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Gianni Liti
Micro-organisms evolve in complex communities. These communities are connected by a dense network of interactions that underpin all the planet's ecosystems. Gianni Liti intends to produce an overview of these interactions. To do...
Maxime Gauberti
Most diseases cause subtle disturbances to the immune system. Current medical imaging methods lack sensitivity and thus struggle to detect them. To overcome this difficulty, Maxime Gauberti intends to develop a new family of...
Meryem Baghdadi
The activity of stem cells, which can renew themselves and transform into different cell types, depends very much on the immediate environment surrounding them, known as the niche. Meryem Baghdadi is particularly interested in the...
Stéphane Bugeon
The brain continually adjusts its responses to internal and external stimuli. In this context, Stéphane Bugeon is decoding how particular neurons, the inhibitory interneurons, adapt their activity according to the state of the...
Andrea Ablasser
Innate immunity is a first line of defence for the human body, as it protects us from the viruses and bacteria that populate our environment. It is also involved in numerous pathologies, particularly inflammatory ones. Andrea...
Anja Böckmann
In order to better prevent and control emerging infectious diseases, Anja Böckmann and her team will be drawing on their expertise in nuclear magnetic resonance. This technique will enable them to decipher changes in the structure...
Elisa Gomez Perdiguero
Events occurring during embryonic development can have consequences into adulthood. This is the case for the hematopoiesis, the production of blood and immune cells. Elisa Gomez Perdiguero aims to explore the link between...
Jérémie Barral
Can we use light to better understand the transmission of sound information from the ear to the brain? The project developed by Jérémie Barral and his team will elucidate how the frequency and intensity of sounds are perceived by...
Nicolas Minc
What if cytoplasm is more interesting than it seems? Nicolas Minc and his team are preparing to test the physical properties of this fluid that fills all living cells, in order to understand how it influences processes such as...
Understanding the Mechanisms Underlying the Development of Cloves Syndrome
In 2018, Dr. Canaud’s team discovered a game-changing drug for Cloves syndrome, a rare genetic disease leading to the anarchic development of certain organs. The Foundation supports the team's fundamental research to discover the mechanisms underlying this condition.