Malhotra Raman, Selva Dinesh, Olver Jane M
Corneo Plastic Unit, Queen Victoria Hospital, East Grinstead, Sussex, United Kingdom.
Ophthalmic Plast Reconstr Surg. 2007 Sep-Oct;23(5):372-5. doi: 10.1097/IOP.0b013e3181469cbd.
To describe a technique of endoscopic harvesting of autogenous fascia lata.
A retrospective, noncomparative clinical study to evaluate the technique of videoendoscope assistance in harvesting autogenous fascia lata was conducted during a 1-year period in 2002. A small incision approximately 2 cm long is made over the lateral aspect of the thigh, either as a low or high approach. A sheathed 4-mm rigid 0- or 30-degree endoscope is used to visualize the length of the fascia lata along both its superficial aspect and its undersurface. Standard endoscopic brow lifting instruments are then used to dissect a length of fascia under direct visualization.
Three patients underwent harvesting of autogenous fascia lata under endoscopic visualization (2 high-thigh and 1 low-thigh technique). Adequate lengths of fascia lata, approximately 12 cm long, were harvested and no complications occurred. The endoscope was particularly useful in identifying the anatomical structures adjacent to the fascia. The technique was easy to use, but took twice as long as traditional harvesting techniques.
Videoendoscopy allows complete visualization of anatomical structures during harvesting of autogenous fascia lata. It highlights the anatomy for teaching and provides an alternative approach to conventional harvesting methods.
描述一种自体阔筋膜内镜采集技术。
2002年期间进行了一项为期1年的回顾性、非对比性临床研究,以评估视频内镜辅助采集自体阔筋膜的技术。在大腿外侧做一个约2 cm长的小切口,可采用低位或高位入路。使用4 mm鞘式硬性0度或30度内镜观察阔筋膜的表面和底面长度。然后使用标准的内镜提眉器械在直视下分离一段阔筋膜。
3例患者在内镜直视下进行了自体阔筋膜采集(2例采用高位大腿技术,1例采用低位大腿技术)。采集到了足够长度(约12 cm)的阔筋膜,且未发生并发症。内镜在识别阔筋膜相邻的解剖结构方面特别有用。该技术易于操作,但所需时间是传统采集技术的两倍。
视频内镜可在自体阔筋膜采集过程中实现对解剖结构的完整可视化。它突出了解剖结构便于教学,并为传统采集方法提供了一种替代途径。