Bart Smeets (@bartsmeets16) 's Twitter Profile
Bart Smeets

@bartsmeets16

Cells can organize themselves! But maybe we can help?
Assistant professor at MeBioS - KU Leuven

ID: 1449005973453082624

linkhttps://www.biw.kuleuven.be/biosyst/mebios/particulate-dynamics-group calendar_today15-10-2021 13:35:36

53 Tweet

91 Followers

55 Following

Xavier Trepat (@xaviertrepat) 's Twitter Profile Photo

The mechanics of life: from development to disease (15 - 18 Apr 2024, EMBL Heidelberg). Lots of slots for contributed talks, flash talks, etc. Deadline approaching! #EESMechanobiology embl.org/about/info/cou…

The mechanics of life: from development to disease (15 - 18 Apr 2024, EMBL Heidelberg).  Lots of slots for contributed talks, flash talks, etc.  Deadline approaching! #EESMechanobiology embl.org/about/info/cou…
Apeksha Shapeti (@apek_shapeti) 's Twitter Profile Photo

❗️Do cellular forces contribute to vascular lesion growth?❗️ 👩‍🔬Using a model of angiogenic invasion compatible with 3D traction force microscopy 💡We show mutant cells exert high forces to recruit wild-type cells in 🧠cerebral cavernous malformations. biorxiv.org/content/10.110…

❗️Do cellular forces contribute to vascular lesion growth?❗️

👩‍🔬Using a model of angiogenic invasion compatible with 3D traction force microscopy

💡We show mutant cells exert high forces to recruit wild-type cells in 🧠cerebral cavernous malformations. biorxiv.org/content/10.110…
MECBIOLAB (@mecbiolab) 's Twitter Profile Photo

We are organizing the #IUTAM congress: “Theoretical and Numerical Developments in Cellular Mechanobiology”. Abstract submission is opened until 29th Feb: gestioneventos.us.es/congreso-iutam See you in Sevilla! ❤️🧪💉💊🦠🔬 Please RT #Biomechanics #Mechanobiology

We are organizing the #IUTAM congress: “Theoretical and Numerical Developments in Cellular Mechanobiology”.

Abstract submission is opened until 29th Feb: gestioneventos.us.es/congreso-iutam

See you in Sevilla! ❤️🧪💉💊🦠🔬

Please RT #Biomechanics #Mechanobiology
Bart Smeets (@bartsmeets16) 's Twitter Profile Photo

Discover how magnetic biofabrication creates chondrogenic assembloids in unique shapes. 🧲 In her master thesis, Maya predicted assembloid shape using a computational model. Great job, Maya! youtu.be/awYaoMlFp8s?si… via YouTube

Sylvain GABRIELE (@gabrielesylvain) 's Twitter Profile Photo

📢 Dear mechanobiologists, we are very happy to announce that Sylvain GABRIELE Bart Smeets and MAtrix labs will organize #cellmech2025 at Leuven in Belgium 🇧🇪 🗓️Save the date and stay tuned for more infos very soon: cellmech2025.org

📢 Dear mechanobiologists, we are very happy to announce that <a href="/GabrieleSylvain/">Sylvain GABRIELE</a> <a href="/BartSmeets16/">Bart Smeets</a> and <a href="/MAtrix_KULeuven/">MAtrix</a> labs will organize #cellmech2025 at Leuven in Belgium 🇧🇪 

🗓️Save the date and stay tuned for more infos very soon: cellmech2025.org
Bart Smeets (@bartsmeets16) 's Twitter Profile Photo

How do single cells drive tissue fusion 🔵🟡 → 🟢? We explore the physics of active foams in spheroid fusion and reveal how microscopic fluidity governs visco-elastic tissue properties. Fun collab with Ioannis Papantoniou Tom Belpaire ! #biophysics #activematter biorxiv.org/content/10.110…

Jonge Academie (@jongeacademie) 's Twitter Profile Photo

Student numbers in Flanders have been rising for years. 🧭Try the new #AcademicCompass, and learn more about research and education at Flemish universities. academic-compass.be

Student numbers in Flanders have been rising for years. 🧭Try the new #AcademicCompass,  and learn more about research and education at Flemish universities.
academic-compass.be
Bart Smeets (@bartsmeets16) 's Twitter Profile Photo

🎉 Congrats to Maya Guilliams for winning BOTH the jury and public prize at the VBI Student Research Awards! 🏆👏 She presented her computer models for the magnetic assembly of spheroids in bone tissue engineering. Amazing work, Maya! 🙌 Ioannis Papantoniou

🎉 Congrats to Maya Guilliams for winning BOTH the jury and public prize at the VBI Student Research Awards! 🏆👏 She presented her computer models for the magnetic assembly of spheroids in bone tissue engineering. Amazing work, Maya! 🙌 <a href="/i_papantoniou/">Ioannis Papantoniou</a>
Science of Science (@mishateplitskiy) 's Twitter Profile Photo

People usually think replication attempts in science are rare. Journals don't publish replications, so scientists don't do them. In reality there are countless replication attempts (and failures), it's just PhD students assume they did something wrong journals.plos.org/plosone/articl…

People usually think replication attempts in science are rare. Journals don't publish replications, so scientists don't do them.

In reality there are countless replication attempts (and failures), it's just PhD students assume they did something wrong
journals.plos.org/plosone/articl…
Bart Smeets (@bartsmeets16) 's Twitter Profile Photo

🚨 PhD Opportunity! Join our team KU Leuven, in collaboration with the Mpacts company, to model complex biological transport processes using DEM+CFD simulations. 📍 Apply now: kuleuven.be/personeel/jobs… #PhDposition #CFD #DEM #MechanicalEngineering

CellMech2025 (@cellmech2025) 's Twitter Profile Photo

🚨 📈 Exciting news! 😰 Did you run out of time to submit an abstract?? Are you still waiting for your PI´s feedback on your abstract?? Guess what!? Yes! We´ve extended the abstract submission deadline for CellMech 2025, until March 16!! Hurry up!! 👉 buff.ly/3CH94pW

Bart Smeets (@bartsmeets16) 's Twitter Profile Photo

Please consider submitting an abstract for CellMech2025 in Leuven this year! We have an amazing line-up of invited speakers and an incredible historic venue! See you all on September 30!

CellMech2025 (@cellmech2025) 's Twitter Profile Photo

🚨 Exciting News! As we count down to #CellMech2025, we’re highlighting our incredible keynote speakers! 🌟 (1/2) 🔬📈 Edouard Hannezo explores how biological systems self-organize, from cytoskeletal forces to organ architecture !

🚨 Exciting News! As we count down to #CellMech2025, we’re highlighting our incredible keynote speakers! 🌟

(1/2)

🔬📈 <a href="/EdouardHannezo/">Edouard Hannezo</a>  explores how biological systems self-organize, from cytoskeletal forces to organ architecture !