Publication Date: 01 Dec 2014
Type: Technical Advance
Journal: Cancer Informatics
Citation: Cancer Informatics 2014:13 153-156
doi: 10.4137/CIN.S19519
In order to identify somatic focal copy number aberrations (CNAs) in cancer specimens and to distinguish them from germ-line copy number variations (CNVs), we developed the software package FocalCall. FocalCall enables user-defined size cutoffs to recognize focal aberrations and builds on established array comparative genomic hybridization segmentation and calling algorithms. To distinguish CNAs from CNVs, the algorithm uses matched patient normal signals as references or, if this is not available, a list with known CNVs in a population. Furthermore, FocalCall differentiates between homozygous and heterozygous deletions as well as between gains and amplifications and is applicable to high-resolution array and sequencing data.
Availability and implementation: FocalCall is available as an R-package from: https://github.com/OscarKrijgsman/focalCall. The R-package will be available in Bioconductor.org as of release 3.0.
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FocalCall
Cancer Informatics has become an increasingly important source for research in the methodology of cancer genomics and the novel use of informatics technology. I have been impressed by the journal's contents and have been very gratified by the number of accesses to my recent publication. Cancer Informatics has filled an important gap in cancer research journals.
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