ライフサイエンスコーパス: calibration

1 ns with known collisional cross-sections for calibration.

2 esearch and minimize the need for repetitive calibration.

3 and 30-day mortality, respectively) and good calibration.

4 x effects that were observed during external calibration.

5 suggesting improvements in engine design and calibration.

6 cross a large number of laboratories without calibration.

7 good discrimination (C-statistic, 0.73) and calibration.

8 iscrimination (c-index 0.89 [0.85-0.93]) and calibration.

9 gether with temperature sensing for internal calibration.

10 to enable rapid detection and avoid tedious calibration.

11 streamline data extraction, processing, and calibration.

12 strated and effectively corrected by routine calibration.

13 aluated using measures of discrimination and calibration.

14 eclassification indices without detriment to calibration.

15 chieved for all samples using matrix-matched calibration.

16 ed heritability estimation, enabling correct calibration.

17 nd biogeographic scenarios with fossil-based calibrations.

18 field (3), resolution (4), scale (3), color calibration (2), and image storage (1).

19 voir by measuring HIV DNA, requires external calibration; a common choice of calibrator is the 8E5 ce

20 rnal discrimination (C-index, 0.77) and good calibration across risk groups as well as accurate predi

21 road taxon sampling (119 taxa) and 18 fossil calibrations across all Cyanobacteria and photosynthetic

22 F5529LP microcontroller to implement an auto-calibration algorithm tailored to improve the detection

23 ion for prediction of detergent was 0.94 for calibration and 0.93 for validation, using partial least

24 uare error (RMSE) from 3250 samples used for calibration and 868 used for external validation.

25 Matrix-matched calibration and a recovery study were carried out in the

26 or the analysis of different molecules, HPLC calibration and analysis, and data quantification and in

27 models had limited applicability and lacked calibration and clinical implementation data needed to s

28 orrectly classify >99% of the spectra during calibration and cross-validation and to correctly predic

29 Overall, this model showed good calibration and discrimination (C-statistic=0.84).

30 detection technique which requires frequent calibration and has a long response time.

31 e the method, and validation R(2) for simple calibration and PLS were calculated as 0.989 and 0.951,

32 n contrast, digital PCR requires no external calibration and potentially provides 'absolute' quantifi

33 In this manuscript, we describe a calibration and prediction framework for stochastic comp

34 ct classifications were 96% and 100% for the calibration and prediction steps, respectively.

35 d that may improve on current approaches for calibration and prediction using stochastic models of ep

36 cker plant were analyzed using both external calibration and standard additions methods.

37 s the first effort to rely on Bayesian model calibration and synthesis to elucidate the key physiolog

38 ples were quantified applying matrix-matched calibration and using 2-chloro-5-bromoanisole as surroga

39 ion to technical issues regarding instrument calibration and validation and electronic transfer and s

40 ble to correctly classify all samples in the calibration and validation data sets, providing 100% pre

41 f determination values was obtained for both calibration and validation data sets, which are 0.990 an

42 and 0.79, and RMSE of 0.86 and 0.94% for the calibration and validation dataset, enabling quantificat

43 This tool has excellent discrimination and calibration and was validated in a different cohort from

44 g and eliminates the requirement for thermal calibrations and cycling programs.

45 of the models was evaluated with respect to calibration, and area under the curve (AUC) of receiver

46 hours cutpoints were assessed for model fit, calibration, and discrimination separately for the outco

47 wing Ti emissions at 390.11nm for univariate calibration, and partial least square (PLS) calibration

48 equations by assessing model discrimination, calibration, and the net reclassification index.

49 ilable metrics for assessing discrimination, calibration, and the relative performance of different p

50 real-time monitoring enabled by this offline calibration approach can be useful as a key component of

51 t high pressures and temperatures where this calibration approach is unsuitable.

52 dization is carried out by using a two-point calibration approach.

53 ents, we introduce computational methods and calibration approaches that enable rapid and accurate im

54 Because biomarkers available for calibration are limited, most investigators use self-rep

55 Considering matrix-matched calibration as quantification technique, the recoveries

56 ficial serum sample, the slope of the linear calibration at the relevant background of interfering io

57 The protocol details preparation of calibration bead slides designed for SIM-based experimen

58 y and across ICUs for benchmarking, with low calibration bias.

59 The use of separate calibrations built by separating hard and soft wheat, or

60 lso promoted assay consistency and minimized calibration burden; analyte response curves were shown t

61 sources of variability to be included in the calibration by minimizing the consumption of API and oth

62 Further, it demonstrated that a calibration can be generated on the offline feed frame t

63 ke risks in all 3 samples than the old FSRP (calibration chi(2) of new/old FSRP: in men: 64.0/12.1, 5

64 Calibration coefficients for linear regressions of obser

65 instrument setups by using a suitable set of calibration compounds.

66 Calibration conditions are optimized for high dynamic ra

67 39)Ar ages for refining both the radiocarbon calibration curve and the Late Pleistocene time-scale at

68 The results showed that Ti calibration curve at 390.11nm provides successful determ

69 The calibration curve for chlorpyriphos and prophenofos was

70 A calibration curve for S(2-) ion estimation has been cons

71 Importantly, the pH calibration curve is independent of the probe concentrat

72 g, Ca, Na and K) through LIBS was done using calibration curve method in which all calibration curve

73 s per plate run, in the standard addition or calibration curve mode, respectively.

74 rformances such as, for example, R(2) of the calibration curve of 0.98 and 0.99 for proteins and smal

75 The calibration curve of lactose using optimized parameters

76 ological range 6.5-7.6 to construct a linear calibration curve of log(CEST104 ppm/CEST64 ppm) versus

77 Unlike a FET sensor, the calibration curve of the BJT sensor is independent of ap

78 entified and quantitated on the basis of the calibration curve over the range of low ppm to over 100

79 xtraction steps, the method yielded a linear calibration curve ranging from 1.0 to 500mugL(-1) with a

80 using calibration curve method in which all calibration curve shows good linearity (r>0.95).

81 With a calibration curve taking into account the CCS dependence

82 dices, delineate the necessity of creating a calibration curve to adjust the given NTA particle numbe

83 A calibration curve was constructed on the basis of the su

84 A calibration curve was created by measuring the reaction

85 The calibration curve was found linear over a wide linear dy

86 in the rhizosphere of experimental plants, a calibration curve was generated that gave the nitrate co

87 The calibration curve was linear in the concentration ranges

88 The calibration curve was linear in the range 0.5-10mgl(-1).

89 calibration, and partial least square (PLS) calibration curve was obtained by evaluating the whole s

90 Calibration curve was obtained by following Ti emissions

91 A linear calibration curve was obtained from 0.040 to 1.30molL(-1

92 A calibration curve was obtained with a linear range of 0.

93 process efficiency, accuracy, precision, and calibration curve was underscored by calculations perfor

94 e buffer and spiked serum samples provided a calibration curve with R(2) values of 0.97 (n=27) and 0.

95 tion of free hemoglobin, based on a built-in calibration curve, and reports the patient's hemolysis l

96 ectrometry-based assay utilising a universal calibration curve.

97 d is simple, fast (<12.0min), present linear calibration curves (r(2)=0.995), and relative standard d

98 Also, sensor calibration curves are impacted by the transducer choice

99 We show calibration curves at the femtomolar level for cobalt, n

100 t rely on calibrants, internal standards, or calibration curves but, rather, leverages the relationsh

101 including the necessity to generate separate calibration curves for each biomarker.

102 The immunoassay was utilized to produce calibration curves for quantifying alpha-l-fucosidase co

103 ric acid concentration is known and separate calibration curves have been made for all possible acid

104 ne separation within <3 min, defining linear calibration curves in the range of 0.10-5.0 mmol L(-1).

105 The matrix match calibration curves showed good linearity (r0.994) over a

106 Under optimum conditions, the calibration curves showed high levels of linearity (R(2)

107 alculated limits of detection (LOD) based on calibration curves were 1.42, 1.00, and 1.34 ng/mL, resp

108 Linear calibration curves were obtained for analyte concentrati

109 Linear calibration curves were obtained in the concentration ra

110 Two calibration curves were prepared from the data obtained

111 Matrix matched calibration curves were used to determine Fusarium toxin

112 e spiked in aCSF is approximately 1 muM, and calibration curves with internal standards can achieve a

113 Each approach yielded linear calibration curves with R(2) values between 0.98-0.99 fo

114 mL(-1) and 0.005-100ngmL(-1) for DPV and EIS calibration curves, respectively.

115 f the peak maximum) leading to any number of calibration curves.

116 allows for quantitative assessments based on calibration curves.

117 tal analysis stage, requiring matrix-matched calibration curves.

118 which eliminated the need for predetermined calibration curves.

119 elative standard deviation of the individual calibration data points, measured on immunosensors fabri

120 (bootstrapping) to propagate uncertainty in calibration data through all data manipulation steps.

121 ting the training data with patient-specific calibration data, consisting of an individual's labeled

122 or SIM-based experiments, the acquisition of calibration data, the documentation of typically encount

123 ew and checklist for experimental design and calibration decisions, and is applicable to any commerci

124 Root mean square electromyography/bite-force calibrations determined subject-specific masseter and te

125 actively adapt to them will require regional calibration, due to geographic variation in insect sensi

126 ematic effects removal; iv) investigation of calibration effectiveness using chemometrics methods; an

127 event and those who will not and by adequate calibration ensuring accurate prediction of absolute ris

128 Calibration equations did not capture dependencies on bo

129 uation factors, correlations with truth, and calibration equations for FFQ-reported intakes of energy

130 Numerical simulation revealed that calibration error is only negligible when the normalized

131 an area under the curve of 0.819 and average calibration error of 2.7% (95% CI, 2.0%-3.6%).

132 The main outcome was the average risk calibration error.

133 s to provide a check on the maximum expected calibration error.

134 is effective while height/area-based linear calibrations fail, e.g., when (a) the detector is in a n

135 lized root-mean-squared error (NRMSE) in the calibration falls below 0.05%.

136 On the other hand, the external ED-XRF calibration for elements with Z > 20 in acid extracts wa

137 We measured discrimination and calibration for prediction of violent offending at 1 yea

138 SHFM showed adequate calibration for survival but overestimated LVAD-free sur

139 emonstrated moderate discrimination and good calibration for the prediction of in-hospital and 30-day

140 nge, sensitivity and application of internal calibrations for IgE and IgG4 were assessed.

141 file was then assembled for each point using calibrations for these surface conditions.

142 Derived calibrations for total-GSLs, aliphatic-GSLs, glucoraphan

143 des inherent immunity to power fluctuations, calibration-free operation, and an output that is linear

144 ) QEPAS that can be used for ultra-sensitive calibration-free trace-gas detection and fast spectral s

145 Under the optimum condition, a linear calibration graph in the range of 4.00-100.00mgL(-1) was

146 The dynamic range of the calibration graph was 0.03-0.50mumolL(-1) CoQ10, and the

147 Under the optimum conditions, the calibration graph was found to be LOQ-250microgL(-1) (r(

148 Under the optimized conditions, the calibration graph was linear in the range of 0.017-3.0mu

149 Under the optimized conditions, the calibration graph was linear in the range of 0.3-300mugL

150 ality risk predictions were assessed for (1) calibration (graphically) by comparing the agreement bet

151 terms of discrimination (Harrel C index) and calibration (Hosmer-Lemeshow goodness-of-fit test) for p

152 The model demonstrated good calibration (Hosmer-Lemeshow goodness-of-fit test, P = 0

153 bidity and mortality, and it had appropriate calibration (Hosmer-Lemeshow P = 0.33).

154 lent discrimination (c-statistic, 0.836) and calibration (Hosmer-Lemeshow P = 0.99) and provided a st

155 ength SIL protein were compared for internal calibration (i.e., as internal calibrators) and external

156 (i.e., as internal calibrators) and external calibration (i.e., as internal standards) when quantifyi

157 ed: external standard, standard addition and calibration in a phenols-free matrix, which was subseque

158 ating HIV-specific covariates exhibited weak calibration in a validation sample and did not discrimin

159 t, 0.78 in validation cohort), with adequate calibration in both cohorts.

160 Under optimum conditions, external calibration in solvent could be used for quantification

161 Model calibration in the validation cohort was excellent, with

162 plots showed the new risk score to have good calibration in the validation cohort.

163 s associated with using the 300-Da membrane, calibration in this small size range, accounting for dri

164 enabling, thus, the use of external standard calibration instead of matrix-matched calibration of eac

165 This calibration is a critical step to allow interinstrument

166 observing pressure limits are discussed, and calibration is conducted using a combination of bromophe

167 x effects are observed, thus, matrix-matched calibration is required to reach good performances, i.e.

168 roof-of-concept study, through only external calibrations, it was possible to accurately predict the

169 umption of the popularly-used power spectrum calibration method.

170 Three different ED-XRF calibration methodologies were designed as elemental qua

171 with Z > 20 in acid extracts, a novel ED-XRF calibration methodology based on standard additions was

172 the one hand, the developed external ED-XRF calibration methodology for elements with Z </= 20 was p

173 Current state-of-the-art calibration methods are generally accurate and applicabl

174 quantitative results were obtained when the calibration mixture was similar to the analyzed sample i

175 Calibration using the general calibration model method resulted in acceptable goodness

176 Calibration model was established using the band with a

177 The performance of the calibration model was evaluated using the coefficient of

178 imperative before calculating a multivariate calibration model.

179 rocedure arises from the need to improve the calibration models prediction ability for cider monitori

180 ) regression was then applied to develop the calibration models, by a new iterative approach.

181 ion analysis (TDA) is an absolute method (no calibration needed) for the determination of the molecul

182 ysis using CN emission band and multivariate calibration NN model obtaining correlation coefficient (

183 However, calibration of a model where a behaviour depends on an i

184 Discrimination and calibration of associations between the mPICH score and

185 s, outlining an all-inclusive method for the calibration of complex magnetic probes with a controllab

186 acoustic effects of muscle recruitment, and calibration of computational birdsong models, enabling e

187 andard calibration instead of matrix-matched calibration of each sample, and the subsequent increase

188 nsights that will be helpful for appropriate calibration of ELISAs.

189 ation in blind people may replace vision for calibration of external space.

190 chosen stellar initial-mass function and the calibration of gas masses) render such comparisons incon

191 tion with high accuracy is crucial for force calibration of optical trapping systems.

192 We validated the accuracy and risk calibration of our model using cross-validation and comp

193 tification and analytical performance is the calibration of the ATR-FTIR sensor which is commonly per

194 Mass calibration of the instrument was performed using commer

195 rd and that provided by the astrochronologic calibration of the Oxygen isotopic curves, and to assess

196 Calibration of the RDE using a tachometer shows that the

197 We suggest that calibration of the repulsive exponent in the LJ potentia

198 he Oxygen isotopic curves, and to assess the calibrations of (40)Ar/(39)Ar standards.

199 ectively evaluated screening tools to report calibration or clinical utility for improving health out

200 as evaluated with respect to discrimination, calibration, overall performance, and clinical usefulnes

201 The calibration performance for single kernel protein conten

202 ve CT of the L4 vertebral body with use of a calibration phantom.

203 The calibration plot allowed a range of linearity extending

204 aluated and discussed in a three-dimensional calibration plot demonstrating the sensor's suitability

205 The calibration plot was achieved over the concentration ran

206 From the gradient of the calibration plot, limit of detection (LOD), and sensitiv

207 ppm MP was achieved from the linear range of calibration plot.

208 Model discrimination was measured by calibration plots and the concordance index.

209 The fitted calibration plots exhibit larger coverage with less data

210 Calibration plots showed the new risk score to have good

211 Concordance indices and calibration plots were used to evaluate the performance

212 In calibration plots, survival distributions predicted by t

213 er-operator characteristic (ROC) curves, and calibration plots.

214 embrane choices, ionization) and an original calibration procedure allowing the quantification of mas

215 TWIMS and TIMS routinely require a calibration procedure to convert measured physical quant

216 accuracy, advantages, and limitations of the calibration procedures are also discussed.

217 stration, Stokes spectral reconstruction and calibration procedures are included, and the system is v

218 ion of all compounds is achieved by external calibration procedures, and internal quality control and

219 Hence, BF-QEPAS avoids a calibration process and permits continuous monitoring of

220 Optimization of a multivariate calibration process has been undertaken for a Visible-Ne

221 ractical solutions such as cumbersome signal calibration processes and substantial modifications of t

222 he calibration sample preparation and system calibration protocol can be executed within 1-2 d.

223 the best performance, with a coefficient of calibration r(2) 0.9834 and 0.9775, respectively, and th

224 Large variation occurred in the calibrations, R(2) and RPD due to the variability of the

225 s validated by the in terms of: selectivity, calibration range (0.01-0.05 to 0.5mg/kg), linearity (r(

226 The PE/AgNPs-OA exhibited a wide linear calibration range from 1.7 muM to 30 mM for the determin

227 t the method developed here is linear in the calibration range; recoveries from mouse tissues were in

228 orrections and quantifying with surface area calibration, rather than mass, shows considerably improv

229 Further aspects of calibration, recoveries, and potential matrix effects ar

230 antitative sensing measurements with minimal calibration requirements, an important characteristic fo

231 or of 18.7% and 32.8% for PLS and univariate calibration, respectively.

232 Laboratory calibration results indicated that the thin film retract

233 , and the relative Root Mean Square Error of Calibration (RMSEC) 0.594 and 0.699.

234 The calibration sample preparation and system calibration pr

235 The calibration scans confirmed that imprinted probes enable

236 faster for the larger analytes studied, and calibration sensitivity is improved by up to approximate

237 For a calibration set, there is a single height- or area-based

238 Comparisons to existing BLM calibrations show good agreement, but reveal that select

239 ighly dense compounds, with traditional mass calibration showing an average error of 34.7% and the ne

240 of 34.7% and the newly proposed surface area calibration showing an average error of 5.8%.

241 The calibration slope was 0.9966 (P = .99), determined from

242 9 externally) and high internal and external calibration (slopes 0.71-1.31 between observed and estim

243 s (stage 1) to partial (stages 2-4) and full calibration (stage 5), 24 process-based biogeochemical m

244 Two calibration stages were explored, partial (P1), where ex

245 Partial model calibration (stages 2-4) markedly reduced prediction err

246 Using a calibration standard fabricated in our lab to test our p

247 termined from five measurements of the mixed calibration standard were 3.3, 5.3, and 5.4%, respective

248 d for absolute quantification if appropriate calibration standards are used.

249 icroparticles concentration in solution, two calibration standards were used: Virus-Like Particles (V

250 characterized for quantitative imaging using calibration standards, similar calibration tools for imm

251 Calibration statistical descriptors on milk dried on pap

252 This paper describes calibration strategies in laboratory conditions that can

253 membrane TBA(+) ion content was predicted in calibration studies to within a few percent of the conve

254 esults showed that the one-calibrant kinetic calibration technique can be used for determination of c

255 In open bed form, a one-calibrant kinetic calibration technique was accomplished by loading benzop

256 Component Regression (PCR) were used as the calibration techniques.

257 First calibration tests show sensitivities of up to 18000 coun

258 Our equations had better discrimination and calibration than the UK Prospective Diabetes Study Outco

259 The method produces calibrations that are comparable to the state-of-the-art

260 standard solutions can be used for external calibration, thereby significantly increasing the applic

261 lopment of near-infrared spectroscopy (NIRS) calibration to determine individual and total glucosinol

262 Model calibration to experimental results allowed estimating b

263 We expand our calibration to high ligand concentrations and high numbe

264 The impact of calibration to international units/ml (CMV and EBV) on v

265 dges at both ends, which may provide a great calibration tool for pressure sensors for operation in t

266 We present a non-destructive analytical calibration tool to allow quantitative assessment of ind

267 imaging using calibration standards, similar calibration tools for immunofluorescence with small orga

268 tup achieved stable analyte response and, in calibration trials, a linear response range and detectio

269 It is limited by the calibration uncertainties in strain amplitude and relies

270 Proteoform Suite performs mass calibration using high-scoring top-down identifications

271 lytical chemistry including (a) multivariate calibration using microwave resonance spectroscopy for t

272 Calibration using the general calibration model method r

273 Calibration using the quantum simulation data did not pr

274 Several Calibration/Validation (Cal/Val) studies for CALIOP cond

275 The calibration was analyzed using coefficient of determinat

276 Calibration was assessed by comparing observed vs predic

277 The sensor calibration was carried out in a high-fidelity aerospace

278 The multivariate calibration was carried out using a combination of diffe

279 A near-infrared (NIR) calibration was developed using an efficient offline app

280 The NIRS calibration was established based on modified partial le

281 The design of experiment (DOE) for the calibration was established by an initial risk assessmen

282 Calibration was evaluated using the Hosmer-Lemeshow test

283 0.76 (95% confidence interval, .71-.80) and calibration was good (Hosmer-Lemeshow C-statistic = 5.48

284 mprovement of analytical results by external calibration was necessary.

285 Calibration was not reported despite being a key model p

286 ROC area under the curve=0.62; P=0.122), but calibration was poor, underestimating survival across ti

287 istic, 0.78 for women and 0.79 for men), and calibration was reasonable.

288 Calibration was satisfactory, but discrimination ranged

289 C-MS/MS method using authentic standards for calibration was within +/-17%, permitting its use in pre

290 After a series of calibrations, we site-specifically labeled alpha-tubulin

291 Discrimination and calibration were also evaluated with these sex-specific

292 th of field, resolution, and scale and color calibration were obtained by the clinical photographer,

293 Three kinds of calibration were used: external standard, standard addit

294 The Multivariate calibrations were developed and proposed for Saturated F

295 Calibrations were performed by partial least squares reg

296 High pressure sensor calibrations were performed in standard solutions as wel

297 Single-point internal standard calibrations were used to estimate absolute concentratio

298 tor analyses, including item response theory calibration, were performed; reliability estimates were

299 hod evaluation was done by external standard calibration with linearity range between 0.5 and 3mg/kg,

300 l performance, but with differences in their calibration, with some biased toward higher precision an