The Journal of Korean Academy of Orthopedic Manual Physical Therapy (대한정형도수물리치료학회지)
- Volume 15 Issue 1
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- Pages.72-78
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- 2009
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- 1226-3680(pISSN)
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- 2508-7282(eISSN)
Case study of application on pelvic manipulation which low back pain patient in unilateral weight bearing due to pelvic imbalance
골반 불균형에 의한 편측체중지지 요통환자의 골반도수교정 적용사례
- Kim, Han-Il (Dept. of Physical Therapy, Health and Sports Graduate School of Daejeon University) ;
- Kim, Sang-Su (Dept. of Physical Therapy, Health and Sports Graduate School of Daejeon University) ;
- Kim, Gee-Sun (Dept. of Physical Therapy, Health and Sports Graduate School of Daejeon University) ;
- Park, Ji-Whan (Dept. of Physical Therapy, Daejeon Health Sciences College)
- Received : 2009.05.16
- Accepted : 2009.05.25
- Published : 2009.06.30
Abstract
Purpose: to recognized that influence of decrease low back pain, change pelvic structure and balance control on unilateral weight bearing after application on pelvic manipulation which low back pain patient in unilateral weight bearing due to pelvic imbalance. Methods: The patient with low back pain in unilateral weight bearing due to pelvic imbalance was 39year female. one subject received intervention of pelvic manipulation on sidelying position and reaching exercise on sitting position which during 2 weak at the 3 time per a weak, each 30 minutes. outcomes measured were Facia l Action Coding System(FACS), Radiograph(Lumbar-Spine Anteroposterior AP.), Pressure Scan. Results: The results of this study were summarized below : 1. FACS score were Pre: min.4 - max.6 and Post: min.2 - max.4. 2. Radiograph measured Ilium width were Pre: Lt.14cm, Rt.12.7cm and Post: Lt.13.4cm, Rt.13cm which discrepancy of Ilium height were Pre: 1cm and Post: 0.2cm. 3. Pressure scan measured Pre: Lt. 36.8%, Rt.40.2% and Post: Lt.41.3%, Rt.36.2%. Conclusion: Pelvic manipulation applied a patient with low back pain in unilateral weight bearing due to pelvic imbalance suggest that can decrease low back pain, change pelvic structure and balance control on unilateral weight bearing.