Neuro-doping and the spirit of para sport
Researchers at the University of Birmingham are sounding the alarm on the growing risk of “electroceuticals” in para sport.
They argue that the use of spinal cord stimulation systems should be reviewed by the World Anti-Doping Agency to protect the integrity of para sport against the emerging threat of “neuro-doping”.
The authors shared their opinion in a recent paper published by Sports Medicine, citing evidence that spinal cord stimulation (SCS) systems can have a positive impact on performance. They also note how new, commercially available models can be activated and controlled with a wireless remote. This presents real concerns about the potential for misuse, malfunction, or even cyber interference.
To be clear, we are talking about a world in which an athlete, their coach, or opponent could press a button to send electronic pulses through a competitor’s spinal cord during competition in order to modulate performance.
Right now, SCS devices are typically used to help people manage chronic pain, or to regulate their heart rate and blood pressure. These benefits can be life-changing for people with significant neurological conditions such as spinal cord injury, MS, Parkinson’s, or cerebral palsy. So, it will be essential for regulators to carve out space in the rule book that allows for legitimate, therapeutic use.
Para sport is the realm of “Blood, Sweat, and Gears” — a space where pushing the edges of technology is often fundamental to athletic success. We have sport chairs welded with titanium alloy and prosthetics built from carbon fiber. There have always been wide disparities between the athletes who can afford the latest tech and those who cannot. Now, neuro-doping appears to be the next phase in the evolution of the cyborg athlete.
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How new threat of neuro-doping is 'violating the spirit of sport'