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. Author manuscript; available in PMC: 2023 Feb 24.
Published in final edited form as: Trends Genet. 2022 Aug 4;38(12):1271–1283. doi: 10.1016/j.tig.2022.07.002

Table 1.

Selection of phenotype-aware variant prioritisation (VP) software tools based on five suitability criteria a

VP software tool Directly accepting
VCF files
Accepting
HPO terms
Last updated or
published since 2018
Freely
available
Local,
programmatic access
Refs
Exomiserb [8]
LIRICALb [35]
VARPPb [11]
Xrareb [30]
Phenoxomeb [42]
DeepPVPb [16]
PhenIXb [44]
VINYL [18]
eDiva [15]
VarSight [20]
AMELIE No local installation [14]
GeneTerpret Web-based only [32]
PhenoPro Web-based only [31]
MutationDistiller Web-based only [22]
GenIO Web-based only [28]
PhenoVar Web-based only [40]
GEM Commercial Web-based only [3]
EVIDENCE Commercial Web-based only [36]
VarElect Commercial Web-based only [39]
Phevor (now Phevor2) Web-based only [38]
Moon Commercial Code available on request [34]
wAnnovar Web-based only [43]
OVA Web-based only [12]
BierApp Web-based only [10]
OMIM Explorer Broken web link [25]
QueryOR Web-based only [13]
eXtasy [37]
Phen-Gen [26]
PVP [17]
VCF.Filter App-based only [33]
wKGGSeq Web-based only [29]
VAAST Commercial Web-based only [27]
VPOT [24]
Ensembl Variant Effect Predictor No local installation [23]
Clin.iobio Web-based only [41]
VarFish Web-based only [21]
VarAFT App-based only [19]
a

A grey cell indicates that the corresponding feature is not present.

b

Following the completion of a literature review, seven viable VP software tool candidates that met all five suitability criteria (i.e., directly accepting VCF files; accepting HPO terms; last updated or published since 2018; freely available; with local, programmatic access) were selected for testing and comparison.