可弯曲插管。

S M Shimi
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引用次数: 0

摘要

灵活的通道插管保持了一个容易接近的通道,可以有效地将直的和弯曲的内窥镜器械从皮肤引入和取出。它们的主要优点是它们的变形能力,允许弯曲的仪器通过。目前有几种灵活的导管设计可供选择。最实用的设计是使用紧密卷曲的弹簧作为管,有或没有硅胶涂层。这种设计的一种改进是将金属丝编织成管状,并涂上硅树脂。用于这些套管的气体密封阀目前是原始的。柔性通道管沿纵向和横向轴的变形能力可能被用于小器官的检索。临床上,只要需要弯曲的器械,就可以使用柔性套管。同轴弯曲和卡口器械在胸腔镜和腹腔镜手术中都得到了广泛的应用。这些仪器将允许额外的自由度,即预先形成的仪器曲线。在临床方面,这将有助于分离、收缩和包围管状结构。此外,使用弯曲的针托可以更有效地形成体内手术结。
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Access with flexible cannulae.

Flexible access cannulae maintain a readily accessible tract for the efficient introduction and withdrawal of both straight and curved endoscopic instruments from skin to the parietes. Their main advantage is their capacity to deform, allowing the passage of curved instruments. Several designs of flexible access cannulae are currently available. The most practical design makes use of tightly coiled springs as tubes with or without silicone coating. A modification of this design uses wire woven into a tubular form and coated with silicone. Gas seal valves for these cannulae are currently primitive. The capacity of flexible access cannulae for deformation along the longitudinal and transverse axes could potentially be exploited for retrieval of small organs. Clinically, flexible cannulae have been used whenever curved instruments were needed. Coaxial curved and bayonet instruments have been used extensively in both thoracoscopic and laparoscopic operations. These instruments will allow an additional degree of freedom, that of the pre-formed curve of the instrument. In clinical terms this will facilitate the dissection, retraction and encirclement of tubular structures. In addition, the creation of intra-corporeal surgical knots is more efficient using curved needle holders.

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