Amine Mehidi
@AmineMehBio
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Joined September 2021
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🚨🚨Just out!🚨🚨 Our latest work on the regulation of #microtubule dynamics by +TIP networks phase separation is now published in @PNASNews ( https://t.co/I8IFejOGsD) ↓↓↓
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Hold on to your seats! The Pint of Science festival starts today until Wednesday in 26 countries and likely in your own city. Listen to talks from local experts while sipping your favourite drink in a pub 🍺🫖🥤 In Geneva we organized 9 amazing events https://t.co/T4zyirv7Jg
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We are very excited to share our latest #review on the impact of shaft dynamics in the regulation of the #microtubule network. #damage_sites, @unige_en, @AmineMehBio
https://t.co/9rfbiXALSw
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Pour la #nuitdesmusées de #Genève, les oeuvres d'arts se cachent aussi dans les labos. 👩🔬🧫 @sciences_UNIGE @NCCR_ChemBio #magritte 📍 Sciences II /📆 21.05.2022 Programme ⬇️ https://t.co/SN7WdA2XQQ
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The @GiannoneLab and the Nassoy Lab have open positions for postdocs at the University of Bordeaux. The goal of the project is to understand at the molecular level integrin adhesions and actin protrusions in cancer cells migrating in 3D cellular assemblies: organoids, spheroids.
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Check out the News&Views by Laura Machesky and Robert Insall ( https://t.co/WqO2D7yQWA), related to our recent study @NatureCellBio showing how the WAVE complex is regulated by mechanical forces.
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Please check out our recent study @NatureCellBio. Using single protein tracking and optical tweezers to show that actin elongation forces control actin regulator dynamics and functions at the leading edge of membrane protrusions during cell migration. https://t.co/siXiWulGUu
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Our recent preprint available @biorxiv_biophys! With super-resolution microscopy and cell stretching, we revealed the molecular organization and mechanical response of vimentin filaments. A collaboration with @CecileLeduc and colleagues @institutpasteur
https://t.co/foh3crHXPd
biorxiv.org
Intermediate filaments (IF) are involved in key cellular functions including polarization, migration, and protection against large deformations. These functions are related to their remarkable...
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Beautiful work from our colleagues in Charlotte Aumeier’s lab! MTs polymerization still has some secrets! A liquid +TIP-network drives microtubule dynamics through tubulin condensation
biorxiv.org
Tubulin dimers assemble into a dynamic microtubule network throughout the cell. Microtubule dynamics and network organization must be precisely tuned for the microtubule cytoskeleton to regulate a...
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