Narrow band imaging versus conventional white light colonoscopy for the detection of colorectal polyps

The Impact of Colorectal Chromendoscopy With Enhanced Mucosal Imaging on Adenoma Miss Rate in Screening Colonoscopy

“…Recently, in Brazil, Santos et al (14) studied consecutive patients undergoing colonoscopy were randomized (1:1:1) into examination by HDWL, blue-laser imaging (BLI)-bright, or linked-color imaging -LCI (Fujinon) during withdrawal of the colonoscope, and concluded the LCI increases the detection of colorectal adenomas during colonoscopy compared with HDLW. In contrast to our result, using another type of device, Nagorni et al (28) compared the use of narrow band image -NBI (Olympus) in colonoscopy versus HDWL to detect colorectal adenomas and found no significant difference between the groups. The use of different chromoendoscopy technologies and parallel versus tandem methodology probably accounts for the variation in the results across the studies.…”

The Impact of Colorectal Chromendoscopy With Enhanced Mucosal Imaging on Adenoma Miss Rate in Screening Colonoscopy

“…Recently, in Brazil, Santos et al (14) studied consecutive patients undergoing colonoscopy were randomized (1:1:1) into examination by HDWL, blue-laser imaging (BLI)-bright, or linked-color imaging -LCI (Fujinon) during withdrawal of the colonoscope, and concluded the LCI increases the detection of colorectal adenomas during colonoscopy compared with HDLW. In contrast to our result, using another type of device, Nagorni et al (28) compared the use of narrow band image -NBI (Olympus) in colonoscopy versus HDWL to detect colorectal adenomas and found no significant difference between the groups. The use of different chromoendoscopy technologies and parallel versus tandem methodology probably accounts for the variation in the results across the studies.…”

Detection of colorectal adenomas with texture and color enhancement imaging: Multicenter observational study

“…Five meta‐analyses and systematic reviews on the detection of colorectal lesions using WLI and NBI have been reported. In three of these studies, NBI did not improve the ADR compared with WLI 6,24,25 . It was shown that the detection of flat adenomas was improved in only one meta‐analysis 7 .…”

Injectable and Sprayable Fluorescent Nanoprobe for Rapid Real‐Time Detection of Human Colorectal Tumors

“…We further adopted Apc Min/+ mice, which could spontaneously develop intestinal adenomas and progressively grow into colorectal carcinoma, [ 37,38,39 ] to verify the tumor‐specific imaging of Poly‐g‐BAT. First, fresh and intact colon tissues were obtained from Apc Min/+ model mice immediately after sacrifice.…”

The Impact of Colorectal Chromendoscopy With Enhanced Mucosal Imaging on Adenoma Miss Rate in Screening Colonoscopy

“…Recently, in Brazil, Santos et al (14) studied consecutive patients undergoing colonoscopy were randomized (1:1:1) into examination by HDWL, blue-laser imaging (BLI)-bright, or linked-color imaging -LCI (Fujinon) during withdrawal of the colonoscope, and concluded the LCI increases the detection of colorectal adenomas during colonoscopy compared with HDLW. In contrast to our result, using another type of device, Nagorni et al (28) compared the use of narrow band image -NBI (Olympus) in colonoscopy versus HDWL to detect colorectal adenomas and found no significant difference between the groups. The use of different chromoendoscopy technologies and parallel versus tandem methodology probably accounts for the variation in the results across the studies.…”

Detection of colorectal adenomas with texture and color enhancement imaging: Multicenter observational study

“…Five meta‐analyses and systematic reviews on the detection of colorectal lesions using WLI and NBI have been reported. In three of these studies, NBI did not improve the ADR compared with WLI 6,24,25 . It was shown that the detection of flat adenomas was improved in only one meta‐analysis 7 .…”

Injectable and Sprayable Fluorescent Nanoprobe for Rapid Real‐Time Detection of Human Colorectal Tumors

“…We further adopted Apc Min/+ mice, which could spontaneously develop intestinal adenomas and progressively grow into colorectal carcinoma, [ 37,38,39 ] to verify the tumor‐specific imaging of Poly‐g‐BAT. First, fresh and intact colon tissues were obtained from Apc Min/+ model mice immediately after sacrifice.…”

The Impact of Colorectal Chromendoscopy With Enhanced Mucosal Imaging on Adenoma Miss Rate in Screening Colonoscopy

“…Recently, in Brazil, Santos et al (14) studied consecutive patients undergoing colonoscopy were randomized (1:1:1) into examination by HDWL, blue-laser imaging (BLI)-bright, or linked-color imaging -LCI (Fujinon) during withdrawal of the colonoscope, and concluded the LCI increases the detection of colorectal adenomas during colonoscopy compared with HDLW. In contrast to our result, using another type of device, Nagorni et al (28) compared the use of narrow band image -NBI (Olympus) in colonoscopy versus HDWL to detect colorectal adenomas and found no significant difference between the groups. The use of different chromoendoscopy technologies and parallel versus tandem methodology probably accounts for the variation in the results across the studies.…”

Detection of colorectal adenomas with texture and color enhancement imaging: Multicenter observational study

“…Five meta‐analyses and systematic reviews on the detection of colorectal lesions using WLI and NBI have been reported. In three of these studies, NBI did not improve the ADR compared with WLI 6,24,25 . It was shown that the detection of flat adenomas was improved in only one meta‐analysis 7 .…”

Injectable and Sprayable Fluorescent Nanoprobe for Rapid Real‐Time Detection of Human Colorectal Tumors

“…We further adopted Apc Min/+ mice, which could spontaneously develop intestinal adenomas and progressively grow into colorectal carcinoma, [ 37,38,39 ] to verify the tumor‐specific imaging of Poly‐g‐BAT. First, fresh and intact colon tissues were obtained from Apc Min/+ model mice immediately after sacrifice.…”