SCIReal SCI research is happening — stimulation, regeneration, neurotechnology, rehab science — and people with SCI deserve a way to engage with it that's neither naive hope nor reflexive cynicism. Here's how trials work, how to find real ones, what to ask, and how to tell research from marketing. (For the marketing side, see stem cells & peptides and avoiding scams.)
Trial literacy in five minutes
- Phases: Phase 1 = safety, small groups (don't expect benefit); Phase 2 = does it work at all; Phase 3 = does it beat standard care in large groups. Most "breakthrough" headlines describe Phase 1–2 results in a handful of people.
- Acute vs chronic eligibility is the big filter: many trials only enroll within days or weeks of injury; others specifically want chronic injuries. Your injury date, level, and completeness (AIS grade) drive what you're eligible for.
- Legitimate trials are registered on ClinicalTrials.gov with an NCT number, an institutional review board (IRB), and a named principal investigator. No NCT number = not a clinical trial, whatever the website says.
- You generally don't pay to participate. Trials may not cover travel/lodging (ask!), but charging you tens of thousands for the experimental product itself is the signature of a clinic selling hope, not science. (Rare legitimate "expanded access" exceptions exist — verify through your physiatrist.)
Finding real trials
- Search ClinicalTrials.gov for "spinal cord injury," filtered to "Recruiting" — then filter by your time-since-injury and location.
- Ask at your SCI Model System center — they run and know the credible studies, and can flag which are worth your time.
- Follow research through the Reeve Foundation and the American Spinal Injury Association rather than press releases.
- Our research & trials forum is the place to compare notes with others who've enrolled.
Questions to ask before enrolling
- "What's the NCT number, and who is the IRB?" (Look it up yourself.)
- "What phase is this, and what did earlier phases show?"
- "What exactly happens to me — procedures, surgeries, visits, time commitment, washout of my current meds?"
- "What are the risks to function I still have?" — the question that matters most with incomplete injuries.
- "Who pays for travel, lodging, and treating complications? Am I compensated?"
- "If it works, do I keep access afterward? If I withdraw, what happens?"
- Take the consent form to your physiatrist before signing. A legitimate study team encourages that; pressure to sign fast is disqualifying.
The current landscape, honestly
- Epidural and transcutaneous spinal stimulation — the most promising area, with real published gains in some participants (motor function, blood pressure, bladder); still experimental, results vary person to person, and outside trials it's mostly unavailable. (Our stimulator guide.)
- Exoskeletons — real and FDA-cleared for rehab/therapy use; distinguish gym-based therapy value from everyday-mobility marketing.
- Activity-based therapy & FES — solid evidence for health benefits (bone, circulation, spasticity), regardless of recovery claims. (Adaptive fitness.)
- Cell therapies — legitimate registered trials exist; everything sold today for cash is not them. (Full guide.)
- The honest summary: nothing currently reverses chronic SCI. Participating in research is a contribution and a chance — framed that way, it's worth doing; framed as your cure, it sets you up to be exploited.
Sources & Further Reading
- ClinicalTrials.gov — the registry; search "spinal cord injury" + Recruiting
- NIH Clinical Research Trials and You — how trials work, rights of participants
- Spinal Cord Injury research — National Institute of Neurological Disorders and Stroke
- A Closer Look at Stem Cells — ISSCR's guide to evaluating claims
SCI.help articles are information, not medical or legal advice. Practice varies by injury, provider, institution, and state — always confirm specifics with your own care team or qualified professional.