#30 · Systems biology
Automated tools link genomic variants and expression data to regulatory interpretation
The dominant thread is software that automates the steps between genomic or expression data and biological interpretation. SNPannotator, an R package, identifies LD proxies for post-GWAS variants and queries Ensembl, GTEx, eQTL Catalog and STRING for functional and eQTL annotation. SignifiKANTE computes approximate permutation-based P-values for edges in gene regulatory networks from any regression-based GRN, while BLOBFISH extracts compact subnetworks linking a predefined gene set across regulatory and eQTL bipartite graphs. GAMclust, also an R package, identifies transcriptionally regulated metabolic modules in bulk, single-cell and spatial expression data. DNABERT-Enhancer is a sequence-level model that applies a genomic language model to predict human enhancers and allele-specific activity, releasing genome-wide annotations. What is new is packaged, automated coverage spanning post-association annotation, network-level inference and module identification, with DNABERT-Enhancer extending the scope to sequence-level prediction.
Published papers
Genomic language model for predicting enhancers and their allele-specific activity in the human genome.
DNABERT-Enhancer applies a DNABERT genomic language model to predict human enhancers and allele-specific activity, releasing genome-wide annotations and…
SignifiKANTE: efficient P-value computation for gene regulatory networks.
SignifiKANTE is a tool that efficiently computes approximate permutation-based P-values for edges in gene regulatory networks from any regression-based GRN…
SNPannotator: automated functional annotation of genetic variants and linked proxies.
SNPannotator is an R package automating post-GWAS annotation: it finds LD proxies and queries Ensembl, GTEx, eQTL Catalog and STRING for functional, eQTL and…
GAMclust: identification of regulated metabolic modules in bulk, single cell and spatial gene expression data.
GAMclust, an R package extending GAM-clustering to identify transcriptionally regulated metabolic modules in bulk, single-cell, and spatial expression data…
BLOBFISH: bipartite limited subnetworks from multiple observations using breadth-first search with constrained hops.
BLOBFISH uses a constrained breadth-first search on bipartite graphs to extract compact subnetworks linking a predefined gene set in regulatory and eQTL…
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