MQT-301: A Mitochondriotropic Redox Modulator Engineered for Mitigating Cellular Panic and Bioenergetic Collapse Definitive Monograph (Consolidated Edition)

Cellular panic represents a critical pathophysiological state of metabolic catastrophe characterized by sudden mitochondrial
membrane potential collapse, runaway electron leakage, and acute bioenergetic failure. In this study, we present MQT-301, a
novel hybrid mitochondriotropic redox-modulating agent explicitly designed to interrupt the biochemical cascade of cellular
panic. MQT-301 integrates a 2,3-dimethoxy-1,4-benzoquinone redox core for catalytic electron shuttling and respiratory flux
modulation, an amide-linked indole bridge providing structural rigidity and metabolic resistance, and a lipophilic
triphenylphosphonium (TPP+) cation for potential-driven electrophoretic mitochondrial targeting. Rather than acting as a
passive radical scavenger, MQT-301 operates as an active bioenergetic modulator that restores electron flow and mitigates
upstream ROS generation at its source. Empirical SwissADME profiling confirms a molecular formula of C40H47N2O7P+