Linked from

The 23 pages that link to Thalamus, each with the reason it gives.

• HypothalamusRelated: It lies adjacent to the hypothalamus and shares the diencephalon with it.

• Basal gangliaRelated: Basal ganglia output influences cortical activity partly through thalamic relays.

• Deep brain stimulationBroader topic: Thalamic targets, including the ventral intermediate nucleus, can reduce tremor.

• MigraineRelated: Altered sensory processing here may help explain light and sound sensitivity during attacks.

• SensationRelated: Many sensory pathways route signals through the thalamus before cortical processing.

• Prefrontal cortexRelated: Thalamic loops help sustain and coordinate activity in prefrontal circuits.

• Sensory processingRelated: Many sensory pathways are filtered and routed through thalamic nuclei before reaching cortex.

• Lateral geniculate nucleusNarrower topic: The lateral geniculate nucleus is one of the thalamus's sensory relay structures.

• Pain thresholdRelated: Ascending signals pass through thalamic pathways involved in conscious pain perception.

• BrainBroader topic: It routes much sensory information to cortical areas for processing.

• Essential tremorRelated: The ventral intermediate thalamic nucleus is a target for procedures that reduce tremor.

• PhotophobiaBroader topic: Thalamic circuits can integrate visual input with pathways involved in pain.

• Psychedelic experienceRelated: Its role in sensory routing makes it relevant to psychedelic changes in perception.

• TremorRelated: Motor thalamic pathways can sustain rhythmic activity associated with several tremor syndromes.

• DiencephalonBroader topic: This major diencephalic subdivision routes signals between the cerebral cortex and other brain regions.

• Altered state of consciousnessRelated: Its changing interactions with cortex are studied in sleep, anesthesia, and psychedelic states.

• Parietal lobeRelated: Most bodily sensory signals reach parietal cortex through thalamic relay nuclei.

• PonsCompared with: It is a major relay center, but it lies in the forebrain rather than the brainstem.

• CerebrumRelated: Most sensory information reaching the cerebrum passes through thalamic pathways.

• WakefulnessRelated: Thalamocortical activity supports the sensory responsiveness characteristic of waking.

• Sensory nervous systemRelated: Most sensory pathways relay through it before signals reach the cerebral cortex.

• Human brainBroader topic: Its routing role connects sensory input with cortical processing.

• Sense organsRelated: Most sensory pathways relay information through the thalamus before reaching the cerebral cortex.