Jérémy Lucas

A comprehensive Arabidopsis transcription factor binding atlas reveals pervasive positional and syntactic organization of their DNA binding

This study creates a comprehensive Arabidopsis TF binding atlas, revealing family-specific binding patterns and the importance of DNA sequence syntax in TF-DNA interactions.

SEPALLATA MADS transcription factors act as key regulators in fertilization efficiency, ovule outer integument growth and mucilage secretory cell differentiation in Arabidopsis

This study shows that SEP3 MADS transcription factors are crucial for ovule outer integument growth and mucilage secretion in Arabidopsis, identified through a DNA-binding domain-deleted SEP3 variant.

ULTRAPETALA1 remodels PRC2 recruitment to nucleosomes

The paper identifies a plant-specific PRC2 variant, PRC2.3, which uses ULTRAPETALA1 to target nucleosomes and deposit H3K27me3 at developmental genes.

Beyond binding motif: genomic context predicts transcription factor dependent regulation in Arabidopsis

This study predicts effective transcriptional regulation by the Arabidopsis TF LFY by analyzing genomic context and binding site features.

Rsc1 DNA-binding bromodomain drives RSC activity at A-rich promoters

This study identifies Rsc1-BD2 as a DNA-binding module in yeast RSC that mediates nucleosome remodeling at polyA-rich promoters.