VariantAnalysis

Modifying SNEEP to account for averaged differential TF Binding

Extending SNEEP's statistic to account for cumulative, not just maximal, TF binding effects at regulatory SNVs.

Incorporating deep learning TF models into SNEEP

Adapt SNEEP with BPNet models for TF binding prediction

Placing regulatory variants into tissue context featured image

Placing regulatory variants into tissue context

Map regulatory SNVs to spatial transcriptomics data

Exploring the regulatory impact of non-coding genetic variants featured image

Exploring the regulatory impact of non-coding genetic variants

Overview SNEEP is a computational method to identify regulatory Single Nucleotide Variants (rSNVs) that alter the binding sites of Transcription Factors (TFs). It can efficiently …

avatar
Nina Baumgarten
•
SNEEP featured image

SNEEP

Software for the identification of regulatory non-coding variants

avatar
Nina Baumgarten
•