Sentence examples for enriched features from inspiring English sources

The matrix combining the results from the four class comparisons (genes with q value ≤0.1 in at least one class) was analyzed using the Metacore "Compare Experiments Workflow" tool to visualize enriched features in GeneGo pathway maps (GGPM).

We thereby generated a list of disease-disease, drug-drug, and disease-drug pairs based on shared genes and/or enriched features.

The size distributions of microhomology tracts and insertions are indicated in Figure 5 figure supplement 2. 10.7554/eLiFigure16.014 Figure 5. Breakpoint junctions and enriched features surrounding breakpoints of duplicated and triplicated blocks.

Strong enhancers of proximal genes (OR = 3.93 [2.88-5.58]) followed by open chromatin (OR = 3.51 [2.84-4.30]) and transcriptional transition (OR = 2.88 [2.08-4.24]) were the three most significantly enriched features identified by their distinct chromatin states for the permutation based approach.

Gene cluster analysis was performed with the REEF (REgionally Enriched Features in genomes) program, which scans the genome using a sliding window approach, and calculates the statistical significance of each window using the hypergeometric distribution and the false discovery rate [ 22].

Additional file 5 Enriched features in O. unilateralis s.l.l

In doing so they have created the misimpression that "the people" believe that globalization is all bad and can never work for the poor, when, in fact, it has both empowering and enriching features and disempowering and impoverishing features, and it all depends on how you manage it.

Interestingly, the top-means indicator, which comprises the 20 features with the largest mean coefficients, is heavily enriched with features coming from the molecular layer, while the top-20 is basically comprised of image features.

This tool reveals enriched regulatory features (e.g. motifs or in-vivo datasets) in a set of regions, and ranks these features using a Z-score like enrichements score.

Bright field transmission electron microscopy (TEM), high-resolution transmission electron microscopy, scanning transmission electron microscopy and energy dispersive X-ray spectroscopy were combined to comprehensively characterize the Ti Y O enriched nanoscale features (NF) in a nanostructured ferritic alloy (NFA), MA957.

In addition, the set was enriched by features that were not been tested before (e.g. tetranucleotide free energy differences).