Summary: Why do we suddenly feel motivated when we walk into a familiar coffee shop or see a favorite restaurant sign? New research identifies a physical intersection in the brain where memory and desire meet, revealing how spatial maps and emotion-driven motivation combine to guide goal-directed behavior. Researchers found that two distinct parts of the … Read more

Summary: Why can some memories feel as vivid and detailed as photographs? A new human study has decoded the neural language behind visual imagination. By recording electrical activity from individual neurons in patients with implanted electrodes, researchers found that imagining an object reactivates many of the same cells that fired when the object was originally … Read more

Summary: Dragonflies and humans appear very different, but new research shows they share an almost identical molecular solution for sensing red light. Scientists discovered that dragonflies evolved a red-sensitive opsin using the same chemical mechanism that underlies red vision in mammals. This rare example of parallel evolution reveals a protein sensitive up to about 720 … Read more

Summary: Why does Alzheimer’s disease (AD) destroy some neurons while leaving neighboring cells intact? With a significant five-year grant from the National Institutes of Health, researchers at the USC Stevens Neuroimaging and Informatics Institute are building a detailed, multiscale digital model of the hippocampus to address this question. The project aims to trace how changes … Read more

Summary: A new artificial intelligence “digital twin” model shows that psychological and social factors—especially loneliness, insomnia and poor mental health—are far stronger predictors of future Type 2 diabetes than commonly appreciated. The study analyzed lifestyle and health data from 19,774 UK adults followed for up to 17 years. Unlike conventional medical risk tools that rely … Read more

Summary: A new study suggests the future of Alzheimer’s treatment may lie in a combination therapy approach, modeled on oncology strategies. Researchers report that pairing existing anti-amyloid antibodies with small, drug-like molecules inspired by resveratrol (found in grapes and berries) and curcumin (from turmeric) produces a more effective “search-and-destroy” effect against toxic amyloid proteins in … Read more

Summary: For young survivors of the October 7, 2023 attacks, the consequences of war extend beyond memory and emotion into the nervous system. A new study shows that almost half of the children evaluated now experience atypical sensory processing, which makes everyday sights and sounds feel threatening and contributes to persistent anxiety and withdrawal. Ten … Read more

Summary: For years, researchers have puzzled over why autism is diagnosed three to four times more often in males than in females. A new study now provides a molecular explanation: mutations in the MDGA1 gene disrupt the balance of brain circuits and produce autism-like traits in males. Female brains are protected by estrogen signaling, which … Read more

Summary: GLP-1 medications such as semaglutide (Ozempic, Wegovy) and tirzepatide (Mounjaro, Zepbound) have reshaped obesity treatment, but patient responses vary widely: some people lose more than 20% of their body weight while others see less than 5% loss. A large genetic study now explains much of this variability by linking specific gene variants to both … Read more

Summary: Autism spectrum disorder (ASD) involves more than 100 genes, making a single universal drug unlikely. Researchers at Yale used larval zebrafish to build a “pharmaco-behavioral” map that links drug-induced behavioral signatures with genetic forms of autism to find candidate treatments. In the study, the team screened 774 U.S. Food and Drug Administration (FDA)-approved drugs … Read more