Jamie's research specifically focused on using Gap Junctional Intercellular Communication to determine the carcinogenic effects of PFAS compounds.
Show Notes
On this week’s SciFiles, your hosts Chelsie and Daniel interview Jamie Liebold. This research explores Gap Junctional Intercellular Communication (GJIC) as a bioindicator of cancer. Cells use GJIC for the signaling of proteins and stresses. When a cell is stressed, it will close its gap junctions, signaling uncontrolled cell proliferation. These experiments have specifically focused on using GJIC to determine the carcinogenic effects of PFAS compounds. PFAS compounds are a classification of compounds of particular environmental concern, as they have been found in the water and soil of the Great Lakes region in high abundance.
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The Sci-Files is hosted by Mari Dowling and Dimitri Joseph. Together they highlight the importance of science, especially student research at Michigan State University.