The PSI3–IsiA18 supercomplex is one of the largest and most complicated assemblies in
photosynthesis. The IsiA ring, composed of 18 IsiA monomers (IsiA18) surrounding the PSI …

Reversible light and thermally induced spectral shifts are universally observed in a wide
variety of pigment–protein complexes at temperatures ranging from cryogenic to ambient. In …

We explored the rich satellite hole structures emerging as a result of spectral hole burning in
cyanobacterial photosystem I (PSI) and demonstrated that hole burning properties of PSI …

We are reporting development and initial applications of the light-induced and thermally
induced spectral diffusion modeling software, covering nonphotochemical spectral hole …

Cytochrome b 6 f, with one chlorophyll molecule per protein monomer, is a simple model
system whose studies can help achieve a better understanding of nonphotochemical …

In non-photochemical spectral hole burning (NPHB) and spectral hole recovery
experiments, cytochrome b 6 f protein exhibits behavior that is almost independent of the …

Spectral hole burning has been employed for decades to study various amorphous solids
and proteins. Triplet states and respective transient holes were incorporated into theoretical …

Photosynthesis is the process responsible for nearly all life on Earth. Pigment-protein
complexes, fundamental components of photosynthesis, are the subject of many studies to …

For the first time, we combined Monte Carlo and nonphotochemical hole burning (NPHB)
master equation approaches to allow for ultrahigh-resolution (< 0.005 cm–1, smaller than …

Using a single size-exclusion chromatography we were able to isolate highly pure dimers
and monomers of the Cyt b 6 f complex from spinach from a bulk preparation of that protein …