One-Pot Hydrothermal Synthesis of Elements (B, N, P)-Doped Fluorescent Carbon Dots for Cell Labelling, Differentiation and Outgrowth of Neuronal Cells

Keyphrases

• Neuronal Cells 100%
• Cell Differentiation 100%
• Fluorescent Carbon Dots 100%
• Cell Labeling 100%
• P-type Doping 100%
• One-step Hydrothermal Method 100%
• Cell Outgrowth 100%
• Element Synthesis 100%
• Boron 50%
• Cell Viability 50%
• Chemically Modified 50%
• Biocompatibility 50%
• Cellular Uptake 50%
• Differentiation Process 50%
• Chemical Characterization 50%
• Neuronal Development 50%
• Branching Pattern 50%
• Nitrogen N 50%
• Analytical Techniques 50%
• Photostability 50%
• Neural Differentiation 50%
• Hydrothermal Process 50%
• Fluorescence Property 50%
• P-doped Carbon 50%
• Doped Carbon Dots 50%
• Neurite Network 50%
• B-doping 50%
• Nanomedicine Applications 50%
• Excitation-dependent Fluorescence 50%
• N-doping 50%
• Selective Affinity 50%
• High Quantum Yield 50%

Material Science

• Carbon Quantum Dot 100%
• Hydrothermal Synthesis 100%
• Analytical Method 50%
• Biocompatibility 50%
• Boron 50%
• N-Type Doping 50%

Chemical Engineering

• Nanomedicine 100%