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A dissociative state is caused by slow rhythmic firing of deep neurons in the retrosplenial cortex in mice or the homologous posteromedial cortex in humans
Strengthening of the developing retinogeniculate circuit in mouse pups is promoted by a neuronal receptor and locally restricted by the microglial release of the receptor’s ligand.
Considering the influence of stress on research participants during the pandemic and beyond may provide new insights and benefit the broader field of human neuroscience.
Juvenile social isolation in mice reduces a recruitment of medial prefrontal cortex (mPFC) to posterior paraventricular thalamus social behaviour circuit and thereby reduces sociability in adulthood.
Scientific meetings are an opportunity to promote research and researchers. Anne-Marie M. Oswald and Srdjan Ostojic describe ways to promote diversity at the conference podium.
Progenitor cells in fetuses carrying Huntington disease-associated mutations show differences to controls, suggesting the disease may have a developmental component.