A. Alboresi

This study characterizes the biochemical properties and structural organization of FLVA and FLVB from Physcomitrium patens, revealing their formation of a redox-dependent heterocomplex.

This study shows mitochondrial respiration is essential for ATP supply to the cytosol in photosynthesizing plant cells, using moss as a model.

This study uses base editing in moss to analyze PsbS transmembrane domains, identifying residues critical for protein stability and activity.

This study shows that inactivating mitochondrial Complex I in Physcomitrella patens leads to altered photosynthesis due to increased chloroplast ATPase activity and reduced thylakoid ΔpH.

This study investigates the role of the chloroplast NDH complex in photosynthetic activity in moss, showing its contribution to preventing PSI photoinhibition and its functional overlap with FLV proteins.

The paper shows that cyclic and pseudocyclic electron transport mechanisms in plants overlap functionally, and their combined inactivation causes photosystem I damage and growth reduction.

This study investigates photosynthetic regulation in diverse plant species across seasons, finding that growth light intensity modulates electron transport rate and NPQ activation, with qZ showing species-specific variability.