This study is investigating the effect of using a regional interdependence approach of managing non-structural elbow pain with physical therapy.
Potential patients will be referred for physical therapy with elbow nerve pain arising from a non-structural lesion. We believe by addressing spine and trunk posture and mobility we can relieve elbow pain associated with a nerve compression with physical therapy. Patients will be put on a staged exercise program to regain spinal mobility and strengthen proximal core musculature and scapular musculature. Manual therapy to facilitate mobility will be incorporated. Patients will undergo standard physical therapy by an unblinded therapist until resolution of symptoms.
Study Type
INTERVENTIONAL
Allocation
NA
Purpose
TREATMENT
Masking
NONE
Enrollment
22
A licensed Physical Therapist will provide manual therapy to help restore spinal and scapular mobility. In association with this patients will be prescribed home exercises using a phased approach. Phase 1 to gain mobility of the spine and scapular motor control Phase 2 to gain shoulder mobility to strengthen scapular and spine musculature Phase 3 shoulder strengthening with long lever arms.
Bluegrass Orthopaedics
Lexington, Kentucky, United States
Change in Cervical Range of Motion in extension
Inclinometer measurement of cervical extension
Time frame: Baseline and every 5th visit up to discharge which is estimated to be 3 months on average
Change in Focus On Therapeutic Outcome (FOTO) Patient Outcme Score
Patient self-report of perceived level of function. Scores range from 0 = low function, to 100=high function.
Time frame: Baseline and every 5th visit up to discharge which is estimated to be 3 months on average
Change in Lower Trapezius scapular muscle strength
Objectively measure with hand held dynamometer for scapular retraction
Time frame: Baseline and every 5th visit up to discharge which is estimated to be 3 months on average
Change in Elbow Flexion Range of Motion in Ulnar Nerve Tension position
Goniometric measure using a standard plastic goniometer with patient plased In nerve tension position that bias tension on ulnar nerve. The standard upper limb tension test position described by Magee' Orthopaedic Physical Assessment 7th edition. The angle of elbow flexion that reproduces symptoms will be recorded. Values will range from 0-150 degrees with a higher numbers indicating less symptoms.
Time frame: Baseline and every 5th visit up to discharge which is estimated to be 3 months on average
Change in Elbow Extension Range of Motion in Median Nerve Tension positoin
Goniometric measure using a standard plastic goniometer with patient plased In nerve tension position that bias tension on median nerve. The standard upper limb tension test position described by Magee' Orthopaedic Physical Assessment 7th edition. The angle of elbow extension that reproduces symptoms will be recorded. Values will range from 0-150 degrees with a lower numbers indicating less symptoms.
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Time frame: Baseline and every 5th visit up to discharge which is estimated to be 3 months on average