ImmiR: a database of miRNAs associated with immune checkpoints and immune infiltration.
About ImmiR
ImmiR empowers researchers and clinicians to explore how microRNAs (miRNAs), key regulators of gene expression, shape immune infiltration within the tumor microenvironment.
By integrating heatmaps, correlation plots, and interactive tables, ImmiR enables users to visualize miRNA activity, assess correlations with immune cell populations, and investigate links to immune checkpoint pathways across diverse cancer types.
These insights support the discovery of novel therapeutic targets and inform strategies to enhance cancer immunotherapy.
• Suggested browsers: Chrome, Edge, and Firefox.
Immune Checkpoint Association
Gene
Explore how immune checkpoint gene expression correlates with miRNAs across 32 cancer types through a heatmap and summary of gene-miRNA associations.
Visualize miRNA-immune checkpoint gene correlations across cancer types using a barplot and heatmap, along with a summary table specific to the chosen miRNA.
Investigate immune checkpoint associations within a specific tissue type and cancer dataset through a Sankey diagram and cancer-specific summary table.
Analyze associations between a selected miRNA and immune infiltrates across 32 cancer types through a heatmap and summary table specific to the miRNA and immune infiltrates.
Analyze associations between selected immune infiltrates and miRNAs across 32 cancer types using a heatmap and a summary table specific to the immune cell type with immune subtype tool.
Analyze associations between selected immune infiltrates of specific cancer type and miRNAs using a heatmap and a summary table specific to your chosen cancer dataset and immune infiltrates.
Generate custom correlation results by selecting from checkpoint or immune infiltration analysis types, along with your gene, miRNA, pathway, cancer dataset, and immune infiltrates of interest.
