Jan Hejátko

This study shows that long-term high temperatures accelerate embryo growth in Brassica napus, leading to seed coat rupture due to mechanical stress and biochemical changes in the seed coat.

This paper shows that PWO1 and TRB proteins work together to control chromatin structure and prevent abnormal lignin buildup in Arabidopsis by regulating gene expression.

This study identifies DIRIGENT13's role in promoting root growth and abiotic stress tolerance through lignan synthesis and ROS accumulation in Arabidopsis.

The paper identifies SMG7 and eIF4A as a regulatory module that controls P-body condensation and function of meiotic bodies in Arabidopsis.

This study identifies PWO proteins as conserved interactors of PRC2 in vascular plants, showing functional conservation across species.

This study characterizes TRB proteins in moss to explore their evolutionary conservation and functional roles in telomere maintenance and plant development.

The paper identifies a core set of stress-related genes in plants using a machine learning-driven meta-analysis and provides a validated database for multi-stress resilience.

The paper identifies Brassica homologs of Arabidopsis type-A response regulators, shows evolutionary selective pressure on RRAs, and demonstrates cytokinin dependency in cold-induced RRA upregulation.

This study shows cytokinin coordinates reproductive effort with plant nutrient status by regulating inflorescence meristem activity in Arabidopsis.