Originally from the North East part of France, I grew up in a small town surrounded by nature. I've always been interested in animal behavior, biology and genetics. My initial training after high school was as a medical lab technician, but once I've set a foot in a research lab, I couldn't get enough! I got an opportunity to reconcile my passion for behavior with my undergrad training in biochemistry and molecular biology when I joined the Joint Master in Neuroscience at the University of Strasbourg. I pursed with a PhD with Michael Reber at the INCI during which I studied the development of visual maps in the mouse superior colliculus. I had found my structure of interest! After obtaining my PhD, I had to know more about the physiology and behavioral implication of this structure, and with this in mind, decided to join Jianhua Cang's lab (JC) for a post-doc. Since then, I've been characterizing the visual responses, organization and modulation in this structure, hoping to reconcile physiology with behavior. There is still a long way to go, but so far the journey has been fantastic! The good news is, I'll be pursuing this work in my own lab which will be opening at the University of Michigan in January
Lab website: https://sites.google.com/view/savierlab/home
Contact: esavier@med.umich.edu
2016 to present
I joined the Cang lab in November 2016 at Northwestern University as a post-doc. Luckly, I only had to go through one winter there: we moved the lab to the University of Virginia at the end of 2017. I decided to stay in JC's lab since I had found some amazing colleagues together with the ressources and support needed to pursue my research interest. Despite a slow start at UVa, mostly due to technicalities, we've had since some great recruits and the lab has become a great place to exchange scientific ideas and technical tips!
If you want to find out more about the team, here is the link to our lab website:
2012-2016
I joined the Reber lab for my Master thesis, during which I performed the molecular characterization of a mouse model. Drawn by the field of visual map formation and being at the interface between experiments and modelization, I decided to pursue in Michael Reber's lab for my PhD. Michael Reber since moved his lab to the Kremblin in Toronto, where he expended his research scope to visual rehabilitation and regeneration.
If you want to find out more about the Reber lab, here is the link to his lab website: