Hydroxyl radical generation from H <sub>2</sub> O <sub>2</sub> <i>via</i> liquid–liquid contact-electro-catalysis
Haimei Li, A.Y. Xie, Chengzi Hong, Zichen Wang, Xu Chu, Zhong Lin Wang, Yi Liu, Peng Jiang
Abstract
is overexpressed, this mechanism leads to enhanced ROS production and tumor cell death. This work uncovers a hidden catalytic route within the CEDT framework and provides new insights into the application of CEC for tumor therapy.
Topics & Concepts
RadicalHydrogen peroxideCatalysisChemistryReactive oxygen speciesHydroxyl radicalOxygenHydroxidePhotochemistryDegradation (telecommunications)IonCombinatorial chemistryNanoparticleRedoxReaction mechanismReactive intermediateHydrogenMechanism (biology)Primary (astronomy)Catalytic cycleChemical engineeringHydrogen productionDielectric barrier dischargeElectronOxygen reductionElectron Spin Resonance StudiesSulfur Compounds in Biology