Lieven De Veylder

This study establishes a hormone-autonomous shoot regeneration assay in Arabidopsis and identifies photosynthesis-derived carbon as a key regulator of regeneration.

This study identifies TDM3 as a factor regulating Cajal body assembly and shows its role in coordinating stem cell division to differentiation in Arabidopsis by controlling pre-mRNA splicing.

This study shows HSFA1 transcription factors are crucial for wound-induced cellular reprogramming in Arabidopsis, promoting callus formation and shoot regeneration.

The paper identifies a Myb-dominated gene regulatory network that controls sexual cell fate transitions in diatoms, revealing its role in size expansion and ploidy transitions.

This study shows that the SOG1 NAC domain can undergo liquid-liquid phase separation in vitro, dependent on DNA/RNA binding and dimerization.

This study shows that SIM and CCS52A1 regulate Arabidopsis root hair cell volume through endoreplication and cell wall modifications.

The paper uses single-cell RNA sequencing to reveal dual drought response mechanisms in Arabidopsis leaf mesophyll cells.

This study identifies genes and pathways involved in size-dependent sexual maturation and mating type differentiation in pennate diatoms using transcriptomic analysis of microsurgically manipulated cells.

The paper shows E2FA and E2FB transcription factors in Arabidopsis differently contribute to the plant response to DNA replication defects, working cooperatively with SOG1.

This study profiles the diurnal transcriptome of the benthic diatom Seminavis robusta, revealing rhythmic gene expression patterns and adaptations to its environment.

The paper shows that mitotic interhomolog recombination generates genomic diversity in diatom clonal populations, with recombination rates exceeding 4% per cell division and increasing under stress.

The paper identifies genes responding to sex-inducing pheromones in the diatom Seminavis robusta and links them to sexual reproduction processes.

The paper reports the genome of Seminavis robusta, a benthic diatom, revealing gene family expansions and adaptations related to light and oxygen sensing, and provides insights into genetic diversity and gene function in benthic diatoms.