OP-Journal 2013; 29(3): 261-266
DOI: 10.1055/s-0034-1368172
Georg Thieme Verlag KG Stuttgart · New York

Was man über Nahtanker zur Rekonstruktion der Rotatorenmanschette wissen sollte: wann welche Ankerkombination?

What You Need to Know About Suture Anchors in Rotator Cuff Reconstruction: When to Use Which Combination?
Atesch Ateschrang
,
Stephan Riedmann
,
Steffen Schröter
,
Ulrich Stöckle
Further Information

Publication History

Publication Date:
07 May 2014 (online)

Zusammenfassung

Durch die Anwendung erster metallischer Ankersysteme wurde eine erhebliche Vereinfachung sowohl offener als auch arthroskopischer Operationen möglich. Mittlerweile wurden die Werkstoffe und das Design moderner Ankersysteme weiterentwickelt, sodass sich ein breiter Anwendungsbereich an der oberen und unteren Extremität etabliert hat. Prinzipiell können Fadenanker und knotenlose Anker differenziert werden. In der operativen Therapie der Rotatorenmanschettenpathologie können sowohl Fadenanker als auch knotenlose Anker separat und in Kombination angewandt werden. In diesem Artikel werden die wesentlichen Differenzierungsmerkmale der unterschiedlichen Anker dargestellt und zahlreiche Ankersysteme bez. ihrer Materialbeschaffenheit und technischen Merkmale inkl. der biomechanischen Ausreißkräfte systematisch zusammengefasst.

Abstract

The use of the first metallic anchor system initiated an appreciable simplification for both open and arthroscopic operations. In the meantime materials and designs have been further developed and thus a broad range of applications in not only the upper but also the lower limbs has become established. In principle, one can distinguish between suture anchors and knotless anchors. In the surgical treatment of rotator cuff pathologies both suture anchors and knotless anchors can be used separately and in combination. In the present article we present a systematic summary of the major special distinguishing features of the various types of anchors and numerous other anchor systems with regard to their material properties and technical features, including their biomechanical pull-out forces.

 
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