376 événement(s)
Frédéric Pincet
The architecture of the Golgi apparatus is remarkably complex. In mammalian cells, it is composed of stacks of disk-shaped membrane compartments that are laterally connected to form a ribbon-like structure. These...
Nicolas Biais
Séminaire réservé aux membres du LJP. In our wonderfully interdisciplinary lab, we might not always grasp the full breath of shared knowledge. What is trivial, or second nature, to some might be extraordinarily...
Olivier Dauchot
Active matter exhibits rich collective phenomena at large scales, such as new types of phase separation and/or collective directed motion. The past 25 years have seen a surge of experimental observations and...
Renaud Bastien
Understanding how organisms integrate environmental and social information to coordinate their actions is a fundamental scientific question. Collective animal behavior, observed in phenomena such as the synchronized...
Theresa Jakuszeit
Theresa Jakuszeit: Neutrophils are not only the first responders to infection, but also among the fastest migrating cells in the human body. As they migrate toward sites of inflammation, they navigate the complex...
Julien Husson
Understanding the mechanical properties of cells requires quantitative, time-resolved techniques adapted to non-adherent biological objects. I will present developments around a profile microindentation technique...
Ashley Nord
Electrochemical gradients across biological membranes are fundamental to cellular bioenergetics. In bacteria, the proton motive force (PMF) drives critical functions such as ATP synthesis and motility. Although...
Pierre Recho
The conditions under which biological cells switch from a static to a motile state are fundamental to the understanding of many healthy and pathological processes. In this talk, we consider a cell constrained to move...
Gilles Charvin
Cell division homeostasis is essential for long-term cell survival and for the ability of cells to adapt to fluctuating environments. Our work aims to understand how cells integrate internal and environmental cues to...
Owen Randlett
Our group is interested in how the brain controls and adapts movement. In this project, we take a disease-first approach, using human genetic disorders both as translational models and as entry points to uncover...
