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Interlocking Nails and Minimally Invasive Osteosynthesis.
Veterinary Clinics of North America: Small Animal Practice ( IF 1.9 ) Pub Date : 2019-10-24 , DOI: 10.1016/j.cvsm.2019.09.003
Loïc M Déjardin 1 , Karen L Perry 1 , Dirsko J F von Pfeil 2 , Laurent P Guiot 3
Affiliation  

Reviews of clinical outcomes led to the foundation of a new approach in fracture management known as biological osteosynthesis. As intramedullary rods featuring cannulations and locking devices at both extremities, interlocking nails are well suited for bridging osteosynthesis. Unique biological and mechanical benefits make them ideal for minimally invasive nail osteosynthesis and an attractive, effective alternative to plating, particularly in revisions of failed plate osteosynthesis. Thanks to a new angle-stable locking design, interlocking nailing indications have been expanded to osteosynthesis of epi-metaphyseal fractures, including those with articular involvement and angular deformities such as distal femoral varus and associated patellar luxations.

中文翻译:

互锁的指甲和微创的骨合成。

对临床结局的回顾导致了一种称为生物骨合成的骨折治疗新方法的基础。由于髓内棒在两个末端都有插管和锁定装置,因此互锁钉非常适合桥接骨合成。独特的生物学和机械优势使它们成为微创指甲骨合成的理想选择,并且是镀层的一种有吸引力,有效的替代方法,尤其是在失败的钢板骨合成修复中。得益于新的角度稳定锁定设计,互锁钉的适应证已扩展到epi上干fracture端骨折的骨合成,包括那些累及关节和角畸形的骨折,例如股骨远端内翻和相关的pa骨脱位。
更新日期:2019-11-01
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