Single-Molecule Kinetic Investigation of Cocaine-Dependent Split-Aptamer Assembly

Keyphrases

• Cocaine 100%
• Split Aptamer 100%
• Single-molecule Kinetics 100%
• Kinetic Investigation 100%
• Aptamer 85%
• Dissociation Rate 57%
• Long-lived 28%
• Nucleic Acids 28%
• Cocaine Binding 28%
• Aptasensor 28%
• Small Molecules 14%
• High Specificity 14%
• High Affinity 14%
• Equilibrium Binding 14%
• Target Recognition 14%
• Duplex 14%
• Molecular Probe 14%
• Protein Molecules 14%
• DNA Strands 14%
• Single Molecule 14%
• Signal Change 14%
• Bi-exponential 14%
• Equilibrium Dissociation Constant 14%
• Dissociation Kinetics 14%
• Slow Dissociation 14%
• Biopolymers 14%
• Folded State 14%
• Fluorescent Label 14%
• Saturation Level 14%
• Molecular Beacon 14%
• Large Signal 14%
• Time Distribution 14%
• Target Analyte 14%
• Binding Model 14%
• Assembly Kinetics 14%
• Single-molecule Fluorescence Imaging 14%
• Glass Substrate 14%
• Glass Solution 14%
• Target Association 14%
• Dissociation Time 14%

Chemistry

• Nucleic Acid 100%
• Fluorescent Dye 50%
• Biopolymer 50%
• Equilibrium Constant 50%
• Glass Substrate 50%
• Molecular Probe 50%
• DNA 50%
• Single-Molecule Fluorescence 50%

Biochemistry, Genetics and Molecular Biology

• Aptamer 100%
• Nucleic Acid 15%
• Solution and Solubility 7%
• Lifespan 7%
• Small Molecule 7%
• DNA Strand 7%
• Dissociation Constant 7%
• Biopolymer 7%
• Molecular Beacon 7%
• Fluorescent Label 7%
• Molecular Probe 7%