Campàs Lab
@CampasLab
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Physics of Embryonic Self-Organization and Morphogenesis. Tweets by Otger Campàs (Professor, Chair of Tissue Dynamics and Director @PoLDresden)
Dresden
Joined July 2018
We.Are.Absolutely.Thrilled! 🤩 Congrats to graphic designer Brian Long @ucsantabarbara for the beautiful cover art!.
On the Nature cover this week: Grow with the flow. Tissues ‘melt’ like glass to shape vertebrate embryos
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RT @PoLDresden: We are excited to announce our new partnership with the Mechanobiology Institute (MBI) @MBIsg! 🇸🇬. This collaboration will….
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Blazing-fast image creation – using just your voice. Try Grok Imagine.
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Very excited about our new partnership with MBI! 😀.
🤝Looking forward to future collaborations with Physics of Life TU Dresden! @PoLDresden 🇩🇪.
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Very proud of you Elias! 👏🎉.
Truly honored to receive the Int. Xenopus Board Award! 🐸Huge thanks to my team&collaborators and the amazing #Xenopus community @Xenbase @ExrcXenopus 🙏Grateful for the support from @PoLDresden @ERC_Research & @EMBO @BecariosFLC #IXC25 #DevBio #Biomechanics #Bioelectricity.
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RT @PoLDresden: 🇬🇧 We are #hiring a Financial Assistant to join our admin team at Physics of Life! Do you thrive in an international enviro….
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RT @PoLDresden: 🇬🇧#WeAreHiring for a Building and Technical Infrastructure Manager at Physics of Life! Do you thrive in an international en….
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A lot of STRESS to go around today 😁 (pun intended. ).
Excited to share the final version of the STRESS software paper 🎉 Do you want to measure cell or tissue stresses using deformable beads or droplets, please check this paper:. Full access: and the preprint thread below ⬇️.
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@jm_mightypirate @ElijahRShelton Here you can fine the original STRESS software: . and the napari-STRESS plugin: .
github.com
Interactive surface analysis in napari for bio-mechanical stress measurement - campaslab/napari-stress
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Big thanks to Ben Gross, who developed the STRESS software, to @jm_mightypirate for coding the Napari version of STRESS, to @ElijahRShelton for the previous versions of the software and for advise, and to Carlos Gomez for help in testing. Congratulations to all! 👏🏼 🎉 🍾.
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Why did we take 4 years after we did the preprint to publish the paper? Because decided to extend it and develop a new @napari_imaging plugin called napari-STRESS, so that everyone can use the software within the Napari framework.
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Excited to share the final version of the STRESS software paper 🎉 Do you want to measure cell or tissue stresses using deformable beads or droplets, please check this paper:. Full access: and the preprint thread below ⬇️.
nature.com
Scientific Reports - STRESS, an automated geometrical characterization of deformable particles for in vivo measurements of cell and tissue mechanical stresses
We are releasing STRESS, an automated software to measure mechanical stresses in 3D multicellular systems using oil droplets or (some) gel microbeads. The software was developed by awesome postdoc Ben Gross and great graduate student @ElijahRShelton. 🧵
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RT @PoLDresden: Our sixth new #Research Avenue at PoL is Engineering Living Matter! . By building reconstituted or synthetic modules that r….
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RT @PoLDresden: 🇬🇧 We are #hiring an IT Specialist to join our admin team at Physics of Life! Please share with your colleagues. 🗓️Deadli….
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RT @PoLDresden: 🇬🇧 We are #hiring a Building Manager to join our international admin team at PoL! Please share with your colleagues. 🗓️D….
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RT @PoLDresden: How does life organize itself? 🤔 PoL's fourth new #Research Avenue is Energy and Information Flows in Active Matter. Our ai….
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RT @PoLDresden: Our fifth new PoL #Research Avenue is Physical Measurements in Intact Living Systems 🔬 .Developing non-invasive microscopy….
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RT @PoLDresden: Last month, PoL took part in Dresden Long Night of Science at the CRTD @CRTDpress. Over 46,000 visitors took part across th….
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RT @PoLDresden: Congratulations to Augusto Ortega Granillo, a joint postdoc of @CampasLab and Anne Grapin-Botton at @mpicbg (PoL member) fo….
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RT @PoLDresden: Our third new #Research Avenue: Self-Organizing Active Molecular Systems! 🧬 . We're uncovering the physical principles of s….
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RT @PoLDresden: Our second new #Research Avenue: Emergent Cellular Phases! 👩🔬📷 RA2 aims to connect the physical principles and underlyi….
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RT @PoLDresden: 🎉 We are excited to announce the new TUD graduate school "Biomolecular Condensates: From Physics to Biological Functions",….
tu-dresden.de
Im neuen Graduiertenkolleg der Technischen Universität Dresden (TUD) mit dem Titel GRK 3120 „Biomolecular Condensates: From Physics to Biological Functions“ widmen sich Forschende ab 2026 einem...
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