creator: Sophia R. Horn date: 2025
10.4231/3BAH-5V53
Abby Valachovic , Anna G. Bushong , C. Melman Neill , Maria S. Sepúlveda , Meredith Scherer , Sophia R. Horn , Tyler D Hoskins , Youn Jeong Choi
01/01/2025
PFAS may interact with peroxisome proliferator activated receptors and alter lipid homeostasis. Using the model Xenopus laevis, we investigated the effect of PPFAS on lipid homeostasis.
Amphibian Ecotoxicology aquatic toxicology liver PFAS PPARs xenopus laevis
10.4231/FYN8-0068
Anna Bushong , C Melman Neill , Emma Marie Engel , Linda S. Lee , Maria S. Sepúlveda , Meredith Norris Scherer , Sophia R. Horn , Tyler D Hoskins , Youn Jeong Choi
07/31/2025
PFAS are a global threat to environmental health due to their persistence and toxicity. The effects of PFOA and 6:2 FTS were explored in Xenopus laevis. The only effect observed was a significant increase in body weight for both PFAS supporting...
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