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Endosc Int Open. 2017 September; 5(9): E939–E942.
Published online 2017 September 13. doi:  10.1055/s-0043-114661
PMCID: PMC5597931

Dieulafoy’s lesion of the rectum: a case report and review of the literature

Abstract

One patient with Dieulafoy’s lesion (DL) of the rectum who had a history of anal receptive intercourse is described and the relevant literature reviewed. DL is rare in clinical practice and is extremely rare in the rectum. It often affects patients with no history of cirrhosis or gastrointestinal disease and occurs with abrupt or recurrent gastrointestinal bleeding. Visible vessels can usually be found by endoscopy and coinstantaneous treatments are essential while surgical interventions can occur when necessary. The diagnosis of DL is mainly based on clinical manifestations and endoscopic features, and endoscopic treatment is the first option for hemostasis.

Introduction

Dieulafoy’s lesion (DL), also called “caliber persistent artery”, is a rare cause of gastrointestinal bleeding. It accounts for about 6 % of gastrointestinal nonvariceal bleeding, and 1 % to 2 % of all acute gastrointestinal hemorrhages 1 2 . The incidence of DL is potentially higher than reports suggest because of the difficulty of making the correct diagnosis. It was initially described as “miliary aneurysms in stomach” by Gallard in 1884, and given a more exact definition by French surgeon Georges Dieulafoy in 1898, on the basis of his study of alimentary tract hemorrhage in three young men. Since then, with the development of gastrointestinal endoscopy, more and more cases of DL have been reported worldwide. According to most of the reports, DL can occur in the stomach (71 %), duodenum (15 %), esophagus (8 %), colon (2 %), rectum (2 %), jejunum-ileum (1 %), and gastric anastomosis (1 %) 3 4 .

We present a case of DL in a young man who had a history of anal receptive sexual intercourse.

Case report

A 21-year-old man was admitted to our digestive department because of intermittent bloody stool passage for a week. The patient did not suffer from abdominal pain, his vital signs were stable (heart rate 71 bpm, blood pressure 115/75 mmHg), and he had no other clinical manifestations apart from hematochezia. He had no history of gastrointestinal disease or liver disease, no history of alcohol, smoking or drug abuse, and was negative for Helicobacter pylori infection. The only point worth mentioning was a history of anal receptive intercourse.

Physical examination did not reveal any significant alterations. Laboratory examination showed a normal hemoglobin level (13.5 g/dL), and platelet count and coagulation parameters were also normal. The patient underwent emergency colonoscopy after a cleansing enema, and a nipple-like protuberance (about 5 mm diameter) was discovered. The lesion was located in the rectum 5 cm away from the anal verge; it was concave at the top and was accompanied by hyperemia ( Fig. 1 and Fig. 2 ). Endoscopic ultrasound (EUS) did not find any occupancy lesions but a local vascular structure was present in the intestinal wall ( Fig. 3 ). The lesion was consistent with Dieulafoy’s lesion (DL), and was treated with two hemostatic clips simultaneously ( Fig. 4 ). No further bleeding was recorded after the procedure, and the patient was discharged. A colonoscopy performed 1 month later did not demonstrate any abnormality but a residual hemostatic clip was present on the lesion. Furthermore, bloody stools have not recurred during a 6-month follow-up period.

Fig. 1
 Colonoscopic examination revealed a nipple-like protuberance (about 5 mm diameter), which was concave at the top and accompanied by hyperemia.
Fig. 2
 Higher magnification view of Dieulafoy’s lesion seen in Fig. 1 .
Fig. 3
 Endoscopic ultrasound (EUS) showing the vascular structure passing through the intestinal wall from the subserosa to the mucosa, with a diameter of 1.5 mm. The Doppler signal was very clear, and the pulsed waveform indicated that it ...
Fig. 4
 Two hemostatic clips were deployed, and the lesion showed no signs of bleeding.

Discussion

DL is an uncommon but well-recognized cause of gastrointestinal bleeding. This disease often occurs in males, and there is a wide range of age at time of occurrence, with reports of the lesion in infants as well as in a 93-year-old patient 5 . The majority of DLs are located in the proximal stomach within 6 cm of the gastroesophageal junction; however, they can occur anywhere in the gastrointestinal tract, including the rectum 6 . Excessive alcohol intake and nonsteroidal anti-inflammatory drug use may increase the chances of bleeding from a gastric lesion by causing mucosal erosions 3 ; however, some researchers report that there is no relationship between alcohol intake and DL 7 . In the colon, solid bowel contents may lead to ulceration with resultant exposure of an artery and hemorrhage 8 , while in the rectum, anal receptive intercourse should be considered to be a direct cause as a result of the repeated mechanical stimulation which occurs in men during anal sexual intercourse. The sudden onset of extensive bleeding, which is usually intermittent and recurrent, is the same presentation in all ages. Since the bleeding is arterial, the amount of blood lost is usually massive. Depending upon the location of bleeding and the amount, the manifestations can range from iron deficiency anemia to life-threatening hemorrhagic shock 9 , which has been reported to occur in up to 87 % of patients with DL 10 .

The pathogenesis of DL is not yet clear. The normal gastroenteric vascular network narrows progressively as it reaches the mucosa, and forms a capillary network mostly in the submucosa. A DL is described as an arteriole, of which the diameter of the vascular network remains unchanged (1  3 mm) through the serosa and reaches the mucosa. The DL is generally 10  20 times thicker than a normal capillary, and is covered by a thin mucosal membrane without symptoms until the insidious onset of acute gastrointestinal bleeding begins 2 3 .

Patients with gastrointestinal bleeding as a result of DL usually have no history of chronic liver disease or gastrointestinal disease, while DL can actually be exacerbated by portal hypertension or liver transplantation 11 . Patients may or may not have taken non-steroidal anti-inflammatory drugs before. The typical location of DL is the proximal stomach, usually within 6 cm of the cardio-esophageal junction, and a variety of other sites including the esophagus, small bowel, and large bowel have been reported in the literature, including 2 % in the colon, and 2 % in the rectum. Hematochezia complicated by hypovolemic shock is the most important sign of a colorectal DL. Endoscopic examination is primarily preferred for diagnosis, and provides the following valuable diagnostic criteria: (1) micropulsatile bleeding from small (< 3 mm) mucosal defects surrounded by normal mucosa; (2) the presence of protruding vessels; (3) fresh clots attached to a small mucosal defect or to normal mucosa 12 . The choice of gastroscopy, colonoscopy or enteroscopy mainly depends on the clinical manifestations and the doctor’s experience. EUS may be valuable in identifying the unaltered vessel.

Endoscopic diagnosis can sometimes be delayed owing to the difficulty of localizing the bleeding site in situations with a small lesion, intermittent bleeding or poor visualization. Under these circumstances, emergent mesenteric angiography or CT angiography is an alternative. A typical angiographic image shows a caliber-persistent, convoluted artery in a position tangential to the lumen 13 . Multidetector row computed tomography, a noninvasive technique, could also help pinpoint potential bleeding therefore allowing the endoscopist to locate the lesion more accurately.

Hemostasis can be successfully achieved by endoscopic therapy in about 90 % of patients with DL, and this has dramatically decreased the mortality rate 14 . Endoscopic treatments cover several major techniques including epinephrine and sclerotherapy injection, bipolar electro-coagulation (BICAP), and mechanical methods; however, in practice, neither the injection therapy nor BICAP are feasible because the hemostatic effect and rebleeding rate are unsatisfactory when compared to using mechanical methods. Thus, the mechanical methods currently used such as hemoclipping and band ligation are reliable and effective for the treatment of colonic DLs 15 . Repeated endoscopic treatment is strongly recommended when rebleeding occurs.

Arterial embolization is an alternative therapy in patients resistant to endoscopic treatment and patients who cannot endure surgery. Increasing evidence has suggested that EUS-guided treatment with vascular therapy and hemoclipping offers a less invasive and more practical option than surgery, on account of the precise delivery of thrombotic agent into the target vessel or endoscopic hemoclipping of DL 16 17 .

Emergent resection surgery, which plays a role in traditional therapy for the treatment of colorectal DL, is indicated on the occasions when patients are suffering from hemorrhagic shock, and bleeding cannot be successfully controlled by endoscopic or angiographic methods. It consists of resection of the bleeding bowel segment or subtotal colectomy if bleeding cannot be accurately localized. Laparoscopic resection with the assistance of endoscopy has been successfully applied in some patients.

In conclusion, in our case, Dieulafoy’s lesion was diagnosed with the help of both colonoscopy and ultrasonography before successful treatment with hemostatic clips. A history of anal receptive intercourse may play a role in mechanical damage. Ultrasonography and fine flow Doppler should be used in the diagnosis of this disease and endoscopic hemostatic clips can be effective in controlling bleeding from a rectal Dieulafoy’s lesion.

Footnotes

Competing interests None

References

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Articles from Endoscopy International Open are provided here courtesy of Thieme Medical Publishers