Mateusz Majda

Mateusz Majda

@matmajda.bsky.social

The Majda lab - Mechanobiology at the University of Lausanne in Switzerland 🇨🇭🌱🌿🌳

583 followers88 following24 posts

Mateusz Majda reposted

PhD position available (start 2027) in my group at TUM! We study how mechanical stress controls cell cycle progression and cytoskeletal dynamics in plants, combining cell biology, biochemistry and biophysics. CV + cover letter to mariana.romeiro-motta@tum.de. RTs welcome! #PlantSciJobs

Mateusz Majda reposted

Ever stretch a plastic bag until it wrinkled? Keeping a thin sheet flat while it rapidly expands is surprisingly difficult. So how do growing plant leaves remain flat as they rapidly grow? Check out our new @currentbiology.bsky.social review, How to Grow a Flat Leaf www.cell.com/current-biol...

cell.comHow to grow a flat leafPeng et al. review mechanisms driving lamina expansion, including gene expression, auxin-mediated proliferation, and microtubule-directed growth, linking disrupted coordination to morphological defect...

Thank you 🙂 Looking forward!

👏 Félicitations aux 3 équipes de récipiendaires 2026 du fonds pour les projets de recherche interdisciplinaire, un financement de la @fbm-unil.bsky.social qui a pour objectif de favoriser les nouvelles collaborations entre sciences cliniques et fondamentales. www.unil.ch/news/1781763...

EMBO Reports@emboreports.org

Second May issue is live! link.springer.com/journal/4431... The cover features work by Mateusz Majda @matmajda.bsky.social and Richard S Smith @johninnescentre.bsky.social showing that puzzle cells transform cell geometry into a living record of how leaves grow. link.springer.com/article/10.1...

A nice read!

Marhavy lab@pmarhavy.bsky.social

Excited to share our latest piece in Trends in Plant Science! 🌱🔬 www.sciencedirect.com/science/arti... We highlight how single-cell laser ablation reveals plant development, wound responses, and root defenses. @TrendsPlantSci @KAUST_BESE @ESNematologists @umeaplantscie ncecentre.se #PlantScience

Mateusz Majda reposted

Thank you, Profs. Michael Hothorn, Roman Ulm, and Marie Barberon for the fantastic time and exciting scientific discussion after my seminar - à L'Université de Genève🇨🇭

Mateusz Majda reposted

Thank you for highlighting our paper and explaining the significance so clearly!

Nicola Trozzi@nicolatrozzi.bsky.social

Check out our Insight on the beautiful work by Clark et al. 🌱 How can stochastic giant-cell fate lead to non-random epidermal patterns? Cell fate, endoreduplication, and growth all matter. cup.org/3QYjVm0 @roederlab.bsky.social @pauformosa.bsky.social @matmajda.bsky.social

Mateusz Majda reposted

Congratulations! Very well deserved!! 👏👏👏

Charlotte Kirchhelle@ckirchhelle.bsky.social

I am thrilled and beyond grateful to receive a CNRS bronze medal this year - this is an incredible honour especially for an INRAE researcher like myself! A big thanks to my amazing team and the research community @RDP for all the great science we have done together!

Really nice overview of where the field is going!

Stéphanie Robert@srobertgroup.bsky.social

Our latest review on pavement cell shape acquisition is on line! Work from @lorindaloi.bsky.social @sharmavinod.bsky.social @absolutemaverick.bsky.social @kawresearch.bsky.social @erc.europa.eu Kempe fondation Vetenskapsrådet (VR) MSCA www.sciencedirect.com/science/arti...

Amazing!!☘️

Michael Raissig@michaelraissig.bsky.social

Our first study on how the leaf succulent Kalanchoë laxiflora makes stomatal subsidiary cells is finally peer-reviewed & out - and it made the cover! 🌵 🧬 🔬 doi.org/10.1126/scia... Despite 150 years of evolution, grasses and Crassulacean succulents use the SAME gene to make subsidiary cells! 🤯

Mateusz Majda reposted

Our new year starts of course with new preprint on brassinosteroid signaling tinyurl.com/nhzcfkxd. We re-analyzed the function of Kelch phosphatases, which were previously characterized as protein tyrosine phosphatases that dephosphorylate the critical pTyr200 in the GSK3 kinase BIN2. (1/6)

tinyurl.comPlant Kelch phosphatases are Ser/Thr phosphatases involved in cell cycle regulationBrassinosteroids (BRs) are plant steroid hormones sensed at the cell surface by the membrane receptor kinase BRI1. Activation of BRI1 leads to the dephosphorylation of BZR1/BES1 transcription factors ...

Mateusz Majda reposted

Mateusz Majda reposted

Thrilled to be among the recipients of the SNSF Starting Grants! Congrats to all the incredible researchers funded this year. Can’t wait to keep exploring how plants grow, sense, and respond to mechanical forces. Plants and biophysics rock!🌱⚛️

✨ Searching for extraterrestrial life or combating speech disorders: The SNSF is awarding #SNSFStartingGrants to 41 outstanding researchers. They will receive a maximum of CHF 1 million to lead a project with their own #research team at a Swiss university. 🚀 ℹ️ sohub.io/aq26

Mateusz Majda reposted

Mateusz Majda reposted

Very excited to see our @nikogeldner.bsky.social lab x Feng Zhou lab work featured on the cover of Science! (1/5) We reveal how root architecture and nutrient leakage shape spatial patterns of microbial colonization, moving beyond traditional models of uniform exudation.

Science Magazine@science.org

Using precise spatial and temporal analysis, researchers in Science provide insight into how bacteria around the root interact both with the plant and with each other. Learn more in this week's issue: https://scim.ag/3WgNajk

Mateusz Majda reposted

Call for a tenure-track position at our Department of Plant Molecular Biology in Lausanne! We are searching for promising early-career researchers in the broad field of plant-organismal interactions. Deadline: November 30, 2025 - Please re-post! career5.successfactors.eu/career?caree...

career5.successfactors.euCareer Opportunities: DBMV: Tenure Track Assistant Professor towards Associate Professor in the field of Plant-organism (22484)

Mateusz Majda reposted

We’re looking for curious, innovative science leaders at EMBL Heidelberg! 🔬🧬🦠 Join a vibrant, interdisciplinary community where collaboration and innovation are nurtured at all levels. Take a look at these four open positions 👇

Mateusz Majda reposted

Mateusz Majda reposted

Mateusz Majda reposted

Check out our new preprint where we explore natural variation, leading to the identification of SUBER GENE1, a novel regulator of suberization. Excited to share the first manuscript from a project I conceptualized 10 years ago!

Jian-Pu 韩@jian-pu.bsky.social

Delighted to share one piece of my postdoc work in preprint: Through forward genetic screening for suberin deposition in root endodermis, we identified SUBER GENE 1 (SBG1) by GWAS as a novel regulator for suberization by interacting with Type One Protein Phosphatase. www.biorxiv.org/content/10.1...

Mateusz Majda reposted