Anni Richter

This study examines how theta power and coherence change during set-shifting in young and older adults, finding age-related differences in neural resource distribution.

This study investigates how flexible action-sound predictions are in changing environments, showing that predictions adapt at different cortical levels, with unexpected sounds eliciting consistent responses regardless of expectation.

This study examines age-related changes in midfrontal theta oscillations during cognitive flexibility tasks, finding reduced theta power and task modulation in older adults.

This study uses ultra-high-field fMRI to examine how prospective memory tasks affect functional connectivity between the anterior thalamus and cortical regions, finding increased connectivity with DLPFC and STG during prospective memory tasks.

The paper examines age-related differences in fMRI memory effects and links them to grey matter volume changes in older adults.

The paper investigates effective connectivity patterns during explicit memory encoding in young and older adults, finding reduced inhibitory connectivity in older adults correlates with poorer memory performance.

The paper examines the association between plasma TGF-β1 levels and hippocampal structure in older adults, finding a positive correlation with memory performance.

The paper develops single-value fMRI scores to capture age-related differences in memory-related brain activity and links them to cognitive function in older adults.

The paper examines how Openness to Experience relates to memory performance and neural activity in older adults, finding that higher Openness is linked to better memory and preserved brain network function.

The paper uses SVM to predict age and memory performance from structural and functional MRI data, finding gray matter volume best predicts age while task-based fMRI contrasts best predict memory performance.

The paper replicates a finding that DRD2/ANKK1 TaqIA A1 allele carriers show reduced learning performance in reward inhibition tasks and suggests COMT Val108/158Met Met homozygotes have lower learning bias.

The paper introduces and validates a comprehensive fMRI score, FADE-SAME, to quantify memory-related neural activity changes associated with neurocognitive aging.

This study uses Bayesian model selection to show parametric models better explain fMRI encoding variance than categorical models in young and older adults.

This study investigates learning across the human lifespan using a go/no-go task, showing age-related differences in reward and punishment sensitivity.