Lal Dave, Miyano Go, Juang David, Sharp Nicole E, St Peter Shawn D
Children's Hospital of Wisconsin, Milwaukee, Wisconsin, USA.
J Laparoendosc Adv Surg Tech A. 2013 Jul;23(7):635-8. doi: 10.1089/lap.2013.0210. Epub 2013 Jun 12.
Optimal surgical treatment of infants with esophageal atresia (EA) and tracheoesophageal fistula (TEF) remains controversial. In order to better understand variability in management, we surveyed the International Pediatric Endosurgery Group (IPEG) membership.
An online-based survey, conducted in 2012, was sent to all IPEG members.
The survey was completed by 170 surgeons from 31 countries. A majority of respondents practiced in academic/university settings (86%) and performed one to three EA/TEF repairs annually (67%). Those practicing for over 15 years made up 39% of the study group, followed by those practicing 6-10 years (24%), 0-5 years (22%), and 11-15 years (15%). Utilization of a thoracoscopic approach was reported by half of the respondents with a frequency of 1-3 cases (76%), 4-6 cases (17%), and greater than 7 cases (7%) per year. Low birth weight, congenital heart disease, long gap length, and compromised physiologic status were identified as the most common exclusion criteria for thoracoscopic repair. The thoracoscopic repair was almost uniformly performed via an intrapleural approach (96%), in contrast with the open repair that was done extrapleurally in 89%. Preoperative bronchoscopy was routinely performed by 60%. Size 4-0 to 5-0 absorbable suture predominated for EA repair. Postoperative chest tube/drain and transanastomotic tube placement were used by 83%. A normal esophagram was required by 85% to initiate oral feeding. Sixty-six percent initiated transanastomotic feeds prior to obtaining an esophagram. Postoperative antibiotic use was common (76%) and varied from less than 1 to greater than 14 days. Acid suppression medication was used by 76% with duration ranging from 7 days to lifelong. For long gap EA, spiral myotomies were rarely performed (10%), and gastric transposition was the favored method for esophageal replacement (66%).
Considerable variability existed among the IPEG membership in treatment of patients with EA/TEF. The identification of variance is the first step in creating future studies to identify best practices.
食管闭锁(EA)合并气管食管瘘(TEF)患儿的最佳手术治疗方案仍存在争议。为了更好地了解治疗方法的差异,我们对国际小儿内镜外科学会(IPEG)的成员进行了调查。
2012年对所有IPEG成员进行了一项基于网络的调查。
来自31个国家的170名外科医生完成了该调查。大多数受访者在学术/大学环境中执业(86%),每年进行1至3例EA/TEF修复手术(67%)。执业超过15年的医生占研究组的39%,其次是执业6至10年的医生(24%)、0至5年的医生(22%)和11至15年的医生(15%)。一半的受访者报告采用胸腔镜手术方法,每年手术频率为1至3例的占76%,4至6例的占17%,超过7例的占7%。低出生体重、先天性心脏病、长节段间隙和生理状态不佳被确定为胸腔镜修复最常见的排除标准。胸腔镜修复几乎均通过胸腔内入路进行(96%),相比之下,开放修复89%通过胸腔外入路进行。60%的医生常规进行术前支气管镜检查。EA修复主要使用4-0至5-0号可吸收缝线。83%的医生术后放置胸管/引流管和经吻合口管。85%的医生要求食管造影正常后开始经口喂养。66%的医生在获得食管造影前就开始经吻合口喂养。术后使用抗生素很常见(76%),使用时间从不到1天到超过14天不等。76%的医生使用抑酸药物,使用时间从7天到终身不等。对于长节段间隙EA,很少进行螺旋肌切开术(10%),胃转位是食管替代的首选方法(66%)。
IPEG成员在EA/TEF患者的治疗方法上存在很大差异。识别差异是开展未来研究以确定最佳实践的第一步。