Sebastian Dresbach

This paper characterizes laminar organization across four visual areas using multimodal data, finding parvalbumin profiles as the most discriminative feature.

This study characterizes laminar BOLD and VASO responses to digit stimulation in human somatosensory cortex, revealing triphasic dynamics and potential excitation-inhibition mechanisms.

This paper characterizes cortical depth-dependent CBV and BOLD hemodynamic responses across stimulus durations using VASO and ME-GRE at 7T in humans, finding that longer durations improve CBV specificity but may reduce efficiency.

The paper develops acquisition protocols and processing pipelines for whole-brain layer-fMRI and introduces the Kenshu dataset for benchmarking and analysis.

This paper develops a fast VASO fMRI method with short stimuli and event-related designs to capture layer-specific hemodynamic responses with high spatio-temporal resolution.

This paper validates layer-specific VASO fMRI across species by comparing it to optical imaging and MION contrast enhanced fMRI in rats and humans, confirming its reliability for estimating layer-specific CBV changes.