Sentence examples for was recognised using from inspiring English sources

Phospho-TDP-43 was recognised using a rabbit anti-phospho-Ser409/410-TDP-43 (1:1000, CosmoBio), and in these analyses, total TDP was recognised using a rat monoclonal antibody to TDP-43 (1:1000, BioLegend).

Such a case was also observed during assessments of methods wherein relationship between DUF4352 and Immunoglobulin fold was recognised using designed sequences.

After several washings with PBS, the primary antibody was recognised using goat anti-rabbit IgG TRITC (Jackson Immuno Research, West Grove, PA, USA) diluted 1 : 50 in 1% BSA/DPBS, for 60 min at RT.

Other date components such as numerals and punctuation marks are recognised using a gradient-based feature and Support Vector Machine (SVM) classifier.

The computing and statistical technology underpinning Monte Carlo processes has improved since those pioneering works and now enables asymmetrical distributions, correlations between variables and the risk of fire to be recognised using different distribution shapes for different inputs or outputs and preserving multivariate relationships.

Adults dig burrows which are inhabited by family groups, which are recognised using pheromones.

However, some protein orthologues may not have been recognised using CEGMA analysis due to the high degree of sequence divergence of protists from other eukaryotes.

This review focuses on the FGSC, where at least 16 species have been recognised using multi-locus sequence typing (O'Donnell et al. 2000, 2004, 2008; Starkey et al. 2007; Yli-Mattila et al. 2009; Sarver et al. 2011).

The two-component PLSR model was then used to investigate whether the difference between cancer and control samples in Study 2 could be recognised using the miRNA profiles of the same 21 miRNAs used to create the model from Study 1.

Based on preliminary recordings to date performed by our group in Baltimore (figure 3), we anticipate that wheeze can be characterised using features from the Fourier transform, such as the existence and temporal stability of tonal peaks in the 300 1000 Hz range, while crackles could be recognised using features such as amplitude, the presence of broadband energy and the duration of this energy.

The results suggest that up to one-quarter of stroke patients were not recognised using the FAST test, but do not show what proportion of stroke mimic patients were correctly triaged as non-strokes on the basis of this test.