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. 2019 Nov 4;11(11):1725. doi: 10.3390/cancers11111725

Table 1.

Bioinformatic methods available for single nucleotide variant calling. Tools marked with an asterisk (*) are suitable for both whole genome sequencing (WGS) and whole exome sequencing (WES) data analysis.

Name Published Cited in 2018 Control Needed InDel detection Contamination Correction Trained on Cancer Data Environment Ref
Varscan2 2012 2229 + + + Java, Perl, R, Galaxy [21]
MuTect2 * 2013 2005 + + + Java, R [20]
FreeBayes 2012 1121 + + C, C++, Galaxy [24]
Strelka * 2012 759 + + + C++, Perl [23]
Platypus * 2014 462 + + C, Cython, Python [36]
SomaticSniper * 2012 373 + + C, Galaxy [22]
LoFreq * 2012 349 + + + Python [37]
VarDict * 2016 171 + + Perl [38]
JointSNVMix * 2012 160 + + C, C++, Python, Galaxy [39]
MutationSeq * 2012 108 + + C++, Python [40]
EBCall * 2013 85 + + + C++, Perl, R, Shell [41]
MuSE * 2016 65 + + + C, C++ [42]
RADIA 2014 53 + + + Python [43]
Virmid 2013 49 + + + Java [44]
deepSNV * 2014 47 + + R [45]
Shimmer * 2013 45 + + + C, Perl, R [46]
qSNP * 2013 40 + + Java [47]
BAYSIC 2014 39 + + R [48]
SomaticSeq * 2015 38 + + + Python, R [49]
CaVEMan * 2016 31 + + + C [50]
SNooPer * 2016 26 + + + Perl [51]
SNVSniffer * 2016 17 + + C++ [52]
HapMuC 2014 15 + + C++, Python, Ruby [53]
FaSD-somatic 2014 13 + C, C++ [54]
LocHap * 2016 8 + + + + g++ complier, GNU Make [55]
LoLoPicker * 2017 6 + + + Python [56]