José P. Marques

This study uses interleaved EEG-fMRI to show that gamma-band activity correlates with feature-specific visual signals in both superficial and deep cortical layers, and lower frequencies are linked to feature-unspecific BOLD signals.

This paper demonstrates that transcranial ultrasonic stimulation (TUS) modulates saccadic eye movements in humans with high spatial and temporal precision, and shows that baseline GABAergic inhibitory tone predicts response variability.

This study establishes normative trajectories of R1, R2*, and magnetic susceptibility in the basal ganglia across healthy ageing using Gaussian Process Regression.

This paper demonstrates in vivo human brain neurite exchange imaging using a high-gradient MRI scanner, showing faster exchange times and spatial variation across cortical regions.

ABRIM collects and shares MRI and behavioral data from 295 adults to study cognitive aging, focusing on brain connectivity, myelinization, iron content, and cognitive functions across the lifespan.

This paper evaluates the reproducibility of multi-compartment relaxometry for myelin water imaging across different protocols and optimizes acquisition settings to reduce scan time.

This paper presents a pipeline to generate realistic white matter models and uses deep learning to decode microstructural parameters from multi-echo multi-orientation MR data.

The paper reports results from a QSM reconstruction challenge testing algorithm accuracy in simulated brain data, finding iterative methods and Total Variation-based approaches perform best.

This paper deconvolves laminar BOLD activation profiles using a physiological PSF to remove signal propagation effects from intracortical veins, achieving high laminar specificity.

This study compares BOLD laminar responses at different magnetic field strengths and echo times, finding similar activation profiles despite lower spatial resolution at lower field strengths.

SEPIA is an open-source QSM processing pipeline that connects existing toolboxes and provides a GUI for easier QSM workflow management.

This paper introduces arterial blood contrast (ABC) as a novel MRI technique that enhances brain activation measurement by combining magnetization transfer with BOLD contrast, offering improved efficiency and spatial specificity.