Lisa Genzel

The paper identifies three types of hippocampal ripples in rats and links them to specific hippocampal-cortical interactions and memory consolidation processes.

This study examines how CBD affects ripple patterns in the hippocampus by analyzing contributions from CA3 and entorhinal cortex inputs in rats.

The paper introduces an open-source, 3D-printable implant for simultaneous bilateral electrophysiological recordings in rats across multiple brain areas.

This study shows CBD extends sleep and alters NonREM oscillations in rats, improving sleep but impairing cumulative memory consolidation while leaving simple memory unaffected.

The paper shows that increasing cortical plasticity via RGS14414 overexpression improves one-trial memory but causes memory interference and alters hippocampal-cortical interactions.

This study examines how spindle-slow oscillation coupling during sleep relates to memory performance and changes in hippocampal network connectivity after spatial learning.

The paper examines social interaction behaviors in Ehmt1+/- mice, finding they display defensive and offensive behaviors not seen in wild-type mice.

The paper analyzes sleep spindle frequency dynamics across overnight sleep and naps to assess circadian modulation and age-related changes.

The paper analyzes mice navigation in a HexMaze to reveal how structured knowledge influences behavior, finding a combination of goal-oriented and random components in their strategies.

The paper shows sleep enhances spatial memory consolidation in both rats and humans through system-wide neural changes, regardless of training type.

The paper investigates high frequency oscillations during NonREM sleep, finding that fast oscillations are associated with memory consolidation after learning, while slow oscillations are not.

The paper uses the Object Space Task to show Ehmt1 +/- mice have reduced episodic-like memory and exploration but enhanced semantic-like memory, with semantic features better for genotype classification.

This study confirms the link between 2D:4D ratio and spatial performance in rats and humans, and identifies brain correlates in humans.