Yana Fandakova

This study compares brain activation patterns and representational stability during motor sequence learning in children and adults, finding age differences in M1 involvement and stability.

This study finds that higher baseline network modularity in children predicts better task-switching training outcomes, including faster improvements in accuracy and speed.

This study compares task-switching neural distinctiveness in children and adults using fMRI, finding similar switch-related reductions but differences in regional correlations.

This study compares intensive task-switching training and single-task training in children, finding that task-switching training leads to sustained improvements in cognitive control and neural efficiency.

This study examines age differences in frontoparietal connectivity during task switching in children and adults, finding that children's performance is linked to less adult-like activation patterns and increased IFJ-lPFC connectivity.

The paper shows that aging affects memory consolidation during sleep, but only for memories with medium encoding quality, while weakly encoded memories remain unaffected.

The paper examines age-related differences in memory formation by analyzing oscillatory mechanisms and structural brain integrity in younger and older adults during an associative memory task.

The paper shows that volumetric changes in specific hippocampal subregions predict different types of memory improvement in children.

This study examines how neural pattern similarity affects memory performance in younger and older adults, finding age-related differences in how similarity influences memory retention.

This study examines age-related changes in slow oscillation-spindle coupling during sleep and its role in memory consolidation across adulthood.