Tobias Kober

The paper introduces two k-space sampling strategies to reduce cardiac-induced noise in MRI brain maps of R2* and magnetic susceptibility, showing improved variability reduction with one strategy.

This study evaluates thalamic nuclei segmentation using compressed sensing MRI and FastSurfer, finding minimal sequence effects and comparable segmentation quality between methods.

This paper shows that differences in diffusion imaging protocols affect ADC maps, leading to variations in infarct core volume, location, and clinical score associations in acute stroke.

This paper introduces a high-resolution, fast-sampled fMRI technique for whole-brain BOLD signal measurement, demonstrating improved spatial and temporal resolution in human studies.

This paper optimizes the FLAWS MRI sequence with compressed sensing to reduce acquisition time while maintaining image quality and enables T1-weighted imaging and mapping at 3T.

This paper proposes a brain tissue segmentation method using MP2RAGE multi-contrast images, showing faster processing and comparable segmentation accuracy to existing tools.