Compound_Heterozygous
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####################################### ##Zip the three vcf files #bgzip .exome.snp.vcf #bgzip .exome.snp.vcf #bgzip .exome.snp.vcf #######################################
####################################### ##Index vcf files #tabix -p vcf .exome.snp.vcf.gz #tabix -p vcf .exome.snp.vcf.gz #tabix -p vcf .exome.snp.vcf.gz #######################################
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#bcftools merge .exome.snp.vcf.gz .exome.snp.vcf.gz .exome.snp.vcf.gz -o <MERGED_OUT>.vcf #######################################
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#perl ~/Documents/annovar/table_annovar.pl <MERGED_OUT>.vcf ~/Documents/annovar/humandb/ -buildver hg19 -out Annotes_<MERGED_OUT>.vcf -remove -protocol refGene,cytoBand,genomicSuperDups,esp6500siv2_all,1000g2014oct_all,1000g2014oct_afr,1000g2014oct_eas,1000g2014oct_eur,snp138,ljb26_all,exac03 -operation g,r,r,f,f,f,f,f,f,f,f -nastring . -vcfinput #######################################
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##Nonsynonymous variants : only the vcf file must be in the folder #bash synsplic.sh
##Search variants that have a good quality and a good coverage ##Search variant present in one of the two parents and heterozygous in the child #python FirstCandidatesList.py [-h] [-d] inputfile outputfile
##Search variants that are in the same exon of the same gene ##This is an optional step: but faster for the next steps #SameExon.py [-h] [-d] inputfile outputfile
##Search variants that are in the same domain #python SearchDomains.py [-h] inputfile outputfile
##Search real Compound Heterozygous variants #python CompoundHeterozygous.py [-h] [-d] inputfile outputfile #######################################################