pathwayName | log10(pval) | log10(FDR) | backgroundGeneNum | pathwayGeneNum | targetGeneNum | commonGeneNum |
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Here, we provided users with a platform to perform enrichment analysis of microRNAs from miRNA-target interactions by using hypergeometric test and FDR correction.
Select the miRNA parameter to perform enrichment analysis for the selected miRNA.
Refine results with the CLIP Data parameter (the number of supported AGO-CLIP-seq experiments).
Refine results with the CLIP Region Type parameter (the type of supported RBP-binding events identified by rbsSeeker: peak or individual cross-linking site).
Refine results with the CLIP Region P-value parameter (the minimum significance of supported RBP-binding events identified by rbsSeeker).
Refine results with the CLIP-seq Type parameter (the supported CLIP-seq methodologies: e.g., HITS-CLIP, iCLIP, PAR-CLIP or eCLIP).
Refine results with the Degradome Data parameter (the number of supported degradome-seq experiments, the default value is 0. This parameter is useful for investigation of miRNA-mediated cleavage events).
Refine results with the Program Number parameter (the number of programs that supports the miRNA-mRNA interactions).
Refine results with the Predicted Program parameter (which program was used for predicting the miRNA-target interaction).
Refine results with the Pathway parameter to run the enrichment analysis for the selected pathway (e.g., KEGG Pathways, GO Biological Processes, Reactome Pathways, etc.).
Refine results with used Predicting Program: 2
Explore the interaction of miRNA-mRNA with Pan-Cancer analysis: 5