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Jan 15, 2019Press ReleaseReporting their results in JNeurosci, researchers observed grey matter volume differences in teenagers who reported using recreational marijuana just once or twice. -
Jan 15, 2019Press ReleaseNew research published in JNeurosci broadens our understanding of a common learning disability to include alterations in lower as well as higher brain structures. -
Jan 15, 2019Press ReleaseResearch published in eNeuro identifies cells in the brains of male rats that appear to control future food intake by preserving memories of past meals, lending support to the idea of boosting meal memories as a strategy for managing overeating. -
Jan 08, 2019Press ReleaseA mouse study published in JNeurosci shows how abnormal brain development and maternal stress may interact to produce schizophrenia, bipolar, and depressive disorders. -
Jan 08, 2019Press ReleaseInterfering with the production of newborn neurons in the hippocampus may help to mitigate stroke-induced memory impairments, suggests new research published in JNeurosci. -
Jan 08, 2019Press ReleaseNeuroimaging data obtained from a small group of smokers predicts the influence of a large anti-smoking media campaign targeting likely smokers, shows a new study published in JNeurosci. -
Dec 25, 2018Press ReleaseThe relationship between socioeconomic status (SES) and brain anatomy is mostly stable from childhood to early adulthood, according to a longitudinal neuroimaging study of more than 600 healthy young people published in JNeurosci. -
Dec 25, 2018Press ReleaseResearchers applied a machine learning technique, described in eNeuro, that could potentially translate patterns of activity in fear-processing brain regions into scores on questionnaires used to assess a patient's fear of pain. -
Dec 25, 2018Press ReleasePublished in JNeurosci, a comprehensive study of monkeys given the breast cancer drug Letrozole reveals side effects that impact the brain. -
Dec 18, 2018Press ReleaseResearch in male mice published in JNeurosci demonstrates activation of microglia in the spinal cord is responsible for increased pain sensitivity in response to stress.
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