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The optimal strategy for 3D‐printed uncemented endoprosthesis for the bone defect reconstruction of the distal radius, based on biomechanical analysis and retrospective cohort study

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Prosthetic reconstruction after resecting giant cell tumor of bone (GCTB) of the distal radius has been proposed. However, this is generally associated with various complications. To improve the functional outcomes,… Click to show full abstract

Prosthetic reconstruction after resecting giant cell tumor of bone (GCTB) of the distal radius has been proposed. However, this is generally associated with various complications. To improve the functional outcomes, we designed a three‐dimensional (3D)‐printed uncemented endoprosthesis. Meanwhile, using finite‐element analysis and clinical observation, an optimization strategy was explored.

Keywords: bone; uncemented endoprosthesis; distal radius; reconstruction; printed uncemented

Journal Title: Journal of Surgical Oncology
Year Published: 2023

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