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Exercise heart rate and physical activity after SCI

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Why study physical activity and participation? High-level SCI can cause damage to nerves that regulate the cardiovascular system, making it hard for affected individuals to regulate their heart rate and blood pressure. As a consequence, blood pressure can be very low in people with high-level SCI, and their heart rates are often slow and fail to increase as they should during exercise. Continue reading

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Arterial stiffness after SCI and interventions

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What is “central arterial stiffness,” and why is it important? Arterial stiffness is the consequence of many modifiable and non-modifiable factors that include age, gender, physical activity levels, family history, diet, body composition, and blood pressure level. An increase in arterial stiffness is directly correlated with cardiovascular (CV) disease and the hardening and loss of elasticity of the arteries in the heart and brain. Continue reading

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The costs of autonomic dysreflexia for people with SCI

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What is Autonomic Dysreflexia (AD)? AD is a life-threatening condition that can develop as a common secondary condition for people with spinal cord injuries. It is triggered by an overstimulation of the autonomic nervous system—the system responsible for all unconscious bodily functions such as the heart control and breathing. Continue reading

 
 

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