Biodegradable ion-selective nanosensors with p-diethylaminophenol functionalized rhodamine as chromoionophore for metal ions measurements

Keyphrases

• Nanosensor 100%
• Optode 100%
• Rhodamine B (Rh B) 100%
• Ion Selectivity 100%
• Chromoionophore 100%
• Metal Ion Measurement 100%
• Ionophore 40%
• Na + 40%
• Cell Viability 20%
• Nanoparticles 20%
• Cytotoxicity 20%
• High Concentration 20%
• Polymer Matrix 20%
• Chemically Induced 20%
• Treatment Monitoring 20%
• Disease Therapy 20%
• Ion Concentration 20%
• Hydrodynamic Radius 20%
• Intracellular Sodium 20%
• Absorbance 20%
• HepG2 Cells 20%
• Concentration Change 20%
• Ion Exchange 20%
• PH-sensitive 20%
• Low Toxicity 20%
• Polycaprolactone 20%
• Sensing Mechanism 20%
• Sensitive Site 20%
• High Biocompatibility 20%
• Rhodamine Derivative 20%
• Biomedical Monitoring 20%
• Oilfield Produced Water 20%
• Cation Exchanger 20%
• Simple Precipitation Method 20%

Material Science

• Nanosensors 100%
• Polymer Matrix 20%
• Hydrodynamics 20%
• Sodium 20%
• Sodium Ion 20%
• Sensing Mechanisms 20%
• Potassium Ion 20%
• Nanoparticle 20%
• Biocompatibility 20%

Chemical Engineering

• Nanosensor 100%
• Ionophore 40%
• Ion Exchange 20%
• Polycaprolactone 20%
• Nanoparticle 20%