BACKGROUND/AIMS: Total rectal resection is the radical treatment method for radiation proctitis complications. Park's straight colo-anal reconstruction to replace the rectum often impairs anal continence, increases stool frequency, and causes imperative urgency. We developed and assessed a colo-anal reconstruction (ileocecal reservoir) after resection of radiation-damaged rectum. METHODS: An ileocecal segment was isolated on its lymphovascular pedicel, rotated counterclockwise, and reanastomosed at the dentate line. This provided a neorectal segment with intact intrinsic and extrinsic nerve and lymphovascular supply. We evaluated the safety, defecation quality, and anorectal function of this neorectum in two radiation-injured patients when compared with 15 patients after total mesorectal excision without radiation damage. RESULTS: No perioperative morbidity related to this technique was observed. Neorectal patients showed good defecation quality with maximal tolerable volumes, compliances, and anal manometry comparable with patients without radiation injury. CONCLUSIONS: This rectal replacement technique permits good defecation quality and excellent anorectal function.
BACKGROUND/AIMS: Total rectal resection is the radical treatment method for radiation proctitis complications. Park's straight colo-anal reconstruction to replace the rectum often impairs anal continence, increases stool frequency, and causes imperative urgency. We developed and assessed a colo-anal reconstruction (ileocecal reservoir) after resection of radiation-damaged rectum. METHODS: An ileocecal segment was isolated on its lymphovascular pedicel, rotated counterclockwise, and reanastomosed at the dentate line. This provided a neorectal segment with intact intrinsic and extrinsic nerve and lymphovascular supply. We evaluated the safety, defecation quality, and anorectal function of this neorectum in two radiation-injured patients when compared with 15 patients after total mesorectal excision without radiation damage. RESULTS: No perioperative morbidity related to this technique was observed. Neorectal patients showed good defecation quality with maximal tolerable volumes, compliances, and anal manometry comparable with patients without radiation injury. CONCLUSIONS: This rectal replacement technique permits good defecation quality and excellent anorectal function.