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Department of Occupational Therapy
Patient Adherence and Outcomes After Hand Therapy Home Program:
A Retrospective Pilot Study
Occupational Therapy DepartmentResearch Synthesis Project
April 7, 2011
Primary Student Investigators:
Sarah Reynolds, MOTS
Stiev Bobell, MOTS
Maelyn Legaspi, MOTS
Bhupinder Kaur, MOTS
Nadine Raymond, MOTS
Faculty & Principal Investigators:
Donna Breger Stanton, MA, OTR/L, CHT, FAOTA
Rolando Lazaro, PT, PhD, DPT, GCS
Research Team
Introduction
Emphasis on effective and efficient health care delivery
Statement of the Problem
Adherence to home exercise programs may help balance rising health care costs.
Hypothesis
The rate of adherence of persons undergoing hand therapy post wrist
fracture to their prescribed home program is less than 75%
Literature Review
Wrist Fractures
• Most common upper extremity skeletal injury (Larsen & Lauritsen, 1993)
• Commonly occurs as one (Mehta & Bain, 1999)
• Severe symptoms subside within two months (MacDermid et al., 2003)
• Minimal pain and disability remain after six months (MacDermid et al., 2003)
Treatment: Wrist Fractures
• Wide range of treatment and modality options (Maciel et al., 2004; Michlovitz, LaStayo, Alzner, & et al., 2001)
• Conservative management of wrist fractures (Maciel et al., 2004)
–Home exercise programs –Reduces healthcare costs
Home Programs May Include
• Splinting• Patient education• Functional Training• Resistive exercises• Compressive wraps• Retrograde massage• Tendon gliding exercises• Active and passive range-of-motion
exercises(Maciel et al., 2004; Michlovitz, LaStayo, Alzner, et al., 2001)
The Cost of Healthcare
0%10%20%30%40%50%60%70%80%90%
100%
1960 2007 2035 (projected)
U.S. Healthcare Spending as % of GDP(CBO, 2007)
The Rise of Healthcare Costs
$0$2,000$4,000$6,000$8,000
$10,000$12,000$14,000$16,000$18,000$20,000
1999 2009Cost of Avg Annual Family Health Insurance Policy
(CBO, 2007)
Cost Effectiveness of Home-Based Care
• Home-based care vs. hospital care• Oxygen therapy for COPD patients• 1 year of home therapy < 1 day of
hospital (Dunne, 2000)
• 3-month home-care protocol • patients with heart failure • 37% cost savings (Naylor et al., 2004)
Adherence to Home Program
• Limited research
• Improved health outcomes for wrist fractures (Lyngcoln, Taylor, Pizzari & Bakus, 2005)
• Maximizing home adherence 1. Decrease health care costs 2. Improve patient outcomes
Rate of adherence is affected by:
•Nature of injury/diagnosis
•Patients' preference of other treatments
•Patients' perception of aesthetics of adaptive equipment
•Patients' perception of inconvenience to family
(Wielandt and Strong, 2000)
Methodology
Study Design/Procedure
• Retrospective study• Analyze information that was compiled in the
past
• Procedure • IRB approval• Data received from two clinics from the San
Francisco east bay area • Files were de-identified and coded• Review of patient charts
Patient Selection
• Diagnosis of wrist fracture • distal radius or distal ulnar fx
• Currently undergoing a prescribed home program.
Inclusion Criteria • Patients s/p wrist fractures who
underwent hand therapy• may include post surgical cases,• may include treated with casting, external
fixator, or other orthosis for immobilization
• Adult men and women, 18 years or older
• Able to participate in a home program for a minimum of one week.
Exclusion Criteria
• Did not participate in a home education program
• Demonstrated inability to follow directions, per clinician report
Instrumentation
• Data Collection Summary Form (DCSF)• Included potential information that may be
generated from the data• Type of home program• Pre and post evaluation • Range of motion• Edema• Level of pain• Interventions applied
Data Collection Summary Form (DCSF)
Data Management and Analysis
Generated descriptive statistics: • Gender• Age • Hand dominance and hand injured• Time post injury• Length of treatment • Type of home program• Frequency of home program• Number of home exercises
Data Management and Analysis
• Clinical documentation was reviewed• Data was transcribed to spreadsheets
Rate of adherence to the prescribed home program was calculated by:
# of treatment sessions patient was noted to be adherent / # of potential treatment sessions
Results
Demographic Data
Prescribed Interventions for HEP
Prescribed Home Programs
Num
ber o
f Hom
e pr
ogra
ms
pres
crib
ed
Rate of Adherence in Pilot Sample
Mean Rate of adherence: 73.5%
Rate
of A
dher
ence
Patient Number
Statistical Analysis
• Wilcoxon Signed Rank Test
• Pearson Chi Square Test
• Pearson Product Correlation
The Wilcoxon Signed Rank Test ResultsMovements Measured
Initial Evaluation(Pretest)
Mean
Discharge (Posttest)
Means
Mean Posttest-
Mean Pretest(Difference)
Wilcoxon Signed
Ranked Test Score
Total Active MotionFlexion/
Extension
73.42 114.13 41.17 0.018*
Total Active Motion
Pronation/Supination
103.33 154.5 47.33 0.028*
Total Active MotionRadial
Deviation/Ulnar Deviation
20 36.67 27.33 .180
Significant at .05
Pearson’s Chi-Square Test
significant at .05
Adherence and … Pearson Chi-Square Value
Sex .776
Hand Injured .509
Pearson’s Product Correlation
Adherence rate and…Pearson Correlation
Coefficient
Number of exercises .002
Time post surgery .028
Duration of hand therapy .449
0.7 or higher show a significant correlation
Number of Home Programs and Adherence
Patients 1, 7 & 10
Patients 3 & 9
Patient 5
Patient 2 Patient 6
Patient 8
Patient 4
Discussion
Data revealed no correlation between adherence & objective measures
Data did reveal significant improvement in TAM of wrist Flexion/Extension &
Pronation/ Supination
Overall Results
Limitations to the Study
• Small sample size (n=10)• Inconsistency in chart documentation• Initial Evaluations w/ pre-measures had no follow-up or
post-measures• Unable to determine degree to which patient performed
HEP• Notes did not specify adherence to entire program or
individual exercises• No consistent protocol for recording or measuring
progress • No clinical documentation recorded of HEP technique or
graded improvement
Questions
• How does one differentiate between progress resulting from therapy within the Clinic and progress resulting from the combination of HEP & therapy within the Clinic?
• How does one differentiate adherence if patient does not perform the entire prescribed number of exercises on a daily basis?
• If multiple exercises are prescribed, will rate of adherence diminish?
Discussion/ Ideas to Explore
• Pilot study to explore factors that affect rate of adherence to a HEP
• Explore alternative methods to measure adherence to a HEP as may affect outcomes
• Example: • Control Group with Clinical Therapy only
vs. • Experimental group w/ Clinical Therapy & HEP and
HEP Tracking Form/ Calendar
Ideas for future study
Study Number Exercises HEP vs. Rate of Adherence1. Is patient adherent to entire program? 2. Use Tracking form 3. Calendar w/ tally mark system to track number exercises
completed per day4. Ensure clear and consistent documentation of HEP by
the patient – instructions in advance5. Weekly measures done at the Therapy Clinic evaluating
HEP technique and progress
Summary/Suggestions Future prospective studies to analyze:1. Weekly clinical measures taken to account for ability
to performed HEP 2. Progress in exercises with respect to Days adherent
to HEP3. Number of exercises prescribed in HEP and level or
grade of Adherence 4. Currently, patient records do not specify the degree
to which prescribed home exercises were performed.
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Breger-Stanton, D. E., Lazaro, R., & MacDermid, J. C. (2009). A systematic review of the effectiveness of contrast baths. Journal of Hand Therapy, 16, 343-346.
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http://www.whitehouse.gov/assets/documents/Health_Insurance_Premium_Report.pdf
Questions?
Thank you!!!