Section Molecular Cell Biology

Section Molecular Cell Biology

Section
Through high-quality research, we aim at identifying and, where possible, at exploiting cellular targets to promote healthy aging and/or treat human disease.

The research mission of this section is to study key cellular and organismal processes in molecular detail to generate novel, fundamental insights related to cellular and organismal fitness. Through high-quality research, we aim at identifying and, where possible, at exploiting cellular targets to promote healthy aging and/or treat human disease.

  • We study several aspects of cell biology including protein homeostasis, protein complex remodelling, and organelle biogenesis and maintenance. Model systems include yeast Saccharomyces cerevisiae, the fruit fly Drosophila melanogaster, mice, mammalian cells and (patient-derived) induced pluripotent stem cells (iPSCs), somatic stem cells, organoids, and organotypic slice models.
  • Diseases studied encompass neurodegenerative disorders, (cardio)myopathies, gastroenterological diseases, dermatological diseases, infections and malignancies. Our section (and department) has a formal link with the Department of Radiological Oncology.
  • The section runs facilities for Drosophila research, offering a variety of disease and aging models, for access to Cesium-137γ-ray, to irradiate of samples, and for molecular imaging, providing state-of-the-art equipment for fluorescence and electron microscopy analyses.

Research groups 

More research groups: scroll down this page for an overview

Relevance

How our research benefits to society

A two-fold impact to our society: Fight devastating human diseases while increasing our fundamental knowledge

Hereditary or acquired gene mutations can lead to severe human pathologies, including cancer and neurodegeneration. The function of the proteins encoded by these genes and the cellular pathways that are part of, is not always known. Unveiling their molecular and cellular function is essential to therapeutically intervene and develop strategies to bypass the defect caused the disease-associated mutations.

  • Molecular causes and the pathophysiology of human diseases (neurodegeneration, cancer, diabetes and infections)
  • Therapeutic targets and treatment strategies for human diseases
  • Biomarkers and assays to monitor the development of human diseases
  • Fundamental biological and medical knowledge
  • Technological innovation in life sciences and medicine

Contact

Greetje Noppert Secretary - Section Molecular Cellbiology

If you would like to call us or visit us, please see our contact details for more information