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Introduction HDPE-Jaipur technology beaten aluminum construction sheet HDPE-drainpipe system

Factors Affecting Usage and Breakdown of High Density Polyethylene Jaipur Prosthesis Among Transfemoral and Transtibial Amputee Patients. Introduction HDPE-Jaipur technology beaten aluminum construction sheet HDPE-drainpipe system. Introduction. Philippines : 1989 Mahaveer foundation

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Introduction HDPE-Jaipur technology beaten aluminum construction sheet HDPE-drainpipe system

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  1. Factors Affecting Usage and Breakdown of High Density Polyethylene Jaipur Prosthesis Among Transfemoral and Transtibial Amputee Patients

  2. Introduction • HDPE-Jaipur technology beaten aluminum construction sheet HDPE-drainpipe system

  3. Introduction Philippines : 1989 Mahaveer foundation Free prosthesis for indigent lower limb amputees

  4. General Objective: To identify factors that affect usage and breakdown of HDPE-Jaipur prosthesis.

  5. Specific Objective: To describe the sociodemographic characteristics of patients using the prosthesis.

  6. Specific Objective: To evaluate the patient's level of satisfaction on the prosthetic use.

  7. Specific Objective: To assess the craftsmanship and technical quality of the prosthesis.

  8. Specific Objective: To determine the significant factors that may influence prosthetic usage and breakdown.

  9. Methodology • Design: Cross-sectional study • Study Population: Amputees seen from January to November 2005 • Study Instrument: Questionnaire, Harold Wood Stanmore Score • Study Analysis: • Descriptive • Derived Statistics (Logistic Regression)

  10. Methodology

  11. Methodology Inquiries on: • Socio-demographic Data • Functional Follow-up • Stump Follow-up • Prosthetic Follow-up • Mobility Status

  12. Results • 75 subjects • 69 : transtibial amputees • 6 : transfemoral amputees

  13. Results

  14. Results

  15. Results Sociodemographic background • 36% unemployed • 35% unskilled laborers • 9% skilled workers • 9% students

  16. Results Type Of Environment • 49% urban area • 47% dry rural area • 3% wet rural area • 1% seaside

  17. Patient satisfaction as to function

  18. Patient Satisfaction on Cosmesis

  19. Results Technical Quality • Suspension belt • Foot failure • socket component • ill-fitting • Cracks • replacement

  20. Results Prosthetic Use (number of hours/day) • Both sexes were able to tolerate wearing the prosthesis > 8 hours • Transtibial amputees wore the prosthesis longer

  21. Results Mobility Status • 81%: normal activities • 11% : minor limitations • 8% : major restrictions

  22. Results • Harold Wood Stanmore score • 81 % fairly unrestricted mobility • 11 % independent mobility • 7% impaired mobility • 1%limited mobility

  23. Results

  24. Results

  25. Discussion • Socio-demographic profile revealed that majority of the participants were urban dwellers who were either unemployed or unskilled workers. • Gender did not significantly influence the duration of prosthetic use but influenced the walking distance

  26. Discussion • Patient satisfaction was high as to the level of function and cosmesis • Majority of the patients were able to do activities of daily living. • The suspension belt was the most commonly damaged prosthetic component.

  27. Conclusion HDPE-Jaipur prosthesis is acceptable among the subjects included in the study

  28. Recommendation • Production of Jaipur prosthesis should be sustained for patients who are unable to afford the more expensive models. • Improvements on the manufacturing of the prosthetic components prone to breakdown should be considered. • To continue the study for a longer period to obtain a greater sample size.

  29. Thank you for your attention.

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