@BboyCruise@renkawitzteam@BenediktSabass Hi, the image is a snapshot of a dendritic cell infected with a paasitophorous vacuole of Toxoplasma gondii. The image refered to our preprint bioRxiv 2024.05.03.592378; doi: https://t.co/ghNwJClhVH
Our findings, together with labs @renkawitzteam, @BenediktSabass, combining immunology, mechanobiology and parasitology are in Biorxiv doi:https://t.co/7uw1qwEoxc. 10.1101/2024.05.03.592378.
Congratulations to first author Mauricio Fernandez-Ruiz.
Our findings, together with labs @renkawitzteam, @BenediktSabass, combining immunology, mechanobiology and parasitology are in Biorxiv doi:https://t.co/7uw1qwEoxc. 10.1101/2024.05.03.592378.
Congratulations to first author Mauricio Fernandez-Ruiz.
A huge thanks also to all collaborators, including Daan Vorseelen, Sterre van Wierst, Jack Merrin, Alice Battistella, and Jochen Guck.
Thanks also to our team members Jianfei Jiang, Armina Mortazavi, Bingzhi Wang, Artur Kuznetcov, and Rüya Aslan contributing to the findings!
This was a fantastic collaborative research across 3 labs: @BenediktSabass, @perizjavier, @MeissnerLab, & our lab, combining mechanobiology, immunology, and parasitology.
And a huge credit to the first author, Mauricio Ruiz-Fernandez!
How does a cell move when it carries cargo larger than its own organelles?
Excited to share our findings: cells can mechanoadapt their force architecture to move oversized cargo.
Watch the bulky parasite within an immune cell squeezing through pore
https://t.co/xw5Hvn8TU4
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Huge thanks to @Meissner lab for support at Experimental Parasitology LMU Munich, all our collaborators Daan Vorseelen, Sterr van Vierst, Jack Merrin, Alice Battistella and Jochen Guck.
Thank you for the fantastic organisation of the conference and for assembling this excellent scientific program with numerous great poster sessions. I am already looking forward to the next CellMech conference in two years!
New findings in Science suggest that rodents owe much of their evolutionary success to their thumb-nail (the first digit, D1), an adaptation that gave them dexterous hands for cracking seeds and nuts.
Learn more in this week's issue: https://t.co/38ONGx7Lpk
New #preprint! Not the last paper I'll publish, but the last project the group worked on before closing - a fantastic collab with @flink2243 (@ZEB_UniWue) on the #actomyosin system of #Tbrucei! 🧵👇(1/9)
https://t.co/3dgeZ1PxYC
Very excited to share our latest study using cryo-ET to investigate actin filaments in #Apicomplexan parasites. This allowed us to learn where do these filaments originate at the cell tip and how they could be managed down the cell body to power motility!
https://t.co/vNeVXkti2B
Our publication in @eLife with @BenFabryErl is now available in its final form. Really cool way to measure viscoelastic properties of cells in high-throughout. Glad we could help with elastic calibration beads and AFM measurements. Check it out!! https://t.co/De428iQp9e @eLife