Conventional haemorrhoidectomy, stapled haemorrhoidectomy, Doppler guided haemorrhoidectomy artery ligation; post operative XXXX and anorectal manometric assessment.

@entity1 @entity322 @entity548 @entity111 @entity158 @entity272 @entity282
BACKGROUND/AIMS: The aim of the present article was to compare stapled haemorrhoidectomy, and haemorrhoidal artery ligation with open haemorrhoidectomy with respect to the @entity282 , symptom control, and manometric alterations. METHODOLOGY: Forty five @entity1 with third or fourth-degree haemorrhoids were randomly classified into three groups; first group managed by stapled haemorrhoidectomy, second group managed by conventional haemorrhoidectomy and third group managed by Doppler guided haemorrhoidal artery ligation. (15 @entity1 each) Preoperative and 12 weeks postoperative anorectal manometry were done for all @entity1 . RESULTS: There was a significant difference of the operative time between stapled group and Milligan-Morgan group (p < 0.001) while no significant difference between stapled group and Doppler group. The @entity158 scores were significantly higher in open group (p < 0.001) during the first 24 hours at the time of first motion and one week after operation. Postoperative control of prolapsed symptoms was significantly better with open diathermy haemorrhoidectomy than with stapled. The control of other symptoms was similar with regard to @entity548 , @entity158 , @entity111 , and @entity322 scores. Anorectal manometry showed a decrease in the maximum resting pressure and maximum squeeze pressure in all groups, but this decrease was only significant in the stapled haemorrhoidectomy group. CONCLUSIONS: Stapled and Doppler haemorrhoidectomy is as effective as conventional haemorrhoidectomy for the treatment of haemorrhoids, but with the exception of @entity272 . There is a need for long-term follow-up for the changes in manometric parameters after haemorrhoidectomy.
