№ files_lp_4_process_2_73133
File format: docx Character count: 31783 File size: 2935 KB
Year: 2023
Region / city: Mexico City
Topic: Materials Science, Nanotechnology, Photocatalysis
Document type: Research Article
Institution: National Polytechnic Institute
Authors: Sarahi Pacheco-Espinoza, María Ángeles Hernández-Pérez, Alejandro Iván Cuesta-Balderas, Alejandra Verdejo-Palacios, Raúl Borja-Urbi, Jorge Roberto Vargas-García
Target audience: Researchers, Scientists, Engineers in Material Science and Nanotechnology
Period of validity: N/A
Approval date: N/A
Date of amendments: N/A
Keywords: High-entropy materials, Topotactic transformation, Nanostructured catalysts, Environmental photocatalysis, Ciprofloxacin photodegradation
Context: This document presents a novel method for synthesizing Ce-Co-Ni-Al-Ga high-entropy (oxy)hydroxide nanotubes through topotactic transformation, showcasing their remarkable photocatalytic activity for ciprofloxacin degradation under UV light.
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Smartphone-Integrated Dual-Mode Nanosensors Based on Nitrogen-Doped Carbon Quantum Dots and MnO2 Nanotubes for the Detection of Glutathione and Captopril
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
Topics: Topotactic Oxyhydroxide Nanotubes