Hole-burning study of energy transfer in antenna proteins of Dunaliella tertiolecta affected by iron-limitation

Physics & Astronomy

• Dunaliella 100%
• hole burning 63%
• antennas 46%
• energy transfer 43%
• proteins 42%
• fluorescence 39%
• iron 38%
• cells 21%
• excitation 19%
• blue shift 14%
• membranes 9%

Engineering & Materials Science

• Excitation energy 67%
• Energy transfer 61%
• Fluorescence 61%
• Proteins 48%
• Iron 47%
• Antennas 34%
• Blue shift 25%
• Membranes 11%
• Experiments 9%
• Temperature 5%

Chemical Compounds

• Spectral Hole Burning 58%
• Energy Transfer 45%
• Fluorescence Spectrum 32%
• Fluorescence Maxima 23%
• Protein 22%
• Blue 12%
• Fluorescence 10%