Matyja Grzegorz
Katedra i Klinika Otolaryngologii i Onkologii Laryngologicznej Pomorskiej AM w Szczecinie.
Otolaryngol Pol. 2005;59(6):821-4.
The author presents modification of the well-known surgical techniques used in endonasal optically aided operations in the patients with massive and recurrent nasal polyposis. After septal correction the attachment of the middle turbinate and lower turbinate is identified. It helps to find an appropriate place to open a maxillary sinus through uncinectomy. Opened maxillary sinus makes possible to find orbital lamella. The posterior maxillary sinus wall as the anatomic point helps to find the anterior wall of sphenoid sinus through posterior ethmoidectomy. After finding choane it is possible to open sphenoid sinus without cutting the posterior part of the middle turbinate. From this part it is possible to continue the operation like in the posterior-to-anterior technique, because it is well known where is the ethmoid roof. The operation is finished after opening frontal recess and correction of the middle turbinate. I did 110 total endonasal sphenoethmoidectomies using this technique in the patients with massive and recurrent nasal polyposis without any serious complications. I didn't have any problems with orientation in operative field even in very complicated cases.
作者介绍了对患有大量复发性鼻息肉的患者进行鼻内光学辅助手术时所用的著名手术技术的改进。鼻中隔矫正后,确定中鼻甲和下鼻甲的附着情况。这有助于找到通过筛窦切除术打开上颌窦的合适位置。打开上颌窦后能够找到眶板。作为解剖学标志的上颌窦后壁有助于通过后筛窦切除术找到蝶窦前壁。找到鼻后孔后,无需切除中鼻甲后部即可打开蝶窦。从这部分开始,可以像采用后向前技术那样继续手术,因为筛窦顶的位置是已知的。打开额隐窝并矫正中鼻甲后手术结束。我使用该技术对患有大量复发性鼻息肉的患者进行了110例全鼻内蝶筛窦切除术,未出现任何严重并发症。即使在非常复杂的病例中,我在手术视野的定位方面也没有遇到任何问题。