Human Pluripotent Stem Cell-Based Assay Predicts Developmental Toxicity Potential of ToxCast Chemicals [ACT 2016]

Utilizing devTOXqP in a Combined Testing Approach for Identifying Developmental Toxicity Liability of Chemicals [Webinar, 2016 – Slides]

Evidence for Metabolomic Phenotypes Based on Analysis of Plasma from the Autism Phenome Project Cohort [IMFAR 2016]

Practical Application of a Human Stem Cell Assay for Developmental Toxicity Testing [SOT 2016 – Slides]

Combination of a Human Pluripotent Stem Cell and Zebrafish Assay to Predict The Developmental Toxicity of Chemicals [SOT 2016]

Human In Vitro Developmental Toxicity Assay Combined with a Read-Across Approach for Chemical Assessment [FutureTox III (2015)]

A Biomarker-Based Human Stem Cell Assay Applied for Ranking a Retinoid Series Based on Relative Developmental Toxicity Potential [SOT 2015]

A Biomarker Based Developmental Toxicity Screen Using Human Induced Pluripotent Stem Cells For Compound Prioritization [SOT 2014]