Hi all fans of #smart #microscopy, we from @zeiss-microscopy.bsky.social have just published a new application note: "Study Mitotic Progression with Guided Acquisition – Rare Event Detection" go2.zeiss.com/ODk2LVhNUy03... For more details: forum.image.sc/t/applicatio...
Steffen Grosser
@steffengrosser.bsky.social
Postdoc Junior Leader Fellow @Fundació ”la Caixa”, at Xavier Trepat Lab, IBEC Barcelona
Deb Roy, Inoue et al. @jhu.edu introduce an #optogenetics tool to rapidly induce #microtubule acetylation in living cells and show that this triggers release of the RhoGEF GEF-H1 from #microtubules, thereby driving persistent directional cell migration. rupress.org/jcb/article/... #Cytoskeleton
First paper as first & corresponding author, out in PLOS Computational Biology! 🎉 napariTFM brings traction force & monolayer stress microscopy into napari, accessible via GUI; open-source, validated and no coding required. 😉 Check it out 👇
Stoked to announce that I received a poster award! 🔥😍 Many thanks to the #25EngLife organizers for the amazing meeting!
Congratulations to the poster prize winners of the #25EngLife Thank you again for the organisation. It's been a fantastic meeting!
My recent postdoctoral work is out today in @nature.com! We found that physical confinement makes melanoma cells more invasive and drug tolerant. Thanks to all who made this work possible @whitefishlab.bsky.social @mskcancercenter.bsky.social #NIH #NCI www.nature.com/articles/s41...
Mechanical confinement governs phenotypic plasticity in melanoma - Nature
Mechanical confinement of cancer cells at the tumour–microenvironment interface induces phenotype switching through chromatin remodelling by HMGB2, leading to a more invasive and drug-resistant state ...
nature.com
📢Conference alert📢 Only one week left to register for the Engineering Life 2025 Symposium at Dresden September 1-3. This year's edition focuses on the function of mechanical forces in biology. engineering-life-dresden.de
Engineering Life 2025: ORIGIN AND FUNCTION OF MECHANICAL FORCES IN BIOLOGY
Engineering Life 2025, biological forces, force spectroscopy, measuring forces, developmental forces, molecular motors, forces in morphogenesis, cytoskeleton, DNA mechanics, bionanotechnology
engineering-life-dresden.de
Great success for Dresden and Saxony! Physics of Life is one of the excellence clusters @poldresden.bsky.social
These Clusters will be funded: 🔹CARE: Climate-Neutral & Resource-Efficient Construction 🔹CeTI: Centre for Tactile Internet with Human-in-the-Loop 🔹ctd.qmat: Complexity, Topology & Dynamics in Quantum Matter 🔹@poldresden.bsky.social 🔹REC2: Responsible Electronics in the Climate-Change Era
Positional memory has implications for bioengineering. Transplanting salamander cells in a way that alters their spatial organisation changes signalling topology and results in predictable (but amazing) phenotypes such as too many fingers - or even extra limbs! 🧵3/14
1/14 “Epithelial” & “Mesenchymal” aren’t binary categories—they form a spectrum, or better yet, a multidimensional space. This becomes especially clear in collective cell migration, which often depends on a finely tuned degree of “mesenchymal-ness”. #cellbio #devbio #cellmigration
In their Review, Laura Faure, Valeria Venturini @valeriaventurini.bsky.social and Pere Roca-Cusachs discuss the biological contexts of cell mechanical compression, the associated mechanisms and the experimental systems engineered to compress cells in vitro. journals.biologists.com/jcs/article/...
Will visit it when I am in Dresden on April 16!
🎉Exciting announcement about our new exhibition!🎉 Curious about the world of biophysics? Our "Physics of Life" exhibition opens every Tues, Weds, and Thurs from 1-6pm. Entry is free! 📍Find us at Cosmo Wissenschaftsforum, at the Kulturpalast, Dresden until May 8th. #Biophysics #Dresden #Science
einstein sent this to curie in 1911 when she was being harassed by tabloids. it contains everything you’d want in such a letter: (1) your haters are trash (2) you’re a baller, a true queen (3) i have determined the statistical law of motion of the diatomic molecule in planck’s radiation field 🧪⚛️
this is a good time to note that the proposed candidate for NIH director has never run a lab, cared for patients, led a major research and healthcare institution, or been a principal investigator on an NIH grant
The spheroid fusion analysis I did in this new study is much better than in my old paper! I don't "fit" any dumb-bell 2D shape anymore to the data (unstable). Instead, I use moment analysis/aspect ratios, which can be converted to tissue fluidity (very robust).
@steffengrosser.bsky.social, who performed tissue fluidity analysis. and Calvin Lam, who performed, ages ago, the first simulations of a potential circuit for tissue elongation!
This circuit can be used to propagate a change in cell fate in 2D in a wave-like pattern… And also in 3D! In this animation, a spheroid of “sender” cells (red+green=yellow) is fused with a spheroid of “transceiver” cells. Activated transceivers become green.
And look at this stunning synthetic biology!
Delighted to share our last preprint!!! 🎉🎉🎉 biorxiv.org/content/10.1101/2024.12.11.627621v1 We share the first synthetic gene circuit guiding the self-organization of mammalian tissues in elongating structures by dynamically tuning growth, viscosity and adhesion.
🎈New preprint! We study how single cells move up, down and about fibronectin gradients. Experiments by @icfortunato.bsky.social, theory by David Bruckner. Collaboration with @raimonsunyer.bsky.social and @ehannezo.bsky.social 👇https://biorxiv.org/cgi/content/short/2024.12.02.626413v1
Large-scale collective motion of epithelial cells not as a fluid, but as a polar elastic solid. Our new study posted on Biorxiv: www.biorxiv.org/content/10.1...
Couldn't find one so made a quick physics of life list, enjoy! go.bsky.app/EA2VsDN