Neuroscience News · 实时热榜

A new study reveals that detailed personalized feedback from humanoid robots causes immediate cognitive overload after errors, slowing immediate recovery despite improving long-term task performance.

A new study demonstrates the feasibility of recall-by-genotype research using the diverse BioMe biobank.

Increasing mechanical strain causes particle interactions to erase prior directional memory, providing a physical model for how short- and long-term biological memories compete and overwrite.

A new study demonstrates that SuperAgers cannot be distinguished from cognitively average peers by APOE status or polygenic risk scores.

A new study reveals that greater Japanese horseshoe bats asymmetrically adjust their echolocation call frequencies to align with colony mates.

A new study links six or more hours of daily social media use to a two-fold increase in anxiety and a three-fold increase in suicidal ideation among youth.

By measuring allele frequency changes across adult age groups, the team identified 168 variants under active selection, including 71 pathogenic mutations under purifying selection.

A long-term hyena study reveals female reproductive inequality exceeds male inequality over multiple generations.

A new study shows that lipoic acid trisulfide (LASSS) protects hepatocyte growth factor (HGF) from age-related nitration.

Using site-specific knockout mouse models, researchers found that GIPR agonists suppress appetite via the brainstem, while GIPR antagonists act in the hypothalamus to release a "brake" on hindbrain satiety.

A new study uses the HiToP framework to map motor symptoms to mental health dimensions in nearly 3,500 individuals.

Researchers found that elevated acid ceramidase in senescent cells increases their susceptibility to ferroptosis and transfers this vulnerability to adjacent tissue.

A new study introduces FlatMux, a two-photon voltage imaging platform that records electrical signals from nearly 200 neurons at up to 2,000 frames per second.

A new study shows that 3D genome architecture is altered in prefrontal cortex cells of individuals with Alzheimer's disease.

A new study reveals that the human brain undergoes major shifts in 3D genome architecture and gene regulation starting in midlife.