… of higher plants are densely packed within the crowded thylakoid … This dynamic re-organization
of the thylakoid membrane is … Thus, a key first property one must explore is the mobility of …

… to the structural dynamics of the membrane systems and safe-guard the membranes’
high protein:lipid ratios. (ii) Non-bilayer phases play pivotal roles in membrane fusion and …

… appressed and non-appressed thylakoid domains in green algae, the three-dimensional
architecture of the thylakoid system evolved in land plants and originated the highly structured …

… abundant lipid in thylakoids, the lack of PG causes severe defects in thylakoid development
(… structure on LHCI light harvesting and the reason behind its evolutionary loss in land plants …

… spectroscopy for characterizing the structural dynamics of pigment, protein, and thylakoid
membrane components related to light harvesting and photoprotection. I will discuss the use of …

… The abundant and extensively phosphorylated proteins of higher plant thylakoid
membranes and plastoglobules (PG) are listed above the complex to which they belong. Their …

… in the plant chloroplast thylakoid membrane, a complex three-dimensional structure divided
… The light environment of land plants fluctuates by orders of magnitude over timescales as …

… Land plant thylakoids are characterized by their stacking to form tightly appressed layers,
called grana, which are interconnected to each other by a single nonappressed but continuous …

… The LHC antenna system underwent diversification during the land colonisation and adaptation
to canopy conditions, formed by the evolution of land plants. Early evolution of the green …

… across the thylakoid membranes through distinct pathways. The other half of thylakoid proteins
… in the stroma and integrated into the thylakoid through a cotranslational process. Much …