LAUSR

Abstract Individuals with spinal cord injury (SCI) experience life-threatening cardiovascular events and various autonomic consequences in addition to the well-appreciated motor and neurological impairments. As a result, cardiovascular disease is a major cause of death after SCI, corresponding to a two-to-fourfold increased risk of cardiovascular events. A combination of neuroanatomical changes, unstable blood pressure, and rapid deconditioning as a result of decreased physical activity likely contributes to accelerated cardiovascular disease progression after SCI. Aortic pulse wave velocity (aPWV) is considered the gold-standard technique for evaluating central arterial stiffness, which itself is a correlate for greater cardiovascular disease risk in healthy individuals and a plethora of clinical conditions. In this review, we discuss central arterial stiffness after SCI, and demonstrate that it is consistently elevated in this population 2–3 m/sec, which corresponds to a 30–45% increased risk of cardiov...