16th - 19th of January 2018 Free gradient waveforms, q-trajectories, and fat b-tensors The last few years have brought forward new and exciting NMR/MRI diffusion encoding schemes that goes beyond…
This study purpose is to investigate how microscopic structure and variances in cell-density differs in brain tumors. A quick scan time protocol of 3 minutes is added to all current…
Our colleague Dr. Samo Lasič, together with collaborators in Hvidovre, Denmark, run an ongoing study investigating whether our MRI methods are able to differentiate between MS-related pathologies in focal lesions,…
This project aims to explore how well 7 T diffusion MRI performs in characterizing epileptogenic lesions. Methods developed by Random Walk Imaging are added to an existing protocol, and the…
In this project, researchers are working with our methods to measure structure to investigate the magnitude of changes in brain microstructure of Parkinson patients, compared to healthy individuals. Scan time…
In this study, it was demonstrated that our method to measure flow improves the accuracy and precision of the conventional imaging method. Also, the method developed by Random Walk Imaging…
In this article, our method to measure structure is used to non-invasively separate highly aggressive brain tumors from less aggressive ones. Microstructure of tumor tissue can be examined non-invasively using…
In this publication, different breast cancer subtypes are distinguished using our exchange method. Although MRI has shown promise for the characterization of breast cancer, it has low specificity to malignant…
