Tracking Subclonal Mutation Frequencies Throughout Lymphomagenesis Identifies Cancer Drivers in Mouse Models of Lymphoma

P Webster; JC Dawes; H Dewchand; K Takacs; B Iadarola; BJ Bolt; JJ Caceres; J Kaczor; L Game; T Adejumo; J Elliott; K Naresh; G Tan; G Dharmalingam; A Paccanaro; AG Uren

doi:10.1101/157800

Tracking Subclonal Mutation Frequencies Throughout Lymphomagenesis Identifies Cancer Drivers in Mouse Models of Lymphoma

P Webster, JC Dawes, H Dewchand, K Takacs, B Iadarola, BJ Bolt, JJ Caceres, J Kaczor, L Game, T Adejumo, J Elliott, K Naresh, G Tan, G Dharmalingam, A Paccanaro, AG Uren

School of Biomedical Sciences

Research output: Working paper › Preprint

Original language	English
Number of pages	0
DOIs	https://doi.org/10.1101/157800
Publication status	Published - 29 Jun 2017

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This output contributes to the following UN Sustainable Development Goals (SDGs)

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10.1101/157800

Cite this

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author = "P Webster and JC Dawes and H Dewchand and K Takacs and B Iadarola and BJ Bolt and JJ Caceres and J Kaczor and L Game and T Adejumo and J Elliott and K Naresh and G Tan and G Dharmalingam and A Paccanaro and AG Uren",

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AU - Webster, P

AU - Dawes, JC

AU - Dewchand, H

AU - Takacs, K

AU - Iadarola, B

AU - Bolt, BJ

AU - Caceres, JJ

AU - Kaczor, J

AU - Game, L

AU - Adejumo, T

AU - Elliott, J

AU - Naresh, K

AU - Tan, G

AU - Dharmalingam, G

AU - Paccanaro, A

AU - Uren, AG

PY - 2017/6/29

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BT - Tracking Subclonal Mutation Frequencies Throughout Lymphomagenesis Identifies Cancer Drivers in Mouse Models of Lymphoma

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