Blue laser imaging, blue light imaging, and linked color imaging for the detection and characterization of colorectal tumors

• Main Authors: Dohi, O. (Author), Hirose, R. (Author), Inada, Y. (Author), Inoue, K. (Author), Itoh, Y. (Author), Kishimoto, M. (Author), Morinaga, Y. (Author), Murakami, T. (Author), Naito, Y. (Author), Ogiso, K. (Author), Rani, R.A (Author), Yasuda, R. (Author), Yoshida, N. (Author)
• Format: Article
• Language: English
• Published: Editorial Office of Gut and Liver 2019
• Subjects: blue laser imaging; Blue laser imaging; blue light imaging; Blue light imaging; clinical effectiveness; clinical feature; Colorectal neoplasms; Colorectal Neoplasms; colorectal tumor; diagnostic accuracy; diagnostic imaging; fluorescence imaging; human; Humans; image enhancement; Image Enhancement; imaging and display; laser; Lasers; led endoscope; light; Light; linked color imaging; Linked color imaging; Optical Imaging; patient risk; patient safety; procedures; Review
• Online Access: View Fulltext in Publisher; View in Scopus
• ISBN: 19762283 (ISSN)
• ISSN: 19762283 (ISSN)
• DOI: 10.5009/gnl18276

A laser endoscopy system was developed in 2012. The system allows blue laser imaging (BLI), BLI-bright, and linked color imaging (LCI) to be performed as modes of narrow-band light observation; these modes have been reported to be useful for tumor detection and characterization. Furthermore, an innovative endoscopy system using four-light emitting diode (LED) multilight technology was released in 2016 to 2017 in some areas in which laser endoscopes have not been approved for use, including the United States and Europe. This system enables blue light imaging (this is also known as BLI) and LCI with an LED light source instead of a laser light source. Several reports have shown that these modes have improved tumor detection. In this paper, we review the efficacy of BLI and LCI with laser and LED endoscopes in tumor detection and characterization. © 2019 Editorial Office of Gut and Liver. All Rights Reserved.