Sentence examples for monitoring corresponding to from inspiring English sources

Betulin - MS – ion m/z 425.6 monitoring, corresponding to protonated betulin dehydration product [M-H2O]+.

Detection: Betulin - MS – ion m/z 425.6 monitoring, corresponding to protonated betulin dehydration product [M-H2O]+ Betulinic acid - MS – ion m/z 439.6 monitoring, corresponding to protonated betulinic acid dehydration product [M-H2O]+.

On the other hand, the cloud tier offers an opportunity to obtain optimal computation results for complex event monitoring, corresponding to the advantage of centralized approaches.

It is estimated that the recovery will most likely be increased by approximately 2% as a result of seismic monitoring, corresponding to a net value contribution of approximately US$100 million, assuming an oil price of US$15 per barrel.

In our opinion, the optimal point on the curve for the enhanced predictor had a sensitivity of 65.4% and 1.83 false-positive detections per patient-year of monitoring, corresponding to positive and negative predictive values of 7.83 and 99.96%, respectively.

Absorbance changes at 458 and 565 nm were monitored, corresponding to the greatest change of extinction coefficient upon oxidation or reduction, ∼4000 and 2000 M 1 cm–1, respectively.

Reactivity of the obtained electrocatalytic surfaces was probed by monitoring currents corresponding to proton reduction and arsenic III) oxidation.

6– 8, 10, 12, 13 We applied TSA by utilizing the Lan-DeMets alpha-spending approach with monitoring boundaries corresponding to the O'Brien-Fleming boundaries to assess the reliability of pooled inferences from our meta-analysis on TB. 10, 22 Three systematic reviews on the topic have previously been published in year 1998, 1999, and 2004.

Ion chromatograms were obtained by monitoring the masses corresponding to various adducts, and the areas of peaks corresponding to each adduct were measured using MassLynx software.

A portion of this mixture (10 μL) was then subjected to UPLC-ESI-MS/MS analysis performed in negative SRM mode using UPLC gradient I by monitoring the transition corresponding to a major fragment ion observed upon CID fragmentation of cross-link 1 in an LTQ mass spectrometer (transitions of m/ z 508 → 392 for cross-link 1 and m/ z 512 →396 for [C3N1]- 1).

Absorbance at 280 nm was monitored and fractions corresponding to the excluded protein were collected and pooled.