Maryam Ziaei

This study examines age-related changes in locus coeruleus-cortical functional connectivity gradients using MRI and PET data, finding reduced functional differentiation in older adults during negative emotional stimuli.

This study examines how brain network organization changes with age during negative movie watching, finding reduced integration and altered hub dynamics in older adults.

The paper examines age-related changes in amygdala subfield functional connectivity and its association with emotional resilience using fMRI data from younger and older adults.

This study examines resilience-driven neural synchrony during movie watching, finding stronger synchrony in negative vs. neutral movies and linking it to individual resilience and intolerance of uncertainty.

The paper examines age-related changes in the functional integration of emotion regulation brain networks across the adult lifespan using two large datasets, finding increased integration of the emotional control network and decreased integration of the interoceptive network in older adults.

This study examines functional dedifferentiation in the frontoparietal network during naturalistic movie watching in older adults, linking it to depressive symptoms and emotion regulation difficulties.

This study finds older adults show increased locus coeruleus activity and connectivity with dorsolateral prefrontal cortex during ambiguous facial emotion recognition, linked to better mental well-being.

This study compares brain organization during rest and naturalistic processing, finding greater functional gradient compression in older adults linked to worse cognitive performance.

The paper investigates age-related differences in cognitive empathy for negative emotions and similarities in affective empathy for positive emotions using multimodal imaging and multivariate analysis.

This study examines age-related differences in brain activity during a logical reasoning task, finding that older adults engage distinct neural networks for inhibiting beliefs.

This study uses machine learning to identify brain regions involved in distinguishing belief-loaded assumptions during logical decision-making, revealing key neural correlates of belief and logic interactions.

This study examines how the hippocampus and its networks support logical reasoning in older adults, showing increased hippocampal recruitment and specific connectivity patterns during belief-congruent tasks.

LASHiS improves longitudinal hippocampal subfield segmentation using multi-contrast MRI, showing better reliability and performance than existing methods.