Commercial Scale Up and Financials Report
Overview Market Opportunity Product Line & Evidence Commercial Scale Up
Recent Clinical Research
Insurance Reimbursement Financials
myomo
my own motion
VA
US. Department
of Veterans Affairs
MAYO
CLINIC
Kessler
REHABILITATION CENTER
American
Heart
Association.
Myoelectric Arm Orthosis in Motor
Learning-Based Therapy for Chronic
Deficits After Stroke and Traumatic
Brain Injury
Svetlana Pundik, Jessica McCabe, Margaret Skelly, Ahlam Salam
Jonathan Naft, Zhengyi Chen, Curtis Tatsuoka and Stefania Fatone
Application of a myoelectric elbow flexion assist
orthosis in adult traumatic brachial plexus injury:
patient perspectives
China M. Wetter". Jason S. Egginton, Axander Y. She and Kenton Rauman
The Utilization Effects of Powered Wearable Orthotics in
Improving Upper Extremity Function in Persons with SCI:
A Case study
Ghaith J. Andewis, Ph.D., Steven Kinhblum, MD, Guang Yue, Ph.D.
Weeks
Weeks
Weeks
Weeks
Figure 1. Case 1 (A) baseline clinical photographs 15 months after in-
jury demonstrating elbow and shoulder flexion. B, Clinical photographs
22 months after initial injury, 7 months after rehab with an MLO dem-
onstrating elbowe and shoulder flexion.
50
40
30
20
10
0
Active elbow-joint angle
(degrees)
ROM With MyoMo ROM without MyoMo
Fig 3. The active ROM of elbow-joint against gravity
with and without UE-MPWO (Myo-Pro).
Guidelines for Adult Stroke
Rehabilitation and Recovery
A Guideline for Healthcare
Professionals From the American Heart
Association/American Stroke
Association
"For individuals with more severe paresis, the
potential for recovery of upper extremity
function is greatly reduced, particularly later
after stroke. Robotic therapy can deliver larger
amounts of upper extremity movement practice
for these individuals. There are a variety of types
of upper extremity robots, consisting primarily
of workstation devices used in a rehabilitation
facility but also including some wearable
exoskeletal devices that can be used in a home
environment. A Cochrane review updated in
2012 found that upper limb robotic therapy
provided benefit with regard to ADLs and arm
function but not arm muscle strength."
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