Thanks Sjon! I fixed it: www.biorxiv.org/cgi/content/...

7/ Taken together, this represents a novel mechanism to attenuate growth, potentially to allow SA reallocating resources to enhance plant robustness. Shout-out to Dr. Jonas Müller for leading the crew and thanks to all collaborators and the @dfg.de and BioComp for funding

6/ Notably, the vha a3 vha a3 mutant resembles SA treated plants (shorter roots, cell size differences of atricho-and trichoblasts) and has significantly elevated endogenous SA levels

5/ Turns out that SA treatment increases vacuolar pH by inhibiting V-ATPase activity

4/…..we assessed vacuolar occupancy (relative size) in different zones of the root.

3/ ….but PIN2 and auxin receptor mutants are not resistant again SA mediated growth inhibition. Since auxin impacts on vacuole size….

2/ SA impacts auxin signaling and PIN2 distribution……

1/ SA restricts cell elongation in the root but not in the shoot……

Congratulations and Zum Wohl!

Its really cool how more and more of the PILS functions are revealed! Including a couple of unexpected turns 😀

Congrats - I knew you would thrive at the MPIPZ! I wish you all the best in Zürich!

Congratulations!