Assertion: basal ganglion's nucleus | /r/CapableOf | receive information
Facets:
value: from the cerbral cortices
type: LOCATION
value: from the fornix
type: OTHER
value: from the mammillary body
type: OTHER
value: from noncortical regions of the brain
type: TRANSITIVE-OBJECT
value: from nigra
type: LOCATION
value: from the globus palidus
type: LOCATION
value: from the cerebral cortex
type: TRANSITIVE-OBJECT
value: mainly
type: DEGREE
value: from thalamus
type: OTHER
Source sentences:
text: In the motor circuit the subthalamic nucleus serves as an input nucleus, receiving information from the cortex and thalamus and influencing the conventional route of basal ganglia outflow from the striatum to the output nuclei of the thalamus.
text: Unlike the three previous nuclei that mainly accept information, the globus pallidus is an output nucleus – it sends nervous impulses to various targets outside the basal ganglia chain of command;
text: The subthalamic nucleus receives information from the globus palidus, the cerebral cortex, the substantia nigra, and the mesh substance of the pons.
text: The dorsomedial nucleus, the lateral posterior and lateral dorsal nuclei, and the pulvinar nucleus receive information from the association areas of the cerebral cortices and from noncortical regions of the brain and send information back to the association cortices.
text: The anterior nucleus -- part of the limbic circuitry -- receives information from the mammillary body and from the fornix and sends information to the cingulate gyrus of the cerebral cortex.
text: The small nuclei in the internal medullary lamina (intralaminar nuclei) and the nuclei along the midline of the thalamus receive information from the cerbral cortices, the cererebellum, the reticular formation, and elsewhere and send information widely throughout the cerebral cortices.
text: The small nuclei in the internal medullary lamina (intralaminar nuclei) and the nuclei along the midline of the thalamus receive information from the cerbral cortices, the cererebellum, the reticular formation, and elsewhere and send information widely throughout the cerebral cortices.