Identifies Signatures Present in a Tumor Sample


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Documentation for package ‘deconstructSigs’ version 1.9.0

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deconstructSigs-package deconstructSigs
dbs_possible Table of Possible DBS mutations and their reverse complement
deconstructSigs deconstructSigs
example.output Example output of whichSignatures()
makePie Plots the weights from whichSignatures()
mut.to.sigs.input Converts mutation list to correct input format
plotSignatures Plots the result from whichSignatures()
plotTumor Plots a tumor profile
randomly.generated.tumors Values for 100 randomly generated tumor samples
sample.mut.ref Example input to mut.to.sigs.input()
signatures.cosmic Published Signatures from Sanger COSMIC
signatures.dbs.cosmic.v3.may2019 New DBS Signatures from Sanger COSMIC (May 2019)
signatures.exome.cosmic.v3.may2019 Updated SBS Exome Signatures from Sanger COSMIC (May 2019)
signatures.genome.cosmic.v3.may2019 Updated SBS Genome Signatures from Sanger COSMIC (May 2019)
signatures.nature2013 Published Signatures from Alexandrov et al 2013
tri.counts.exome The counts of every trinuclotide frequency in an exome
tri.counts.genome The counts of every trinuclotide frequency in a genome
vcf.to.sigs.input Converts a VCF file to correct input format
whichSignatures Which signatures are present