Lila Davachi

TL;DR: Emerging findings demonstrate that thelevel of engagement of perirhinal cortex predicts later memory for individual items, whereas the level of hippocampal processing correlates with later relational memory, or recovery of additional episodic details, and provide emerging evidence for domain-specificity within the perirHinal and parahippocampal cortices.

TL;DR: This work used event-related functional MRI to examine the relation between activation in distinct medial temporal lobe subregions during memory formation and the ability to later recognize an item as previously encountered and later recollect specific contextual details about the prior encounter.

TL;DR: Data show enhanced functional connectivity between the hippocampus and a portion of the lateral occipital complex (LO) during rest following a task with high subsequent memory compared to pretask baseline resting connectivity, and the magnitude of hippocampal-LO correlations during posttask rest predicts individual differences in later associative memory.

TL;DR: Evidence is provided that the hippocampus, while engaged during item-based working memory maintenance, differentially subserves the relational binding of items into an integrated memory trace so that the experience can be later remembered.

TL;DR: Results revealed that multiple left prefrontal cortical regions were engaged during attempts to recollect previous contextual details, regardless of the nature of the to-be-recollected details and of source recollection outcome (successful vs unsuccessful).