ADmiRE

Annotative Database of miRNA Elements

ADmiRE Highlights

  • Annotation wrapper for adding comprehensive miRNA annotations to a user supplied list of variants (tab-separated format)
  • Adds information for miRNA domains, gnomAD mean allele frequency percentiles, evolutionary conservation, etc.

GitHub

Published in Human Mutation

  • Framework for microRNA variant annotation and prioritization using human population and disease datasets Human Mutation
admire_annotations
Description of miRNA variant annotations included in ADmiRE

Description of annotations added to each base within miRNA region

Index ADmiRE Annotations Description
1 MIRNA Precursor Name (miRBase)
2 PRE_ID Precursor ID (miRBase)
3 Family_Name miRNA Family Name (miRBase)
4 Family_ID miRNA Family ID (miRBase)
5 Mature_Name Mature Name (miRBase) (if applicable)
6 Mature_ID Mature ID (miRBase) (if applicable)
7 High_Confidence High Confidence (miRBase)
8 Conserved_ADmiRE Conserved ADmiRE (This study)
9 Robust_FANTOM5 Robust miRNA (FANTOM5 project)
10 HMDD_Targets.PMID Curated experiementally validated targets (PubMed ID) (HMDD)
11 HMDD_Disease.PMID Known associated disease (HMDD)
12 miRTarBase_Validated.Targets Curated experimentally validated targets (miRTarBase)
13 miRTarBase_TargetGene.Validation.type Method of target validation (miRTarBase)
14 miRTarBase_Reference.PMID Publication of target validation (miRTarBase)
15 gnomad_af_precursor_quantile AF percentile from this study with mean AF across precursor miRNAs
16 gnomad_af_mature_quantile AF percentile from this study with mean AF across mature miRNAs
17 gnomad_af_family_quantile AF percentile from this study with mean AF across all mature miRNAs in a family
18 MIRNA_Feature miRNA Domain (miRBase- Figure 1)
19 Precursor_Pos Base position in precursor domain
20 Pred_Motif Predicted Motif in Precursor (CNNC, basalUG, UGU, UGUG, loop)
21 Mature_Pos Base position in mature domain
22 PhyloP_100way PhyloP 100way- Vertebrate scores
23 PhastCons_100way Phastcons 100way- Vertebrate scores
24 gnomAD_Count gnomAD AC for all alleles at the position
25 gnomAD_MAF gnomAD AF for all alleles at the position