Sentence examples for enriched classification from inspiring English sources

Anchored in previous research, we offer an enriched classification of barriers and facilitators to adherence to therapy, issued from the concordance between both concepts, that may enable the identification of population-specific solutions to improve adherence that could be formally evaluated subsequently.

For each enriched classification (and the corresponding subset of disease genes), we replicated our cluster-based phylostratigraphic analysis to compare the evolutionary distribution of the annotated genes to the distribution produced using all human disease genes from OMIM (see Figure  1).

For DEG enriched GO classification in the R1 comparison, 20 GO classes fell into the categories "biological process", 20 into "cellular component" and 20 into "molecular function" (Fig.  7).

The only significantly enriched biological classification identified for this set was the presence of two genes that encode proteins involved in amino acid transport and metabolism (DAVID [ 23]; p = 0.045).

The Database for Annotation, Visualization and Integrated Discovery (DAVID) [70], [71] allowed significantly enriched functional classifications of genes to be recognized.

New studies may modify and enrich this classification as happened with Michel´s classification [10] of the hepatic arterial system in humans, which describes 10 variant subtypes with their frequency of appearance that were later modified by others such as Hiatt et al. in 1994 [11].

These repositories include four-weekly updates of proteins resulting from genome sequencing and annotation projects and are subdivided in two complementary and non-redundant datasets: a) Swissprot for fully annotated curated entries and b) TrEMBL formed by computer-generated entries enriched with automated classification and annotation.

Gene set enrichment analysis revealed pathways enriched in our histopathological classification significantly overlapped with the four molecular subtypes: mesenchymal, immunoreactive, proliferative, and differentiated (P < 0.0001, respectively).

Gene set enrichment analysis revealed pathways enriched in our histopathological classification significantly overlapped with the four molecular subtypes: mesenchymal, immunoreactive, proliferative, and differentiated (P < 0.0001, respectively).

Interestingly, certain sequence features previously not known to play a role in heart development are enriched among all classifications.

Table 2 summarizes the groups of DE genes that were significantly enriched for GO (classifications of molecular function or biological process) terms.