Bayle Vincent

[Bayle Vincent @BayleVincent1]

Feedback between PI4P signaling and ER-PM contact sites orchestrates polarized root hair growth https://t.co/557HvpWl9T

[Widiez Thomas 🌽 @ThomasWidiez]

Happy to share our 🌽 work:

ZmSWEET mediate sucrose transport at the maize endosperm–embryo interface and are required for proper carbon partitioning, embryo growth, and seed vigor.

📖 https://t.co/VnzgLIenNq

Great collaboration with @LeibnizIPK , @IPSiM_fr , et al.

[Science Advances @ScienceAdvances]

New research provides insight into how division orientation is controlled to ensure robust tissue architecture during plant growth.

Learn more in this week’s issue of Science Advances: https://t.co/FpuBd5v59E

[Bayle Vincent @BayleVincent1]

https://t.co/8JVjrArFGo

[bioRxiv Plant Bio @biorxiv_plants]

Actin Counters Geometry to Guide Plant Cell Division https://t.co/wJBkWOaUN1 #biorxiv_plants

[Miguel A Botella @MiguelBotella4]

Concerted transport and phosphorylation of diacylglycerol at ER–PM contact sites regulate phospholipid dynamics during stress | PNAS https://t.co/hoArK6fvNJ

[Bayle Vincent @BayleVincent1]

https://t.co/vhSnIIsCXm

[Cell Biology J-Club @cell_club]

ER-to-Golgi trafficking through a dynamic intermediate cis-Golgi tubular network in Arabidopsis
https://t.co/yzPuvK3PL0

[Yvon Jaillais @YvonJaillais]

Our new collaborative paper with @EmmanuelleBayer and her dream team is out: Regulation of plasmodesmata flow by the membrane lipid PI4P and ER/PM tether MCTP

https://t.co/Z6oNEsBNYO

[CNRS Rhône Auvergne @CNRS_dr07]

#TalentsCNRS | Clap de fin pour cette belle cérémonie des médailles 2024 de la délégation Rhône Auvergne du @CNRS ! Toutes nos félicitations aux lauréates et lauréats

[Emmanuelle Bayer @EmmanuelleBayer]

Our latest work as a cover story in @ScienceMagazine ! 🌱 How do plants halt cytokinesis to build plasmodesmata ? Main suspect: the ER .
👀 Stellar work by @PatrickZQLI, with @hortense_moreau, Jules Petit, @felixmendu, @Caillaud_MC, and @BIC_Bordeaux

https://t.co/4JZeoX0vwd

[Sainsbury Laboratory Cambridge University (SLCU) @slcuplants]

Painting Petals By Numbers https://t.co/3oMRAv4ht8 via @YouTube
Discover the story behind the science in this video with @Edwige_M & Lucie Riglet
Read more at https://t.co/eHMDBLGnWS
#plantsci @ScienceAdvances
Thank you @ScienceMagazine for highlighting our research 🌺🎯🐝

[FocalPlane @focalplane_jcs]

📢FocalPlane and MicroList have joined forces & you can now find MicroList resources on FocalPlane!
https://t.co/v3sED1kM0t

The 🔬 community can continue adding to the database by registering with FocalPlane or emailing us at [email protected].
https://t.co/eFPBGo6XZw

[Arif Ashraf @aribidopsis]

Semantic is important while writing manuscript. This @NaturePlants review article is a good resource for lab journal club.

Guidelines for naming and studying plasma membrane domains in plants

https://t.co/hPJxQb0IK2

[Prisca Liberali @priscaliberali]

@schierlab and I are super happy to share this review for the 50th @CellCellPress. We really enjoyed working on it and we hope you will share our excitement for developmental biology: from pattern formation, self organisation and human development! https://t.co/hUF6nU1hVQ

[Julien Gronnier @NanoSignaling]

Happy and excited to share our new @biorxivpreprint on long-term single-molecule imaging!! 🔬💥 #Breakthrough , #ProudPI
https://t.co/oJvOPbP58C
@ZMBP_Tuebingen @sfb1101 @uni_tue #TRR356
Nano-🧵👇

[Fiji @FijiSc]

What once was the ImageJ user and developer conference is now I2K, a place where tool developers and users meet and work out how we can elevate the rate of scientific discovery!
Join this fall in Milan!!! 👍

[eLife - the journal @eLife]

This “fundamental” study addresses the earliest events that enable plant roots to reorient growth in response to gravity. https://t.co/TfiyAulh9u​​paign=organic

[Nature Plants @NaturePlants]

New Article: "RALF22 has a structural and signalling role in root hair cell wall assembly" https://t.co/GJDop6X5XC

RALF22: structural component organizing cell wall architecture + feedback signalling molecule that regulates this process depending on its interaction partners.

[Emmanuelle Bayer @EmmanuelleBayer]

Excited to share our latest breakthrough teaming up with @YvonJaillais!
👉How membrane contact sites revolutionize plant intercellular communication. 🌿🔬.
🌟With two exceptional female scientists as co-first authors @MSmokvarska Jessi Perez-Sancho

https://t.co/AVhzim7VvZ