Santos A D, Thompson T R, Johnson D E, Foker J E
J Thorac Cardiovasc Surg. 1983 Feb;85(2):229-36.
Correction of the full spectrum of esophageal atresia with tracheoesophageal fistula (TEF) remains controversial. Circular myotomy and other lengthening procedures have shown promise to reduce tension when a relatively wide gap exists between esophageal segments; nevertheless a relatively high complication rate persists. We believe anastomotic tension is commonly found with repair of this anomaly. Therefore, the construction of the anastomosis will be a primary determinant of success. Twenty-four infants with TEF were admitted, 12 (50%) weighing 2.5 kg, nine (37%) 1.8 to 2.5 kg, and three (13%) 1.8 kg. All underwent gastrostomy and end-to-end single-layer anastomosis. Gaps of up to 4.5 cm were encountered, and in one case a cervical incision was necessary for mobilization of the upper pouch. For eight patients (33%) the gap was at least 2.5 cm and significant anastomotic tension was generated. For the series, there were no anastomotic leaks (all confirmed by barium swallow), reoperations, or surgical complications (there were two late, unrelated deaths). Prophylactic dilation was routinely performed 6 weeks and 3 months postoperatively. Subsequently, seven of the 24 (29%) required additional (one to five) dilatations but are now asymptomatic at least 2 years later. Follow-up for the entire series is 5 months to 5 years. Three infants (13%) required fundoplication for reflux without stricture and two infants (8%) an aortopexy. For successful esophageal anastomosis we consider the following technical points important: (1) no-touch technique to minimize tissue damage, (2) generous (5 to 7 mm) full-thickness suture depth, (3) fine (6/0) monofilament suture to reduce tissue reactivity, and (4) in cases of significant tension, the sutures are preplaced and used to provide traction to eliminate tension during tying. Tension is often unavoidable in TEF, yet a carefully constructed anastomosis will withstand this stress. This approach provides results at least as satisfactory as the reported experience with a variety of techniques.
食管闭锁合并气管食管瘘(TEF)全谱的矫正仍存在争议。当食管段之间存在相对较宽的间隙时,环形肌切开术和其他延长手术已显示出有望降低张力;然而,并发症发生率仍然相对较高。我们认为,修复这种畸形时通常会出现吻合口张力。因此,吻合口的构建将是成功的主要决定因素。24例TEF婴儿入院,12例(50%)体重2.5kg,9例(37%)体重1.8至2.5kg,3例(13%)体重1.8kg。所有患儿均接受了胃造瘘术和端端单层吻合术。遇到的间隙最大达4.5cm,1例患者需要颈部切口来游离上半部分食管囊袋。8例患者(33%)的间隙至少为2.5cm,产生了明显的吻合口张力。该系列病例中,无吻合口漏(均经吞钡证实)、再次手术或手术并发症(有2例晚期非相关死亡)。术后6周和3个月常规进行预防性扩张。随后,24例中有7例(29%)需要额外进行(1至5次)扩张,但至少在2年后目前无症状。整个系列的随访时间为5个月至5年。3例婴儿(13%)因反流而无狭窄需要行胃底折叠术,2例婴儿(8%)需要行主动脉固定术。对于成功的食管吻合,我们认为以下技术要点很重要:(1)无接触技术以尽量减少组织损伤;(2)足够宽(5至7mm)的全层缝合深度;(3)精细(6/0)单丝缝线以降低组织反应性;(4)在张力明显的情况下,预先放置缝线并在打结时用于提供牵引力以消除张力。在TEF中,张力往往不可避免,但精心构建的吻合口能够承受这种压力。这种方法所取得的结果至少与报道的各种技术经验一样令人满意。