Wij delen
Ons verhaal
Programma's
HTRIC stimuleert innovatie en voert onderzoek uit binnen four development programmes, zoals hieronder weergegeven. We believe that tackling today’s health challenges requires bold, interdisciplinary solutions. That’s why we bring together world-class research, cutting-edge technology, and clinical expertise to develop health innovations that truly make a difference – from early detection to advanced recovery.
Our focus lies on four key areas: detecting disease before symptoms appear, innovative imaging, personalised treatment, and repair and aftercare. Each of these pillars builds on Groningen’s strong ecosystem of academic research, healthcare, and entrepreneurship.
HTRIC’s programmes are designed to break down silos between disciplines and accelerate the path from lab discovery to patient impact. Whether it’s through AI-driven diagnostics, smart materials, or next-gen imaging, we are working on solutions that improve lives – now and in the future.
1. Detecting disease before symptoms appear
Many of the most common and life-threatening diseases, such as cancer, cardiovascular disease, diabetes and kidney failure, develop silently. These conditions often show no symptoms in their early stages, making them more difficult to detect and treat effectively.
HTRIC focuses on early detection through smart, noninvasive technologies that identify signs of disease before symptoms arise. Biosensors, wearable devices, imaging tools and AI are used to detect subtle changes in the body at an early stage.
This enables faster diagnosis, less invasive treatment and improved outcomes. The aim is to shift healthcare from reactive to proactive — keeping people healthier for longer and reducing pressure on healthcare systems.
2. Innovative Imaging
A detailed look inside the body is essential for understanding and treating disease effectively. Advanced imaging technologies such as PET, MRI and molecular tracers provide early insight into disease activity, even before structural changes occur.
These tools support early diagnosis, allow for real-time monitoring and improve the precision of treatment. Research in Groningen is advancing the development of radiopharmaceuticals, imaging-guided therapies and molecular diagnostics.
By visualising disease processes more accurately, imaging enables better treatment decisions and improved patient outcomes.
3. Personalised Implants
Every individual responds differently to treatment. By using molecular data, AI and integrated diagnostics, it becomes possible to tailor medical interventions to the biology of each patient.
This personalised approach allows for more targeted therapies, with fewer side effects and faster recovery. Technologies such as nanomedicine, immunotherapy and precision surgery are designed to adapt to the unique characteristics of each case. Treatment becomes not only more effective, but also more sustainable and patient-friendly.
4. Repair and aftercare
Recovery does not end with treatment; it continues through repair. Smart biomaterials and regenerative technologies are being developed to support natural healing after illness, injury or surgery.
Solutions such as 3D bioprinting, bioactive scaffolds and mechanically adaptive implants help restore tissue function while minimising complications.
These innovations reduce the need for repeated interventions, improve comfort and support long-term health. Aftercare becomes an active part of the healing process, rather than a passive phase.
