REVOBIOM leads the upcoming Microbial revolution by implementing a cutting-edge milli-fluidic approach to breeding micro-organisms ecosystems using natural Darwinian evolution processes. This new approach allows for both the formulation of consortiums with higher functional efficiency and the stabilization of existing ones.

Providing concrete biological validations to the new innovative technology (called "Microbial Evolution Machine") designed and developed during my PhD thesis.Laboratoire Colloïdes et Matériaux Divisés (LCMD), CNRS UMR 8231 Chemistry, Biology, Innovation (CBI).

Microbial Evolution Machine : A digital millifluidic technology for directing the evolution of communities of microorganismsMicroorganisms are at the heart of Earth’s ecology [...] they present beneficial interactions that are essential for biogeochemical cycles, bioremediation, plants growth and protection, our health and even our survival. [...] This thesis allowed the design and development of a new technology, called “Microbial Evolution Machine” (MEM), using the driving force of… Show more Microbial Evolution Machine : A digital millifluidic technology for directing the evolution of communities of microorganismsMicroorganisms are at the heart of Earth’s ecology [...] they present beneficial interactions that are essential for biogeochemical cycles, bioremediation, plants growth and protection, our health and even our survival. [...] This thesis allowed the design and development of a new technology, called “Microbial Evolution Machine” (MEM), using the driving force of evolution, natural selection, to study microbial ecology and take benefit from it [...]Thesis supervisor: Jérôme BibetteJury members: Andrew Griffiths, Pascal Panizza, Philippe Poulin, David Bensimon, Annie Colin, Stephen Quake, Paul Rainey.Keywords: Droplet millifluidics, Synergies, Microorganisms, Microbial communities, Evolution, Microbial ecologyPhD Thesis at Laboratoire Colloïdes et Matériaux Divisés (LCMD), CNRS UMR 8231 Chemistry, Biology, Innovation (CBI). Show less

• Microfluidic experiments: droplet generation (T-shape, flow focusing), double encapsulation, single cell analysis (Drop-Seq) • Soft-robots: from design to implementation (conception, realization and tests) • Bibliography: Writing quality content read worldwide on different cutting edge microfluics research topics (Microrheology, Droplet-Sequencing, Soft-Robots)

Culture and tracking of biofilms of C.albicans in microfluidic chips

Participation in Project HSL ( High Speed ​​Line ) in Morocco, the country's first high-speed line.