Medical technology
Highly specialised healthcare has become increasingly technical and technical know-how is therefore increasingly important in health services. Modern healthcare needs not only doctors and other health staff, but also advanced technical expertise. Technology is essential both for use in hospitals and for new solutions that make it possible to deliver care remotely.
Medical technology is being developed to make earlier diagnosis possible and to create better therapies. Some examples are ion radiation oncology, advanced image analysis as an aid to surgery and early breast cancer diagnostics using infrared spectroscopy. Other examples include new biomaterials for patient-specific treatment of fractures, gene therapy to inhibit Alzheimer’s and Parkinson’s diseases and new biomaterials to treat blindness.
Examples of ongoing research
AI can speed up drug development
Artificial intelligence (AI) can help identify molecules that could serve as new drugs for mental health disorders. AI can be used to predic...
Elham Rostami wants to use AI to alleviate brain damage
Her work is focused on providing the best possible treatment for patients suffering from head injuries. Rostami is a neurosurgeon and resear...
SEK 22 million for Uppsala research on smart patches
Hello Klas Hjort, Professor of Materials Science and Head of the Microsystems Technology programme at the Department of Materials Science an...
Examples of på centres, collaborations and research teams
Medtech Science & Innovation (MTSI)
Collaboration between Uppsala University and Uppsala University Hospital in the field of medical technology.
Materials in Medicine
The Materials in Medicine research team investigates the interaction between synthetic materials and living tissues from nano- to macrolevel. Their aim is to develop better biomaterials for medical technology products and delivery systems for medicines, with a focus on investigating the mechanical and biological reactions.
Centre of Image Analysis
The Centre for Image Analysis conducts research into computerised image analysis. The researchers develop theory and methods, algorithms and systems for applications in life sciences, medicine and digital humanities, among other areas.
Competence Centre in Additive Manufacturing for the Life Sciences
Research and development of new technologies for 3D printing, including complex structures for improved bioprocesses, more reproducible 3D tumour models and faster optimisation of medical treatments.
Competence Centre in Additive Manufacturing for the Life Science
Division of Biomedical Engineering, Department of Materials Science
The Division conducts research in the development and evaluation of new materials in interaction with biological systems to understand the underlying principles.