Table 2.
Authors | Year | Tool | Method | Input 1 | Variants Detected | Reference |
---|---|---|---|---|---|---|
Abyzov et al. | 2011 | CNVnator | Read Depth | PE2 Short read WGS | Copy Number Variants | [88] |
Rausch et al. | 2012 | DELLY | Paired-ends, Read depth, Split-reads | Short read WGS | Structural Variants | [89] |
Calabrese et al. | 2014 | MToolBox | Read re-alignment | WGS or WES | Mitochondrial Variants | [90] |
Layer et al. | 2014 | LUMPY | Paired-ends, Read depth, Split-reads | PE short read WGS | Structural Variants | [91] |
Roller et al. | 2016 | Canvas | Read Depth | WGS or WES | Copy Number Variations | [84,85] |
Chen et al. | 2016 | Manta | Pair Read, Split Read | PE short read WGS | Indels, Structural Variants | [92] |
Dolzhenko et al. | 2017 | Expansion-Hunter | Sequence-graph | PE short read WGS | Large Expansion of Short Tandem Repeats | [74] |
Ebler et al. | 2017 | DIGTYPER | Breakpoint-Spanning, Split Alignments | PE short read WGS | Inversions, Tandem Duplications | [93] |
Liang et al. | 2017 | Seeksv | Split Read, Discordant Paired-End, Read Depth, 2 Ends Unmapped | SE/PE 2 short read WGS | Structural Variants + Virus Integration | [94] |
Mousavi et al. | 2018 | GangSTR | Enclosing, Fully Repetitive, Spanning and Off-target Fully Repetitive Read Pairs | PE short read WGS | Tandem Repeat expansions | [78] |
Kim et al. | 2018 | Strelka2 | Mixture-model | PE short read WGS | Single Nucleotide Variants, Indels | [95] |
Ye et al. | 2018 | Pindel | Split-reads | PE short read WGS | Indels, Structural Variants (small and medium-size) | [96,97] |
Wala et al. | 2018 | SvABA | Local assembly | PE short read WGS | Indels, Structural Variants (20–300 bp) | [98] |
Becker et al. | 2018 | SVE/FusorSV | 8 SV callers combination + Data mining | PE short read WGS | Deletions + Duplications + Inversions 3 | [86] |
Antaki et al. | 2018 | SV2 | Supervised support vector machine classifiers | PE short read WGS | Deletions + Duplications | [87] |
1 All tools take BAM files as input. MToolBoxaccepts FASTQ files. Strelka2, SV2, SvABA, ExpansionHunter, Manta also accept CRAM files, SV2 requires SVs to genotype, SNV VCF files and PED files. SVE/FusorSV accepts FASTQ, BAM and VCF files. SvABA also accepts SAM files. 2 PE = Paired-Ended; SE = Single-Ended 3 Other SVs could be explored if they are present in the training dataset.