Crowding Effects on Energy-Transfer Efficiencies of Hetero-FRET Probes As Measured Using Time-Resolved Fluorescence Anisotropy

Chemistry

• Acceptor 11%
• Ambient Reaction Temperature 11%
• Anisotropy 100%
• Application 5%
• Aqueous Solution 5%
• Biochemical Reaction 5%
• Biosensor 11%
• Buffer Solution 16%
• Conformation 5%
• Donor 11%
• Energy Transfer 100%
• Environment 16%
• Fluctuation 5%
• Fluorescence 100%
• Fluorescence Method 5%
• Fluorescence Resonance Energy Transfer 100%
• Glycerol 11%
• Polymer 5%
• Protein Folding 5%
• Purity 11%
• Steric Hindrance 5%
• Structure 5%
• Time 100%
• Wavelength 5%

Biochemistry, Genetics and Molecular Biology

• Biomolecules 5%
• Conformation 5%
• Contrast 5%
• Crowding (Area) 5%
• Dynamics 5%
• Energy Transfer 100%
• Ficoll 5%
• Fluorescence 5%
• Fluorescence Anisotropy 100%
• Glycerol 11%
• Macromolecular Crowding 11%
• Protein Folding 5%
• Protein-Protein Interaction 5%
• Room Temperature 11%
• Solution and Solubility 5%
• Stereospecificity 5%
• Time 100%

Physics

• Anisotropy 100%
• Bioinstrumentation 11%
• Contrast 5%
• Distance 11%
• Energy Transfer 100%
• Environment 16%
• Organelle 5%
• Pathology 5%
• Probe 100%
• Protein 5%
• Protein-Protein Interaction 11%
• Room Temperature 11%
• Utilization 5%
• Variations 5%