Figure 1: Autofluorescence imaging of sensory and motor cortical inputs in the cerebellum. Figure 2: vM1 and vS1 inputs form separate pathways in the pontine nucleus and converge in the lateral ...

identified a link between procedural (implicit) memory, the lateral cerebellum, and cerebral cortex connectivity with the basal ganglia via cerebro-cerebellar networks. These findings were ...

In a previous study, co-lead investigator Naveen Sendhilnathan, Ph.D., of Columbia University showed that in this posterior lateral region of the cerebellum, the activity of neurons called ...

Damage to the midline cerebellum can cause problems such as vision changes, uncoordinated walking, and tremors during movement. Lateral cerebellum: “Lateral” refers to the outer edges of the ...

In a previous study, co-lead investigator Naveen Sendhilnathan, Ph.D., of Columbia University showed that in this posterior lateral region of the cerebellum, the activity of neurons called ...

Lateral Medullary and Inferior Cerebellar Infarction: Diffusion-weighted MRI of the lower medulla. Note the bright signal in the lateral medulla and inferior cerebellum on the left. The abnormal ...

A new study links implicit learning and lateral regions of the cerebellum. New research sheds light on how the human brain learns automatized skills like riding a bicycle, ...

The cerebellum -- a part of the brain once recognized mainly for its role in coordinating movement -- underwent evolutionary changes that may have contributed to human culture, language and tool use.

Lateral Medullary and Inferior Cerebellar Infarction: (Top Left and Right) Flair axial MRIs of the lower medulla; (Bottom Left and Right) Corresponding diffusion-weighted MRI images of the top scans.