Fully automated system to monitor temperature and pH in cells culture media, in a non-invasive manner

• Forschungsstelle: INNOSUISSE
• Projektnummer: 13885.1;9 PFLS-LS
• Projekttitel Englisch: Fully automated system to monitor temperature and pH in cells culture media, in a non-invasive manner

Kurzbeschreibung (Englisch)

Fully automated system to monitor temperature and pH in cells culture media, in a non-invasive manner

Kurzbeschreibung (Französisch)

Fully automated system to monitor temperature and pH in cells culture media, in a non-invasive manner

Abstract (Englisch)

Understanding how the microenvironment impacts stem cell fate is a major challenge in cell biology because stem cells hold great expectations for disease modeling, drug discovery or as a therapeutic tool for regenerative medicine. Therefore, the project aims at 1) developing a non-invasive system automatically monitoring temperature and pH of cell culture microenvironment, and 2) increasing productivity required in many invalidating disease treatments relying on cell culture.

Abstract (Französisch)

Understanding how the microenvironment impacts stem cell fate is a major challenge in cell biology because stem cells hold great expectations for disease modeling, drug discovery or as a therapeutic tool for regenerative medicine. Therefore, the project aims at 1) developing a non-invasive system automatically monitoring temperature and pH of cell culture microenvironment, and 2) increasing productivity required in many invalidating disease treatments relying on cell culture.