Biomolecular Chemistry RIMLS researcher
Biomolecular Chemistry RIMLS researcher

Research

Radboud Institute for Molecular Life Sciences (RIMLS) focuses on epigenetics, stem-cell and developmental biology and computational biology. The central research theme is regulation of gene expression during development and in health and disease.

Research groups

RIMLS is home to 14 research groups or labs, each equipped with its own state-of-the-art sequencing, proteomics, and dedicated bioinformatics expertise for deep data analysis. Below you see the list of all group leaders and their respective research groups.

Richard Bartfai

Richard Bartfai

Integrative Parasitology

Integrative Parasitology
Federico Bocci

Federico Bocci

Computational Cell Fate

Computational Cell Fate
Jorine Eeftens

Jorine Eeftens

Chromatin Biophysics

Chromatin Biophysics
Colin Logie

Colin Logie

Chromatin Structure

Chromatin Structure
Hendrik Marks

Hendrik Marks

Developmental Epigenetics

Developmental Epigenetics
Joost Martens

Joost Martens

Molecular Haematology

Molecular Haematology
Musa Mhlanga

Musa Mhlanga

Epigenomics and Single Cell Biophysics

Epigenomics and Single Cell Biophysics
Picture of Aki Minoda

Aki Minoda

Cellular Ageing

Cellular Ageing
Klaas Mulder

Klaas Mulder

Cellular Decision-Making

Cellular Decision-Making
Peter Tessarz

Peter Tessarz

Metabolic Regulation of Chromatin

Metabolic Regulation of Chromatin
Gert Jan Veenstra

Gert Jan Veenstra

Heart Development

Heart Development
Michiel Vermeulen

Michiel Vermeulen

Proteomics and Chromatin Biology

Proteomics and Chromatin Biology
Rosemary Yu

Rosemary Yu

Computational Cell Behaviour and Metabolism

Computational Cell Behaviour and Metabolism
Jo Zhou portrait

Jo Zhou

Stem Cell Epigenomics

Stem Cell Epigenomics

Projects

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iCorneaTherapy

The interdisciplinary iCorneaTherapy project aims to characterize a promising stem cell technology. This constitutes a major step towards the commercialization of a viable stem cell product for corneal transplantation.

Petrischaaltje

seXY blastoids: Developing female and male human blastoids to study sex specific early embryogenesis

In this project, the research team aims to systematically understand differences between female and male early embryogenesis by the use of blastoids, embryo-like structures derived from stem cells.

Malaria parasiet

Host4Hypnozoites

Hypnozoites are dormant malaria parasites in the liver that can reactivate without a mosquito bite. This project aims to understand their dormant state and reactivation, and to develop new imaging and therapeutic strategies.