COOKIES: By using this website you agree that we can place Google Analytics Cookies on your device for performance monitoring. |
University of Cambridge > Talks.cam > Centre for Physical Biology talks > Rigidity phase transitions in embryo development: from identification to function
Rigidity phase transitions in embryo development: from identification to functionAdd to your list(s) Download to your calendar using vCal
If you have a question about this talk, please contact Margarida Rodrigues. The interchange between fluid-like and solid-like tissue states is key for multicellular morphogenesis. Recent biophysical models have quantitatively predicted and experimentally verified tissue material phase transitions, setting tissue rigidity as a bona fide example of a cell collective. The next step is to understand the function of cell collectives in context, and specifically how they respond to- and feedback on- mechanical and biochemical stimuli. In this talk, I will present how rigidity percolation theory can identify in vivo rigidity phase transitions with high spatiotemporal precision during zebrafish morphogenesis. I will further discuss how we can expand this framework to explore the role of phase transitions in key embryogenic processes, such as germ layer formation and segregation. This will be a hybrid meeting (online + in-person). Venue details will be announced soon. We kindly ask everyone to Register here → https://bit.ly/3AOEzYW This talk is part of the Centre for Physical Biology talks series. This talk is included in these lists:Note that ex-directory lists are not shown. |
Other listsWolfson College Informal Lunch-time Seminars Institution of Structural Engineers Amnesty - ChinaOther talksThe Aggregate Consequences of Forbearance Lending: Evidence from Japan Milner Seminar Series - September 2021 Activity dependent myelination: a mechanism for learning and regeneration? Universal NHS healthcare: has the pandemic changed the promise? Thinking about action in Early Greek Philosophy (and medicine). Uncertainty Quantification of Inclusion Boundaries in the Context of X-ray Tomography |