D. A. Nusinow

This study identifies combinations of two or more phospholipase Ds and specific phosphatidic acid species involved in altering circadian clock outputs in Arabidopsis.

This study shows that circadian clock factors LHY and CCA1 regulate seed oil accumulation in Arabidopsis by enhancing fatty acid synthesis through activation of the KASIII gene.

The paper identifies COR27/28 as time-of-day-specific interactors of the RVE8-LNK1/2 complex, revealing a novel regulatory mechanism for circadian and temperature signaling.

This study examines how high light and high temperature affect photosynthesis in Setaria viridis, revealing distinct mechanisms and acclimation strategies in C4 plants.

The paper uses proteomics and phosphoproteomics to show that Mut9-Like Kinases regulate metabolic and signaling pathways in Arabidopsis by affecting phosphorylation and glucosinolate metabolism.

This study shows that phytochrome C (phyC) in Brachypodium distachyon acts as a molecular timer that communicates night length information to the circadian clock protein ELF3, regulating photoperiodic responses.

The paper functionally complements Arabidopsis ELF3 with orthologs from Brachypodium and Setaria, showing conserved molecular and physiological roles despite sequence divergence.