Quantifying the DARTable Genome for Prediction of Teratogenic Doses - a case study using retinoic acid pathway-induced developmental toxicity

Currie, Richard; Knudsen, Thomas; Kaczor, Allen; Yu, Lirong; Letamendia, Ainhoa; Piersma, Aldert; Mitchell-Ryan, Shermayne

doi:10.23645/epacomptox.14489163.v1

Quantifying the DARTable Genome for Prediction of Teratogenic Doses.pdf (297.46 kB)

Quantifying the DARTable Genome for Prediction of Teratogenic Doses - a case study using retinoic acid pathway-induced developmental toxicity

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posted on 2021-04-26, 20:45 authored by Richard Currie, Thomas Knudsen, Allen Kaczor, Lirong Yu, Ainhoa Letamendia, Aldert Piersma, Shermayne Mitchell-Ryan

Presentation to the Society of Toxicology Virtual Annual Meeting March 2021

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Center for Computational Toxicology and Exposure

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predictive toxicology developmental toxicity retinoic acid pathway DARTable genome Toxicology

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Quantifying the DARTable Genome for Prediction of Teratogenic Doses - a case study using retinoic acid pathway-induced developmental toxicity

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