Are you excited about understanding the molecular underpinnings of arbuscular mycorrhiza? Then this PostDoc position may be for you: https://t.co/wbaEKfW9s0
New preprint! 😀 We uncover how early land plants evolved UV-B tolerance by dissecting the UVR8 pathway in Marchantia polymorpha. Conserved yet rewired—evolutionary plasticity revealed. 👉 https://t.co/t6n5UbheWJ #PlantScience#UVB#Evolution
Congratulations and thanks to Michael Paries, all lab co-authors and our fantastic collaborators
@ShabekLab, @amiriamguercio. We report https://t.co/MiVl6lHYkt that the GRAS TF RAM1 interacts with WRI TFs to regulate genes essential for nutrient exchange in arbuscular mycorrhiza.
Ethylene suppresses arbuscular mycorrhiza by promoting SMAX1 accumulation.
Big congrats to @Debatosh2016 and @KartikyeV and many thanks for the contributions of @nelson_lab, Satoshi Ogawa, Salar Torabi and Regina Hüttl for their contributions.
https://t.co/XMlW39R5nw
The auronidin flavonoid pigments of the liverwort Marchantia polymorpha form polymers that modify cell wall properties https://t.co/tGU60VTJ3J @ThePlantJournal
The next speaker is Yuanke Liang from the University of Geneva in Switzerland! He will go away from Arabidopsis and crops for a bit to tell us about UV-B perception and signaling in the liverwort Marchantia polymorpha! #YRSPP2024
In vascular plants, wound-induced systemic electrical and chemical signals activate defense response. If you are curious if the same mechanism leads to defense activation in non-vascular plants, read our article published recently in New Phytologist: https://t.co/oziy865K3p
The Marchantia promoter project is now published! 🥂Many thanks to the reviewers and editors. New peer-reviewed version with some improvements. Two spin-off pre-prints are coming soon too. https://t.co/lB3kMROVlx
3-day growth timelapse of a liverwort gemma. Gemmae of Marchantia are cute asexual propagules that are shed to produce new clonal plants. New cell division occurs in the two notches where meristematic cells develop into different tissues. (Scale ~1mm)