Peter Dechent

This paper introduces an automated method to quantify white matter hyperintensity confluence, showing it correlates with cognitive performance and dementia subtypes beyond volume.

The paper examines how disrupted forward connectivity in the parieto-temporal network relates to memory impairment and AD pathology using fMRI and DCM in a longitudinal study.

This study examines how episodic memory network dysfunction relates to AD biomarkers, neurodegeneration, and cognition using longitudinal fMRI data from the DZNE study.

This study investigates optic ataxia in patients with thalamic lesions, finding that multiple thalamic nuclei, particularly in the central thalamus, contribute to visually guided reaching deficits.

The paper links cognitive reserve to brain activity during memory formation, showing it moderates the impact of Alzheimer's pathology on cognitive performance and predicts slower decline.

This paper introduces SMAS, a Bayesian VAE-based AD score from structural MRI data, showing strong correlations with cognitive decline and brain atrophy markers, and outperforming existing measures in predicting AD.

This paper demonstrates a new MRI technique, LoBa-bSSFP, achieving 77-micron isotropic resolution for ex vivo cerebellar imaging using standard 3T equipment.

The paper examines if fractional anisotropy of the fornix mediates the link between Mediterranean diet adherence and verbal memory decline in older adults over four years.

The paper identifies diagnostic images that correlate with Alzheimer's biomarkers and show differential neural processing in MCI patients compared to healthy controls.

This study finds that lifelong musical activity is linked to better cognitive abilities and preserved brain structure in older adults, suggesting it may enhance cognitive resilience.

The paper uses Gaussian process multikernel modeling to predict memory performance and CSF biomarkers in ageing and Alzheimer's disease using MRI and other data.

This study shows that fluency-shaping therapy increases neural connectivity in speech-related networks in individuals with persistent developmental stuttering.

This paper develops a 3T MRI method for high-resolution human whole-brain imaging and applies it to study multiple sclerosis pathology.

The paper compares structural networks of ventral and dorsal laryngeal motor cortex in individuals who stutter with and without intervention, finding differences in connectivity and intervention effects.

This study shows that personalized iTBS targeting the left DLPFC reduces DMN connectivity and correlates with harm avoidance scores in healthy subjects.