…et quid amabo nisi quod vita enigma est?
Who would have thought BRX mutants and transgenics will make it to the museum one day? An intriguing exposition at the Natural History Museum in Sion explores the question where …
The grey zone between natural and artificial exposed Read More
We are very happy to have contributed essential resources and services to this outstanding story that has been many years in the making. Briefly, the question on the outset was: …
“I’m gonna git you SUC8!” Read More
…for my bigger seeds. Sam’s paper, building on his keen sense of observation, is now out in Development: We found that heterologous expression of certain BRX variants boosts seed size …
“I think I need a bigger box.” Read More
We are happy to announce that Sam and Surbhi are now Dr. Koh and Dr. Rana! Of course we wish them best of luck for their future endeavours at the …
Dusk of an era… Read More
Our collaborative paper with Zack Nimchuck’s lab at UNC Chapel Hill and Cyril Zipfel’s lab at the University of Zurich is out now in Nature Plants. Supported by the proteomics …
A conserved module regulates receptor kinase signaling in immunity and development Read More
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