About our research

Research institutes

This Master's specialisation is closely connected to the Radboud Institute for Molecular Life Sciences (RIMLS), a leading interfaculty research institute of the Faculty of Science and the uu77 Medical Centre (Radboudumc). By integrating the scientific expertise of both the molecular and medical sciences, RIMLS aims to achieve a better understanding of the molecular mechanisms of diseases. RIMLS's research areas include epigenetics, stem cell and developmental biology, and bioinformatics. 

Radboud Institute for Molecular Life Sciences (RIMLS)

Research departments

During your Master's internship, you’ll spend more than half of your time in a laboratory. In that way, you’ll get extensive hands-on research experience. You can choose to do your internship at a research department at RIMLS, or elsewhere. Some relevant departments are:

Researchers

Get to know our researchers and their work, you could be working alongside them in this Master's!

Stem cell research allows us to gain more insight into our life and apply these insights to diseases or staying healthy when growing old.
Hendrik Marks
Hendrik Marks Associate professor Molecular Biology Read Hendrik Marks' story
This field gives you the possibility to get an insight into the molecular events that govern how our cells and bodies work.
Peter Tessarz
Peter Tessarz Professor of Human Biology Read Peter Tessarz's story
View more researchers at RIMLS

Research projects

Have a look at what our researchers are currently working on.

  • Banner International Dutch Embryo Model Meeting 2025

    Stochasticity

    Research into the molecular regulation of early embryonal development

  • Genetic plasticity

    Genetic Plasticity

    This project aims to improve the chances of successful pregnancy upon IVF by discovering how chromosomal abnormalities affect early embryonal development.

  • Zoomed in picture of an eye

    CorneaRegID

    Current treatments for cornea damage depend on stem cells in the patient's own healthy eye. This project will develop a novel regenerative technology to convert patient's skin and mouth cells into cornea stem cells to restore vision.

View more projects