Faircraft is a venture backed company developing a sustainable alternative to conventional leather.
Leveraging advanced cellular culture and material science techniques, we are putting ground breaking science at the service of the environment and designers across the world through a material that is both highly sustainable and exciting to work with.
Explore a class of media additive leading to a media formulation specialised for enhanced cell growth and tissue formation
This internship aims to identify candidates within this broader category that can be used to regulate cell migration. A key goal is to determine the cellular conditions required for their activity and assess their potential integration into cell-culture media.
The study of these effects hinges on characterizing the dose dependent effect of these molecules. This requires the design and implementation of screening methods for different candidates.
Selected bioactive molecules are known to influence wound-healing–related processes by altering cell behavior. They have been associated with enhanced extracellular matrix (ECM) production as well as modulation of cell motility.
These molecules can regulate cell migration depending on their structure, dose, and the cellular environment. In many cases, they display a complex response in which some concentrations stimulate cell migration while others become inhibitory.
Missions :
Design and implement experimental plans to screen the effects of candidate molecules, using cell culture and imaging techniques.
Analyzing the data and writing reports of the experiments
Presenting the results to the collaborators
Final‑year engineering or master’s student (M2) with a background in Cell Biology or Biochemist with interest and experience in Cell Biology.
