Mackenzie Allison
Polycyclic aromatic hydrocarbons (PAHs) are ubiquitous contaminants released into the environment from multiple sources, including as byproducts of incomplete combustion of organic material, resulting in the formation of both substituted and unsubstituted (parent) PAH forms. Alkylated PAHs are substituted with hydrogen functional groups on the parent structure and are derived from crude oil and refined petroleum products. While these semi-volatile PAHs are commonly found in both vapor and particle phases in the air, little is known about their toxicity from inhalation exposure in the lungs. In addition, because alkylated PAHs are not included in routine measurements and risk assessments, there is growing concern about underestimating overall PAH toxicity by ignoring this group of chemicals.
My favorite part is the connection between the different cores within the Superfund Program. This can be seen not just within our department, but also throughout other Superfund institutions. Research is intersectional, so being able to work with people involved in the Community Engagement Core and the Chemical Core helps look at scientific questions from all angles.
I hope to use my research to help communities make informed decisions to improve public health.
Prior to participating in an undergraduate summer research internship, I didn't have much interest in science. The internship opened my eyes to how much I love research, and completely changed the trajectory of my life.
Currently, my plan is either academia or government, but I'm open to other options.
I love to bake and try new recipes, start way too many crochet projects at a time, spend time with my family, and take too many pictures of my cat.
Research Project(s):