Carien M. van Reekum

This study examines the relationship between neural activation during reappraisal tasks and individual differences in emotion regulation, finding no shared overlap across three measures and highlighting methodological challenges in fMRI research.

The paper identifies four cognitive modes involved in emotion regulation during reappraisal using fMRI-CPCA, showing distinct neural engagement patterns for increasing and decreasing emotional responses.

The paper investigates how curiosity and monetary incentives affect memory encoding and neural activation during incidental learning of dynamic stimuli using fMRI and behavioral experiments.

The paper shows that resting EEG metrics IAPF and aperiodic exponent interact to predict cognitive decline over 10 years in midlife adults.

This study shows that pain adaptation patterns are stable across sessions and linked to specific neural activity and connectivity in the hippocampus, amygdala, and sensorimotor regions.

This study examines heart rate variability (HRV) and amygdala functional connectivity during emotion regulation, finding age-related differences in their relationship.

The paper examines how intolerance of uncertainty relates to neural responses in the prefrontal cortex during uncertain threat scenarios.

This study links longitudinal decline in executive function with increased prefrontal and amygdala activation during emotion reappraisal and reduced white matter integrity in older adults.

This study investigates how intolerance of uncertainty affects threat extinction by comparing responses to uncertain stimuli with varying threat levels.

This study finds that younger age is associated with greater amygdala activity and delayed mPFC engagement during fear extinction, mediated by structural integrity of the uncinate fasciculus.

This study shows that contingency instructions reduce threat extinction in individuals with high intolerance of uncertainty.

This study examines how intolerance of uncertainty (IU) affects threat learning and reversal in a paradigm where threat and safety contingencies are reversed, finding that higher IU is linked to stronger physiological responses to new threat cues during reversal.