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Ivaska Lab THE review on 'everything' you have ever wanted to know about integrins in cancer, invasion and migration. Many cool new concepts highlighted from the beautiful research from experts in the field 👇@MeganChastney #VMLeppänen #JasminKaivola rdcu.be/dVB6n

the role of protein condensates in sorting cargoes and flattening membranes in the ESCRT-0 complex. Amazing work from Markku, a fantastic collaboration with Marko Kaksonen Wanda Kukulski Steph Vassilopoulos, thank you all!

So happy to finally see this out! Great work by first authors Alexander Stockhammer and Petia Adarska which have shown that cargo flow along post-Golgi routes is driven by a key maturation step where compartments defined by ARF1 nature into recycling endosomes nature.com/articles/s4155…

"Ever wondered how α-latrotoxin, the black widow spider's 🕷️ neurotoxin, turns into a cation-selective channel? Check out our latest manuscript! rdcu.be/dWez3 Nature Communications #Neuroscience #Toxin #cryoEM @Sfb1348 Universität Münster

I am delighted to share my last work, now published in Current biology (Current Biology )! If you are interested in digging deeper in the activity of the WAVE Regulatory Complex (WRC) during the formation of actin protrusions, have a look here. cell.com/current-biolog…

Flyin' Golgi🚀for the membrane trafficking aficionados! Check out these gorgeous vesicles budding from cis-Golgi fenestrated cisternae (COPI/purple) and trans-Golgi stacks (coated pits/orange⚽️) expelled from unroofed cultured cells 🌪️🔬 #Microscopy #Electronmicroscopy

PI3K dependent rearrangement of the actin cytoskeleton following the addition of Class I PAK kinase-inhibitor. Please read about it in our pre-print!

Look mummy. I am on the Finnish news. 😂 #foreigner #Finland #Suomi yle.fi/a/74-20117458

An Orai1 gain-of-function tubular aggregate myopathy mouse model phenocopies key features of the human disease Robert Dirksen and colleagues embopress.org/doi/full/10.10…

Curious about how cells generate mechanically stiff invasive protrusions from branched actin filaments? Check out our paper published today in Nature Cell Biology! Congratulations to Yue Lu and all co-authors for a beautiful piece of work! nature.com/articles/s4155…

✨Cool to see our work with Wollert Lab on the front page of NatureStructMolBiol "Remodeling membranes into phagophore-like cups" rdcu.be/dY7e8

A new approach suggests that PI(4,5)P2 is mostly in eisosome furrows !

I am very happy to share our work revealing new aspects of the cell biology of neurons with the dendritic axon origin. It was a great pleasure to collaborate with Christophe Leterrier and his team! rupress.org/jcb/article/22…

Graham A. Dunn (1944–2024) – a pioneer of cell migration analysis journals.biologists.com/jcs/article/13…

🚨 Job Alert #JobOffer 👇 We are hiring a project manager for the #MSCADN consortium ENTRY-DM Join a dynamic an international project to advance scientific knowledge and train a new generation of researchers. 👉 shorturl.at/lysIG Inserm Centre of Research in Myology (UMRS 974)

Using X/twitter makes Trump/Musk stronger. Take your responsabilities. Don't underestimate the force of collectice actions of citizens. We can oppose them. Move to BlueSky.

Please enjoy this movie of local #microtubule disassembly inside the yellow circle using #optokatanin (magenta) with ER labelled in cyan & please give me a follow on Bluesky! joycemeiri.bsky.social

#JSFM2024 Première session plénière mixte SFMyologie et Filnemus modérée par Steph Vassilopoulos et Pascal Cintas. Présentation de Furling Denis sur les aspects moléculaires de la DM1 . Centre of Research in Myology (UMRS 974) SFMyologie Biotherapies_Inst AFM-Téléthon

Many thanks to SFMyologie for the organization of this great meeting rich in discussions and exchanges #JSFM2024 I-Stem Institut de Myologie AFM-Téléthon Biotherapies_Inst

Thrilled to present our new preprint showing that misregulation of SORBS1 splicing affects the stability of the neuromuscular junction. biorxiv.org/content/10.110…