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• W2396111595 abstract "Background Detection of postoperative component position and implant shift following total shoulder arthroplasty (TSA) can be challenging using routine imaging. The purpose of this study was to evaluate glenoid component position over time using 3-dimensional computed tomography (CT) analysis with minimum 2-year follow-up. Methods Twenty patients underwent primary TSA with sequential CT scanning of the shoulder: a preoperative study, an immediate postoperative study within 2 weeks of surgery, and a postoperative study performed at minimum 2-year follow-up (CT3). Postoperative glenoid component position and central peg osteolysis were assessed across the immediate postoperative CT scan and CT3. Glenoids with evidence of component shift and/or grade 1 central peg osteolysis on CT3 were considered at risk of loosening. Results Of the patients, 7 (35%) showed evidence of glenoid components at risk of loosening on CT3, 6 with component shift (3 with increased inclination alone, 1 with increased retroversion alone, and 2 with both increased inclination and retroversion). Significantly more patients with glenoid component shift had grade 1 central peg osteolysis on CT3 compared with those without shift (83% vs 7%, P = .002). One clinical failure occurred, with the patient undergoing revision to reverse TSA for rotator cuff deficiency. Conclusions Three-dimensional CT imaging analysis following TSA identified changes in glenoid component position over time, with inclination being the most common direction of shift and grade 1 central peg osteolysis commonly associated with shift. These findings raise concern for glenoids at risk of loosening, but further follow-up is needed to determine the long-term clinical impact of these findings. Detection of postoperative component position and implant shift following total shoulder arthroplasty (TSA) can be challenging using routine imaging. The purpose of this study was to evaluate glenoid component position over time using 3-dimensional computed tomography (CT) analysis with minimum 2-year follow-up. Twenty patients underwent primary TSA with sequential CT scanning of the shoulder: a preoperative study, an immediate postoperative study within 2 weeks of surgery, and a postoperative study performed at minimum 2-year follow-up (CT3). Postoperative glenoid component position and central peg osteolysis were assessed across the immediate postoperative CT scan and CT3. Glenoids with evidence of component shift and/or grade 1 central peg osteolysis on CT3 were considered at risk of loosening. Of the patients, 7 (35%) showed evidence of glenoid components at risk of loosening on CT3, 6 with component shift (3 with increased inclination alone, 1 with increased retroversion alone, and 2 with both increased inclination and retroversion). Significantly more patients with glenoid component shift had grade 1 central peg osteolysis on CT3 compared with those without shift (83% vs 7%, P = .002). One clinical failure occurred, with the patient undergoing revision to reverse TSA for rotator cuff deficiency. Three-dimensional CT imaging analysis following TSA identified changes in glenoid component position over time, with inclination being the most common direction of shift and grade 1 central peg osteolysis commonly associated with shift. These findings raise concern for glenoids at risk of loosening, but further follow-up is needed to determine the long-term clinical impact of these findings." @default.
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• W2396111595 date "2018-06-01" @default.
• W2396111595 modified "2023-09-27" @default.
• W2396111595 title "Sequential 3-dimensional computed tomography analysis of implant position following total shoulder arthroplasty" @default.
• W2396111595 cites W170494231 @default.
• W2396111595 cites W1847947455 @default.
• W2396111595 cites W1871984528 @default.
• W2396111595 cites W1925445634 @default.
• W2396111595 cites W1928460134 @default.
• W2396111595 cites W1967196225 @default.
• W2396111595 cites W1977866370 @default.
• W2396111595 cites W1978995334 @default.
• W2396111595 cites W1984548822 @default.
• W2396111595 cites W1992864110 @default.
• W2396111595 cites W1993515038 @default.
• W2396111595 cites W2000355463 @default.
• W2396111595 cites W2007354164 @default.
• W2396111595 cites W2011695677 @default.
• W2396111595 cites W2016356754 @default.
• W2396111595 cites W2017171162 @default.
• W2396111595 cites W2019383420 @default.
• W2396111595 cites W2019536784 @default.
• W2396111595 cites W2019607663 @default.
• W2396111595 cites W2020323962 @default.
• W2396111595 cites W2039966533 @default.
• W2396111595 cites W2042580235 @default.
• W2396111595 cites W2046070903 @default.
• W2396111595 cites W2047099450 @default.
• W2396111595 cites W2049988064 @default.
• W2396111595 cites W2055453073 @default.
• W2396111595 cites W2057269217 @default.
• W2396111595 cites W2057740786 @default.
• W2396111595 cites W2059752454 @default.
• W2396111595 cites W2065631539 @default.
• W2396111595 cites W2066980640 @default.
• W2396111595 cites W2077894383 @default.
• W2396111595 cites W2078610757 @default.
• W2396111595 cites W2078948569 @default.
• W2396111595 cites W2080209944 @default.
• W2396111595 cites W2081058190 @default.
• W2396111595 cites W2088692060 @default.
• W2396111595 cites W2089992948 @default.
• W2396111595 cites W2092186637 @default.
• W2396111595 cites W2107707456 @default.
• W2396111595 cites W2112238262 @default.
• W2396111595 cites W2129319985 @default.
• W2396111595 cites W2136789364 @default.
• W2396111595 cites W2139207166 @default.
• W2396111595 cites W2142753850 @default.
• W2396111595 cites W2150165089 @default.
• W2396111595 cites W2156875677 @default.
• W2396111595 cites W2160416946 @default.
• W2396111595 cites W2165152729 @default.
• W2396111595 cites W2167036988 @default.
• W2396111595 cites W2167566833 @default.
• W2396111595 cites W2171074980 @default.
• W2396111595 cites W2182787676 @default.
• W2396111595 cites W2188602644 @default.
• W2396111595 cites W2285618823 @default.
• W2396111595 cites W2315606791 @default.
• W2396111595 cites W2401383470 @default.
• W2396111595 cites W2511595084 @default.
• W2396111595 cites W2753299631 @default.
• W2396111595 cites W4297914037 @default.
• W2396111595 cites W4320300814 @default.
• W2396111595 doi "https://doi.org/10.1016/j.jse.2017.12.012" @default.
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