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The Spine Kinematics and Center of Pressure Excursion During Functional Task Vertebral Compression Fractures Subjects

Completed
Conditions
Posture
Vertebral Compression Fracture
Interventions
Other: no drug intervention
Registration Number
NCT04135755
Lead Sponsor
Taichung Veterans General Hospital
Brief Summary

This study aimed to assess the sensory and kinematic components of the limits of stability (LOS) test in patients with vertebral compression fracture (VCF) .

Detailed Description

This study enrolled adults with VCF (VCF group), older adult without spinal deformity (NE group), and young adults (NY group). The Biodex balance system was employed to calculate the balance score and the LOS of participants. An inertia motion system was used to record kinematic data. The center of pressure (COP) signals of postural stability and LOS were used to calculate the frequency power spectrum for interpreting the sensory component.

Recruitment & Eligibility

Status
COMPLETED
Sex
All
Target Recruitment
46
Inclusion Criteria

older than 65 years osteoporosis diagnosed by a bone mineral density test of the lumbar spine (T-score < -2.5; T: peak bone mass) thoracic-lumbar VCF on radiography without displacement

Vertebral compression fracture

Exclusion Criteria

other spinal diseases that might also cause back pain (such as scoliosis, lumbar spondylolisthesis, lumbar disk disease, and spinal stenosis) a history of diabetes a history of neurological disease (such as cerebral vascular disease, peripheral neuropathy and vestibular disease).

Control Inclusion Criteria:

None the control participants had evidence of gait, postural, or spine disorders.

Study & Design

Study Type
OBSERVATIONAL
Study Design
Not specified
Arm && Interventions
GroupInterventionDescription
vertebral compression fractureno drug interventionNo drugs intervention
older adult without spinal deformityno drug interventionNo drugs intervention
young adultsno drug interventionNo drugs intervention
Primary Outcome Measures
NameTimeMethod
Postural Stability90 second

A balance system was employed to calculate the standing posture sway score.A high score was indicative of excessive movement during the test and thus, poor stability. The range of value was 0.3- 4.1.

limits of stability1-2 minutes

patients shift their center of gravity from the center target to a blinking target and back to the center target.This process was repeated for each of the 9 targets. A high score was indicative of fine direction control.The range of value was 21- 66.

Kinematic Data5 minutes

The movements of the head, upper spine, lower spine, pelvis,hip, thigh, and knee were measured using 6 inertial measurement units.

timed up-and-go test90 second

sit-stand-walk-180° turning-walk and sitting down task

Secondary Outcome Measures
NameTimeMethod
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