The very fast development of live cell imaging, image processing and high throughput single cell sequencing have generated a wealth of data regarding the behaviour of individual cells. Yet, how those single cell parameters influence the behaviour at the population or at the organ levels are still not well understood. As such an important challenge of quantitative biology is to connect these two scales by linking the diversity of single cell behaviours to the emergent properties at the population and tissue levels.
In this symposium, we wish to provide a platform for discussing the relevant types of study and the variety of approaches that can help connect those two scales, for example by studying intermediate scales of a few cells to a few thousand cells. We will focus on common questions/parameters that are relevant for a wide range of biological systems, including population dynamics in bacteria or tumours, stem cell fate specification, or morphogenesis. Similar questions emerge in all of these different biological systems: can new properties emerge without interactions? Which properties emerge from local interactions versus a centralised control? What is the contribution of noise?
The day will be organized in 4 sessions online where speakers will address similar biological questions (regulation of tissue/population size, fate specification, emergence of resistance, morphogenesis) in different systems (including experiments and theory).
For registration, follow this link: https://forms.gle/WNhNc3oBgBKnDJTG8