and peel and, via this fingerprinting, to detect its presence in commercial ora

273 y, 4-dimensional elastically scattered light fingerprinting, to show that in experimental colon carci

274 s finding utility as a first-pass metabolite fingerprinting tool in many research fields.

275 k for developing a quantitative, geochemical fingerprinting tool to distinguish sources of high salin

276 of 2DIR spectroscopy as a possible proteins fingerprinting tool.

277 e used as a biosensor as well as a molecular fingerprinting tool.

278 method was first developed and validated by fingerprinting two test fluids, rat serum and RPMI cell

279 ic loci by methylation sensitive restriction fingerprinting using genomic DNA from wild-type, Dnmt3a

280 ing 2D-gel electrophoresis, and peptide mass fingerprinting using matrix-assisted laser desorption/io

281 of saffron authentication based on metabolic fingerprinting was developed.

282 MALDI-TOF/TOF mass fingerprinting was employed to identify 24 SII-sensitive

283 The potential of headspace GC-MS fingerprinting was explored as a tool to compare the imp

284 Untargeted metabolite fingerprinting was performed by UPLC-QToF MS with multiv

285 In this study, non-targeted (1)H NMR fingerprinting was used in combination with multivariate

286 Amplification of Polymorphic DNA (RAPD)-PCR fingerprinting was used to group the genotypes.

287 Peptide mass fingerprinting was used to identify 79 proteins from the

288 Method suitability for untargeted fingerprinting was verified, demonstrating adequate line

289 Fingerprinting water impacted by gas-drilling operations

290 ionization-time of flight mass spectrometry fingerprinting, we demonstrate that synthesis of HbpA co

291 Using high-resolution molecular fingerprinting, we demonstrate the existence of extraord

292 Using metabolite fingerprinting, we show that Magnaporthe grisea, the cau

293 cert with mutagenesis and NMR chemical shift fingerprinting, we show that the transactivation respons

294 MS), and NIR, FT-IR, and Raman spectroscopic fingerprinting were analyzed.

295 ity wines can be used as a reliable tool for fingerprinting wine geographic provenance.

296 maging with steady-state precession-based MR fingerprinting with ADC mapping.

297 Comparing fingerprinting with and without internal standard proved

298 We investigated the potential of proteomic fingerprinting with mass spectrometric serum profiling,

299 ing the novel proposed method for structural fingerprinting with the template map of olfactory networ

300 rap HRMS to develop and validate a metabolic fingerprinting workflow for human feces and in vitro dig