This review considers the integration of vestibular and other signals by the central nervous
system pathways that participate in balance control and blood pressure regulation, with an …

Objective Indirect evidence suggests that lateralized changes in motoneuron behavior post-stroke
are potentially due to a depolarizing supraspinal drive to the motoneuron pool, but the …

Dysfunction and diseases of the gastrointestinal (GI) tract are a major driver of medical care.
The vagus nerve innervates and controls multiple organs of the GI tract and vagus nerve …

Although electrogastrography (EGG) could be a critical tool in the diagnosis of patients with
gastrointestinal (GI) disease, it remains under-utilized. The lack of spatial and temporal …

The limbs constitute the sole interface with the ground during most waking activities in
mammalian species; it is therefore expected that somatosensory inputs from the limbs provide …

Inputs from the skin and muscles of the limbs and trunk as well as the viscera are relayed to
the medial, inferior, and lateral vestibular nuclei. Vestibular nucleus neurons very quickly …

We recently demonstrated in decerebrate and conscious cat preparations that hindlimb
somatosensory inputs converge with vestibular afferent input onto neurons in multiple central …

The integration of inputs from vestibular and proprioceptive sensors within the central nervous
system is critical to postural regulation. We recently demonstrated in both decerebrate and …

Considerable evidence shows that the vestibular system contributes to adjusting sympathetic
nervous system activity to maintain adequate blood pressure during movement and …

It is well‐documented that feedforward cardiovascular responses occur at the onset of exercise,
but it is unclear if such responses are associated with other types of movements. In this …