The objective of the line is to evaluate the added value of the information provided by quantitative MR techniques, mainly T1 and T2 relaxometry, as well as chemical exchange saturation transfer imaging (CEST) to the study of neurological and neuro-oncological diseases.

This line is focused on the analysis of magnetic resonance images for quantification purposes. To do it, we combine the use of tools designed for this purpose with software specifically designed for this purpose in our group. The work of this line is the result of the application of computer vision techniques, image processing, pattern recognition and fuzzy logic to the analysis of magnetic resonance images. Some areas of interest are the measurement of lesion features, and the quantification of iron in SWI weighted images.

This line is focused on the application of computer vision, image processing, pattern recognition, machine learning and fuzzy logic techniques to the analysis of MR images. Some areas of interest are the study of lesions, and iron quantification by means of advanced techniques such as QSM and SWI.

The objective of the line is to evaluate the added value of the information provided by quantitative MR techniques, mainly T1 and T2 relaxometry, as well as chemical exchange saturation transfer imaging (CEST) to the study of neurological and neuro-oncological diseases.