Pierre Nassoy, CNRS 2022 Innovation Medal laureate

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy is the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, he applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog Therapeutics is one of the…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and his team. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and a colleague. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and a colleague. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Banc de caractérisation pour l’imagerie optique en profondeur de capsules cellulaires reposant sur l’utilisation d’une source lumineuse incohérente (LED). Ces capsules cellulaires font l'objet de recherches par Pierre Nassoy, lauréat de la médaille de l'Innovation du CNRS 2022. Directeur de recherche CNRS, Pierre Nassoy applique des approches de physico-chimie au vivant. Au Laboratoire photonique numérique & nanosciences à Talence, il s’intéresse aux thérapies de demain à base de cellules…

Banc de caractérisation pour l’imagerie optique en profondeur de capsules cellulaires reposant sur l’utilisation d’une source lumineuse incohérente (LED). Ces capsules cellulaires font l'objet de recherches par Pierre Nassoy, lauréat de la médaille de l'Innovation du CNRS 2022. Directeur de recherche CNRS, Pierre Nassoy applique des approches de physico-chimie au vivant. Au Laboratoire photonique numérique & nanosciences à Talence, il s’intéresse aux thérapies de demain à base de cellules…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and a colleague. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and two colleagues. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and a colleague. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and a colleague. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and two colleagues. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Colleague of Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…

Dispositif microfluidique à la base de la technologie des capsules cellulaires, permettant l’encapsulation de cellules souches, qui pourront ensuite être transformées en neurones pour soigner des maladies neuro-dégénératives. Ces capsules cellulaires sont l'objet des recherches menées par Pierre Nassoy, lauréat de la médaille de l'Innovation du CNRS 2022. Directeur de recherche CNRS, Pierre Nassoy applique des approches de physico-chimie au vivant. Au Laboratoire photonique numérique &…

Dispositif microfluidique à la base de la technologie des capsules cellulaires, permettant l’encapsulation de cellules souches, qui pourront ensuite être transformées en neurones pour soigner des maladies neuro-dégénératives. Ces capsules cellulaires sont l'objet des recherches menées par Pierre Nassoy, lauréat de la médaille de l'Innovation du CNRS 2022. Directeur de recherche CNRS, Pierre Nassoy applique des approches de physico-chimie au vivant. Au Laboratoire photonique numérique &…

Dispositif microfluidique à la base de la technologie des capsules cellulaires, permettant l’encapsulation de cellules souches, qui pourront ensuite être transformées en neurones pour soigner des maladies neuro-dégénératives. Ces capsules cellulaires sont l'objet des recherches menées par Pierre Nassoy, lauréat de la médaille de l'Innovation du CNRS 2022. Directeur de recherche CNRS, Pierre Nassoy applique des approches de physico-chimie au vivant. Au Laboratoire photonique numérique &…

Pierre Nassoy, the laureate of the CNRS 2022 Innovation Medal, and a colleague. CNRS research professor, Pierre Nassoy applies the physical chemistry approaches to living things. At the Photonics, Numerical, and Nanosciences Laboratory (LP2N)1 in Talence (southwestern France), he focuses on future therapies based on stem cells – to treat tumours and Parkinson’s disease in particular – and files an increasing number of patents. Thanks to a CNRS pre-maturation programme, the company TreeFrog…