caudate nucleus and left visceral area, in addition to altered functional connectivity between the basal ganglia, hippocampus, and anterior limbic cortex despite a compensatory increase in the ...

In the first comprehensive, cell-by-cell analysis of brain tissue from individuals with Tourette syndrome, researchers have pinpointed exactly which cells are perturbed and how they malfunction, ...

in the caudate-putamen region within the basal ganglia, which is crucial for controlling movement. These interneurons normally help down-regulate neuronal activity, and their loss may explain why ...

in the caudate-putamen region within the basal ganglia, which is crucial for controlling movement. These interneurons normally help down-regulate neuronal activity, and their loss may explain why ...

the caudate-putamen, that are primarily involved in the control of movement programs, are smaller in people with Tourette syndrome, and our prior studies have found a decrease in interneurons in the ...

C) Wiring diagram of basal ganglia circuitry. D) Normalized difference in cell type proportions comparing TS to control brains assessed using snRNA-seq data. **p-value < 0.001 by paired t-test.

Exposure to air pollution in childhood is associated with reduced brain connectivity The associations persisted throughout adolescence, suggesting persistent disruptions in the normal development ...