Hirschsprung Disease
Conditions
Keywords
Hirschsprung disease, robotic surgery, modified Soave, muscular cuff, Postoperative complications, Efficacy
Brief summary
Hirschsprung disease (HSCR) is a rare congenital intestinal disease characterized by the absence of ganglion cells in the distal rectum, extending for variable distances into the proximal intestine.The "pull-through" reconstruction procedure described in 1949 by Orvar Swenson involving the removal of the aganglionic bowel and creating an anastomosis between the normally innervated bowel and the anal canal, remains the standard surgical approach for HSCR today. However, as rectal dissection by laparotomy in infants is technically difficult and can result in high rates of complications, other pull-through techniques were developed and several techniques are still widely used today. In our institute, we developed the laparoscopic-assisted modified Soave with short muscular cuff anastomosis in July 2017, and achieved good therapeutic effects. However, there have some patients suffered soiling incidents in the short period post-surgery. Therefore, we developed the robot-assisted modified Soave with short muscular cuff anastomosis procedures to protect the vital nerve and blood vessels of the pelvis from injury, decrease the injury of the sphincter. this clinical trials was to compare the efficacy of robot-assisted and laparoscopic-assisted modified Soave with short muscular cuff anastomosis procedures for classical Hirschsprung disease (HSCR).
Detailed description
Soave's first report on the endorectal pull-through without anastomosis approach to the treatment of Hirschsprung disease (HSCR) dates back to 1963. With the rapid development of laparoscopic operations in the early 1990s, Georgeson et al reported a technique utilizing laparoscopic dissection of the rectum combined with anal mucosal dissection in 1995. Subsequently, many laparoscopic approaches to modified Soave-Georgeson procedures were described, including short muscular cuff anastomosis, long cuff dissection, and short V-shaped partially resected cuff anastomosis.The purpose of these modifications is to decrease postoperative complications due to internal anal sphincter achalasia and rectal cuff. Wester et al used a short cuff operation that retained a muscular cuff of 1-2 cm and achieved excellent outcomes. Due to our increased experience to Soave-Georgeson operation, we have modified the Soave-Georgeson procedure that developed laparoscopic stepwise gradient cutting muscular cuff procedure and shortened the muscular cuff to approximately 1-2 cm in neonates and infants, or 3-4 cm in children. Good results using the laparoscopic stepwise gradient cutting muscular cuff (LSGC) procedure have been reported by Zheng et al. Although a few patients suffered enterocolitis of the LSGC procedure, we found that the incidence of enterocolitis in patients with a 1-2cm muscular cuff was lower than that in patients with a 3-4 cm muscular cuff. According to the above finding, we developed the laparoscopic-assisted modified Soave with short muscular cuff anastomosis in July 2017, and achieved good therapeutic effects. However, there have some patients suffered soiling incidents in the short period post-surgery. Therefore, we developed the robot-assisted modified Soave with short muscular cuff anastomosis procedures to protect the vital nerve and blood vessels of the pelvis from injury, decrease the injury of the sphincter. this clinical trials was to compare the efficacy of robot-assisted and laparoscopic-assisted modified Soave with short muscular cuff anastomosis procedures for classical Hirschsprung disease (HSCR).
Interventions
PROCEDURERAMS
The robotic arms were oriented from the caudal direction. Dissection was begun circumferentially at 1.0 cm above the peritoneal reflection. The rectum was mobilized outside the longitudinal muscle layer, with the anatomical plane farther away from Denonvillier's fascia and the nerve plexus anterior or lateral to the rectum. The mobilization of the rectum reached 4-7 cm into the pelvis. After the robot was unlocked, a circular incision was made 0.5-1 cm from the dentate line, dividing the mucosa upward by 0.5-1.0 cm, breaking through the muscular cuff, and exposing the robotic dissection plane in the pelvis. The diseased colon was then gently pulled out through the anus. The posterior wall of the muscular cuff was completely removed along the left and right sides, accounting for two-thirds of the whole circular muscular cuff to 0.5 cm of the dentate line edge. One third of the anterior wall of the muscular cuff was retained,we then performed Soave's anastomosis.
PROCEDURELAMS
The mesentery of the colon was separated by laparoscopy with the vessel of the pull-through bowel preserved. Under the rectal peritoneal reflex, close to the rectal wall separate with the electric hook, the anterior wall of the rectum was separated to the bladder neck or the posterior wall of the vagina. The posterior wall of the rectum can be separated down to 1cm above the dentate line. After the laparoscopy was unlocked, a circular incision was made 0.5-1 cm from the dentate line, dividing the mucosa upward by 0.5-1.0 cm, breaking through the muscular cuff, and exposing the laparoscopic dissection plane in the pelvis. The diseased colon was then gently pulled out through the anus. The posterior wall of the muscular cuff was completely removed along the left and right sides, accounting for two-thirds of the whole circular muscular cuff to 0.5 cm of the dentate line edge. One third of the anterior wall of the muscular cuff was retained,we then performed Soave's anastomosis.
Sponsors
Zunyi Medical College
Study design
Allocation
RANDOMIZED
Intervention model
SINGLE_GROUP
Primary purpose
TREATMENT
Masking
SINGLE (Subject)
Eligibility
Sex/Gender
ALL
Age
No minimum to 18 Years
Healthy volunteers
No
Inclusion criteria
* 1.Age no more than 18 years 2.Hirschsprung disease diagnosed by biopsy 3.Performed modified Soave procedure for treatment.
Exclusion criteria
* 1.Total colonic aganglionosis 2.Descending/transverse colon Hirschsprung disease 3.Combined with Down syndrome 4.preoperative enterostomy 5.refused to participate
Design outcomes
Primary
| Measure | Time frame | Description |
|---|---|---|
| Soiling | 2 years | The incidence of complication of Soiling between two groups. |
| Enterocolitis | 2 years | The incidence of complication of enterocolitis between two groups. |
Secondary
| Measure | Time frame | Description |
|---|---|---|
| length of hospitalization | 2 years | The postoperative length of hospitalization (days) were analysis between two groups |
| blood loss | 2 years | The Blood loss were analysis in two groups |
| Perianal dermatitis | 2 years | The incidence of complication of Perianal dermatitis between two groups |
| Urinary incontinence | 2 years | The incidence of complication of Urinary incontinence between two groups |
| Anastomotic leakage | 2 years | The incidence of complication of Anastomotic leakage between two groups |
| Cuff abscess | 2 years | The incidence of complication of Cuff abscess between two groups |
| operative time | 2 years | The operative time(minute) were analysis in two groups |
| Sphincter spasm | 2 years | The incidence of complication of Sphincter spasm between two groups |
| Staining | 2 years | The incidence of complication of Staining between two groups |
| Constipation | 2 years | The incidence of complication of Constipation between two groups |
| bowel function score (BFS) | 4 years | Children aged ≥ 4 years were assessed twice for each score. A BFS ≥ 17 was represented as the lower limit of good/normal functional outcomes as more than 90% of people aged ≥ 4 years in the normal population met this criterion |
| postoperative fecal continence (POFC) score | 4years | postoperative fecal continence (POFC) score focused on SNS-related incontinence |
| Anastomotic strictures | 2 years | The incidence of complication of Anastomotic strictures between two groups |
| The anal dissection time | 2 years | The anal dissection time(minute) were analysis in two groups |
Countries
China
Contacts
Primary ContactZe bing prof. Zheng, M D
Backup ContactZhu prof. Jin, M D
Outcome results
None listed