Carter John M, Lawlor Claire, Guarisco J Lindhe
Tulane University Department of Otolaryngology - Head & Neck Surgery, 1430 Tulane Avenue, New Orleans, LA 70112, United States.
Ochsner Medical Center - Department of Otolaryngology - Head & Neck Surgery, 1514 Jefferson Hwy, Jefferson, LA 70121, United States.
Int J Pediatr Otorhinolaryngol. 2014 Feb;78(2):307-11. doi: 10.1016/j.ijporl.2013.11.031. Epub 2013 Dec 3.
To determine the efficacy of topical mitomycin and stenting in patients that have undergone endoscopic repair of choanal atresia.
Retrospective review of 37 endoscopic operations on pediatric patients for choanal atresia.
Twenty-six sides were operated on in 17 patients; 37 total operations were performed. All 17 patients were repaired endoscopically with 1 patient requiring transpalatal revision surgery. Eight patients (47%) had a unilateral atresia and 9 (53%) were bilateral. Eleven total sides (42%) were treated initially with mitomycin. Eighteen percent of those sides required post-operative dilation vs. 40% of the sides not treated with mitomycin (p=0.39) and no patient in the mitomycin group required revision surgery compared to 20% of patients not treated with mitomycin (p=0.24). Significantly fewer sides in the mitomycin group (9%) developed granulation vs. those treated without (53%) (p=0.03). The average number of procedures performed (1.18 vs. 2.53; p=0.002) was significantly fewer in those patients treated with mitomycin vs. not. A greater amount of sides in the stent group developed granulation tissue (50% vs.0%; p=0.023). The average number of procedures performed was significantly greater in those patients treated with a stent (2.33 vs. 1.12; p=0.008). The average time spent in the hospital was significantly shorter (7.09 vs. 2.33 days; p=0.02) in those patients treated without stenting.
Topical mitomycin is efficacious as an adjuvant therapy as it was associated with the formation of less granulation tissue, a lower rate of restenosis and fewer surgeries. Stenting was associated with significantly more procedures, greater formation of granulation tissue and longer overall hospital stays. However, consideration should be given toward stent placement in all neonates for the prevention of post-operative airway obstruction.
2c.
确定局部使用丝裂霉素和置入支架对接受后鼻孔闭锁内镜修复术患者的疗效。
回顾性分析37例小儿患者后鼻孔闭锁的内镜手术。
17例患者共进行了26侧手术;总共进行了37次手术。所有17例患者均接受了内镜修复,1例患者需要经腭翻修手术。8例患者(47%)为单侧闭锁,9例(53%)为双侧闭锁。总共11侧(42%)最初接受了丝裂霉素治疗。接受丝裂霉素治疗的侧别中,18%需要术后扩张,而未接受丝裂霉素治疗的侧别为40%(p=0.39);丝裂霉素组无患者需要翻修手术,而未接受丝裂霉素治疗的患者为20%(p=0.24)。丝裂霉素组出现肉芽组织的侧别(9%)明显少于未使用丝裂霉素治疗的侧别(53%)(p=0.03)。接受丝裂霉素治疗的患者平均手术次数(1.18次对2.53次;p=0.002)明显少于未接受治疗的患者。支架组出现肉芽组织的侧别更多(50%对0%;p=0.023)。接受支架治疗的患者平均手术次数明显更多(2.33次对1.12次;p=0.008)。未置入支架治疗的患者平均住院时间明显更短(7.09天对2.33天;p=0.02)。
局部使用丝裂霉素作为辅助治疗有效,因为它与更少的肉芽组织形成、更低的再狭窄率和更少的手术相关。置入支架与明显更多的手术、更多的肉芽组织形成和更长的总体住院时间相关。然而,对于所有新生儿应考虑置入支架以预防术后气道阻塞。
2c。