Projecten

We generated recombinant 5-oxoprolinase and developed a screening platform to identify new compounds
to treat heart failure

We predict and detect emerging high-risk variants of SARS-CoV-2 using mass spectrometry and machine learning

Natural feedback for improved training and performance of a communication-BCI for people with locked-in syndrome.

To combine data in a secure way from multiple sources for lung and ovarium cancer research

Human healthy and diseased miniature muscles will be grown and exercised on a chip

The search for roadblocks to viral infection of the human lung

2DIAREM will extend and validate the TNO diabetyping algorithms by two minimally invasive methods

This project will develop a digital personalised aftercare programme for patients and relatives after ICU admission, on-demand and 24/7 available

We construct an AI that identifies unstable regions in protein structures for improving vaccine design

Translation of the enormous potential of induced pluripotent stem cells (iPSCs) in regenerative medicine requires upscaling and defined cell culture conditions allowing cost-effective production of cells.