Design and demonstration of a temperature-resistant aptamer structure for highly sensitive mercury ion detection with BioFETs

Keyphrases

• Highly Sensitive 100%
• Mercury Ion Detection 100%
• Aptamer 100%
• Heat-resistant 100%
• BioFET 100%
• Mercury Ion 40%
• High Melting Temperature 40%
• Hairpin Structure 40%
• Low Detection Limit 30%
• Ambient Temperature 30%
• Structural Properties 20%
• Hg2+ 20%
• Elevated Temperature 20%
• Melting Temperature 20%
• Thermal Properties 20%
• Low Melting Temperature 20%
• T-complex 20%
• Order of Magnitude 10%
• Field-effect Transistors 10%
• Pb2+ 10%
• Limit of Detection 10%
• High Sensitivity 10%
• Arsenic 10%
• Temperature Affect 10%
• Reaction Rate 10%
• Electric Double Layer 10%
• High-throughput Detection 10%
• Chromium(III) 10%
• Stable Structure 10%
• Structure Prior 10%
• Multiple Heavy Metals 10%
• Strongly Correlated 10%
• Extended Gate 10%
• Lead Pb 10%
• Cadmium Ion 10%

Material Science

• Mercury Ion 100%
• Elevated Temperature 33%
• Field Effect Transistor 16%
• Structural Property 16%
• Thermal Property 16%
• Arsenic 16%
• Chromium Ion 16%
• Heavy Metal 16%
• Cadmium Ion 16%