Sentence examples for molecular function p from inspiring English sources
Only proteins significantly enriched in GO biological process or GO molecular function (p value < 0.05) were regarded as containing a potential functional motif and selected for further network analysis.
* (F), GO terms Molecular Function; (P), Biological Process.
> -wrap-foot> a, C: cellular component; F, molecular function; P, biological process.
GO category notations: C = cellular component; F = molecular function; P = biological process.
Adjusted significance thresholds were: molecular function p = 0.00004; biological process p = 0.00005; cellular component p = 0.00009.
The GO term NF-kappaB binding was also enriched in molecular function (P < 0.05).
C: Cellular Components, F: Molecular Functions, P: Biological Process (XLSX 42 kb) Additional file 8: Hierarchical tree graph of the over-represented molecular function GO terms generated by SEA for up-regulated differentially expressed specific genes (DESGs) in the two DTNs in different WD treatments.
C: Cellular Components, F: Molecular Functions, P: Biological Process (XLSX 51 kb) Additional file 7: All GO classifications and the significant GO terms of up- and down-regulated differentially expressed specific genes in IR77298-5-6-B-18 in different water-deficit treatments.
The statistical significantly enriched biological processes and molecular functions (p < 0.05) were listed in Table 2. Biological processes such as cellular response to reactive oxygen species, hydrogen peroxide metabolic process, regulation of mitochondrial membrane potential, cell redox homestasis, and oxidation reduction were enriched.
The most significant term in each category was: regulation of cell death in biological process (p-value = 4.944 × 10-9), insulin-like growth factor receptor binding in molecular functions (p-value = 6.617 × 10-18), and cytoplasmic part in localizations (p-value = 1.009 × 10-6).
Selected genes within the extracellular space ontology were then organized into subcategories that were significantly represented by the molecular function ontologies (P < 0.01).
