As it relates to walking, there is profound evidence that rhythm is able to engage the motor system to improve functional outcomes1.
Studies have shown that there is rich connectivity between the auditory and motor systems via multiple cortical and subcortical networks2.
Specifically, it has been shown that the auditory and motor system can synchronize subconsciously to an external auditory rhythmic cue, a phenomenon known as “auditory-motor entrainment” (also referred to as “entrainment”).
The auditory rhythm provides a consistent temporal structure for synchronization between these two systems3.
Entrainment serves as the foundation for our platform.
Over the last thirty years, entrainment has been used as the foundation of a standardized clinical intervention, termed “Rhythmic Auditory Stimulation” (RAS).
Robust clinical research has demonstrated the ability to improve functional outcomes in walking following neurologic disease and injury, including stroke1, Parkinson’s disease2, and multiple sclerosis 3.
The outcomes of RAS can carry over into daily use after the intervention is used, which can produce immediate improvements in walking speed 4, stride length 5, and symmetry 6. It can even reduce falls 7.
Click below to read our feasibility study, published in Volume 34, Issue 11 of Neurorehabilitation and Neural Repair, a journal established by the American Society of Neurorehabilitation.