Patient Education Handouts and Home Exercise Programming for the Orthopedic and Juvenile Rheumatoid Arthritis population. - PowerPoint PPT Presentation

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Patient Education Handouts and Home Exercise Programming for the Orthopedic and Juvenile Rheumatoid Arthritis population.

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Patient Education Handouts and Home Exercise Programming for the Orthopedic and Juvenile Rheumatoid Arthritis population. Tia Barbour-Hale Mandy D Amour – PowerPoint PPT presentation

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Title: Patient Education Handouts and Home Exercise Programming for the Orthopedic and Juvenile Rheumatoid Arthritis population.


1
Patient Education Handouts and Home Exercise
Programming for the Orthopedic and Juvenile
Rheumatoid Arthritis population.
  • Tia Barbour-Hale
  • Mandy DAmour
  • Donna Trotter

2
Question
  • What information is most important to put in a
    handout for patients and their parents and what
    exercises should be used for the home exercise
    program sheets for the most commonly seen
    orthopedic diagnoses in clinic?

3
Goals for CQI 2008-2009
  • Provide families with increased education through
    handouts, specifically for the JRA and
    orthopedics diagnoses.
  • Develop home exercise programs for most commonly
    seen orthopedic diagnoses.
  • Improve consistency of home programs and
    education provided to families.

4
Process
  • Compiled a list of most commonly seen diagnoses
  • Literature review on available education and
    protocols for the above diagnoses
  • Developed format for education handout
  • Assembled data according to format for handout
    and home exercise programs
  • Printed and educated practitioners for clinic use

5
Most Commonly Seen Diagnoses Addressed
  • Elbow Fracture
  • Brachial Plexus Injury
  • Ankle Sprain
  • Low Back Pain
  • Patellafemoral Pain
  • Hip Pain
  • Shoulder Pain
  • JRA (lower and upper extremity joints)

6
Education Handout Example
  • Elbow Fracture
  • Information for Parents Caregivers
  • How are elbow fractures caused?
  • An elbow fracture is caused by trauma to the
    elbow bone(s). Trauma can be caused by falling
    on an outstretched arm, falling directly on the
    elbow, direct blow to the elbow, or twisting the
    elbow beyond the elbow's normal range of motion.
  • Symptoms
  • Symptoms include pain, often severe, tenderness,
    swelling, and bruising around the elbow, numbness
    in fingers, hand, or lower arm, decreased range
    of motion, a lump or visible deformity over the
    fracture site
  • Treatment
  • Treatment will depend on the severity of the
    injury. Treatment involves putting the pieces of
    the bone back in position, which may require
    surgery and keeping the pieces together while the
    bones heals itself.
  • Devices that may be used to hold the bone in
    place while it heals include a cast or splint
    (may be used with or without surgery), a metal
    plate with screws (requires surgery), and screws
    alone (requires surgery)
  • Rehabilitation for Elbow Fracture
  • A therapy program usually begins with
    range-of-motion and resistive exercises, then
    incorporates power, aerobic and muscular
    endurance, flexibility, and coordination drills.
    As a patient, your number one concern is getting
    back to full strength as soon as possible so that
    you can return to normal activity. The major
    objectives of rehabilitation from an elbow
    fracture, once it's healed, are to improve the
    elasticity of the elbow joint and to gradually
    increase pain-free range of motion.
  • How long will the effects of an injury last?
  • The goal of rehabilitation is to return you to
    your sport or activity as soon as is safely
    possible. If you return too soon you may worsen
    your injury, which could lead to permanent
    damage. Everyone recovers from injury at a
    different rate. Return to your activity is
    determined by how soon your elbow fracture
    recovers, not by how many days or weeks it has
    been since your injury occurred. It also depends
    on how serious the injury is. Instances where
    reconstructive surgery is required will obviously
    create a longer recovery period than patients
    with a Type I fracture.
  • References
  • Ashwood N, Bain G, Unni R. Management of Mason
    Type III radial head fractures with a titanium
    prosthesis, ligament repair, and early
    mobilization. J Bone Joint Surg. 200486274-80.
  • Ikeda M, Sugiyama K, Kang C, Takagaki T, Oka Y.
    comminuted fractures of the radial head. J Bone
    Joint Surg. 200587 76-84.

7
For the Future
  • Continue to add diagnoses as they become common
    in the clinic
  • Take current handouts and HEPS and make changes
    according to most available research
  • Continue to educate practitioners in the clinic
    about these diagnoses
  • Make these handouts a part of the orientation
    manuals
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