Abstract
An ideal distal radius fracture classification should provide reproducible anatomic, diagnostic, and prognostic
considerations and infer appropriate treatment. It is essential to choose a system with a satisfactory degree
of intraobserver and interobserver reproducibility.
A 3D statistical model for distal radius fractures, in combination with a novel 3D classification for distal radius fractures could identify important fracture fragments, improve volar locking plate design and the general outcome of wrist fracture treatment.
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