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用微针收紧微血管吻合中的连续缝合环。

Tightening Continuous Suture Loops in Microvascular Anastomosis with a Microneedle.

机构信息

Dushu Lake Hospital Affiliated to Soochow University, Department of Neurosurgery, Suzhou, China.

出版信息

Turk Neurosurg. 2023;33(2):348-351. doi: 10.5137/1019-5149.JTN.37621-22.3.

Abstract

AIM

To present a technique for tightening continuous suture loops in microvascular side-to-side anastomosis with a microneedle.

MATERIAL AND METHODS

The technique for tightening continuous suture loops with a microneedle was presented in side-to-side microvascular anastomosis in chicken thighs arteries and rat common carotid arteries. After all the spiral continuous suture loops were loosely placed, the tip of the microneedle was used to precisely and gently tighten the second suture loop, then microforceps was used to pick this loop up and gently tighten it, while the body of the microneedle was gently applied to create a counterforce on the inner or outer surface of the vessel to help tighten the first loop under appropriate tension and place it in an appropriate position.

RESULTS

With this technique the author described, there is no need to change to any other surgical instruments during anastomosis, and these continuous suture loops in continuous microvascular anastomosis could be effectively tightened with a microneedle. And the technique was successfully applied in side-to-side microvascular anastomosis in chicken thighs arteries and rat common carotid arteries.

CONCLUSION

Microneedle could be safely and effectively used as a microretractor to tighten the continuous suture loops in continuous microvascular anastomosis. The judicious and discreet use of a microneedle as a multifunctional instrument for functions other than suturing could minimize the exchange of instruments and improve operative efficiency.

摘要

目的

介绍一种使用微针收紧微血管端端吻合连续缝线环的技术。

材料与方法

在鸡大腿动脉和大鼠颈总动脉的端端微血管吻合中介绍了使用微针对连续缝线环进行收紧的技术。所有螺旋连续缝线环松散放置后,使用微针尖端精确、轻柔地收紧第二个缝线环,然后使用微型镊子夹住该环并轻轻收紧,同时轻轻按压微针的针体在血管内或外表面上产生反作用力,以帮助在适当的张力下收紧第一个环并将其放置在适当的位置。

结果

使用作者描述的这种技术,在吻合过程中无需更换任何其他手术器械,并且可以使用微针对连续微血管吻合中的连续缝线环进行有效收紧。该技术成功应用于鸡大腿动脉和大鼠颈总动脉的端端微血管吻合中。

结论

微针对连续微血管吻合中的连续缝线环进行收紧是安全有效的。巧妙且谨慎地将微针用作除缝合以外的多功能器械,可以最大限度地减少器械更换次数,提高手术效率。

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