High-throughput pipeline for the de novo viral genome assembly and the identification of
minority variants from Next-Generation Sequencing of residual diagnostic samples

T Gallo Cassarino; D Frampton; R Sugar; E Charles; Z Kozlakidis; P Kellam

doi:10.1101/035154

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High-throughput pipeline for the de novo viral genome assembly and the identification of minority variants from Next-Generation Sequencing of residual diagnostic samples

T Gallo Cassarino, D Frampton, R Sugar, E Charles, Z Kozlakidis, P Kellam

doi: https://doi.org/10.1101/035154

T Gallo Cassarino

1University College London, London, UK

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D Frampton

1University College London, London, UK

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R Sugar

2Health and Life Sciences, Intel Corporation, London, UK

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E Charles

2Health and Life Sciences, Intel Corporation, London, UK

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Z Kozlakidis

1University College London, London, UK

3The Farr Institute of Health Informatics Research, London, UK

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P Kellam

4Imperial College London, London, UK

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Posted July 11, 2016.

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High-throughput pipeline for the de novo viral genome assembly and the identification of minority variants from Next-Generation Sequencing of residual diagnostic samples

T Gallo Cassarino, D Frampton, R Sugar, E Charles, Z Kozlakidis, P Kellam

bioRxiv 035154; doi: https://doi.org/10.1101/035154

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High-throughput pipeline for the de novo viral genome assembly and the identification of minority variants from Next-Generation Sequencing of residual diagnostic samples

T Gallo Cassarino, D Frampton, R Sugar, E Charles, Z Kozlakidis, P Kellam

bioRxiv 035154; doi: https://doi.org/10.1101/035154

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