Jake T. Jordan

This study shows that aged mice have impaired spatial representations in the hippocampal dentate gyrus for novel environments, but these improve with repeated exposure, while hyperexcitability does not disrupt familiar environments.

This study shows that severing interhemispheric connections in the mouse hippocampus impairs spatial reference memory but not working memory.

The paper shows that silencing hippocampal output impairs spatial reward search using spatial cues but not local cues in a treadmill task.

This paper reviews hippocampal lateralization in rodents and proposes a discrete-continuous hypothesis for spatial memory and navigation.

This study examines lateralized c-Fos expression in the mouse dentate gyrus during different behaviors, finding left-lateralization during object exploration and no difference during wheel running.