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Capsule-odometer: A concept to improve accurate lesion localisation

机译:胶囊计:一种概念以提高准确的病变定位

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摘要

In order to improve lesion localisation in small-bowel capsule endoscopy, a modified capsule design has been proposed incorporating localisation and - in theory - stabilization capabilities. The proposed design consists of a capsule fitted with protruding wheels attached to a spring-mechanism. This would act as a miniature odometer, leading to more accurate lesion localization information in relation to the onset of the investigation (spring expansion e.g., pyloric opening). Furthermore, this capsule could allow stabilization of the recorded video as any erratic, non-forward movement through the gut is minimised. Three-dimensional (3-D) printing technology was used to build a capsule prototype. Thereafter, miniature wheels were also 3-D printed and mounted on a spring which was attached to conventional capsule endoscopes for the purpose of this proof-of-concept experiment. In vitro and ex vivo experiments with porcine small-bowel are presented herein. Further experiments have been scheduled.
机译:为了改善小肠胶囊内窥镜检查中的病变定位,提出了一种改进的胶囊设计,该设计结合了定位和理论上的稳定能力。所提出的设计包括一个胶囊,该胶囊装有与弹簧机构相连的突出轮。这将充当微型里程表,从而导致与检查的开始(春季扩张,例如幽门打开)有关的更准确的病变定位信息。此外,由于通过肠道的任何不规则的,非向前的运动被最小化,该胶囊可以使记录的视频稳定。三维(3-D)打印技术用于构建胶囊原型。此后,微型轮也被3D打印并安装在弹簧上,该弹簧连接到常规胶囊内窥镜以进行概念验证实验。本文介绍了猪小肠的体外和离体实验。已经安排了进一步的实验。

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