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Reference Videos

IRegained Presentation Series: What is Neuroplasticity?

IRegained Presentation Series: Early Introductin Video

Find out more about the Benefits of the
MyHand® System

Book Demo

Scientific Presentations


Vollebregt, B., Vasiliu, D., Pepe, AM., Vaclav, M., Jain, A., Lawrence-Dewar, JM., Reinikka, K., Johnson, VBK. Functional Changes Secondary to A 6-Week Hand Training Program Using a Novel Concept Rehabilitation Device, American Society of Neuro Rehabilitation, Annual Meeting, Baltimore, 2017.


Coccimiglio, G., Vasiliu, D., Pepe, AM., Jain, A., Lawrence-Dewar, JM., Reinikka, K., Johnson, VBK. Subjective Changes Secondary to A Six-Week Hand Training Program Using a Novel Concept Rehabilitation Device, Northern Health Research Conference, Thunder Bay, 2017


Pepe, A., Vasiliu, D., Vollebregt, B., Jain, A., Reinikka, K., Lawrence-Dewar, J., Johnson, VBK. Evaluation of a novel hand training device and program on muscle pattern activity following stroke, World Stroke Congress, Montreal, 2018.


Vollebregt, B., Reinikka, K., Vasiliu, D., Pepe, AM., Jain, A., Lawrence-Dewar, JM., Johnson, VBK. The Impact of a Hand Training Programme in Chronic Stroke Survivors: A Qualitative Analysis of a Community Based Program, Northern Constellations Conference, Thunder Bay, 2018.


Doan, A., Cayen, K., Marshall, M., Pilon, S., Dumais, E., Singh, RJ., Johnson, VBK., Grewal, R. Neurorehabilitation of the Hand in Chronic Stroke, Advances in Stroke Recovery Conference, Toronto, 2023.


Meltzer, JA., de Grosbois, J., Marshall, M., Dumais, E., Alibhai-Najarali, S., Wang, G., Heleno, M., Pan, S., Arya, A., Shao, J., Nelson, A., Johnson, VBK., Harris, JE. Changes in Hand Function After Three-weeks of Training Using a Novel Passive Device, Advances in Stroke Recovery Conference, Toronto, 2023


Meltzer, JA., de Grosbois, J., Marshall, M., Dumais, E., Alibhai-Najarali, S., Wang, G., Heleno, M., Pan, S., Arya, A., Shao, J., Nelson, A., Johnson, VBK., Harris, JE. Changes in Neurophysiological and Upper Extremity Activity After 15-hours of Hand Function Training in Chronic Stroke, Rotman Research Institute Conference, Toronto, 2023.


Meltzer J., de Grosbois J., Marshall M., Dumais E., Alibhai-Najarali S., Wang G., Heleno M., Pan S.Y., Arya A., Shao J., Shima M., Rogojin A., Nelson A., Johnson V.B.K., Harris J.E. Changes in Hand Function in Chronic Stroke After Using a Novel Passive Hand Function Therapy Device for 3-Weeks, RehabWeek, Singapore, 2023.


Meltzer, JA., de Grosbois, J., Dumais, E., Marshall, M., Wang, G., Alibhai-Najarali, S., Heleno, M., Pan, S., Arya, A., Shao, J., Nelson, A., Harris, JE., Johnson, VBK. The Impact of Training Hand Function with a Novel Device in a Sample of Chronic Stroke Patients, American Society of Hand Therapists Annual Meeting, San Antonio, 2023.


Meltzer, JA., de Grosbois, J., Marshall, M., Dumais, E., Alibhai-Najarali, S., Wang, G., Heleno, M., Pan, S., Arya, A., Shao, J., Nelson, A., Johnson, VBK., Harris, JE. Cortical and Functional Changes in Hand Function After 3-Weeks of Training Using a Novel Passive Device, American Society of Neurorehabilitation Annual Meeting, Charleston, 2023


Doan, A., Dumais, E., Beauchamp, S., Prefetto, S., Shima, M., Dorman, S., Singh, R.J., Johnson, V.B.K., Grewal, R. Cognitive Load and Game Preferences in the Gamification of Neurorehabilitation-Centric Hand Exercises in Chronic Stroke, World Congress on Virtual Rehabilitation, Amsterdam, 2024.


Nelson, A., Rehsi, R., Shima, M., Dumais, E., Rogojin, A., Meltzer, J., Johnson, V., Harris, J., Marshall, M. The impact of hand function training with a novel device in a sample of chronic stroke patients, World Congress for NeuroRehabilitation, Vancouver, 2024


Shima, M., Marshall, M., Dumais, E., Subramanian, S., Dorman, S., Johnson, V., Li, C., Change in Hand Sensorimotor Functioning Post-Stroke Resulting from Hand Function Therapy, American Physical Therapy Association-Combined Sections Meeting, Houston, 2025

FAQ (FREQUENTLY ASKED QUESTIONS)

  • The company founders, both actively engaged in operations are Vineet Johnson, a physiotherapist and neuroscientist by profession with a deep research background in neuroscience and neurorehabilitation and Ranjit Stanley, a USA based registered physical therapist with 25+ years of clinical experience in dealing with patients with disabilities from complex neurological and musculoskeletal conditions.
  • Target patient population:
    1. Patients with impairment of hand function due to stroke, traumatic brain injury or spinal cord injury
    2. Patients with impairment of hand function from neuromuscular and neurological disorders
    3. Patients with impairment from musculoskeletal or other orthopedic conditions
    4. Patients with impairment of hand function from motor vehicle accidents, industrial accidents, or other sources of injury.
    5. Individuals with general reduction in hand function due to aging
  • The MyHand® is a patient-driven class I medical device for hand rehabilitation. It provides the ability to train fine and gross function of the hand and fingers by displaying the movement of the fingers and hand during exercise in a digital engaging environment while the hand is obscured from view.
  • Please refer to the videos available down below for more information
  • You may also request a demo for further inquiries.
  • We have used our deep understanding of neuroplasticity and recovery after stroke or brain injury to create and validate 16 unique hand function protocols. These protocols focus on improving different hand movements and skills needed for activities of daily living (ADL).
  • The physical features of the MyHand® System, such as height and arm/wrist support, are customized to meet each patient's specific needs and comfort. In addition, suitable feedback systems are incorporated to enhance the user experience.
  • A clinician using the MyHand® System can assess the user's current hand function using the device and they can choose the appropriate exercise protocol accordingly.
  • Neuroplasticity refers to the brain’s ability to reorganize itself by forming new neural connections throughout life. This dynamic process is essential for learning, memory, and recovery following neurological injury. It enables the brain to compensate for damage by rerouting functions to undamaged areas and optimizing existing neural networks.
  • Neuroplasticity riven by factors like sensory input, motor activity, environmental changes, and targeted therapeutic interventions.
  • It plays a critical role in rehabilitation, particularly in conditions like stroke, traumatic brain injury, and neurodegenerative diseases.
  • IRegained MyHand® is FDA and Health Canada's HPFB registered and available for commercial sale.
  • You may request for a demo by clicking the Request For Demo button at the top right corner of the website.