Projects Overview
![Diagram of how Biomedical Research and Environmental Science and Engineering work together](https://superfund.ncsu.edu/wp-content/uploads/sites/156/2020/02/overview_figure.1214-4-5-600x423.png)
Our biomedical research (BMR) and environmental science and engineering (ESE) projects will integrate population-, and field-based studies with a diverse range of laboratory models to improve understanding of PFAS toxicity, mechanism of action, bioaccumulation, and remediation.
![Group icon](https://superfund.ncsu.edu/wp-content/uploads/sites/156/2021/05/group-150x150.png)
Biomedical Research Project 1: PFAS Exposure and Thyroid Related Health Outcomes in Communities along the Cape Fear River, NC. Principal Investigator: Jane Hoppin; Co-Investigators: David Collier and Suzanne Lea.
![Gears icon](https://superfund.ncsu.edu/wp-content/uploads/sites/156/2021/05/gears-150x150.png)
Biomedical Research Project 2: Uncovering the mechanisms of PFAS-induced immunotoxicity: An important public health endpoint. Co-Investigators: Jamie DeWitt, Seth Kullman, Jeffrey Yoder.
![Molecule icon](https://superfund.ncsu.edu/wp-content/uploads/sites/156/2021/05/molecule-150x150.png)
Environmental Science and Engineering Project 3: Integrating experimental and field studies to understand PFAS bioaccumulation and impact in aquatic food webs. Co-Investigators: Scott Belcher, David Buchwalter, Antonio Planchart.
![Microscope icon](https://superfund.ncsu.edu/wp-content/uploads/sites/156/2021/05/microscope-150x150.png)
Environmental Science and Engineering Project 4: Uncovering Mechanisms of PFAS Adsorption by Granular Activated Carbon to Support PFAS Remediation. Principal Investigator: Detlef Knappe; Co-Investigator: Morton Barlaz.