Karel Müller

This study identifies IAA decarboxylation as a conserved metabolic pathway in streptophyte algae and land plants, linking IAA's instability to its evolution as a plant hormone.

The paper examines ALDH superfamily expression in moss and barley under stress, identifies differences in enzyme function and structure, and links gene knockouts to altered metabolite levels and stress responses.

The paper identifies a specific membrane transport system for cytokinin ribosides and shows its impact on shoot development.

This study identifies GA2OX6 and GA2OX8 as key mediators of auxin-gibberellin crosstalk in Arabidopsis root growth, showing their roles in cell elongation and tissue organization.

This study identifies auxin-regulated polygalacturonases (PGRAs) that modulate pectin remodeling and root cell elongation in Arabidopsis thaliana.

This study shows KIN10 integrates carbon availability with root growth regulation in Arabidopsis by affecting metabolic and hormonal pathways.

This study shows KIN10, a SnRK1 subunit, regulates organ-specific growth-defense programs in Arabidopsis by altering gene expression, with distinct effects on roots and shoots under stress.

This study investigates IAA's role in morphogenesis and auxin transport in Chara braunii, showing IAA promotes growth and identifies PIN homologs with distinct subcellular localization and function.

The paper shows that AtPIN5 in tobacco cells induces PCD and reveals its role in the auxin decarboxylation pathway.

This study identifies xylem-located cytokinin oxidase/dehydrogenase (CKX) activity in oats, showing its role in modulating root-to-shoot cytokinin translocation through metabolic degradation.

The paper identifies a chimeric gene bobt as a CMS candidate in S. vulgaris KRA, showing homologous recombination alters transcriptional control of Cytochrome b and RNA editing differences between haplotypes.