
On the Nature cover this week: Grow with the flow. Tissues ‘melt’ like glass to shape vertebrate embryos go.nature.com/2QLG4Av
Campàs Lab
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@CampasLab
Physics of Embryonic Self-Organization and Morphogenesis. Tweets by Otger Campàs (Professor, Chair of Tissue Dynamics and Director @PoLDresden)

On the Nature cover this week: Grow with the flow. Tissues ‘melt’ like glass to shape vertebrate embryos go.nature.com/2QLG4Av



🤓🔬 Curious about a career at the interface of biology and physics? Check out our new video! Hear from an MSc student, PhD student & postdoc and learn what drew them to PoL and why we are a unique place to do interdisciplinary science. Watch on YouTube👉youtu.be/I1n-F1WEn2Y?si…

🎉A huge milestone for Dresden and the wider biophysics community! 🔬Purpose-built for interdisciplinary collaborations, the Center for the Organization of Living Matter (COLM) at TUD will become the new home of PoL and starts construction in 2027. News: tud.link/ara4jh

Starting our second chapter at PoL Dresden with full energy! ⚡️ 🧑🔬Where is this new phase taking us, and what is our research about? We are releasing a series of exciting films to answer these questions and more 🎥 Curious? Check them out!🤓 YouTube: youtu.be/nHm6QMPx04o?si…

🇩🇪🚨 #JobAlert Leite das gerne an deine Kollegen weiter! Wir suchen eine:n Techn. Mitarbeiter:in / Facharbeiter:in (m/w/d) für unser internationales Team bei Physics of Life! Bewerbt euch bis zum 05. Mai. Mehr Infos hier: tud.link/rywtux #joboffer #wearehiring













Onto the next submission from our annual Photo Competition! 📸 👩🔬🔬©️ This #microscopy image was captured by Marie Jagemann, a 'Physics of Life' MSc student 🔍 Caption: Early zebrafish embryos forming the shape of an adult fish.










Really excited to present the results of a fantastic collaboration with Jesse Veenvliet (@jvveenvliet) @mpicbg @PoLDresden 🤩 We find a unique mechanism for body axis elongation in mammals, different from other vertebrate species ➡️biorxiv.org/content/10.110…
