In-vivo Code | Category | Theme |
---|---|---|
New technology | Technology in development | Developer - User Collaboration |
Expectations | ||
Differing knowledge | Knowledge base | |
Exo evidence base | ||
Patient program | Training | |
Physio program | ||
Battery | Device Hardware | Device Concerns |
Pelvic attachment | ||
Foot plates | ||
Motors | ||
Weight of the device | ||
Alignment | Impact on alignment & movement | |
Movement | ||
Price | Cost | |
Manpower needs | ||
Assistive device | Augmentative vs. Robot | Device Programming |
Exo gait pattern | ||
Robot-exo programs | ||
Machine Learning | ||
One person use | Individualized vs. multi-user | |
Multi-person use | ||
Fitting settings | ||
Easy to access and use | Device Interface | |
PT to adjust parameters | ||
Gait parameter settings per patient | ||
Exo data reports | Data Output | |
Exo data to guide PT | ||
Balance difficulties | Physical | Clinical characteristics requiring consideration |
Coping with muscle tone | ||
Standing Tolerance | ||
Able to don independently | ||
Cognitive deficits | Cognitive, Perceptual, Communication | |
Communication and comprehension | ||
Safe to use | Safety & Interest | |
Patient interest | ||
Risk re injuring patient | ||
When should the exo be used | Care Continuum | Indications for use |
Patient criteria | ||
Outside of therapy | ||
Integration into clinical practice | Feasibility of use in clinical practice | |
Impact on therapy time | ||
Time to fit device | ||
Hands on | ||
Positive aspects of the Exo | Therapeutic Tool | |
As an exercise training tool | ||
Improve exercise tolerance | ||
To assist in everyday activities |