IRegained is a digital neurotherapeutics (DTx) company that has developed an FDA-registered, patented, smart, digital rehabilitation system that helps patients “rewire” their brain through the power of neuroplasticity, empowering people who have suffered a stroke, TBI or musculoskeletal injury, reclaim unassisted use of their hands. The MyHand® System has been clinically validated and is now available for commercial sale.

The System is a “smart”, cloud-connected, mechatronic device with clinically-effective, targeted finger and hand training protocols that enhance neuroplasticity and accelerate recovery of lost hand function.

Patients have demonstrated an improved ability to grasp and perform basic activities of daily living after only a few weeks of therapy. The System also incorporates a scientifically robust, engaging and gamified interface to promote neuroplasticity and encourage adherence to rehabilitation plans.

A stroke is a life-changing event. Reversing its effects can be one too.

We can't undo the stroke but we can help with the process of recovery.

IRegained is a digital neurotherapeutics (DTx) company that has developed a scientifically proven, smart, in-clinic digital rehabilitation system to rewire the brain through the power of neuroplasticity, empowering stroke and traumatic brain injury survivors to assist in use of their hands- it’s The MyHand™ System.

Our approach is function oriented: Patients using the MyHand™ System identify the task/Activity of daily living (ADL) they want to achieve (for example sign a document, hold a coffee mug, play the guitar etc.), and follow the corresponding protocols that targets that particular function. As the patient progresses with the task, skills gained are often transferred to other functional tasks. For example, if a user can now hold a pen, they can likely use this newly-recovered skill to, say, hold a toothbrush.

Stroke rehabilitation has continued to evolve over the last 100 years. Yet, to this day, there are limited options for patients to undergo targetd hand function rehabilitation.

Our studies demonstrate that users were able to make significant improvements in hand function compared to traditional therapeutic techniques. Combining the knowledge of hand function (in stroke and traumatic brain injury), neuroscience, application of neuroplasticity for motor control recovery, advanced engineering and intelligent algorithms, we have designed a portable, accessible and affordable system that targets hand function recovery.