GROW SCHOOL FOR ONCOLOGY AND DEVELOPMENTAL BIOLOGY Our focus is on research on malignant diseases and hereditary conditions, within an ethical framework. We are developing know-how in the area of genetic and cellular processes that underlie human development: not only looking at the normal development of an embryo and foetus, but also unravelling the mechanisms responsible for the development of cancer. In this research, we take into account environmental and lifestyle factors. We focus on issues from prevention, through diagnostics, to therapy. M4I MAASTRICHT MULTIMODAL MOLECULAR IMAGING INSTITUTE With the help of nanoscopy, we do research on developing technologies for making molecular processes in tissues and biomaterials visible. In the first instance, we are focusing on the mycobacterium tuberculosis (the bacterium that causes tuberculosis) and the interaction with the host membrane. Imaging mass spectrometry gives us the opportunity to look at large biomolecules for nanomedicine and biomedical research. We develop innovative instruments and methods for generating molecular images at ultra-high resolution. SHE SCHOOL OF HEALTH PROFESSIONS EDUCATION We do high-quality, multidisciplinary research on optimising the education and training of healthcare professionals. We optimise educational evaluation based on research on setting the right goals, values and approaches. And we support our professionals through approaches to instructions, assessments, and educational implementation. The office for international cooperation within SHE – SHE Collaborates – offers a tailor-made programme for innovative training in the areas of education, management and research around the world. MERLN INSTITUTE FOR TECHNOLOGY INSPIRED REGENERATIVE MEDICINE MERLN focuses on developing new and ground-breaking technologies to stimulate the restoration and regeneration of damaged and dysfunctional tissues and organs. We develop instructive biomaterials that the patient’s own cells can use for tissue restoration. In this process, the behaviour of a cell is influenced at the macro, micro and nano scale. Furthermore, we focus on 3D printing of various tissues. On our computational platforms, we develop algorithms for modelling cells, tissues and systems, and predicting outcomes. 33 Healthy Living 2025
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