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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. -
Dec 18, 2018Press ReleaseOne night of sleep loss can increase the desirability of junk foods, finds a study of healthy weight young men published in JNeurosci. -
Dec 11, 2018Press ReleaseThe brain updates its preferences in real-time in order to choose between two equally attractive options, reveals a human neuroimaging and eye-tracking study published in JNeurosci. -
Dec 04, 2018Press ReleaseActivation of the anterior insular cortex — a brain region implicated in drug abuse — rather than drinking history or motivation for alcohol predicts relapse after a month of abstinence, reports a study of male rats published in JNeurosci. -
Dec 04, 2018Press ReleaseFemale mice destined to develop Alzheimer's-like pathology and related cognitive impairments display a unique pattern of fluctuation in sex hormones during the ovarian cycle, finds new research published in eNeuro. -
Dec 04, 2018Press ReleaseModerate damage to the thoracic spinal cord causes widespread disruption to the timing of the body's daily activities, according to a study of male and female rats published in eNeuro. -
Nov 22, 2018Press ReleaseDrummers and brass players are better able to judge the timing of visual stimuli than members of the color guard, according to a naturalistic study of the world-class drum corps Bluecoats published in eNeuro. -
Nov 20, 2018Press ReleaseThe recreational drug known as ecstasy or molly may help people regain trust in others after being betrayed, suggests results of a controlled laboratory study, published in JNeurosci, of healthy men given a pure form of the substance. -
Nov 20, 2018Press ReleaseThe anterior cingulate cortex integrates disparate information about the desirability and amount of an option to inform choice, according to findings published in JNeurosci. -
Nov 13, 2018Press ReleaseA tissue-like structure created from human stem cells and implanted into a damaged region of the mouse brain improves cell survival and differentiation relative to conventional, cell-based methods, according to research published in eNeuro.
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