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先天性梨状窝瘘管节段及毗邻的临床解剖学研究

[Clinical anatomic study on the segment and adjacent of tract of congenital pyriform sinus fistula].

作者信息

Gong X X, Chen L S, Xu M M, Huang S L, Zhang B, Liang L, Zhan J D, Lu Z M, Luo X N, Zhang S Y

机构信息

Second Clinical Medical College of Southern Medical University, Guangzhou 510515, China; Department of Otorhinolaryngology Head and Neck Surgery, Guangdong General Hospital, Guangdong Academy of Medical Sciences, 510080 Guangzhou, China.

Department of Otorhinolaryngology Head and Neck Surgery, Guangdong General Hospital, Guangdong Academy of Medical Sciences, 510080 Guangzhou, China.

出版信息

Zhonghua Er Bi Yan Hou Tou Jing Wai Ke Za Zhi. 2018 Aug 7;53(8):604-609. doi: 10.3760/cma.j.issn.1673-0860.2018.08.009.

Abstract

To investigate the anatomic tract of congenital pyriform sinus fistula (CPSF). A total of 90 patients with CPSF undergoing open surgery between August, 2007 and March, 2017 at the Department of Guangdong General Hospital were retrospectively analyzed. The tracts of all the fistulas actually walked far different from those of theoretical ones. A whole fistula may be divided into 4 segments according to adjacent anatomy of CPSF. The posterior inner segment to the thyroid cartilage was initial part of the fistula. It originated from the apex of pyriform sinus, then piercing out of the inferior constrictor of pharynx inferiorly near the inferior cornu of the thyroid cartilage (ICTC), and descended between the lateral branch of the superior laryngeal nerve and the recurrent laryngeal nerve. The ICTC segment was the second part of the fistula, firstly piercing out of the inferior constrictor of pharynx and/or cricothyroid muscle, and then entering into the upper pole of thyroid. The relationship between fistula and ICTC could be divided into three types: type A (medial inferior to ICTC) accounting for 42.2% (38/90); type B (penetrate ICTC) for 3.3% (3/90); and type C (lateral inferior to ICTC) for 54.5% (49/90). The internal segment in thyroid gland was the third part of fistula, walking into the thyroid gland and terminating at its upper pole (92.2%, 83/90) or deep cervical fascia near the upper pole of thyroid (7.8%, 7/90). The lateral inferior segment to thyroid gland was the last part of the fisula, most of which are iatrogenic pseudo fistula, and started from the lateral margin of thyroid gland. CPSF has a complicated pathway. Recognition of the tract and adjacent anatomy of CPSF will facilitate the dissection and resection of CPSF in open surgery.

摘要

探讨先天性梨状窝瘘(CPSF)的解剖路径。回顾性分析2007年8月至2017年3月在广东省人民医院接受开放手术的90例CPSF患者。所有瘘管的实际走行与理论走行差异很大。根据CPSF的相邻解剖结构,一个完整的瘘管可分为4段。甲状腺软骨后方内侧段为瘘管起始部,起自梨状窝尖,于甲状腺软骨下角(ICTC)下方穿出咽下缩肌,下行于喉上神经外侧支与喉返神经之间。ICTC段为瘘管第二段,先穿出咽下缩肌和/或环甲肌,然后进入甲状腺上极。瘘管与ICTC的关系可分为三种类型:A型(ICTC内侧下方)占42.2%(38/90);B型(穿透ICTC)占3.3%(3/90);C型(ICTC外侧下方)占54.5%(49/90)。甲状腺内段为瘘管第三段,进入甲状腺并止于其上极(92.2%,83/90)或甲状腺上极附近的颈深筋膜深层(7.8%,7/90)。甲状腺外侧下方段为瘘管最后一段,大部分为医源性假瘘管,起自甲状腺外侧缘。CPSF路径复杂。认识CPSF的走行及相邻解剖结构将有助于开放手术中CPSF的分离和切除。

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