Protokinetics For Geriatricians
For the elderly, changes in gait can indicate early stages of the disablement process, the beginning of cognitive impairment, stroke, osteoarthritis, ALS, Alzheimer’s Disease, Parkinson’s Disease, and other conditions.
Gait is recognized as an indicator of overall health in the elderly, making regular gait analysis a powerful tool to identify leading indicators of diseases and debilitating conditions. Gait speed has been shown to correlate with functional status and long-term survival.
Using observational or bedside diagnostics alone may miss subtle deviations in a patient’s gait, resulting in an incomplete analysis of their condition. Quantitative Gait Analysis (QGA) like that provided by Protokinetics PKMAS gait analysis software and Zeno Walkway provide Geriatricians with precise gait data to examine the efficacy of
Gait deteriorates with age.
After the age of 70, gait and balance impairment can increase by as much as 35% . These gait abnormalities can be the result of central nervous system disorders such as stroke; peripheral nervous system disorders such as neuropathy; musculoskeletal disorders such as arthritis; cardiopulmonary disease such as COPD; and/or chronic or acute deconditioning.
PKMAS and Zeno Walkway are invaluable diagnostic tools for Geriatricians to accurately measure and analyze gait kinematics and gait kinetics data such as:
- temporal and spatial parameters
- coefficient of variation
- relative pressure
- step and stride
- gait phase
- gait cycle
- Center of Pressure (COP)
- static measurements such as quiet standing
- and more.
Measurable & Repeatable Data on Gait Analysis
This allows Geriatricians to measure gait precisely when first evaluating a patient and to measure their progress in walking, balance, and coordination as the intervention progresses.
When compared against a baseline measurement taken pre-intervention, this data can help verify
This also allows the Geriatrician to accurately observe how gait function changes over time during the patient’s treatment.
As healthcare quickly moves towards outcomes which require quantitative analysis, shorter hospital stays and increased function, measuring gait is very useful in tracking patient progress, functional loss or disability in elderly patients.
- Functional gait outcomes
- Testing treatment efficacy
- Track and report aging gait effects longitudinally
- Determine fall risk
- Compare gait using different assistive devices to determine optimal condition to minimize fall risk and maximize community activity
- Demonstrate to patients for understanding and increased compliance
- Send to insurance companies to justify clinical choices and speed reimbursement.
- Compare gait with and without additional cognitive loads and quantify changes