Enhanced micromotions between the implant and surrounding bone can impair osseointegration, resulting in fibrous encapsulation and aseptic loosening of the implant. Since the effect of micromotions on human bone cells is sparsely investigated, an in vitro system, which allows application of micromotions on bone cells and subsequent investigation of bone cell activity, was developed.

中文翻译：

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界面微动对人成骨细胞活力和分化的影响。

植入物和周围骨骼之间增强的微运动会损害骨整合，导致纤维包裹和植入物的无菌松动。由于很少研究微动对人体骨细胞的影响，因此开发了一种体外系统，该系统允许对骨细胞应用微动并随后研究骨细胞活性。