ライフサイエンスコーパス: batch

1 in six batches with 17 replications for each batch.

2 ools to ensure product quality from batch to batch.

3 metabolite detectability varies according to batch.

4 to a protein target in solution as a single batch.

5 oader substrate scope than when conducted in batch.

6 ood reproducibility between different sensor batches.

7 of cancer and examine digital mammograms in batches.

8 frequency of mutations unique to individual batches.

9 to describe the arrival process of new node batches.

10 m (SNP) mutations are present in all vaccine batches.

11 ons of two replicates, measured in different batches.

12 about single kernel protein variation within batches.

13 ernels of mildly and severely sprouted wheat batches (11% and 16%, respectively), density separation

14 erence materials (BCR-482 Lichen and SPS-WW1 Batch 114) and spiked chickpea, bean, wheat, lentil, che

15 igh yielding (56-94% yield) and fast (2 h in batch, 12 examples).

16 This model allows nodes to arrive in batches according to a Poisson process and to form hyper

17 The former catalyst was used in batch aerobic oxidation reactions with different primary

18 pproach and new algorithms for computational batch-analysis and their application to a human PDAC pan

19 Fe mineral composition were monitored using batch analytical and spectroscopic techniques.

20 Batch and column experiments were performed with sedimen

21 ulfonimidamides from sulfinamides under both batch and continuous flow conditions is described.

22 - and 1,3-diborylarenes on gram scales under batch and continuous flow conditions.

23 could bind 335ng/mL and 250ng/mL of Lys for batch and continuous processes, respectively.

24 ta could not cover all the possible batch by batch and country variabilities, to date this represents

25 Good overall agreement between batch and dynamic UBM results was obtained for the teste

26 From a combination of batch and flow light scattering results, we concluded th

27 ion kinetics and MP removal were measured in batch and flow-through experiments for a mixture of 83 M

28 e the model are estimated independently from batch and nonreactive transport experiments.

29 truncated data and estimates per-metabolite batch and run-order effects using quality control sample

30 over weeks or months, technical noise due to batch and run-order threatens data interpretability.

31 ent significant analytical challenges due to batch and tissue effects, but provide the opportunity to

32 4 authentic whiskies from diverse brands and batches and 44 counterfeit samples of the same brands se

33 n8" (Man7+Glc) was also present in different batches and in some commercially available therapeutic m

34 The HN3 batches and reagent stocks were then analyzed for impuri

35 Herein we report a scalable (ca. 11.0 g per batch) and low-temperature colloidal processing route fo

36 sting for age, sex, race/ethnicity, smoking, batch, and cell type heterogeneity.

37 us removals of 70-80% were observed in mixed batch, and there was no significant difference between a

38 om different categories of cow milk (brands, batches, and fat percentages) with experimental triplica

39 nce that replaces the previous 5-year cyclic batch-and-queue approach process.

40 ptation unlike current CLDA methods that use batch-based adaptation on much slower adaptation time-sc

41 istent performance convergence compared with batch-based methods, and was robust to parameter initial

42 if the data could not cover all the possible batch by batch and country variabilities, to date this r

43 pproximately 230 mg/L was achieved in 6 h of batch cathode operation.

44 The translation of batch chemistries onto continuous flow platforms require

45 hat HP-ss-CD protected only the hydrogenated batches (CL and CDL) during freeze-drying.

46 saving of the rennin enzyme expenses of the batch coagulation of milk.

47 The within and between-batch coefficient of variations (CVs) of present biosens

48 Within and between batches coefficients of variation (CV) were 2.5% and 3.2

49 rior robustness across distinct experimental batches compared to existing methods.

50 it showed rapid adsorption kinetics, in both batch conditions and a dynamic (column) setup.

51 of these oxygenic photogranules under static batch conditions, as well as in turbulently mixed biorea

52 unds in enhanced yields relative to standard batch conditions, with short reaction times, increased s

53 mperature compared to that under traditional batch conditions.

54 facilitate between-sample comparisons and/or batch correction due to system drift.

55 me framework also provides a new approach to batch correction, correcting batch effect (correctBATCH)

56 igested corn stover with equal efficiency in batch culture at low pH.

57 r environment (exometabolomics) over time in batch culture conditions can provide rich phenotypic dat

58 PA titer to 34.93 +/- 2.99 g.L(-1) in a fed-batch culture.

59 d can be maximized by nutrient starvation in batch culture.

60 , and a subsequent pH-controlled, anaerobic, batch-culture fermentation model reflective of the dista

61 conditions tested, the daily growth rates in batch cultures decreased steadily over time, and station

62 for the gradual decrease of growth rates in batch cultures during log phase, culminating with the on

63 hydrolysates was optimised (80.2g/g) in fed-batch cultures of R. toruloides leading to a total dry w

64 n/consumption were obtained for denitrifying batch cultures under four conditions: initial COD:N rati

65 Moreover, cell division rates in fed-batch cultures were positively correlated with the dilut

66 e concentrations and other conditions during batch cultures.

67 he presence of different nitrogen sources in batch cultures.

68 Chlorophyll allomers were measured in batch-cultures of O. tauri in parallel with maximum quan

69 t of NH4(+) ions during the early stage of a batch cycle and they compete with the NH4(+) ions weakly

70 tact polysaccharide showed that this unusual batch differed strikingly from other HS preparations obt

71 Frequency measurements were performed in batch (dip-and-dry) and continuous (flow-cell) processes

72 Guinea, Ghana, U.S., and India as single-use batch dispersive media demonstrated that doses of approx

73 work has shown that rectification columns in batch distillation with fixed reflux rate are useful to

74 For comparison, the conventional batch DLS and static light scattering (SLS) experiments

75 new approach to batch correction, correcting batch effect (correctBATCH), which we have shown to be a

76 propose a novel statistical method, finding batch effect (findBATCH), to evaluate batch effect based

77 inding batch effect (findBATCH), to evaluate batch effect based on probabilistic principal component

78 ender, ethnicity, Tanner stage, BMI, PA, and batch effect, revealed that %5 mC was associated with LT

79 vailable as a part of an R package exploring batch effect.

80 falsely associated with the phenotype due to batch effect.

81 develop methods that are robust to platform/batch effects and able to identify perturbed pathways in

82 r mixed-effects models with consideration of batch effects and covariates age, sex, and ancestry prop

83 studies after diagnosing and correcting for batch effects and retaining the biological effects.

84 ls in spite of various noise sources such as batch effects and stochastic variation.

85 These batch effects are not well understood and can be due to

86 itive sensitivity and improved robustness to batch effects in differential expression analysis, compa

87 ndividual samples that is robust to platform/batch effects in gene expression profiles generated by m

88 h effects or remove associations impacted by batch effects in whole genome sequencing data.

89 ave effective tools to identify and mitigate batch effects in whole genome sequencing data.

90 them, and demonstrate that identification of batch effects is aided by principal components analysis

91 hms or heuristics exist to detect and filter batch effects or remove associations impacted by batch e

92 linear signal drifts in LC retention time or batch effects that complicate comparison of thousands of

93 on, and, importantly, checking for potential batch effects within the data set.

94 gene expression data, systematic removal of batch effects, and multiple runs of balanced sampling fo

95 After adjustment for batch effects, cell types, and covariates, we used robus

96 ter adjustment for age, sex, race/ethnicity, batch effects, inflation, and multiple comparisons.

97 nical parameters, which reflect cell-to-cell batch effects, into a hierarchical mixture model to esti

98 lomics data due to explicit accommodation of batch effects, run order and varying thresholds of detec

99 tion in power of 12.5%, 2) In the absence of batch effects, these filters removed only a small propor

100 To mitigate batch effects, we developed new site-specific filters th

101 d demonstrate that it effectively attenuates batch effects.

102 This increases the potential for batch effects.

103 es they fail to reveal all of the underlying batch effects.

104 vercome antibody issues, poor resolution and batch effects.

105 carefully selected and annotated to minimize batch effects.

106 that such screening is inherently limited by batch effects.

107 ent datasets due to the presence of platform/batch effects.

108 ologically interesting factors attributed to batch effects.

109 from different sources inevitably introduces batch effects.

110 inefficient sample processing and technical batch effects.

111 ep learning approach for removing systematic batch effects.

112 nthetic route can access >400 mg in a single batch, employing reactions conducted on useful scales in

113 Sorption was investigated in batch-equilibrium experiments by solid-phase microextrac

114 Currently there are several batch evaluation methods like principal component analys

115 than 120 equiv NH3 per Os center in a single batch experiment using Cp*2Co and [H2NPh2][OTf] as reduc

116 Under boundary conditions typical for batch experiments (finite bath), desorption accelerates

117 ) in two series of different procedures: (1) batch experiments aimed at investigating the efficiency

118 eveloped an integrated framework of combined batch experiments and reactive transport simulations to

119 Batch experiments demonstrated the effective and continu

120 pectroscopy measurements of samples from the batch experiments found that U(VI) was predominantly ads

121 sorption/desorption time scales observed in batch experiments may not be transferred to field condit

122 accounting for both processes and performed batch experiments on the desorption kinetics of typical

123 Batch experiments revealed enhanced U(VI) sorption with

124 Transport and batch experiments show a strong coupling of salinity and

125 While batch experiments showed the transition of U(VI) uptake

126 cale experiments were conducted in flasks as batch experiments under controlled environmental conditi

127 f these substances were assessed in targeted batch experiments using laboratory-scale biofilm reactor

128 x(s)] with phenol, aniline, and triclosan in batch experiments using X-ray photoelectron spectroscopy

129 xplicit description of biomass growth during batch experiments was crucial to avoid significant overe

130 Field and batch experiments were conducted to assess whether a mod

131 Batch experiments were conducted to evaluate the depende

132 nism for amine-containing micropollutants in batch experiments with activated sludge that has so far

133 Using batch experiments with human fecal material as substrate

134 eproduce sorption measures from conventional batch experiments with the benefit of lower labor-intens

135 Even in well-controlled batch experiments, however, this requirement is not nece

136 -based nanomaterials is typically studied in batch experiments.

137 etween column chromatography and traditional batch experiments.

138 A comparison of (i) solid phase batch extraction using La2O3, (ii) La2O3 embedded in pol

139 se of operation in comparison to solid phase batch extraction.

140 rtical compositions designed layer-by-layer, batch-fabricated tunnel device arrays with resistances t

141 However, a flexible approach for accurately batch-fabricating high-performance plasmomechanical devi

142 A simple batch fabrication method simultaneously produced 20 indi

143 so enhanced lactobacilli growth during mixed batch faecal fermentation.

144 Based on measurements of oocyte area and batch fecundity, mesophotic fish also have higher reprod

145 After medium optimization in fed-batch fermentation using glucose as the sole carbon sour

146 we, Bliss, HSA), as single experiments or in batch for High Throughput Screens.

147 Compared to previous results obtained in batch for the enzyme Viscozyme L, EMR provided a 3-5x hi

148 analyze large studies in multiple analytical batches for UPLC-MS analysis poses a challenge to data q

149 rge numbers of subjects and therefore sample batching for gas-chromatography/mass spectrometry (GC/MS

150 Unwashed, sliced, batch-fried potato crisps have a unique texture and are

151 density separation increased flour FN of the batch from 280 to 345s and from 135 to 170s and increase

152 re report the identification of squamocin in batches from Asia, the Caribbean Basin and the Indian Oc

153 First, fed-batch glucose fermentations by Saccharomyces cerevisiae

154 In clinical routine, patient batches (>200 applications) with radiochemical purity gr

155 ied in a high-throughput manner for batch-to-batch higher-order structure comparison, as well as for

156 om single CTCs and blood cells relies on the batch immobilization of clusters onto micropillars which

157 pigs were moved through 872,493 movements of batches in England and Wales during the 5-year study per

158 tes did not proceed, not even when prolonged batch incubation was applied.

159 periment was acquired in a single continuous batch, instances of minor time-dependent intensity drift

160 In contrast to most command-line or batch interactions with Rosetta, Foldit Standalone is de

161 ith each reader interpreting a median of 176 batches (IQR, 96-278).

162 of an appropriate Cynara cardunculus flowers batch is a preliminary step to produce rennet with bette

163 Here, a combination of batch isotherm experiments and X-ray techniques was used

164 Batch isotherm experiments were conducted to examine the

165 genomic analyses, transforming long-running batch jobs submitted via a Linux shell into questions th

166 Four types of batch kinetic experiments were conducted: (1) positive c

167 reactors before conducting suspended growth batch kinetic experiments.

168 5 min etching process easily compatible with batch manufacturing.

169 ationally and 4 protocols experimentally for batch-matched cell populations, in addition to investiga

170 The implicated batch may have been shared between cells during delivery

171 altered the glucose fermentation pathways in batch MECs, minimizing the production of H2, the "fuel"

172 roup), the images were interpreted in 37,688 batches (median batch size, 35; interquartile range [IQR

173 lectivity in comparison to the corresponding batch methodology.

174 antly less time compared to state-of-the-art batch methods currently available (1 hr vs. several days

175 was significantly reduced, over conventional batch methods.

176 ntrol samples are systematically included in batches, mixnorm is uniquely suited to normalizing non-t

177 Batch mode adsorption studies were conducted with the pr

178 7 microW (flow-through mode) and 0.4 microW (batch mode), at a glucose concentration of 27 mM.

179 he immobilization procedure was optimized in batch mode, by evaluating protein loading, caseinolytic

180 In batch mode, the Lyra assay reduced intralaboratory turna

181 in a notable production increase compared to batch mode.

182 ks (chromium, hypochlorite and acetate) in a batch-mode chamber, and exhibited various responses to s

183 ulness of such techniques as max-pooling and batch normalization in our method.

184 paration can be completed within 2days for a batch of 12 samples.

185 A batch of a promising candidate for optimization studies

186 Compared to the batch of CdS quantum dots prepared by capping with only

187 each pair of which received embryos from one batch of fertilized oocytes, and found ratio of endometr

188 c clearance rates for 50 IOCs using a pooled batch of liver S9 fractions isolated from rainbow trout

189 crease of transgene expression from the same batch of materials, due to limitations in quantitative p

190 After the best batch of MIPs was chosen, different strategies for immob

191 tent of GlcN residue in a recently purchased batch of porcine intestinal mucosal HS.

192 For a batch of queries, the multithreaded muBLASTP achieves up

193 o kernel variability in enzyme activity in a batch of sprouted wheat, the potential of eliminating se

194 erful technique to increase the quality of a batch of sprouted wheat.

195 The polymer mounts were prepared in batches of 49 in 1 h 15 min, which allowed for rapid pro

196 w magma mushes are mobilized to create large batches of eruptible crystal-free magma.

197 a method was exploited to cryopreserve large batches of functionally active mitochondria from cells a

198 ease through gene expression analysis of >30 batches of grafted human embryonic stem cell (hESC)-deri

199 Thirty batches of HN3 were synthesized using different combinat

200 process and to form hyperedges with existing batches of nodes.

201 strates and microbial activity, we incubated batches of organic-rich sediments in a novel bioreactor

202 In this study, 19 batches of products of G. lucidum (Red Reishi, Reishi),

203 We set up two batches of reactors in which (55)Fe(2+) tracer was added

204 isted variations in potency across different batches of the intermediates and preparations.

205 Two batches of the oenological tannin Tan'Activ R, (toasted

206 Here, we show using deep sequencing of seven batches of vOka vaccine (including ZostaVax, VariVax, Va

207 Subsequently, MP was grown in fed-batch on MP medium with conventional NH4(+) or urine-der

208 es within a product group were indicative of batch- or manufacturer-dependent variation.

209 nufacturing to transition from a traditional batch paradigm to more flexible continuous processing.

210 s: a batch phase, followed by a glycerol fed-batch phase that increases cell density, and finally an

211 is available comprising three main phases: a batch phase, followed by a glycerol fed-batch phase that

212 rategy lacking the intermediate glycerol fed-batch phase.

213 The conventional batch photocatalytic studies on lignin, often using diss

214 reaction mechanism during such reactions in batch photoreactors.

215 with only mercaptoacetic acid (CdS-MAA), the batch prepared by capping with mercaptoacetic acid and t

216 versa, it allows the cross-check of suspect batches previously tested only for their anthocyanin pro

217 ow rate and sample volume was examined using batch procedures.

218 ons and by allowing hundreds of larvae to be batch-processed.

219 improved performance and safety relative to batch processes and also improved containment of a highl

220 dling for hyperstacks, 3D reconstruction and batch processing facilitates analysis of data sets gener

221 e pointed out and a thorough comparison with batch processing is presented.

222 integrated with the command line, including batch processing of data, and therefore enables an effec

223 ChiLin is ideal for batch processing of many datasets and is well suited for

224 s, QuPath provides researchers with powerful batch-processing and scripting functionality, and an ext

225 ve competitive results even when compared to batch production with a pure endo-galacturonase enzyme,

226 Grid Engine (SGE) high-performance computing batch queueing system is commonly used in bioinformatics

227 Here, we present results from batch reaction experiments, in which forsteritic olivine

228 on to cyclohexane under mild conditions in a batch reaction; this catalyst also demonstrates regenera

229 Batch reactions show that As(III) is reduced on pyrite a

230 74% of initial activity after eight repeated batch reactions.

231 of the activated sludge from the sequencing batch reactor (SBR) receiving synthetic domestic wastewa

232 riched from activated sludge in a sequencing batch reactor by maintaining sustained limiting extant n

233 tion networks operating outside well-stirred batch reactor conditions.

234 of a prototype lab-scale CANDO+P sequencing batch reactor treating synthetic municipal wastewater, w

235 he landfill was treated as a perfectly mixed batch reactor.

236 A fragment ion search applied to batch-reactor and environmental samples revealed another

237 ures and pressures using a novel pressurized batch-reactor system with dual spectroscopic detectors:

238 s us to tune the conversion: three-hour-long batch-reactor tests conducted at 150 degrees Celsius, us

239 was investigated in two lab-scale sequencing batch reactors (SBRs), using bisphenol A (BPA) as the TO

240 Penicillin G acylase in miniaturized stirred batch reactors or continuous flow microreactors.

241 Six 5.0-L fill-and-draw batch reactors were used with different feed composition

242 In batch reactors, LMG-N2-G was transformed, following pseu

243 These systems, examined within well-stirred batch reactors, represent conceptual and practical frame

244 trations was explored using sequential-spike batch reactors.

245 e evaluated this novel concept in laboratory batch reactors.

246 aining and test sets to reduce the effect of batch-related artifacts.

247 Integration with a batch release of sacrificial hydrogel layers provides a

248 Batch release quality control specifications were establ

249 inical studies and established protocols for batch release.

250 La2O3 monolith strategy has better batch to batch reproducibility, reduced time of enrichment, and e

251 treatments of 60min (Ar/O2 0.1%) on the oil batches resulted in the formation of a unique set of sec

252 orption model provided a good description of batch results, and the distribution coefficients (KD) dr

253 filter and sort expression data summaries; a batch search utility; gene-based expression overviews; a

254 ffect of these mechanisms is well studied in batch settings and readily describes observed behavior.

255 nol titers of 79.2, 81.3, and 85.6 gL(-1) in batch shake flask, corresponding to ethanol yields of 90

256 s were interpreted in 37,688 batches (median batch size, 35; interquartile range [IQR]; 16-46), with

257 he trial; however, randomisation was done in batches so that the control group and participants not y

258 of organic carbon concentration and pH using batch sorption experiments at 5 mgC.L(-1) and 50 mgC.L(-

259 Batch sorption experiments indicate that increasing Ti c

260 Batch sorption experiments show that siderite has a high

261 cationic PFASs in the subsurface is unknown, batch sorption experiments were conducted using National

262 Batch sorption experiments, liquid chromatography (LC) a

263 Herein, batch sorption isotherms, isothermal titration calorimet

264 iO2 was comprehensively investigated using a batch sorption technique, in situ attenuated total refle

265 Custom packed HPLC columns and standard batch sorption techniques were used to intercompare sorp

266 assumptions and, notably, failure to address batch-specific truncation of low abundance compounds.

267 Batch stills equipped with a packed column and an intern

268 In this batch study, effective ureolysis was stimulated in coast

269 submissions from individual laboratories and batch submissions from large-scale sequencing projects,

270 ivery strategies, however, are based on slow batch synthesis, which is ineffective, poorly controlled

271 The technological transfer from a classical batch system to an innovative flow environment allowed a

272 icate that in simple Pu-NOM-goethite ternary batch systems, NOM will decrease Pu sorption to goethite

273 were around 2 orders of magnitude smaller in batch than packed column experiments due to differences

274 cative of reagent type were found in the HN3 batches that were originally present in the reagent stoc

275 sed on the time of coagulation in successive batches, the concentration of immobilized rennin combine

276 he in-tip La2O3 monolith strategy has better batch to batch reproducibility, reduced time of enrichme

277 lytical tools to ensure product quality from batch to batch.

278 were prepared from a homogenous mango fruit batch to obtain four samples differing in texture.

279 o be applied in a high-throughput manner for batch-to-batch higher-order structure comparison, as wel

280 associated with antibodies, but with reduced batch-to-batch variability, high stability, and in vitro

281 he vaccine populations between preparations, batch-to-batch variation is minimal, as is the number an

282 arrier-based theranostic systems suffer from batch-to-batch variation, complexity of multicomponent,

283 human error with limited quality control and batch-to-batch variations.

284 ols from this library were then used for the batch transduction of bone marrow-derived mesenchymal st

285 A batch-type dynamic headspace (HS) system was used to gen

286 iscrete pulses, a phenomenon we refer to as 'batch unloading'.

287 re poorly characterised or have stability or batch variability issues, supporting the use of alternat

288 d with antibodies, but with reduced batch-to-batch variability, high stability, and in vitro selectio

289 e populations between preparations, batch-to-batch variation is minimal, as is the number and frequen

290 sed theranostic systems suffer from batch-to-batch variation, complexity of multicomponent, poor drug

291 or with limited quality control and batch-to-batch variations.

292 d specimens through 12 months postpartum for batched viral load (VL) testing separate from routine ca

293 All liposome batches were nanometric oligolamellar-type vesicles.

294 ifferent types of common eggs from different batches were used to build the model.

295 Four trials were conducted: (I) mixed batch with 150-900 mA applied for 1 min to 1 L, (II) sta

296 0 mA applied for 1 min to 1 L, (II) stagnant batch with 600-900 mA applied for 1 min to 1 L, and (III

297 102 adulterated samples were prepared in six batches with 17 replications for each batch.

298 n be used to determine the purity of gelatin batches with regard to bovine and porcine constituents.

299 n for NPs from mg level to 10 s of grams per batch, with the potential for continuous manufacturing.

300 alic acid (Ta) was observed in all anaerobic batches within the first 14 days.