Awards Registry

Active Power Exoskeleton Device for Spinal Cord Injury
Profile last edited on: 1/4/2022

Program
SBIR
Agency
NIH | NICHD
Total Award Amount
$239,802
Award Phase
1
Principal Investigator
Steven James Seme
Activity Indicator

Company Information

Abilitech Medical Inc (AKA:Olympex Medical Inc)

7777 Golden Triangle Drive Suite 225
Eden Prairie, MN 55344
   (833) 225-3123
   info@abilitechmedical.com.
   www.abilitechmedical.com.
Multiple Locations:   
Congressional District:   04
County:   Ramsey

Phase I

Phase I year
2017
Phase I Amount
$239,802
Spinal cord injuries (SCI) cause costly and morbid chronic conditions such as lack of voluntary movement, increased chance of pressure sores, problematic spasticity, loss of bowel, bladder, and sexual function, and more physical impairments which result in a lower quality of life and lack of independence. Approximately 285,000 people in the U.S. have SCI with ~17,000 new patients added each year. Current treatment options include an array of electrical stimulation interventions or high-intensity fitness regimens, but all share one common limitation of being episodic in their treatment delivery. There is a compelling need for a treatment option that can be used daily, improves Activities of Daily Living (ADL’s), allows for in- home rehab and most importantly provides patient independence. Enabling technology exists, often proven in other medical device applications, that can facilitate the design of an upper limb orthotic system to deliver the functional performance required by SCI patients. The OlympEX Medical Actively Powered Exoskeleton (APEX) device can meet the functional movement requirements, will be designed for in-home use and be affordable to the user. Hypothesis: We hypothesize that the APEX orthotic system will achieve clinically meaningful improvement in a SCI patient’s range of motion (ROM) capability to perform ADL’s and to perform upper limb rehab in an in-home setting. Preliminary Work: The APEX orthotic system will be the third generation of orthotic device system to be developed by OlympEX Medical. Generations 1 and 2 are passively powered device systems that have provided the OlympEX design engineering team experience with mechanical apparatus requirements to elevate an upper limb. Likewise, the team has developed capabilities in advanced materials for the body chassis for these devices. The APEX orthotic system evolves from these product platforms to introduce system features in device guidance and user control only obtainable with an actively powered system. Specific Aims: This project entails the APEX hardware/electronic architecture development and the acute pre-clinical evaluation of the system on N=3 patients to evaluate patient safety and device feasibility. In Specific Aim 1 we will design, fabricate and evaluate the APEX mechanical design with electronic architecture. A subset of the APEX functional arm movements will be developed to demonstrate feasibility in performing a limited number of high priority ADL’s. In Specific Aim 2 we will evaluate the performance of this subset of ADL’s on 3 SCI patients. Success criteria will be Pass/Fail as evaluated by clinicians. In addition, an initial patient safety assessment will be completed. Safety factors including discomfort or pain before and after the fitting of the device and no uncontrolled arm movements will be evaluated. Together, these studies will demonstrate the feasibility of APEX device to guide arm movements required to complete ADL’s and therapeutic arm movements in an ambulatory setting. !

Public Health Relevance Statement:
Project Narrative Those with cervical spinal cord injuries (SCI) have reduced ability to voluntarily move and use their arms and hands which results in the inability to accomplish many activities of daily living. OlympEX Medical proposes to develop and test an active powered upper extremity exoskeleton to help people with SCI and other neuromuscular conditions with their upper-limb function and rehabilitation. This will improve health, rehabilitative technology, quality of life, and independence for those with SCI.

Project Terms:
Accelerometer; Activities of Daily Living; Acute; Address; Appointment; Architecture; arm; arm movement; Articular Range of Motion; Bladder; Cervical spinal cord injury; Chronic; Clinical; Computer software; Computers; cost; Data; Decubitus ulcer; design; Development; Devices; Distal; Eating; effective therapy; Elbow; Electric Stimulation; engineering design; Evaluation; exoskeleton; experience; Feedback; fitness; Generations; Grant; Hand; Head; Health; Health Care Costs; Home environment; Impairment; improved; Individual; Institutes; Intervention; Intestines; Ions; Knowledge; light weight; Lithium; Longevity; Machine Learning; Mechanics; Medical; Medical Device; Monitor; motor recovery; motor rehabilitation; Movement; Neuromuscular conditions; operation; Orthotic Devices; orthotics; Pain; patient safety; Patients; Performance; phase 2 study; phrases; Pilot Projects; pre-clinical; prevent; prototype; Quality of life; Recruitment Activity; Regimen; Rehabilitation therapy; research clinical testing; Safety; Sex Functioning; Shoulder; Source; Spastic; spasticity; Spinal cord injury; Spinal cord injury patients; success; System; Technology; Testing; Textiles; Therapeutic; Upper Extremity; Voice; volunteer; Weight Gain; Wheelchairs; Work; Wrist

Phase II

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