TL;DR: Both sonography and CT are reliable methods for diagnosing gastrointestinal bezoars.
Abstract: Objective The purpose of this study was to assess the value of imaging studies--conventional abdominal radiographs, sonography, and CT--in the diagnosis of gastrointestinal bezoars. Methods and methods A review was made of the radiologic findings of 17 consecutive patients with surgically verified gastrointestinal bezoars over a period of 51 months. Results Twelve patients had a history of previous gastric surgery. In no patient was a bezoar clinically suspected. Phytobezoars were recorded in 16 patients and a trichobezoar in only one. A total of 33 bezoars were identified at surgery. Two patients had isolated gastric bezoars, whereas 15 patients had bezoars located in the small bowel. Among the latter group, associated gastric bezoars were found in eight patients, and five patients had multiple intestinal bezoars. Abdominal radiographs revealed bezoars in three patients, sonography revealed bezoars in 15, and CT revealed bezoars in all 17. Seven patients had associated gastric bezoars revealed at CT versus only two patients with gastric bezoars revealed at sonography. CT revealed multiple intestinal bezoars in five patients whereas sonography revealed them in only two patients. Conclusion Both sonography and CT are reliable methods for diagnosing gastrointestinal bezoars. CT is more accurate, however, and exhibits a quite characteristic bezoar image; in addition, this imaging technique is able to reveal the presence of additional gastrointestinal bezoars.
TL;DR: BZ are commonly seen in stomach and small intestine and SBO is the most common complication when uncomplicated, endoscopic or surgical removal can be applied easily.
Abstract: AIM: Bezoars (BZ) are the most common foreign bodies of gastrointestinal tract. Clinical manifestations vary depending on the location of BZ from no symptoms to acute abdominal syndrome. When located in small bowel, they frequently cause small bowel obstruction (SBO). We aimed to present our experience by reviewing literature.
METHODS: Thirty-four patients with gastrointestinal BZ were presented. The data were collected from hospital records and analyzed retrospectively. Morbidity and mortality rates were statistically analyzed between the subgroups according to SBO and endoscopic or surgical treatment modalities.
RESULTS: The 34 patients had phytobezoars (PBZ). Two patients with mental retardation and trichotillomania had trichobezoars (TBZ). More than half of them (55.88%) had previous gastric surgery. Also most of them had small bowel bezoars resulting in obstruction. Surgical and endoscopic morbidity rates were 32.14% and 14.28% respectively. The total morbidity rate of this study was 29.41%. Four patients in surgically treated group died. There was no death in endoscopically treated group. The total and surgical mortality rates were 11.76% and 14.28% respectively. The differences in morbidity and mortality rates between the subgroups were not statistically significant.
CONCLUSION: BZ are commonly seen in stomach and small intestine. SBO is the most common complication. When uncomplicated, endoscopic or surgical removal can be applied easily.
TL;DR: The dissolution of large gastric phytobezoar dissolution with cola nasogastric lavage is a safe, rapid and effective method and may be treated in the medical ward, avoiding therapeutic endoscopy or surgery.
Abstract: Large gastric phytobezoars may occur in patients with gastric dysmotility disorders. Treatment options include dissolution with enzymes, endoscopic fragmentation with removal or aspiration, and surgery. We report our experience with nasogastric cola lavage therapy. Over an 8-year period, five consecutive patients were referred to our unit for endoscopic treatment of large gastric phytobezoars. They included one patient with lobectomy for lung cancer and four patients with diabetic gastroparesis. An initial attempt of endoscopic fragmentation and removal was unsuccessful. Patients were treated with 3 l of Coca-Cola nasogastric lavage over 12 h. Nasogastric lavage was very well tolerated by the patients. Complete phytobezoar dissolution was achieved in one session in all cases. There were no procedure-related complications. The dissolution of large gastric phytobezoars with cola nasogastric lavage is a safe, rapid and effective method. Patients may be treated in the medical ward, avoiding therapeutic endoscopy or surgery.
TL;DR: A variety of dissolution therapies and endoscopic fragmentation techniques have been evaluated as conservative treatment so as to avoid surgery in patients with poor gastric motility.
Abstract: SummaryBackground
Gastric phytobezoars represent the most common bezoars in patients with poor gastric motility. A variety of dissolution therapies and endoscopic fragmentation techniques have been evaluated as conservative treatment so as to avoid surgery.
Aim
To investigate the effectiveness of Coca-Cola for gastric phytobezoars dissolution.
Methods
We performed a systematic search to identify publications on gastric phytobezoars to assess the efficacy of Coca-Cola as a dissolution therapy. Diospyrobezoars, formed after persimmon ingestion, are a distinct type of phytobezoars characterized by their hard consistency. Thus, these two subgroups of bezoars were compared in terms of successful dissolution.
Results
Over a 10-year period (2002–2012), 24 papers including 46 patients have been published. In 91.3% of the cases, phytobezoar resolution with Coca-Cola administration was successful, either as a single treatment (50%) or combined with further endoscopic techniques, whereas only 4 patients underwent surgery. Phytobezoars were more likely to dissolve after initial attempt with Coca-Cola compared with diospyrobezoars (60.6% vs. 23%, P = 0.022).
Conclusions
Coca-Cola alone is effective in gastric phytobezoar dissolution in half of the cases and, combined with additional endoscopic methods, is successful in more than 90% of them.
TL;DR: Bilateral truncal vagotomy plus pyloroplasty and a excessive ingestion of vegetable fiber are the main factors predisposing to bezoar formation.
Abstract: BACKGROUND Bezoars are large conglomerates of vegetable fibers, hairs, or concretions of various substances located in the stomach or small intestine of humans and certain animals, mainly ruminants. Gastrointestinal bezoars have constituted a relatively common clinical reality ever since the introduction of truncal vagotomy associated with drainage or gastric resection in the treatment of gastroduodenal peptic ulcer. STUDY DESIGN This study presents a series of 87 cases of intestinal bezoar treated in our department of general surgery. Analysis was made of data obtained retrospectively from clinical histories, together with a clinical and endoscopic review of the patients. RESULTS Most of the patients had had previous operative treatment (76.3 percent), the most commonly used technique being bilateral truncal vagotomy plus pyloroplasty (75.8 percent). An excessive intake of vegetable fiber was revealed in 39.5 percent of the cases, and alterations in dentition and mastication in 24 percent. Operative treatment was used in all patients. We attempted to fragment the bezoar and milk it to the cecum. Enterotomy and bezoar extraction were reserved for cases where fragmentation was impossible, as enterotomy was associated with more complications (p < 0.05). CONCLUSIONS Bilateral truncal vagotomy plus pyloroplasty and a excessive ingestion of vegetable fiber are the main factors predisposing to bezoar formation. Clinically, intestinal bezoars manifest themselves in most cases as complete intestinal obstruction. Simple roentgenography of the abdomen is the fundamental technique for diagnosing the occlusive syndrome. Treatment must be operative, during which the bezoar is fragmented and milked to the cecum. The stomach must be explored for associated bezoars.