extrathalamic

researchers discovered extrathalamic pathways that bypass the thalamus entirely.

extrathalamic modulation of cortical activity has been observed in certain neurological conditions.

the extrathalamic connections provide an alternative route for sensory information.

damage to extrathalamic structures can lead to unexpected cognitive deficits.

extrathalamic mechanisms compensate for thalamic dysfunction in some patients.

neuroimaging revealed extensive extrathalamic networks in the human brain.

the extrathalamic system represents a parallel processing pathway.

extrathalamic inhibition plays a key role in sleep regulation.

understanding extrathalamic circuits is essential for developing new treatments.

extrathalamic sensory processing occurs in the cortex independently.

the extrathalamic projections from the amygdala play a crucial role in emotional processing.

recent studies have focused on extrathalamic contributions to consciousness.