Publications & Research
At NeuroTechR3, research and innovation are at the core of everything we do. Our technologies are built on evidence-based rehabilitation principles and developed through close collaboration with clinicians, researchers, rehabilitation centers, and academic institutions.
Our team is committed to advancing the field of neurological rehabilitation through ongoing scientific investigation, clinical validation, and dissemination of research findings. We actively contribute to the growing body of knowledge surrounding digital health, movement science, exergaming, telerehabilitation, artificial intelligence, motor recovery, and neuroplasticity.
Through peer-reviewed publications, conference presentations, clinical studies, and collaborative research initiatives, we continue to evaluate the effectiveness, usability, and real-world impact of our rehabilitation technologies across diverse patient populations, including individuals recovering from stroke and children with cerebral palsy.
- Our research portfolio includes:
- AI-driven rehabilitation and personalized therapy
- Exergaming for neurological recovery
- Hand and arm motor rehabilitation
- Stroke recovery and neuroplasticity
- Pediatric rehabilitation and cerebral palsy
- Telerehabilitation and remote patient monitoring
- Digital biomarkers and movement analytics
- Functional assessment and outcome measurement
- Human-centered design and usability studies
- Continuum-of-care rehabilitation solutions
1. Eriksson M, Fleming T, Gross A, Noce N, editors. Overcoming Challenges in Stroke Rehabilitation by Integrating AI and Technology Throughout the Care Continuum ACRM 102nd Annual Fall Conference & Expo; 2025 October 27 – 30, 2025; Chicago, IL.
View the poster here.
2. Vijaywargiya S, Thomas A, Qiu Q, Clayton A, Gross A, Matthews D, Fluet G, Mont A, Dass C, Adamovich S, Eriksson M. Integrating Exergaming Technology into a Camp-Based Therapy Program for Children with Hemiplegia: Feasibility and Outcomes. Archives of physical medicine and rehabilitation. 2026;107(5):e73-e4. doi: 10.1016/j.apmr.2026.02.182
View the poster here.
3. Fluet G, Qiu Q, Saylor A, Gross A, Mont A, Hsu B, Eriksson M. Improved Upper Extremity Function in Individuals with Chronic Stroke by Combining Home-based Exergame Rehabilitation Program Paired with Vagus Nerve Stimulation. Archives of physical medicine and rehabilitation. 2026;107(5):e168-e9. doi: 10.1016/j.apmr.2026.02.414.
View the poster here.
4. Fluet G, Qiu Q, Gross A, Karunakaran K, Gorin H, Rothpletz-Puglia P, Mont A, Eriksson M. Tech-driven Exergaming to Support Therapeutic Activity Targeting Upper Extremity Function in Persons with Central Nervous System Dysfunction – A Convergent Mixed Methods Case Series. Archives of physical medicine and rehabilitation. 2026;107(5):e112-e3. doi: 10.1016/j.apmr.2026.02.279.
View the poster here.
Validation of Assessment Protocol in Rehabilitation Technologies for Hand and Arm (R3THA™)
Usability assessment of R3THA, a comprehensive rehabilitation tool for hand and arm.
HoVRS – RESNA 2019 Conference Proceedings.
Fun and Games: Rutgers virtual reality tools show promise for at-home stroke recovery.
Autonomous Use of the Home Virtual Rehabilition System: A Feasibility and Pilot Study.
NeuroTechR3’s mission extends beyond technology development. We are dedicated to generating clinical evidence that supports improved rehabilitation outcomes, increased access to care, and more engaging therapy experiences for patients and clinicians alike.
Our research helps inform the development of next-generation rehabilitation solutions while providing healthcare professionals with data-driven tools to optimize treatment decisions and monitor recovery progress.
By combining scientific rigor with innovative technology, we are working to create a new standard of care in neurological rehabilitation.
Interested in collaborating on research or clinical studies?
Contact us to learn more about our ongoing projects and research partnerships.