PfalciparumTypeDrugResistanceMarkers
PfalciparumTypeDrugResistanceMarkers
- description
- Workflow to generate a report of drug resistance markers
Inputs
Required
drug_resistance_list(File, required): List of drug resistance markers for which to searchgvcf(File, required): GVCF file to process to use for coverage analysis of drug resistance markersgvcf_index(File, required): Index of the GVCF file to processref_map_file(File, required): Table indicating reference sequence, auxillary file locations, and metadata.snpeff_db(File, required): SnpEff database for functional annotationsnpeff_db_identifier(String, required): Identifier for the SnpEff database to usevcf(File, required): VCF file to processvcf_index(File, required): Index of the VCF file to process
Optional
joint_vcfs(Array[File]?); description: Optional list of per-contig joint-call VCFs, given as paths/URLs (e.g. gs://...). When provided, the analyzed sample's resolved genotypes are STREAMED from these files at the drug-resistance loci and the files are never localized. Each must have a co-located tabix index (.tbi) and SnpEff (ANN) annotations, and the sample must be present in at least one of them or the workflow fails. The given GVCF is still used to fill in no-call evidence.; localization_optional: truesample_id(String?): Optional sample ID to analyze when joint_vcfs is provided. Defaults to the single sample present in 'vcf'.CallDrugResistanceMutations.runtime_attr_override(RuntimeAttr?)CreateDrugResistanceSummary.runtime_attr_override(RuntimeAttr?)FunctionallyAnnotateVariants.runtime_attr_override(RuntimeAttr?)
Defaults
do_functional_annotation(Boolean, default=true): Whether to perform functional annotation
Outputs
drug_resistance_summary(File)drug_resistance_markers(File)predicted_drug_status_chloroquine(String)predicted_drug_status_pyrimethamine(String)predicted_drug_status_sulfadoxine(String)predicted_drug_status_mefloquine(String)predicted_drug_status_artemisinin(String)predicted_drug_status_piperaquine(String)annotated_vcf(File)annotated_vcf_index(File)snpEff_summary(File?)snpEff_genes(File?)pfFd_Asp_193_Tyr(String)pfaat1_Gln_454_Glu(String)pfaat1_Lys_541_Asn(String)pfaat1_Phe_313_Ser(String)pfaat1_Ser_258_Leu(String)pfap2_mu_Ile_592_Thr(String)pfarps10_Val_127_Met(String)pfatg18_Thr_38_Ile(String)pfcarl_Ile_1139_Lys(String)pfcarl_Leu_830_Val(String)pfcarl_Ser_1076_Asn(String)pfcarl_Ser_1076_Ile(String)pfcarl_Val_1103_Leu(String)pfcoronin_Arg_100_Lys(String)pfcoronin_Glu_107_Val(String)pfcoronin_Gly_50_Glu(String)pfcoronin_Pro_76_Ser(String)pfcrt_Asn_75_Glu(String)pfcrt_Cys_101_Phe(String)pfcrt_Cys_72_Ser(String)pfcrt_Gly_353_Val(String)pfcrt_His_97_Tyr(String)pfcrt_Lys_76_Thr(String)pfcrt_Met_343_Leu(String)pfcrt_Met_74_Ile(String)pfcrt_Phe_145_Ile(String)pfcrt_Ser_350_Arg(String)pfdhfr_Asn_51_Ile(String)pfdhfr_Cys_50_Arg(String)pfdhfr_Cys_59_Arg(String)pfdhfr_Ile_164_Lys(String)pfdhfr_Ser_108_Asn(String)pfdhps_Ala_581_Gly(String)pfdhps_Ala_613_Ser(String)pfdhps_Ala_613_Thr(String)pfdhps_Lys_437_Gly(String)pfdhps_Lys_540_Glu(String)pfdhps_Ser_436_Ala(String)pfexo_Glu_415_Gly(String)pfkelch13_Ala_675_Val(String)pfkelch13_Arg_539_Thr(String)pfkelch13_Arg_561_His(String)pfkelch13_Arg_633_Ile(String)pfkelch13_Asn_458_Tyr(String)pfkelch13_Cys_580_Tyr(String)pfkelch13_Ile_543_Thr(String)pfkelch13_Met_476_Ile(String)pfkelch13_Met_579_Ile(String)pfkelch13_Phe_446_Ile(String)pfkelch13_Phe_553_Leu(String)pfkelch13_Phe_574_Leu(String)pfkelch13_Phe_673_Ile(String)pfkelch13_Pro_441_Ile(String)pfkelch13_Pro_553_Leu(String)pfkelch13_Pro_574_Leu(String)pfkelch13_Tyr_493_His(String)pfkelch13_Val_568_Gly(String)pfmdr1_Asn_1024_Asp(String)pfmdr1_Asn_86_Tyr(String)pfmdr1_Asp_1246_Tyr(String)pfmdr1_Ser_1034_Cys(String)pfmdr1_Tyr_184_Phe(String)pfmdr2_Thr_484_Ile(String)pfubp1_Val_3275_Phe(String)
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