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Grand Challenges Initiative
Chapman Blogs

Dr. Aracely Acevedo: The BCKDK inhibitor BT2 is a chemical uncoupler that lowers mitochondrial ROS productions and de nova lipogenesis

At our 2024 GCI Postdoctoral Showcase, Postdoctoral Fellow Aracely Acevedo presented a poster about the BCKDK inhibitor being a chemical uncoupler. To learn more about her research, reach out to Dr. Acevedo at aracevedo@chapman.edu.

ABSTRACT: The objective of this study, conducted at UCLA, was to investigate alternative molecular mechanisms by which BT2 may confer cardioprotection and protect from metabolic disease. We hypothesized that BT2 is a mitochondrial uncoupler based on its chemical structure as a lipophilic weak acid. We demonstrate BT2 is a mitochondrial uncoupler via measurements in respirometry, membrane potential, patch-clamp electrophysiology, fatty acid oxidation and synthesis, and superoxide production.  The data suggests BT2 may exert some of its cardioprotective effects and protection from metabolic disease via mitochondrial uncoupling.

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