HARDTKE LAB – Molecular Genetics of Root Development
…et quid amabo nisi quod vita enigma est?
Our paper “A single-cell morpho-transcriptomic map of brassinosteroid action in the Arabidopsis root” is available in its final, typeset version online now. The datasets demonstrate that brassinosteroid signaling is essential …
The “ground truth” of brassinosteroid signaling Read More
Moritz’s careful characterization of metaphloem development has now been published in the Development Special Issue: Imaging Development, Stem Cells and Regeneration. Click to find out about the improved TetSee protocol …
When Meta supersedes Proto Read More
Samuel Koh Wee Han.
First author profile: Read More
Phosphosites in the linker region of BRX family proteins determine whether or not their association with the plasma membrane association is sensitive to auxin. Congratulations to Sam and co-workers for …
88 figure panels, 1 straightforward message: Read More
Our latest paper out now in PNAS, in a collaboration led by Zack Nimchuk’s lab at UNC Chapel Hill.
Receptor kinase pathways drive formative divisions in the root Read More
The bulk of Bernard’s thesis now published: “Local auxin competition explains fragmented differentiation patterns”, a study emerging from a collaboration with mathematician and theoretical biologist Kirsten ten Tusscher from Utrecht …
Local auxin competition explains fragmented differentiation patterns Read More
“Dispatch” by Surbhi: “Brassinosteroids and the Intracellular Auxin Shuttle”
Our take on our colleagues’ work: Read More
Finally out: meticulous work by Moritz and Surbhi, demonstrating the local and systemic effects of brassinosteroid perception in the developing phloem of Arabidopsis.
Developing phloem as a brassinosteroid-dependent organizer of plant organ formation Read More
Our latest study in the developmental cell biology of phloem sieve element differentiation is out now! Maybe the experimentally most elaborate paper we have published to date, in Developmental Cell. …
Of Muffins and Donuts. Read More
New research from our lab in collaboration with Ruediger Simon’s group at Heinrich-Heine University Duesseldorf, Germany, suggests that the enigmatic OPS protein interferes with CLE45 signaling by directly disturbing the …
Drilling down on OPS function Read More