Which part of the brain is primarily associated with Pusher Syndrome?

Pusher Syndrome is primarily associated with the posterior lateral thalamus, which plays a critical role in spatial awareness and body orientation. This condition typically occurs in individuals who have experienced a stroke, particularly affecting the right side of the brain. The posterior lateral thalamus integrates sensory information that helps individuals perceive their body’s position relative to their surroundings. When there is damage in this area, patients may exhibit a tendency to lean or push towards their paralyzed side, as their perception of verticality is altered.

Other brain regions mentioned do have important functions, but they are not primarily implicated in Pusher Syndrome. The frontal cortex is mainly involved in higher-level cognitive functions and motor control. The anterior cingulate gyrus is associated with emotional regulation and executive functions. The vestibular cortex is primarily involved in processing balance and spatial orientation, but it is not the primary location affected in Pusher Syndrome. Hence, the posterior lateral thalamus is the most relevant region to understand the manifestations of this syndrome.