Counterion effects on fluorescence energy transfer in conjugated polyelectrolyte-based DNA detection

Engineering & Materials Science

• Polyelectrolytes 100%
• Forster resonance energy transfer 89%
• Energy transfer 74%
• Fluorescence 74%
• DNA 67%
• Polymers 47%
• Complexation 13%
• Photoluminescence 13%
• Electronic structure 12%
• Borates 11%
• Charge transfer 10%
• Dyes 9%
• Quenching 8%
• Antennas 5%
• Water 4%

Physics & Astronomy

• resonance fluorescence 67%
• deoxyribonucleic acid 59%
• energy transfer 53%
• fluorescence 47%
• polymers 37%
• saturation 11%
• bromides 9%
• borates 9%
• spacers 8%
• emission spectra 7%
• dyes 7%
• antennas 7%
• charge transfer 6%
• electronic structure 6%
• photoluminescence 5%
• augmentation 4%
• water 4%
• excitation 3%
• energy 2%

Chemical Compounds

• Counterion 58%
• Fluorescence Resonance Energy Transfer 42%
• Resonance Energy 41%
• Fluorescein 34%
• Donor 14%
• Delayed Fluorescence 13%
• Single-Stranded DNA 11%
• Association Constant 11%
• Borate 10%
• Emission Spectrum 9%
• Polymer Chain 9%
• Photoluminescence 8%
• Complexation 8%
• Bromide 7%
• Electronic State 7%
• Charge Transfer 7%
• Amount 4%