Cerebral Palsy Alliance is working with Monash University and a team of internationally renowned experts on a pioneering research study investigating the safety and use of remotely monitored transcranial Direct Current Stimulation (tDCS) for children and young people with cerebral palsy (CP). Â
The study aims to explore the potential of tDCS—a non-invasive brain stimulation technique—as a complementary therapy that can be administered in the comfort of a child’s home.Â
For many families, especially those in rural or remote areas, frequent visits to clinics for treatment can be difficult. This study brings the possibility of therapy directly to the homes of children with CP.Â
tDCS has been safely used in face-to-face settings and this research will test whether it can be safely and effectively administered at home, monitored by researchers via Telehealth (online video).Â
The study is supported by a team of experts from the USA and uses the latest international research and technological advancements to ensure the highest standards of care and application.Â
The research team are currently recruiting participants for the study:Â Â
Eligible participants: children aged 8-17 with cerebral palsy due to stroke or brain bleed, or PVL, living anywhere in AustraliaÂ
When: five remote sessions of 1 hour duration, with one session delivered per day Â
What happens: Families receive all necessary equipment and support, including instructional videos and live guidance from the research team during each session. The child wears a tDCS headstrap while being guided and monitored by the research team via video call.Â
Is it safe: participant safety is priority. Every session is monitored by experienced researchers trained in pediatric neurology and cerebral palsy. TDCS devices are pre-programmed, ensuring controlled delivery of stimulation.Â
Benefits: while immediate benefits to participants are not guaranteed, the study aims to pave the way for future research that could improve the lives of children with CP.Â
This is a unique opportunity to contribute to cutting-edge research that could shape the future of treatment for cerebral palsy.Â
Call or email us to find out more about this study.
