Sentence examples for terms for genes from inspiring English sources

We found enrichment in distinct terms for genes harboring either or both marks (Figure 6A; Table S1).

The gene ontology (GO) terms for genes that are up-regulated at least 2-fold in each state (ET, IT or B72) compared to the 2 other states (e.g., ET ≥2-fold compared to both IT and B72) are listed in Dataset S1.

The functional similarity of a pair of genes A and B is measured by the number of GO terms that they share, (GOA∩GOB), where GOA or GOB denotes the set of GO terms for genes A or B. The functional similarity is set to zero if one or both genes have no terms.

Enriched GO terms for genes containing large-effect SNPs.

Enriched GO terms for genes containing SNPs in the CDS.

GO Enrichment Terms for genes uniquely down-regulated in hyperoxia > GO enrichment terms for genes uniquely up-regulated in hydrogen peroxide > GO enrichment terms for genes uniquely down-regulated in hydrogen peroxide None found.

A total of 766 genes were annotated with pathological terms for gene expression.

M and N are the lengths of GO terms for gene g and gene g', respectively.

DAVID software identifies enriched biological themes and gene ontology (GO) terms, clusters functionally related genes and annotation terms for gene lists with EASE scores < 0.1.

The semantic similarity k of a pair of genes A and B was measured by the number of terms they share, (GOA ∩ GOB) where GOX denotes the set of GO terms for gene x.

GO-terms for genes with A5EΔ4 splicing exons (358 GO terms), A5Es (1,414), and CEs (3,655) were obtained from the Ensembl database (see Availability and requirments section for URL), corresponding to 129 and 1,283 genes with A5EΔ4 splicing exons or A5Es, respectively, and 8,664 genes of a control set.