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Bringing High-Dose Neurorestorative Behavioral Training Into the Acute Stroke Unit
Mona N Bahouth1, Elizabeth K Zink, Omar Ahmad
1From the Department of Neurology, Johns Hopkins School of Medicine, Baltimore, Maryland (MNB, EKZ, OA, SRZ, VCU, JWK); Department of Neuroscience Nursing, Johns Hopkins Hospital, Baltimore, Maryland (EKZ); MSquare Healthcare, Baltimore, Maryland (PR); Department of Physical Medicine and Rehabilitation, Johns Hopkins School of Medicine, Baltimore, Maryland (JWK); and Department of Neuroscience, Johns Hopkins University School of Medicine, Baltimore, Maryland (JWK).
This pilot program introduces restorative neuroanimation, a novel video-gaming intervention, to enhance early stroke recovery. The approach aims to maximize brain repair and functional improvement during a critical period of heightened neuroplasticity.
Area of Science:
- Neuroscience
- Rehabilitation Medicine
- Digital Therapeutics
Background:
- Stroke is a primary cause of adult disability, with limited advances in early behavioral recovery and brain repair strategies.
- Current acute stroke unit care often lacks sufficient intensity and dose of training to leverage critical periods of neuroplasticity for optimal recovery.
- Patients may experience impairment beyond spontaneous recovery due to insufficient targeted interventions.
Purpose of the Study:
- To reconfigure the acute stroke unit experience to emphasize brain repair and functional recovery.
- To introduce and evaluate a novel room-based video-gaming intervention, restorative neuroanimation, in the acute stroke setting.
- To optimize a digital therapeutic approach for high-intensity, neurorestorative behavioral treatment.
Main Methods:
- Implementation of a pilot program focused on brain repair within an acute stroke unit.
- Introduction of a novel room-based video-gaming intervention (restorative neuroanimation).
- System redesign to integrate the intervention, stratify patients, optimize the digital therapeutic, and ensure post-discharge support.
Main Results:
- The intervention provides an additional hour(s) of high-intensity neurorestorative behavioral treatment.
- Restorative neuroanimation complements conventional rehabilitation approaches.
- The program aims to maximize true recovery by exploiting heightened brain plasticity.
Conclusions:
- A novel digital therapeutic, restorative neuroanimation, has been introduced into the acute stroke setting.
- This intervention offers a new avenue for intensive behavioral treatment to promote brain repair and functional recovery.
- The program's success relies on system integration, patient stratification, and sustained post-discharge effects.
