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Tiling the genome into consistently named subsequences enables precision medicine and machine learning with millions of complex individual data-sets

2015-10-12

Abstract excerpt

The scientific and medical community is reaching an era of inexpensive whole genome sequencing, opening the possibility of precision medicine for millions of individuals. Here we present tiling: a flexible representation of whole genome sequences that supports simple and consistent names, annotation, queries, machine learning, and clinical screening. We partitioned the genome into 10,655,006 tiles: overlapping, va...

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Literature Corpus work: 5a9c9a17-6c1e-526f-8175-8f9c173b9465
DOI: 10.7287/peerj.preprints.1426v1

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