Experience

Learning Planet Institute

• France
• Higher Education
• 100 - 200 Employee

• Research Engineer

  • Dec 2021 - Present

  Development of a low-cost high-throughput method to select high-expressing pichia pastoris strain Development of a low-cost high-throughput method to select high-expressing pichia pastoris strain



Baltimore underground science space

• Baltimore

• Research Scientist

  • Nov 2019 - Aug 2021

  Development of bioreactor process to scale up the production of protein in pichia pastoris. Development of bioreactor process to scale up the production of protein in pichia pastoris.



Counter Culture Labs

• United States
• Biotechnology Research
• 1 - 100 Employee

• Research Scientist

  • Mar 2017 - Nov 2019

  I put into operation a Waters 600 HPLC (change tubing, prime the pumps) The lab is accessible to everyone who want to start a biological project. I help and train people to start their own project, providing technical support and scientific advice. I join an exciting project aimed to provide a low cost production protocol for Insulin. I'm currently working on a refolding strategy to purify this protein. I put into operation a Waters 600 HPLC (change tubing, prime the pumps) The lab is accessible to everyone who want to start a biological project. I help and train people to start their own project, providing technical support and scientific advice. I join an exciting project aimed to provide a low cost production protocol for Insulin. I'm currently working on a refolding strategy to purify this protein.



Communauté Université Grenoble Alpes

• Région de Grenoble, France

• PHD

  • Oct 2011 - Nov 2015

  My project was to study the membrane protein BmrA with the nanodiscs methods. I was responsible of: - Over-expression of membrane protein in bacteria or cell-free (hAAC1) and soluble protein (MSP1, MSP1ED1) - Development of membrane protein purification (BmrA, YedZ) - Reconstitution of membrane protein in nanodiscs (hAAC1, BmrA, BmrCD, YedZ, PopB, FhuA, 5HT3a, spNOX) - Characterization of the nanodiscs (size-exclusion chromatography) - Activity test (ATPase activity with BmrA) - Electron microscopy and cryo-EM (in collaboration) (BmrA, PopB)