Antao Brice, Bishop Jonathan, Shawis Rang, Thomson Mike
Pediatric Surgical Unit and Sheffield Children's Hospital, Sheffield, United Kingdom.
J Laparoendosc Adv Surg Tech A. 2007 Jun;17(3):364-70. doi: 10.1089/lap.2006.0114.
The small bowel is anatomically difficult to examine and was investigated by invasive, indirect modalities, such as push enteroscopy and small bowel follow-through. The aim of this study was to assess the efficacy and clinical impact of wireless capsule endoscopy (WCE) in children.
Over the last 3 years (2002-2005), 37 patients with suspected small-bowel disease were investigated with WCE at a median age of 11 years (range, 16 months-16 years). The indications for WCE was suspected Crohn's disease (CD) (18), obscure or occult gastrointestinal bleeding (7), polyposis syndromes (5), protein losing enteropathy (4), recurrent abdominal pain (2), and malabsorption syndrome (1). All patients had preceding upper gastrointestinal endoscopy (OGD), ileocolonoscopy, and 26 cases had a small bowel follow-through (SBFT). These results were compared with the findings on WCE.
Thirty-three (33) cases successfully completed the WCE through the small bowel. Four (4) patients were unable to swallow the capsule, 3 of which had to be placed in the duodenum endoscopically. In 3 patients, the capsule remained in the stomach and no small bowel images were obtained. The overall diagnostic yield was 85% (28/33 patients). The diagnostic findings included CD (13), source of gastrointestinal bleeding (7), polyposis syndromes (3), erosive enteropathy and patchy lymphangiectasia (4), and intussusception (1). WCE was found to be more sensitive for small bowel pathology than SBFT (20 vs. 6 [30% sensitivity, compared to WCE]) and endoscopic investigations (28 vs. 12 [43% sensitivity compared to WCE]). As a result of WCE findings, there was a positive alteration in the management in 28 of 33 (85%) cases.
WCE is a novel, noninvasive, and useful tool for the investigation of the small intestine in children. It is superior and more sensitive than other conventional endoscopic and radiologic investigations in the assessment of the small bowel. It can help in guiding surgical decisions and should be routinely integrated as a part of the diagnostic work-up of small bowel pathology.
小肠在解剖学上难以检查,以往通过侵入性间接检查方法,如推进式小肠镜检查和小肠钡剂造影来进行研究。本研究旨在评估无线胶囊内镜(WCE)在儿童中的有效性及临床影响。
在过去3年(2002 - 2005年),37例疑似小肠疾病的患者接受了WCE检查,中位年龄为11岁(范围16个月至16岁)。WCE的适应证包括疑似克罗恩病(CD)(18例)、不明原因或隐匿性胃肠道出血(7例)、息肉病综合征(5例)、蛋白丢失性肠病(4例)、复发性腹痛(2例)和吸收不良综合征(1例)。所有患者均先行上消化道内镜检查(OGD)、回结肠镜检查,26例患者进行了小肠钡剂造影(SBFT)。将这些结果与WCE的检查结果进行比较。
33例患者成功完成了小肠WCE检查。4例患者无法吞咽胶囊,其中3例需通过内镜将胶囊置于十二指肠。3例患者的胶囊滞留在胃内,未获得小肠图像。总体诊断率为85%(28/33例患者)。诊断结果包括CD(13例)、胃肠道出血源(7例)、息肉病综合征(3例)、糜烂性肠病和斑片状淋巴管扩张(4例)以及肠套叠(1例)。发现WCE对小肠病变的敏感性高于SBFT(分别为20例和6例[SBFT的敏感性为30%,与WCE相比])和内镜检查(分别为28例和12例[内镜检查的敏感性为43%,与WCE相比])。由于WCE的检查结果,33例中的28例(85%)患者的治疗方案发生了积极改变。
WCE是一种用于儿童小肠检查的新型、非侵入性且有用的工具。在小肠评估方面,它比其他传统内镜和放射学检查更优越、更敏感。它有助于指导手术决策,应常规纳入小肠病变诊断检查的一部分。