Emedgene provides the tightest integration with DRAGEN for germline variation analysis, providing accuracy, comprehensiveness, and efficiency, spanning variant calling through interpretation and report generation.
DRAGEN | Emedgene | Available Callers |
---|---|---|
The Emedgene platform supports a variety of variant callers and applies specific quality parameters for each. The quality assessment is an essential step in the Emedgene pipeline because variants with low quality will not be considered by the AI components.
If the variant caller is not supported or not recognized, a default quality function will be applied. The default parameters are built on GT (genotype), depth (DP) and allele bias (AB). These fields are mandatory, and their absence will induce “Low quality” for all variants.
The following variant callers are currently supported on the Emedgene pipeline, providing a header with the variant caller command line should be present within the VCF headers.
Additional callers can be supported on demand.
Var caller / VCF | Supported versions | Notes | Calling Methodology |
---|---|---|---|
Internally the list is also called a list of Emedgenizer / Emedgenizers. Emedgenizer means to normalize a VCF to an expected format for the system.
V36.0
SNV, CNV, STR, SV, Targeted, MRJD, JSON PGx*
V35.0
SNV, CNV, STR, SV, SMN, JSON PGx*
4.2
Recommended: V34.0
SNV, CNV, STR, SV, SMN
4.0
Recommended: V34.0
SNV, CNV, STR, SV
3.10
Recommended: V34.0
SNV, CNV, STR, SV
3.6-3.9
Recommended: V34.0
SNV
AED CNV
N/A
Affymetrix Extensible Data. converted to VCF
CNVReadDepth
5.12, 5.20
SmallVariant
N/A
SmallVariant
1.38
CNVReadDepth
N/A
SmallVariant
N/A
CNVReadDepth
CNVReporter
0.01
CNVReadDepth
1.0
CNVReadDepth
N/A
CNVReadDepth
Multi-Sample Viewer:1.0.0.71
Unknown
1.0.0
SmallVariant
1.2.0, 1.1.0, 1.0.0
V37.0 and up
Array
N/A
SVSplitEnd
0.1
CNVReadDepth
ExomeDepthAM
0.1
Private fork of ExomeDepth
CNVReadDepth
N/A
SmallVariant
3, 3.4, 3.5, 2014, 4, 4.1
SmallVariant
GATK Mutect
N/A
SmallVariant
Scramble
Running: scramble2vcf.pl
SmallVariant
1.4
SmallVariant
4.x, 5.x and not: 5.12, 5.20
SmallVariant
2.2.0
SVSplitEnd
N/A
SmallVariant
2.X
SmallVariant
2.1.1
SVSplitEnd
2.2.4
SmallVariant
2.2.4
SVSplitEnd
2.X
SVSplitEnd
5.2.9
SmallVariant
201808, 201911, 202010
SmallVariant
201808.03
SmallVariant
2.0.6
SVSplitEnd
0.0.2
SmallVariant
2.0.1
CNVReadDepth
2.4.5
SmallVariant
N/A
SmallVariant
N/A
SVSplitEnd