Protokinetics For Neurologists
When gait disorders impair posture and the ability to correct orientation, patients frequently fall when bending over or turning. Patients also develop insecure walking due to the fear of falling. Subtle variations in gait can indicate whether this is the onset of a disease or the normal progression of age.
Using observational or bedside diagnostics alone may miss subtle deviations in a patient’s gait, resulting in an incomplete analysis of their condition.
Gait can define the neurological condition
Gait and balance disorders caused by neurological conditions are notoriously difficult to treat. For example, studies have shown that gait in patients with Parkinson’s disease may actually worsen with medication , as a result of medication-induced dyskinesia.
There is also growing evidence that gait variability provides unique information about gait characteristics in neurological disorders.. In one study, patients with Huntington’s Disease showed higher alterations in gait variability than patients with Parkinson’s Disease, Alzheimer’s Disease or Multiple Sclerosis. Quantitative Gait Analysis provides data to track the effect of the diagnosis and intervention in patients with these neurological conditions.
Quantitative Gait Analysis like that provided by Protokinetics PKMAS and Zeno Walkway, adds to the neurologist’s diagnostic tools with 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)
Measurable & Repeatable Data on Gait Analysis and Balance
This allows neurologists a repeatable and precise method of measuring gait when first assessing a patient and in measuring their progress in walking, balance, and coordination.
This data, when compared against a baseline measurement pre-intervention, can help verify
PKMAS and Zeno Walkway also offer an opportunity for neurology office staffs to maximize efficiency, as staff can be trained in gait analysis data collection and a physical therapist or Neurologist can interpret the parameters.
This also allows the Neurologist 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.
Protokinetics PKMAS software and Zeno Walkway provides the data to:
- Quantify functional gait outcomes
- Test intervention efficacy
- Track and report recovery and disease progression longitudinally
- Compare gait conditions to determine optimal performance with assistive devices, such as walker vs. cane or SMO vs. AFO (braces)
- Demonstrate to patients for understanding and increased compliance
- Send to insurance companies to justify clinical choices and speed reimbursement