Sentence examples for distinct workflows from inspiring English sources

The paper focuses on the platform׳s two distinct workflows: Rapid Risk Assessment and Data Intake and Discovery, providing for each working User Scenarios to demonstrate the platform capabilities, relative to the current standard of practice.

This biomolecular filtering would allow for the sorting of unknown analytes into distinct identification workflows, as lipid, peptide, metabolite, and glycan identification methods often warrant searching of specific databases.

This section describes two novel tendencies revealed by the above distinctions: the influx of novel actors that accompany and drive the use of new technologies in pandemic response, and the tendency of new technologies to compound previously distinct activities and workflows within single platforms or single institutional operations.

The usual workflow includes two distinct steps: image acquisition with UAV and computationally demanding post-flight image processing.

Additionally, due to the heterogeneity of tools available for different parts of the analysis workflow, we specified distinct selection criteria for each category as described below.

This allowed the "work" of CARAT data collection to be incorporated into clinic workflow as a distinct, new element, with a specific team member assigned to this task, yet simply assimilated into existing activities.

The QC criteria were selected as rigorous and objective quality control metrics at three distinct stages of the microarray workflow, and were applied to all 223 samples hybridized to microarray in this study; for the RIN assessment, the n = 191 (32 samples were unavailable for RIN analysis because the samples were hybridized to microarray prior to the development of the Bioanalyzer RIN software).

This data supports the proposal that distinct gene panel designs and sequencing workflows are capable of making consistent variant calls in solid tumor FFPE-derived samples.

The makespan execution time, total network traffic and costs of our approach against Swift when executing the phylogenetic profiling workflow for the three distinct datasets are presented in Table 3.

The workflows are characterized by many distinct components: patient classification, PET/CT image acquisition and reconstruction, target and prescription definition, radiotherapy planning, treatment plan quality assurance, image-guided radiotherapy delivery, and adaptive procedures.

Results from Platform 1 and Platform 2 were treated as two distinct data sets to which the statistical workflow was applied using R 3.0.2 (R Foundation for Statistical Computing) for quality control filtering, log2-transformation, and missing data imputation (see the Supplemental Experimental Procedures).