Sacrotuberous Ligament and Sacrospinous Ligament 3D Anatomy

>> YOUR LINK HERE: ___ http://youtube.com/watch?v=-3wnENgMcl4

#DoItSimple #Anchorsure • ¿More info? 👉 https://bit.ly/Anchorsure • ¿Más información? 👉 https://bit.ly/Anchorsure • ◾ Minimally invasive sacrospinous ligament fixation system • ◾ Unique fixation with anchors • ◾ Fixation does not compress the ligament like suture fixation systems • ◾ Can be used to fix synthetic or biological mesh or to perform the Ritcher technique • ◾ 100% biocompatible material ✔️ • 💼 Linkedin https://bit.ly/Neomedic_IN • ❤️ Instagram https://bit.ly/Neomedic_IG • 💙 Twitter / neomedicint • // • ◾ Sistema de fijación al ligamento sacroespinoso mínimamente invasivo • ◾ Fijación única mediante arpones • ◾ La fijación no comprime el ligamento como los sistemas de fijación por sutura • ◾ Se puede utilizar para fijar mallas sintéticas, biológicas o para realizar la técnica Ritcher • ◾ Material 100% biocompatible ✔️ • 💼 Linkedin https://bit.ly/NeomedicIN_es • ❤️ Instagram https://bit.ly/NeomedicIG_es • 💙 Twitter / neomedicintes • The Anchorsure System is the minimally invasive device specially intended to attach firmly an anchor to the sacrospinous ligament. This system is designed to fix Prolapse meshes, but is also intended to perform other types of surgery, like Richter. • The Anchorsure delivery system is straight and thin for a safe anchor placement at the sacrospinous ligament. • Other forms of fixation may need tight sutures knots around the ligament, that may compromise its neurovascular structures.

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