Project Spark is bringing world-class rigour to one of the most exciting frontiers in spinal cord injury research. Early studies overseas have shown remarkable improvements in movement and function using non-invasive neurostimulation—but large, scientifically robust trials are still missing. Project Spark is filling that gap, delivering the rigorous research needed to confirm and refine these promising treatments so they can one day be available to everyone who could benefit.
WHAT IS
NEUROSTIMULATION?
Neurostimulation is using electricity to stimulate the spinal cord. Traditionally we’ve only been able to stimulate the muscles directly. Now we can hone into the nerves that control the muscles directly from the spinal cord itself. It’s a simple idea but it has potentially revolutionary results.
If you think of a spinal injury like a crash on a 4-lane motorway. Some roads are blocked, Neurostimulation finds ways to get around these blockages so the traffic can still flow. Messages from the brain can still reach their destination. Watch the video for a full breakdown, it’s truely fascinating and life changing.
DO YOU KNOW SOMEONE WHOSE
LIFE COULD CHANGE ON THESE TRIALS?
Or could you benefit yourself? If you live with a spinal cord injury or know someone who does then please go to our trial page
We need people to help us test this promising new technology and hopefully bring it into our everyday lives.
PROJECT SPARK CLINICAL TRIALS
The RRULI trial
WHAT: Neurostimulation and Acute Intermittent Hypoxia
FOR: Arms, hands and breathing
WHO: Quadriplegics
WHERE: Multiple centres inc Melbourne and Sydney
WHEN: 2024
More info
Team lead: Prof David Berlowitz
Institution: University of Melbourne
Intervention: Transcutaneous (non-invasive) neurostimulation, Acute Intermittent Hypoxia and Exercise therapy.
Primary targets: Upper limb and respiratory function
Eligibility:
- Incomplete quadriplegia
- At least 1 year post injury
Duration: TBC.
Enrolling: Enrolling now.
Number of volunteers needed: 96
More info: [email protected]
Media summary: Exercise for people with longstanding spinal cord injury makes weak muscles stronger, but weakness returns when exercise training stops. We have early evidence that both electrical stimulation of the spinal cord through the skin, and breathing very short bursts of low oxygen levels, when added to exercise training, may produce longer lasting benefits. This trial will determine which combinations of these treatments shows the most promise.
eWALK 2
WHAT: Neurostimulation
FOR: Walking
WHO: Incomplete cervical or thoracic SCI
WHERE: Multiple trial Australia and international trial sites.
WHEN: Recruiting now
More info
Team lead: Prof Jane Butler
Institution: Neuroscience Research Australia (NeuRA)
Intervention: Transcutaneous (non-invasive) neurostimulation or sham stimulation
Primary target: Standing/walking
Eligibility:
- Incomplete paraplegics and quadriplegics
- At least 1 year post injury
- Aged 16 years or older at the time of consent and able to give informed consent
- Diagnosed with a spinal cord injury between the levels of C2 and T12
- Willing and able to participate in a training program three times a week, for 12 weeks
- Able to take at least two steps with no harnessed body weight support. The steps may be completed with assistance (physically swinging the leg through by the therapist is not allowed), braces, gait aids or within parallel bars
- Have reflex responses in at least one anterior thigh muscle when stimulated with spinal stimulation
- Have a minimal amount of voluntarily activity in one or more leg muscles
Duration: 12 weeks, 3 visits/week
Enrolling: 88 volunteers starting 2024
More info: [email protected]
ALEX
RICHTER
‘I’M SO EXCITED TO BE ON THE TRIAL. IT COULD CHANGE SO MUCH’
Alex Richter, suffered a Spinal Injury while Mountain biking at age 16, in year 11 at school. Alex is amazingly positive. But still, his paralysis means he’s completely dependent on people around him. He has limited arm and hand movement which he works hard on improving with intensive physiotherapy sessions.
This could make a huge difference to Alex’s independence and quality of life. He says, “All we can do from here is keep going. A cure is one thing which would be incredible, but even a tiny bit of function improvement would make a huge difference to my life.”
WHAT WOULD YOU HAVE TO DO?
Time is all we ask of you. Two to three weekly visits over a period of 6 weeks to receive the most advanced, groundbreaking treatment available anywhere in the world.
This video from Dr. Claire Boswell-Ruys, a Senior Research Fellow at NeuRA, goes into more detail about what you should expect on the trial.
But as Alex Richter says in the video above, “you just sit back and relax while they do all the hard work”.
YOUR QUESTIONS ANSWERED
If you have further questions then please do not hesitate to get in touch, email [email protected] or call 1800 SPINAL (1800 774625)
Yes I want to help make the unbelievable, believable.
FOLLOW THE STORY
This is only the beginning. Neurostimulation has the potential to change lives and we’ll be following it all the way. Join us on our Insta as we bring you all of the breakthroughs, the highs and the lows on this journey to making the unbelievable, believable.
DONATE TODAY
Your support can help turn groundbreaking research into real change for people living with spinal cord injury. Every donation to Project Spark fuels world-class clinical trials of promising neurostimulation treatments—bringing us closer to restoring movement, independence and hope. Together, we can help make recovery after spinal cord injury a reality.
