TimonNK retweeted
Phase separation strength controls actin filament treadmilling biorxiv.org/content/10.110… #biorxiv_biophys
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TimonNK retweeted
RT appreciated:
My lab is recruiting several Ph.D.s and Postdocs excited to build synthetic cells that undergo Darwinian evolution.
The backgrounds that we need for include biochemistry, synthetic biology, and systems chemistry.
Details: boekhovenlab.com/openings/
My lab is recruiting several Ph.D.s and Postdocs excited to build synthetic cells that undergo Darwinian evolution.
The backgrounds that we need for include biochemistry, synthetic biology, and systems chemistry.
Details: boekhovenlab.com/openings/
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TimonNK retweeted
Meet me there :-)
Please join BPPB on Fri Oct 11 for an exciting talk by Alfredo Sciortino @alf_fonsi ("Microtubules as Maxwell's demons: active transport-based phase-separation of a binary motor mixture"). For more information & to sign up for our email list, please visit sites.google.com/view/bppb-semi…
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Back in the lab after an inspiring conference on cell migration in birmingham! @Official_BSCB #ECF2024
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TimonNK retweeted
It's been an incredible week at the 90th Harden Conference in collaboration with @Official_BSCB and European Cytoskeletal Forum! Thank you to all those who attended for making our first event of the year a success! #BiochemEvent
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TimonNK retweeted
We are keeping the registration open until Monday evening: you still have a last chance to apply to #intcha24 😎 !
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Looks like a created a µm-sized interdimensional portal. In contrast to Dr Strange I didn't even need a sling ring.
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TimonNK retweeted
Last speaker of this first session is Aldredo Sciortino, presenting on nematics of cytoskeleyal filaments #InterChall2023
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TimonNK retweeted
The third (final?) chapter of my gliding trilogy is out: after "gliding on a membrane" and "on a sphere", I offer you our new paper on *gliding in a nematic*! nature.com/articles/s4156… Huge thanks to Lukas @BauschLab, Ivan&Timo @PhysOfLifeLMU & Tetsu @TU_Muenchen. Here's a🧵(1/15)
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TimonNK retweeted
DisGUVery: A Versatile Open-Source Software for High-Throughput Image Analysis of Giant Unilamellar Vesicles: No abstract dlvr.it/SfGFPH
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Presenting my PhD project in an outfit inspired by @MarcAbrahams, but people thought i would perform a magic trick in the end.
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TimonNK retweeted
We celebrate the opening of the "Center for Functional #Protein Assemblies" (CPA), the new complex for #interdisciplinary research in #biomedicine, subsidized with 40 million euros from the federal and state governments: go.tum.de/003128 👏
#molecules #proteininteractions
#molecules #proteininteractions
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TimonNK retweeted
Want to know more about our recent paper on branching #organoids and how to model #PancreaticCancer? 😄😉
Read the @TU_Muenchen press release on our @NatureComms paper by @MaxReichertMD and @BauschLab!!
tum.de/en/news-and-ev…
@sfb1321 @dfg_public
nature.com/articles/s4146…
Read the @TU_Muenchen press release on our @NatureComms paper by @MaxReichertMD and @BauschLab!!
tum.de/en/news-and-ev…
@sfb1321 @dfg_public
nature.com/articles/s4146…
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Getting greated by the sun over the dead sea for #physcell2022 at ein gedi.
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TimonNK retweeted
Beyond spheroids!
We show #PancreaticCancer cells self-organize into morphologically-faithful #organoids! Great work by Samuel, @arispapargyriou from @MaxReichert lab and @EdouardHannezo for a true collaboration between Biohysics and Medicine!
go.nature.com/3TKT2Pl
We show #PancreaticCancer cells self-organize into morphologically-faithful #organoids! Great work by Samuel, @arispapargyriou from @MaxReichert lab and @EdouardHannezo for a true collaboration between Biohysics and Medicine!
go.nature.com/3TKT2Pl
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TimonNK retweeted
Are you interested in actin-binding proteins and lipid bilayers? @NkTimon, @BleicherPhilip and @BauschLab show how mobile anchoring of VASP allows it to function both as an elongator and bundler during #actin polymerization. Very thankful to be part of this!
My first paper is out now. 🎉 We reconstitute the formation of VASP condensates on bilayers, which nucleate, polymerize and bundle actin filaments. The bundles grow by enhanced polymerization aligned to filaments.
Thanks to @BleicherPhilip, @MarcoPayr and of course @Bauschlab.
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