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The enrichment of differentially expressed genes (DEGs) in gene ontology (GO) pathways revealed that genes in 8 GO terms were more activated at physiological maturity stage.
Hyperlinks to external databases are available for detailed information of chemicals, proteins, genes, GO, pathways and DO.
The filtered gene lists were used for GO, pathways, and gene-gene interaction analyses by using Ingenuity Pathway Analysis IPAA) software package (Redwood City, CA, USA).
DAVID clustering analyses revealed that similar GO pathways were regulated in both strains.
GO pathways represented by genes up-regulated by IFN-β+APAP treatment were identical to the IFN-treatment group.
GO pathways are shown for the upregulated genes (top) and downregulated genes (bottom).
Similar(24)
Authors applied several tools, such as gene ontology (GO) pathway enrichment analysis, motif analysis using the motif-x algorithm [75 77].
Gene Ontogeny (GO) pathway analysis demonstrates an increased reliance on EMT-related pro-infiltrative growth in HPV-negative disease.
Data were obtained using the GO pathway analysis software; specific GO pathway identification numbers are provided in the second column.
GO pathway analyses were done using the web-based Gene Set Analysis Toolkit [ 113, 114].
GO pathway analysis was also performed in order to deduce gene function of identified DMPs.
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