锁骨
板材弯曲
口腔正畸科
点(几何)
计算机科学
生物医学工程
数学
结构工程
工程类
医学
外科
弯曲
几何学
作者
Martin Zenker,Evangelos A. Theodorou,Daniel Andermatt,Ralf Winkler,Harry A. Hoyen,Martin Jaeger,Chunyan Jiang,Simon Lambert,Stefaan Nijs,Arabella D. Fontana
标识
DOI:10.1080/10255842.2022.2098676
摘要
Hardware prominence remains a clinical challenge in focus for implant design in subcutaneous plate applications. Existing evaluation of hardware prominence relies on plate-to-bone distance at a single point or on average. A reproducible measure for plate prominence remains undefined. This study mathematically defines the plate prominence linked to the cross-sectional area change due to the plate presence on the bone. Two anatomical plate designs were fitted to 100 clavicles, and afterwards plate prominence parameters were evaluated and compared. This methodology enables the quantification of hardware prominence for different plate designs to inform the development of implants targeting low prominence.
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