Columbia study highlights key role this gene plays in essential biological processes; offers promising new target for combating PTSD, a disorder that impacts women more than men.
Columbia research demonstrates that the brain’s primitive sensory region also participates in sophisticated learning.
Columbia-led discovery in mice aids efforts to map the circuitry of the brain’s learning center; stands to inform studies of psychiatric disorders in which this circuitry goes awry.
By investigating the phenomenal memory of chickadees, Dmitriy Aronov, PhD, brings a fresh approach to studying how our own brains remember. Now he’s being recognized as one of the nation’s top early-career scientists.
Columbia study in mice reveals importance of memory in driving key social behavior; offers insight into psychiatric disorders such as schizophrenia.
New study reveals that the brain plays back and prioritizes high-reward events for later retrieval and filters out the neutral, inconsequential events.
Meet the scientists leveraging technological advances to reveal aspects of the disease long hidden from view.
Columbia scientists reveal new details of how a naturally occurring hormone can boost memory in aging mice, laying the groundwork for staving off this form of memory loss in people.
As millions of teens head back to the classroom, discover what the latest research into the adolescent brain reveals about how teens learn and interact with their environment.
New study in mice shows how the brain learns to reproduce patterns of brain activity that lead to reward; provides insights for treating addiction and obsessive-compulsive disorder.
