GO functional analysis revealed an enrichment of molecular function in each set consistent with known functional differences (Fig. 5).
We focus on the functional processes and pathway enrichment of the active networks and select 3 out of 14 annotation categories related to the functional pathways and processes including Biological Process and Molecular Function in Gene Ontology (GO) and KEGG pathways.
In the Gene Ontology track biological process is viewed in red, molecular function in black, and cellular component in green.
Compared to whole body optical visualization methods, MSOT attains remarkably better imaging capacity by delivering high-resolution scans of both disease morphology and molecular function in real time.
Xylanases have the molecular function in hydrolyzing xylan, which is the second most abundant polysaccharide after cellulose (Pauly and Keegstra 2008), and mainly constituted by a linear backbone of β-d-xylopyranosyl residues linked by β-1,4-glycosidic bonds.
Functional annotation is conducted using Gene Ontologies and the results are further split in to three color categories: biological process is viewed in red, molecular function in black and cellular component in green.
Molecular function in the GO resource is defined as "what a gene product does at the biochemical level".
Studies of NELF have been predominantly focused on its biochemical and molecular function in Pol II pausing and transcriptional regulation.
Significantly (p<0.01) over represented Gene Ontology terms (molecular function) in down- and up- regulated genes are shown in Tables 2A and B respectively.
Of these pairs, 3,153 had at least one cellular function and 3,706 of the pairs had at least one molecular function in the GO dataset.
