DYOGEN group
web-code version: 2020-06
FINSURF version: [Link Github]

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FINSURF (Functional Identification of Non-coding Sequences Using Random Forests) is a tool designed to analyse lists of sequences variants in the human genome. It assigns a score to each variant, reflecting its functional importance and therefore its likelihood to disrupt the physiology of its carrier. FINSURF scores Single Nucleotide Variants (SNV), insertions and deletions. Among SNVs, transitions and transversions are treated separately. Insertions are characterised by a score given to each base flanking the insertion point. Deletions are characterised by a score at every deleted base. FINSURF can (optionally) use a list of known or suspected disease genes, in order to restrict results to variants overlapping cis-regulatory elements linked to these genes. For a variant of interest, users can generate a graphical representation of "feature contributions ยป, showing the relative contributions of genomic, functional or evolutionary information to its score.

Due to computing times and memory requierements, FINSURF on web is limited to 1000 variants.
If you need to priorityze your data using FINSURF software, please go to the FINSURF gitHub repository to download and install the tools.