Title of article :
Comparison between Ultroid and Rubber Band Ligation in Treatment of Internal Hemorrhoids
Author/Authors :
Azizi, Rasoul Department of Surgery - Hazrat-e-Rasoul Medical Complex - Colorectal Unit, Tehran , Rabani-Karizi, Behzad Resident of Surgery - Department of Surgery - Hazrat-e-Rasoul Medical Complex, Tehran , Taghipour, Mohammad Ali Resident of Surgery - Department of Surgery - Hazrat-e-Rasoul Medical Complex, Tehran
Abstract :
Hemorrhoid is one of the most common surgical diseases and different methods are available for
its treatment. This study is a comparison between two methods of treatment of internal hemorrhoid,
Monopolar low voltage instrument (Ultroid) and Rubber Band Ligation. This method has been carried out
prospectively in which 50 patients who were treated with rubber band ligation and 50 patients with Ultroid
were compared according to the incidence of complications, post-operative pain and treatment response.
According to this study complete success rate with Ultroid was 82% and partial success rate was 10% and no
response to treatment was seen in 8%. In Rubber Band method the complete response rate was 94% (P=0.2).
With Ultroid, 74% of patient reported no postoperative pain, 24% reported mild and moderate pain and 2% of
patients complained of severe pain. With Rubber band ligation, 72% of patients reported no post-operative
pain, 26% reported mild and moderate pain and 1% complained of severe pain (P=0.00). Rubber Band
ligation and Ultroid are both considered as outpatient procedures for treatment of hemorrhoids. Both methods
are mostly used for grade 1, 2 and sometime grade 3 hemorrhoids. In Ultroid method the operator is required
to hold the probe for a period of time, and in most cases, the surgeon should spend between 20-25 minutes for
the coagulation of three piles. Some surgeons do not have patience for this modality of internal hemorrhoid
treatment. In this study we achieved acceptable results comparable with those of other techniques.
Keywords :
Hemorrhoids , Ultroid , rubber
Journal title :
Astroparticle Physics