Discussion
RVT
Relative to visual Exteroception, respiratory Interoception was characterized by pervasive neural deactivation in prefrontal, somatomotor, striatum, and temporoparietal regions. This finding deviates from previous respiratory interoception studies (Alternatively, slower and deeper breathing during the Active Interoception condition could suggest that neural activation differences may be predicated on gross physiological changes driven by different respiration rates, RVT, and spontaneous end-tidal COThe right anterior insula, commonly implicated in investigations of interoceptive accuracy (