Author/Authors :
Chatzigeorgiadis, Anestis Department of General Surgery - General Hospital of Drama, Greece , Paschos, Konstantinos A Department of General Surgery - General Hospital of Drama, Greece
Abstract :
Bezoars are rare conditions of mechanical intestinal occlusion.
Among the various types of bezoars, phytobezoars and
trichobezoars are the most common types. Symptoms are
usually indistinguishable from other more common entities;
therefore, it may be difficult to reach a correct diagnosis.
Computed tomography (CT) scan is the preferred diagnostic
method. Treatment may include surgery, lavage with Coca-Cola
or hydrolytic solutions, and endoscopic mechanical or electrical
disintegration. The present case report aimed to describe an
uncommon symptomatic double phytobezoar (ileal and gastric),
which was successfully treated surgically and endoscopically.
The patient, an 83-year-old woman, was admitted to the
General Hospital of Drama (Drama, Greece) after suffering
from abdominal pain for 3 days. Physical examination revealed
abdominal distention and pain mainly in the right quadrants.
The CT scan revealed an intestinal phytobezoar which was
subsequently removed surgically with a longitudinal enterotomy.
On the third postoperative day, the patient presented jaundice
and a new CT scan showed a second phytobezoar impacted into
the duodenal bulb, which was missed during the initial diagnosis.
The gastric phytobezoar was fragmented endoscopically using
a polypectomy snare with high flow electric current (70-80
Watts) and its pieces were removed orally. The patient had no
complications during the hospital stay and was discharged on
the eighth postoperative day. Three months later, the follow-up
gastroduodenoscopy and CT scan revealed no signs or symptoms
of any gastrointestinal mass. The present case report is the first
presentation of a double gastrointestinal phytobezoar that caused
ileus and temporary jaundice. Moreover, a successful singlesession
mechanical-electrical fragmentation of a large gastric
phytobezoar is described for the first time.