Apeksha Shapeti
@apek_shapeti
Postdoc @MAtrix_KULeuven Lover of all things mechanobiology, vascular disease mechanisms, cycling, running, art, science, writing, food, philosophy, sun
ID: 70478970
31-08-2009 19:36:31
446 Tweet
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❄️ Beautiful day and location to start #BSTE2024 Today I'll be presenting a 'duet' oral talk with Apeksha Shapeti 😍
👀 The always hypnotizing foam simulations of two cell spheroids fusing of Bart Smeets at #BSTE2024
Thank you Biomedical Picture of the Day BPoD for this feature! A correction though: these are CCM mutant cells (green) and not cancerous cells. There are parallels between CCM lesion and cancer mechanisms, but this is a CCM mutant cell pulling a non-mutant, “healthy” cell (red). nature.com/articles/s4146…
Always an honor to represent women scientists, share my passion for interdisciplinary science, communicate my research with the public, and promote my vision (2:29) for a gender-balanced future of academia. Thanks Belgian Women in Science @SoapboxscienceB!
So frustrated with for-profit journals! Nature Portfolio Science Magazine Springer Nature we pay tons of money for publishing, and review for you for free! Yet, you won't use even a small part of your profit to support our conferences! As GRC organizer I find it outrageous! 1/3
🚨 We are thrilled to announce our amazing list of keynote speakers!! Pere Roca-Cusachs Georg Halder Tsuyoshi Hirashima @dagmarIber Johanna Ivaska Gijsje Koenderink Laurent Nguyen renkawitzteam Sixt Lab Vicky Sanz-Moreno Kit Parker Edouard Hannezo Cynthia Reinhart-King Wickstrom-Lab Marie-Emilie Terret
🚨 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) 🧫🔬Gijsje Koenderink, expert in soft matter physics, explores how living cells combine mechanical strength with force generation & shape changes.