le 13 mai 2016 à 10 h
Anatole Chessel Cambridge Systems Biology Centre, University of Cambridge, UK

The development of high content microscopy, i.e. the acquisition and automated quantitation of microscopy images from a range of conditions at high throughput, allow for spatio-temporal quantitative studies at the system level. We developed such techniques for use with the fission yeast S. pombe and have been using them to study their polarity and growth, trying to decipher more precisely how polarity and growth are linked, activated, maintained and deactivated throughout the cell-cycle.

This talk will present those high throughput cell biology studies, and try to show how the combination of large scale microscopy and data analysis can help us understand complex biological processes.
 

Lieu(x) :         Amphithéatre Curie, Ecole Polytechnique

Contact :       Emmanuel Beaurepaire
                      emmanuel.beaurepaire at polytechnique.edu

À télécharger :       Séminaire CHESSEL.pdf - PDF