Wietske van der Zwaag

The paper examines the relationship between infant muscle tone and cerebellar morphology in adolescence, finding specific cerebellar volume associations but no mediation of autistic traits.

The paper uses mesoscale imaging to show cerebellar cortex heterogeneity in morphology, vasculature, and cytoarchitecture, challenging the notion of uniformity.

This study uses interleaved fMRS and fMRI to examine how visual contrast affects neurometabolite levels and BOLD responses in the human brain, finding non-linear relationships and consistent glutamate increases.

The paper uses intersubject functional correlation with 7T fMRI to show that predictable action sequences trigger more feedback input to parietal regions than unpredictable ones.

This study uses 7T fMRI to investigate palm and finger representations in primary somatosensory cortex, finding that functional interactions are better predicted by hand structure than somatotopic organization.

The paper uses ultra-high resolution fMRI to study feedforward and feedback activity in human V1 ocular dominance columns across cortical depths.

This study compares 7 T and 3 T fMRI responses in human brain regions during a decision-making task, finding greater 7 T benefits in subcortical areas like the brainstem.

This paper introduces a denoising technique for multi-parametric quantitative MRI that improves signal-to-noise ratio without compromising spatial accuracy or creating spurious boundaries.

This study identifies five ipsilateral visual field maps in the human cerebellum, located in specific brain regions associated with visual and attention networks.

The paper identifies duration-sensitive neural populations in human medial premotor cortex that form topographical maps of time, termed chronomaps.