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Smr reverse implant revision was performed on (b)(6) 2026 due to aseptic loosening of the glenoid baseplate.During the procedure, the surgical site was prepared and soft tissues were exposed to allow access to the implants.Multiple specimens were collected from both humeral and glenoid soft tissues prior to implant removal.The surgeon first removed the humeral components, followed by the glenoid and baseplate components.The site was subsequently prepared for reimplantation using stryker components.The previous surgery had been performed on (b)(6) 2022.The surgeon confirmed that the standard surgical workflow for shoulder revision was followed.The following components were explanted:
smr glenoid baseplate small-r (product code 1375.15.605, lot 2015597, ster.No.(b)(4),
smr cementless finned stem (product code 1304.15.150, lot 2119508, ster.No.(b)(4),
smr reverse humeral body (product code 1352.20.010, lot 2119837, ster.No.(b)(4),
smr reverse hp liner short (product code 1365.09.010, lot 2116005, ster.No.(b)(4),
smr reverse hp glenosph.40 mm (product code 1374.50.400, lot 2121399, ster.No.(b)(4),
smr glenoid peg tt small-r #l (product code 1375.14.653, lot 2108651, ster.No.(b)(4),
bone screw ø6,5 h.35mm (product code 8420.15.040, lot 2014515, ster.No.(b)(4),
bone screw ø6,5 h.50mm (product code 8420.15.070, lot 2018450, ster.No.(b)(4),
smr connector small r (product code 1374.15.305, lot 2119197, ster.No.(b)(4).Patient details: male, 72 years old, sedentary.Event happened in australia.
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