Spinal cord injury (SCI) affects approximately 20,000 Australians — and approximately 1,500 new cases occur annually. SCI results in paralysis (partial or complete), loss of sensation, and a range of secondary complications that profoundly affect daily life and health. Once considered inevitably permanent, research is advancing toward treatments that may partially restore function. Grant funding supports research, rehabilitation, peer support, and community inclusion that transforms outcomes for people living with SCI.
Scale
Causes
SCI levels and completeness
Secondary complications
SCI involves much more than paralysis:
- Bladder and bowel dysfunction
- Pressure injuries (significant cause of hospitalisation and mortality)
- Respiratory complications (particularly in cervical SCI)
- Pain (neuropathic pain is common and hard to treat)
- Sexual dysfunction
- Autonomic dysreflexia (life-threatening hypertensive episodes)
- Depression and anxiety (significantly elevated)
- Social isolation
NDIS
Primary funder for people with SCI — equipment, personal care, community access, and some therapy:
- Power wheelchairs and manual wheelchairs
- Home modifications
- Personal care support
- Community access
- Attendant care
TAC (Transport Accident Commission — Victoria)
TAC is a significant funder of SCI rehabilitation and research in Victoria:
- Acute rehabilitation
- Research funding
- Long-term compensation and support
Motor Accidents (state schemes)
CTP insurance in each state funds road trauma SCI rehabilitation.
Workers Compensation
Workplace-caused SCI.
NHMRC and MRFF
SCI cure and treatment research.
Spinal Cord Injuries Australia (SCIA)
Peak national SCI organisation:
- Peer support
- Equipment loan
- Information and advocacy
- NDIS navigation
- Housing
ParaQuad (NSW, QLD, VIC)
State-based SCI organisations:
- Peer support
- Exercise programmes
- Community activities
- Employment support
Craig H. Neilsen Foundation
Major international SCI research funder — Australian researchers eligible.
Wings for Life
International SCI research foundation (Formula 1 associated):
- Funding spinal cord injury cure research globally
- Australian researchers participate
Perry Cross Spinal Research Foundation
Australian SCI research funder named for broadcaster and SCI advocate Perry Cross.
Cure research
The SCI research community is working toward partial or full recovery of function:
- Cell transplantation (olfactory ensheathing cells, stem cells)
- Epidural stimulation (electrical stimulation of spinal cord — enabling voluntary movement in some complete SCI)
- Neuroprotection (reducing secondary injury after acute SCI)
- Gene therapy
- Bioelectronics and brain-computer interfaces
Rehabilitation
Exercise and physical health
Exercise is critical for people with SCI — particularly for cardiovascular health, muscle maintenance, and mental health:
- Wheelchair sports (rugby, basketball, tennis, racing)
- Para-athletics
- Gym programmes adapted for SCI
- Handcycle and cycling
- Aquatic exercise
Assistive technology
Peer support
Peer support — from people with lived SCI experience — is one of the most effective interventions:
- Hospital-based peer visitor programmes
- Community peer support programmes
- Online peer support communities
- Peer mentoring for newly injured people
Mental health
Depression and anxiety rates are very high:
- Adjustment to injury counselling
- Long-term mental health support
- Peer support as mental health intervention
- Suicide prevention (elevated risk)
Housing
SCI requires accessible housing:
- Home modification grants
- Specialist disability accommodation (SDA)
- Accessible housing design education
Employment
Pain management
Neuropathic pain after SCI is common, severe, and hard to treat:
- Multidisciplinary pain clinics
- Pharmacological management
- Non-pharmacological approaches (TENS, mindfulness)
- Research into neuropathic pain mechanisms
Epidural spinal cord stimulation (eSCS) — applying electrical stimulation to the injured spinal cord — has demonstrated dramatic results in some people with complete SCI, enabling voluntary leg movements, standing, and even some stepping. This is one of the most exciting developments in SCI research:
- Multiple research groups showing consistent results
- Not yet widely clinically available
- Philanthropic funding is driving this research
- Australian researchers at the forefront
Cure research momentum
SCI cure research has more momentum than at any time previously — epidural stimulation, cell therapy, and bioelectronics are converging. Philanthropic funding is critical as this research moves toward clinical application.
Peer support evidence
Peer support is one of the best-evidenced interventions for psychological adjustment after SCI — compelling for mental health-focused funders.
Exercise and secondary prevention
People with SCI are at high risk of cardiovascular disease, diabetes, and pressure injuries — exercise and physical health programmes reduce these risks significantly.
NDIS gaps
Not all SCI support needs are met by NDIS — particularly for non-traumatic SCI, those outside NDIS eligibility, and care not covered within plans. Applications addressing these gaps are compelling.
Tahua's grants management platform supports disability and medical research funders working in spinal cord injury — with research grant tracking, rehabilitation outcome measurement, participant support data, and the reporting tools that help SCI funders demonstrate their investment in advancing toward cure and full participation for people living with spinal cord injury.