EPFL
A Lab-on-a-Chip for T cell screening and sorting
Research
EPFL
Using high precision microfabrication and microfluidics, Clémentine Lipp has developed a tool with the potential to automate T cell screening and sorting—an essential task in immunology. 
Capturing carbon where it is produced
Research
EPFL
EPFL engineers propose a system-wide integration solution for carbon capturing and mineralisation in the cement production, steel manufacturing, and waste incineration sectors. 
Learning how to control HIV from African genomes
Research
EPFL
A study on almost 4000 people of African descent has identified a gene that acts as natural defense against HIV by limiting its replication in certain white blood cells. An international effort co-led by EPFL, Canada’s National Microbiology Laboratory, and Imperial College London, it paves the way for new treatment strategies.
Organoids revolutionize research on respiratory infections
Research
EPFL
In a breakthrough for bioengineering, researchers at EPFL have developed organoids that can model the human respiratory tract. The organoids, called AirGels, allow them to uncover the mechanism by which antibiotic-resistant pathogens like Pseudomonas aeruginosa infect the respiratory tract.
Exploring a new approach to treating collapsed airways in newborns
Research
EPFL
In collaboration with CHUV, EPFL engineers propose wrapping an adhesive hydrogel patch around a collapsed trachea for treatment of Tracheomalacia.
EPFL Carbon Team aims to capture CO2 with sieves and sponges
Teaching
EPFL
The team of students is working on a unique prototype that uses graphene membranes combined with a porous, sponge-like material to pull carbon from the atmosphere. The technology will soon be tested on an EPFL campus, with the captured CO2 used to produce carbonated water.
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