A recent study conducted on mice has shed light on the process of how memories are transferred into long-term storage in the brain. Researchers found that as the mice were forming memories during the day, cells in the hippocampus fired in a pattern known as “sharp wave ripples.” These patterns serve as markers that inform the brain to retain those memories for later use.
During the mice’s sleep, these same sharp wave ripples were activated again, solidifying and preserving those memories for long-term storage. This discovery offers valuable insights into how memories are processed and transferred into long-term memory storage in the brain.
Dr. György Buzsáki, a professor of neuroscience at the NYU Grossman School of Medicine, discusses the findings of the study, which was published in the journal Science. The study contributes to our understanding of memory formation and retention mechanisms in both animals and humans.
To support quality science journalism and further research into topics like memory and brain function, consider making a donation to Science Friday. By investing in science journalism, you can help fund important studies that lead to discoveries and advancements in various fields of science, including neuroscience. Your donation can contribute to the continued exploration of how our brains work and how memories are stored and retrieved in our minds.
