Non-invasive ergogenic neuroprosthesis to improve exercise capacity & therapeutic adaptions in spinal cord injury

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What you need to know

Institution:
Birmingham University / University of British Columbia
Lead researcher:
Dr. Tom Nightingale, Prof. Andrei Krassioukov
Functional target:
Autonomic function
Treatment type:
Neuromodulation, Rehabilitation
  • Cardiovascular disease is one of the leading causes of death for people with a spinal cord injury (with a risk factor three times higher than in the general population, and four-fold risk for stroke).  
  • This research aims to find ways of improving cardio-respiratory fitness in individuals with paraplegia (paralysis of lower legs and body) by using non-invasive transcutaneous spinal cord stimulation (tSCS). 
  • Stimulation of the spinal cord by delivering electrical pulses through the skin has shown the potential to restore function post injury. 

In a nutshell

Spinal cord injury is a complex neurological condition giving rise to a multitudeof disabling outcomes. Those with cervical and upper-thoracic spinal cord injury usually have reduced levels of cardiorespiratory fitness, not only because of paralysis but also cardiovascular dysfunctions. Evidence suggests that only 25% of those with paraplegia have the fitness necessary to maintain independent living, which can be detrimental to quality of life.  

For those with a complete injury between the C5 and T5 spinal segments, exercise is restricted to the upper-limbs and physical capacity is further limited by disrupted cardiovascular control. This means bodies do not adapt appropriately to a bout of exercise, resulting in premature fatigue and reduced physical capacity. Low fitness is also a risk factor in the development of cardiovascular disease, the primary cause of death for people with a spinal cord injury. 

How this supports our goal to cure paralysis.

If successful this would be a non-invasive, accessible, and relatively cheap therapy that can easily be paired with existing activity-based rehabilitation. The normalisation of cardiovascular responses to exercise may allow;  

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