首页> 外文期刊>Gastrointestinal Endoscopy >Feasibility of a novel system for intraductal balloon-anchored direct peroral cholangioscopy and endotherapy with an ultraslim endoscope (with videos).
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Feasibility of a novel system for intraductal balloon-anchored direct peroral cholangioscopy and endotherapy with an ultraslim endoscope (with videos).

机译:新型系统用于导管内球囊锚定直接经口胆管镜检查和超薄内窥镜内镜治疗的可行性(带视频)。

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BACKGROUND: Advantages of direct peroral cholangioscopy (DPOCS) by using an ultraslim endoscope include a single-operator platform, image quality equal to that of standard endoscopy, and separate water and air channels. However, DPOCS has significant limitations, including cumbersome biliary access, en-face position with the ampulla, and gastric looping of the endoscope. A newly designed anchoring balloon may overcome these challenges. OBJECTIVE: To report the feasibility of DPOCS with the anchoring balloon. DESIGN: Pilot study, porcine model. SETTING: Animal resources center. INTERVENTION: The anchoring balloon system developed by Cook Medical (Winston-Salem, NC) was used for DPOCS. MAIN OUTCOME MEASUREMENTS: Primary: Feasibility of biliary access maintenance and intraductal mobility. Secondary: Feasibility of intraductal therapeutic procedures. RESULTS: Four animal subjects underwent DPOCS with the anchoring balloon. Ductal access was achieved with sphincterotomy in 2 subjects and with a balloon sphincteroplasty in 2 subjects. Intraductal placement of the ultraslim endoscope was achieved in all biliary access attempts without balloon migration or deflation. Common bile duct, cystic duct, bifurcation, and main right and left duct direct visualization was achieved in all cases. Therapeutic interventions by DPOCS, including intraductal biopsy, balloon dilatation, and intraductal bilateral metal stent placement, were all completed successfully. Biliary perforation occurred in one case because of balloon overinflation and in a second case because of sphincterotomy. LIMITATIONS: Prototype study in an animal model and small study size. CONCLUSION: Our results show that the novel anchoring balloon system successfully and safely enables DPOCS for both diagnostic and therapeutic interventions. If corroborated in human trials, it could offer a new platform for biliary interventions.
机译:背景:通过使用超薄内窥镜进行直接经口胆管镜检查(DPOCS)的优势包括单操作者平台,与标准内窥镜检查相同的图像质量以及分开的水和空气通道。但是,DPOCS具有明显的局限性,包括繁琐的胆道通路,壶腹面对面位置以及内窥镜的胃循环。新设计的锚固气球可以克服这些挑战。目的:报道DPOCS与锚固气囊的可行性。设计:试验研究,猪模型。地点:动物资源中心。干预:DPOCS使用了由库克医疗公司(北卡罗来纳州温斯顿-塞勒姆)开发的锚定气囊系统。主要观察指标:主要:胆道通路维持和导管内活动的可行性。次要:导管内治疗程序的可行性。结果:四名动物受试者接受了带有锚固气球的DPOCS。括约肌切开术2名受试者和球囊括约肌成形术2名受试者实现了导管进入。在所有胆道通路尝试中均实现了超薄内窥镜的导管内放置,而没有球囊迁移或放气。在所有情况下,均可以实现总胆管,胆囊管,分叉以及左右主干管的直接可视化。 DPOCS的治疗干预,包括导管内活检,球囊扩张和导管内双侧金属支架置入均已成功完成。一例由于球囊过度充气而发生胆道穿孔,另一例由于括约肌切开术而发生胆道穿孔。局限性:在动物模型中进行原型研究且研究规模较小。结论:我们的结果表明,新颖的锚固气囊系统成功,安全地使DPOCS应用于诊断和治疗干预。如果在人体试验中得到证实,它将为胆道干预提供新的平台。

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