Excited to see this one out in JACS! We analyzed how molecular interactions lead to self-organization of glycolipids down to microseconds and nanometer spatiotemporal scales. Amazing collaboration with @SandoghdarLab, @biomemphys, and Thisbe Lindhorst!
https://t.co/aW48nfzZ30
Newly published in @J_A_C_S “Bottom-up Investigation of Spatiotemporal Glycocalyx Dynamics with Interferometric Scattering Microscopy” by Brunner et al. https://t.co/TDYgtrsy7D @LMoeckl@SandoghdarLab@biomemphys
🚀 Biologie, Physik & Mathematik – alles in einem Studium! 🎓 Integrated Life Sciences an der FAU: Von Zellbiologie & Programmieren bis zu Big-Data-Analyse und moderner Mikroskopie. 📅 Bewerben bis 15. August auf https://t.co/Bcs7l5LQqz – sichere dir deinen Studienplatz!
🌟 Ph.D./Postdoc in Computational Membrane Biophysics 🌟 Join our team at @UniFAU to study Lugdunin, a unique antimicrobial peptide, using cutting-edge simulations. Collaborate with experts, and advance antimicrobial science. 🌟 #membranes#AMP
New study alert, published in PNAS! Our team revisits lipid nanoparticle composition and structure, challenging coarse-grained simulation approaches that may mask crucial pH-driven phase transitions. Discover how setups may bias LNP structures #LNP@UniFAU
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Interested in #clathrin? Our new paper with @sciFelixFrey on the cooperative curvature model for clathrin-mediated endocytosis is now out in Physical Review E:
https://t.co/gvTBY1MjkE
Here a short thread to explain the main ideas ... (1/5)
A big step for better ways to look at small things: Automated discovery of experimental designs in SR microscopy! A wonderful collaborative effort with @carlardrguez96, @soerenarlt, and @MarioKrenn6240.
Paper: https://t.co/dw8p4LIGRr
PR: https://t.co/lu3niSSwCg
🚨 Preprint Alert! 🚨 Check out our new book chapter on Constant-pH MD Simulations of Lipids! Learn how to use CpHMD simulations to study pH-dependent behavior of aminolipids in LNPs. 💊🧬
#membranes#LNP @MTrollmann @UniFAU
https://t.co/ejvIUvsfNV
🌟 Ph.D./Postdoc in Computational Membrane Biophysics 🌟 Join our team at @UniFAU
to study Lugdunin, a unique antimicrobial peptide, using cutting-edge simulations. Collaborate with experts, and advance antimicrobial science.
📩 Apply: [email protected]#membranes#AMP
🚨 Preprint Alert 🚨pH-induced phase transitions in lipid nanoparticle (LNP) formulations are crucial for LNP function – but not all settings in MD simulations allow to observe these transitions...
#membranes#LNP @MTrollmann @UniFAU
https://t.co/TIC6PWP3K6