High-level spinal cord injury can lead to cardiovascular dysfunction, including disordered
hemodynamics at rest and autonomic dysreflexia during noxious stimulation. To restore …

Cardiovascular dysfunction often occurs after high-level spinal cord injury. Disrupting
supraspinal vasomotor pathways affects basal hemodynamics and contributes to the …

Cardiovascular dysfunction usually occurs after high thoracic and cervical spinal cord injury
(SCI). The disruption of supraspinal vasomotor pathways (SVPs) results in the loss of …

When the spinal cord is injured at or below thoracic level 5 (T5), cardiovascular control is
markedly unbalanced as the heart and blood vessels innervated by upper thoracic …

Autonomic dysreflexia (AD) is a serious cardiovascular disorder in patients with spinal cord
injury (SCI). The primary underlying cause of AD is loss of supraspinal control over …

Following spinal cord transection (SCT), sensory input to the spinal cord causes increases in
arterial pressure that are small in rats 1 week after SCT, but become large and well …

Autonomic dysreflexia is a common complication in high spinal cord injury and can result in
serious consequences and death. Here we have examined the effect of acute …

Damage to the central nervous system, as in the case of spinal cord injury (SCI), results in
disrupted supraspinal sympathetic influence and subsequent cardiovascular control …

In patients with spinal cord injury, cardiovascular disturbances such as hypotension,
bradycardia and autonomic dysreflexia can be directly linked to abnormalities of central …

In previous studies, we have demonstrated that spinal grafting of human or rat fetal spinal
neural precursors leads to amelioration of spasticity and improvement in ambulatory function …