François Parcy

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.

This study reveals how LEAFY transcription factors evolved DNA-binding specificity through structural changes in dimerization mechanisms during the water-to-land transition.

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.

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

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