Healthy aging is associated with episodic memory decline, particularly in the ability to
encode and retrieve object-context associations (context memory). Neuropsychological and …

The hippocampus and striatum are core neural circuits involved in spatial learning and
memory. Although both neural systems support spatial navigation, experimental and …

Advancing age is associated with both declines in episodic memory and degradation of
medial temporal lobe (MTL) structure. The contribution of MTL to episodic memory is …

Age-related cognitive changes often include difficulties in retrieving memories, particularly
those that rely on personal experiences within their temporal and spatial contexts (ie …

Age-related declines in memory for context have been linked to volume loss in the
hippocampal head (HH) with age. However, it remains unclear how this volumetric decline …

By integrating behavioral measures and imaging data, previous investigations have
explored the relationship between biological markers of aging and cognitive functions …

In the present study we investigated whether hippocampal subfield (cornu ammonis 1–3,
dentate gyrus, and subiculum) and anteroposterior hippocampal subregion (head, body …

Episodic memories are established and maintained by close interplay between
hippocampus and other cortical regions, but degradation of a fronto-striatal network has …

Brain maintenance has been identified as a major determinant of successful memory aging.
However, the extent to which brain maintenance in support of successful memory aging is …

Introduction Episodic memory processes are supported by different subregions of the medial
temporal lobe (MTL). In contrast to a unitary model of memory recognition supported solely …