Geert De Jaeger

The paper integrates proteomic and interactomic data to identify SYT1-associated proteins at ER-PM contact sites and links them to lignin deposition.

This study characterizes the structure and function of the Arabidopsis callose synthase complex, revealing its trimeric architecture and molecular mechanisms of callose synthesis.

This study determines the molecular structure of the TPLATE complex and shows its structural flexibility is essential for membrane deformation during plant endocytosis.

This study identifies TGA transcription factors, particularly PAN, as nitric oxide sensors in the root stem cell niche, revealing their role in modulating gene expression and stem cell maintenance through S-nitrosylation.

The paper identifies a mechanism in plants where clathrin-coated vesicles are selectively degraded via autophagy during osmotic stress to maintain membrane tension and cell integrity.

The paper identifies CDKB1 and CYCB3;1 as regulators of spindle architecture in Arabidopsis, showing their role in modulating the augmin pathway through phosphorylation of EDE1.

This study identifies two plant-specific DREAM complex components, FLIC and FLAC, and shows their role in repressing floral transition in Arabidopsis through mutant analysis and protein interaction studies.

The paper identifies FANCC as an anti-CO gene conserved from vertebrates to plants and shows it regulates meiotic recombination with FANCE and FANCF.

The paper shows that the NuA4 complex controls nuclear-encoded photosynthesis genes in Arabidopsis, with loss of key components leading to chloroplast dysfunction and reduced chlorophyll levels.

The paper identifies FLIP as a novel partner of FIGL1 that forms a conserved complex regulating meiotic homologous recombination in Arabidopsis and humans.