The podcast explores the unique ability of mirror neurons in the premotor and parietal cortices to fire both during action execution and observation. For patients with limited movement, simply watching a functional task can activate latent motor circuits and prime them for execution. It explains how combining this observational learning with EMG-triggered stimulation creates a […]
An in-depth look at how neurological injury disrupts the sensorimotor loop and how technology can restore the brain’s essential sensory feedback.
Clinical analysis of targeted motor stimulation effectively improving muscle endurance, mitigating hand tremors, and restoring functional strength in a patient two years post-ischemic stroke.
Clinical evaluation demonstrating how the early application of biofeedback and motor stimulation rapidly restores voluntary movement and daily independence.
Discover Axionis-Kynara, Motion Informatics’ next-generation AI-driven rehabilitation system.Designed for neuro-muscular therapy, Axionis-Kynara combines advanced sensors, real-time biofeedback, and intelligent stimulation to create a personalized and engaging therapy experience. In this short pitch, you’ll see how Axionis-Kynara enhances patient outcomes, supports therapists, and brings innovative digital health technology to modern rehabilitation environments.
For clinics or physicians, experts in the rehabilitation industry, working with stroke survivors or brain injury patients who suffer from motor impairments in their arms or legs, and want to regain their independence. The Stimel-03 is a new Neuro-Rehabilitation device with clinically proven efficacy for stroke survivors. By incorporating the Stimel-03 into your physical therapy […]
Spatial StimelMD (SSMD) is Motion Informatics’ next-generation neuromuscular therapy system, powered by AI and augmented reality. It combines intelligent algorithms, real-time biofeedback, and immersive AR environments to deliver adaptive, personalized therapy for stroke and neuromuscular conditions.SSMD represents a new approach to digital therapy, designed to support clinicians and enhance patient engagement.
This episode focuses on the clinical value of “invisible” intent, where the brain attempts movement that doesn’t yet result in joint motion. It explains how surface EMG can detect micro-volitional signals as low as 10 – 30 microvolts, which reflect genuine descending neural drive. Biofeedback transforms these signals into visual data, allowing patients to see […]
The podcast dives into the fundamental clinical problem where many patients lack the voluntary activation needed for the high repetitions required for neuroplasticity. While traditional FES systems produced passive muscle contractions independently of intent, modern closed-loop systems synchronize stimulation with the patient’s own effort. This pairing strengthens the sensorimotor loop by providing immediate proprioceptive feedback […]
A technical and clinical overview of the patented adaptive signal processing architecture driving the Stimel-03 platform.
