… Prefrontal brain regions have been proposed to modulate vagally mediated heart rate …
brain cortex over the heart through a high temporal resolution estimation of brain-heart coupling. …

… Further, tritiated amino acid injections in some of the cortical … granular cortex, orbital frontal
cortex, prepiriform cortex, … the MPFC brake on parasympathetic outflow would allow heart rate …

… Our findings add to this literature by showing that individuals exhibit a pronounced heart
rate slowing (in effect, a “heartbrake”) in response to rejection feedback when expecting a …

… We then show that the rIFC is also important for pausing and braking responses, in addition
to outright stopping. This broader role for the rIFC could explain why rIFC dysfunction occurs …

… We speculate that the enhanced electro-cortical response to expected acceptance might
be more related to the vACC and reflects the positive valence of this stimulus. Although we …

… as well as a tonic deceleratory drive to the heart. When the tonic inhibitory control of the
output of the CeA by the frontal cortex is reduced such as by pharmacological blockade, CeA …

… by increased autonomic nervous system rigidity assessed by heart rate variability; HRV) and
our … of the neurobiology of brain–heart interaction during perseverative cognition, potentially …

… control of HR by the frontal cortex that were attenuated in our older age group and less
lateralized in our youngest age group. That differences in frontal inhibitory control appear to …

… -sensitive electrodes to investigate the possibility that this functional hyperactivity of the
meso-NAcc system is attributable to a loss of inhibitory control from the medial prefrontal cortex (…

… that as brain activity INCREASES the braking action on the heart INCREASES. While this
may … The frontal lobe areas identified in this study have been implicated in different aspects of …