Jun 5, 2014

Copy number networks to guide combinatorial therapy for cancer and other disorders

BioRxiv : the Preprint Server for Biology
Andy Lin, Desmond James Smith

Abstract

The dwindling drug pipeline is driving increased interest in the use of genome datasets to inform drug treatment. In particular, networks based on transcript data and protein-protein interactions have been used to design therapies that employ drug combinations. But there has been less focus on employing human genetic interaction networks constructed from copy number alterations (CNAs). These networks can be charted with sensitivity and precision by seeking gene pairs that tend to be amplified and/or deleted in tandem, even when they are located at a distance on the genome. Our experience with radiation hybrid (RH) panels, a library of cell clones that have been used for genetic mapping, have shown this tool can pinpoint statistically significant patterns of co-inherited gene pairs. In fact, we were able to identify gene pairs specifically associated with the mechanism of cell survival at single gene resolution. The strategy of seeking correlated CNAs can also be used to map survival networks for cancer. Although the cancer networks have lower resolution, the RH network can be leveraged to provide single gene specificity in the tumor networks. In a survival network for glioblastoma possessing single gene resolution, we found tha...Continue Reading

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Mentioned in this Paper

EGFR
Genome
Genes
Human Genetics
Epidermal Growth Factor Receptor Activity
Neoplasms
Pharmacologic Substance
Tandem
Atherosclerosis
Epidermal Growth Factor Receptor

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