SMARTfit Cognitive Motor Training - Enhancing Neuroplasticity and Brain Plasticity in Medical Rehab and Performance Training
SMARTfit's focus on dual-tasking and multiple-tasking, coupled with high level cognitive engagement through gamification accelerates progress and improves retention while addressing the specific cognitive and neurological training needs of each patient/client. In the active-aging population, prevent falls and cognitive decline while improving brain processing speed and efficiency. Play sports at a higher level. Recover from neurological and orthopedic injuries quicker:
Meet our scientific advisors and research partners:
Everything in Parkinson’s research points to the need for combining cognitive challenges with physical activities - I cannot think of a better way to do that than with SMARTfit.
Beth Fisher, PhD, PT, FAPTA
Professor of Clinical Physical Therapy Director, Neuroplasticity and Imaging Laboratory Division of Biokinesiology and Physical Therapy, University of Southern California
SMARTfit takes the focus of the player off the mechanics and moves it to the external, forcing the brain to solve two problems at the same time. This solves the big missing part in rehab because we want carryover onto the field. SMARTfit is a great tool to test if this is happening before they return to play.
Christopher Powers, PhD, PT, FACSM, FAPTA
USC professor, Director, Biokinesiology Program, Co-Director, Biomechanics Research Lab
I have been using SMARTfit on patients who have post-concussion syndrome and seeing most of their symptoms completely resolved within 2-3 weeks. I look forward to conducting a formal study to validate my findings.
Charles Flowers, MD, FACS
Clinical Associate Professor of Opthamology at USC Roski Eye Institute at Keck School of Medicine, Director of Sports Vision Training and Visual Rehab Center at USC Roski Eye Institute
Human nervous system functions invariably involve a combination of cognitive and motor components. I am extremely intrigued and optimistic that SMARTfit will prove to be an exceptionally effective and important tool that combines cognitive and motor training in unique and endless combinations to address a multitude of indications within the athletic and medical realms.
Charles Y. Liu, PhD, MD
Professor, Neurosurgery, Neurology, and Biomemedical Engineering USC Director, USC Neurorestoration Center
Neurons that Fire Together Wire Together – Hebbian Theory
SMARTfit's gamified programming provides a highly energized, invigorating and effective functional training program that will quickly improve cognitive, neurological and motor efficiency. SMARTfit's Apple/Android driven interface provides the tools to tailor activities to match ability levels while supplying the data to measure, scale and track progress which enhances motivation and engagement.
SMARTfit Functional and Brain Training Explained
Beth Fisher, PhD, PT, FAPTA Professor of Clinical Physical Therapy Director, Neuroplasticity and Imaging Laboratory Division of Biokinesiology and Physical Therapy, University of Southern California
Christopher Powers, PhD, PT, FACSM, FAPTA USC professor, Director, Biokinesiology Program, Co-Director, Biomechanics Research Lab
Charles Flowers, MD, FACS Clinical Associate Professor of Opthamology at USC Roski Eye Institute at Keck School of Medicine, Director of Sports Vision Training and Visual Rehab Center at USC Roski Eye Institute
Charles Y. Liu, PhD, MD Professor, Neurosurgery, Neurology, and Biomemedical Engineering USC Director, USC Neurorestoration Center