Lanthanide complex-based dual-modal probes for background-free time-gated luminescence and 19 F magnetic resonance detection of hypochlorous acid in acute kidney injury

Key Points

• The aim is to develop sensitive probes for detecting hypochlorous acid, a potential biomarker for acute kidney injury.
• Utilized lanthanide complex-based dual-modal probes for detection
• Implemented time-gated luminescence and fluorine-19 magnetic resonance detection techniques
• Evaluated probe effectiveness in sensing hypochlorous acid specific to acute kidney injury
• Successfully demonstrated background-free time-gated luminescence detection
• Achieved enhanced sensitivity for tracking hypochlorous acid levels
• Provided potential for better diagnosis of acute kidney injury using novel biomarker approach

Abstract