ライフサイエンスコーパス: matrices

1 cts, in cell culture media, or other complex matrices.

2 e lower in parasite tissues compared to fish matrices.

3 ronic impact of PNPs in zwitterionic polymer matrices.

4 ched higher levels in parasites than in chub matrices.

5 n species compared to commercially available matrices.

6 ject axons for integration with 3-D external matrices.

7 r, and also controls sparsity levels of both matrices.

8 re reliable assessment of complex biological matrices.

9 peptide MS intensities in the different food matrices.

10 roof-of-concept testing scenarios in various matrices.

11 ng groups of chemicals of concern in complex matrices.

12 d was robust when used in complex biological matrices.

13 l compatibility between chitosan and ZnO@gal matrices.

14 -abundance proteins, in different biological matrices.

15 ction and quantification of analytes in food matrices.

16 ge to quantify glycans in complex biological matrices.

17 us or by protein hydrolysis, from other food matrices.

18 ids was developed and validated for multiple matrices.

19 nt to LC confirmation of pesticides in fruit matrices.

20 for the determination of parabens in complex matrices.

21 discover metabolites from complex biological matrices.

22 entropies obtained from protease-specificity matrices.

23 omposing regulatory matrix into two low-rank matrices.

24 ve the accuracy of detection for complicated matrices.

25 of crude reaction mixtures or complex sample matrices.

26 ols as source of biomarkers in animal origin matrices.

27 ollagen degradation cascade in extracellular matrices.

28 ication of microplastics in complex beverage matrices.

29 asibility of their use as markers in complex matrices.

30 nthocyanin components in complex corn-kernel matrices.

31 ter (<0.1% degradation) but degraded in fish matrices.

32 depending on the treatments, conditions and matrices.

33 ng time-consuming testing or complex scoring matrices.

34 f a quantum repeater with the stored density matrices.

35 door and outdoor environments and biological matrices.

36 bustness against effects of different sample matrices.

37 reduced and softer cells polarized on softer matrices.

38 ct and quantify them from complex biological matrices.

39 sis of trace elements in soybean and similar matrices.

40 r xeno-free culture conditions using current matrices.

41 n of unknown m/ z features across biological matrices.

42 successfully in-house validated in the three matrices.

43 telets was completely abolished on different matrices.

44 n their ubiquitous presence in environmental matrices.

45 d to extract/enrich analytes from biological matrices.

46 ach for the detection of LAB also in complex matrices.

47 al replicates each, as well as 176 simulated matrices.

48 assage were observed between individuals and matrices.

49 tural properties based on TADs' Hi-C contact matrices.

50 fluid-filled central lumen when grown in 3D matrices.

51 etworks characterized by Hessian and damping matrices.

52 artmental domains in sparse single cell Hi-C matrices.

53 y associated with bilinear decompositions of matrices.

54 xhibited no proteolytic activity on collagen matrices.

55 sis of multi-class nutrients in various food matrices.

56 n compartmental domains in single cells Hi-C matrices.

57 of DNA polymerase by molecules from the food matrices.

58 atom involved in a QMT reaction in cryogenic matrices.

59 antee detection of autoantibodies in complex matrices.

60 or direct measurements in complex biological matrices.

61 cells cultured in three-dimensional BM-like matrices.

62 e juice and can be extended to other complex matrices.

63 tworks coupled with coevolutionary precision matrices.

64 avage motifs based position-specific scoring matrices.

65 heir precursors and derivatives in different matrices.

66 organic compounds (VOCs) from complex liquid matrices.

67 8 to -48% for all compounds in both types of matrices.

68 ed from 76% to 122% among the different food matrices.

69 ay the maturation process, however, chitosan matrices (100%Q or 90%Q) protected fruits against excess

70 plicability of the method to nine other food matrices, 104 food items were screened for the occurrenc

71 Six matrices (15 wt% whey proteins, 0 or 10 wt% oil), each d

72 the presence of C. acutatum in complex olive matrices a real-time PCR assay was developed, using oliv

73 order one, also called adjacent dinucleotide matrices (ADMs).

74 nd protected in part by apical extracellular matrices (aECMs) that line their lumens.

75 other countries for which synthetic contact matrices also exist.

76 s assessed in fluid solutions, frozen glassy matrices, amorphous solids, and crystalline phases.

77 rting, and time dependence of human mobility matrices and awareness-dependent exposure probabilities.

78 tives for direct bacterial detection in real matrices and clinical samples.

79 Various diversity matrices and clustering methods were evaluated for a com

80 are generally surface-stabilized by organic matrices and coatings, and while the resultant organic c

81 heir year group, and directed social network matrices and community structure were then determined fr

82 d to analyze pyridalyl residues in different matrices and duly validated, based on single laboratory

83 ene perturbation profile distance/similarity matrices and estimated protonation constants.

84 nipulating and operating on data in vectors, matrices and higher-dimensional arrays.

85 ffers from strong sensitivity to interfering matrices and inability to detect the complete pattern of

86 ic summarizes sequence alignments into small matrices and incorporates more than a hundred features t

87 s derived using the properties of structured matrices and its numerical accuracy was evaluated using

88 lls to invade and migrate into collagen-rich matrices and locally invade and disseminate in vivo.

89 By testing different oils, encapsulation matrices and oxidation conditions, results showed that E

90 orced polymers (FRPs), consisting of rubbery matrices and rigid fabrics, are widely utilized in indus

91 ts of EGaIn and compatibilization in polymer matrices and solvents have attracted significant attenti

92 However, the high complexity of sample matrices and the huge number of OMPs potentially present

93 he moisture and protein components of cheese matrices and the influence of changing pH, salt and temp

94 .4) was used to describe dolutegravir in all matrices and to evaluate covariates.

95 ation; however, the complexity of biological matrices and weak ionization efficiency bring a big chal

96 atrices, transforms a read into a product of matrices, and assigns numbers to reads based on the prod

97 matrices, transforms reads into products of matrices, and based on which assigns a unique number to

98 e consist of perineuronal nets, interstitial matrices, and basement membranes, each composed of a set

99 ing chemotaxis, migration through complex 3D matrices, and collective cell motion.

100 ty of the method to a wide range of analytes/matrices, and combination with other commercial detector

101 Genes are abstracted as APA matrices, and differential APA usage is inferred using i

102 n of drug delivery vehicles, cell and tissue matrices, and immunoassay scaffolds that utilize hydroge

103 Kullback-Leibler divergences and sensitivity matrices, and link these methods to a new theory about m

104 acid served to attain selectivity in complex matrices, and liquid-liquid microextraction of red or bl

105 al relationship between cells, extracellular matrices, and mineral deposits is fundamental for an imp

106 rom other biofluids and non-biofluid related matrices; animal species determination was also possible

107 Particles with charge embedded in their bulk matrices are fabricated for the first time (i.e., via po

108 reported in S. mutans biofilm extracellular matrices, are reconstituted by co-incubation of monomers

109 odel similar to that employed for covariance matrices as a framework to study PCA.

110 alyses of connectomes and brain connectivity matrices, as well as providing data relevant to addition

111 e, enrichment of analytes present in complex matrices, as well as the direct interface and introducti

112 We applied previously developed job exposure matrices assigning exposure levels to ELF-MF and potenti

113 generates two-dimensional (2D) fluorescence matrices at a data acquisition rate of over 6 EEMs per m

114 model, that can support genomically labeled matrices at any resolution.

115 was poorly correlated with removal for both matrices at equilibrium, but D(ow) was correlated with r

116 ple replications, we also derived similarity matrices between cancer cohorts, which are, in many case

117 butions within ensembles and comparing these matrices between ensembles.

118 Covariance matrices between kinematic measures were computed and di

119 Basement membranes (BMs) are supramolecular matrices built on laminin and type IV collagen networks

120 glycan present within leukocyte pericellular matrices but is induced poorly by the shorter polymer al

121 most stable markers for testing complex meat matrices by analysing pates-type products with a rabbit

122 he measurement of trace odourants in complex matrices by increasing specificity and sensitivity.

123 yl-3-fluorophenylnitrene, generated in argon matrices by UV-irradiation of an azide precursor, was fo

124 ed and distances between pairs of covariance matrices calculated using Riemannian geometry.

125 target's redox signature in complex biofluid matrices can be confounded by the immediate biofouling e

126 m repeater entails that all incoming density matrices can be swapped with a target density matrix.

127 Using keratinocyte generated extracellular matrices can enhance infection efficiency in keratinocyt

128 wnloadable files, such as RNA quantification matrices, clustering results, reports on protocols and a

129 In doxycycline-treated scar matrices, collagen I content was significantly reduced (

130 that assembles into highly branched amyloid matrices, comparable to those in vivo, by forming beta-s

131 sed to promote EC networks, and on synthetic matrices composed of electrospun dextran methacrylate (D

132 ogical and chemical signatures in the sample matrices, considering that such signatures encode the hi

133 These matrices consist of curli nanofibers displaying trefoil

134 ls, namely CuO, ZnO, and TiO(2), embedded in matrices containing organic and inorganic compounds was

135 With a comparative analysis of three matrices contaminated with four allergens (egg, milk, pe

136 levels of peanut incurred in different food matrices (cookies, peanut butter and chocolate dessert).

137 Databases compiling specificity matrices derived from experimental assays have provided

138 VSP generates population-based matrices describing the spatial covariance (SCV) relatio

139 demonstrate test efficacy with other sample matrices, dried blood spot samples (n = 63) were obtaine

140 een the morphological and molecular distance matrices due to the non-overlapping information between

141 ms and R packages cannot be applied to large matrices due to their slow convergence or to matrices wi

142 atient-derived organoids in 3D extracellular matrices (ECM) alone or together with bone marrow stroma

143 Using this system, we screened extracellular matrices (ECMs) and identified laminin-511/521 as potent

144 ogenesis, and the structure of extracellular matrices (ECMs).

145 Fluorescence excitation emission matrices (EEM) and parallel factor (PARAFAC) analysis ha

146 r determining vitamin C in real complex food matrices, envisaging the application of the sensing plat

147 elements or general single-qubit orthogonal matrices, finding the curing transformation is NP-comple

148 ps are demonstrated as both ligands and host matrices for CsPbBr(3) perovskite nanoparticles (PNPs).

149 ) peptides eliminated the need for authentic matrices for external calibration curves, overcame the m

150 templates for soft lithography, and ordering matrices for the organization and manipulation of functi

151 s study, we have also tested five filtration matrices for their effectiveness at removing the cytotox

152 eese represents one of the most complex food matrices, for the high number of factors contributing to

153 strategy is to synthesize tough viscoelastic matrices from acrylate monomers in the presence of woven

154 The translation of the different diversity matrices from the phenotypic and genomic information int

155 ds for numerous drugs of interest in diverse matrices, from police samples, biological fluids and hai

156 1 T and graph theory analysis was applied to matrices generated from seed-based functional connectivi

157 ronmental samples obtained across a range of matrices, geographies, and time.

158 (VehMs), glucocorticoid-induced cell-derived matrices (GIMs) trigger non-Smad TGFbeta2 signaling in h

159 ures related to the gray-level co-occurrence matrices (GLCOM), gray-level size zone matrices (GLSZM),

160 SZM), and gray-level neighborhood difference matrices (GLNDM) were extracted from ground truth contou

161 rence matrices (GLCOM), gray-level size zone matrices (GLSZM), and gray-level neighborhood difference

162 ), gelatin-based and fibrin-based hemostatic matrices (GM and FM), or without the insertion of a scaf

163 For all four matrices, >125 compounds were found to meet European Uni

164 lose, the pEtN modification present in these matrices has been implicated in the overall architecture

165 for its determination by excitation-emission matrices has been proposed.

166 hod, discovery analysis of two incurred food matrices has been undertaken to select the most reliable

167 ation of human living cells into scaffolding matrices has progressively gained popularity in the fiel

168 (PPMs, also called position-specific weight matrices) have been the dominating model for transcripti

169 2)(O) is the product of at most 5 elementary matrices if K has at least 1 real embedding, the product

170 bedding, the product of at most 6 elementary matrices if S contains a finite place, and the product o

171 s is clear, the degree to which agricultural matrices impose limitations to animal use is not well un

172 s including labile compounds from biological matrices in a biocompatible and non-exhaustive fashion,

173 st neighbor classifier evaluated the feature matrices in a leave-one-out cross validation design acro

174 entration of MDA was similar for most of the matrices in both UPLC methods, except for cooked ham and

175 ace, and the product of at most 7 elementary matrices in general.

176 (LOXL1) function, leading to altered elastin matrices in ocular and systemic tissues.

177 (SEM) revealed more compact and less porous matrices in the 6% concentration with respect to the con

178 wapping with the boundness of stored density matrices in the quantum memory and the boundness of dela

179 efine the buyers' and sellers' participation matrices in which the rows are the countries and the col

180 The matrices included in the validation were hazelnut, chees

181 have been detected in various environmental matrices including indoor dust, outdoor air particulates

182 )O) nanoconfined in architected silica-based matrices including Vycor glass and mesoporous silica SBA

183 ed a range of contaminants in different food matrices, including BPA, BPS, bis(2-ethylhexyl) adipate,

184 sulting in preservation of the extracellular matrices influence the characteristics and behavior of s

185 olving problems from the Raven's Progressive Matrices intelligence test.

186 major, ubiquitous component of extracellular matrices involved in everything from fertilization, deve

187 on of volatile compounds from complex liquid matrices is a critical step in volatile compound analysi

188 manner and that NP movement through alginate matrices is anisotropic and heterogeneous.

189 but direct comparison of the resulting Hi-C matrices is confounded by several features of Hi-C data.

190 ction approach for allergens in various food matrices is essential to assist patients in managing the

191 for studying NP interactions in more complex matrices is highlighted.

192 the function of large matrix PGs in collagen matrices is less well known.

193 l density to a level similar to that seen on matrices lacking COL6.

194 ent murine mammary epithelial cells on stiff matrices like fibrillar collagen.

195 Liquid support matrices (LSM) were used for the analysis of standard su

196 m cells (MSCs) cultured in three dimensional matrices, matrix remodeling is associated with enhanced

197 the first time in parasites and various fish matrices (muscle, liver, and stomach content).

198 Furthermore, two reducing MALDI matrices, namely 1,5-diaminonaphthalene and N-phenyl-p-p

199 To this end, we compared classical encoding matrices, namely one-hot, VHSE8 and BLOSUM62, to end-to-

200 ing challenges, including highly sparse data matrices, noisy irregular clinical notes, arbitrary bias

201 ent method DeepCov, which was trained on 441 matrices of covariance features.

202 ned by the covariance and inverse covariance matrices of explanatory variables.

203 was three-dimensionally cultured in collagen matrices of low and high collagen densities mimicking he

204 charide structures that exist in the complex matrices of plant cell walls.

205 ion-free metrics that are based on computing matrices of the Calpha-Calpha distance distributions wit

206 cules are computed by expressing the density matrices of the full valence space multiconfiguration se

207 rtially reprogrammed spheroids in collagen-I matrices of varying densities, mimicking different three

208 on spectrum imaging data and regressed these matrices on indices of semantic and phonological ability

209 equencing (sncRNA-seq) data, i.e. expression matrices or output files from miRNA quantification tools

210 ces, concordance among genetic dissimilarity matrices, population structure, and genetic differentiat

211 Position-specific probability matrices (PPMs, also called position-specific weight mat

212 Individual transformation matrices project information from individual anatomical

213 an be used in several food and nutraceutical matrices, protecting the ingredients from environmental

214 for TFBS prediction, such as position weight matrices (PWMs) and chromatin immunoprecipitation follow

215 Both matrices represent different time frames, providing comp

216 r, the detection of nucleic acids in complex matrices represents a trending topic, especially when fo

217 extraction of betalains and complex colored matrices, respectively.

218 Confusion matrices revealed similarities in misclassification betw

219 lium chrysogenum cultivations with different matrices revealing excellent agreement of both mass spec

220 ieties even using DNA extracted from complex matrices, revealing its potential to be applied in wine

221 umulation, and compared with that of abiotic matrices (seawater, surface sediment, and suspended part

222 does not require antibodies, solid affinity matrices, specialized detectors, a customized apparatus,

223 nal mesenchymal fashion, cells in deformable matrices stretched matrix fibers to store elastic energy

224 We derive a scaling law for linear elastic matrices such as basement membrane extract hydrogels (Ma

225 chromatin loops from genome-wide interaction matrices such as Hi-C data is critical to deepening our

226 nt steps will be required in high complexity matrices such as serum.

227 quantitative analyses of proteins in complex matrices such as those found in up- and downstream biopr

228 iques to detect eosin derivatives in complex matrices, such as oil media without the use of conventio

229 de residues at low concentrations in complex matrices, such as tea.

230 migratory behavior of cells on such modified matrices, suggesting that this modification may play a r

231 s (MOFs) are appealing heterogeneous support matrices that can stabilize molecular catalysts for the

232 We present quantitative connectivity matrices that encompass all connections from sensory inp

233 y is readily enhanced by installing numerous matrices that facilitate higher sensing resolution.

234 Compounds identified from those mass ion matrices that had high discriminative value for classifi

235 ally occurring mineral found in cementitious matrices that is known for its ability to incorporate en

236 eir routine culture relies on animal-derived matrices that limit translation to clinical applications

237 sizes at the individual sites and the use of matrices that represent different time periods.

238 med biosynthetic buttons and in situ-forming matrices that strive to achieve the transparency, biocom

239 efficiencies in solution and within polymer matrices that support molecular migration systems.

240 The complex chemistry nature of these matrices, the number of analytes, as well as the number

241 e unbound DNA-AuNPs and the dissolved tissue matrices, thereby enabling ultrasensitive, interference-

242 ssion of radionuclides in different chemical matrices throughout the body, the internal organ-specifi

243 try of contact map, we reduced the number of matrices to 231, which makes the training more efficient

244 ogy based on Lindbladian dynamics of density matrices to calculate spin-phonon relaxation time of sol

245 butions together with age-stratified contact matrices to instantiate specific models for Hubei, China

246 e used the genomic and pedigree relationship matrices to obtain the H matrix for all 415 hybrids.

247 s well as age- and location-specific contact matrices to represent contacts.

248 Ontology annotations of genes) into low-rank matrices to simultaneously explore the latent key isofor

249 volatile/semivolatile compounds from liquid matrices to the gas phase for analysis.

250 hereafter StatDns, derived from Hi-C contact matrices, to serve as a basis for reconstruction accurac

251 Nubeam represents nucleotides by matrices, transforms a read into a product of matrices,

252 Nubeam-dedup represents nucleotides by matrices, transforms reads into products of matrices, an

253 s, flavonols, stilbenes and other PCs in the matrices under study.

254 With sparse factorization of data matrices using GPCA, groups of correlated features/mass

255 ble vitamins and flavonoids) in various food matrices (vegetables, fruits, and cereals).

256 ctor-beta2 (TGFbeta2), compared with control matrices (VehMs), glucocorticoid-induced cell-derived ma

257 hromic molecules into semiconducting polymer matrices via blending has recently attracted a great dea

258 presents modernized versions of scatterplot matrices, volcano plots, and litre plots through the imp

259 /mL acrylamide in instant coffee and biscuit matrices was achievable.

260 ncipal component analysis of the correlation matrices was consistent with the networking structure of

261 migration of CA and EU in the different food matrices was determined to analyse the food matrix effec

262 ecting four allergens in animal-derived food matrices was developed.

263 id, ephedrine, and gemcitabine in biological matrices was further demonstrated.

264 and mechanical properties of the macroscopic matrices, we show that transparency results from structu

265 Community matrices were also used to derive estimates of interacti

266 Load-dependent connectivity matrices were generated according to correct responses i

267 MeHg concentrations among blood sources and matrices were highly correlated (r ranged from 0.85 to 0

268 Processed peanut matrices were prepared and analyzed using an untargeted

269 In this study, model casein matrices were prepared, by renneting of micellar casein

270 Culture negative respiratory sample matrices were spiked to determine if the Ultra could det

271 For this purpose, six cereal matrices were spiked with 134 pesticides and analysed in

272 The resulting transformation matrices were then used to perform the final motion-comp

273 digestion, hydrothermal treatment, and food matrices (wheat flour, durum wheat flour, wholemeal whea

274 In contrast to stiff matrices where cells migrated continuously in a traditio

275 ial, given the diversity of encountered food matrices which can affect sample preparation and analysi

276 most 40 y is concerned with alternating sign matrices (which are equivalent to a well-known physics m

277 equation are the off-shell boost two-body t-matrices, which are calculated directly from the boost t

278 sed by immune cells to degrade extracellular matrices, which facilitates migration.

279 external calibration, often using surrogate matrices, which has inherent limitations for the analysi

280 parse and inaccurate allele-specific contact matrices, which might lead to incorrect modeling of dipl

281 interference from complex human fluid sample matrices, which prevents their practical application in

282 are incompatible with these light-scattering matrices, which renders automated buffer exchange to scr

283 Vivo Tumor platform to culture tumors in 3D matrices, which retains tumor cell heterogeneity arising

284 In three-dimensional matrices-which do not have the constraints of bioprinted

285 ed overcomes challenges presented by complex matrices while minimizing sample handling and the overal

286 tially replacing the need for animal-derived matrices, while also allowing systematic variations to t

287 ween blood sources (venous vs capillary) and matrices (whole blood vs DBS).

288 ment in LOQ and the robustness to biological matrices will significantly expand the applicability of

289 designed in our lab and then on various food matrices (wine, chicken, cheese, tea), repeating already

290 the rapid detection of OP pesticides in food matrices with a total assay time of 25 min.

291 rrelating individual functional connectivity matrices with an average healthy control connectivity ma

292 pplied for estimation of analytes in six raw matrices with high recoveries.

293 time evolution can be converted into unitary matrices with minimal dilation guaranteed by the Sz.-Nag

294 matrices due to their slow convergence or to matrices with missing entries.

295 or spheroids are embedded within 3D collagen matrices with well-defined IFs.

296 on of microplastics in complex environmental matrices, with the main focus on their applicability for

297 ransparency in scattering fibrillar collagen matrices within a narrow range of concentration in the p

298 ons through on-demand removal of surrounding matrices within nanoseconds.

299 lexed detection in other clinically relevant matrices without the need for any additional NA or prote

300 Differences between two matrices yield information on the similarity between spe