Z Gastroenterol 2015; 53 - KC098
DOI: 10.1055/s-0035-1559488

Transanal-Single-Port-TME (TAMIS-TME) für Rektumkarzinom: Technische Grundlagen in klinische Serien – Video

R Zorron 1, H Phillips 1, C Bothe 1, T Junghans 1
  • 1Klinikum Bremerhaven Reinkenheide, Division Innovative Chirurgie, Bremerhaven, Deutschland

Einleitung: The treatment of rectal cancer is facing a paradigm shift in the last few years, with the impact of new endoscopic and neoadjuvant concepts. The new concept of Down-to-Up transanal TME resection using an adapted single port platform (TAMIS-transanal minimally invasive surgery) was first clinically introduced by our group in 2009. The present study describes the technical aspects of transanal applications of Single Port for colorectal indications.

Material und Methoden: Transanal Single Port surgical resection was indicated for 11 patients with diagnosed rectal adenocarcinoma at middle and lower third of the rectum and 8 patients with rectal adenomas. Total mesorectal resection and rectosigmoidectomy was performed using single port device directly inserted inside the rectum, and dissection was progressed proximally using perirectal dissection. Specimens were extracted transanally, and stappled or sutured transorificial anastomosis was performed. Full thickness resection of large adenomas in middle and upper rectum was performed with transanal single port.

Ergebnisse: 19 patients were submitted to TAMIS. Operative time was a mean of 240 min for rectal resection with TME and a mean of 48 min for adenomas. There were 2 patients with postoperative leaks and treated by relaparoscopy or laparotomy. One patient had a rectal bleeding after transanal full-thickness resection. The postoperative course of the other patients at 30 days was uneventful.

Schlussfolgerung: The present study shows that transanal and transumbilical Single Port surgery are technically feasible in the routine basis. TAMIS can successfully replace many indications of previous TEM for benign disease. The technique can be performed with available technology and reduced learning curve.