In Silico Systems Analysis of Viral Mimicry Immune Network

Files supporting an in silico systems-level functional association and Gene Ontology enrichment analysis for the FireGate Biotech FG-002 oncology program. The analysis evaluates a curated gene/protein set related to viral sensing, interferon signaling, and antigen presentation for statistical network connectivity.

Use Cases

• Perform protein-protein interaction enrichment analysis on the curated gene/protein set using the STRING database
• Conduct Gene Ontology enrichment analysis to identify overrepresented biological processes like 'response to virus' or 'type I interferon signaling pathway'
• Analyze the connectivity of the immune network formed by genes associated with viral sensing and antigen presentation
• Validate the mechanistic hypothesis linking viral-mimicry signaling to tumor immune reprogramming using the provided exploratory data

Strengths

• Analysis performed using the STRING database version 12.0
• Results demonstrate strong protein-protein interaction enrichment and overrepresentation of specific biological processes
• Dataset supports a specific mechanistic hypothesis for tumor immunogenicity

Limitations

• Dataset contains exploratory data intended for hypothesis generation, not definitive conclusions
• Underlying raw data files, column structures, and sample sizes are not specified
• Analysis is based on a specific curated gene/protein set, limiting generalizability

Provenance

Source

Harvard Dataverse

Collection Method

In silico systems-level functional association and Gene Ontology enrichment analysis performed using the STRING database

Freshness

Last updated on 2026-02-03.