Increased oxidative damage to DNA in the lab environment cannot explain why the C. elegans mutation spectrum is different in the lab and in nature.

Rajaei, Moein; Saxena, Ayush Shekhar; Snyder, Michael; Tanny, Robyn E.; Andersen, Erik C.; Joyner-Matos, Joanna; F. Baer, Charles

doi:10.6084/m9.figshare.12150264.v1

TAGC_2020_Rajaei.pdf (421.25 kB)

Increased oxidative damage to DNA in the lab environment cannot explain why the C. elegans mutation spectrum is different in the lab and in nature.

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posted on 2020-04-20, 22:04 authored by Moein Rajaei, Ayush Shekhar Saxena, Michael Snyder, Robyn E. Tanny, Erik C. Andersen, Joanna Joyner-Matos, Charles F. Baer

Presentation of poster 1150A at TAGC 2020 Online. Files include a PDF of the poster: TAGC_2020_Rajaei.PDF

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1150A

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oxidative stress Caenorhabditis elegans Mutation spectrum Population, Ecological and Evolutionary Genetics Genetics Evolutionary Biology

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Increased oxidative damage to DNA in the lab environment cannot explain why the C. elegans mutation spectrum is different in the lab and in nature.

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