• Title/Summary/Keyword: SHOULDER

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Arthroscopy in the Resistant Frozen Shoulder

  • Lee Yong Geol;Im Chang Bu
    • The Academic Congress of Korean Shoulder and Elbow Society
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    • 1995.03a
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    • pp.51-55
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    • 1995

  • . arthroscopic release in treatment of refractory PS increased ROM pain relief . further evaluation with long terms follow up and more critical scientific study to clarify knowledge about the refractory frozen shoulder would be requested

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Posterior Capsulolabral Reconstruction in Posterior Shoulder Instability : Deltoid Saving

  • Rhee Yong Girl
    • The Academic Congress of Korean Shoulder and Elbow Society
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    • 2002.10a
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    • pp.227-231
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    • 2002

  • . Open posterior capsulolabral reconstruction(PCLR) in posterior subluxation yields very excellent clinical results if it is positional. . The main pathologic lesion is an excessive redundancy of the posteroinferior capsule. . The muscular type of posterior instability is contraindicated in PCLR.

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SLAP Lesions Classification Diagnosis Management

  • Esch James C.
    • The Academic Congress of Korean Shoulder and Elbow Society
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    • 1997.05a
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    • pp.112-120
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    • 1997

  • 1) The superior labrum-biceps complex contributes to shoulder stability. 2) Injuries to the superior labrum Decrease torsional rigidity Place a greater strain on the IGHL 3) Arthroscopy enables diagnosis and treatment of superior labrum lesions.

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Evaluation of Manufactured Device for Radiation therapy in Head and Neck Cancer (두경부암 환자의 방사선 치료시 자체 제작한 고정용구 (Shoulder Retractor)에 대한 유용성 평가)

  • Kim, Tae Jun;Jin, Sun Sik;Kim, Dong Hyun;Kim, Dong Wook;Chung, Weon Kuu;Kim, Kyoung Tae
    • The Journal of Korean Society for Radiation Therapy
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    • v.26 no.1
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    • pp.99-105
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    • 2014

  • Purpose : We compared the set-up accuracy and right-left Shoulder position variation of the manufactured device and other commercial shoulder-retractors in the head and neck radiation treatment. Materials and Methods : Six patients consist of three groups which were used three different Shoulder retractors. We measured position corrections of left and right Shoulder and the couch after the image guidance by using on board imager (OBI) for six head and neck patients who has the extended target to the neck node lower region. Results : The position variation correction of left (right) Shoulder after image guidance were $1.07{\pm}3.99mm$ ($-4.35{\pm}2.09mm$), $-0.37{\pm}5.91mm$ ($1.26{\pm}5.28mm$), $-0.63{\pm}2.44mm$ ($0.25{\pm}1.61mm$) for group A, B and C. The vertical, lateral, longitudinal position and angular corrections of the couch after image guidance were $-2.06{\pm}2.68$, $-1.11{\pm}8.15$, $0.34{\pm}3.78mm$, and $0.51{\pm}0.77$ degree for group A, $-1.18{\pm}1.82$, $-0.94{\pm}2.13$, $-0.67{\pm}1.98mm$, and $0.91{\pm}1.04$ degree for group B and $0.12{\pm}2.18$, $-0.79{\pm}2.64$, $0.79{\pm}2.64$, and $0.00{\pm}0.49$ degree for group C. Conclusion : In this preliminary study, we found the positioning accuracy of the manufactured Shoulder retractor is comparable to other commercial Shoulder retractors. We expect that the reproducibility and accuracy of the patient set-up could be improved by using the home made Shoulder retractor in the head and neck radiation treatment.

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