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Primary stability and in consequence osteointegration are commonly related to the stem anchorage but also to the complex musculoskeletal loading of the hip region. This study investigated the influence of metaphyseal and meta-diaphyseal anchorage on the primary stability of cementless stems under physiological-like loading in vitro.

biomedizinische technik

Cementless stem fixation and primary stability under physiological-like loads  in vitro  /  Zementfreie Schaftverankerung und Primärstabilität unter angenähert physiologischer Belastung  in vitro