Professor Marion Smits

I am an internationally active Professor of Neuroradiology combining clinical work with scientific research. I hold an appointment both at the University of Cambridge and at Erasmus MC in Rotterdam (NL) and commute between both countries by train. 

I use advanced MR neuroimaging and analysis techniques such as functional, diffusion and perfusion imaging to visualise the brain’s function and microarchitecture, and to study pathophysiological and regenerative processes in a variety of neurological diseases. 

My main focus is on neuro-oncology, but in the past I have also worked on brain injury, stroke, and dementia research. My vision is to provide all information necessary for clinical decision making non-invasively through imaging. 

I combine my clinical expertise with scientific research and active participation in key international organisations, including the European Society of Radiology (ESR), the European Society of Neuroadiology (ESNR), the European Society for Magnetic Resonance in Medicine and Biology (ESMRMB), and the European Organisation for Research and Treatment of Cancer (EORTC). 

I use this unique combination of affiliations to establish productive connections between relevant clinical research questions and to implement scientific innovation in clinical practice. 

I have numerous national and international teaching and mentoring activities, to empower the next generations of researchers and clinicians. By breaking barriers between disciplines, re-thinking paradigms, and embracing new technologies I strive to improve patient care, reduce patient burden, and increase accessibility to highly expert but at the same time sustainable healthcare.

Project/study information

My projects focus on the use advanced MRI in combination with AI to characterise and assess treatment response in brain tumours. Important aspects are explainable AI, sustainability, and real-world applicability through demonstrating clinical value and bridging the gap between technical innovation and clinical implementation.