FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2894846165> ?p ?o ?g. }

• W2894846165 endingPage "217" @default.
• W2894846165 startingPage "208" @default.
• W2894846165 abstract "Optical coherence tomography (OCT) provides non‐invasive, high‐resolution in vivo imaging of the ocular surface and anterior segment. Over the years, it has become an essential tool for evaluating the anterior segment of the eye to monitor ocular development and ocular pathologies in both the clinical and research fields of ophthalmology and optometry. In this review, the clinical applications relating to the use of anterior segment OCT for imaging and quantifying normal and pathological features of the ocular surface, cornea, anterior chamber, and aqueous outflow system are summarised in a range of human ocular diseases. Applications of anterior segment OCT technology that have improved imaging and quantitation of ocular inflammation in experimental animal models of ocular diseases, such as anterior uveitis, microbial keratitis and glaucoma, are also described. The capacity to longitudinally evaluate anterior segment anatomical changes during development, and inflammation facilitates the understanding of the dynamics of tissue responses, and further enhances the intra‐operative in vivo imaging during procedures, such as corneal transplantation and drug delivery. Future developments including in vivo ultrahigh‐resolution anterior segment OCT, automated analyses of anterior segment OCT images and functional extensions of the technique, may revolutionise the clinical evaluation of anterior segment, corneal and ocular surface diseases." @default.
• W2894846165 created "2018-10-12" @default.
• W2894846165 creator A5027270996 @default.
• W2894846165 creator A5065564186 @default.
• W2894846165 creator A5071899611 @default.
• W2894846165 creator A5082005077 @default.
• W2894846165 date "2019-05-01" @default.
• W2894846165 modified "2023-10-15" @default.
• W2894846165 title "Anterior segment optical coherence tomography: its application in clinical practice and experimental models of disease" @default.
• W2894846165 cites W1531718941 @default.
• W2894846165 cites W1602799071 @default.
• W2894846165 cites W1899664370 @default.
• W2894846165 cites W1967907595 @default.
• W2894846165 cites W1970756617 @default.
• W2894846165 cites W1973475258 @default.
• W2894846165 cites W1980846287 @default.
• W2894846165 cites W1981925604 @default.
• W2894846165 cites W1986014534 @default.
• W2894846165 cites W1989459898 @default.
• W2894846165 cites W1989589200 @default.
• W2894846165 cites W1990416505 @default.
• W2894846165 cites W1993173013 @default.
• W2894846165 cites W1993203618 @default.
• W2894846165 cites W1999321032 @default.
• W2894846165 cites W2005818840 @default.
• W2894846165 cites W2006712228 @default.
• W2894846165 cites W2008526179 @default.
• W2894846165 cites W2010430081 @default.
• W2894846165 cites W2011358704 @default.
• W2894846165 cites W2015627469 @default.
• W2894846165 cites W2019039210 @default.
• W2894846165 cites W2027620078 @default.
• W2894846165 cites W2033012374 @default.
• W2894846165 cites W2034405299 @default.
• W2894846165 cites W2035425354 @default.
• W2894846165 cites W2036196846 @default.
• W2894846165 cites W2037716165 @default.
• W2894846165 cites W2045052825 @default.
• W2894846165 cites W2051808053 @default.
• W2894846165 cites W2052542253 @default.
• W2894846165 cites W2059662238 @default.
• W2894846165 cites W2064413114 @default.
• W2894846165 cites W2066217293 @default.
• W2894846165 cites W2067475063 @default.
• W2894846165 cites W2077863156 @default.
• W2894846165 cites W2078354178 @default.
• W2894846165 cites W2085566902 @default.
• W2894846165 cites W2088392576 @default.
• W2894846165 cites W2088590306 @default.
• W2894846165 cites W2093064838 @default.
• W2894846165 cites W2098525297 @default.
• W2894846165 cites W2120221150 @default.
• W2894846165 cites W2131305862 @default.
• W2894846165 cites W2132436042 @default.
• W2894846165 cites W2136359881 @default.
• W2894846165 cites W2139499737 @default.
• W2894846165 cites W2144203242 @default.
• W2894846165 cites W2151041339 @default.
• W2894846165 cites W2159733387 @default.
• W2894846165 cites W2295121386 @default.
• W2894846165 cites W2318211916 @default.
• W2894846165 cites W2321144432 @default.
• W2894846165 cites W2325323529 @default.
• W2894846165 cites W2342196875 @default.
• W2894846165 cites W2345878622 @default.
• W2894846165 cites W2416061891 @default.
• W2894846165 cites W2418802570 @default.
• W2894846165 cites W2467209517 @default.
• W2894846165 cites W2469741152 @default.
• W2894846165 cites W2472962524 @default.
• W2894846165 cites W2474118306 @default.
• W2894846165 cites W2490009611 @default.
• W2894846165 cites W2508700890 @default.
• W2894846165 cites W2516133308 @default.
• W2894846165 cites W2547255159 @default.
• W2894846165 cites W2566622650 @default.
• W2894846165 cites W2594056444 @default.
• W2894846165 cites W2594374955 @default.
• W2894846165 cites W2618072397 @default.
• W2894846165 cites W2625129811 @default.
• W2894846165 cites W2739885060 @default.
• W2894846165 cites W2767606630 @default.
• W2894846165 cites W2770467573 @default.
• W2894846165 cites W2770704574 @default.
• W2894846165 cites W2788622359 @default.
• W2894846165 cites W2806381538 @default.
• W2894846165 cites W2885323657 @default.
• W2894846165 cites W2992269574 @default.
• W2894846165 doi "https://doi.org/10.1111/cxo.12835" @default.
• W2894846165 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30270476" @default.
• W2894846165 hasPublicationYear "2019" @default.
• W2894846165 type Work @default.
• W2894846165 sameAs 2894846165 @default.
• W2894846165 citedByCount "19" @default.
• W2894846165 countsByYear W28948461652019 @default.
• W2894846165 countsByYear W28948461652020 @default.
• W2894846165 countsByYear W28948461652021 @default.
• W2894846165 countsByYear W28948461652022 @default.

• next