Inferring genome-wide correlations of mutation fitness effects between populations

Xin Huang; Alyssa Lyn Fortier; Alec J. Coffman; Travis J. Struck; Megan N. Irby; Jennifer E. James; José E. Léon-Burguete; Aaron P. Ragsdale; Ryan N. Gutenkunst

doi:10.1101/703918

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Inferring genome-wide correlations of mutation fitness effects between populations

View ORCID ProfileXin Huang, Alyssa Lyn Fortier, Alec J. Coffman, View ORCID ProfileTravis J. Struck, Megan N. Irby, View ORCID ProfileJennifer E. James, José E. Léon-Burguete, Aaron P. Ragsdale, View ORCID ProfileRyan N. Gutenkunst

doi: https://doi.org/10.1101/703918

Xin Huang

1University of Arizona

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Alyssa Lyn Fortier

2Stanford University

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Alec J. Coffman

3University of Pennsylvania

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Travis J. Struck

1University of Arizona

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Megan N. Irby

1University of Arizona

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Jennifer E. James

1University of Arizona

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José E. Léon-Burguete

4National Autonomous University of Mexico

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Aaron P. Ragsdale

5McGill University

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Ryan N. Gutenkunst

1University of Arizona

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For correspondence: rgutenk@arizona.edu

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Posted February 18, 2021.

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Inferring genome-wide correlations of mutation fitness effects between populations

Xin Huang, Alyssa Lyn Fortier, Alec J. Coffman, Travis J. Struck, Megan N. Irby, Jennifer E. James, José E. Léon-Burguete, Aaron P. Ragsdale, Ryan N. Gutenkunst

bioRxiv 703918; doi: https://doi.org/10.1101/703918

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Inferring genome-wide correlations of mutation fitness effects between populations

Xin Huang, Alyssa Lyn Fortier, Alec J. Coffman, Travis J. Struck, Megan N. Irby, Jennifer E. James, José E. Léon-Burguete, Aaron P. Ragsdale, Ryan N. Gutenkunst

bioRxiv 703918; doi: https://doi.org/10.1101/703918

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