Virtual Colonoscopy

K. J. Andresen
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Abstract

Virtual colonoscopy (VC) is an emerging technique for colorectal polyp detection in a normal-risk screening population, in patients who have undergone incomplete colonoscopy, or patients who cannot undergo optical colonoscopy. Improvements in technology since VC's description over a decade ago have improved sensitivity for polyp detection. The current recommendations for VC technique include cathartic bowel preparation and faecal tagging, scanning with multi-detector computed tomography scanner, 2D and 3D interpretation on a dedicated viewing platform, a standardized system for reporting VC results [CT Colonography Reporting and Data System (C-RADS)], and suggesting appropriate follow-up. Given the significant learning curve for performing and interpreting VC, if this technique is to gain credibility, those who perform VC must be well-trained and must understand the limitations of VC for detection of small lesions and extra-colonic pathology. Institutional implementation of VC can be challenging. Using this less-invasive technique to increase patient compliance with colorectal polyp screening (and ultimately the incidence and mortality of colorectal cancer) is the goal.

虚拟结肠镜检查
虚拟结肠镜检查(VC)是一种用于正常风险筛查人群、不完全结肠镜检查患者或不能进行光学结肠镜检查的患者的结肠直肠息肉检测的新兴技术。自VC十多年前的描述以来,技术的改进提高了息肉检测的灵敏度。目前对VC技术的推荐包括:肠通便准备和粪便标记,使用多探测器计算机断层扫描仪扫描,在专用的观察平台上进行二维和三维解读,建立VC结果报告的标准化系统[CT结肠镜报告和数据系统(C-RADS)],并建议适当的随访。考虑到执行和解释VC的重要学习曲线,如果这项技术要获得可信度,执行VC的人员必须训练有素,并且必须了解VC在检测小病变和结肠外病理方面的局限性。风险投资的制度性实施可能具有挑战性。使用这种微创技术来提高患者对结肠息肉筛查的依从性(并最终降低结直肠癌的发病率和死亡率)是我们的目标。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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