The CT Colonography Reporting and Data System (C-RADS) has withstood the test of time
and proven to be a robust classification scheme for CT colonography (CTC) findings. C …

Early detecting and removing cancerous colorectal polyps can effectively reduce the risk of
colorectal cancer. Computer intelligent segmentation techniques (CIST) can improve the …

Background The clinical relevance and in-vivo growth rates of small (6–9 mm) colorectal
polyps are not well established. We aimed to assess the behaviour of such polyps with CT …

BACKGROUND & AIMS: Colonoscopy is consistently associated with reduced left-sided, but
not right-sided, colorectal cancer (CRC) incidence and mortality. This might be because …

Background Endoscopic measurement of colorectal polyps by using open forceps is
commonly used in clinical trials but is subject to several sources of error. Objective Assess …

CT colonography (CTC) has rapidly evolved into a highly effective minimally invasive test for
detecting colorectal polyps and cancers. 1, 2 With attention to detail and proper technique in …

Objectives: Volumetric growth assessment has been proposed for predicting advanced
histology at surveillance computed tomography (CT) colonography (CTC). We examined …

AIM: To determine the accuracy of endoscopic polyp size measurements using disposable
graduated biopsy forceps (DGBF). METHODS: Gradations accurate to 1 mm were assessed …

Purpose To describe carpet lesions (laterally spreading tumors≥ 3 cm) detected at
computed tomographic (CT) colonography, including their clinical, imaging, and pathologic …

Background & Aims A higher incidence of proximal interval cancers after colonoscopy has
been reported in several follow-up studies. One possible explanation for this might be that …