People Rick Wansink


dr. Rick Wansink

About Rick Wansink

Trained as a biochemist and molecular cell biologist, I have been working in the field of repeat expansion diseases for more than twenty years now. My current research interests concern the molecular pathology of myotonic dystrophy type 1 (DM1), specifically the identification of targets for therapy and the development of therapeutic strategies. Main keywords are RNA, skeletal muscle, CRISPR/Cas and antisense oligonucleotides.

My research has included different aspects of the disease and the application of a wide variety of experimental techniques. My group was one of the first to introduce therapeutic antisense oligonucleotides in DM1 and the first to remove the (CTG)n repeat from the DM1 locus in human cells via CRISPR/Cas9 technology.

I am lecturer and coordinator (C) in the following courses:

  • MED-1MPC Perspectief van de cel (C)
  • MED-2MNAT Nature (C)
  • MED-8RNM Nanomedicine
  • MED-MIN13 Medical biotechnology towards clinical practice (C)
  • MED-MIN16 Translational neuroscience
  • MED-BMS75 Advanced tools in molecular biology
  • MED-MMEC Excellence in communication
  • NWI-MOL104 Medical biotechnology (C)
  • NWI-MOL107 RNA structure and function
  • NWI-BM072 Translational genomics

Other educational activities:

  • Coach bachelor BMW (leerlijn professionaliteit)
  • Member Lijnteam Professionaliteit
  • Member Board of Examiners MMD
  • Member Selection Committee MMD
  • Member Begeleidings en beoordelingscommissie onderwijskwalificaties (BBOK)
  • Member Education Council
  • Assessor internal and external internships
  • Supervisor literature thesis and research proposal writing
  • Mentor master students and PhD students
  • External examiner HAN Life Sciences


  • associate professor Celbiologie

Connected to

Department Cell Biology

The Cell Biology department combines a leading role in research and teaching in molecular life sciences. They are interested in research related to cancer metastasis, cellular metabolism, cellular immunity and neurodegenerative disease. read more

Research Institute Radboud Institute for Molecular Sciences

Our main aim is to achieve a greater understanding of the molecular mechanisms of disease. By integrating fundamental and clinical research, we obtain multifaceted knowledge of (patho)physiological processes. read more