Interactive Big Data Resource to Elucidate Human Immune Pathways and Diseases

• Interactive web-accessible immunology resource leverages 38,088 experiments
• Powerful computational methods generate big-data-driven hypotheses for immunology
• Predicts new immune pathway interactions, mechanisms, and disease-associated genes
• Flexible, user-friendly platform addresses diverse immunological research questions

SummaryMany functionally important interactions between genes and proteins involved in immunological diseases and processes are unknown. The exponential growth in public high-throughput data offers an opportunity to expand this knowledge. To unlock human-immunology-relevant insight contained in the global biomedical research effort, including all public high-throughput datasets, we performed immunological-pathway-focused Bayesian integration of a comprehensive, heterogeneous compendium comprising 38,088 genome-scale experiments. The distillation of this knowledge into immunological networks of functional relationships between molecular entities (ImmuNet), and tools to mine this resource, are accessible to the public at http://immunet.princeton.edu. The predictive capacity of ImmuNet, established by rigorous statistical validation, is easily accessed by experimentalists to generate data-driven hypotheses. We demonstrate the power of this approach through the identification of unique host-virus interaction responses, and we show how ImmuNet complements genetic studies by predicting disease-associated genes. ImmuNet should be widely beneficial for investigating the mechanisms of the human immune system and immunological diseases.

Graphical AbstractFigure optionsDownload high-quality image (218 K)Download as PowerPoint slide