Beat-frequency-resolved 2D electronic spectroscopy shows distinct energy relaxation and 200 cm^-1 vibrational coherence for allophycocyanin and two C-phycocyanin variants from different phycobilisome locations.
Allophycocyanin trimer stability and functionality are primarily due to polar enhanced hydrophobicity of the phycocyanobilin binding pocket
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Dependence of energy relaxation and vibrational coherence on the location of light-harvesting chromoproteins in photosynthetic antenna protein complexes
Beat-frequency-resolved 2D electronic spectroscopy shows distinct energy relaxation and 200 cm^-1 vibrational coherence for allophycocyanin and two C-phycocyanin variants from different phycobilisome locations.