Additional file 1: of Statistical relationship between metabolic decomposition and chemical uptake predicts bioconcentration factor data for diverse chemical exposures

Michael L. Mayo (Contributor)
Michael A. Rowland (Contributor)
Karen Watanabe (Contributor)
Hannah M. Wear (Contributor)
Kurt A. Gust (Contributor)

Dataset

Description

Supporting Information includes all Supporting Figures and a complete description of the derivation and parameterization of the models used in this work. (PDF 734Â kb)

Date made available	Aug 7 2018
Publisher	figshare Academic Research System

DOI
10.6084/m9.figshare.6944729.v1

Access Dataset

https://doi.org/10.6084%2Fm9.figshare.6944729.v1

1 Article

Statistical relationship between metabolic decomposition and chemical uptake predicts bioconcentration factor data for diverse chemical exposures
Rowland, M. A., Wear, H., Watanabe-Sailor, K., Gust, K. A. & Mayo, M. L., Aug 7 2018, In: BMC systems biology. 12, 1, 81.
Research output: Contribution to journal › Article › peer-review

Open Access

Cite this

Mayo, M. L. (Contributor), Rowland, M. A. (Contributor), Watanabe, K. H. (Contributor), Wear, H. (Contributor), Gust, K. A. (Contributor) (Aug 7 2018). Additional file 1: of Statistical relationship between metabolic decomposition and chemical uptake predicts bioconcentration factor data for diverse chemical exposures. figshare Academic Research System. 10.6084/m9.figshare.6944729.v1

Additional file 1: of Statistical relationship between metabolic decomposition and chemical uptake predicts bioconcentration factor data for diverse chemical exposures

Description

DOI

Access Dataset

Research output

Statistical relationship between metabolic decomposition and chemical uptake predicts bioconcentration factor data for diverse chemical exposures

Cite this