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• W2058178997 abstract "State of the art in advanced endoscopic imaging for the detection and evaluation of dysplasia and early cancer of the gastrointestinal tract Sergio Coda,1,2 Andrew V Thillainayagam1,2 1Section of Gastroenterology and Hepatology, Department of Medicine and Photonics Group, Department of Physics, Imperial College London, London, UK; 2Endoscopy Unit, Charing Cross Hospital, Imperial College Healthcare NHS Trust, London, UK Abstract: Ideally, endoscopists should be able to detect, characterize, and confirm the nature of a lesion at the bedside, minimizing uncertainties and targeting biopsies and resections only where necessary. However, under conventional white-light inspection – at present, the sole established technique available to most of humanity – premalignant conditions and early cancers can frequently escape detection. In recent years, a range of innovative techniques have entered the endoscopic arena due to their ability to enhance the contrast of diseased tissue regions beyond what is inherently possible with standard white-light endoscopy equipment. The aim of this review is to provide an overview of the state-of-the-art advanced endoscopic imaging techniques available for clinical use that are impacting the way precancerous and neoplastic lesions of the gastrointestinal tract are currently detected and characterized at endoscopy. The basic instrumentation and the physics behind each method, followed by the most influential clinical experience, are described. High-definition endoscopy, with or without optical magnification, has contributed to higher detection rates compared with white-light endoscopy alone and has now replaced ordinary equipment in daily practice. Contrast-enhancement techniques, whether dye-based or computed, have been combined with white-light endoscopy to further improve its accuracy, but histology is still required to clarify the diagnosis. Optical microscopy techniques such as confocal laser endomicroscopy and endocytoscopy enable in vivo histology during endoscopy; however, although of invaluable assistance for tissue characterization, they have not yet made transition between research and clinical use. It is still unknown which approach or combination of techniques offers the best potential. The optimal method will entail the ability to survey wide areas of tissue in concert with the ability to obtain the degree of detailed information provided by microscopic techniques. In this respect, the challenging combination of autofluorescence imaging and confocal endomicroscopy seems promising, and further research is awaited. Keywords: image-enhanced endoscopy, narrowband imaging, autofluorescence imaging, confocal laser endomicroscopy, fluorescence lifetime imaging" @default.
• W2058178997 created "2016-06-24" @default.
• W2058178997 creator A5001449757 @default.
• W2058178997 creator A5037998112 @default.
• W2058178997 date "2014-05-01" @default.
• W2058178997 modified "2023-09-26" @default.
• W2058178997 title "State of the art in advanced endoscopic imaging for the detection and evaluation of dysplasia and early cancer of the gastrointestinal tract" @default.
• W2058178997 cites W1516737584 @default.
• W2058178997 cites W1521660172 @default.
• W2058178997 cites W1575654898 @default.
• W2058178997 cites W1577612131 @default.
• W2058178997 cites W1820855819 @default.
• W2058178997 cites W1955649579 @default.
• W2058178997 cites W1964633327 @default.
• W2058178997 cites W1965752347 @default.
• W2058178997 cites W1966913537 @default.
• W2058178997 cites W1967923864 @default.
• W2058178997 cites W1968479904 @default.
• W2058178997 cites W1969164659 @default.
• W2058178997 cites W1969478614 @default.
• W2058178997 cites W1969689923 @default.
• W2058178997 cites W1970633333 @default.
• W2058178997 cites W1972567317 @default.
• W2058178997 cites W1976114098 @default.
• W2058178997 cites W1977754752 @default.
• W2058178997 cites W1980863117 @default.
• W2058178997 cites W1981831238 @default.
• W2058178997 cites W1981948845 @default.
• W2058178997 cites W1992215343 @default.
• W2058178997 cites W1993498730 @default.
• W2058178997 cites W1993737559 @default.
• W2058178997 cites W1994063446 @default.
• W2058178997 cites W1995231043 @default.
• W2058178997 cites W1995528229 @default.
• W2058178997 cites W1995841068 @default.
• W2058178997 cites W1996554297 @default.
• W2058178997 cites W1998952241 @default.
• W2058178997 cites W2000043934 @default.
• W2058178997 cites W2005915673 @default.
• W2058178997 cites W2007822613 @default.
• W2058178997 cites W2011739880 @default.
• W2058178997 cites W2016012085 @default.
• W2058178997 cites W2018056590 @default.
• W2058178997 cites W2018772555 @default.
• W2058178997 cites W2018973796 @default.
• W2058178997 cites W2021516840 @default.
• W2058178997 cites W2021925279 @default.
• W2058178997 cites W2024672003 @default.
• W2058178997 cites W2026791416 @default.
• W2058178997 cites W2028165515 @default.
• W2058178997 cites W2028272617 @default.
• W2058178997 cites W2028862816 @default.
• W2058178997 cites W2031217334 @default.
• W2058178997 cites W2032355530 @default.
• W2058178997 cites W2034681118 @default.
• W2058178997 cites W2034956413 @default.
• W2058178997 cites W2035698585 @default.
• W2058178997 cites W2036163000 @default.
• W2058178997 cites W2036282859 @default.
• W2058178997 cites W2039905308 @default.
• W2058178997 cites W2040398392 @default.
• W2058178997 cites W2042753958 @default.
• W2058178997 cites W2043495616 @default.
• W2058178997 cites W2044168537 @default.
• W2058178997 cites W2045577385 @default.
• W2058178997 cites W2046682115 @default.
• W2058178997 cites W2048470673 @default.
• W2058178997 cites W2048883264 @default.
• W2058178997 cites W2051264425 @default.
• W2058178997 cites W2053186041 @default.
• W2058178997 cites W2053933767 @default.
• W2058178997 cites W2054096250 @default.
• W2058178997 cites W2056695644 @default.
• W2058178997 cites W2058566939 @default.
• W2058178997 cites W2059529313 @default.
• W2058178997 cites W2061282385 @default.
• W2058178997 cites W2062316916 @default.
• W2058178997 cites W2062395662 @default.
• W2058178997 cites W2062424181 @default.
• W2058178997 cites W2062999421 @default.
• W2058178997 cites W2063647334 @default.
• W2058178997 cites W2063979222 @default.
• W2058178997 cites W2065004909 @default.
• W2058178997 cites W2065458660 @default.
• W2058178997 cites W2065882669 @default.
• W2058178997 cites W2067123619 @default.
• W2058178997 cites W2067386697 @default.
• W2058178997 cites W2068223952 @default.
• W2058178997 cites W2068480360 @default.
• W2058178997 cites W2069936724 @default.
• W2058178997 cites W2070301702 @default.
• W2058178997 cites W2070737749 @default.
• W2058178997 cites W2070992233 @default.
• W2058178997 cites W2072699601 @default.
• W2058178997 cites W2072936024 @default.
• W2058178997 cites W2077906074 @default.
• W2058178997 cites W2078149206 @default.
• W2058178997 cites W2078614173 @default.

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