№ files_lp_3_process_9_08900
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Scientific abstract presenting the development and evaluation of a dual-mode fluorescent nanosensor system based on N-CQDs and MnO2 NTs for the detection of glutathione and captopril using fluorometric and smartphone-assisted image analysis.
Type: Research article abstract
Field: Nanotechnology and analytical chemistry
Analytes: Glutathione (GSH); Captopril (CAP)
Materials: Nitrogen-Doped Carbon Quantum Dots (N-CQDs); MnO2 Nanotubes (MnO2 NTs)
Synthesis methods: Solvothermal synthesis; Hydrothermal synthesis
Detection principle: Fluorescence quenching via inner filter effect and redox-triggered fluorescence recovery
Analytical methods: Fluorometric analysis; Smartphone-based image analysis
Software: Image J
Limits of detection (fluorometric): 4.70 μM (GSH); 5.22 μM (CAP)
Limits of detection (smartphone-based): 5.76 μM (GSH); 2.81 μM (CAP)
Keywords: N-CQDs; MnO2 NTs; glutathione; captopril; inner filter effect; smartphone-based sensor
Price: 8 / 10 USD
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