Post-doctoral position in the Laboratoire Interdisciplinaire de Physique
CNRS & Université de Grenoble

This position is now closed

Modelling of the mechanical interactions of a cell and an endothelium

An 18-month post-doctoral research position is available in an interdisciplinary group within the Physics department of the University of Grenoble. The group consists of researchers with a theoretical mechanics and applied mathematics background, and has a day-to-day collaboration with a biology group specialized in cancer cell biology (Institut A. Bonniot). It focuses on mechanical aspects of cell-cell interactions in the context of cancer metastasis.

Specifically, the project aims at understanding the mechanical modalities that allow a tumour cell to migrate through a monolayer of endothelial cell, which is a key process of metastasis known as transmigration. The modelling of this process will be based on experimental measurement of both forces and displacements using state-of-the-art experimental techniques. It will build up from a rheological model and a numerical simulation finite element software currently being developped within the group.

The successful applicant will have a background in mechanics, physics or applied mathematics, and have had a prior experience of interdisciplinary work. Knowledge in biophysics appreciated but not mandatory. Start date is flexible, between 1/1/2013 and 1/1/2014. Salary is 2048 euros per month, with national health insurance included. The project will include overhead money for travel and conferences. Grenoble is an enjoyable, average-sized city in a valley of the Alps, with convenient flight connections from Lyon airport.

Contact: Jocelyn Etienne (modelling), Jocelyn  dot Etienne  at UJF-Grenoble  dot fr ,
Claude Verdier (experiments), Claude  dot Verdier  at UJF-Grenoble  dot fr ,
Alain Duperray (biology), Alain  dot Duperray  at UJF-Grenoble  dot fr .

 

 

The TRANSMIG project at a glance: experimental investigation and modelling of the mechanical processes involved in tumour cell transendothelial migration