Device is Used for Evalution (Event)
Conditions
Brief summary
this study was discovered that clinical and radiological characteristics were related to plantar pressure assessments in patients with AS.
Detailed description
Determine the correlation between the plantar pressure readings of AS patients and the clinical and radiological measures utilized in the monitoring of the condition. Method: This study covered 75 participants. The quality of life was measured using ASQoL, BASMI, BASFI, and BASDAI, and demographic information was also recorded. The pedobarographic evaluations included the recording of static and dynamic plantar pressures
Interventions
DIAGNOSTIC_TESTplantar pressure values
Walking enables for extremely accurate and pointwise ground response force measurement because to plantar pressure measurement (pedobarography). It allows for the objective comparison and evaluation of the dynamic pressure put on the ground by the foot in contact with it. It is often used in clinics to assess foot mechanics and associated disorders that affect the foot sole. Additionally, plantar pressure analysis is useful for identifying, treating, and monitoring conditions that impact the lower extremity's axial alignment.
Sponsors
Amasya University
Study design
Observational model
CASE_ONLY
Time perspective
CROSS_SECTIONAL
Eligibility
Sex/Gender
ALL
Healthy volunteers
No
Inclusion criteria
patients diagnosed with AS -
Exclusion criteria
Patients with cognitive dysfunction, vision loss that would prevent walking on the pedobarography platform, history of surgery and neurological deficit in the lower extremity, and patients who could not walk independently \-
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Pedobarographic Measurements | at begining | The cases' foot sole pressures were measured using a pedobarography device of the RsScan International brand (1m, 3D Scientific+Balance software model). This technology measures both static (when standing) and dynamic foot sole pressures (walking). The device's pressure measuring platform has an overall frame size of 1068x418x12 mm, 8192 sensors totaling 4 sensors per cm2, and a sensor area of 975x325 mm. It has a 500 Hz frequency, a 0-200 N/cm2 pressure range, a 15° to 40° C temperature range, and a 220/110 volt connecting power. |
Outcome results
None listed