Rejuvenating the brain's lymphatic vessels can enhance memory in aging mice by improving the removal of waste products from the brain. This research suggests that targeting the meningeal lymphatics—vessels outside the brain—could be a novel approach to treating age-related cognitive decline without directly crossing the blood-brain barrier ..read more

A new study shows that our brains physically link memories formed close together in time through changes in the dendrites of neurons, rather than in the cell bodies. Using advanced imaging in mice, researchers found that the same dendritic branches are activated when closely timed experiences are encoded, effectively binding the memories ..read more

Fruit flies with genetic mutations that severely reduce sleep show enhanced performance in olfactory memory tasks, challenging assumptions about sleep’s role in cognition. This paradox appears to be driven by increased protein kinase A (PKA) signaling in the mushroom body, a brain region responsible for memory and sleep regulation ..read more

A new study highlights the placenta’s role in neuropsychiatric development, showing that DNA methylation influences gene expression tied to psychiatric disorders. Researchers found strong links between placental DNA methylation and conditions like schizophrenia, bipolar disorder, and major depression ..read more

A new study reveals that memory-related brain activity continues to shift even after learning, challenging traditional views of stable neural representations. Researchers analyzed hippocampal neurons in mice and found that their "place cells," which encode spatial memory, subtly changed each time the mice revisited a familiar environment ..read more

A new study has identified brain regions crucial for remembering words and how they are affected in people with temporal lobe epilepsy. Researchers found that shrinkage in the prefrontal, temporal, and cingulate cortices, as well as the hippocampus, was linked to difficulty recalling words ..read more

A new study finds that women in their 80s who develop increasing daytime sleepiness over five years are twice as likely to develop dementia. Researchers tracked 733 women without cognitive impairment, using wrist devices to monitor sleep and circadian rhythms ..read more

New research challenges the idea that infants cannot form memories, showing that babies as young as 12 months old can encode experiences. Using fMRI scans, researchers found that the hippocampus, a brain region critical for memory, is active in infants during a memory task. These findings suggest that infantile amnesia—the inability to remember early childhood—may be due to retrieval failures rather than an inability to form memories. While humans cannot recall events from their first few years of life, evidence shows that early memories may persist but remain inaccessible ..read more

New research uncovers how the brain processes learning by identifying the exact moment an animal learns a new skill. By observing individual neurons in mice, scientists found that learning occurs much faster than previously thought, in as few as 20 to 40 tries ..read more

A new study found that popular ADHD-related content on TikTok often misaligns with clinical guidelines, potentially influencing how young adults perceive the disorder. Researchers analyzed the top 100 ADHD videos and found that less than half of the claims matched professional diagnostic criteria ..read more