Séminaires
376 événement(s)
Clara del Junco (University of Chicago)
Robustness in minimal models of biochemical oscillators
Biochemical oscillations are ubiquitous in biology and allow organisms to properly time their biological functions. In this talk, I will discuss minimal Markov state models of non-equilibrium biochemical networks...
Itia Favre Bulle (The University of Queensland
Optical Trapping in zebrafish
This talk will give you an overview of the use of Optical Tweezers in biology, and more specifically in zebrafish and its vestibular system. Otoliths, or ear-stones, play an important role in zebrafish for hearing,...
Matthieu Piel (Institut Curie)
Quantitative cell biology patchwork: studies of cell volume regulation, dynamics and mechanics of the cell cortex, deformation of the cell nucleus and cell migration
Quantitative cell biology patchwork: studies of cell volume regulation, dynamics and mechanics of the cell cortex, deformation of the cell nucleus and cell migration ...
Jean-Baptiste Fournier (MSC
Mobilité de Saffman-Delbrück et particules colloidales en phase lamellaire
Dans une première partie, je discuterai comment obtenir de façon approchée mais simple la loi de Saffman-Delbrück, c'est-à-dire la mobilité (vitesse / force appliquée) d'une particule plongée dans un fluide 2D...
Anatoly B. Kolomeisky (Rice University)
Understanding Molecular Mechanisms of Biological Error Correction
One of the most fascinating features of biological systems is the ability to sustain an extraordinary high accuracy of all major cellular processes despite the stochastic nature of underlying chemical processes. It...
Claudia Bank (Gulbenkian Institute)
What can we learn from experimental fitness landscapes?
Fitness landscapes, which map genotypes or phenotypes to fitness, have developed from a theoretical metaphor into a popular subject of experimental study. The quantification of the shape of fitness landscapes carries...
Mohamed Barakat
Evolutionary heritage is a predictor of signaling interaction in bacterial two-component regulatory systems
Two-component systems (TCSs) are virtually ubiquitous signaling pathways, which typically comprise a histidine kinase (HK) that monitors an external signal and a response regulator (RR) that controls cellular...