Author: Li, Shuai; Cao, Guoqing; Zhou, Rongchao; Zhang, Xi; Zhou, Ying; Tang, Shao-tao
Title: Feasible techniques in robotic thoracoscopic repair of congenital esophageal atresia: case report and literature review Cord-id: t1zxh0le Document date: 2021_6_15
ID: t1zxh0le
Snippet: BACKGROUND: Robotic repair for esophageal atresia (EA) using da Vinci system is challenging. Specific surgical techniques need to be explored to overcome the current hurdles. CASE PRESENTATION: Two cases with EA (type I and type III by Gross classification, respectively) were repaired using da Vinci robotic system. Step trocar insertion and asymmetric ports distribution techniques were used. The mean weight was 3.2 kg. Operative times were 95 min totally, with the anastomotic time of 27.5 min. F
Document: BACKGROUND: Robotic repair for esophageal atresia (EA) using da Vinci system is challenging. Specific surgical techniques need to be explored to overcome the current hurdles. CASE PRESENTATION: Two cases with EA (type I and type III by Gross classification, respectively) were repaired using da Vinci robotic system. Step trocar insertion and asymmetric ports distribution techniques were used. The mean weight was 3.2 kg. Operative times were 95 min totally, with the anastomotic time of 27.5 min. Follow-up duration was 12 months. Esophageal fistula reoccurred in one case. None was confirmed anastomotic stricture. CONCLUSION: Step trocar insertion procedure and asymmetric ports distribution technique are effective in robotic esophageal atresia.
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