Linked from

The 29 pages that link to Cerebellum, each with the reason it gives.

• Vestibular systemRelated: It calibrates vestibular reflexes and supports balance through prediction and correction.

• ThalamusRelated: Cerebellar output passes through thalamic nuclei on its way to cortex.

• Cerebral palsyRelated: Cerebellar injury can underlie ataxic movement and balance difficulties.

• BrainstemRelated: The pons and brainstem pathways connect this movement-coordination region with the cerebrum.

• Muscle toneRelated: Cerebellar dysfunction can be associated with reduced tone and impaired movement coordination.

• Motor coordinationRelated: It compares intended movement with sensory feedback and helps correct errors.

• HypotoniaRelated: Cerebellar disorders can produce hypotonia alongside impaired coordination.

• Essential tremorRelated: Cerebellar networks are implicated in the abnormal rhythmic activity associated with essential tremor.

• TremorRelated: Cerebellar circuit disruption can produce intention tremor as movement approaches a target.

• Hand-eye coordinationRelated: It helps calibrate movement timing and reduce errors in repeated actions.

• Motor cortexRelated: Its feedback loops help motor cortex refine movement timing and accuracy.

• Ataxia–telangiectasiaRelated: Progressive loss of cerebellar neurons drives much of the characteristic incoordination.

• PonsRelated: The pons sends it cortical information through the middle cerebellar peduncle.

• Chiari malformationRelated: The cerebellar tonsils are commonly the tissue that descends in Chiari I.

• Llinás's lawRelated: Llinás's research on cerebellar circuits informed his account of motor generation.