Computational and Statistical Analyses of Insertional Polymorphic Endogenous Retroviruses in a Non-Model Organism

November 2014

Authors:
Le Bao, Daniel Elleder, Raunaq Malhotra, Michael DeGiorgio, Theodora Maravegias,
Lindsay Horvath, Laura Carrel, Colin Gillin, Tomáš Hron, Helena Fábryová, David R. Hunter and Mary Poss

Info:
Scientists present a computational method for detecting specific integration sites of endogenous retroviruses in a genome, even without the use of a reference genome. They use de novo clustering and statistical models and demonstrate the approach in a study of deer. Pippin Prep sizing was used to narrow the fragment size range to 300-330bp prior to sequencing on the Ion Personal Genome Machine.

Citation:
Computation 2014, 2, 221-245
doi:10.3390/computation2040221

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